Cable descending glove
By adopting a special-shaped wear-resistant reinforcement layer, a thumb wear-resistant reinforcement layer and a wrist elastic structure in the cable-down gloves, the problem of unbalanced performance of existing gloves is solved, and higher durability, protection performance and quick wearability are achieved.
Patent Information
- Application Number
- CN202411611510.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-12
- Publication Date
- 2025-03-25
AI Technical Summary
There is an unbalance in performance of existing cable-down gloves. Some gloves perform better in temperature insulation and wear resistance, but lack flexibility and grip strength. Some gloves perform better in flexibility and grip strength, but lack temperature insulation and wear resistance, which leads to inability to effectively protect the hands in complex high-altitude environments and is not convenient for quick wear.
A cable-down glove is designed, which uses a special-shaped wear-resistant reinforcement layer and a thumb wear-resistant reinforcement layer. Combined with the tightening structure of the wrist, it enhances the wear resistance and protection performance of the gloves, while improving the insulation and anti-slip performance to ensure that the gloves can be quickly removed in emergencies.
It improves cable reduction efficiency, enhances the durability and protective performance of gloves, improves heat insulation and anti-slip performance, ensures that gloves can be quickly removed in emergencies, and reduces safety risks.
Smart Images
Figure CN119679218A_ABST
Abstract
Description
Technical Field
[0001] The invention belongs to the technical field of gloves and relates to a rappelling glove. Background Art
[0002] Rope rappelling gloves are mainly used in airdrop and climbing scenarios. Their core function is to provide protection for the hands, which requires the gloves to ensure the safety of the hands under various complex conditions. Therefore, rope rappelling gloves need to have key properties such as flame retardancy and wear resistance to cope with the possible damage to the hands caused by friction of high-speed descent ropes and high temperature environments.
[0003] However, the existing rappelling gloves have obvious performance imbalance problems. On the one hand, some gloves have good thermal insulation and friction resistance, but poor flexibility and grip, which limits the user's operating accuracy and reduces convenience during descent and climbing. On the other hand, some gloves have excellent flexibility and grip, but insufficient thermal insulation and wear resistance, and cannot continuously and stably protect the hands. In the complex and changeable high-altitude environment, temperature changes and rope friction may cause damage to the hands at any time. This lack of protection will bring serious safety hazards. In other words, the existing rappelling gloves focus too much on protection, which may make the gloves bulky and affect lightness and flexibility; while the pursuit of lightness and flexibility will weaken the protection performance. In addition, in an emergency, the existing rappelling gloves are not easy to take off from the wrist quickly, which will delay the timing of action and may bring danger to the user. Summary of the invention
[0004] The purpose of the present invention is to overcome the above-mentioned disadvantages of the prior art and provide a rappelling glove.
[0005] In order to achieve the above object, the present invention adopts the following technical solutions:
[0006] A rappelling glove comprises a glove body, wherein the glove body comprises a thumb part, a four-finger part, a palm part, a back of hand part and a wrist part; a special-shaped wear-resistant reinforcement layer is arranged on the palm part, a thumb wear-resistant reinforcement layer is arranged on the thumb part; and a wrist elastic structure is arranged on the wrist part.
[0007] Furthermore, the special-shaped wear-resistant reinforcement layer includes a palm area reinforcement layer near the finger end and a palm area reinforcement layer near the wrist end, and the palm area reinforcement layer near the wrist end includes a first reinforcement unit and a second reinforcement unit, one end of the first reinforcement unit and the second reinforcement unit are both connected to the lower end of the palm area reinforcement layer near the finger end, and the other ends of the first reinforcement unit and the second reinforcement unit are both connected to the wrist part, and there is a triangular interval between the first reinforcement unit and the second reinforcement unit;
[0008] The wear-resistant reinforcement layer of the thumb includes a third reinforcement unit and a fourth reinforcement unit, wherein the third reinforcement unit is arranged at the first joint of the thumb part, and the fourth reinforcement unit is arranged at the second joint of the thumb part. One end of the third reinforcement unit and the fourth reinforcement unit are both connected to the seam between the palm part and the back of the hand, the other end of the third reinforcement unit is connected to the reinforcement layer of the palm area near the finger end, and the other end of the fourth reinforcement unit is connected to the seam between the inner and outer sides of the thumb part.
