RU2217200C1 - Boxing gloves for "boxing with shade" and for cross-country race - Google Patents

Abstract

FIELD: sports. SUBSTANCE: boxing glove rear part has length at least equal to length of hand so that it covers hand and wrist. Rear part of glove has projecting shaped edge, which closes part of wrist at side opposite to thumb. Pocket sections are positioned along rear part of glove and provided with flaps adapted for closing and dividing pockets into two groups. Fastener fixed on rear part of shaped edge is made in the form of collar defined by belt and metal oval-shaped shackle. Palm part of glove is made in the form of connecting member provided with pocket for receiving of weighing down member positioned at palm bending level transverse to glove longitudinal axis. One group of pockets arranged on rear part of glove are closed with single flap and positioned on finger part of glove and other group of pockets are positioned on portion extending from wrist bend to heads of metacarpal bones. Weighing down members are made in the form of 100-300 g cylindrical metal weights. Belt is provided at its outer side with tape extending along the whole length of belt and forming Velcro type fastener. Belt is positioned at side adjoining to ring on shaped edge. EFFECT: increased speed and power characteristics of strokes during exercising and increased endurance of sportsman. 4 cl, 5 dwg

Description

 The invention relates to protective and sports equipment, in particular for increasing speed-power qualities of impact force and endurance of athletes.

 Known shell glove containing a shell, on the back of which between it and the lining there is an elastic element, characterized in that, in order to improve training efficiency by practicing the correct technique of impact, the shell is made with a through hole and has a jumper connecting the back and palm parts distal edge, to limit the displacement of the shell relative to the arm (see AS USSR 1235510, class A 63 B 71/14 from 12/04/1984).

 When using the glove and developing the correct technique for striking, the boxer must strike with the heads of the metacarpal bones covered by the glove. If the fist is improperly positioned, the blow will be struck with bare fingers, proximal interphalangeal joints, causing their pain.

 Known glove for training blows to the ball in the form of a shell made of leather, containing the back and palm parts, interconnected by the side surfaces of the gasket, and an elastic element located on the back, characterized in that, in order to increase the effectiveness of training, reduce injuries and improve operational properties, it further comprises a pocket located on the back of the elastic element for accommodating bulk cargo, consisting of sections located parallel to each other and transversely longitudinally Gloves axis, wherein the gasket is placed on the inside of the shell from the back and palm parts (see. AS USSR 1512638, cl. A 63 B 71/14, 26.10.1987 by g).

 The closest analogue of the claimed invention is a glove for combat, containing the back and palm parts, interconnected, located on the back of the elastic element and pockets for accommodating weights, consisting of sections located parallel to each other, the back part has a length not less than the length of the brush hands, closes the wrist and wrist and is provided with a protruding curly edge that covers part of the wrist from the side opposite the thumb and cuff shaped clasp formed by a strap and buckle (see US patent 5704883, CL A 63 B 21/065, 1998).

 The technical result of the invention is to increase the efficiency and safety of use and comfort.

 The specified technical result is achieved by the fact that in the known glove for combat, containing the back and palm parts, interconnected, located on the back of the elastic element and pockets for accommodating weights, consisting of sections located parallel to each other, the back part has a length not less than the length of the handle, closes the wrist and wrist and is provided with a protruding curly edge covering part of the wrist from the side opposite the thumb and a clasp in the form of a cuff formed According to the invention, the pocket sections are located transversely to the longitudinal axis of the glove, distributed along the entire length of the back and are equipped with valves that close them and divide them into two groups, while the palm of the hand is a jumper made with a pocket for the weight element located at the level the folds of the palm transverse to the longitudinal axis of the glove, and the buckle is made oval metal. One group of pockets located on the back of the glove is closed by a common valve and distributed over the finger part of the glove, and the other from the fold of the wrist to the heads of the metacarpal bones. The elements of the burden are metal goods weighing from 100 to 300 g, for example, a cylindrical shape. The outer strap is provided along the entire length with a contact tape forming a Velcro mount and is located on the ring edge on the side of the ring.

Figure 1 is a scan of the glove from the back;
figure 2 - scan from the palm side;
figure 3 is a view of a buttoned glove from the palm side;
figure 4 is a view of a buttoned glove from the back;
figure 5 is a longitudinal section of a loaded hand in a glove.

 Glove 1 for "shadow boxing" and cross-country is a shell having a back 2 and a palm 3 sides connected by lateral edges 4. On the inner surface of the back 2 sides there is an elastic element 5 made of a sealing material, for example an isolon, which protects the hand from pressure loads 6 weights inserted into specially made pockets 7.

 The pockets 7 are distributed along the entire length of the back 2 of the glove and are made in the form of sections 8, which are parallel to each other and transverse to the longitudinal axis 9 of the glove 1, and form two groups of pockets. One group of 10 pockets 7 is located on the finger part of the glove, and the other 11 is from the fold of the wrist to the heads of the metacarpal bones. Section 8 of the pockets 7 are closed by valves 12, the inner surface 13 of the valves 12 and the outer pockets 7 are provided with a contact tape that forms a fastener, for example, of the type "VELKRO", tightly closing the pockets 7.

