JP2021027978A - Automatic sterilization and bind-up device for exercise scratch - Google Patents

Abstract

To provide an automatic sterilization and bind-up device for exercise scratch.SOLUTION: The invention discloses an automatic sterilization and bind-up device 10 for exercise scratch. The device mainly comprises a bind-up machine, a rotation space 20 with a rightward opening is formed in the bind-up machine, and a rotation mechanism 25 is arranged in the rotation space. A driving space is formed in a rear end wall of the rotation space, a pushing space 13 with a right end wall communicated with the rotation space is formed in a left end wall of the rotation space, and a push-out space with a forward opening is formed in the rear end wall of the rotation space. The device is simple in structure and convenient to operate and can automatically sterilize and bind up a wound of a patient. Manual operation of people is not needed, and the operation is simplified, so that the efficiency of medical treatment is improved, the patient does not need to go to the hospital to find a doctor for bind-up, and the burden of the doctor is reduced.SELECTED DRAWING: Figure 1

Description

The present invention deals with the medical field, and specifically, is an automatic disinfection and bandage wrapping device for motion scratches.

Scratches are extremely likely to occur in vigorous counter-exercises such as basketball, and injured people need to be disinfected and bandaged by a doctor to prevent adverse effects on exercise and infection.
At this stage, disinfection and bandaging are basically done directly by the doctor, increasing the amount of work done by the doctor and at the same time reducing work efficiency, and the patient goes to the hospital to disinfect and bandage himself. I need to get treatment and I can't get treatment in a timely manner.

Chinese Patent Application Publication No. 1068599003

The purpose is to provide automatic disinfection and bandage wrapping devices for exercise scratches and to solve problems such as inefficiency of work.

The present invention is realized by the following technical solutions.

The automatic disinfection and banding device for motion scratches according to the present invention mainly includes a banding machine, in which a rotating space opened to the right is installed in the banding machine, and in the rotating space, a rotating space is installed. A rotation mechanism is installed, a drive space is installed in the rear end wall of the rotation space, and a thrust space in which the right end wall communicates with the rotation space is installed in the left end wall of the rotation space. An extruded space that opens forward is installed in the rear end wall of the space, a penetration space is installed in the rear end wall of the thrust space, and the penetration space communicates the thrust space and the drive space. However, the right end wall of the penetrating space penetrates the left end wall of the extrusion space, a sash cloth is installed in the thrusting space, a thrusting mechanism is installed in the thrusting space, and the thrusting mechanism is installed. Can push the cloth into the rotating space,
A drive mechanism capable of driving the operation of the device is installed in the drive space, the drive mechanism includes a drive motor, and a drive shaft is movably connected to the right end of the drive motor, and is connected to the right end of the drive shaft. The first bevel gear is fixed, the rotating shaft is rotatably connected to the rear end wall of the drive space, the first pulley is fixed to the rotating shaft, and the first bead gear is attached to the rotating shaft. A second bevel gear that meshes with the second bevel gear is connected by a key, a rotating plate is fixed to the front end of the rotating shaft, and a compression spring whose rear end is in contact with the second bead gear is fixed to the rear end surface of the rotating plate. A transmission shaft is rotatably connected between the front and rear end walls of the drive space, a second pulley is fixed to the rear end of the transmission shaft, and the second pulley is connected to the first pulley through a belt. , A rotating gear is fixed to the transmission shaft,
A removal mechanism is installed in the extrusion space to bring the wound closer to the right side of the rotation space, the drive mechanism controlling the operation of the thrust mechanism, thereby positioning the bandage above the rotation mechanism. The rotating mechanism is activated to control the bandage to wipe the wound, then the removing mechanism removes the used bandage, and the thrusting mechanism again puts the new bandage on top of the rotating mechanism. At this time, the rotating mechanism operates, and a tape is attached to the lower end surface of the muslin, and the rotating mechanism rotates to automatically wrap the bandage.