[0009] Furthermore, the reinforcement layer of the palm area near the fingertips includes a fifth reinforcement unit and a sixth reinforcement unit, the upper end of the fifth reinforcement unit is located at the base of the four fingers, and the left and right ends of the fifth reinforcement unit are both connected to the back of the hand; one end of the sixth reinforcement unit is connected to the upper end of the fifth reinforcement unit, the upper end of the sixth reinforcement unit extends to the second joint of the index finger, and the side of the sixth reinforcement unit near the base of the thumb extends to the back of the index finger.
[0010] Furthermore, an anti-slip unit is stacked on top of the fifth reinforcement unit, and the shape of the anti-slip unit is "V" shape, the opening end of the "V" shape is located below the little finger part, and the tip of the "V" shape is located below the index finger part; the surface of the anti-slip unit has an anti-slip texture.
[0011] Furthermore, elastic materials are provided at the second joints of the middle finger, the ring finger and the little finger among the four fingers.
[0012] Furthermore, the glove body is a half-finger glove or a full-finger glove.
[0013] Furthermore, a finger wear-resistant reinforcement layer is provided on each finger of the four-finger part, and the special-shaped wear-resistant reinforcement layer includes a first palm area and a second palm area, the first palm area is located below the index finger part, the middle finger part and the ring finger part, the upper end of the first palm area is connected to the middle finger part and the ring finger part, the edge line of the first palm area is a first seam edge, and the first seam edge extends obliquely from the ring finger part to below the base of the thumb; the base of the thumb wear-resistant reinforcement layer is connected to the first palm area, and the base of the thumb wear-resistant reinforcement layer is arranged on the inner side of the thumb part.
[0014] Furthermore, the upper end of the second palm area is connected to the little finger part, the second seam edge of the second palm area is parallel to the first seam edge, the second seam edge extends to below the finger gaps of the index finger part and the middle finger part, the third seam edge of the second palm area extends obliquely to the midpoint of the upper edge of the wrist part, and the fourth seam edge of the second palm area extends obliquely to the palm side; a first reinforcement layer gap is provided below the little finger part, and the first reinforcement layer gap is parallel to the first seam edge.
[0015] Furthermore, a palm shock-absorbing pad is provided at a position close to the wrist in the second palm area, the palm shock-absorbing pad is parallel to the first seam edge, and a triangular shock-absorbing pad is provided on the seam edge of the palm shock-absorbing pad close to the wrist; a fist protective shell is provided on the back of the hand, and a knuckle protective shell is provided on the knuckles.
[0016] Furthermore, a right index finger portion of the glove body is provided with a right index finger notch.
[0017] Compared with the prior art, the present invention has the following beneficial effects:
[0018] 1. Improve the efficiency of rappelling: It allows the gloves to be removed quickly after rappelling, so as to quickly enter the combat state, significantly reducing the preparation time before operating weapons on the ground.
[0019] 2. Enhanced durability and protection: The material selection and structural design of the rappelling gloves focus on improving wear resistance and protection. Combined with wear-resistant materials, it can resist the wear of the rope during high-speed rappelling and protect the hands from high temperature damage.
[0020] 3. Improved thermal insulation and anti-slip performance: Rope rappelling gloves also have improved thermal insulation and anti-slip performance. By setting a special-shaped wear-resistant reinforcement layer, it can reduce heat transfer during the rappelling process and improve grip stability, thereby improving safety and comfort.
[0021] 4. Quick-release design: In order to meet the needs of rapid response in emergency situations, the design of rappelling gloves takes into account the convenience of quick release. They can be easily taken off and hung on the wrist without affecting the operation of weapons, and also reduces the risk of losing gloves in tense environments. BRIEF DESCRIPTION OF THE DRAWINGS
[0022] The accompanying drawings are incorporated in and constitute a part of this specification and, together with the description, serve to explain the principles of the present invention.
