CN114732270B - Finger stall wearing device - Google Patents

Abstract

The invention relates to the technical field of finger stall wearing, in particular to a finger stall wearing device, wherein a diaphragm is arranged in a wearing box, when the finger stall wearing device is used, a finger stall is put into a dropping cylinder from the upper end, the outer end part of the finger stall is placed back to a wearing opening, the finger stall is sequentially piled up and down in the dropping cylinder, the lowermost finger stall is opposite to the wearing hole, fingers are inserted from the wearing hole to enable the poking plate to rotate and cling to the lower end surface of the diaphragm, fingertips firstly touch the inner end part of the lowermost finger stall, the fingers are continuously pushed to enable a pressing plate to drive a first pressing gear to move back to the wearing opening, a second pressing rack is enabled to move towards the wearing opening through a meshed first pressing gear, a wearing motor at the end part of the second pressing rack is driven to contact with wearing rollers of the finger stall wound on the fingers, and the two wearing rollers move towards the root parts of the fingers, so that the wound finger stall is enabled to be continuously unfolded to the surface of the fingers, and the wearing efficiency of the finger stall is greatly improved.

Description

A finger cot wearing device

technical field

The invention relates to the technical field of wearing finger cots, in particular to a device for wearing finger cots.

Background technique

The finger cot can prevent the fingers from being directly contaminated by external objects, and the virus and bacteria can be effectively isolated. When the existing finger cot is worn, the wearing of the finger cot is mostly done manually. The user holds the finger cot and wears it on the finger in turn. Then pull the end of the finger cot to a position close to the root of the finger to realize the wearing of the finger cot.

However, the inventors have discovered that the wearing method of this kind of finger cover needs to be worn manually by the personnel themselves, and the rolled finger cover is attached to the finger, and then the rolled edge of the finger cover is held and pushed to the root of the finger. Carried out in sequence, this way of wearing makes wearing particularly slow, greatly reducing the efficiency of finger cot wearing.

Contents of the invention

In view of this, the object of the present invention is to provide a finger cot wearing device to improve the efficiency of finger cot wearing.

Based on the above purpose, the present invention provides a finger cot wearing device, including a wearing box, characterized in that it includes:

The transverse partition is arranged in the wearing box and the side is fixed on the inner wall of the wearing box. A wearing opening is opened on the side wall of the wearing box side on the lower side of the transverse dividing plate, and the transverse dividing plate inside the wearing opening is opened with drop opening;

drop tube, the bottom end of the vertical drop tube communicates with the drop opening;

Toggle plate, the square toggle plate is rotated and set on the inner side of the wearing mouth, the upper side of the toggle plate is connected to the bottom end surface of the transverse partition through the toggle shaft, and the toggle shaft is connected to the horizontal partition through the torsion spring. Bottom surface elastic connection;

The top pressure plate is movably arranged on the inside of the wearing mouth and is located on the side of the drop opening away from the wearing mouth. The middle part of the bottom end of the side facing the wearing mouth is vertically fixed with a first pressing rack, and the upper side of the first pressing rack is provided with a pressing rotating shaft, and the two ends of the pressing rotating shaft are rotatably connected by two pressing bearings respectively. On the inner wall of the wearing box, the center of the pressing rotating shaft is fixedly sleeved with a first pressing gear meshing with the first pressing rack, and the sides at both ends of the pressing rotating shaft are respectively fixedly sleeved with two second pressing gears. Pressing gears, the upper side of each second pressing gear is engaged with a second transverse pressing rack, and the end surface of the second pressing rack near the end of the wearing port is located at the side of the drop opening away from the wearing port. On the side, a wearing motor is arranged on the end face of each second pressing rack near the end of the wearing mouth, and the output shaft of the wearing motor is driven and connected with a finger cover wearing roller.

As an optional implementation, the drop opening is flat, the cross-sectional shape of the drop tube is adapted to the drop opening, and the top end of the drop tube goes out of the wearing box and has a Finger cot refill port.

