TWI784898B - Gloves Temporarily Wearing Machine - Google Patents

Abstract

A temporary glove wearing machine, including an organism, a control unit, an air pressure unit, a temporary release module, and a wearing module, which allows the user to temporarily remove the used gloves through the temporary release module in the body to avoid accumulation of gloves Contamination everywhere is transmitted to the food, and it can solve the inconvenience of repeatedly putting on and taking off gloves. It can also provide users with unused gloves through the wearing module.

Description

Gloves Temporarily Wearing Machine

The invention relates to an auxiliary device for wearing gloves and a device for temporarily putting gloves on after wearing.

Catering places provide important business places for people to eat and drink, and to gather with relatives and friends. The hygienic behavior of catering employees, in addition to the education and training of catering employees, should also implement wearing masks, washing hands frequently, and wearing gloves as appropriate, but wearing gloves cannot replace hand cleaning and disinfection. There are still food and beverage practitioners who wear work clothes (clothes, hats, masks) according to the regulations of the industry, and must wear gloves when touching food materials, and special gloves are required to distinguish between raw food and cooked food, and outside service personnel wear special gloves when receiving and delivering meals to prevent food secondary pollution. If the manpower permits, a special person will collect the money and make the change, and distinguish it from the field service personnel.

However, ordinary small-scale catering operators, even if they wear gloves, still carry out activities such as grabbing ingredients, receiving and delivering meals, cleaning tabletops with rags, collecting/repaying money, etc., resulting in the rapid accumulation of viruses and bacteria everywhere in gloves. Gloves have become a concentrated area of pollution. , In this case, if you continue to wear gloves and then touch other objects, the germs will start to pass and spread, which cannot effectively stop the transfer of germs. Moreover, wearing gloves directly prevents direct contact between the hands and the outside world, and there will be no skin touch such as wet or dirty hands or greasy hands immediately, resulting in frequent neglect of cleaning and disinfection of gloves.

The present invention provides a temporary glove wearing machine, comprising: a body, the body includes a temporary area and a wearing area; a control unit is arranged on the body; an air pressure unit is arranged on the body; a temporary module is arranged on the temporary District; the temporary release module includes a temporary release mold base, a temporary release cover plate, and a temporary release sensing unit; the temporary release mold base has a temporary release hole and communicates with the air pressure unit, and the temporary release cover plate and the air pressure unit Connected; the temporary release sensing unit is electrically connected to the control unit, and a wearing module is configured in the wearing area; the wearing module includes a receiving seat, a wearing plate, and a wearing sensing unit; the receiving seat The unused gloves are stacked, the wearing plate communicates with the air pressure unit; the wearing sensing unit is electrically connected with the control unit.

When the glove temporary putting and wearing machine of the present invention is actually temporarily putting used gloves on, the used gloves are worn and moved to the temporary putting area, and the temporary putting sensing unit detects and generates a temporary putting signal and transmits it to the control unit. So that the control unit moves the temporary cover plate towards the temporary release mold seat and covers the temporary release hole, and after the temporary release cover plate and the temporary release mold base absorb the used gloves, the temporary cover The board resets and pulls the used glove together with the temporary release mold base, and the hand can escape from the used glove; the hand reaches into the temporary release area again and wears the used glove and controls the disengagement switch of the temporary release mold base Afterwards, the disengagement switch sends a disengagement signal to the control unit, so that the control unit stops the temporary placement of the cover plate and the temporary placement of the mold base to absorb the used gloves, and the hand can wear the used gloves again and leave the temporary placement area.

When the glove temporary wearing machine of the present invention actually wears unused gloves, when the hand moves the wearing area, the wearing sensing unit senses and detects and generates a wearing signal and transmits it to the control unit, so that the wearing plate moves toward the wearing area. After the direction of the accommodating seat is displaced and adsorbed and stacked on the upper surface of the unused glove on the uppermost layer, the wearing plate resets and pulls the unused glove away from the accommodating seat for the hand to directly wear and disengage from the wearing area, so that the When the wearing sensing unit fails to sense and detect, the control unit stops the adsorption of the wearing board.