[0023] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative labor.
[0024] Figure 1 It is a front view of the full-finger rappelling glove according to Example 1 of the present invention;
[0025] Figure 2 It is a rear view of the full-finger rappelling glove according to Example 1 of the present invention;
[0026] Figure 3 It is a front view of the half-finger rappelling gloves according to Example 1 of the present invention;
[0027] Figure 4 It is a rear view of the half-finger rappelling gloves of Example 1 of the present invention;
[0028] Figure 5 It is a front view of a rappelling glove according to Embodiment 2 of the present invention;
[0029] Figure 6 It is a front view of the rappelling gloves according to embodiment 2 of the present invention.
[0030] Among them: 1 is the four-finger part; 1-1 is the finger wear-resistant reinforcement layer; 1-11 is the cutout of the right index finger; 2 is the palm part; 3 is the wrist part; 4 is the elastic material; 5 is the anti-slip unit; 6 is the special-shaped wear-resistant reinforcement layer; 6-1 is the palm area reinforcement layer near the wrist end; 6-11 is the first reinforcement unit; 6-12 is the second reinforcement unit; 6-2 is the palm area reinforcement layer near the finger end; 6-21 is the sixth reinforcement unit; 6-22 is the fifth reinforcement unit; 6-3 is the first palm area; 6-31 is the first seam edge; 6-4 is the second palm area; 6-41 is the palm shock-absorbing pad; 6-42 is the triangular shock-absorbing pad; 6-43 is the second seam edge; 6-5 is the tiger's mouth wear-resistant reinforcement layer; 9 is the back of the hand; 10 is the wrist elastic structure; 11-1 is the third reinforcement unit; 11-2 is the fourth reinforcement unit. 12 is a breathable layer for the back of the hand; 13 is a protective shell for the fist; 14 is a protective shell for the knuckles; and 15 is a protective layer for the palm. DETAILED DESCRIPTION
[0031] Here, exemplary embodiments will be described in detail, and the embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present invention. Instead, they are only examples of devices consistent with some aspects of the present invention as detailed in the appended claims.
[0032] Example 1
[0033] like Figure 1-4 As shown, a rappelling glove comprises a glove body, the glove body comprises a thumb part, a four-finger part 1, a palm part 2, a back of hand part 9 and a wrist part 3; a special-shaped wear-resistant reinforcement layer 6 is provided on the palm part 2, a thumb wear-resistant reinforcement layer 11 is provided on the thumb part; and a wrist elastic structure 10 is provided on the wrist part 3. By using the principle of human-machine efficiency, the wear resistance of the area with higher wear degree is strengthened to improve the protection.
[0034] The special-shaped wear-resistant reinforcement layer 6 includes a palm area reinforcement layer 6-2 near the finger end and a palm area reinforcement layer 6-1 near the wrist end.
[0035] The palm part uses a heat-insulating material, the palm part 2 is provided with a special-shaped wear-resistant reinforcement layer 6, the surface of the special-shaped wear-resistant reinforcement layer 6 is a patterned morphology or an uneven granular shape, the base of the palm part 2 where it connects with the thumb uses wear-resistant leather (genuine leather), the genuine leather glove leather is a patterned morphology or an uneven granular shape, a protective pad is provided on the outside of the connection between the palm and the back of the hand, and the back of the hand uses a breathable and elastic fabric, such as microfiber; the wrist part is provided with an adjustment loop, the adjustment loop is a fastening belt adjustment loop, a nylon buckle design is adopted, and the adjustment loop is made of meta-aramid stretch knitted fabric.
[0036] Wear-resistant materials are used at the base of the thumb to enhance durability; a palm protection pad 8 is provided on the side of the palm part 2, and elastic and breathable microfiber is used at the back of the hand part 9, and a back of the hand breathable layer 12 is provided at the back of the hand part 9 to ensure comfort and flexibility in use.