Further, the rotation mechanism includes a rotation shaft rotatably connected to the front end wall of the rotation space, and the rear end of the rotation shaft penetrates the rear end wall of the rotation space and is located in the drive space. A rotating plate is connected to the front end of the rotating shaft by a screw thread, and two elevating spaces opened upward are installed in the rotating plate, and the left side of the rear end wall of the elevating space on the rear side is The rotating space is communicated, the left side of the rear end wall of the elevating space on the front side is communicated with the front end wall of the elevating space on the rear side, and the rear end is connected to the front end wall of the elevating space on the front side. The winding shafts located in the space are rotatably connected, a winding cylinder with tape wound is installed on the winding shafts located in the elevating space, and two fixed blocks are attached to the lower end wall of the elevating space. Is fixed, an elevating plate is installed between the two fixing blocks, two support springs are fixed to the lower end surface of the elevating plate, and two first electric magnets are fixed to the lower side of the elevating plate. The upper first electric magnet and the elevating plate are fixed, the lower first electric magnet and the lower end wall of the elevating space are fixed, and a slide space opened upward is formed in the elevating plate. The right end wall of the slide space is installed and penetrates the left end surface of the fixed block on the right side, an electromagnetic space opened downward is installed on the upper end wall of the elevating space, and an electromagnetic space opened downward is installed on the upper end wall of the electromagnetic space. The second electromagnet is fixed, an electromagnetic spring is fixed to the lower end surface of the second electromagnet, and an adhesive block whose lower end is located in the elevating space is fixed to the lower end of the electromagnetic spring, and the upper end of the elevating space is fixed. Two fusing blocks are fixed to the wall, a return spring is fixed to the right end wall of the slide space located in the fixed block, and a slide whose upper end is located in the elevating space at the left end of the return spring. The block is fixed, an ascending space opened to the left is installed in the slide block, and two friction plates whose left ends are located in the elevating space are installed in the ascending space, and the lower side is installed. The friction plate is shorter than the upper friction plate, a rising rod is fixed to the right end of the lower friction plate, and the lower end is connected to the upper friction plate to the upper end wall of the rising space. A connecting spring is fixed, and a chain whose upper end penetrates the upper end wall of the rising space twice is fixed to the upper end of the rising rod, the chain is connected to the friction plate, and the chain is connected to the right end wall of the lifting space on the front side. A rotary motor is fixed, a driven shaft is movably connected to the left end of the rotary motor, two rope winding wheels are fixed to the driven shaft, and the rope winding wheel is fixed. A rope is wrapped around the rope, the upper end of the rope on the left side penetrates the right end wall of the slide space on the front side and is connected to the slide block, and the upper end of the rope on the right side is the two elevating spaces and the rear side. Penetrates the right end wall of the slide space and is connected to the slide block on the rear side, a fixed rod is fixed to the upper end surface of the rotating plate, and the upper end is connected to the rotating gear at the rear end of the rotating shaft. The rotating gears that can be meshed are fixed.

Further, the thrust mechanism includes a thrust plate, the rear end of the thrust plate penetrates the penetrating space and is located in the drive space, and a moving space is installed in the thrust plate, and the movement is described. The rear ends of the left and right end walls of the space are communicated with the drive space, a moving plate is installed in the moving space, and the rear end of the moving plate is the rear end wall of the moving space. The connected moving spring is fixed, the right end of the drive shaft penetrates the thrust plate and the moving space, and the upper end surface of the front end of the moving plate has a screw thread whose rear end can mesh with the drive shaft. The block is fixed, a third electric magnet is fixed to the rear end wall of the drive space, a thrust rod whose right end penetrates the moving space is installed on the front side of the third electric magnet, and the thrust rod is the second. The thrust rod located on the rear side of the bevel gear and located in the moving space is fixedly connected to the moving plate, and the left end is connected to the left end wall of the driving space at the front end of the thrust plate. A tatami mat is fixed, and a storage space in which the right end wall communicates with the thrust space is installed in the upper end wall of the thrust space, and six cloths are stored in the storage space. An input port communicating with the outside is installed on the left end wall, a liquid storage space is installed in the upper end wall of the rotating space, and a communication pipe communicating with the rotating space is installed on the lower end wall of the liquid storage space. An electromagnetic switch is installed in the communication pipe, a limiting block is fixed to the right end surface of the banding machine, and the limiting block limits the rotating mechanism so that it cannot be separated from the rotating space. To do.

Further, the removal mechanism includes an extrusion plate, a telescopic spring whose left end is in contact with the extrusion plate is fixed to the right end wall of the extrusion space, and a limiting groove opened rearward is installed in the extrusion plate. The right end wall of the limiting groove is communicated with the extrusion space, a limiting plate is installed in the limiting groove, and an extrusion rod whose rear end is located in the drive space is fixed to the right end surface of the limiting plate. A limiting spring whose rear end is connected to the rear end wall of the extruded space is fixed to the rear end surface of the limiting plate, and a fourth electric magnet is fixed to the rear end wall of the extruded space. A waste space that opens rearward is installed in the front end wall, and the waste space is communicated to the outside.

Further, the third electromagnet can attract or reject each other with the thrust rod, and the magnetic force between the third electromagnet and the thrust rod is far greater than the sum of the elasticity of the moving spring and the compression spring. It is big.

