KR200379193Y1 - Working Gloves Having Shock Absorbing and Non-Slipping Function - Google Patents

Abstract

The present invention is intended to hold a part where an impact or a shock is transmitted by the above tool or apparatus in a workplace where a tool or apparatus that generates an irregular shock or a regular impact (vibration) such as a drill, a hammer or an excavator is generated. Glove absorbs this shock and prevents shock (vibration) from the shock (vibration) source to be transmitted to the worker, and prevents shock or vibration (vibration) from occurring. The present invention relates to a work glove having a shock absorbing and non-slip function that prevents a gripped object from detaching from a glove when a general object is gripped, and separates a shock absorber from a palm and a shock absorber is separated from a finger. At the same time to provide a non-slip material, the wrist portion constitutes a removable elastic band, and also hands The back part is made of warm and breathable material to smoothly absorb the shock (vibration) generated by the object when gripping the object, and to bend smoothly according to the movement of the hand. Regardless of the thickness of the wrist of the worker, it is possible to wear gloves at an appropriate pressure, to facilitate the discharge of sweat and heat, and also to increase the warmth.

Description

Working Gloves Having Shock Absorbing and Non-Slipping Function}

The present invention relates to a work glove, and more particularly, a worker wearing a glove of the present invention in a workplace using a tool or device that generates an irregular shock or a regular shock (vibration) such as a drill, a hammer or an excavator When a shock (vibration) is generated by the above tool or a device or a part where a shock (vibration) is transmitted is first absorbed by the glove, the shock (vibration) generated from the vibration source is applied to the operator. Work gloves with shock-absorbing and anti-slip functions that do not transmit, and that the gripping object is not released from the glove when the gripping object or the gripping object is held. It is about.

In general, work gloves can be classified into mittens, gloves of two fingers or gloves of five fingers according to the movement of the finger; Depending on the material, it can be classified into a ranch made of fiber, coated gloves coated with rubber material on the palm of the ranch, a leather glove made of leather, and a shock absorber with a separate shock absorber added for shock absorption. .

Workers who have to grip the impacted part in the workplace using a tool or device that generates a shock (including vibration, and use the same in the present invention) may prevent damage caused by a hand transmitted or hand safety. Work is carried out after wearing gloves for the impact of the tool or device (hereinafter referred to as the "device") due to the repeated work due to the nature of the work to the worker's hand joints, wrists, arms and whole body. It is transmitted, this repetitive shock may cause musculoskeletal diseases, due to the impact does not work smoothly, and there is a risk of accident caused by dropping the gripped object due to the impact.

In order to mitigate the impact on the human body as described above, a number of gloves have been proposed, but as the most efficient gloves, a work glove in which a shock absorbing pad is interpolated is proposed and a schematic configuration is shown in FIG. 1. 1A is a perspective view of a conventional shock absorbing glove, FIG. 1B is an enlarged cross-sectional view of the portion A of FIG. 1A, and FIG. 1C is an enlarged cross-sectional view of the portion B of FIG. 1A. The work glove 10 in which the conventional shock absorbing pad is interpolated is provided with a shock absorbing pad 26 interposed between a portion of the inner shell 22 and the outer shell 24 of the palm 20, the finger portion ( A parallelogram-shaped shock absorbing pad 28 is inserted into a predetermined portion of the inner shell 22a and the outer shell 24a of 30, and the wrist portion 40 is composed of an elastic band 42.

The conventional glove 10 is smoothly absorbing the impact compared to the general farm gloves or coated gloves, but the integrated shock absorbing pad 26 is inserted into the entire palm 20, the activity is limited, the object When gripping, there is a disadvantage in that the shock absorbing pad 26 of the palm 20, which is integrally formed, is not bent smoothly (not bent) and thus cannot be held in close contact. There is a problem that can not be prevented from slipping from the hand when the vibration. In addition, the elastic band 42 of the wrist portion 40 is not matched to the thickness of the wrist of the individual worker is too tight for people with thick wrists and people who are thin wrists will be loose, rather interfere with the work, to solve this disadvantage In order to do this, there is a problem in that gloves must be prepared for each size according to the size of the worker's wrist, and when worn for a long time, sweat and heat generated from the hand cannot be discharged smoothly, and hand warmth is guaranteed when working at low temperatures. The problem is that you can't.

