CN109774164A - A kind of production management method based on rotating disc type ultrasonic welding machine - Google Patents
A kind of production management method based on rotating disc type ultrasonic welding machine Download PDFInfo
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- CN109774164A CN109774164A CN201811653303.8A CN201811653303A CN109774164A CN 109774164 A CN109774164 A CN 109774164A CN 201811653303 A CN201811653303 A CN 201811653303A CN 109774164 A CN109774164 A CN 109774164A
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Abstract
The invention discloses the production management method based on rotating disc type ultrasonic welding machine, including workshop management terminal receives and to preset the normals operation data threshold of server typing and synchronization typing is to ultrasonic welding machine monitor；In this running body of rotating disc type ultrasonic welding machine, ultrasonic welding machine monitor acquires current operating data and in real time by communication device transfers to server；When judging that current operating data is in preset normal operation data threshold, not alarm command is sent to rotating disc type ultrasonic welding machine ontology；Warning device issues alarm sound and shows alarm content, while puma manipulator clamping defective products to defective products unloads material path；Workshop management terminal when will be by the production that is collected into corresponding operation data as sample data, the sample data is trained using the algorithm of machine learning and generates model and model is analyzed and learnt, obtains influencing the factor of the production result of corresponding product and generate resolution policy to optimize and produce to adjust.
Description
Technical field
The present invention relates to technical field of automatic control, more particularly, to a kind of life based on rotating disc type ultrasonic welding machine
Produce management method.
Background technique
Device for ultrasonic welding is the high-tech technology of welding thermoplastic articles, and various ripe plastic hinge parts can be used
Ultrasonic fusing processing, when welding plastic product, both not add any bonding agent, filler or solvent, also not consume big calorimetric
Source has many advantages, such as that easy to operate, speed of welding is fast, weld strength is high, high production efficiency.Therefore, ultrasonic welding technique is got over
More widely to be applied.
Rotating disc type ultrasonic welding machine is to be needed in conjunction with production welding, by ultrasonic principle by controlling ultrasonic bonding
The divider of machine realizes automatic continuous ultrasonic bonding；It is controlled by PLC computer, is furnished with multiple automatic manipulators, it is artificial to place
Raw material, semi-finished product etc. take product using automatic welding.
The present inventor has found to have the following problems when using rotating disc type ultrasonic welding machine: in terms of production management, by
It is big in the processing intensity of existing rotating disc type ultrasonic welding machine, after processing every time, all need to take out product by manpower, and
Manipulator taking-up is not relied on.And not have electrical monitoring not comprehensive for existing rotating disc type ultrasonic welding machine.Typically just
The case where monitoring current overloads, can only realize local light warning, and not for voltage, frequency, weld time, the ginseng such as air pressure
The abnormal detection of number and warning function, also save the function of data without processing parameter.
Summary of the invention
The production management method based on rotating disc type ultrasonic welding machine that the embodiment of the invention provides a kind of, to optimize turntable
Formula ultrasonic welding machine and production management method.
In order to solve the above-mentioned technical problem, the embodiment of the invention provides a kind of lifes based on rotating disc type ultrasonic welding machine
Management method is produced, the rotating disc type ultrasonic welding machine includes rotating disc type ultrasonic welding machine ontology, ultrasonic welding machine monitoring
Instrument, communication device, server, workshop management terminal, puma manipulator and warning device；The ultrasonic welding machine monitoring
Instrument, the puma manipulator are installed on the rotating disc type ultrasonic welding machine ontology；
The method at least includes the following steps:
The workshop management terminal receives and to the preset normal operation data threshold of the server typing, and will be described
Preset normal operation data threshold is by the server sync typing into the ultrasonic welding machine monitor；Wherein,
The preset data threshold that operates normally includes voltage, the electricity in the rotating disc type ultrasonic welding machine ontology operational process
Stream, air pressure, frequency, yield, weld time, amplitude, humidity operation data threshold value；
In described this running body of rotating disc type ultrasonic welding machine, described in the ultrasonic welding machine monitor acquires in real time
Current operating data in rotating disc type ultrasonic welding machine ontology operational process, and the collected current operating data is led to
The communication device transfers are crossed to the server；Wherein, the current operation data packet includes real-time collected voltage, electricity
Stream, air pressure, frequency, yield, weld time, amplitude, humidity parameter；
The ultrasonic welding machine monitor is judging the current operating data in the preset normal operation data
When in threshold value, Xiang Suoshu rotating disc type ultrasonic welding machine ontology sends not alarm command；And judging the current operating data
When beyond the preset normal operation data threshold, then alarm command is sent to the rotating disc type ultrasonic welding machine ontology；
The controller of the rotating disc type ultrasonic welding machine ontology is according to the alarm command received, to the alarm
Device sends alarm and executes instruction, while sending defective products fetching instruction to the puma manipulator；
The warning device is executed instruction according to the alarm to be issued alarm sound and shows alarm content, while the intelligence
Energy manipulator clamping defective products to defective products unloads material path；
The workshop management terminal will pass through corresponding voltage, electric current, air pressure, frequency, production when the production being collected into
Amount, the operation datas such as weld time are trained life to the sample data as sample data, using the algorithm of machine learning
It is analyzed and is learnt at model, and to model, obtain the factor for influencing the production result of corresponding product, and generate resolution policy
Optimize production to adjust.
Preferably, the workshop management terminal includes shop management server and manipulation and display terminal, described
Manipulation and display terminal are communicated to connect by the shop management server and the Cloud Server, the manipulation and display service
Device shows the operation data and controls the operation of the rotating disc type ultrasonic welding machine ontology.
Preferably, the puma manipulator includes manipulator ontology and the rotation that is mounted on the manipulator ontology
Rotating motor, clamps workpiece at the first driving cylinder；
When needing to clamp converted products, the control device of the ultrasonic welding machine ontology controls the rotating electric machine and drives
It moves the manipulator ontology to be moved to above material to be clamped, and the clamping workpiece is driven by the first driving cylinder
Clamp material；
When needing to discharge the material product clipped, the control device of the ultrasonic welding machine ontology controls the electric rotating
Machine drives the manipulator ontology to be moved to the unloading in material path of the ultrasonic welding machine ontology, and passes through the first driving gas
Cylinder drives the clamping workpiece to discharge the material clipped.
Preferably, the manipulator ontology is equipped with upright guide rail, sliding block and the second driving cylinder, the folder
Clamping of workpieces can be mounted on up or down on the upright guide rail by the sliding block, and the sliding block is by the second driving cylinder
Control moved on the upright guide rail, it is described second driving cylinder by the ultrasonic welding machine ontology control device control
System.
Preferably, the rotating disc type ultrasonic welding machine ontology include control device, it is ultrasonic brazing unit, more
Station turnplate, driving device, device for discharging, touch display screen, steel plate table top；
With multiple for placing the pedestal of converted products on the station dial, and is driven and revolved by the driving device
Turn；
The pad of the ultrasonic brazing unit is located on the welding post of the station dial；
The device for discharging is located on the unloading station of the station dial；
The control device is for controlling the driving device, the ultrasonic brazing unit；
The touch display screen is connect with the control device, is opened for controlling the rotating disc type ultrasonic welding machine ontology
The operation such as dynamic, pause, station dial revolving speed；
Station of the steel plate table top as the rotating disc type ultrasonic welding machine ontology, is used to support the ultrasonic wave
Welder and the station dial.