Further, the fourth electromagnet can attract or reject each other with the extrusion plate, and the magnetic force between the fourth electromagnet and the extrusion plate is much larger than the elasticity of the limiting spring.

Further, the adhesive force between the tape and the adhesive block is smaller than the sum of the weights of the lower friction plate and the rising rod.

Further, in the initial state, the lower end of the adhesive block is adhered to the tape, and the adhesive portion of the tape is directed upward.

Further, the magnetic force of the two first electromagnets is much larger than the sum of the elasticity of the two supporting springs.

The present invention has the following positive effects: The device has a simple configuration and a simple operation method, can automatically disinfect and bandage the wound of a patient, and does not require manual operation by humans. It simplifies the operation, improves treatment efficiency, and reduces the burden on the doctor because the patient does not have to go to the hospital and receive treatment from the doctor.

In order to explain the present invention in detail with reference to FIGS. 1 to 4 below and to explain the present invention in a convenient manner, the following directions are defined as follows: FIG. 1 is a front view of the apparatus of the present invention, and is described above and below. The left-right front-back direction and the up-down, left-right front-back direction of the self-projection relationship in FIG. 1 are the same.

FIG. 1 is a schematic configuration diagram of an embodiment of the present invention. FIG. 2 is an enlarged schematic diagram of the configuration of AA in the embodiment of the present invention. FIG. 3 is an enlarged schematic view of the front configuration of the entire cross section of the rotating mechanism according to the embodiment of the present invention. FIG. 4 is an enlarged schematic diagram of the configuration of B in the embodiment of the present invention.

With reference to the mechanical configuration diagrams of the automatic disinfection and banding device for motion scratches shown in FIGS. 1 to 4, the banding machine 10 is mainly included, and the rotation opened to the right in the banding machine 10. The space 20 is installed, the rotation mechanism 25 is installed in the rotating space 20, the drive space 53 is installed in the rear end wall of the rotating space 20, and the driving space 53 is installed in the left end wall of the rotating space 20. Is installed with a thrust space 13 in which the right end wall communicates with the rotating space 20, and an extruded space 32 opened forward is installed in the rear end wall of the rotating space 20 to form a rear end wall of the thrust space 13. A penetration space 56 is installed therein, the penetration space 56 communicates the thrust space 13 and the drive space 53, and the right end wall of the penetration space 56 penetrates the left end wall of the extrusion space 32. A thrusting cloth 12 is installed in the thrusting space 13, a thrusting mechanism 78 is installed in the thrusting space 13, and the thrusting mechanism 78 pushes the rod cloth 12 to enter the rotating space 20. A drive mechanism 80 capable of driving the operation of the device is installed in the drive space 53, the drive mechanism 80 includes a drive motor 54, and a drive shaft 81 can be transmitted to the right end of the drive motor 54. The first bevel gear 44 is fixed to the right end of the drive shaft 81, the rotation shaft 41 is rotatably connected to the rear end wall of the drive space 53, and the first pulley 40 is connected to the rotation shaft 41. Is fixed, and a second bevel gear 42 that meshes with the first bevel gear 44 is connected to the turning shaft 41 with a key, and a turning plate 33 is fixed to the front end of the turning shaft 41, and the turning plate 33 is fixed. A compression spring 34 whose rear end is in contact with the second bevel gear 42 is fixed to the rear end surface, and a transmission shaft 37 is rotatably connected between the front and rear end walls of the drive space 53, and the transmission shaft 37 is connected. A second pulley 38 is fixed to the rear end, the second pulley 38 is connected to the first pulley 40 through a belt 39, a rotating gear 35 is fixed to the transmission shaft 37, and the inside of the extrusion space 32. A removal mechanism 79 is installed in
The wound is approached to the right side of the rotating space 20, the driving mechanism 80 controls the operation of the thrusting mechanism 78, thereby positioning the bandage 12 above the rotating mechanism 25, and the rotating mechanism 25 It operates and controls the bandage 12 to wipe the wound, then the removal mechanism 79 removes the used bandage 12, and the thrust mechanism 78 again feeds the new bandage 12 to the upper side of the rotation mechanism 25. At this time, the rotating mechanism 25 operates, and a tape is attached to the lower end surface of the cloth 12, and the rotating mechanism 25 rotates to automatically wrap the bandage.

