CN205008402U - Steel pipe multichannel oil removal equipment - Google Patents
Steel pipe multichannel oil removal equipment Download PDFInfo
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- CN205008402U CN205008402U CN201520604743.XU CN201520604743U CN205008402U CN 205008402 U CN205008402 U CN 205008402U CN 201520604743 U CN201520604743 U CN 201520604743U CN 205008402 U CN205008402 U CN 205008402U
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- pin bushing
- oil removing
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Abstract
The utility model discloses a steel pipe multichannel oil removal equipment aims at providing a high efficiency, quick, and it is effectual to degrease, can effectively solve the problem because of cold -rolled steel pipe machining precision and deoiling device machining precision, and lead to the degreasing steel pipe multichannel oil removal equipment of the not good problem of effect. It includes the frame, sets up the first deoiling guide pin bushing in the frame, and the fixed annular rubber sleeve that sets up on first deoiling guide pin bushing medial surface sets up the second deoiling guide pin bushing in the frame, sets up the second mounting groove on second deoiling guide pin bushing medial surface, and the fixed inflatable seal circle that sets up in the second mounting groove sets up the third deoiling guide pin bushing in the frame, and row gas shift device is filled to fixed annular sponge cover and the self -adaptation of setting in the frame that sets up on third deoiling guide pin bushing medial surface, first deoiling guide pin bushing, second deoiling guide pin bushing and the coaxial setting of third deoiling guide pin bushing.
Description
Technical field
The utility model relates to a kind of waste-oil scavenger, is specifically related to a kind of steel pipe multiple tracks waste-oil scavenger.
Background technology
At present, there is a large amount of lubricating oil in the surface by the cold tube rolling produced in cold-rolling equipment; In order to cost-saving, protection of the environment, usually need to carry out recycling to the lubricating oil on the surface of cold tube rolling.
The way of recycling of the lubricating oil on the surface of traditional cold tube rolling is as follows: be placed on by cold tube rolling on the rack at certain angle of inclination, lubricating oil on cold tube rolling surface under Gravitative Loads along cold tube rolling surface landing, and by connect mailbox collect lubricating oil.The lubricating oil organic efficiency of the way of recycling of the lubricating oil on the surface of traditional cold tube rolling is low, recovering effect is not good.
Further, some utility models people improves this, utility model some steel pipe oil removings, retracting device; It is typically employed in except arranging ring-shaped rubber cover in oil jacket, when cold tube rolling is through after oil jacket, is struck off, and collect by the lubricating oil of ring-shaped rubber cover by cold tube rolling surface.The relations such as the machining accuracy (deviation such as external diameter, circularity) due to cold tube rolling and the machining accuracy except oil jacket, in the process that cold tube rolling is passed except oil jacket, gap is there is between ring-shaped rubber cover and cold tube rolling surface, thus cause current this kind of steel pipe oil removing, the poor effect of retracting device when striking off the lubricating oil on cold tube rolling surface, easily occur that lubricating oil strikes off unclean problem.
Utility model content
The purpose of this utility model is to overcome deficiency of the prior art, there is provided a kind of efficient, quick, and deoiling effect is good, the problem because of cold tube rolling machining accuracy and degreasing unit machining accuracy effectively can be solved, and the steel pipe multiple tracks waste-oil scavenger of the problem causing deoiling effect not good.
