JP2008245802A - Gauntlet - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a gauntlet which does not feel uncomfortable when usually worn, is not inconvenient, can effectively correct bending of a venous blood vessel, and improve the bloodstream. <P>SOLUTION: The gauntlet has: a main body band part 2 which is worn on a wrist part or is fitted to cover an arm part that extends from the wrist part towards an elbow part side; and a finger hanging string part 3 which is fitted to the main body band part 2 in a loop shape and can be hung across a root part between fingers and the wrist part. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a back for the purpose of promoting blood circulation of the upper limbs.

Recently, there has been a growing sense of health. For example, in order to improve the blood flow of the upper limbs, a glove with a structure that has a stretch effect on the back of the hand using a two-way stretch fabric has been proposed. (See Patent Document 1).
Utility Model Registration No. 3068715

The glove of the above-mentioned patent document 1 is basically shaped to cover all palms and fingers, and is not comfortable and is not comfortable to wear at all times.
In human physiology, the blood sent to the palmar and fingertip capillaries by the arteries is usually collected in the venous network as venous blood to become the cephalic vein and the ulnar skin vein, and the ulnar skin vein ascends. It is said that it joins the brachial vein, enters the axillary vein together with the cephalic vein, enters the subclavian vein, and enters the final heart.
However, the muscle strength of the hand muscles declines with age, and the muscles atrophy so that it twists inward, causing the venous blood vessels in the muscles to bend and preventing blood flow, cooling the fingers, rough hands, It is said that diseases associated with blood circulation disorders tend to occur easily.

  Accordingly, an object of the present invention is to provide a back that can improve the blood circulation by effectively correcting the bending of the venous blood vessels without causing inconvenience and inconvenience even when worn.

In order to achieve the above object, the present invention provides a main body band portion that is attached to a wrist portion or attached to cover an arm portion extending from the wrist portion toward the elbow portion side, and a finger attached to the main body band portion in a loop shape. It is characterized by having a finger strap that can be hooked between the base portion and the wrist portion.
According to the above configuration, when the back of the present invention is worn, the main body band portion is attached to the wrist portion and the loop portion of the finger strap portion is hooked on the finger to attach the main body band portion (fitting the finger strap portion). The base point is fixed to the wrist of the wearer, and the tip of the finger strap is hooked to the base of the wearer's fingers, so that it straddles between the base of the wearer's fingers and the wrist The finger strap portion can be hooked in a tension state, and the finger strap portion can stimulate the root portion between the wearer's fingers to promote blood circulation. Further, by pulling the tendon of the finger by the finger strap part, the atrophied palm is spread outward so as to be twisted inward by the slack of the muscle, etc., the bending of the vein blood vessels such as the dorsal vein network is corrected, and the vein Blood circulation is promoted. Thereby, the inflow of blood in the arterial blood vessel is increased, and blood exchange is promoted to the capillary at the fingertip. And by improving the blood circulation at the fingertips, it is possible to prevent and improve the treatment of the occurrence of diseases such as coldness and chirp, which are largely caused by poor blood circulation. Furthermore, by improving the blood circulation at the end, blood circulation is improved not only in the upper limbs but also in the entire upper body. In addition, the back of the present invention, when worn, can be left exposed without covering the back and palm of the hand beyond the wearer's wrist, and is simply worn by the finger strap. Even if it does, workability is not hindered, it is convenient to work while wearing, and comfort does not deteriorate.

The main body band part includes a wrist band part only on the wrist part side or a wrist band part on the wrist part side, an arm band part on the elbow part side, and an arm cover part between the wrist band part and the arm band part. The wristband portion or the wristband portion and the armband portion are characterized in that elastic yarn such as rubber yarn is knitted.
According to the above configuration, the main body band portion may be basically only the wristband portion on the wrist side, the wristband portion on the wrist side, the armband portion on the elbow portion side, and these wristband portions. The arm cover part may be provided between the arm band part and the arm band part. In the latter case, the wearing pressure may be distributed to the arm part from the wrist part of the wearer to the elbow part side. In addition, since a heat retaining effect can be obtained, it is possible to improve the comfort by preventing the blood circulation from being inhibited.