Specifically, there is an extrusion opening on the side wall close to the wearing opening on the upper side of the drop opening, an extrusion plate is movable in the extrusion opening, and an extrusion plate is connected to the back of the extrusion plate through an extrusion spring telescopic rod. Press the rack, the teeth of the extrusion rack are facing the lower side, the extrusion rack is meshed with an extrusion gear, the extrusion gear is coaxially fixed with an extrusion rotation shaft, and the extrusion rotation shaft The two ends of the two extruded bearings are respectively rotated on the inner walls of the wearing boxes on both sides. The side of the toggle plate facing away from the wearing mouth is fixed with an arc rack, and the diaphragm next to the toggle plate is There is a toggle hole, the other end of the arc rack is movably passed through the toggle hole and meshed with the extruding gear, the upper side of the extruding rack is fixed with a first sliding frame along the length direction, the The first sliding frame is provided with strip-shaped sliding holes along the length direction, and a plurality of sliding rods slide through the sliding holes, and the two ends of the sliding rods are respectively fixed on the inner wall of the wearing case.

Further, the side of the bottom end of the toggle plate facing the wearing port is set as an arc portion.

As an optional implementation manner, a pressing cushion is fixed on the side of the pressing plate facing the wearing opening, and a pressing groove is opened on the side of the pressing cushion facing the wearing opening.

As an optional implementation, two second sliding frames are respectively fixed on the inner wall of the wearing box on the lower side of the top pressure plate and on the bottom end surface of the transverse partition above the top pressure plate, and the second sliding frames are provided with The first T-shaped chute, the upper and lower sides of the top pressure plate are fixed with the first T-shaped slide bar that is slidably adapted to the first T-shaped chute, and the first T-shaped slide bar is slidably arranged on the corresponding first T-shaped chute. In the T-shaped chute.

As an optional implementation, the side of the second pressing rack is fixed with a second T-shaped slide bar along the length direction to the inner wall of the side wearing box, and the second pressing rack is worn on the side. A third sliding frame is fixed on the inner wall of the box, and a second T-shaped chute adapted to the second T-shaped sliding bar is opened on the third sliding frame, and the second T-shaped sliding bar is slidably arranged on the corresponding first T-shaped sliding bar. In the second T-shaped chute, the two second pressing racks are fixedly connected by a linkage rod.

As an optional implementation, a first control hole is provided on the diaphragm above the end of one of the second pressing racks away from the wearing mouth, and a control rod that can be movably passed through is arranged in the first control hole. The bottom end of the control rod is fixed with an arc-shaped pressing block which is movable and pressed in contact with the second top pressing rack. A second control hole opposite to the control hole, the top of the control rod passes through the second control hole and the end is fixed with a first electrical contact block, the control rod is sleeved with a push spring, and the push spring The top end is fixed on the bottom end of the control board, the bottom end of the push spring is fixed on the pressing block, and the second electric contact block is fixed on the control board on the lower side of the first electric contact block. When the electrical contact block is in contact with the second electrical contact block, the two wearing motors are energized and started, and when the first electrical contact block is separated from the second electrical contact block, the two wearing motors are powered off and shut down ;

Wherein when the pressing block is pressed against the back of the second pressing rack, the first electrical contact block and the second electrical contact block are disengaged.

Specifically, an arc-shaped finger cot wearing groove is formed around the side of the finger cot wearing roller.

A finger cot wearing device provided by the present invention is provided with a transverse partition in the wearing box. When in use, the finger cot is put into the drop tube from the upper end, and the outer end of the finger cot is placed with its back facing the wearing port. Stack up and down in the drop box, the bottom finger cover is opposite to the wearing hole, insert your finger through the wearing hole to make the toggle plate rotate and stick to the lower end of the diaphragm, the fingertip first touches the bottom finger cover At the inner end, continue to push the finger to make the pressing plate drive the first pressing gear to move back toward the wearing mouth, and the second pressing rack moves towards the wearing mouth through the engaged first pressing gear, and the second pressing rack The wearing motor at the end drives the wearing roller that touches the finger cot wound on the finger, and the two wearing rollers move toward the root of the finger on the side that is in contact with the finger cot, so that the rolled finger cot is continuously unfolded to the surface of the finger , to realize the wearing of the finger cot, without the need for personnel to wear it manually, which greatly improves the efficiency of wearing the finger cot.