The present invention can be smoothly bent according to the movement of the hand while smoothly absorbing the shock (vibration) generated from the vibration tool or object when gripping the vibration tool or object to solve the problems of the conventional work gloves as described above. To prevent the gripping object from slipping, to wear gloves at an appropriate pressure regardless of the thickness of the wrist of the worker, to facilitate the discharge of sweat and heat, and to provide a work glove that can increase warmth. It is a technical task.

The present invention separates the shock absorber of the palm, separates the shock absorber from the finger and at the same time provides a non-slip material, the wrist portion constitutes a detachable elastic band, and the back of the hand is warm and breathable The use of high materials can solve the above technical problems.

The separation of the shock absorber as described above is to increase the activity when wearing the glove, and to provide the shock absorber intensively at the maximum contact point of the shock transmitted to the hand of the worker wearing the glove.

Work gloves having a shock absorbing and anti-slip function of the present invention is a palm portion in which the shock absorbing material separated by the folded portion folded in accordance with the movement of the palm interpolated;

A finger part including an index finger, middle finger, a ring finger, and a base including a shock absorbing material interpolated in the middle and lower nodes of four fingers, and a non-slip part formed at the upper nodes of the four fingers and the thumb;

A wrist portion formed of an elastic band in which one side is cut and a removable means is added; And

Consists of the back of the hand made of strong shrinkage, breathability and heat retention material.

The folding part of the palm may be divided into a folding part of the palm portion and a folding part generated when the thumb is moved when the finger is folded to grip an object, and the thumb is generated. Made of natural latex (LATEX) material with excellent shock absorption and resilience;

The nodes of the four finger parts are divided into three parts, each finger to be folded fingers can be divided into upper, middle and lower nodes at the end of the finger, the middle and lower nodes are shock absorbers made of natural latex It is fixed by sewing and interpolated between the inner skin and the outer skin. The upper nodes of the four papers and the thumb are bonded with a non-slip thin plate made of silicone, urethane or rubber to form a non-slip part. Small squares are arranged in a grid so that the anti-slip efficiency is not lowered and the mobility is not lowered;

The wrist portion may be made by using a rubber band with excellent elasticity, but one side is cut to add a separate detachable means (such as a Velcro tape or a button) to increase the convenience of wearing gloves;

The back of the hand is provided by sewing the neoprene material with excellent elasticity and resilience to tighten the fingers and palms more elastically and ease the activity, this neoprene material is excellent in breathability and warmth in addition to the elasticity and resilience, sweat and sweat generated during work Easily discharges heat to the outside and can effectively block external cold air to increase warmth.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the present invention.

Figure 2 is a plan view showing the palm of the glove of the present invention, Figure 3 is a bottom view showing the back of the hand glove of the present invention, Figure 4a is a sectional view AA 'of Figure 2, Figure 4b is 5 is a sectional view taken along line BB ', and FIG. 5 is a perspective view showing a state when gripping an object with the glove of the present invention.

The glove 100 of the present invention has a first folded portion 210 that occurs when the hands are folded in a portion where the palms and the palms are in contact with the movement of the palm, and a second folded that is formed in the middle of the palm when the hands are folded. The first shock absorber 220, the second shock absorber made of a natural latex (LATEX) material separated by the third folded portion 214 generated when moving the part 212 and the thumb and excellent in absorbing shock and restoring force 222, and the third shock absorbing material 224 is interposed between the palm restraint 230 and the outer shell 232 of the glove 100 so that the palm first shock absorbing part 240 and the palm second shock absorbing part 222 242 and the palm 200 formed of the palm third shock absorbing portion 244;

Natural latex (LATEX) material in the medial segment 322 and the lower segment 324 of the media (see FIG. 2), including the index finger 312, middle finger 314, ring finger 316, and the base 318. Finger shock absorbing material 330 is composed of interposed between the inner shell 234 and the outer shell 232 of the glove 100, the four fingers (312, 314, 316, 318) and the top node of the thumb 310 The non-slip sheet 340 is formed by adhering a non-slip thin plate made of silicone, urethane, or rubber to the 320, and the outer sides of the four fingers 312, 314, 316, and 318 and the thumb 310 are contractible and breathable. And finger portion 300 composed of a neoprene material (550a) having a high heat retention;

A wrist part 400 formed of an elastic band 412 to which a detachable wing 414 and a detachable body 416 are added, in which a cutout part 410 having one side formed is formed and detachable means; And

Consists of the back of the hand 500 made of neoprene material 550, shrinking, breathable and heat-resistant.