Preferably, the control device is single-chip computer control system, and the single-chip computer control system is as control
Center, controls the running of the entire rotating disc type ultrasonic welding machine ontology, including station dial rotation, put product, detection,
The control of the processes such as assembling, discharging.
Preferably, using string between the rotating disc type ultrasonic welding machine ontology and ultrasonic welding machine monitor
Mouth communication.
Preferably, the server is Cloud Server, the method also includes:
The collected current operating data is uploaded to the cloud service by the ultrasonic welding machine monitor in real time
Device, and store into the cloud database of the Cloud Server, with real-time monitoring equipment operation data, realize device context monitoring
Networking, long-range, the visualization of program, can historical query and device fault information；
The workshop management terminal transfers real-time production scene information by the Cloud Server, in order to which user passes through mutually
Networking can understand the condition of production whenever and wherever possible, improve working efficiency, while recording the information of every machine, the production shape of every equipment
Condition, including in which kind of state, in the staff for processing and assembling which components, operating, which work completed
List and customer information.
Preferably, the method also includes:
The shop management server has the function of report analysis, analyzes the fortune of the rotating disc type ultrasonic welding machine ontology
Row time and cost situation, the corresponding operator of the rotating disc type ultrasonic welding machine ontology of record tracking every and its booting,
The operating conditions such as processing, debugging, shutdown or free time, the manipulation and display server are shown described in the operation data and control
The operation of rotating disc type ultrasonic welding machine ontology.
Compared with the prior art, the beneficial effect of the embodiment of the present invention is, of the invention to be welded based on turntable type ultrasonic wave
The production management method to pick, including the workshop management terminal receive and to the preset normal operation number of the server typing
Pass through the server sync typing to the ultrasonic welding machine according to threshold value, and by the preset normal operation data threshold
In monitor；Wherein, the preset normal operation data threshold includes this running body of rotating disc type ultrasonic welding machine mistake
The threshold value of the operation datas such as voltage, electric current, air pressure, frequency, yield, weld time in journey；It is welded in the turntable type ultrasonic wave
Pick this running body when, the ultrasonic welding machine monitor acquires this running body of rotating disc type ultrasonic welding machine mistake in real time
Current operating data in journey, and the collected current operating data is passed through into the communication device transfers to the service
Device；Wherein, the current operation data packet includes the ginsengs such as real-time collected voltage, electric current, air pressure, frequency, yield, weld time
Number；The ultrasonic welding machine monitor is judging the current operating data in the preset normal operation data threshold
When, Xiang Suoshu rotating disc type ultrasonic welding machine ontology sends not alarm command；And judging the current operating data beyond institute
When stating preset normal operation data threshold, then alarm command is sent to the rotating disc type ultrasonic welding machine ontology；Described turn
The controller of disc type ultrasonic welding machine ontology sends alarm and holds according to the alarm command received, Xiang Suoshu warning device
Row instruction, while defective products fetching instruction is sent to the puma manipulator；The warning device refers to according to alarm execution
It enables and issues alarm sound and show alarm content, while puma manipulator clamping defective products to defective products unloads material path；It is described
Workshop management terminal will pass through corresponding voltage, electric current, air pressure, frequency, yield, weld time etc. when the production being collected into
Operation data is trained generation model to the sample data as sample data, using the algorithm of machine learning, and to mould
Type is analyzed and is learnt, and obtains the factor for influencing the production result of corresponding product, and generate resolution policy and optimize to adjust
Production.The report of the operation datas such as voltage, electric current, air pressure, frequency, yield, weld time is set by the workshop management terminal
Alert parameter acquires data by the ultrasonic welding machine monitor and judges whether the operation data exceeds normal range (NR), if
The parameter of monitoring all within the set range, then informs that the alarm of rotating disc type ultrasonic welding machine main body fills by serial communication
It sets without alarm, while controlling the puma manipulator and non-defective unit is moved to inside non-defective unit case, if there is one or more
Parameter goes beyond the scope, then by serial communication, informs that the warning device of rotating disc type ultrasonic welding machine main body carries out sound
It alarms and prompts corresponding word alarm prompt (prompting certain parametic fault), control the puma manipulator and be moved to defective products
Inside defective product box.In this way, the alarm system of the intelligent rotary-disk ultrasonic welding machine can monitor the rotating disc type ultrasound
Wave soldering, which picks, the electric parameter in ontology operational process and realizes warning function.
Detailed description of the invention
Fig. 1 is the step process of the production management method based on rotating disc type ultrasonic welding machine in the embodiment of the present invention
Figure；
Fig. 2 is the structural schematic diagram of the alarm system of the rotating disc type ultrasonic welding machine in the embodiment of the present invention；
Fig. 3 is the control principle drawing of the alarm system of the rotating disc type ultrasonic welding machine in the embodiment of the present invention；
Fig. 4 is that the product quality discrimination principles of the alarm system of the rotating disc type ultrasonic welding machine in the embodiment of the present invention are shown
It is intended to；
Fig. 5 is the puma manipulator sorting principle of the alarm system of the rotating disc type ultrasonic welding machine in the embodiment of the present invention
Schematic diagram；
Fig. 6 a~6d illustrates the process of puma manipulator crawl material；
Fig. 7 is the data analysis of the production management method based on rotating disc type ultrasonic welding machine in the embodiment of the present invention
Figure；
Wherein, the appended drawing reference in Figure of description is as follows:
1, rotating disc type ultrasonic welding machine ontology；2, ultrasonic welding machine monitor；3, communication device；4, Cloud Server；
5, workshop management terminal；6, puma manipulator；61, the first driving cylinder；62, the second driving cylinder；63, bracket；64, motor；
65, sliding block；66, horizontal guide rail；67, workpiece is clamped；68, non-defective unit unloads material path；69, defective products unloads material path；7, upright guide rail.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Referring to Figure 1, the production management method based on rotating disc type ultrasonic welding machine that the embodiment of the invention provides a kind of,
The rotating disc type ultrasonic welding machine includes rotating disc type ultrasonic welding machine ontology 1, ultrasonic welding machine monitor 2, communication dress
Set 3, server, workshop management terminal 5, puma manipulator 6 and warning device；It is the ultrasonic welding machine monitor 2, described
Puma manipulator 6 is installed on the rotating disc type ultrasonic welding machine ontology 1；
The method at least includes the following steps:
S1, the workshop management terminal 5 receive and to the preset normal operation data thresholds of the server typing, and will
The preset normal operation data threshold is by the server sync typing into the ultrasonic welding machine monitor 2；
Wherein, the preset data threshold that operates normally includes the electricity in 1 operational process of rotating disc type ultrasonic welding machine ontology
The threshold value of the operation datas such as pressure, electric current, air pressure, frequency, yield, weld time；
S2, the rotating disc type ultrasonic welding machine ontology 1 operation when, the ultrasonic welding machine monitor 2 is adopted in real time
Collect the current operating data in 1 operational process of rotating disc type ultrasonic welding machine ontology, and by the collected current fortune
Row data are transmitted to the server by the communication device 3；Wherein, the current operation data packet includes collected in real time
The parameters such as voltage, electric current, air pressure, frequency, yield, weld time；
S3, the ultrasonic welding machine monitor 2 are judging the current operating data in the preset normal operation
When in data threshold, Xiang Suoshu rotating disc type ultrasonic welding machine ontology 1 sends not alarm command；And judging the current operation
When data exceed the preset normal operation data threshold, then sends and alarm to the rotating disc type ultrasonic welding machine ontology 1
Instruction；
S4, the rotating disc type ultrasonic welding machine ontology 1 controller according to the alarm command received, Xiang Suoshu
Warning device sends alarm and executes instruction, while sending defective products fetching instruction to the puma manipulator 6；
S5, the warning device are executed instruction according to the alarm to be issued alarm sound and shows alarm content, while institute
It states clamping defective products to the defective products of puma manipulator 6 and unloads material path 69；
S6, the workshop management terminal 5 will pass through corresponding voltage, electric current, air pressure, frequency when the production being collected into
Rate, yield, the operation datas such as weld time instruct the sample data using the algorithm of machine learning as sample data
Practice and generate model, and model is analyzed and learnt, obtains the factor for influencing the production result of corresponding product, and generate solution
Strategy optimizes production to adjust.