The finger strap part includes a loop-like first string having both ends attached to a substantially central part in the width direction of the wrist part palm side of the main body band part and one end in the width direction of the wrist part back side, and the main body band part A loop-shaped second string having both ends attached to the substantially central part in the width direction on the palm side of the wrist and the other end in the width direction on the back side, and the first string and the second string are one Can be hooked on the palm side and the back side between the base part between the first finger and the second finger and the wrist part, and the other is the base part between the fourth finger and the fifth finger. It is characterized in that it can be hooked between the palm side and the back side between the wrist and the wrist.
According to the above configuration, the root portion between the first finger and the second finger and the root portion between the fourth finger and the fifth finger are stimulated only by the two strings of the first string and the second string. The blood flow is promoted, and a tensile force that opens the first finger (thumb) and the fifth finger (little finger) to the outside can be applied. Accordingly, the second finger to the fourth finger can be applied. A tensile force that opens and opens the entire palm of the hand can be exerted. As a result, the palm shrunk so as to be twisted inward by muscle sagging or the like is spread outward, the bending of venous blood vessels such as the dorsal vein network is corrected, and venous blood circulation is promoted. As a result, the inflow of blood into the arterial blood vessels is increased, blood exchange is promoted to the capillaries at the fingertips, blood circulation at the fingertips is improved, and the prevention and improvement treatment of the occurrence of diseases such as coldness and tingling can be achieved. In addition, when worn, the first string and the second string only pass through positions that are widely separated on both sides in the width direction on the back side of the hand, and can hold the most exposed part without covering the back of the hand. In addition, on the palm side of the hand, the first string passes from the base between the first finger (thumb) and the second finger (index finger) to the center in the width direction of the wrist, and the fourth finger (ring finger) and the second finger Since the second string only passes from the base part between the five fingers (little fingers) to the center part in the width direction of the wrist part, the most part is left exposed without covering the palm of the wearer's hand. Even if it is always worn, workability is not hindered, it is convenient to work while wearing, and comfort does not deteriorate.

Said 1st string and 2nd string are attached to the said body band part so that it can mount | wear with the tensile strength of 15-30 mN between the base part and wrist part of the finger | toe hooked. .
According to the above configuration, when worn, the first string and the second string can be attached with a tensile force that does not hinder blood flow, and the tensile force is insufficient at 15 mN or less to correct the bending of the venous blood vessel. The effect is poor, and blood flow may be inhibited at 30 mN or more.

  ADVANTAGE OF THE INVENTION According to this invention, even if it always wears, the comfort which is not inferior and there is no inconvenience, the back which can correct the bending of a venous blood vessel and can improve blood circulation can be provided.

Hereinafter, embodiments of the back according to the present invention will be described with reference to the drawings.
As shown in FIGS. 1 to 3, the back 1 of the present invention is a cylindrical shape that is attached to a wearer's wrist a or to cover an arm portion b extending from the wrist a toward the elbow. It has a main body band portion 2 and a finger strap portion 3 that is attached to the main body band portion 2 in a loop shape and can be hooked between a base portion between fingers and a wrist portion a.
The main body band part 2 includes only the wrist band part 2a on the wrist part a side or the wrist band part 2a on the wrist part a side, the arm band part 2b on the elbow part side, the wrist band part 2a and the arm band part 2b, The wristband portion 2a or the wristband portion 2a and the armband portion 2b are knitted with elastic yarn such as rubber yarn.

The wristband portion 2a is annular and is provided with a tightening force that does not hinder blood flow. Further, the arm band part 2b and the arm cover part 2c are also annular or cylindrical and are given a tightening force weaker than that of the wrist band part 2a to the extent that blood flow is not hindered.
The finger strap part 3 is attached by sewing, bonding, or the like at both ends to a substantially central part 2e in the width direction on the wrist palm side 2d of the main body band part 2 and 2g near one end in the width direction on the wrist back side 2f. Both ends are sewn and bonded to the loop-shaped first string 3a, the substantially central portion 2e in the width direction of the wrist palm side 2d of the main body band portion 2, and the vicinity 2h in the width direction other end of the wrist back side 2f. An attached loop-shaped second string 3b, and one of the first string 3a and the second string 3b is between the first finger (thumb) c and the second finger (index finger) d. It can be hooked between the base part e and the wrist part a across the palm side f and the back side g, and the other 3b is the base part between the fourth finger (ringing finger) h and the fifth finger (little finger) i. It can be hooked across the palm side f and the back side g between the part j and the wrist part a.

The first cord 3a and the second cord 3b are attached to the main body band portion 2 so that the first cord 3a and the second cord 3b can be attached with a tensile strength of 15 mN to 30 mN between the hook bases e and f and the wrist a. ing.
The finger strap 2 uses a woven rubber cord, a hollow macaroni-shaped tape or the like, and the shape of the string may be any of a round string, a square string, a flat string, and a hollow string, and the width or thickness of the string. Is in the range of 1 mm to 10 mm, preferably in the range of 3 mm to 5 mm, but is not limited to this, and as the width or thickness of the string is increased, the stimulating and correcting effect increases, and conversely decreases. As the stimulation and correction effect become smaller, it may be set appropriately within a range that does not deteriorate comfort.