Preferably, the rotating mechanism 25 includes a rotating shaft 24 rotatably connected to the front end wall of the rotating space 20, the rear end of the rotating shaft 24 penetrates the rear end wall of the rotating space 20, and said. Located in the drive space 53, the rotating plate 23 is connected to the front end of the rotating shaft 24 by a screw thread, and two elevating spaces 27 opened upward are installed in the rotating plate 23, and the rear side thereof. The left side of the rear end wall of the elevating space 27 is communicated with the rotating space 20, and the left side of the rear end wall of the elevating space 27 on the front side is communicated with the front end wall of the elevating space 27 on the rear side. A winding shaft 58 whose rear end is located in the elevating space 27 on the rear side is rotatably connected to the front end wall of the elevating space 27, and a tape is attached to the winding shaft 58 located in the elevating space 27. A wound winding cylinder 57 is installed, two fixed blocks 72 are fixed to the lower end wall of the elevating space 27, and an elevating plate 82 is installed between the two fixed blocks 72, and under the elevating plate 82. Two support springs 71 are fixed to the end surface, two first electric magnets 69 are fixed to the lower side of the elevating plate 82, and the upper first electric magnet 69 and the elevating plate 82 are fixed to the lower side. The first electromagnet 69 and the lower end wall of the elevating space 27 are fixed, a slide space 70 opened upward is installed in the elevating plate 82, and the right end wall of the slide space 70 is fixed on the right side. An electromagnetic space 62 that penetrates the left end surface of the block 72 and opens downward is installed on the upper end wall of the elevating space 27, and a second electric magnet 60 is fixed to the upper end wall of the electromagnetic space 62. An electromagnetic spring 61 is fixed to the lower end surface of the two electric magnets 60, an adhesive block 59 whose lower end is located in the elevating space 27 is fixed to the lower end of the electromagnetic spring 61, and an adhesive block 59 whose lower end is located in the elevating space 27 is fixed to the upper end wall of the elevating space 27. The two fusing blocks 63 are fixed, the return spring 68 is fixed to the right end wall of the slide space 70 located in the fixed block 72, and the upper end is fixed in the elevating space 27 at the left end of the return spring 68. The positioned slide block 83 is fixed, a rising space 76 opened to the left is installed in the slide block 83, and two rising spaces 76 whose left end is located in the lifting space 27 are installed in the rising space 76. A friction plate 73 is installed, the lower friction plate 73 is shorter than the upper friction plate 73, and a rising rod 77 is fixed to the right end of the lower friction plate 73, and the upper end of the rising space 76 is fixed. A connecting spring 75 whose lower end is connected to the friction plate 73 on the upper side is fixed to the wall, and the front is A chain 74 whose upper end penetrates the upper end wall of the ascending space 76 twice is fixed to the upper end of the ascending rod 77, and the chain 74 is connected to the friction plate 73 to the right end wall of the elevating space 27 on the front side. The rotary motor 64 is fixed, a driven shaft 67 is movably connected to the left end of the rotary motor 64, two rope winding wheels 66 are fixed to the driven shaft 67, and a rope is fixed to the rope winding ring 66. 65 is wound around, the upper end of the rope 65 on the left side penetrates the right end wall of the slide space 70 on the front side and is connected to the slide block 83, and the upper end of the rope 65 on the right side is two of the elevating spaces 27. The fixing rod 22 is fixed to the upper end surface of the rotating plate 23 so as to penetrate the right end wall of the sliding space 70 on the rear side and connected to the slide block 83 on the rear side, and the rear end of the rotating shaft 24. A rotary gear 36 whose upper end meshes with the rotary gear 35 is fixed to the wheel.

Preferably, the thrust mechanism 78 includes a thrust plate 14, the rear end of the thrust plate 14 penetrates the penetration space 56, is located in the drive space 53, and moves into the thrust plate 14. A space 50 is installed, and the rear sides of the left and right end walls of the moving space 50 are all communicated with the drive space 53, and a moving plate 48 is installed in the moving space 50, and the rear end of the moving plate 48 is installed. A moving spring 49 whose rear end is connected to the rear end wall of the moving space 50 is fixed, and the right end of the drive shaft 81 penetrates the thrust plate 14 and the moving space 50, and the moving plate A screw thread block 55 whose rear end meshes with the drive shaft 81 is fixed to the upper end surface of the front end of 48, and a third electric magnet 51 is fixed to the rear end wall of the drive space 53, and the third electric magnet 51 A thrust rod 52 whose right end penetrates the moving space 50 is installed on the front side, the thrust rod 52 is located on the rear side of the second umbrella gear 42, and the thrust rod 52 located in the moving space 50 is A folding plate 26 which is fixedly connected to the moving plate 48 and whose left end is connected to the left end wall of the thrust space 13 is fixed to the front end of the thrust plate 14, and is inside the upper end wall of the thrust space 13. Is provided with a storage space 16 in which the right end wall communicates with the thrust space 13, six of the sash cloths 12 are stored in the storage space 16, and an input port communicating with the outside is provided on the left end wall of the storage space 16. 11 is installed, a liquid storage space 18 is installed in the upper end wall of the rotating space 20, and a communication pipe 19 communicating with the rotating space 20 is installed in the lower end wall of the liquid storage space 18, and the communication is performed. An electromagnetic switch 17 is installed in the pipe 19, a limiting block 21 is fixed to the right end surface of the banding machine 10, and the limiting block 21 cannot be separated from the rotating space 20 by rotating the rotating mechanism 25. To limit.