In embodiments of the present invention, voltage is arranged by the workshop management terminal 5, electric current, air pressure, frequency, yield, melted
The alarm parameters for connecing the operation datas such as time acquire data by the ultrasonic welding machine monitor 2 and judge the operation number
According to whether normal range (NR) is exceeded, if the parameter of monitoring is all within the set range, turntable type ultrasonic wave is informed by serial communication
The warning device of bonding machine main body controls the puma manipulator 6 and non-defective unit is moved to non-defective unit case without alarm
, by serial communication, rotating disc type ultrasonic welding machine main body is informed if there are one or more parameters to go beyond the scope in the inside
The warning device carry out audible alarm and prompt corresponding word alarm prompt (prompting certain parametic fault), control the intelligence
Defective products is moved to inside defective product box by energy manipulator 6.In this way, the alarm system of the intelligent rotary-disk ultrasonic welding machine
The electric parameter in 1 operational process of rotating disc type ultrasonic welding machine ontology can be monitored and realize warning function.
In embodiments of the present invention, operation data is acquired by the ultrasonic welding machine monitor 2, is filled by the communication
3 realization transmitted data on network are set, so that collected operation data is transmitted to the Cloud Server 4, so that the workshop is managed
Reason server extracts data from the database of the Cloud Server 4 and is shown by the manipulation and display terminal, can
Data displaying is carried out by the TIMP system of computer, so that personnel carry out equipment monitoring in computer login TIMP system.
Thus it is possible, on the one hand, the bound of the settable alarm parameters of TIMP system in page end, and alarm parameters are synchronous
To the ultrasonic welding machine monitor 2.The judgement whether alarmed is achieved that by the ultrasonic welding machine monitor 2,
If parameter all within the set range, will not generate any alarm signal, illustrates that product is non-defective unit, if parameter goes beyond the scope, send out
Sound and word alarm signal out, illustrate that product is non-non-defective unit；On the other hand, it will largely be welded about the turntable type ultrasonic wave
The creation datas such as voltage, electric current, air pressure, frequency, yield, weld time of ontology 1 of picking store, and utilize big data technology
It is produced to optimize, such as the decision recommendation of " production equipment Improving advice " is provided, such as discovery voltage instability, then can provided
The Improving advice of " installation power regulator ", so as to effectively realize the product quality of ultrasonic welding machine production process
Monitoring and optimization production.
And when this system repeatedly monitors processing all frequency of occurrences abnormal conditions, then judging may energy converter or mold damage
Bad, system then suggests personnel inspection, wherein the maintenance log of every rotating disc type ultrasonic welding machine is in information management system
(TIMP) there is corresponding record on.
In the present invention, it should be noted that if electric current, voltage, frequency, weld time, air pressure is too small to will cause welding
It is insufficient；If electric current, voltage, frequency, weld time, air pressure is excessive, and to will cause welding excessive.Ultrasonic wave is being used for a long time in inventor
During bonding machine, discovery ought in normal work between range quality standard is not achieved, inventor has been found that, in voltage gas
When pressure is without most use shared, quality reaches standard, it can be seen that, voltage and air pressure for ultra sonic wave plastic welder most
The stabilization of finished product quality is also to have very important influence, it is therefore desirable to guarantee the stability of voltage and air pressure.
Wherein, weld time is the factor for having decisive influence to welding effect, on general ultrasonic welding machine only
Have setting " weld time ", but without monitoring " weld time ", whether actual " weld time " reaches the weld time of setting
It is unknown, therefore monitoring " weld time " is very necessary, each purposes suitable weld interval is determined by test, increases welding
Time can improve weld strength until reaching Best Times, and further increase weld interval and will lead to weld strength reduction
Or only increases intensity slightly, will increase weld seam overlap at the same time and improve a possibility that generating part impression.Therefore it keeps away
It is critically important for exempting from weldering, because the excessive overlap that need to be modified can be generated, this may be decreased weldquality, need seal nipple
Generate leak in part, and soldering tip may abrade surface, when longer weld interval may be used also in the part portion far from joint area
Can occur melting and being broken, the hole, welding line and sharp corner especially in moulded parts are in this way.
In addition, amplitude is the important parameter that a control thermoplastic squeezes flow rate.In ultrasonic welding process
In, if amplitude is too small, welding energy is inadequate, and the place weldering of the weldering loosely, if amplitude is too big, caused weldering, gummosis or burn-through.
Wherein, when high amplitude, weld interface heating speed is higher, and temperature rises, and molten material flows fast speed, and molecule is caused to take
To increase, generates a large amount of overlaps and weld strength is lower.Since high amplitude is that required, too low amplitude produces for starting fusing
Raw non-uniform fusing and the premature melt of starting solidifies, and when increasing amplitude, a greater amount of vibrational energies is consumed in thermoplastic
Property plastics in, part to be welded bears bigger stress.During entire weld cycle when amplitude constant, what is generallyd use is to treat
Weldering part is unlikely to generate the crest amplitude excessively damaged.This is for crystalline plastic such as polyethylene and polypropylene, the shadow of amplitude
Sound is more much greater than amorphism plastics such as ABS and polystyrene, it is more likely that is the fusing and welding due to crystalline plastic
Need more energy.
Wherein, it should be noted that, since the moisture content in material influences weld strength, hygroscopic material such as polyester gathers
Carbonic ester, especially nylon absorb moisture from air.The moisture absorbed when therefore welding can boil at 100 DEG C, survival gas
Stomata can be generated and the faying face that may degrade at plastics, cause appearance to be deteriorated, in conjunction with bad and be difficult to obtain hermetic seal.For
Optimum efficiency is obtained, these materials should be welded immediately after the moulding.Available dedicated oven drying part before welding, but must infuse
Meaning avoids material degradation.