[0037] The design goal of rappelling gloves is to provide necessary hand protection when performing high-altitude rappelling tasks. The gloves must be able to resist the wear and tear caused by the rope on the hands during high-speed descent, while protecting the hands from damage in high temperature environments. How to balance the lightness, flexibility and sufficient protection of the gloves, and how to ensure that the gloves can be quickly taken off the wrists for quick action in an emergency are the key and difficulty of product design.
[0038] By setting the special-shaped wear-resistant reinforcement layer 6, the gloves have good thermal insulation effect and friction resistance, as well as flexibility and gripping power. The palm and finger positions are the key contact surfaces for holding the rope, and are also prone to wear, so wear-resistant materials are added during the design, such as genuine cowhide leather. The palm wear-resistant area (special-shaped wear-resistant reinforcement layer 6) is reinforced with cowhide leather, and the middle lining is reinforced with muscle-enhanced aramid heat-insulating adhesive to prevent heat burns caused by friction. Uneven textures or particles are designed on the palm and finger parts of the gloves to improve the anti-slip properties. The palm part 2 is provided with a palm protection layer.
[0039] Furthermore, the special-shaped wear-resistant reinforcement layer 6 includes a palm reinforcement layer 6-2 near the finger end and a palm reinforcement layer 6-1 near the wrist end, and the palm reinforcement layer 6-1 near the wrist end includes a first reinforcement unit 6-11 and a second reinforcement unit 6-12, one end of the first reinforcement unit 6-11 and the second reinforcement unit 6-12 are connected to the lower end of the palm reinforcement layer 6-2 near the finger end, and the other end of the first reinforcement unit 6-11 and the second reinforcement unit 6-12 are connected to the wrist part 3, and there is a triangular interval between the first reinforcement unit 6-11 and the second reinforcement unit 6-12. The special-shaped wear-resistant reinforcement layer 6 can be made of aramid heat-insulating felt cloth; it can also be made of double-layer cowhide. This leather material is very strong and can withstand various frictions and impacts during the rappelling process. The double-layer cowhide can increase the softness to better grasp the rope and effectively isolate the heat generated during the rappelling process.
[0040] Furthermore, the palm area reinforcement layer 6-2 near the finger tip includes a fifth reinforcement unit 6-22 and a sixth reinforcement unit 6-21, the upper end of the fifth reinforcement unit 6-22 is located at the base of the four-finger part 1, and the left and right ends of the fifth reinforcement unit 6-22 are both connected to the back of the hand part 9; one end of the sixth reinforcement unit 6-21 is connected to the upper end of the fifth reinforcement unit 6-22, the upper end of the sixth reinforcement unit 6-21 extends to the second joint of the index finger part, and the side of the sixth reinforcement unit 6-21 near the base of the thumb extends to the back of the index finger.
[0041] Furthermore, an anti-slip unit 5 is stacked above the fifth reinforcement unit 6-22, and the anti-slip unit 5 is in a "V" shape, with the open end of the "V" shape located below the little finger portion, and the tip of the "V" shape located below the index finger portion. The surface of the anti-slip unit 5 has an anti-slip texture, and the anti-slip unit 5 can also absorb and disperse these vibrations, reduce the impact on the joints and muscles of the hand, and thus reduce fatigue and discomfort. The anti-slip unit 5 can help maintain the stability of the hand, especially when handling rough or uneven surfaces, to avoid slipping or loss of grip due to vibration.
[0042] Furthermore, the material of the anti-slip unit 5 includes 1414 para-aramid woven fabric and flame-retardant, wear-resistant and anti-slip leather.
[0043] The anti-slip unit 5 at the connection between the palm and the fingers of the four-finger part 1 uses 1414 para-aramid densely woven fabric and flame retardant, wear-resistant and anti-slip leather. The 1414 para-aramid densely woven fabric is at the bottom and the flame retardant, wear-resistant and anti-slip leather is at the top, which are sewn to the special-shaped wear-resistant reinforcement layer 6, which improves durability and protection. At the same time, the surface is treated with embossing technology to increase the anti-slip function when encountering water, preventing the hand from slipping off the contacted objects.