Preferably, the removal mechanism 79 includes an extrusion plate 47, and a telescopic spring 31 whose left end is in contact with the extrusion plate 47 is fixed to the right end wall of the extrusion space 32, and the extrusion plate 47 is opened rearward. The limiting groove 46 is installed, the right end wall of the limiting groove 46 is communicated with the extrusion space 32, the limiting plate 29 is installed in the limiting groove 46, and the rear end is on the right end surface of the limiting plate 29. The extrusion rod 43 located in the drive space 53 is fixed, and a limiting spring 30 whose rear end is connected to the rear end wall of the extrusion space 32 is fixed to the rear end surface of the restriction plate 29, and the extrusion is performed. A fourth electric magnet 45 is fixed to the rear end wall of the space 32, a waste space 28 opened rearward is installed in the front end wall of the rotating space 20, and the waste space 28 is communicated to the outside. There is.

Preferably, the third electromagnet 51 can attract or reject the thrust rod 52, and the magnetic force between the third electromagnet 51 and the thrust rod 52 is the moving spring 49 and the compression spring 34. It is much larger than the sum of the elasticity of.

Preferably, the fourth electromagnet 45 can attract or reject each other with the extrusion plate 47, and the magnetic force between the fourth electromagnet 45 and the extrusion plate 47 is much greater than the elasticity of the limiting spring 30. It's big.

Preferably, the adhesive force between the tape and the adhesive block 59 is less than the sum of the weights of the lower friction plate 73 and the rising rod 77.

Preferably, in the initial state, the lower end of the adhesive block 59 is adhered to the tape, and the adhesive portion of the tape is directed upward.

Preferably, the magnetic force of the two first electromagnets 69 is much greater than the sum of the elasticity of the two support springs 71.

The operation procedure of the entire device is as follows.

1. The wound is brought closer to the right side of the rotation space 20, the drive motor 54 is activated to rotate and interlock the drive shaft 81, and the thread block 55 is driven to move to the right, and the thrust plate 14 is further to the right. And then move one piece of cloth 12 to the right to enter the rotating space 20, and at this time the folding plate 26 is unfolded, thereby lowering the cloth 12 in the storage space 16. The cloth 12 that has entered the rotating space 20 is located above the rotating plate 23, and the right end of the cloth 12 comes into contact with the fixing rod 22, and at this time, the drive motor 54 operates and drives. The shaft 81 is interlocked with the reverse rotation, and the thread block 55 is driven to move to the left, further returning the thrust plate 14, and further returning the folding plate 26, whereby the new cloth 12 is moved to the thrust plate 14. At this time, the electromagnetic switch 17 is turned on, and the disinfectant solution in the liquid storage space 18 is dripped on the cloth 12 through the communication pipe 19, and when the amount becomes sufficient, the electromagnetic switch 17 is turned on. Cut it.

2. The third electric magnet 51 operates to displace with the thrust rod 52, whereby the thrust rod 52 moves forward, and the moving plate 48 and the thread block 55 move forward, and further with the screw thread block 55. The drive shaft 81 is separated, and at the same time, the movement of the thrust rod 52 moves the second umbrella gear 42 forward, and the first umbrella gear 44 and the second umbrella gear 42 are engaged with each other, and the compression spring 34 is compressed. At this time, the drive motor 54 operates to rotate and interlock the drive shaft 81, and the first cap gear 44 is driven and rotates, further rotates the second cap gear 42, and further rotates the shaft 41 and the first pulley 40. The second pulley 38 is driven and rotated by the transmission of the belt 39, and the transmission shaft 37 is rotationally interlocked, the rotary gear 35 is further rotated, the rotary gear 36 is further rotationally interlocked, and the rotary shaft 24 is further rotated. When the upper end of the rotating plate 23 comes into contact with the limiting block 21, the rotating plate 12 comes into contact with the wound, and at this time, the rotating shaft 24 It continues to rotate and moves the rotating plate 23 backwards, thereby wiping the patient's wound, and after finishing wiping, the drive motor 54 operates to interlock the drive shaft 81 with reverse rotation, and the rotating shaft 24 is transmitted by transmission. Is driven to rotate in the reverse direction, and the rotating plate 23 is driven to rotate in the reverse direction until it comes into contact with the lower end wall of the rotating space 20, and after the rotating plate 23 and the lower end wall of the rotating space 20 come into contact, the rotating plate 23 is driven. It is driven and moves forward, whereby the rotating plate 23 returns.