Description of drawings

In order to more clearly illustrate the present invention or the technical solutions in the prior art, the accompanying drawings that need to be used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the accompanying drawings in the following description are only the present invention. Invention, for those of ordinary skill in the art, other drawings can also be obtained based on these drawings without creative work.

Fig. 1 is a side sectional view of a finger cot wearing device according to an embodiment of the present invention;

Fig. 2 is the schematic diagram of part A in Fig. 1 of the embodiment of the present invention;

Fig. 3 is a top sectional view of a finger cot wearing device according to an embodiment of the present invention;

Fig. 4 is a schematic diagram of a finger cot wearing roller according to an embodiment of the present invention.

Labeled in the figure:

1. Transverse partition; 2. Wearing box; 3. Wearing port; 4. Dropping port; 5. Dropping tube; 6. Toggle plate; 7. Toggle shaft; 8. Top pressure plate; 9. Top pressure spring Telescopic rod; 10. The first pressing rack; 11. The rotating shaft; 12. The first pressing gear; 13. The second pressing gear; 14. The second pressing rack; 15. Wearing motor; 16 1. Finger cot wearing roller; 17. Squeeze mouth; 18. Squeeze plate; 19. Squeeze spring telescopic rod; 20. Squeeze rack; 21. Squeeze gear; 22. Arc rack; 23. Toggle Hole; 24, first sliding frame; 25, sliding hole; 26, sliding rod; 27, top pressure cushion; 28, top pressure groove; 29, second sliding frame; 30, second T-shaped slide bar; 31, The third sliding frame; 33, the linkage rod; 34, the first control hole; 35, the control rod; 36, the pressing block; 37, the control board; 38, the second control hole; 39, the first electrical contact block; 40. Pushing spring; 41. Second electrical contact block; 42. Finger cot wearing groove.

Detailed ways

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with specific examples.

It should be noted that, unless otherwise defined, the technical terms or scientific terms used in the present invention shall have the usual meanings understood by those skilled in the art to which the present invention belongs. "First", "second" and similar words used in the present invention do not indicate any order, quantity or importance, but are only used to distinguish different components. "Comprising" or "comprising" and similar words mean that the elements or items appearing before the word include the elements or items listed after the word and their equivalents, without excluding other elements or items. Words such as "connected" or "connected" are not limited to physical or mechanical connections, but may include electrical connections, whether direct or indirect. "Up", "Down", "Left", "Right" and so on are only used to indicate the relative positional relationship. When the absolute position of the described object changes, the relative positional relationship may also change accordingly.

Based on the above purpose, the present invention provides a finger cot wearing device, comprising a wearing case 2, characterized in that, comprising:

Diaphragm 1 is arranged in the wearing case 2 and the edge is fixed on the inner wall of wearing case 2, and the side wall on the side of wearing case 2 on the lower side of the diaphragm 1 has a wearing port 3, and the wearing port 3 There is a drop opening 4 on the inner transverse partition 1;

Drop tube 5, the bottom end of the vertical drop tube 5 communicates with the drop port 4;

Toggle plate 6, the square toggle plate 6 is rotated and arranged on the inside of the wearing port 3, the upper edge of the toggle plate 6 is connected to the bottom end surface of the diaphragm 1 through the toggle shaft 7, and the toggle shaft 7 is rotated by the toggle shaft 7. The torsion spring is elastically connected to the bottom end surface of the diaphragm 1;

