JP3175917U - Suspension-type lead clothing no-load device - Google Patents

Abstract

[PROBLEMS] To reduce the load that a medical staff receives when wearing a lead garment within the range in which the medical staff can extend the lead garment within the range in which the unloaded apparatus can be extended. A suspension type lead-clothing unloading device is provided.
A fixed steel frame 10 is fixed to a ceiling, a steel beam, or a wall, and the movable arm set 20 is composed in a form in which both ends of a plurality of interlocking arms 21 are continuously pivoted. One end of the movable arm set 20 is pivotally connected to the fixed steel frame 10, and the other end is pivotally connected to the load hanger 30. The lead garment is put on the load hanger 30 and the user can wear the lead garment and the weight of the lead garment on the human body can be reduced by the support of the load hanger 30 within the range in which the movable arm set 20 can be extended.
[Selection] Figure 2

Description

  The present invention relates to the structure of a suspension type lead-clothing unloading device, and in particular, the lead-clothing can be put on the medical staff within the range where the unloading device can be extended. The present invention relates to a structure of a suspension type lead garment no-load device that can lighten a load applied when a lead garment is worn.

  More and more people, especially those in developed countries, are already aware that radiation has the properties of high permeability and energy portability. It can severely harm the human body and even have fatal consequences. The strength of penetration of radiation not only penetrates the cells of the human body, but also penetrates various barriers that protect humans in various situations. In addition, a large amount of energy possessed by radiation has a violent destructive force, and can instantly destroy a large amount of energy.

  However, radiation is a kind of application tool that is indispensable for modern medicine, and in general cardiac catheterization surgery or special radiography (for example, angiography), doctors and staff can diagnose or treat under a radiation environment. Need to do the job. In order to avoid radiation damage to the human body, both doctors and staff need to wear lead clothing that weighs 8-12 kg and perform medical or mechanical operations such as surgery or examination. However, lead clothing is a heavy burden on medical staff, and if used for a long period of time, it will damage the waist and shoulders of the wearer, leading to occupational accidents.

  Considering that doctors and staff need to work for diagnosis or treatment in a radiation environment, wearing a very heavy lead garment for a long time may lead to an occupational accident, etc. In order to cause the disadvantages of the above, further improvement was necessary.

Patent Publication 2002-532634

  In order to solve the drawbacks of the known structure, the present invention can put a lead garment, and the medical staff can support the lead garment by the support of the no-load device within the range in which the no-load device can be extended. The main problem is to provide a structure of a suspension-type lead garment no-load device that reduces the load caused by the medical staff wearing the lead garment.

In order to solve the above-mentioned object, the present invention provides a structure of a suspension type lead garment no-load device. It includes one fixed steel frame, one movable arm set and one load hanger. The fixed steel frame is fixed to a ceiling, a steel beam, or a wall, and the movable arm set is composed in a form in which both ends of a plurality of interlocking arms are continuously pivoted. One end of the movable arm set is pivoted with a fixed steel frame, and the other end is pivoted with a load hanger.

In this way, the user can wear the lead garment on the load hanger, and the user can wear the lead garment and reduce the weight of the lead garment on the human body by the support of the load hanger within the range in which the movable arm set can be extended. At the same time, you can move and change the direction of your body to inspect and operate.

  The load hanger includes two support bar parts corresponding to the upper part of the human body shoulder and one connecting bar part connected to the two support bar parts and straddling the upper part of the human body.

  The suspension type lead garment no-load device has one telescopic set part installed between the movable arm set and the load hanger, and the telescopic set part is located above the one inner rod and connecting rod part pivoted to the movable arm set. The outer rod and the inner rod are configured to be able to expand and contract relative to each other, and the outer rod and the inner rod have a plurality of corresponding stereotactic holes. The telescopic set part also includes a single localization pin, and the length of expansion and contraction of the outer rod and the inner rod is adjusted by being selectively inserted into the localization hole.

  The two support bar parts are bent upward at the outer edges respectively to extend one separation preventing part.

One shoulder protection pad corresponding to the shoulder of the human body is installed above the two support bar parts.

  The suspension-type lead garment unloading device includes one lead glass protection mask device, and the lead glass protection mask device has two guide rails installed on the vertical portion of the connecting rod part and both ends corresponding to the guide rails. Includes one lead glass protective mask that slides over.

  In the present invention, a suspension type lead-clothing unloading device was devised and can be placed over the lead-clothing. Reduce the load when wearing clothing.

It is a local three-dimensional exploded schematic diagram of the suspension type lead-clothing unloading device of the present invention. It is a three-dimensional external appearance schematic diagram of the suspension type lead garment unloading apparatus of this invention. It is the implementation schematic which hung the lead clothes on this invention. It is the implementation schematic which a medical staff wears after putting a lead clothes on this invention.

    The present invention relates to a structure of a kind of suspension-type lead clothing unloaded device, and can be placed on the lead clothing, and medical staff can support the unloaded device within the range where the unloaded device can be extended. Lighten the load that a person wears when wearing lead clothing. As shown in FIGS. 1 to 4, the suspended lead-clothing unloading device of the present invention includes a single fixed steel frame 10, a movable arm set 20, and a single load hanger 30.