When this system repeatedly monitors processing all frequency of occurrences abnormal conditions, judge may energy converter or burn failure,
It is recommended that personnel inspection.The maintenance log of every rotating disc type ultrasonic welding machine has phase on information management system (TIMP)
The record answered.It is measured by using humidity sensor, is easy the plastics of dampness, moisture content is too big, also results in ultrasound
Welding difficulty or failure welding.After measuring humidity beyond acceptable range, drying material is prompted.
In embodiments of the present invention, the workshop management terminal 5 includes shop management server and manipulation and display terminal,
The manipulation and display terminal are communicated to connect by the shop management server and the Cloud Server 4, the manipulation and aobvious
Show that server shows the operation data and controls the operation of the rotating disc type ultrasonic welding machine ontology 1.
In embodiments of the present invention, the ultrasonic welding machine monitor 2 includes arm processor, sensor, clock electricity
Road, sound and light alarm module and power unit；Wherein, main control chip is made of arm processor, is responsible for the collection of data, network number
According to transmission, communicated with the ultrasonic wave rotating disc type bonding machine main body.Wherein, the welding machining of ultrasonic wave rotating disc type is collected
The data of voltage, electric current, air pressure, frequency, yield and weld time when product realize that implementation is as follows:
Voltage transformer and current sensor realize monophase current voltage, and air pressure is collected by baroceptor, ultrasonic wave
Frequency and ultrasonic drilling machine weld time realize that yield then passes through measurement number by arm processor internal resource and external circuit
It is determined according to the number of upload.
Sensor exports " electric current, voltage, air pressure " analog information of welding process to the port A/D of arm processor, frequency
Rate and weld time observation circuit output digital quantity after arm processor handles data well, pass through serial ports UART to arm processor
Data are transferred to ultrasonic wave rotating disc type bonding machine main body, at the same time, the data handled well pass through wired network or wireless network
Mode is transmitted to server.
Power module then uses 5V DC power source adapter and lithium battery to cooperate, and 5V DC power supply is used when power grid has electricity
Adapter, when power grid is without using lithium battery when electricity.
Clock circuit allows monitor to record the current time.
Using arm processor relative to the difference using single-chip microcontroller, which kind of progressive effect can reach, specific as follows:
(1) processing speed block, processing capacity are strong, storage volume is big, bring advantage to the user.
Equipment of the ultrasonic wave rotating disc type bonding machine as running at high speed, can be primary up to processing in 1 second, and acquisition data volume type is more
And the sampling period is short, higher to the performance requirement of processor in this way, using 4 core A7 high-performance processors, ARM chip is due to itself
Characteristic (processing speed, processing capacity and storage volume etc.) will be many by force than 8 traditional single-chip microcontrollers etc., thus in technology reality
Also seem more masterly than 8 traditional single-chip microcontrollers etc. on now.Exactly this masterly, the later period is easier to provide to client and rise
Grade, dilatation, transformation etc. are convenient.
(2) efficiently
The management scheduling system of introducing process keeps system operation more efficient.It is mostly in traditional microcomputer development
Front and back technology based on interruption has limitation to the management of multitask, and the data of acquisition ultrasonic wave rotating disc type bonding machine are more
Task processing can make system operation more efficient using arm processor.
(3) low in energy consumption, high performance-price ratio has more stability, more more stable than the network that 8 traditional single-chip microcontrollers are built
Property.
(4) ultrasonic wave rotating disc type bonding machine is applied to more severe industrial environment, it is desirable that and stability is higher, and power consumption is lower,
Fever is few, is conducive to the stability of raising system.
This system system using TCP IP communication, 8 traditional single-chip microcontrollers due to oneself factor realize Ethernet communication
Mode is difficult, is essentially all that serial communication is converted to network communication, but this communication by using extraneous network commutator
Mode is often unstable, leads to often " going offline " situation occur, to cause loss of data.And ARM chip is included due to inside
Network communication port can be realized as network communication as long as combining with peripheral equipment.System can be made to have more using arm processor
Stability.
In embodiments of the present invention, the principle of the acquisition of ultrasonic welding machine monitor 2 operation data is specific as follows:
1) voltage data is collected
The working power of ultrasonic welding machine is 220V industrial-frequency alternating current, and voltage transformer and current transformer realize list
The real time monitoring and acquisition of phase AC power source, the testing principle of AC supply voltage and electric current, be exactly by voltage transformer and
The high pressure high current of AC power source is converted into arm processor by current transformer can detecte the low-voltage of processing.Alternating voltage
Detection range is AC0V-AC400V.
Using voltage transformer principle, the alternating voltage signal of power supply is mutual by series limiting resistor input current type voltage
The first side winding of sensor is exported through mutual inductor secondary side, and the current signal of output is converted to voltage letter by output build-out resistor
Number, arm processor sampling processing is sent, series circuit has then selected 1 150K Ω resistance, full when input voltage is 0~400v
Sufficient linear transformation range.
2) current data is collected
Using current sensor, alternating current detection range is AC0A-AC10A, and the current signal of AC power source directly connects
Enter current sensor first side winding, induced current is exported through the secondary side of sensor, and output build-out resistor turns current signal
It is changed to voltage signal, and is transmitted to arm processor sampling processing.
3) barometric information is collected
Barometric information is acquired using baroceptor, the voltage range of baroceptor output end is 0.5~4.5v, will be defeated
Voltage out carries out analog-to-digital conversion, obtains atmospheric pressure value.
4) frequency of ultrasonic wave and weld time data collection
The frequency and ultrasonic drilling machine weld time of ultrasonic wave utilize the input capture function inside arm processor, timer
It is realized with counter, the frequency of ultrasonic wave can be calculated with correlation formula；Ultrasonic drilling machine weld time calculates hair ultrasonic wave
Origin And Destination obtains.
5) upload of data
The data of the present embodiment can be transmitted by Ethernet or wireless network.On the one hand, Ethernet is utilized
100Base-T4 interface realizes that data are transmitted by Ethernet by cable and interchanger Electricity Federation.Still further aspect uses
RTL8189 module is uploaded data by wifi, in actual use, it is only necessary to connect wireless router or wireless aps (i.e. Acce
The Point, that is, wireless access point), effectively realize the data interaction of monitor and database.Database will
Largely " voltage, electric current, air pressure, frequency, yield, weld time, amplitude, humidity " creation data stores, so as to later sharp
With.
6) product quality differentiates process
The threshold values for the alarm parameters that staff is arranged in TIMP page end is sent to server and is stored in database, this
When server obtain setting data bound (threshold values).After the ultrasonic welding machine monitor 2 starts, judge that ultrasonic wave is
No sending, if issuing without ultrasonic wave, the ultrasonic welding machine monitor 2 does not acquire data.
If there is ultrasonic wave sending, the ultrasonic welding machine monitor 2 acquires data and completes, and sends data to service
Device, server judge according to threshold values, if thering are one or more parameters to go beyond the scope, being judged as defective products and alarming,
Otherwise it is judged as that non-defective unit is not alarmed.