In this way, under the above-mentioned operation, when the user wears the used gloves, the gloves can be temporarily removed through the temporary wearing machine of the present invention to perform actions such as collecting/finding money, cleaning or receiving and delivering meals, and then restart after the above-mentioned operations are completed. After wearing, the food materials are handled, so that the pollution accumulated in the gloves can be prevented from being transferred to the food materials, ensuring food safety and hygiene for customers, and it can also solve the inconvenience of repeatedly putting on and taking off gloves. In addition, the temporary glove wearing machine of the present invention also allows the user to put on unused gloves after taking off the used gloves.

Please refer to Figures 1 to 10, which disclose a temporary glove wearing machine 1, including: a body 200, which includes a temporary storage area 210 and a wearing area 220; a control unit 101 configured on the body 200; The air pressure unit 102 is configured in the body 200; the temporary release module 300 is configured in the temporary release area 210; the temporary release module 300 includes a temporary release mold base 310, a temporary release cover plate 320, and a temporary release sensing unit 330; the temporary release mold base 310 has a temporary release hole 311 and communicates with the air pressure unit 102, the temporary release cover plate 320 communicates with the air pressure unit 102; the temporary release sensing unit 330 is electrically connected with the control unit 101, And a wearing module 400, which is configured in the wearing area 220; the wearing module 400 includes a housing seat 410, a wearing board 420, and a wearing sensing unit 430; the housing seat 410 is loaded with stacked unused gloves 510, the The wearing board 420 communicates with the air pressure unit 102 ; the wearing sensing unit 430 is electrically connected with the control unit 101 .

Please refer to Figures 3 to 6. When the glove temporary putting and wearing machine 1 of the present invention temporarily puts the used gloves 520 in practice, the worn gloves 520 move to the temporary putting area 210, and the temporary putting sensing unit 330 Inductively detects and generates and obtains a temporary release signal and transmits it to the control unit 101, so that the control unit 101 makes the temporary release cover plate 320 move toward the temporary release mold base 310 and covers the temporary release hole 311 (as shown in the fourth figure shown), and make the temporary release cover 320 and the temporary release mold base 310 adsorb the used glove 520 around the side, the temporary release cover 320 resets and pulls the used glove 520 together with the temporary release mold base 310 (as shown in the fifth figure), and the hand is able to escape from the used glove 520; when the hand is stretched into the temporary storage area 210 again and puts on the used glove 520 and controls the release switch 312 of the temporary release mold base 310 (As shown in the sixth figure), the disengagement switch 312 sends a disengagement signal to the control unit 101, so that the control unit 101 stops the temporary release cover 320 and the temporary release mold base 310 from absorbing the used glove 520, and the hand The used glove 520 can be put on again and the temporary storage area 210 can be left.

Please refer to Figures 7 to 10. When the glove temporarily putting and wearing machine 1 of the present invention actually wears the unused gloves 510, when the hand moves the wearing area 220, the wearing sensing unit 430 detects and generates a wearing The signal is transmitted to the control unit 101, so that the wearing plate 420 is displaced toward the accommodating seat 410 and adsorbed and stacked on the upper surface of the uppermost unused glove 510 (as shown in the eighth figure), the wearing The plate 420 is reset and the unused glove 510 is pulled away from the accommodating seat 410 for the hand to wear directly (as shown in the ninth figure) and disengages from the wearing area 220 until the wearing sensing unit 430 is not sensed and detected , the control unit 101 stops the adsorption of the wearing plate 420 .

In this way, under the above-mentioned operation, when the user wears the used gloves 520, he can temporarily take them off through the glove temporary wearing machine 1 of the present invention, and perform behaviors such as collecting/finding money, cleaning, or receiving and delivering meals. After the above operations are completed After re-wearing, the food materials are processed, so that the accumulated pollution of the used gloves 520 can be prevented from being transmitted to the food materials, ensuring food safety and hygiene for customers, and also solving the inconvenience of repeatedly putting on and taking off gloves. In addition, the temporary glove putting and wearing machine 1 of the present invention also allows the user to put on the unused gloves 510 after taking off the used gloves 520 .