[0044] Furthermore, the thumb wear-resistant reinforcement layer 11 includes a third reinforcement unit 11-1 and a fourth reinforcement unit 11-2, the third reinforcement unit 11-1 is arranged at the first joint of the thumb part, the fourth reinforcement unit 11-2 is arranged at the second joint of the thumb part, one end of the third reinforcement unit 11-1 and the fourth reinforcement unit 11-2 are both connected to the seam between the palm part 2 and the back of the hand part 9, the other end of the third reinforcement unit 11-1 is connected to the proximal palm reinforcement layer 6-2, and the other end of the fourth reinforcement unit 11-2 is connected to the seam between the inner and outer sides of the thumb part.
[0045] Furthermore, the second joints of the middle finger, ring finger and little finger of the four-finger part 1 are made of elastic material 4. The elastic material is used at the joints of the middle finger, ring finger and little finger of the four-finger part 1 to ensure that the gloves provide protection without restricting the natural movement of the hand. The elastic material at the joints uses thermoplastic elastomer (TPE), spandex, spandex, lycra and silicone to provide flexible freedom.
[0046] Furthermore, the glove body is a half-finger glove or a full-finger glove.
[0047] Furthermore, the material used for the special-shaped wear-resistant reinforcing layer 6 is aramid thermal insulation felt cloth.
[0048] The palm portion 2 is provided with a special-shaped wear-resistant reinforcement layer 6, which is made of aramid thermal insulation felt cloth, which improves heat resistance and protection. At the same time, the surface is processed with embossing technology to increase the anti-slip function when encountering water, prevent the hand from slipping off the contact object, and improve the grip.
[0049] Furthermore, the adjustment loop is a Velcro design. The wrist portion 3 is provided with an adjustment loop, which is a Velcro design, and the buckle is located on the inner side of the arm, and the tightness can be adjusted according to the use requirements. The wrist baffle uses meta-aramid stretch knitted fabric.
[0050] Example 2
[0051] The difference between this embodiment and embodiment 1 is that: Figure 5-6 As shown, a rappelling protective glove comprises a glove body, the glove body comprises a thumb part, a four-finger part 1, a palm part 2, a back of hand part 9 and a wrist part 3; a special-shaped wear-resistant reinforcing layer 6 is arranged on the palm part 2, and a tiger's mouth wear-resistant reinforcing layer 6-5 is arranged at the tiger's mouth of the thumb part; the special-shaped wear-resistant reinforcing layer 6 comprises a first palm area 6-3 and a second palm area 6-4. By using the principle of human-machine efficiency, the wear resistance of the area with higher wear degree is strengthened to improve the protective performance; aramid heat-insulating felt cloth is added to the first palm area 6-3 and the second palm area 6-4 to play a protective role against the heat generated by friction during the rappelling process.
[0052] A finger wear-resistant reinforcement layer 1 is provided on each finger of the four-finger part 1, and the special-shaped wear-resistant reinforcement layer 6 includes a first palm area 6-3 and a second palm area 6-4, the first palm area 6-3 is located below the index finger part, the middle finger part and the ring finger part, the upper end of the first palm area 6-3 is connected to the middle finger part and the ring finger part, the edge line of the first palm area 6-3 is the first seam edge 6-31, and the first seam edge 6-31 extends obliquely from the ring finger part to the bottom of the tiger's mouth; the tiger's mouth wear-resistant reinforcement layer is connected to the first palm area 6-3, and the tiger's mouth wear-resistant reinforcement layer is arranged on the inner side of the thumb part.
[0053] A wear-resistant and heat-insulating rappelling glove, which has a multi-layer structure to give the glove wear resistance and heat insulation function; the gripping performance of the glove is improved by the uneven texture of the palm and fingers; the rappelling glove mainly comprises a wrist elastic structure 10, a back of hand breathable layer 12, a knuckle protective shell 14 and a fist protective shell 13, a palm shock-absorbing pad 6-41, a special-shaped wear-resistant reinforcement layer 6, a palm protection layer 15, and a finger wear-resistant reinforcement layer 1-1.