After data are stored in database by server, threshold values is returned to monitor, by voltage, electric current, air pressure, frequency, production
Amount, the parameters bound such as weld time are synchronized to ultrasonic welding machine monitor 2, and ultrasonic welding machine monitor 2 can determine whether
Whether parameter when processing goes out normal range (NR), if having one or more parameters to go beyond the scope, being judged as defective products and reporting
It is alert, otherwise it is judged as that non-defective unit is not alarmed.
7) realization alarmed
Refer to Fig. 3, staff is saved in server in the parameter that TIMP page end is arranged, and by voltage, electric current, gas
Pressure, frequency, yield, the parameters bound such as weld time are synchronized to ultrasonic welding machine monitor 2, ultrasonic welding machine monitor
2 can determine whether parameter when processing goes out normal range (NR), if the parameter of monitoring is all within the set range, by serial communication,
Inform that rotating disc type ultrasonic welding machine main body without alarm, controls the puma manipulator 6 and non-defective unit is moved in non-defective unit case
Face.
If there are one or more parameters to go beyond the scope, by serial communication, rotating disc type ultrasonic welding machine master is informed
Body carries out audible alarm and prompts corresponding word alarm prompt (prompting certain parametic fault), and control manipulator is mobile by defective products
Inside to defective product box.At the same time, ultrasonic welding machine monitor 2 issues alarm signal to server, in page end
TIMP system receives warning message, for example, will call the police when air pressure is relatively low, " the machine air pressure of the workshop C1 3 is 100kpa, air pressure
Lower than setting lower limit ".
8) the bound setting alarmed
The method of 1 > citing " air pressure " bound setting.
It is tested using the method for control variable, tests out the bound of air pressure alarm.In holding " voltage, electric current, frequency
In the case that rate, weld time etc. " is constant, changes atmospheric pressure value one by one and do experiment, respectively with 100,150,200,250,300,
400,500,600,700,750, the atmospheric pressure value of 800kpa etc., every group of atmospheric pressure value produce 20 plastic cement parts, the modeling produced
Glue part carries out safety test and tensile test, tests the non-defective unit that is considered as passed through, not by being then defective products.
If 200,250,300,400,500,600,700kpa is non-defective unit, and 100,150,750,800kpa be all bad
Product, then lower limit, between 150kpa and 200kpa, the upper limit is between 700kpa and 750kpa.Again with 160,170,180,
190kpa does experiment, 160,170,180kpa be all defective products, 190kpa is non-defective unit, then setting 190kpa for lower limit value.
Upper limit value is similar, it is assumed that determines that upper limit value is 720kpa.In this way, can be in the threshold of the TIMP system of page end setting air pressure
Value is less than 190kpa, is greater than 720kpa.
The threshold value of " voltage, electric current, frequency, weld time etc. " is similar with air pressure.
The method of 2 > citing " weld time " bound setting
It is tested using the method for control variable, tests out the bound of " weld time " alarm.General product and
So, " weld time " is usually between 0.02s to 0.06s.In the situation that holding " voltage, electric current, frequency, air pressure etc. " is constant
Under, change weld time value one by one and do experiment, respectively with 0.016s, 0.017s, 0.018s, 0.019s, 0.020s,
The weld time of 0.022s, 0.024s, 0.06s, 0.08s, 0.1s, 0.12s, 0.14s, 0.2s etc., every group of weld time production
10 plastic cement parts, the plastic cement part produced carry out safety test and tensile test, test the non-defective unit that is considered as passed through, no
By being then defective products.
If 0.020s, 0.022s, 0.024s are non-defective unit, and 0.016s, 0.017s, 0.018s, 0.019s are bad
Product, then setting 0.020s for lower limit value.Upper limit value is similar, it is assumed that determines that upper limit value is 0.2s.Thus it is possible in net
The threshold value of the TIMP system setting air pressure at page end is less than 0.02s, is greater than 0.2s.
The threshold value of " voltage, electric current, frequency etc. " is similar.
Fig. 6 a~6d is referred to, in embodiments of the present invention, the puma manipulator 6 includes manipulator ontology and is mounted on
64 (not shown) of rotating electric machine, the first driving cylinder 61, clamping workpiece 67 on the manipulator ontology；
When needing to clamp converted products, the control device of the ultrasonic welding machine ontology controls the rotating electric machine 64
It drives the manipulator ontology to be moved to above material to be clamped, and the clamping is driven by the first driving cylinder 61
Workpiece 67 clamps material；
When needing to discharge the material product clipped, the control device of the ultrasonic welding machine ontology controls the electric rotating
Machine 64 drives the manipulator ontology to be moved to the unloading in material path of the ultrasonic welding machine ontology, and drives by described first
Cylinder 61 drives the clamping workpiece 67 to discharge the material clipped.
The manipulator ontology is equipped with upright guide rail 7, sliding block 65 and the second driving cylinder 62, the clamping workpiece 67
It can be mounted on up or down on the upright guide rail 7 by the sliding block 65, the sliding block 65 is by the second driving cylinder
62 control moves on the upright guide rail 7, control of the second driving cylinder 62 by the ultrasonic welding machine ontology
Device control.
Wherein, the manipulator ontology is equipped with upright guide rail 7, sliding block 65 and the second driving cylinder 62, the clamping
Workpiece 67 can be mounted on the upright guide rail 7 up or down by the sliding block 65, and the sliding block 65 is driven by described second
The control of cylinder 62 of taking offence moves on the upright guide rail 7, and the second driving cylinder 62 is by the ultrasonic welding machine ontology
Control device control.
The rotating disc type ultrasonic welding machine ontology 1 includes control device, ultrasonic brazing unit, station dial, drive
Dynamic device, device for discharging, touch display screen, steel plate table top；
With multiple for placing the pedestal of converted products on the station dial, and is driven and revolved by the driving device
Turn；
The pad of the ultrasonic brazing unit is located on the welding post of the station dial；
The device for discharging is located on the unloading station of the station dial；
The control device is for controlling the driving device, the ultrasonic brazing unit；
The touch display screen is connect with the control device, for controlling the rotating disc type ultrasonic welding machine ontology 1
The operation such as starting, pause, station dial revolving speed；
Station of the steel plate table top as the rotating disc type ultrasonic welding machine ontology 1, is used to support the ultrasound
Wave soldering connection device and the station dial.
In embodiments of the present invention, the control device is single-chip computer control system, the single-chip computer control system conduct
Control centre, controls the running of the entire rotating disc type ultrasonic welding machine ontology 1, including station dial rotation, put product,
The control of the processes such as detection, assembling, discharging.
The control device is single-chip computer control system, and for the single-chip computer control system as control centre, control is entire
The running of the rotating disc type ultrasonic welding machine ontology 1, including station dial rotation, put product, detection, assembling, discharging etc.
The control of process.In embodiments of the present invention, the rotating disc type ultrasonic welding machine ontology 1 further includes touch display screen, steel plate
Table top；
The touch display screen is connect with the control device, for controlling the rotating disc type ultrasonic welding machine ontology 1
The operation such as starting, pause, station dial revolving speed；
Station of the steel plate table top as the rotating disc type ultrasonic welding machine ontology 1, is used to support the ultrasound
Wave soldering connection device and the station dial.