The glove temporary putting and wearing machine 1 of the present invention is also applicable to the operation of medical institutions (it can be applied to replace gloves in contact with blood and body fluids of patients; after completing a medical examination of a patient; the gloves have been in contact with the environment that may be polluted), so it can Reduce the incidence of infectious diseases and maintain the health of medical staff and patients. The glove temporarily putting and wearing machine 1 of the present invention can still be applicable to the clean room of science and technology industry, the research room of school/research institution.

It is worth mentioning that the displacement and reset operations of the temporary cover 320 and the wearing plate 420 in the present invention can be driven by (air/oil) cylinders or motors in conjunction with connecting rods and racks, etc., and the temporary cover 320 , the wearing plate 420 , and the temporary release mold base 310 can communicate with the air pressure unit 102 through the cavity, the hole, the joint, and the pipeline.

In addition, part of the temporary release sensing unit 330 is configured on the outer side of the body 200 close to the opening of the temporary storage area 210, and part of the temporary storage sensing unit 330 is configured in the temporary storage area 210 near the opening, so that triggering when approaching can be realized respectively. The temporary release cover 320 moves toward the temporary release mold base 310, and triggers the temporary release cover 320 to absorb the used gloves 520 with the temporary release mold base 310. After a preset number of seconds, the temporary release cover 320 is reset to achieve the same Temporarily release the mold base 310 and pull away the used gloves 520 .

In addition, part of the wearing sensing unit is configured on the outer side of the body 200 close to the opening outside the wearing area 220, and part of the wearing sensing unit 430 is configured in the wearing area 220 near the opening, so that the wearing board 420 can be triggered to move towards the wearing area 220 when approaching. The receiving seat 410 is displaced and absorbs the upper surface of the unused glove 510 , and the wearing plate 420 is reset to pull the unused glove 510 away from the receiving seat 410 .

Please refer to the eleventh and twelfth figures, the temporary glove wearing machine 1 of the present invention further includes a disinfection module 600 electrically connected to the control unit 101, and the disinfection module 600 is arranged in the temporary storage area 210 It is located next to the temporary release module 300 . The disinfection module 600 part corresponds to the reset of the temporary cover 320 and when the used glove 520 is pulled out together with the temporary release mold base 310, it disinfects the used glove 520, and partly corresponds to wearing the used glove 520 to leave When the temporary storage area 210 is used, the used gloves 520 are disinfected, thus achieving a two-stage disinfection operation. The aforementioned disinfection module 600 sprays alcohol on the used glove 520 or irradiates ultraviolet rays to the used glove 520, while the disinfection module 600 of the present embodiment uses alcohol spraying as an example.

Please refer to the thirteenth figure, the temporary glove wearing machine 1 of the present invention further includes a discarding module 700 disposed in the temporary storage area 210, the discarding module 700 includes a motor 710, a lever 720 and a discarding sensor The abandonment sensing unit 730 is electrically connected to the control unit 101, and the motor 710 is electrically connected to the control unit 101; the abandonment sensing unit 730 located on the outside of the body 200 is manipulated and a discarding signal is generated to the The control unit 101 makes the control unit 101 make the motor 710 drive one end of the driving lever 720, so that the other end of the driving lever 720 swings between the temporary release cover plate 320 and the temporary release mold base 310, and the used The gloves 520 are detached from the adsorbed state between the temporary cover plate 320 and the temporary mold base 310 , and are thrown outward toward the disposal channel 230 . An additional collection container connected to the disposal channel 230 can also be installed on the outside of the body 200 . The aforementioned manipulation of the discarding sensing unit 730 refers to sending a discarding signal to the control unit 101 after the other hand is close to the discarding sensing unit 730 to sense and detect it.

As shown in the second figure, in the glove temporary putting and wearing machine 1 of the present invention, the accommodating seat 410 is movably assembled in the wearing area 220 of the body 200; The receptacle 410 is filled without gloves 510 .