And, the tensile strength of the finger strap 2 is 15 to 30 mN. This is because the tensile force is insufficient at 15 mN or less, and the effect of correcting the bending of the venous blood vessels is poor, and the blood flow is inhibited at 30 mN or more. Because there is a fear.
Further, as shown in FIGS. 2 and 3, the first string 3a is attached to the main body band portion 2 with the first finger (thumb) in a state where the hand is placed on the desk by removing the force on the back side g of the hand. ) Parallel to c, passing through the base e of the first finger (thumb) c and second finger (forefinger) d and folding back to the palm side f of the hand, and the thumb bulb abdominis muscle (at least the short thumb abductor) As shown in FIG. 1, the first string 3 a has one end at the substantially central part 2 e in the width direction on the wrist palm side 2 d of the main body band part 2, as shown in FIG. 1. The other end is attached to 2 g near one end in the width direction of the wrist back side 2f in a loop shape by sewing or bonding, respectively.

  As shown in FIGS. 2 and 3, the second string 3 b is attached to the main body band portion 2 as shown in FIGS. 2 and 3. In parallel with the second finger (ringing finger) h and the fifth finger (little finger) i through the base j of the hand and folded back to the palm side f of the hand, and placed on the inside so as not to press the little finger bulb muscle m. Therefore, as shown in FIG. 1, the second cord 3 b has one end at the substantially central portion 2 e in the width direction of the wrist palm side 2 d of the main body band portion 2, and the other end in the width direction at the wrist back side 2 f. In the vicinity of the end 2h, it is attached in a loop shape by sewing or bonding.

The wristband portion 2a is formed in an annular shape or a cylindrical shape in order to fix the finger strap portion 3 to the wrist portion a. For this purpose, a certain degree of tightening strength is required. The strength is such that it does not hinder the flow. Moreover, the length direction dimension of the wristband part 2a is set to such a length as to extend from the opening to the rib of the wrist.
The arm cover portion 2c is formed in an annular or cylindrical shape so as to assist the wristband portion 2a to which the tensile force is applied by attaching the finger strap portion 3 by sewing or adhesion. Is considered to be strong enough not to impede blood flow. Moreover, the length of the arm cover part 2c is not so much, for example, about 5 cm. In addition, it is also possible to lengthen the arm cover portion 2c so as to cover most of the arm portion. In this case, it is particularly preferable not to press the circular inner muscle of the arm portion b.

  The arm band portion 2b is formed in an annular shape or a cylindrical shape in order to prevent the arm cover portion 2c from slipping down. For this reason, the tightening strength is such that the arm cover portion 2c can be prevented from slipping down. It is sufficient if it is strong, and it is preferable to set it as weak as possible.

-Finger strap part 3
Uses a hollow macaroni-shaped tape (85% nylon, 15% polyurethane elastic fiber) 1st string (thumb retaining side) 3a: Length (full length) 17cm (sewing allowance: 1.5cm)
Second string (small finger hook side) 3b: Length (full length) 14cm (sewing allowance: 1.5cm)
Width (thickness) 3mm

・ Arm cover part 2c
The following 2 types of yarn are knitted with plating. Table yarn: 100/2% cotton with count 60/2
Back yarn: Polyurethane elastic yarn with count 20/75 (92% polyester, 8% polyurethane)
The polyurethane elastic yarn is a single covering yarn of cover yarn: polyester (20 denier) and core yarn: polyurethane elastic fiber (75 denier).

・ Wristband part 2a and armband part 2b
In addition to the yarn of the arm cover part 2c, a 6500th rubber thread (polyester 87.5%, polyurethane 12.5%) is knitted, the wristband part 2a is a double welt (common in socks), and the armband part 2b is It was formed with a single welt.

・ Dimensions in the length direction Wristband part 2a: Approximately 25mm
Arm cover part 2c: about 45 mm
Armband part 2b: about 20mm

・ Measured as tightening strength → elongation in the width direction Finished dimension: Length dimension in the width direction of the center of the part when the product is placed on a desk.

Dimensions after elongation: Length in the width direction of the central part of the part when pulled by hand in the width direction and not stretched any further.
Wristband part 2a: Finished dimension 8cm, dimension after elongation 19cm.
Arm cover part 2c: Finished dimension 9 cm, dimension after elongation 17 cm.
Armband part 2b: Finished dimension 8cm, dimension after elongation 19cm.