[0054] In addition, the hand back breathable layer 12 is made of 1414 aramid elastic mesh structure knitted fabric, which is flame retardant and breathable, so that the heat generated during the rappelling process can be quickly dissipated to keep the hands dry and comfortable.
[0055] Design features: The structural features of rappelling gloves mainly include finger-linked arch-shaped tight hand design, material selection, reinforcement pad setting and tightness adjustment.
[0056] Arched finger tight design: This design makes the gloves match the three-dimensional shape and structure of the human hand, which is convenient for quick wearing and taking off, and avoids interference with the inner glove.
[0057] Material selection: The first palm area 6-3 and the second palm area 6-4 of the glove body are usually made of microfiber glove suede as the base, which has good wear resistance and comfort. The side strip on the thumb side of the glove body is sewn with high wear-resistant anti-slip fabric, which is made of nylon, para-aramid or spandex blended fabric coated with black PU glue on the surface, and has excellent wear resistance and anti-slip properties.
[0058] Reinforcement pad setting: Fingertip reinforcement pads are sewn on the fingertips of the palm back of the palm body to enhance the protective performance of the gloves. At the same time, the fingertip reinforcement pads are made of a composite material of high wear-resistant anti-slip cloth and aramid fireproof felt, giving the gloves excellent wear resistance, anti-slip and heat insulation functions.
[0059] Elasticity adjustment: A non-slip elastic wrist elastic structure 10 is sewn on the back of the wrist part 3, which is convenient for adjusting the tightness of the gloves and makes the gloves more reliable to wear. In addition, a carrying strap is extended downward from the outer end of the wrist part, and the carrying strap is provided through a quick hook to carry and store the rope descent combat gloves.
[0060] Furthermore, a finger wear-resistant reinforcement layer 1 - 1 is provided on each finger of the four-finger part 1 .
[0061] Furthermore, the first palm area 6-3 is located below the index finger part, the middle finger part and the ring finger part, and the upper end of the first palm area 6-3 is connected to the middle finger part and the ring finger part; the edge line of the first palm area 6-3 is the first seam edge 6-31, and the first seam edge 6-31 extends obliquely from the ring finger part to the bottom of the tiger's mouth.
[0062] Furthermore, the base wear-resistant reinforcement layer 6-5 is connected to the first palm area 6-3, and the base wear-resistant reinforcement layer 6-5 is arranged on the inner side of the thumb part.
[0063] Furthermore, the upper end of the second palm area 6-4 is connected to the little finger part, the second seam edge 6-43 of the second palm area 6-4 is parallel to the first seam edge 6-31, the second seam edge 6-43 extends to below the finger gaps of the index finger part and the middle finger part, the third seam edge of the second palm area 6-4 extends obliquely to the midpoint of the upper edge of the wrist part 3, and the fourth seam edge of the second palm area 6-4 extends obliquely to the palm side.
[0064] Furthermore, a first reinforcement layer gap 7 is provided below the little finger portion, and the first reinforcement layer gap 7 is parallel to the first seam edge 6 - 31 .
[0065] Furthermore, a palm shock-absorbing pad 6-41 is provided at a position near the wrist in the second palm area 6-4, the palm shock-absorbing pad 6-41 is parallel to the first seam edge 6-31, and a triangular shock-absorbing pad 6-42 is provided on the seam edge of the palm shock-absorbing pad 6-41 near the wrist; the back of the hand part 9 is provided with a fist protection shell, and the finger joints are provided with a finger joint protection shell. The shock-absorbing cushion 6-41 can absorb and disperse the vibration from the rope, equipment and environment, reduce the impact on the hand joints and muscles, and thus reduce fatigue and discomfort.
[0066] Among them: the sewing thread used in the first seam edge 6-31 and the second seam edge 6-43 is Kevlar fireproof thread, which has a high melting point and is unbroken, making it safer to wear (28D).