The technical solution of the utility model is:
A kind of steel pipe multiple tracks waste-oil scavenger comprises frame, be arranged on the first oil removing guide pin bushing in frame, be fixedly installed on the ring-shaped rubber cover on the first oil removing guide pin bushing medial surface, be arranged on the second oil removing guide pin bushing in frame, be arranged on the second mounting groove on the second oil removing guide pin bushing medial surface, be fixedly installed on the gas-flow closure circle in the second mounting groove, be arranged on the 3rd oil removing guide pin bushing in frame, the annular sponge be fixedly installed on the 3rd oil removing guide pin bushing medial surface overlaps and the self adaptation be arranged in frame fills exhaust conversion equipment; Described first oil removing guide pin bushing, the second oil removing guide pin bushing and the 3rd oil removing guide pin bushing are coaxially arranged, described second oil removing guide pin bushing is between the first oil removing guide pin bushing and the 3rd oil removing guide pin bushing, and described self adaptation fills exhaust conversion equipment between the second oil removing guide pin bushing and the 3rd oil removing guide pin bushing;
Described self adaptation is filled exhaust conversion equipment and is comprised the activated lever be rotatably arranged on by horizontal axostylus axostyle in frame, vertically be arranged on the vertical cylinder body in frame, be arranged on the piston body in vertical cylinder body and be arranged on vertical cylinder body medial surface and be positioned at the first limited block below piston body;
Described piston body is provided with and up extends and pass the vertical piston rod of vertical cylinder body upper end, on described vertical piston rod and at piston body and be vertically arranged with the first pretension Compress Spring between cylinder body upper end, described vertical cylinder body is positioned at the balance through hole being provided with below the first limited block and running through the inside and outside side of vertical cylinder body, described vertical cylinder upper end face is provided with the first blow vent with the intracavity inter-connection of vertical cylinder body, and described first blow vent is by the intracavity inter-connection of connecting pipe and gas-flow closure circle;
The axis perpendicular of described horizontal axostylus axostyle and the second oil removing guide pin bushing, described vertical piston rod is between the second oil removing guide pin bushing and horizontal axostylus axostyle, described piston rod upper end is provided with the first gag lever post paralleled with horizontal axostylus axostyle, and piston rod is positioned at the second gag lever post being provided with below the first gag lever post and paralleling with the first gag lever post; The below of horizontal axostylus axostyle is positioned near one end of the activated lever of the second oil removing guide pin bushing, and near one end of the activated lever of the second oil removing guide pin bushing between the first gag lever post and the second gag lever post.
The steel pipe multiple tracks waste-oil scavenger of this programme has efficiently, fast, and the feature that deoiling effect is good; And the problem that can effectively solve because of cold tube rolling machining accuracy and degreasing unit machining accuracy, and the problem causing deoiling effect not good, thus effectively reclaim the lubricating oil on shaping cold tube rolling surface; Do not need extra power set, energy-saving and environmental protection simultaneously.
As preferably, the spacing between the axis of horizontal axostylus axostyle and the second oil removing guide pin bushing is greater than the half of the internal diameter of the second oil removing guide pin bushing; When piston body is resisted against on the first limited block, be positioned at the below of the second oil removing guide pin bushing near one end of activated lever of the second oil removing guide pin bushing, be less than the half of the internal diameter of the second oil removing guide pin bushing away from the spacing between one end of the activated lever of the second oil removing guide pin bushing and the axis of the second oil removing guide pin bushing.
As preferably, also comprise the first supporting construction, this first supporting construction comprises the first horizontal supporting plate be arranged in frame, be arranged on the vertical guide pin bushing of first on the first horizontal supporting plate, the first vertical guide rod in the be slidably arranged on first vertical guide pin bushing and to be arranged on the first vertical guide rod lateral surface and to be positioned at the second limited block of the below of the first vertical guide pin bushing; Described first oil removing guide pin bushing is positioned at above the first vertical guide rod, and the lateral surface of the first oil removing guide pin bushing is connected with the first vertical guide rod upper end, the described first vertical guide rod is arranged with the second pretension Compress Spring between the first oil removing guide pin bushing and the first vertical guide pin bushing.First oil removing guide pin bushing of this programme structure floats and arranges this and be conducive to making cold tube rolling smoothly through the first oil removing guide pin bushing.