Please refer to Figures 7 to 10, wherein the receiving seat 410 is provided with a positioning column 411 , and the unused glove 510 has a disengagement portion 511 sleeved on the positioning column 411 . The unused gloves 510 can be stacked and positioned on the positioning post 411 through the disengagement portion 511 , so that the unused gloves 510 are stored in the receiving seat 410 together without any movement. The unused glove 510 has an upper surface and a lower surface, and the lower surface is partly connected with the upper surface as a whole, and the disengagement part 511 is only connected with the lower surface and has a fracture line 512 between each other, the unused glove The breaking line 512 between the 510 and the detachment part 511 can be easily separated from the detachment part 511 after wearing, and it is convenient for the hand to quickly and easily detach after wearing.

In particular, the temporary release cover 320 is equipped with a temporary release soft air nozzle 340 (concertina type) connected to the air pressure unit 102; the temporary release cover 320 is displaced toward the temporary release mold base 310 and covers the temporary release 311, the temporary soft air nozzle 340 partially extends into the temporary soft hole 311 to abut against and adsorb the upper surface of the used glove 520, even if the temporary soft air nozzle 340 indirectly touches the skin surface of the hand. The active force can also impel the temporary soft air nozzle 340 to be compressed and axially deformed, so as not to cause discomfort due to excessive pressure on the hand.

In addition, the wearing board 420 is equipped with a wearing soft air nozzle 440 (concertina type) connected to the air pressure unit 102. The wearing soft air nozzle 440 protrudes from the outer side of the lower surface of the wearing board 420, and it is used to abut against Adsorb the upper surface of the unused glove 510; when the wearing plate 420 is displaced toward the accommodating seat 410, the wearing soft air nozzle 440 is adsorbed and stacked on the upper surface of the unused glove 510, which can be stacked accordingly The number of unused gloves in the housing 410 changes (the height of the unused gloves 510 in the housing 410 as a whole), that is, when wearing the soft air nozzle 440 corresponding to a large number of unused gloves 510, there are more compression changes, while Wearing soft air nozzle 440 corresponds to a smaller number of unused gloves 510 experiencing less compression variation.

1: Gloves temporarily put on the wearing machine 101: Control unit 102: Air pressure unit 200: Body 210: Temporary release area 220: wear area 230: Abandon the channel 300: Temporary play module 310: temporary mold base 311: Temporary release point 312: Disconnect switch 320: temporarily put the cover plate 330: temporarily release the sensing unit 340: Temporarily release the soft air nozzle 400: wearable module 410: accommodating seat 411: positioning column 420: wear plate 430: Wearable sensing unit 440: wear soft air nozzle 510: Gloves not used 511: Detachment Department 512: break line 520: used gloves 600: Disinfection module 700: Abandon the module 710: motor 720: Lever 730: Abandon the sensing unit

The first figure is a three-dimensional schematic diagram of a temporary glove wearing machine of the present invention. The second figure is a schematic block diagram of the present invention. The third figure is a schematic diagram of the temporary release module of the present invention. Figure 4 is a schematic diagram of the sensing detection of the temporary storage sensing unit and the displacement of the temporary storage cover of the present invention. The fifth figure is a schematic diagram of the temporary cover of the present invention, which is reset and adsorbed to the temporary mold base, and pulled apart with gloves. The sixth figure shows that the hand of the present invention enters the temporary storage area again and puts on the used gloves, and presses the disengagement switch. The seventh figure is a schematic diagram of the wearable module of the present invention. Figure 8 is a schematic diagram of the sensing detection of the wearing sensing unit and the displacement of the wearing plate of the present invention. Figure 9 is a schematic diagram of the present invention, where the wearing plate is reset and unused gloves are pulled away from the receiving seat. Figure 10 is a schematic diagram of the hand wearing and pulling off unused gloves provided by the present invention. Figure 11 is a schematic diagram of the disinfecting module of the present invention for disinfecting used gloves by pulling apart the temporary cover plate and the temporary mold base. The twelfth figure is a schematic diagram of disinfection of the disinfection module of the present invention for wearing used gloves and leaving the temporary storage area. Figure 13 is a schematic diagram of the operation of the discarding module of the present invention.