3. After the wiping is finished, the fourth electric magnet 34 operates to dispel the extruded plate 47, and the extruded plate 47 moves forward, the limiting spring 30 is pulled, and the friction plate 12 on the upper side of the rotating plate 23 is pulled. It is allowed to enter the waste space 28, whereby the used friction cloth 12 is collected, and the fourth electric magnet 45 operates to attract the extruded plate 47 to each other, return the extruded plate 37, and further press the limiting spring 30. Then, the rotary motor 64 is activated to rotate and interlock the driven shaft 67, and the rope winding wheel 66 is rotated to loosen the rope 65, and the return spring 68 is returned to interlock the slide block 83. It is moved to the left, the left end of the lower friction plate 73 is positioned on the upper side of the tape, and the left end of the upper friction plate 73 comes into contact with the adhesive block 59, at which time the second electric magnet 60 operates and adheres. It sucks into the block 59, moves the adhesive block 59 upwards, and moves the upper friction plate 73 upwards, further compresses the connecting spring 75, loosens the chain 74, and further lowers the ascending rod 77, thereby lowering. The lower friction plate 73 descends and adheres to the tape, and as the adhesive block 59 moves upward, the adhesive block 59 separates from the tape, whereas the lower friction plate 73 adheres to the tape. , The rotary motor 64 is activated to interlock the driven shaft 67 in reverse rotation, and the rope winding wheel 66 is rotated to tighten the rope 65 and further return the slide block 83, whereby the tape is driven to the right. It moves and the winding cylinder 57 rotates.

4. After the used cloth 12 enters the waste space 28, the third electric magnet 51 operates to attract each other with the thrust rod 52, return the thrust rod 52, and then move the plate 48 and the screw thread block 55. And the thread block 55 is connected to the drive shaft 81 again with a thread, and at the same time, the second cap gear 42 is restored by the compression spring 34, disengaged from the mesh with the first cap gear 44, and the drive motor. 54 operates to rotate and interlock the drive shaft 81, and the thread block 55 and the thrust plate 14 are driven to move to the right, whereby the new cloth 12 enters the rotating space 20 and the rotating plate Located on the upper side of 23, and the drive motor 54 operates to interlock the drive shaft 81 in reverse rotation, and the thrust plate 14 and the thread block 55 are returned, and the two first electric magnets 69 operate to reject each other. Then, the elevating plate 82 is moved upward, the support spring 71 is pulled, the tape is further linked to the fixed block 72 ascending, the left fusing block 63 operates to flute the tape by heat dissipation, and the fusing portion of the tape The left side is adhered to the lower end of the adhesive block 59, the right side of the tape fusing portion is separated from the lower friction plate 73, and eventually the tape comes into contact with the lower end surface of the cloth 12, and at this time, the two first electric magnets 69 are activated. Instead, the elevating plate 82 is restored by the support spring 71, the tape is left on the cloth 12, at which time the third electromagnet 51 operates again to dispel the thrust rod 52, and the screw thread block 55 and the drive shaft 81. The second cap gear 42 and the first cap gear 44 mesh again, the drive motor 54 operates to rotate and interlock the drive shaft 81, the rotating shaft 24 rotates again by transmission, and the rotating plate The 23 is rotated, and the new cloth 12 is rotated and interlocked, whereby the new cloth 12 is brought into contact with the wound of the patient, and then the two first electric magnets 69 are actuated to be rejected again, and the elevating plate 82 is moved. Upon re-contact with the tape, the elevating plate 82 continues to drive and move, causing the tape and the cloth 12 to continue to move, whereby the tape sticks to the patient, completes the banding, and the first electromagnet. 69 does not operate, the elevating plate 82 is restored by the support spring 71, the drive motor 54 operates to interlock the drive shaft 81 with reverse rotation, the rotating shaft 24 rotates by transmission, and the rotating plate 23 is driven. Return, the third electromagnet 51 operates and attracts each other with the thrust rod 52, the thrust rod 52 returns, and the third electromagnet 51 stops operating, the thrust mechanism 78 and the drive mechanism 80 The return is completed, the second electromagnet 60 does not operate, and the adhesive block 59 is restored by the electromagnetic spring 61, whereby the adhesive block 59 interlocks the adhesive tape with the fixed block 72 on the left side again. Upon contact with the top edge, the device completes the return.