As preferably, also comprise the second supporting construction, this second supporting construction comprises the second horizontal supporting plate be arranged in frame, be arranged on the vertical guide pin bushing of second on the second horizontal supporting plate, the second vertical guide rod in the be slidably arranged on second vertical guide pin bushing and to be arranged on the second vertical guide rod lateral surface and to be positioned at the 3rd limited block of the below of the second vertical guide pin bushing; Described second oil removing guide pin bushing is positioned at above the second vertical guide rod, and the lateral surface of the second oil removing guide pin bushing is connected with the second vertical guide rod upper end, the described second vertical guide rod is arranged with the 3rd pretension Compress Spring between the second oil removing guide pin bushing and the second vertical guide pin bushing.
Second oil removing guide pin bushing of this programme structure floats and arranges this and be conducive to making cold tube rolling smoothly through the second oil removing guide pin bushing.
As preferably, frame is positioned at the collecting box being provided with upper end open below the first horizontal supporting plate.Collecting box is for collecting by the lubricating oil that cold tube rolling strikes off.
As preferably, the bottom surface of the second mounting groove is provided with the through hole of stepping down of the lateral surface running through the second oil removing guide pin bushing, and described gas-flow closure circle is provided with and fills exhaust nozzle, and this fills exhaust nozzle through through hole of stepping down; One end of described connecting pipe is connected with the first blow vent, the other end with fill exhaust nozzle and be connected.
As preferably, the first gag lever post is arranged with cylinder, and cylinder can rotate relative to the first gag lever post.
As preferably, gas-flow closure circle lateral surface is provided with some annular protrusions.Annular protrusion in this programme is conducive to the lubricating oil struck off on cold tube rolling.
As preferably, connecting pipe is flexible pipe.
As preferably, the medial surface of the first oil removing guide pin bushing is provided with the first mounting groove, described ring-shaped rubber cover is fixed in the first mounting groove, the Single port edge of described first oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering first oil removing guide pin bushing and the second oil removing guide pin bushing are positioned at the relative both sides of the first mounting groove.The chamfering of the first oil removing guide pin bushing of this programme structure is conducive to steel pipe and enters the first oil removing guide pin bushing smoothly.
As preferably, the Single port edge of the second oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering second oil removing guide pin bushing and the 3rd oil removing guide pin bushing are positioned at the relative both sides of the second mounting groove.The chamfering of the second oil removing guide pin bushing of this programme structure is conducive to steel pipe and enters the second oil removing guide pin bushing smoothly.
The beneficial effects of the utility model are: have efficient, quick, and the feature that deoiling effect is good; And the problem that can effectively solve because of cold tube rolling machining accuracy and degreasing unit machining accuracy, and the problem causing deoiling effect not good.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of steel pipe multiple tracks waste-oil scavenger of the present utility model.
Fig. 2 is steel pipe multiple tracks waste-oil scavenger of the present utility model a kind of structural representation in the course of the work.
In figure: the first oil removing guide pin bushing 1, ring-shaped rubber cover 1a, self adaptation fills exhaust conversion equipment 2, vertical cylinder body 21, first pretension Compress Spring 22, piston body 23, first limited block 24, balance through hole 25, horizontal axostylus axostyle 26, activated lever 27, second gag lever post 28, first gag lever post 29, vertical piston rod 210, first blow vent 211, connecting pipe 212, second oil removing guide pin bushing 3, gas-flow closure circle 3a, 3rd oil removing guide pin bushing 4, annular sponge cover 4a, second limited block 5, second horizontal supporting plate 6, second vertical guide pin bushing 7, second vertical guide rod 8, 3rd pretension Compress Spring 9, fill exhaust nozzle 10, cold tube rolling 11.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail:
As Fig. 1, shown in Fig. 2, a kind of steel pipe multiple tracks waste-oil scavenger comprises frame, be arranged on the first oil removing guide pin bushing 1 in frame, be fixedly installed on the ring-shaped rubber cover 1a on the first oil removing guide pin bushing medial surface, be arranged on the second oil removing guide pin bushing 3 in frame, be fixedly installed on the second mounting groove on the second oil removing guide pin bushing medial surface, be arranged on the gas-flow closure circle 3a in the second mounting groove, be arranged on the 3rd oil removing guide pin bushing 4 in frame, be fixedly installed on the annular sponge cover 4a on the 3rd oil removing guide pin bushing medial surface, the self adaptation be arranged in frame fills exhaust conversion equipment 2, first supporting construction and the second supporting construction.First oil removing guide pin bushing medial surface is provided with the first mounting groove.Ring-shaped rubber cover is fixed in the first mounting groove, and the thickness of ring-shaped rubber cover is greater than the groove depth of the first mounting groove.The axis horizontal of the first oil removing guide pin bushing is arranged.First oil removing guide pin bushing and the second oil removing guide pin bushing are coaxially arranged.Second oil removing guide pin bushing is between the first oil removing guide pin bushing and the 3rd oil removing guide pin bushing.Self adaptation fills exhaust conversion equipment between the second oil removing guide pin bushing and the 3rd oil removing guide pin bushing.