Also there is a case box on the rotating disc type ultrasonic welding machine ontology 1, be used to support single head supersonic welding
It picks and station dial, is equivalent to shell；
The material path of unloading is the channel for unloading product, and the puma manipulator 6 is by the product clip processed to described
Unload material path.
In embodiments of the present invention, between the rotating disc type ultrasonic welding machine ontology 1 and ultrasonic welding machine monitor 2
Using serial communication.
Continuing with referring to Fig. 6 a~6d, the linear guide elevating movement system inside the single head ultrasonic welding machine is driven
Soldering tip completes welding procedure, specific to act are as follows:
Soldering tip decline → → Time-delayed trigger → → triggering ultrasound → → pressure maintaining → → soldering tip rises.
The movement of the ultrasonic welding machine ontology:
The monitoring of turntable rotation → → single head ultrasonic welding machine movement → → monitor monitoring data and returns the result → →
Turntable rotation → → manipulator takes out product.
The station dial has multiple machining positions (3~24), and the station dial is in rotary drive mechanism
Intermittent rotary under driving effect, when station dial pause, product to be measured is placed in machining position by operator；Then
Turntable again pauses for after rotating 45 °, moves in circles.Product to be measured is transported to unloading station and is detected；The intelligent machine
The product to be measured is transported to corresponding placement location according to the result of detection by hand 6, wherein non-defective unit is placed on non-defective unit and unloads material path 68
On, defective products is placed on defective products and unloads in material path 69, to complete entire product testing and the sorting of automatic detection sorting system
Function.
The embodiment of the present invention illustrates that 8 equal portions of machining position (45 °) are fixed on the station dial, add with 8 stations
Station label 1~8 respectively.Rotating disc type ultrasonic welding machine starting, turntable find origin, are herein the position of processing, weld at this time
Head is aligned with No. 1 machining position, and whether monitoring machining position has product, if there is product, soldering tip movement, if soldering tip is not without product
Movement.
The station dial rotates (45 °), and machining position (being labeled as 2) is moved at processing, and monitoring origin does not have product,
If there is product, soldering tip movement, if soldering tip is failure to actuate without product.It as unit of 8 stations, moves in circles, detailed process is asked
Referring to Fig. 3.
In embodiments of the present invention, the working principle of the puma manipulator 6 is specific as follows:
Continuing with referring to Fig. 6 a, bracket 63 is fixed on the table by 63 mounting plate of bracket, and horizontal guide rail 66 passes through one
The dismountable guide rail splice of block is connected on bracket 63, and the second driving cylinder 62 passes through one piece of vertical cylinder connecting plate peace
On the sliding block 65, the first driving cylinder 61 is mounted on upright guide rail 7 by one piece of horizontal air cylinder connecting plate, institute
It states and clamps workpiece 67 namely handgrip, be mounted on the second driving cylinder 62 by one piece of handgrip connecting plate.
After product processing, monitor judges whether it is non-defective unit, controls manipulator according to the result of judgement and is moved accordingly
Make.Manipulator takes out the finished product after processing, and non-defective unit is put into non-defective unit and unloads 68 (discharging of material path by folder to unloading above material path accordingly
Road 1), finished product will be placed in non-defective unit region.Defective products is put into defective products and unloads material path 69 (unloading material path 2), finished product will be placed in not
Non-defective unit region.
The course of work of the puma manipulator 6 is iterative motion, can be mainly divided into two strokes, grabs material
Stroke and release material stroke.
1) grab material stroke: after receiving monitor decision instruction, the workpiece of processing can stop piece when reaching specified station
It carves, system can send a series of instruction to motor 64, and the motor 64 drives the sliding block 65 to slide to station after receiving instruction
Top, the upright guide rail 7 move downward under the driving of the second driving cylinder 62, and when handgrip reaches station, handgrip exists
Workpiece 67 is clamped under the driving of the first driving cylinder 61.
2) discharge material stroke: after handgrip clamps workpiece 67, upright guide rail 7 is under the traction of the second driving cylinder 62
Rise, handgrip leaves station, and motor 64 determines the length of 65 stroke of sliding block, institute according to the instruction (non-defective unit/defective products) received
Sliding block 65 is stated to slide to above discharging road under the driving of motor 64；
The top that the non-defective unit unloads material path 68 is then rested on if non-defective unit, is then rested on defective products if defective products and is unloaded material path
69 top, handgrip, which reaches, unclamps workpiece under the corresponding driving for driving cylinder 61 described first after unloading above material path, is released
The workpiece put is by unloading material path into next station.The puma manipulator 6 is so far completed once to grab material --- release
The stroke of material.
In addition, in embodiments of the present invention, the intelligent rotary-disk ultrasonic welding machine can also remotely located alarm parameters,
Band Process Quality Monitoring, provides defective products discrimination function.Compared to the ordinary turntable formula ultrasound for not having defective products discrimination function
Wave soldering picks, and the present invention is differentiated by judgement " voltage, electric current, air pressure, frequency, weld time " Lai Shixian defective products.Wherein, group
The mode of net can be used wired connection and connect with wireless WIFI, reliability, and performance is stablized, flexibly.It, can for the workshop in big region
Wireless WIFI connection can be used for the workshop of zonule using wired connection.The ultrasonic welding machine monitor 2 is collected
To data by Ethernet chip by interchanger be transferred to Cloud Server 4 and TIMP system carry out data exchange.Without
It is to be wirelessly connected using simple ZigBee.ZigBee is although low in energy consumption, and flexibility is good, does not have to be routed, but reliability and property
It can be not so good as wired connection.
In embodiments of the present invention, implementing the production management method based on rotating disc type ultrasonic welding machine can optimize
Production, wherein the server is Cloud Server 4, the method also includes:
The collected current operating data is uploaded to the cloud service by the ultrasonic welding machine monitor 2 in real time
Device 4, and store into the cloud database of the Cloud Server 4, with real-time monitoring equipment operation data, realize device context prison
Networking, long-range, the visualization of ranging sequence, can historical query and device fault information；And using technologies such as big datas,
It was found that carrying out early warning to equipment there are problem and hidden danger, it is possible to reduce accident occurs or the extension of accident.Allow equipment toward low
Failure, operation is more energy efficient, and equipment operating environment more preferably develop by intelligent direction.
The production management method based on rotating disc type ultrasonic welding machine can also realize equipment operation condition real-time
On-line monitoring；It is managed collectively equipment, provides real-time production scene information, all floor datas cover all at one glance.
The workshop management terminal 5 transfers real-time production scene information by the Cloud Server 4, in order to which user passes through
Internet can understand the condition of production whenever and wherever possible, improve working efficiency, while recording the information of every machine, the production of every equipment
Situation, including in which kind of state, in the staff for processing and assembling which components, operating, which is completed
Work order and customer information, planned production total output and actual production, productivity, average rejection rate etc..
