TWM616735U - Finger cover - Google Patents

Abstract

This creation is a kind of finger sleeve, which is a member of flexible material. The finger sleeve includes the connecting part of the front socket section and the rear socket section in sequence, and is set at the connection between the front socket section and the rear socket section. The extension unit, the front socket section has a front socket space, the rear socket section is connected to the rear end of the front socket section and has a rear socket space, and the finger sleeve is placed between the front socket section and the rear socket section An activity space is formed between the space, and the activity space is connected to the front socket space and the rear socket space. This creative finger cuff can be positioned on the knuckles of the finger through the front socket section and the rear socket section, and provides the user to pass through The extension unit indirectly presses or operates the buttons on the operation panel of the public equipment, so that the user will not directly touch the operation panel during the operation, which can effectively reduce the risk of cross-infection.

Description

Finger cot

This creation is a kind of finger cot, especially the finger cot used to put on the finger.

In public places, public equipment such as elevators, drinking fountains, and vending machines are usually set up for people to operate and use by themselves. When people are operating public equipment, they usually touch or press one of the public equipment directly. Buttons on the operation panel to control the operation of public equipment.

However, people’s fingers secrete oil and sweat at any time. When touching objects, part of the bacteria or dirt on the surface of the objects will easily stick to people’s fingers, and the bacteria or dirt on people’s fingers will also partially adhere to them. On the surface of the article, therefore, when people are operating the operation panel of the public equipment, germs or dirt are likely to remain on the operation panel of the public equipment. If the number of operators increases, the risk of cross-infection will also be greatly increased.

Therefore, how to avoid direct contact between people's fingers and the operation panel of public equipment in order to reduce the risk of cross-infection is indeed the goal of the applicant's research and development.

The main purpose of this creation is to provide a finger cot, hoping to improve people's direct contact with and operate the operation panel of public equipment, which leads to the problem of a higher risk of cross-infection.

In order to achieve the purpose of the previous disclosure, the finger cots in this creation are made of flexible materials. The finger cots include: A front socket section, which has a front socket space; A rear socket section, which is connected to the rear end of the front socket section and has a rear socket space, the finger sleeve forms an active space between the front socket section and the rear socket section, the The activity space is connected to the front socket space and the rear socket space; and An extension unit is arranged at the connection between the front socket section and the rear socket section.

This creative finger sleeve can pass the finger through the rear socket space, the activity space and the front socket space in sequence, and the front socket section and the rear socket section are respectively positioned on the fingers. Two adjacent knuckles, and the extension unit is located at the knuckle between the two knuckles. When the user wants to operate the operation panel of the public equipment, the user can indirectly press the extension unit through the extension unit. The operation panel is used to operate the public equipment, thereby effectively preventing the user from directly contacting the operation panel of the public equipment, thereby reducing the risk of cross-infection.

Please refer to Figures 1 to 4, which is a preferred embodiment of the creative finger cover, which is made of flexible material. The finger cover includes a front socket section 10, a rear socket section 20 and an extension Unit 30.

As shown in FIGS. 1 and 3, the front socket section 10 has a front socket space 11.

As shown in Figures 1 to 3, the rear socket section 20 is connected to the rear end of the front socket section 10 and has a rear socket space 21. An activity space 40 is formed between the socket sections 20, and the activity space 40 is connected to the front socket space 11 and the rear socket space 21.

As shown in FIGS. 1 to 4, the extension unit 30 is disposed at the connection between the front socket section 10 and the rear socket section 20.

Wherein, as shown in FIGS. 1 to 4, the front socket section 10 includes a front socket part 12 and a front joint part 13. The front socket part 12 forms the front socket space 11, and the front joint part 13 is formed at the rear end of the front socket part 12, the rear socket section 20 includes a rear socket part 22 and a rear joint part 23, the rear socket part 22 forms the rear socket space 21, the rear The connecting portion 23 is formed at the front end of the rear socket portion 22 and connected to the front connecting portion 13 of the front socket section 10. The movable space 40 is located between the front socket portion 12 and the rear socket portion 22, The extension unit 30 is arranged on the front joint portion 13 of the front socket section 10 and the rear joint portion 23 of the rear socket section 20.

In addition, as shown in FIGS. 1 to 4, the front socket portion 12 of the front socket section 10 extends downward on both sides to form two front clasps 121, and the front socket space 11 is located between the two front clasps 121 In the meantime, the rear socket portion 22 of the rear socket section 20 extends downward on two sides to form two rear buckles 221, and the rear socket space 21 is located between the two rear buckles 221.

Furthermore, as shown in FIG. 4, the diameter of the socket space 11 before the front socket section 10 is smaller than the diameter of the socket space 21 after the rear socket section 20.