The Single port edge of the first oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering first oil removing guide pin bushing and the second oil removing guide pin bushing are positioned at the relative both sides of the first mounting groove.The Single port edge of the second oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering second oil removing guide pin bushing and the 3rd oil removing guide pin bushing are positioned at the relative both sides of the second mounting groove.
First supporting construction comprises the first horizontal supporting plate be arranged in frame, be arranged on the vertical guide pin bushing of first on the first horizontal supporting plate, the first vertical guide rod in the be slidably arranged on first vertical guide pin bushing and to be arranged on the first vertical guide rod lateral surface and to be positioned at the second limited block of the below of the first vertical guide pin bushing.First oil removing guide pin bushing is positioned at above vertical guide rod, and the lateral surface of the first oil removing guide pin bushing is connected with vertical guide rod upper end.On vertical guide rod and at the first oil removing guide pin bushing and be vertically arranged with the second pretension Compress Spring between guide pin bushing.
Second supporting construction comprises the second horizontal supporting plate 6 be arranged in frame, be arranged on the vertical guide pin bushing 7 of second on the second horizontal supporting plate, the second vertical guide rod 8 in the be slidably arranged on second vertical guide pin bushing and to be arranged on the second vertical guide rod lateral surface and to be positioned at the 3rd limited block 5 of the below of the second vertical guide pin bushing.Second oil removing guide pin bushing is positioned at above the second vertical guide rod, and the lateral surface of the second oil removing guide pin bushing is connected with the second vertical guide rod upper end.Second vertical guide rod is arranged with the 3rd pretension Compress Spring 9 between the second oil removing guide pin bushing and the second vertical guide pin bushing.Frame is positioned at the collecting box being provided with upper end open immediately below the first horizontal supporting plate.Second horizontal supporting plate is positioned at above collecting box, and the second horizontal supporting plate is positioned at the upper end open of collecting box.
Gas-flow closure circle lateral surface is provided with some annular protrusions.The bottom surface of the second mounting groove is provided with the through hole of stepping down of the lateral surface running through the second oil removing guide pin bushing.Gas-flow closure circle is provided with and fills exhaust nozzle 10, and this fills exhaust nozzle through through hole of stepping down.
Self adaptation is filled exhaust conversion equipment 2 and is comprised the activated lever 27 be rotatably arranged on by horizontal axostylus axostyle 26 in frame, vertically be arranged on the vertical cylinder body 21 in frame, be arranged on the piston body 23 in vertical cylinder body and be arranged on vertical cylinder body medial surface and be positioned at the first limited block 24 below piston body.Piston body is provided with and up extends and pass the vertical piston rod 210 of vertical cylinder body upper end.On vertical piston rod and at piston body and be vertically arranged with the first pretension Compress Spring 22 between cylinder body upper end.Vertical cylinder body is positioned at the balance through hole 25 being provided with below the first limited block and running through the inside and outside side of vertical cylinder body.Vertical cylinder upper end face is provided with the first blow vent 211 with the intracavity inter-connection of vertical cylinder body.First blow vent is by connecting pipe 212 intracavity inter-connection with gas-flow closure circle, and specifically, one end of connecting pipe is connected with the first blow vent, the other end with fill exhaust nozzle and be connected.Connecting pipe is flexible pipe.