The top pressure plate 8 is movably arranged on the inside of the wearing port 3 and is located on the side of the drop port 4 away from the wearing port 3. The side of the top pressing plate 8 facing away from the wearing port 3 is pressed against the spring telescopic rod 9 and the opposite wearing box 2. The inner wall is elastically connected, and the middle part of the bottom end of the side of the pressing plate 8 facing away from the wearing port 3 is vertically fixed with a first pressing rack 10, and the upper side of the first pressing rack 10 is provided with a pressing rotating shaft 11, and the pressing rotation The two ends of the shaft 11 are rotatably connected to the inner wall of the wearing box 2 through two pressing bearings respectively, and the center of the pressing rotating shaft 11 is fixedly sleeved with a first pressing gear 12 meshing with the first pressing rack 10, Two second pressing gears 13 are respectively fixedly sleeved on the sides of both ends of the pressing rotating shaft 11, and a second transverse pressing rack 14 is meshed on the upper side of each second pressing gear 13. The end face of the second pressing rack 14 near the end of the wearing port 3 is located on the side of the drop port 4 away from the wearing port 3, and each second pressing rack 14 is provided with a wearing ring on the end face of the end near the wearing port 3. Motor 15, the output shaft of wearing motor 15 is connected with finger cover wearing roller 16 through transmission.

A finger cot wearing device provided by the present invention is provided with a transverse partition 1 in the wearing box 2. When in use, the finger cot is put into the drop tube 5 from the upper end, and the outer end of the finger cot faces away from the wearing port. 3 place, the finger sleeves are stacked up and down sequentially in the drop tube 5, the bottom finger sleeve is opposite to the wearing hole, insert the finger through the wearing hole so that the toggle plate 6 rotates and sticks to the lower end surface of the diaphragm 1, and the fingers The tip first touches the inner end of the bottom finger cot, and continues to push the finger to make the pressing plate 8 drive the first pressing gear 12 to move away from the wearing port 3, and the second pressing gear rack is driven by the meshing first pressing gear 12 14 moves towards the direction of the wearing port 3, and the wearing motor 15 at the end of the second pressing rack 14 drives the wearing roller that contacts the finger cover wound on the finger, and the two wearing rollers are all facing toward the The movement of the root of the finger makes the rolled finger cot continuously unfold to the surface of the finger, realizing the wearing of the finger cot without manual wearing by personnel, which greatly improves the efficiency of wearing the finger cot.

After the wearing is finished, the fingers are pulled out from the wearing port 3, and the pressing plate 8 returns to the side of the dropping port 4 under the push of the pressing spring telescopic rod 9, and the fingers in the dropping tube 5 are covered under the action of gravity Drop to the side of the top pressure plate 8, wait for the finger cot of the next finger to be worn, and the toggle plate 6 will block the position of the wearing port 3 again under the push of the torsion spring to prevent dirt and dust from wearing the port 3 Falling in, effectively avoiding the pollution of finger cots.

As an optional embodiment, the drop opening 4 is flat, the cross-sectional shape inside the drop tube 5 is adapted to the drop opening 4, and the top end of the drop tube 5 passes through the wearing box 2. There is a finger cot replenishment port at the top.

The finger cot is replenished from the finger cot replenishment port, and the flat drop opening 4 and the cross-sectional shape of the drop tube 5 effectively prevent the finger cot from rotating in the drop tube 5 and cannot fit and wear with the fingers.

Specifically, an extruding opening 17 is provided on the side wall close to the wearing port 3 on the upper side of the drop opening 4, and an extruding plate 18 is movably arranged in the extruding opening 17, and the back of the extruding plate 18 passes through The extruding spring telescopic rod 19 is connected with an extruding rack 20, the tooth portion of the extruding rack 20 faces down, and the extruding rack 20 is meshed with an extruding gear 21, and the extruding gear 21 is connected with the extruding gear 21. The shaft is fixed with an extruding rotating shaft, and the two ends of the extruding rotating shaft are respectively arranged on the inner walls of the wearing box 2 on both sides through two extruding bearings, and the toggle plate 6 faces away from the side of the wearing port 3 An arc rack 22 is fixed, and a toggle hole 23 is opened on the diaphragm 1 on the side of the toggle plate 6, and the other end of the arc rack 22 moves through the toggle hole 23 and is connected with the extrusion gear 21. Mesh connection, the upper side of the extrusion rack 20 is fixed with a first sliding frame 24 along the length direction, and a strip-shaped sliding hole 25 is opened on the first sliding frame 24 along the length direction, and in the sliding hole 25 A plurality of sliding rods 26 slide through, and the two ends of the sliding rods 26 are respectively fixed on the inner wall of the wearing case 2 .