The thin plate of the non-slip part 340 formed in the finger part 300 may be configured such that a small circle 342 or a small square shape (not shown) is arranged in a lattice shape, and the thumb 310 in the accompanying drawings. The same non-slip part and a small circle are also formed on each finger 312, 314, 316, and 318, which are not shown, but the outer side of the glove 100 (the back of the hand, Fig. 3). As seen from the reference), the part where the thumb 310 and the index finger 312 are connected is active and friction is severe, so that an additional leather 344 made of artificial leather is added to prevent damage caused by friction.

Although the reference numerals of the upper node 320, the middle node 322, and the lower node 324 are shown only in the index finger 312, the upper node may also be applied to the remaining fingers 314, 316, and 318 not shown. Of course, there are middle and bottom nodes,

The cutout 410 formed on the wrist part 400 is cut only to the wrist suture line 418, which is a part where the wrist part 400 and the palm part 200 and the back of the hand part 500 come in contact with the palm part 200. While not damaging the back of the hand portion 500, the glove 100 in the functional side to facilitate the work to take off,

The outside of the back of the hand 500 and the finger portion 300 is to be made of neoprene material (550, 550a) in general, the back of the hand 500 and the four fingers (312, 314, 316, 318) and Adjacent boundaries 512 and four ends 312, 314, 316, and 318 of each end 352, 354, 356, and 358 may be formed of artificial leather to prevent abrasion or damage to active parts. The neoprene material 550a at the outer end of the middle finger 314, the ring finger 316, and the base 318 is formed in a semicircular shape 362, 364, 366 to further increase the shrinkage and the warmth.

On the other hand, when the worker intends to wear the glove 100 of the present invention as shown in Figure 5 hands after detaching the detachable wing 414 formed on the wrist 400 from the detachable body 416 (not shown) ) Into the inside of the glove 100 and attaching the detachable wing 414 to the detachable body 416 in accordance with the size of the wrist of the operator can be worn to ensure activity and wearability, the present invention worn When gripping an object (not shown) using the glove 100, the hands should be in a folded state, wherein the first folded portion 210, the second folded portion 212 and the third folded portion 214 is folded and the middle section 322 and the lower section 324 of the four fingers (312, 314, 316, 318) is folded so that the palm first shock absorbing unit 240 of the palm 200, The wave is absorbed by the palm second shock absorbing part 242 and the palm third shock absorbing part 244 and the shock absorbing material 330 interpolated in the four papers 312, 314, 316, and 318. The shock generated by the object (not shown) is absorbed by the non-slip part 340 formed on the upper node 320 of each finger 310, 312, 314, and 316. The gripping is performed so that the object does not slip. In addition, the back of the hand 500 made of a neoprene material 550 can easily release the sweat and heat generated during the worker's work to the outside and to fold and fold the hands, and can respond flexibly, Can cut off the contact of cold air. When the glove 100 is removed after the work is completed, the glove 100 can be taken off by removing the detachable wing 414 from the detachable body 416 and removing the worker's hand (not shown).

As described above, the present invention does not interpolate the shock absorber in the folding part of the palm of the glove, and thus the shock absorbing material of the natural latex material is interpolated in the non-folding part of the glove to ensure the activity of the palm and deliver it from an object (vibration source). It can smoothly absorb the impact, and latex material shock absorber is interpolated in the middle and lower nodes of the finger to ensure the activity of the finger and effectively absorb the shock from the object, and also the maximum contact of the shock. Since the impact absorbing material is formed at the point, the material saving effect can be achieved, and the non-slip thin plate is adhered to the upper node of the finger so that even if the grip force of the hand falls or the object vibrates due to the impact, Do not allow objects to slip and fall The wrist part is equipped with elastic band, detachable wing and detachable body, so it is easy to wear gloves regardless of the thickness of the wrist, and the neoprene material on the back of the hand can respond quickly to hand movement during work. In addition, there is an effect that the discharge of sweat and heat is smooth and heat retention from the cold air outside. In addition, due to the artificial leather formed at the position of the artificial leather provided between the thumb and the index finger and the nail position can prevent wear and damage due to the work has the effect of significantly extending the life of the gloves.