[0067] Furthermore, a right index finger notch 1-11 is provided on the right index finger portion of the glove body.
[0068] Furthermore, the back of the hand part 9 is provided with a fist protection shell 13 and a knuckle protection shell 14. The fist protection shell 13 and the knuckle protection shell 14 are composed of four layers of materials, which are wear-resistant knitted cloth, 0.5mm thick flame-retardant polycarbonate sheet, 0.25mm thick carbon fiber plate and 0.25mm thick polycarbonate sheet from the outside to the inside. The outer wear-resistant knitted cloth improves the overall wear resistance of the gloves, extends the service life of the gloves, and improves durability. The flame-retardant polycarbonate sheet has excellent impact resistance and dimensional stability; it also has good performance guarantee at high temperatures; it is not affected by the environment such as sunlight and rain; and it has a certain flame retardant effect, and the flame retardant can reach V-2 level flame retardant. The carbon fiber plate has an elastic modulus higher than that of steel, and its mass is only 1 / 5 of that of steel. It is the best choice for wear-resistant and heat-insulating single-soldier rappelling gloves to improve tensile strength and absorb and disperse impact force.
[0069] Furthermore, the material of the special-shaped wear-resistant reinforcing layer 6 is 1414 para-aramid densely woven fabric and flame-retardant wear-resistant non-slip leather. The special-shaped wear-resistant reinforcing layer 6 is made of 1414 para-aramid densely woven fabric and flame-retardant wear-resistant non-slip leather, which is resistant to high temperatures of 500°C and has good heat insulation performance; the reinforcement part is made of genuine leather gloves, which has excellent wear resistance. The palm and finger parts of the gloves should be designed with anti-slip textures to increase the grip on the rope and reduce slippage.
[0070] Weight design: Para-aramid knitted fabric 300g / m 2 , Meta-aramid stretch knitted fabric (wrist cuff of wrist part 3) 170g / m 2 , leather gloves leather thickness 1.0mm, flame retardant wear-resistant non-slip leather thickness 0.07mm, high-strength sewing thread 500D, aramid insulation felt cloth 100g / m 2 The protective shell is composed of four layers of materials, which are wear-resistant knitted fabric, 0.5mm thick flame-retardant polycarbonate sheet, 0.25mm thick carbon fiber plate and 0.25mm thick polycarbonate sheet from the outside to the inside. The weight of each pair of all materials is ≤150 grams. It ensures lightness and flexibility, and increases combat aggressiveness.
[0071] The above description is only a specific embodiment of the present invention, so that those skilled in the art can understand or implement the present invention. Various modifications to these embodiments will be apparent to those skilled in the art, and the general principles defined herein can be implemented in other embodiments without departing from the spirit or scope of the present invention.
[0072] It should be understood that the present invention is not limited to what has been described above and that various modifications and changes may be made without departing from its scope. The scope of the present invention is limited only by the appended claims.
Claims
1. A rappelling glove, characterized in that: The glove body comprises a thumb portion, a four-finger portion (1), a palm portion (2), a back of hand portion (9) and a wrist portion (3); the palm portion (2) is provided with a special-shaped wear-resistant reinforcement layer (6), the thumb portion is provided with a thumb wear-resistant reinforcement layer (11); and the wrist portion (3) is provided with a wrist elastic structure (10).
2. A rappelling glove according to claim 1, characterized in that: The special-shaped wear-resistant reinforcement layer (6) comprises a palm region reinforcement layer near the finger end (6-2) and a palm region reinforcement layer near the wrist end (6-1); the palm region reinforcement layer near the wrist end (6-1) comprises a first reinforcement unit (6-11) and a second reinforcement unit (6-12); one end of the first reinforcement unit (6-11) and the second reinforcement unit (6-12) are both connected to the lower end of the palm region reinforcement layer near the finger end (6-2); the other ends of the first reinforcement unit (6-11) and the second reinforcement unit (6-12) are both connected to the wrist part (3); and a triangular interval is provided between the first reinforcement unit (6-11) and the second reinforcement unit (6-12); The thumb wear-resistant reinforcement layer (11) comprises a third reinforcement unit (11-1) and a fourth reinforcement unit (11-2), wherein the third reinforcement unit (11-1) is arranged at a first joint of the thumb part, and the fourth reinforcement unit (11-2) is arranged at a second joint of the thumb part, one end of each of the third reinforcement unit (11-1) and the fourth reinforcement unit (11-2) is connected to a seam joint between a palm part (2) and a back of the hand part (9), the other end of the third reinforcement unit (11-1) is connected to a proximal palm reinforcement layer (6-2), and the other end of the fourth reinforcement unit (11-2) is connected to a seam joint between the inner side and the outer side of the thumb part.