The above examples are merely for explaining the technical principle and features of the present invention, and are intended to allow engineers in the field to understand and implement the present invention, and are not intended to limit the present invention. However, any modifications, equivalent substitutions and improvements made under the significance and principles of the invention should be included in the scope of the invention.

Claims (9)

Mainly including a bandage wrapping machine, a rotating space opened to the right is installed in the banding machine, a rotating mechanism is installed in the rotating space, and a rotating mechanism is installed in the rear end wall of the rotating space. A drive space is installed, a thrust space in which the right end wall communicates with the rotation space is installed in the left end wall of the rotation space, and an extrusion space opened forward is installed in the rear end wall of the rotation space. A penetration space is installed in the rear end wall of the thrust space, the penetration space communicates the thrust space and the drive space, and the right end wall of the penetration space is the left end wall of the extrusion space. A sack cloth is installed in the thrust space, a thrust mechanism is installed in the thrust space, and the thrust mechanism can push the sash and enter the rotation space. ,
A drive mechanism capable of driving the operation of the device is installed in the drive space, the drive mechanism includes a drive motor, and a drive shaft is movably connected to the right end of the drive motor, and is connected to the right end of the drive shaft. The first bevel gear is fixed, the rotating shaft is rotatably connected to the rear end wall of the drive space, the first pulley is fixed to the rotating shaft, and the first bead gear is attached to the rotating shaft. A second bevel gear that meshes with the second bevel gear is connected by a key, a rotating plate is fixed to the front end of the rotating shaft, and a compression spring whose rear end is in contact with the second bead gear is fixed to the rear end surface of the rotating plate. A transmission shaft is rotatably connected between the front and rear end walls of the drive space, a second pulley is fixed to the rear end of the transmission shaft, and the second pulley is connected to the first pulley through a belt. , A rotating gear is fixed to the transmission shaft,
A removal mechanism is installed in the extrusion space to bring the wound closer to the right side of the rotation space, the drive mechanism controlling the operation of the thrust mechanism, thereby positioning the bandage above the rotation mechanism. Then the rotating mechanism is activated to control the bandage to wipe the wound, then the removing mechanism removes the used bandage, and the thrusting mechanism again puts the new bandage on top of the rotating mechanism. Automatic disinfection and bandage wrapping for motion scratches, which is characterized in that the rotation mechanism operates at this time, and a tape is attached to the lower end surface of the muslin, and the rotation mechanism can automatically wrap a bandage. apparatus. The rotation mechanism includes a rotation shaft rotatably connected to the front end wall of the rotation space, and the rear end of the rotation shaft penetrates the rear end wall of the rotation space and is located in the drive space. A rotating plate is connected to the front end of the rotating shaft by a screw thread, two elevating spaces opened upward are installed in the rotating plate, and the left side of the rear end wall of the elevating space on the rear side is the rotation. The space is communicated, the left side of the rear end wall of the elevating space on the front side is communicated with the front end wall of the elevating space on the rear side, and the rear end of the elevating space on the rear side is connected to the front end wall of the elevating space on the front side. The winding shafts located inside are rotatably connected, a winding cylinder with tape wound is installed on the winding shafts located in the elevating space, and two fixed blocks are fixed to the lower end wall of the elevating space. An elevating plate is installed between the two fixing blocks, two support springs are fixed to the lower end surface of the elevating plate, and two first electromagnets are fixed to the lower side of the elevating plate. The upper first electric magnet and the elevating plate are fixed, the lower first electric magnet and the lower end wall of the elevating space are fixed, and a slide space opened upward is installed in the elevating plate. The right end wall of the slide space penetrates the left end surface of the fixed block on the right side, an electromagnetic space opened downward is installed on the upper end wall of the elevating space, and a second electromagnetic space is installed on the upper end wall of the electromagnetic space. An electromagnet is fixed, an electromagnetic spring is fixed to the lower end surface of the second electromagnet, an adhesive block whose lower end is located in the elevating space is fixed to the lower end of the electromagnetic spring, and the upper end wall of the elevating space is fixed. Two fusing blocks are fixed, a return spring is fixed to the right end wall of the slide space located in the fixed block, and a slide block whose upper end is located in the elevating space is fixed to the left end of the return spring. A rising space that is fixed and opens to the left is installed in the slide block, and two friction plates whose left ends are located in the lifting space are installed in the rising space, and the lower side is described. The friction plate is shorter than the upper friction plate, and