Figure 1a is a perspective view of a conventional shock absorbing gloves.

1B is an enlarged cross-sectional view of the portion A of FIG. 1A;

Figure 1c is an enlarged cross-sectional view of the portion B of Figure 1a.

Figure 2 is a plan view showing the palm of the present invention gloves.

Figure 3 is a bottom view showing the hand glove of the present invention visible.

4A is a sectional view taken along the line A-A 'in FIG.

4B is a cross-sectional view taken along line B-B 'in FIG.

Figure 5 is a perspective view showing a state when gripping an object with the present invention glove.

※ Explanation of code about main part of drawing ※

100: gloves 200: palm

210, 212. 214: folds 220, 222, 224, 330: shock absorbers

240, 242, 244: shock absorbing portion 300: finger portion

320: Upper segment 322: Middle node

324: bottom section 340: slipper

344: fleeting 400: wrist portion

412: elastic band 414: detachable wing

416: removable body 500: the back of the hand

550, 550a: Neoprene material

Claims (5)

For working backcountry gloves, According to the movement of the palm, the first folded portion 210 generated when the hands are folded in the portion where the palms are in contact with the palm, the second folded portion 212 formed in the middle of the palm when the hands are folded and the thumb The first shock absorber 220, the second shock absorber 222, and the third shock absorber, which are separated by the third folded portion 214 generated when moving and are made of a natural latex material having excellent shock absorption and resilience. 224 is interposed between the palm pad 230 and the outer shell 232 of the glove 100 to the palm first shock absorbing unit 240, palm second shock absorbing unit 242 and the maximum contact point of impact Palm part 200 in which the palm third shock absorbing part 244 is formed; Natural latex (LATEX) on the inner middle node 322 and the lower node 324 of four fingers, such as the index finger 312, middle finger 314, ring finger 316, and the fingertip 318, which are the maximum contact points of the impact. A finger shock absorber 330 made of a material is interpolated between the inner skin 234 and the outer skin 232 of the glove 100, and the four fingers 312, 314, 316, 318 and the upper end of the thumb 310 An anti-slip sheet made of silicon, urethane, or rubber material is attached to the node 320 to form an anti-slip part 340, and the outer sides of the four fingers 312, 314, 316, and 318 and the thumb 310 are contractible, Finger portion 300 made of neoprene material 550a strong breathability and heat retention; A wrist part 400 formed of an elastic band 412 to which a detachable wing 414 and a detachable body 416 are added, in which a cutout part 410 having one side formed is formed and detachable means; And Hand gloves 500 made of a neoprene material 550, shrinking, breathable and heat-resistant strong; Shock absorbing and non-slip working gloves, characterized in that consisting of. The method of claim 1, The thin plate of the non-slip unit 340 formed in the finger portion 300 is a glove for working with shock absorption and anti-slip function, characterized in that the small circular 342 is configured to be arranged in a lattice form. The method of claim 2, Work gloves having a shock-absorbing and anti-slip function, characterized in that the thumb 344 made of artificial leather is further configured to the part where the thumb 310 and the index finger 312 is connected. The method according to any one of claims 1 to 3, The cutout portion 410 formed on the wrist part 400 is an impact that is made by cutting up to the wrist part suture line 418, which is a part where the wrist part 400, the palm part 200, and the back of the hand part 500 contact each other. Work gloves with absorption and anti-slip function. The method of claim 4, wherein The inside of the palm portion 200 and the finger portion 300 is made of artificial leather, the back of the hand 500 and the finger portion 300 to be made of neoprene material (550, 550a), the back of the hand Each end 352, 354, 356, 358 of the 500 and 4 edges 312, 314, 316, 318 and the border 512 adjacent to each other and the 4 edges 312, 314, 316, 318 are Work gloves with shock-absorbing and non-slip function, characterized in that made of artificial leather.