The axis perpendicular of horizontal axostylus axostyle and the second oil removing guide pin bushing.Vertical piston rod is between the second oil removing guide pin bushing and horizontal axostylus axostyle.Activated lever is cylindrical bar.The axis of the second oil removing guide pin bushing and the center line of activated lever are positioned at same perpendicular.Piston rod upper end is provided with the first gag lever post 29 paralleled with horizontal axostylus axostyle.First gag lever post is arranged with cylinder, and cylinder can rotate relative to the first gag lever post.Piston rod is positioned at the second gag lever post 28 being provided with below the first gag lever post and paralleling with the first gag lever post.First gag lever post and the second gag lever post are positioned at above vertical cylinder body.The below of horizontal axostylus axostyle is positioned near one end of the activated lever of the second oil removing guide pin bushing, and near one end of the activated lever of the second oil removing guide pin bushing between the first gag lever post and the second gag lever post.
Spacing between the axis of horizontal axostylus axostyle and the second oil removing guide pin bushing is greater than the half of the internal diameter of the second oil removing guide pin bushing.When piston body is resisted against on the first limited block, be positioned at the below of the second oil removing guide pin bushing near one end of the activated lever of the second oil removing guide pin bushing; The half of the internal diameter of the second oil removing guide pin bushing is less than away from the spacing between one end of the activated lever of the second oil removing guide pin bushing and the axis of the second oil removing guide pin bushing.
The specific works process of steel pipe multiple tracks waste-oil scavenger of the present utility model is as follows:
The first, cold tube rolling 11 is transmitted toward the first oil removing guide pin bushing direction by roller-way, and successively through the first oil removing guide pin bushing, the second oil removing guide pin bushing, self adaptation fills exhaust conversion equipment and the 3rd oil removing guide pin bushing;
In the process of cold tube rolling through the first oil removing guide pin bushing, first ring-shaped rubber cover strikes off the lubricating oil on cold tube rolling surface, and collects lubricating oil by collecting box.
In the process of cold tube rolling through the second oil removing guide pin bushing, as shown in Figure 2, because the spacing between the one end of the activated lever away from the second oil removing guide pin bushing and the axis of the second oil removing guide pin bushing is less than the half of the internal diameter of the second oil removing guide pin bushing, fill through self adaptation in the process of exhaust conversion equipment in the front end of cold tube rolling, cold tube rolling outer surface will to be resisted against on activated lever and to drive activated lever to rotate, activated lever will be driven on piston body by the first gag lever post and vertical piston rod and move in this process, thus by gas press-in gas-flow closure circle in vertical cylinder body, gas-flow closure circle is expanded, and then the outer surface of gas-flow closure circle is fully fitted on the outer peripheral face of cold tube rolling, ensure that it because of cold tube rolling and the second oil removing guide pin bushing machining accuracy, and can not cause the problem that there is gap between gas-flow closure circle and cold tube rolling surface.Thus pass in the process of the second oil removing guide pin bushing successively at cold tube rolling, the gas-flow closure circle of expansion effectively can strike off the lubricating oil on cold tube rolling surface, and collects lubricating oil by collecting box; And be fully fitted on the outer peripheral face of cold tube rolling due to the gas-flow closure circle outer surface expanded, thus can not produce the problem that there is gap between gas-flow closure circle and cold tube rolling surface, and the problem causing deoiling effect not good.
As shown in Figure 1 and Figure 2, after cold tube rolling fills exhaust conversion equipment through self adaptation, reset at the effect lower piston body of the first pretension Compress Spring and be resisted against on the first limited block, thus gas-flow closure circle is shunk, for next cold tube rolling prepares (after avoiding gas-flow closure circle to inflate, cold tube rolling through the second oil removing guide pin bushing or cannot destroy gas-flow closure circle) through the second oil removing guide pin bushing.