Further, the side of the bottom end of the toggle plate 6 facing the wearing port 3 is set as an arc portion.

When the finger is stretched in from the wearing port 3, the finger first pushes the toggle plate 6, so that the toggle plate 6 rotates around the rotation axis to the lower end surface of the diaphragm 1, and when the toggle plate 6 rotates, the arc rack 22 Moving toward the upper side of the diaphragm 1, it drives the meshing extrusion gear 21 to rotate. When the extrusion gear 21 rotates, it drives the extrusion rack 20 to move toward the extrusion port 17. The extrusion plate 18 at the extrusion port 17 will The finger sleeve on the upper side of the lowermost finger sleeve is squeezed to live on the side wall of the extrusion cylinder, and cooperates with the elastic expansion and contraction of the extrusion spring telescopic rod 19 to prevent it from moving downward under the action of gravity and affect the process of wearing the finger sleeve. When the finger is pulled out of the wearing port 3 after wearing, the toggle plate 6 will return to the position of the wearing port 3 under the push of the torsion spring to block the wearing port 3. At the same time, the arc rack 22 moves downward, driving the extrusion gear 21 to reverse. To rotate, drive the extrusion rack 20 to move away from the direction of the extrusion port 17, break away from the extrusion of the finger sleeve on the side of the extrusion port 17, and make it fall to the wearing port 3 under the action of gravity, so as to Ready to wear.

As an optional embodiment, a pressing pad 27 is fixed on the side of the pressing plate 8 facing the wearing port 3 , and a pressing groove 28 is formed on the side of the pressing soft pad 27 facing the wearing port 3 .

As an optional embodiment, two second sliding frames 29 are respectively fixed on the inner wall of the wearing box 2 on the lower side of the top pressure plate 8 and on the bottom end surface of the diaphragm 1 on the upper side of the top pressure plate 8 . The sliding frame 29 is provided with a first T-shaped chute, and the upper and lower sides of the top pressure plate 8 are fixed with a first T-shaped sliding bar that is slidably adapted to the first T-shaped chute, and the first T-shaped sliding bar Slidingly arranged in the corresponding first T-shaped chute.

As an optional embodiment, the side of the second pressing rack 14 is fixed with a second T-shaped slide bar 30 along the length direction toward the inner wall of the side wearing box 2, and the second pressing rack 14 A third sliding frame 31 is fixed on the inner wall of the wearing box 2 on the side, and a second T-shaped chute adapted to the second T-shaped slide bar 30 is provided on the third sliding frame 31. The sliding bar 30 is slidably disposed in the corresponding second T-shaped chute, and the two second pressing racks 14 are fixedly connected by a linkage rod 33 .

As an optional embodiment, a first control hole 34 is opened on the diaphragm 1 above the end of one of the second pressing racks 14 away from the wearing port 3, and a movable wear hole 34 is arranged in the first control hole 34. Out of the control rod 35, the bottom end of the control rod 35 is fixed with an arc-shaped pressing block 36 that is movable and pressed in contact with the second pressing rack 14, and a control bar is fixed on the side wall of the wearing box 2 above the diaphragm 1. Plate 37, the second control hole 38 opposite to the first control hole 34 is opened on the control plate 37, the top end of the control rod 35 passes through the second control hole 38 and the end is fixed with a first electrical contact block 39. A push spring 40 is sleeved on the control rod 35, the top end of the push spring 40 is fixed on the bottom end of the control board 37, the bottom end of the push spring 40 is fixed on the pressing block 36, the first electric A second electric contact block 41 is fixed on the control board 37 on the lower side of the contact block 39, wherein when the first electric contact block 39 and the second electric contact block 41 are in contact, the two wearing motors 15 Power on and start, and when the first electrical contact block 39 and the second electrical contact are disengaged, the two wearing motors 15 are powered off and shut down;

Wherein, when the pressing block 36 is pressed against the back of the second pressing rack 14 , the first electrical contact block 39 and the second electrical contact block 41 are disengaged.