1: Gloves temporarily put on the wearing machine

200: Body

210: Temporary release area

220: wear area

330: temporarily release the sensing unit

410: accommodating seat

411: positioning column

430: Wearable sensing unit

510: Gloves not used

Claims (9)

A temporary glove wearing machine, comprising: The body, which includes a temporary release area and a wearing area; The control unit is configured on the body; The air pressure unit is configured on the body; The temporary release module is configured in the temporary release area; the temporary release module includes a temporary release mold base, a temporary release cover plate, and a temporary release sensing unit; the temporary release mold base has a temporary release hole and is connected with the air pressure unit communicated, the temporary release cover is communicated with the air pressure unit; the temporary release sensing unit is electrically connected with the control unit; And a wearing module, which is configured in the wearing area; the wearing module includes a housing seat, a wearing board, and a wearing sensing unit; the housing seat is loaded with stacked unused gloves, and the wearing board communicates with the air pressure unit; The wearing sensing unit is electrically connected to the control unit; When wearing used gloves and moving to the temporary storage area, the temporary storage sensing unit detects and generates a temporary storage signal and transmits it to the control unit, so that the control unit makes the temporary storage cover towards the temporary storage area The mold seat moves and covers the temporary release hole, and after the temporary release cover and the temporary release mold base are adsorbed to the side of the used glove, the temporary cover resets and pulls apart the temporary release mold base together with the used glove. Gloves, and the hand can come out of the used glove; after the hand reaches into the temporary storage area again and wears the used glove and controls the release switch of the temporary release mold base, the release switch sends a release signal to the control unit, so that The control unit stops the temporary storage cover plate and the temporary storage mold base from absorbing the used glove, so that the hand can put on the used glove again and leave the temporary storage area; When the hand moves the wearing area, the wearing sensing unit senses and detects and generates a wearing signal and transmits it to the control unit, so that the wearing board is displaced toward the receiving seat and adsorbed and stacked on the uppermost unused After putting on the upper surface of the glove, the wearing plate resets and pulls the unused glove away from the accommodating seat for hands to directly wear and disengage from the wearing area. The temporary glove donning machine as described in claim 1 further includes a disinfection module electrically connected to the control unit, and the disinfection module is arranged in the temporary storage area next to the temporary storage module. The temporary wearing machine for gloves as described in claim 2, wherein the disinfection module sprays alcohol on the used gloves or irradiates ultraviolet rays to the used gloves. The temporary putting and wearing machine for gloves as described in claim 1 further includes a discarding module disposed in the temporary storage area, the discarding module includes a motor, a lever and a discarding sensing unit; the discarding sensing unit and the control The unit is electrically connected, and the motor is electrically connected to the control unit; the discarding sensing unit located outside the body is manipulated and a discarding signal is generated to the control unit, so that the control unit makes the motor drive one end of the lever, so that the The other end of the driving rod swings between the temporary cover plate and the temporary release mold base, and the used gloves are separated from the absorbed state between the temporary storage cover plate and the temporary release mold base. The temporary glove wearing machine as described in Claim 1, wherein the receiving seat is movably assembled in the wearing area of the body. The temporary putting and wearing machine for gloves according to claim 5, wherein the accommodating seat is provided with a positioning post, and the unused glove has a disengagement part set on the positioning post. The temporary putting and wearing machine for gloves according to claim 6, wherein the unused glove has an upper surface and a lower surface, and the lower surface is integrally connected with the upper surface, and the release part is only connected with the lower surface and have a break line between them. The temporary putting and wearing machine for gloves as described in claim 1, wherein the temporary covering set is equipped with a temporary soft air nozzle connected to the air pressure unit; when the temporary covering moves toward the temporary mold seat and covers the temporary When the hole is released, the temporarily soft air nozzle part extends into the temporarily released hole to abut against and adsorb the upper surface of the used glove. The glove temporary wearing machine as described in claim 1, wherein the wearing plate group is equipped with a wearing soft air nozzle connected to the air pressure unit, and the wearing soft air nozzle protrudes from the outer side of the lower surface of the wearing plate, and is used for Adhere to the upper surface of the unused glove.

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