In addition, the production management method based on rotating disc type ultrasonic welding machine can also be supervised by mobile application APP
Control is reminded in time to show field data in real time.Grasp abnormal, rapid command processing in real time, when reducing abnormal occur due to
Confusing communication, production accident caused by reporting not in time occur.
In embodiments of the present invention, the method also includes:
The shop management server has the function of report analysis, analyzes the rotating disc type ultrasonic welding machine ontology 1
Runing time and cost situation, record track every corresponding operator of the rotating disc type ultrasonic welding machine ontology 1 and its open
The operating conditions such as machine, processing, debugging, shutdown or free time, the manipulation and display server show the operation data and control
The operation of the rotating disc type ultrasonic welding machine ontology 1.Workshop management personnel can be helped really to understand fully how resource is in this way
Be utilized, it is often more important that can therefrom find out which production link can be modified, thus reduce unnecessary debug time,
Downtime and free time.
In terms of onlineization, with no paper operation management, the embodiment of the present invention can be realized onlineization, with no paper operation management.
To the installation of equipment, use, maintenance until changeing, whole equipment life cycle is managed.
It should be timed maintenance using the equipment of the production management method, there is corrective maintenance automatic reminding function.
Maintenance project, planned maintenance specification are pre-established, the system automatic expiration issues maintenance task, task to people.Maintain into
Degree is online shared, and responsible person can follow up in time.The repair of ultrasonic welding machine, soldering tip replacement and maintenance etc. can all prompt.
By big data analysis, the calling inquiry and analysis of historical data are realized.The bottleneck in production is found out, it can be to the present
Device technique transformation afterwards provides correct, scientific and rational foundation." voltage, electric current, air pressure, the frequency being collected into according to database
The data of rate, yield, weld time, Homes Using TV, failure rate, fraction defective etc. " are right using the time series map analysis of big data
Than the algorithm of the analytic approach such as map analysis, data are analyzed, and learns and creates new as a result, finding out influences production result
Factor finds out the rule that people is not easily found, to could be adjusted to optimization production, aid decision making.
The analysis of 1 > operating statistic, comparative analysis
To equipment operating data per diem, week, the moon, season, year it is for statistical analysis, support same equipment number in different time periods
According to the date comprision of comparative analysis and same-period distinct device, diagnostic analysis, positioning failure quickly are carried out to equipment
Point.Related prompt is made in fault detection, facilitates maintenance.If checking abnormal conditions, autostop reduces product defect rate, prevents
Only machine breakdown reduces supersonic generator damage probability；
The analysis of 2 > energy consumption statistic
To equipment energy consumption situation per diem, week, the moon, season, year it is for statistical analysis, support 3D curve, histogram, pie chart, table
The status of energy consumption of the various ways presentation device such as lattice provides data foundation for device energy conservation transformation.
Fig. 7 is referred to, the embodiment of the present invention is optimized on providing hardware device recommendation on improvement by big data analysis
It improves, for example, sequence chart analytic approach between when utilized, comparison map analysis etc., it is found that " voltage " of the entire moon has fluctuation larger,
Account for voltage is unstable, can suggest that client fills a voltage-stablizer.For another example, when utilized between sequence chart analytic approach, comparison diagram point
Analysis, a certain period " air pressure " fluctuation is larger in 1 year in the past for discovery, it is proposed that personnel install stable pneumatic supply.It was found that 1 year in the past
In a certain period " air pressure " it is relatively low always, it is proposed that personnel the period be turned up air pressure.
And in machine learning, defective products is differentiated using machine learning and big data technology, while obtaining certain rules.
When by being collected into certain a large amount of production corresponding " voltage, electric current, air pressure, frequency, yield, weld time "
Deng data, generation mould is trained to data using the algorithm (logistic regression, random forests algorithm, decision tree) of machine learning
Type analyzes model, and learns and create new as a result, finding out the factor for influencing production result, finds out people and is not easy
The rule found, to could be adjusted to optimization production, aid decision making.
When will be collected into certain a large amount of production corresponding " voltage, electric current, air pressure, frequency, yield, weld time " etc.
Data handled by SQL statement, as shown in fig. 7, being such as removed dimension, change data type etc., recycling is returned
One changes the fractionation that scheduling algorithm carries out the data of data, generates model using algorithm training data, model generation then can use mould
Type predicts data, or the model such as obtained by machine learning, and discovery " air pressure " and " voltage " influence defective products
Accounting is bigger, then to pay close attention to the two parameters later.
To sum up, the production management method based on rotating disc type ultrasonic welding machine that the embodiment of the invention provides a kind of, is compared
In the prior art, have the following beneficial effects:
1) has the function of defective products differentiation
Remotely located alarm parameters provide defective products discrimination function, easy to operate.It can be in the remotely located alarm ginseng of page end
Number, and defective products warning message remotely can be received in page end, this mode allows ordinary turntable formula ultrasonic welding machine to have not
Non-defective unit discrimination function.
By remotely located alarm parameters, band Process Quality Monitoring provides defective products discrimination function.Ordinary turntable formula ultrasound
Wave soldering, which picks, does not have the function of defective products differentiation, to pass through voltage, electric current, air pressure, frequency, weld time, amplitude, wet
Degree etc. come realize defective products differentiate.
2) networking, long-range, the visualization of device context monitoring program are realized.Data network, it is raw convenient for unified management
Produce plan, data storage.Not only convenient storage, and capacity is big, and display data is more convenient.
1 > real-time monitoring yield does production plan convenient for enterprise.It is announced per hour, to form the competition of each group
The sense of honour of consciousness and department, group is conducive to promote yield.
If reaching the quantitative requirement of order, personnel can be notified to stop production, rather than the prior art is made a copy of rotating disc type and surpassed
The yield of sound wave bonding machine, then take statistics.
2 > use database and SD card to record the data of rotating disc type ultrasonic welding machine, it is convenient for post analysis data, and not only
It is to only exist SD card in intelligent rotating disc type ultrasonic welding machine, this mode passes through sd than current rotating disc type ultrasonic welding machine
Card storing data is more excellent, not only convenient storage, but also capacity is big, shows more convenient with analysis data.
The mode of 3 > networking is connect using wired connection with wireless WIFI, reliability, and performance is stablized, flexibly.For great Qu
The workshop in domain, can be used wired connection, and for the workshop of zonule, wireless WIFI connection can be used.Peach beautiful jade ultrasonic welding machine
The data that monitor 2 is collected into are transferred to Cloud Server 4 by interchanger by Ethernet chip and are counted in TIMP system
According to exchange.Rather than simple ZigBee is used to be wirelessly connected.ZigBee is although low in energy consumption, and flexibility is good, does not have to wiring, still
Reliability and performance are not so good as wired connection.
3) it is analyzed using data
1 > all machines have and can monitor on machine, and how many machines are working, and shut down, maintenance, soldering tip whether be more than
In the service life of soldering tip, these can know, be compared using scheduled production and actual production analysis, and the prediction of previous data is utilized to produce
Can, yield is more preferably held, and improvement is optimized to production.
2 > reduce because equipment fault bring influences, discovery carries out early warning there are problem and hidden danger, to equipment, can be with
Reduction accident occurs or the extension of accident.