When the finger cot is worn, the finger pushes the pressing plate 8 to move away from the wearing port 3, thereby driving the first pressing rack 10 to move away from the wearing port 3, driving the first pressing gear 12 to rotate, and the coaxial first pressing gear 12 to rotate. Two pressing gears 13 drive the second pressing rack 14 to move towards the direction of the wearing port 3, and the pressing block 36 breaks away from the pressing movement with the second pressing rack 14, so that the control lever 35 moves downward under the promotion of the pushing spring 40. Moving down, the first electrical contact piece 39 contacts with the second electrical contact piece 41, and the wearing motor 15 runs so that the finger cover wearing roller 16 rotates. When contacting the finger cover on the finger, the rolled finger cover is continuously Expand to the finger; after the wearing is completed, the pressing plate 8 rebounds to the vicinity of the drop port 4, so that the second pressing rack 14 moves in the opposite direction to the wearing port 3, and the control rod 35 is pushed to the top smoothly again, and the second The first electrical contact block 39 and the second electrical contact block 41 are disengaged, and the finger cot wearing roller 16 stops rotating.

Specifically, an arc-shaped finger cot wearing groove 42 surrounds the side of the finger cot wearing roller 16 .

Those of ordinary skill in the art should understand that: the discussion of any of the above embodiments is exemplary only, and is not intended to imply that the scope of the present invention (including claims) is limited to these examples; under the idea of the present invention, the above embodiments or Combinations between technical features in different embodiments are also possible, steps may be carried out in any order, and there are many other variations of the different aspects of the invention as described above, which are not presented in detail for the sake of brevity.

The present invention is intended to embrace all such alternatives, modifications and variations that fall within the broad scope of the appended claims. Therefore, any omissions, modifications, equivalent replacements, improvements, etc. within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (9)