As shown in FIG. 5 to FIG. 7, the creative finger cot can provide the user to wear on the finger 50 and operate the operation panel of the public equipment through the extension unit 30.

As shown in Figures 4 to 5, when the user is wearing the finger cuff, the user can extend the finger 50 from the rear socket section 20 and extend from the front socket section 10, and make the finger 50 The two adjacent knuckles are respectively located in the front socket space 11 and the rear socket space 21 of the finger cuff, and the knuckle 52 between the two adjacent knuckles is located in the movable space 40, and it can be completed Wearing of the finger cot.

As shown in Figures 4 to 5, taking the creative finger cuff worn on the index finger as an example, when the user is wearing the finger cuff, the user can sequentially penetrate the index finger into the rear socket section 20 and the The front socket section 10, and the second knuckle 51a and the third knuckle 51b of the index finger are respectively located in the front socket space 11 and the rear socket space 21, so that the front buckle 121 of the front socket part 12 Buckle the second knuckle 51a, and the back sleeve portion 22 behind the clasp 221 buckles the third knuckle 51b, and at the same time make the knuckle between the second knuckle 51a and the third knuckle 51b position 52 In the activity space 40.

As shown in FIG. 6, since the finger sleeve is made of flexible material, when the user moves his finger 50, the second knuckle 51a and the third knuckle 51b will respectively drive the front socket 12 It pivots relative to the rear socket part 22, and the front joint part 13 of the front socket section 10 and the rear joint part 23 of the rear socket section 20 will cooperate with the movement of the fingers 50 to deform toward the movable space 40.

As shown in Figures 6 and 7, when the user wants to operate the operation panel of the public device, the user can touch the button 60 on the operation panel of the public device through the extension unit 30, thereby allowing the user to During the operation, the operation panel will not be directly touched, which can effectively reduce the risk of cross-infection.

In summary, the creative finger sleeve can be positioned on the knuckles of the finger 50 through the front sleeve section 10 and the rear sleeve section 20, respectively, and can provide the user with indirect access through the extension unit 30 Pressing or operating the button 60 on the operation panel of the public equipment prevents the user from directly touching the operation panel during the operation, which can effectively reduce the risk of cross-infection.

10: Front socket section 11: Front socket space 12: Front socket 121: Front clasp 13: Front connection department 20: Rear socket section 21: Rear socket space 22: Rear socket 221: rear clasp 23: Rear connection part 30: Extension unit 40: Event space 50: finger 51a: first knuckle 51b: Second Knuckle 52: Knuckles 60: Button

Figure 1: A schematic diagram of a three-dimensional appearance of a preferred embodiment of the creative finger sleeve. Figure 2: A schematic diagram of the side view of this creative finger cot. Figure 3: Schematic diagram of the bottom view of this creative finger cot. Figure 4: An end plan schematic diagram of this creative finger cot. Figure 5: The schematic diagram of this creative finger cot set on the finger. Figure 6: A schematic diagram of the curved finger of Figure 5. Figure 7: A schematic diagram of the usage status of this creative finger sleeve.

10: Front socket section

11: Front socket space

12: Front socket

121: Front clasp

13: Front connection department

20: Rear socket section

21: Rear socket space

22: Rear socket

221: rear clasp

23: Rear connection part

30: Extension unit

Claims (4)

A finger cot, which is a member of flexible material, and the finger cot includes: A front socket section, which has a front socket space; A rear socket section, which is connected to the rear end of the front socket section and has a rear socket space, the finger sleeve forms an active space between the front socket section and the rear socket section, the The activity space is connected to the front socket space and the rear socket space; and An extension unit is arranged at the connection between the front socket section and the rear socket section. The finger cot according to claim 1, wherein the front socket section includes a front socket part and a front joint part, the front socket part forms the front socket space, and the front joint part is formed on the front The rear end of the socket part, the rear socket section includes a rear socket part and a rear joint part, the rear socket part forms the rear socket space, and the rear joint part is formed at the front end of the rear socket part, And connected to the front joint part of the front socket section, the movable space is located between the front socket part and the rear socket part, and the extension unit is arranged between the front joint part of the front socket section and the rear socket After connecting the section, go to the connecting part. The finger sleeve according to claim 2, wherein the front sleeve portion of the front sleeve section extends downward on two sides to form two front clasps, and the front sleeve space is located between the two front clasps, and the rear sleeve After the connecting section, the two sides of the socket part extend downward to form two rear clasps, and the rear socket space is located between the two rear clasps. The finger sleeve according to any one of claims 1 to 3, wherein the diameter of the socket space before the front socket section is smaller than the diameter of the socket space after the rear socket section.

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