a rising rod is fixed to the right end of the lower friction plate, and a connecting spring whose lower end is connected to the upper friction plate on the upper end wall of the rising space. Is fixed, a chain whose upper end penetrates the upper end wall of the ascending space twice is fixed to the upper end of the ascending rod, the chain is connected to the friction plate, and the chain rotates on the right end wall of the elevating space on the front side. The motor is fixed, a driven shaft is movably connected to the left end of the rotary motor, two rope winding wheels are fixed to the driven shaft, and a rope is attached to the rope winding wheel. The upper end of the rope on the left side penetrates the right end wall of the slide space on the front side and is connected to the slide block, and the upper end of the rope on the right side is the two elevating spaces and the slide space on the rear side. A rotary gear that penetrates the right end wall of the wheel and is connected to the slide block on the rear side, a fixed rod is fixed to the upper end surface of the rotary plate, and the upper end meshes with the rotary gear at the rear end of the rotary shaft. The automatic disinfection and banding device for motion scratches according to claim 1, wherein the gear is fixed. The thrust mechanism includes a thrust plate, the rear end of the thrust plate penetrates the penetrating space and is located in the drive space, and a moving space is installed in the thrust plate, and the moving space is provided. Both the rear sides of the left and right end walls are communicated with the drive space, a moving plate is installed in the moving space, and the rear end is connected to the rear end wall of the moving space at the rear end of the moving plate. The moving spring is fixed, the right end of the drive shaft penetrates the thrust plate and the moving space, and a thread block whose rear end meshes with the drive shaft is provided on the upper end surface of the front end of the moving plate. It is fixed, a third electric magnet is fixed to the rear end wall of the drive space, a thrust rod whose right end penetrates the moving space is installed on the front side of the third electric magnet, and the thrust rod is the second umbrella gear. The thrust rod located on the rear side and located in the moving space is fixedly connected to the moving plate, and at the front end of the thrust plate, the left end is connected to the left end wall of the thrust space. Is fixed, and a storage space in which the right end wall communicates with the thrust space is installed in the upper end wall of the thrust space, six of the cloths are stored in the storage space, and the left end wall of the storage space is stored. Is equipped with an inlet that communicates with the outside, a liquid storage space is installed in the upper end wall of the rotating space, and a communication pipe that communicates with the rotating space is installed in the lower end wall of the liquid storage space. An electromagnetic switch is installed in the communication pipe, a limiting block is fixed to the right end surface of the banding machine, and the limiting block limits the rotating mechanism so that it cannot be separated from the rotating space. The automatic disinfection and banding device for motion scratches according to claim 1. The removal mechanism includes an extruded plate, and a telescopic spring whose left end is in contact with the extruded plate is fixed to the right end wall of the extruded space, and a limiting groove opened rearward is installed in the extruded plate. The right end wall of the groove is communicated with the extrusion space, a restriction plate is installed in the restriction groove, and an extrusion rod whose rear end is located in the drive space is fixed to the right end surface of the restriction plate. A limiting spring whose rear end is connected to the rear end wall of the extruded space is fixed to the rear end surface of the limiting plate, a fourth electric magnet is fixed to the rear end wall of the extruded space, and the front end wall of the rotating space. The automatic disinfection and banding device for motion scratches according to claim 1, wherein a waste space opened rearward is installed in the waste space, and the waste space is communicated to the outside. The third electromagnet can attract or reject each other with the thrust rod, and the magnetic force between the third electromagnet and the thrust rod is much larger than the sum of the elasticityes of the moving spring and the compression spring. The automatic disinfection and bandage wrapping device for motion scratches according to claim 3, characterized in that. The fourth electromagnet can attract or reject each other with the extrusion plate, and the magnetic force between the fourth electromagnet and the extrusion plate is much larger than the elasticity of the limiting spring. The automatic disinfection and bandage wrapping device for motion scratches according to claim 4. The automatic disinfection and bandage for motion scratches according to claim 2, wherein the adhesive force between the tape and the adhesive block is less than the sum of the weights of the lower friction plate and the rising rod. Winding device. The automatic disinfection and bandage wrapping for motion scratches according to claim 2, wherein the lower end of the adhesive block is adhered to the tape in the initial state, and the adhesive portion of the tape is directed upward. apparatus. The automatic disinfection and bandage wrapping device for motion scratches according to claim 2, wherein the magnetic force of the two first electromagnets is much larger than the sum of the elasticityes of the two support springs.

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