1. A finger cot wearing device, comprising a wearing case, is characterized in that, comprising: The transverse partition is arranged in the wearing box and the side is fixed on the inner wall of the wearing box. A wearing opening is opened on the side wall of the wearing box side on the lower side of the transverse dividing plate, and the transverse dividing plate inside the wearing opening is opened with drop opening; drop tube, the bottom end of the vertical drop tube communicates with the drop opening; Toggle plate, the square toggle plate is rotated and set on the inner side of the wearing mouth, the upper side of the toggle plate is connected to the bottom end surface of the transverse partition through the toggle shaft, and the toggle shaft is connected to the horizontal partition through the torsion spring. Bottom surface elastic connection; The top pressure plate is movably arranged on the inside of the wearing mouth and is located on the side of the drop opening away from the wearing mouth. The middle part of the bottom end of the side facing the wearing mouth is vertically fixed with a first pressing rack, and the upper side of the first pressing rack is provided with a pressing rotating shaft, and the two ends of the pressing rotating shaft are rotatably connected by two pressing bearings respectively. On the inner wall of the wearing box, the center of the pressing rotating shaft is fixedly sleeved with a first pressing gear meshing with the first pressing rack, and the sides at both ends of the pressing rotating shaft are respectively fixedly sleeved with two second pressing gears. Pressing gears, the upper side of each second pressing gear is engaged with a second transverse pressing rack, and the end surface of the second pressing rack near the end of the wearing port is located at the side of the drop opening away from the wearing port. On the side, a wearing motor is arranged on the end face of each second pressing rack near the end of the wearing mouth, and the output shaft of the wearing motor is driven and connected with a finger sleeve wearing roller; The finger cot in the drop tube falls to the side of the top pressure plate under the effect of gravity. 2. A finger cot wearing device according to claim 1, wherein the drop opening is flat, the cross-sectional shape of the drop tube is adapted to the drop opening, and the drop The top of the barrel passes through the wearing case and has a finger cot replenishment port on the top. 3. A finger cot wearing device according to claim 2, characterized in that an extrusion opening is opened on the side wall close to the wearing opening on the upper side of the drop opening, and an extrusion plate is movably arranged in the extrusion opening , the back of the extruding plate is connected with an extruding rack through an extruding spring telescopic rod, the tooth portion of the extruding rack faces down, and the extruding rack is meshed with an extruding gear. The pressing gear is coaxially fixed with an extruding rotating shaft, and the two ends of the extruding rotating shaft are respectively arranged on the inner walls of the wearing box on both sides through two extruding bearings, and the side of the wearing port facing away from the toggle plate An arc rack is fixed, and a toggle hole is opened on the diaphragm next to the toggle plate. The other end of the arc rack moves through the toggle hole and is meshed with the extrusion gear. The upper side of the rack is fixed with a first sliding frame along the length direction, and a bar-shaped sliding hole is opened along the length direction on the first sliding frame, and a plurality of sliding rods are slid through in the sliding hole. The two ends of the rod are respectively fixed on the inner wall of the wearing box. 4 . The finger cot wearing device according to claim 3 , wherein the side of the bottom end of the toggle plate facing the wearing mouth is set as an arc portion. 5 . 5. A finger cot wearing device according to claim 1, characterized in that, the pressing plate is fixed with a pressing cushion towards the side of the wearing mouth, and the pressing cushion is opened towards the side of the wearing mouth. With top pressure groove. 6. A kind of finger cot wearing device according to claim 1, characterized in that two second slides are respectively fixed on the inner wall of the wearing box on the lower side of the top pressure plate and on the bottom end surface of the diaphragm on the upper side of the top pressure plate. frame, the second sliding frame is provided with a first T-shaped chute, and the upper and lower sides of the top pressure plate are fixed with a first T-shaped slide bar that is slidably adapted to the first T-shaped chute. The T-shaped sliding bar is slidably arranged in the corresponding first T-shaped chute. 7. A kind of finger cot wearing device according to claim 1, characterized in that, the side of the second pressing rack is fixed with a second T-shaped sliding bar along the length direction on the inner wall of the wearing box on the side, so that A third sliding frame is fixed on the inner wall of the wearing box next to the second pressing rack, and a second T-shaped chute adapted to the second T-shaped sliding bar is opened on the third sliding frame. The two T-shaped sliding bars are slidably arranged in the corresponding second T-shaped chute, and the two second pressing racks are fixedly connected by a linkage rod. 8. A kind of finger cot wearing device according to claim 1, wherein a first control hole is provided on the diaphragm above the end of one of the second pressing racks away from the wearing mouth, and the first control hole is The hole is provided with a control rod that can move out, and the bottom end of the control rod is fixed with an arc-shaped pressing block that is in movable contact with the second pressing rack, and a control rod is fixed on the side wall of the wearing box above the diaphragm The control board has a second control hole opposite to the first control hole, the top of the control rod passes through the second control hole and the end is fixed with a first electrical contact block, and the control rod is A push spring is sleeved, the top end of the push spring is fixed on the bottom end of the control board, the bottom end of the push spring is fixed on the pressing block, and the control board on the lower side of the first electrical contact block is fixed with a second An electrical contact block, wherein when the first electrical contact block and the second electrical contact block are in contact, the two wearing motors are energized and started, and when the first electrical contact block and the second electrical contact block are disengaged , the two wearing motors are powered off and shut down; Wherein when the pressing block is pressed against the back of the second pressing rack, the first electrical contact block and the second electrical contact block are disengaged. 9 . The finger cot wearing device according to claim 8 , wherein an arc-shaped finger cot wearing groove is formed around the side of the finger cot wearing roller. 10 .

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