 The back 2 of the glove 1 has a length not less than the length of the wrist, covers the wrist and wrist and is provided on the wrist with a protruding curly edge 14, which covers the part of the palm opposite to the thumb (see figure 3). The back of the glove is equipped with a clasp in the form of a cuff 15 formed by a strap 16 and a metal oval buckle 17 (see Fig. 1, 2). The palm 3 part is a jumper made with a pocket 18 for the weights element, which is located at the level of the bend of the palm transverse to the longitudinal axis 9 of the glove. The inner surfaces of the pocket 18 facing each other are also provided with a contact tape forming a tight shutter.

 Gloves are operated as follows.

 The shell of the glove is placed on the palm of the back side up.

 Pockets open that cover the upper pockets. Weights are selected depending on the required load and are evenly distributed along the entire length of the back of the glove. Pockets are closed by valves. The glove is turned backside down, with the palm side up. The clasp of the palm pocket opens. Depending on the width of the athlete’s hand, the length and diameter of the palm weight is selected. It is inserted into the pocket and secured with a clasp. The training pair consists of left and right gloves. The athlete inserts his hand in the glove so that the buckle ring of the strap is located on the little finger side, the strap is at the level of the wrist, and the thumb remains outside. Moreover, due to the fact that the athlete's fingers protrude from the side of the nail phalanges from the shell of the glove, and the thumb is free, the athlete can perform all the dressing and fastening manipulations himself, as well as to change the weight of the glove by changing lighter weights to heavy ones and vice versa. After the athlete’s hand is inserted into the glove, with the other hand he pushes the strap inside the buckle and fastens it, pulling it, and then bending it back and fastening it with a Velcro fastener. By this principle, a second glove is also worn. After that, the athlete checks the tightness of the glove, squeezing and unclenching his fist around the palm of the hand and shaking his hands vigorously.

 There are options when the palm load is not used, for example, with a very small initial load, this does not affect the fastening density. You can start training.

 In the outer part of the glove 1, specially processed metal loads 6 weighing from 100 to 300 g are inserted, in an amount of 1 to 7 pieces, depending on the required load. They are located across the longitudinal axis 9 of the glove 1, allowing you to repeat the anatomical bends of the hand. Weights 6 are inserted into pockets 7 specially made for them, repeating the shape and size of weights 6. All pockets 7 are tightly closed by valves 12.

 The size and shape of the valves 12 depend on the shape and length of the weights 6, and accordingly the pockets 7. The connection is securely fixed with a contact tape. Each valve 12 can fix both one or several pockets 7.

 In the inner part of the glove 1, a special pocket 18 was made for inserting a steel load of a cylindrical shape with a diameter of 20 mm and a weight of 0.2 to 0.5 kg. The length of the palm load is controlled by the tightness of the glove 1 around the hand, which makes it possible to use one model for different sizes of the palm (male, female).

 The inner edge of the palmar 3 part is equipped with a contact tape, which allows, if necessary, to remove the load from the compartment. Thus, all metal weights are tightly fixed on the product, which gives a guarantee of safety when working with gloves.

 On the wrist, the glove 1 is fixed with a special strap 16, drawn through a metal buckle 17 with a reverse interference, which provides additional fixation of the product. The buckle 17 is located on the figure 14 from the little finger side. The design of the glove 1 allows the athlete to put on and adjust the weight of the product on his own, the buckle 17 indicates the right or left glove.

 Gloves are made from high quality artificial and natural fabrics and seals.

 Outer - the back 2 part of the glove is made of artificial material strong enough to hold loads and connect valves to pockets (for example, 420 D nylon).

 The palm 3 part is made of natural cotton materials that provide the necessary hygienic requirements for the product, but can also be made of other fabrics that guarantee reliable fastening of the cargo and the entire glove as a whole.

 To protect the brush from the pressure of the goods 6 in the glove, an elastic element 5 is used, a sealing material (for example, isolon).

 The proposed design of the glove allows you to increase the effectiveness of training due to the action of increased adjustable weight on the muscles of the upper limbs, increase strength, speed of movement and reaction.

 The glove can be used in all types of martial arts: boxing, karate, etc., to strengthen muscles.

Claims (4)

1. A glove for combat and cross-country, containing the back and palm parts connected to each other, located on the back of the elastic element and pockets for accommodating weights, consisting of sections located parallel to each other, the back part has a length not less than the length of the hand, closes the wrist and wrist and is provided with a protruding curly edge covering part of the wrist from the side opposite the thumb, and a cuff clasp formed by a strap and buckle, characterized in that the sections of the pockets laid transversely to the longitudinal axis of the glove, distributed along the entire length of the back and provided with valves that close them and dividing them into two groups, while the palm of the hand is a jumper made with a pocket for a burden element located at the level of the palm of the hand across the longitudinal axis of the glove, and The buckle is made of metal oval. 2. The glove according to claim 1, characterized in that one group of pockets located on the back of the glove is closed by a common valve and distributed over the finger part of the glove, and the other from the fold of the wrist to the heads of the metacarpal bones. 3. The glove according to claim 1, characterized in that the weights are metal loads weighing from 100 to 300 g, for example, of a cylindrical shape. 4. The glove according to claim 1, characterized in that the braid on the outside is provided with a contact tape along the entire length, forming a Velcro mount, and is located on the ring edge on the side of the ring.

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