3. A rappelling glove according to claim 2, characterized in that: The palm area reinforcement layer (6-2) near the finger end comprises a fifth reinforcement unit (6-22) and a sixth reinforcement unit (6-21), the upper end of the fifth reinforcement unit (6-22) is located at the base of the four-finger part (1), and the left and right ends of the fifth reinforcement unit (6-22) are both connected to the back of the hand part (9); one end of the sixth reinforcement unit (6-21) is connected to the upper end of the fifth reinforcement unit (6-22), the upper end of the sixth reinforcement unit (6-21) extends to the second joint of the index finger part, and the side of the sixth reinforcement unit (6-21 near the base of the thumb extends to the back of the index finger.
4. A rappelling glove according to claim 3, characterized in that: An anti-slip unit is stacked above the fifth reinforcing unit (6-22), and the anti-slip unit is in a "V" shape, with the open end of the "V" shape located below the little finger part, and the tip of the "V" shape located below the index finger part; the surface of the anti-slip unit (5) has an anti-slip texture.
5. The rappelling gloves according to claim 1, characterized in that: Elastic material (4) is provided at the second joints of the middle finger part, the ring finger part and the little finger part of the four finger parts (1).
6. A rappelling glove according to claim 1, characterized in that: The glove body is a half-finger glove or a full-finger glove.
7. A rappelling glove according to claim 1, characterized in that: Each finger of the four-finger portion (1) is provided with a finger wear-resistant reinforcement layer (1-1); the special-shaped wear-resistant reinforcement layer (6) comprises a first palm region (6-3) and a second palm region (6-4); the first palm region (6-3) is located below the index finger portion, the middle finger portion and the ring finger portion; the upper end of the first palm region (6-3) is connected to the middle finger portion and the ring finger portion; the edge line of the first palm region (6-3) is a first seam edge (6-31); the first seam edge (6-31) extends obliquely from the ring finger portion to below the base of the thumb; the base of the thumb wear-resistant reinforcement layer is connected to the first palm region (6-3); the base of the thumb wear-resistant reinforcement layer is arranged on the inner side of the thumb portion.
8. A rappelling glove according to claim 7, characterized in that: The upper end of the second palm region (6-4) is connected to the little finger portion, the second seam edge of the second palm region (6-4) is parallel to the first seam edge, the second seam edge extends to below the finger gaps of the index finger portion and the middle finger portion, the third seam edge of the second palm region (6-4) extends obliquely to the midpoint of the upper edge of the wrist portion (3), and the fourth seam edge of the second palm region (6-4) extends obliquely to the palm side; a first reinforcement layer gap (7) is provided below the little finger portion, and the first reinforcement layer gap (7) is parallel to the first seam edge.
9. A rappelling glove according to claim 7, characterized in that: A palm shock-absorbing pad (6-41) is arranged at a position close to the wrist in the second palm area (6-4), the palm shock-absorbing pad (6-41) is parallel to the first seam edge, and a triangular shock-absorbing pad (6-42) is arranged on the seam edge close to the wrist of the palm shock-absorbing pad (6-41); a fist protection shell is arranged on the back of the hand (9), and a knuckle protection shell is arranged on the knuckle.
10. The rappelling gloves according to claim 1, characterized in that: The right index finger portion of the glove body is provided with a right index finger notch (1-11).