Move on the lower in the process of reset at piston body, vertical piston rod, the first gag lever post and the second gag lever post will drive activated lever to reset around horizontal axostylus axostyle automatic rotation; For preparing to the inflation of gas-flow closure circle next time.
At cold tube rolling successively through in the process of the 3rd oil removing guide pin bushing, annular sponge cover will remove the lubricating oil on cold tube rolling surface further.
Claims (10)
1. a steel pipe multiple tracks waste-oil scavenger, it is characterized in that, comprise frame, be arranged on the first oil removing guide pin bushing in frame, be fixedly installed on the ring-shaped rubber cover on the first oil removing guide pin bushing medial surface, be arranged on the second oil removing guide pin bushing in frame, be arranged on the second mounting groove on the second oil removing guide pin bushing medial surface, be fixedly installed on the gas-flow closure circle in the second mounting groove, be arranged on the 3rd oil removing guide pin bushing in frame, the annular sponge be fixedly installed on the 3rd oil removing guide pin bushing medial surface overlaps and the self adaptation be arranged in frame fills exhaust conversion equipment; Described first oil removing guide pin bushing, the second oil removing guide pin bushing and the 3rd oil removing guide pin bushing are coaxially arranged, described second oil removing guide pin bushing is between the first oil removing guide pin bushing and the 3rd oil removing guide pin bushing, and described self adaptation fills exhaust conversion equipment between the second oil removing guide pin bushing and the 3rd oil removing guide pin bushing;
Described self adaptation is filled exhaust conversion equipment and is comprised the activated lever be rotatably arranged on by horizontal axostylus axostyle in frame, vertically be arranged on the vertical cylinder body in frame, be arranged on the piston body in vertical cylinder body and be arranged on vertical cylinder body medial surface and be positioned at the first limited block below piston body;
Described piston body is provided with and up extends and pass the vertical piston rod of vertical cylinder body upper end, on described vertical piston rod and at piston body and be vertically arranged with the first pretension Compress Spring between cylinder body upper end, described vertical cylinder body is positioned at the balance through hole being provided with below the first limited block and running through the inside and outside side of vertical cylinder body, described vertical cylinder upper end face is provided with the first blow vent with the intracavity inter-connection of vertical cylinder body, and described first blow vent is by the intracavity inter-connection of connecting pipe and gas-flow closure circle;
The axis perpendicular of described horizontal axostylus axostyle and the second oil removing guide pin bushing, described vertical piston rod is between the second oil removing guide pin bushing and horizontal axostylus axostyle, described piston rod upper end is provided with the first gag lever post paralleled with horizontal axostylus axostyle, and piston rod is positioned at the second gag lever post being provided with below the first gag lever post and paralleling with the first gag lever post; The below of horizontal axostylus axostyle is positioned near one end of the activated lever of the second oil removing guide pin bushing, and near one end of the activated lever of the second oil removing guide pin bushing between the first gag lever post and the second gag lever post.
2. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1, it is characterized in that, the spacing between the axis of described horizontal axostylus axostyle and the second oil removing guide pin bushing is greater than the half of the internal diameter of the second oil removing guide pin bushing; When piston body is resisted against on the first limited block, be positioned at the below of the second oil removing guide pin bushing near one end of activated lever of the second oil removing guide pin bushing, be less than the half of the internal diameter of the second oil removing guide pin bushing away from the spacing between one end of the activated lever of the second oil removing guide pin bushing and the axis of the second oil removing guide pin bushing.
3. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1, it is characterized in that, also comprise the first supporting construction, this first supporting construction comprises the first horizontal supporting plate be arranged in frame, be arranged on the vertical guide pin bushing of first on the first horizontal supporting plate, the first vertical guide rod in the be slidably arranged on first vertical guide pin bushing and to be arranged on the first vertical guide rod lateral surface and to be positioned at the second limited block of the below of the first vertical guide pin bushing; Described first oil removing guide pin bushing is positioned at above the first vertical guide rod, and the lateral surface of the first oil removing guide pin bushing is connected with the first vertical guide rod upper end, the described first vertical guide rod is arranged with the second pretension Compress Spring between the first oil removing guide pin bushing and the first vertical guide pin bushing.
4. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1, it is characterized in that, also comprise the second supporting construction, this second supporting construction comprises the second horizontal supporting plate be arranged in frame, be arranged on the vertical guide pin bushing of second on the second horizontal supporting plate, the second vertical guide rod in the be slidably arranged on second vertical guide pin bushing and to be arranged on the second vertical guide rod lateral surface and to be positioned at the 3rd limited block of the below of the second vertical guide pin bushing; Described second oil removing guide pin bushing is positioned at above the second vertical guide rod, and the lateral surface of the second oil removing guide pin bushing is connected with the second vertical guide rod upper end, the described second vertical guide rod is arranged with the 3rd pretension Compress Spring between the second oil removing guide pin bushing and the second vertical guide pin bushing.
5. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1, it is characterized in that, the bottom surface of described second mounting groove is provided with the through hole of stepping down of the lateral surface running through the second oil removing guide pin bushing, and described gas-flow closure circle is provided with and fills exhaust nozzle, and this fills exhaust nozzle through through hole of stepping down; One end of described connecting pipe is connected with the first blow vent, the other end with fill exhaust nozzle and be connected.
6. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1 or 2 or 3 or 4 or 5, is characterized in that, described first gag lever post is arranged with cylinder, and cylinder can rotate relative to the first gag lever post.
7. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that, described gas-flow closure circle lateral surface is provided with some annular protrusions.
8. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that, described connecting pipe is flexible pipe.
9. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that, the medial surface of described first oil removing guide pin bushing is provided with the first mounting groove, described ring-shaped rubber cover is fixed in the first mounting groove, the Single port edge of described first oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering first oil removing guide pin bushing and the second oil removing guide pin bushing are positioned at the relative both sides of the first mounting groove.
10. a kind of steel pipe multiple tracks waste-oil scavenger according to claim 1 or 2 or 3 or 4 or 5, it is characterized in that, the Single port edge of described second oil removing guide pin bushing is provided with chamfering, and the port being provided with chamfering second oil removing guide pin bushing and the 3rd oil removing guide pin bushing are positioned at the relative both sides of the second mounting groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520604743.XU CN205008402U (en) | 2015-08-12 | 2015-08-12 | Steel pipe multichannel oil removal equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520604743.XU CN205008402U (en) | 2015-08-12 | 2015-08-12 | Steel pipe multichannel oil removal equipment |
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| Publication Number | Publication Date |
|---|---|
| CN205008402U true CN205008402U (en) | 2016-02-03 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520604743.XU Active CN205008402U (en) | 2015-08-12 | 2015-08-12 | Steel pipe multichannel oil removal equipment |
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| Country | Link |
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| CN (1) | CN205008402U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110722008A (en) * | 2019-10-31 | 2020-01-24 | 太原中金天威不锈钢管股份有限公司 | Cold-rolled seamless stainless steel pipe degreasing and pipe outer surface pre-degreasing device and method |
| CN111136110A (en) * | 2019-12-18 | 2020-05-12 | 安徽中山金属有限公司 | Seamless steel pipe cold rolling processing is with connecing work or material rest |
-
2015
- 2015-08-12 CN CN201520604743.XU patent/CN205008402U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110722008A (en) * | 2019-10-31 | 2020-01-24 | 太原中金天威不锈钢管股份有限公司 | Cold-rolled seamless stainless steel pipe degreasing and pipe outer surface pre-degreasing device and method |
| CN110722008B (en) * | 2019-10-31 | 2024-04-05 | 太原中金天威不锈钢管股份有限公司 | Device and method for degreasing cold-rolled seamless stainless steel tube and pre-degreasing outer surface of tube |
| CN111136110A (en) * | 2019-12-18 | 2020-05-12 | 安徽中山金属有限公司 | Seamless steel pipe cold rolling processing is with connecing work or material rest |
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