4) production efficiency is improved
For single-station ultrasonic bonding machine plastic toy and it is right, general skilled operator 8 hours one day can
Process 10000 plastic toys.Than general rotating disc type bonding machine, in fast state, speed promotes 20%, 8 hours one day can
Process 20000 plastic toys.
The above is a preferred embodiment of the present invention, it is noted that for those skilled in the art
For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (9)
1. a kind of production management method based on rotating disc type ultrasonic welding machine, which is characterized in that the turntable type ultrasonic wave weldering
It picks whole including rotating disc type ultrasonic welding machine ontology, ultrasonic welding machine monitor, communication device, server, workshop management
End, puma manipulator and warning device；The ultrasonic welding machine monitor, the puma manipulator are installed in described turn
On disc type ultrasonic welding machine ontology；
The method at least includes the following steps:
The workshop management terminal receives and to the preset normal operation data threshold of the server typing, and will be described default
Normal operation data threshold by the server sync typing into the ultrasonic welding machine monitor；Wherein, described
The preset data threshold that operates normally includes voltage, the electric current, gas in the rotating disc type ultrasonic welding machine ontology operational process
Pressure, frequency, yield, weld time, amplitude, humidity operation data threshold value；
In described this running body of rotating disc type ultrasonic welding machine, the ultrasonic welding machine monitor acquires the turntable in real time
Current operating data in formula ultrasonic welding machine ontology operational process, and the collected current operating data is passed through into institute
Communication device transfers are stated to the server；Wherein, the current operation data packet includes real-time collected voltage, electric current, gas
Pressure, frequency, yield, weld time, amplitude, humidity；
The ultrasonic welding machine monitor is judging the current operating data in the preset normal operation data threshold
When interior, Xiang Suoshu rotating disc type ultrasonic welding machine ontology sends not alarm command；And judging that the current operating data exceeds
When the preset normal operation data threshold, then alarm command is sent to the rotating disc type ultrasonic welding machine ontology；
The controller of the rotating disc type ultrasonic welding machine ontology is according to the alarm command received, Xiang Suoshu warning device
It sends alarm to execute instruction, while sending defective products fetching instruction to the puma manipulator；
The warning device is executed instruction according to the alarm to be issued alarm sound and shows alarm content, while the intelligent machine
Tool hand clamping defective products to defective products unloads material path；
The workshop management terminal will pass through corresponding voltage, electric current, air pressure, frequency, yield when the production being collected into, and melt
Time, amplitude, humidity operation data are connect as sample data, the sample data is trained using the algorithm of machine learning
Model is generated, and model is analyzed and learnt, obtains the factor for influencing the production result of corresponding product, and generate solution decision
Slightly optimize production to adjust.
2. the production management method based on rotating disc type ultrasonic welding machine as described in claim 1, which is characterized in that the vehicle
Between management terminal include shop management server and manipulation and display terminal, the manipulation and display terminal are managed by the workshop
It manages server and the Cloud Server communicates to connect, the manipulation and display server are shown described in the operation data and control
The operation of rotating disc type ultrasonic welding machine ontology.
3. the production management method based on rotating disc type ultrasonic welding machine as described in claim 1, which is characterized in that the intelligence
Energy manipulator includes manipulator ontology and the rotating electric machine being mounted on the manipulator ontology, the first driving cylinder, clamps work
Part；
When needing to clamp converted products, the control device of the ultrasonic welding machine ontology controls the rotating electric machine and drives institute
It states manipulator ontology to be moved to above material to be clamped, and the clamping workpiece holding is driven by the first driving cylinder
Material；
When needing to discharge the material product clipped, the control device of the ultrasonic welding machine ontology controls the rotating electric machine and drives
It moves the manipulator ontology and is moved to the unloading in material path of the ultrasonic welding machine ontology, and driven by the first driving cylinder
It moves the clamping workpiece and discharges the material clipped.
4. the production management method based on rotating disc type ultrasonic welding machine as claimed in claim 3, which is characterized in that the machine
Tool hand ontology be equipped with upright guide rail, sliding block and second driving cylinder, the clampings workpiece pass through the sliding block can on move down
It is mounted on the upright guide rail dynamicly, the sliding block is transported on the upright guide rail by the control of the second driving cylinder
Dynamic, the second driving cylinder is controlled by the control device of the ultrasonic welding machine ontology.
5. the production management method based on rotating disc type ultrasonic welding machine as described in claim 1, which is characterized in that described turn
Disc type ultrasonic welding machine ontology include control device, ultrasonic brazing unit, station dial, driving device, device for discharging,
Touch display screen, steel plate table top；
With multiple for placing the pedestal of converted products on the station dial, and is driven and rotated by the driving device；
The pad of the ultrasonic brazing unit is located on the welding post of the station dial；
The device for discharging is located on the unloading station of the station dial；
The control device is for controlling the driving device, the ultrasonic brazing unit；
The touch display screen is connect with the control device, start for controlling the rotating disc type ultrasonic welding machine ontology,
The operation such as pause, station dial revolving speed；
Station of the steel plate table top as the rotating disc type ultrasonic welding machine ontology, is used to support the ultrasonic bonding
Device and the station dial.
6. the production management method based on rotating disc type ultrasonic welding machine as claimed in claim 5, which is characterized in that the control
Device processed is single-chip computer control system, and the single-chip computer control system is as control centre, the entire rotating disc type ultrasound of control
Wave soldering picks the running of ontology, including station dial rotation, puts the control of the processes such as product, detection, assembling, discharging.
7. the production management method based on rotating disc type ultrasonic welding machine as described in claim 1, which is characterized in that described turn
Serial communication is used between disc type ultrasonic welding machine ontology and ultrasonic welding machine monitor.
8. the production management method based on rotating disc type ultrasonic welding machine as described in claim 1, which is characterized in that the clothes
Business device is Cloud Server, the method also includes:
The collected current operating data is uploaded to the Cloud Server by the ultrasonic welding machine monitor in real time, and
It stores into the cloud database of the Cloud Server, with real-time monitoring equipment operation data, realizes device context monitoring program
Networking, long-range, visualization, can historical query and device fault information；
The workshop management terminal transfers real-time production scene information by the Cloud Server, in order to which user passes through internet
The condition of production can be understood whenever and wherever possible, improve working efficiency, while recording the information of every machine, the production status of every equipment,
Including in which kind of state, the staff for processing and assembling which components, operating, complete which work order with
And customer information.
9. the production management method based on rotating disc type ultrasonic welding machine as claimed in claim 2, which is characterized in that the side
Method further include:
The shop management server has the function of report analysis, when analyzing the operation of the rotating disc type ultrasonic welding machine ontology
Between and cost situation, the corresponding operator of record every rotating disc type ultrasonic welding machine ontology of tracking and its booting, processing,
Debugging, shutdown or free time operating condition, the manipulation and display server show the operation data and control the rotating disc type
The operation of ultrasonic welding machine ontology.
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| WO2021223472A1 (en) * | 2020-05-08 | 2021-11-11 | 汇专科技集团股份有限公司 | Ultrasonic welding system control method, ultrasonic welding system, and storage medium |
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Application publication date: 20190521 |