  The fixed steel frame 10 is fixed to a ceiling, a steel beam, or a wall, and the movable arm set 20 is composed in a form in which both ends of a plurality of interlocking arms 21 are continuously connected. One end of the movable arm set 20 is pivotally connected to the fixed steel frame 10, and the other end is pivotally connected to the load hanger 30.

  In this way, the weight that the lead garment 60 gives to the human body by the support of the load hanger 30 within a range where the lead garment 60 is put on the load hanger 30 and the user wears the lead garment 60 and the movable arm set 20 can be extended. Can be lightened.

  Further, the load hanger 30 includes two support bar parts 31 corresponding to the upper part of the human body shoulder, and one connecting bar part 32 connected to the two support bar parts 31 and straddling the upper part of the human body head.

  Further, the suspension type lead-clothless unloading device has one telescopic set component 40 installed between the movable arm set 20 and the load hanger 30, and the telescopic set component 40 is one inner rod that is pivotally connected to the movable arm set 20. 41. The outer rod 42 and the inner rod 41 are composed of a plurality of outer rods 42 and the inner rod 41 that are pivotable relative to the upper portion of the connecting rod part 32. The stereotaxic holes 43 corresponding to each other are opened. The telescopic set part 40 also includes a single positioning pin 44, which is selectively inserted into the positioning hole 43 to adjust the length of expansion and contraction of the outer rod 42 and the inner rod 41. Thus, since the outer bar 42 and the inner bar 41 expand and contract relative to each other, the height of the load hanger 30 is further adjusted, so that it can be used for medical staff having different heights.

  Further, the two support rod parts 31 are bent upward at the outer edges, respectively, to extend one detachment preventing portion 311. As described above, it is possible to further ensure that the lead garment 60 is stably placed on the load hanger 30 and to prevent the lead garment 60 from being removed when the medical staff walks or works.

  Furthermore, one shoulder protection pad 312 corresponding to the shoulder of the human body is installed above the two support bar parts 31. In this way, the lead garment 60 is further expanded to prevent the drooped lead garment 60 from applying a load on the shoulder of the human body.

  Furthermore, the suspension type lead-clothing unloading device includes one lead glass protection mask device 50. The lead glass protection mask device 50 has two guide rails 51 installed on the vertical portion of the connecting rod part 32, and both ends are guides. One lead glass protective mask 52 that slides in correspondence with the rail 51 is included. In this way, the face of the doctor can be further protected, and the patient's blood is avoided during the operation.

  The detailed description of the present invention according to the above embodiments does not limit the scope of the present invention. Even if a person familiar with the present technology makes changes or adjustments within the scope of the present invention, the important significance of the present invention is not lost and is included in the scope of the present invention.

DESCRIPTION OF SYMBOLS 10 Fixed steel frame 20 Movable arm set 21 Interlocking arm 30 Load hanger 31 Support bar part 311 Detachment prevention part 312 Shoulder protection pad 32 Connecting bar part 40 Expansion set part 41 Inner stick 42 Outer stick 43 Position hole 44 Position pin 50 Lead glass protect Mask device 51 Guide rail 52 Lead glass protection mask 60 Lead clothing

Claims (6)

Including one fixed steel frame, one movable arm set and one load hanger,
The fixed steel frame is fixed to a ceiling, a steel beam, or a wall, and the movable arm set is composed in a form in which both ends of a plurality of interlocking arms are continuously connected, and one end of the movable arm set is fixed to the fixed steel frame. And the other end pivots with a load hanger,
In this way, the lead garment is put on the load hanger, the user wears the lead garment, and within the range where the movable arm set can be extended, the weight of the lead garment on the human body is reduced by the support of the load hanger The structure of the suspension type lead-clothing unloading device.   The load hanger includes two support bar parts corresponding to the upper part of the shoulder of the human body and one connecting bar part connected to the two support bar parts and straddling the upper part of the head of the human body. The structure of the suspension type lead clothing unloading apparatus described. One telescopic set component is installed between the movable arm set and the load hanger, and the telescopic set component includes one inner rod that pivots with the movable arm set, and one outer rod that pivots with the upper portion of the connecting rod component, The outer rod and the inner rod are composed so as to expand and contract relative to each other, and the outer rod and the inner rod have a plurality of corresponding stereotactic holes,
3. The suspension type according to claim 2, wherein the telescopic set part also includes a single positioning pin, and the length of expansion and contraction of the outer rod and the inner rod is adjusted by being selectively inserted into the positioning hole. The structure of the lead clothing unloaded device. 3. The structure of the suspension type lead-cloth unloading device according to claim 2, wherein the two support bar parts are bent upward at the outer edges to extend one detachment preventing part.   The structure of the suspension type lead clothing unloading apparatus according to claim 2, wherein one shoulder protection pad corresponding to a shoulder of a human body is installed above the two support rod parts.   The lead glass protection mask device further includes two guide rails installed in the vertical portion of the connecting rod part and one lead glass protection mask whose both ends are slidably engaged with the guide rails. The structure of the suspension type lead garment no-load device according to claim 2, comprising:

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