The embodiment of the back according to the present invention has the above-described configuration, and FIG. 1 shows a left-hand wearing type, and the right-hand type is omitted in the drawing, but has a symmetrical shape. Next, the usage method will be described.

First, the main body band part 2 of the back 1 of FIG. 1 is attached to the wrist part a of the left hand, the loop of the first string 3a is passed through the first finger (thumb) c, and the loop of the second string 3b is connected to the fifth finger ( The little finger) is passed through i (see FIGS. 2 and 3). The same applies to the right hand.
If mounted as described above, the following effects can be obtained. That is, according to the configuration of the above-described embodiment, the root portion e between the first finger c and the second finger d and the fourth finger h and the first string 3a and the second string 3b are only two strings. Stimulates the root j between the five fingers i to promote blood circulation. In addition, a tensile force that opens the first finger (thumb) c and the fifth finger (little finger) i acts outwardly, and accordingly, the second finger d to the fourth finger h are also opened. Tensile force that opens the entire palm is spreading. As a result, the palm shrunk so as to be twisted inward by muscle sagging or the like is spread outward, the bending of venous blood vessels such as the dorsal vein network is corrected, and venous blood circulation is promoted. As a result, the inflow of blood into the arterial blood vessels is increased, blood exchange is promoted to the capillaries at the fingertips, blood circulation at the fingertips is improved, and the prevention and improvement treatment of the occurrence of diseases such as coldness and tingling can be achieved. In addition, when worn, the first string 3a and the second string 3b only pass through positions that are widely separated on both sides in the width direction on the back side g of the hand (see FIG. 2), and most of them are exposed without covering the back of the hand. Further, on the palm side f of the hand, from the base portion e between the first finger (thumb) c and the second finger (index finger) d to the center portion 2e in the width direction of the wrist portion a. The first string 3a passes (see FIG. 3), and the second string 3b extends from the base j between the fourth finger (ringing finger) h and the fifth finger (little finger) i to the center 2e in the width direction of the wrist a. Since it only passes (see Fig. 3), it can be left exposed without covering the palm of the wearer's hand, and even if it is always worn, workability is not hindered. It is convenient that you can work as it is, and comfort does not deteriorate.

  The main body band portion 2 so that the first cord 3a and the second cord 3b can be attached with a tensile strength of 15 to 30 mN between the base portions e and j of the hooked fingers c and i and the wrist portion a. Therefore, when worn, the first string 3a and the second string 3b can be attached with a tensile force that does not inhibit blood flow. Further, since the wristband portion 2a is provided with a tightening force that does not inhibit blood flow, the wrist strap portion 3a can be attached to the wrist strap without affecting the blood flow of the wearer's wrist a. It can be fixedly held on a. The arm band portion 2b and the arm cover portion 2c are obstructed to the blood flow of the wearer's arm portion b by being given a tightening force weaker than the wristband portion 2a to the extent that the blood flow is not inhibited. The wristband portion 2a can be supported in an auxiliary manner without being done, and the arm cover portion 2c can be prevented from slipping off. Even when the arm cover portion 2c is lengthened, It can also prevent the muscles from being squeezed strongly, and does not worsen the comfort.

  The back according to the embodiment of the present invention has the above-described configuration and operational effects, but the present invention is not limited to the above-described embodiment, and is appropriately within the scope described in the claims. It may be modified and implemented. For example, you may provide a finger strap that can be hooked independently on all fingers or one or more of them from the first finger to the fifth finger, or only on the third finger, The finger may be hooked over the fourth finger, and in that case, a tensile force may be applied through the back side of the hand.

It is a perspective view for the left hand mounting | wearing of the back which concerns on this invention. It is the top view seen from the back side of the state where the back concerning the present invention was equipped to the left hand. It is the top view seen from the palm side of the state which mounted | wore the left hand with the back which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Back 2 Main body band part 3 Finger strap part 2a Wrist band part 2b Arm band part 2c Arm cover part 3a First string 3b Second string

Claims (4)

  A body band part that is attached to the wrist part or attached to cover the arm part extending from the wrist part toward the elbow part side, and is attached to the body band part in a loop shape between the base part between the finger and the wrist part A back having a finger strap that can be hooked over.   The main body band part includes a wrist band part only on the wrist part side or a wrist band part on the wrist part side, an arm band part on the elbow part side, and an arm cover part between the wrist band part and the arm band part. The upper part according to claim 1, wherein the wristband part or the wristband part and the armband part are knitted with an elastic thread such as a rubber thread.   The finger strap part includes a loop-like first string having both ends attached to a substantially central part in the width direction of the wrist part palm side of the main body band part and one end in the width direction of the wrist part back side, and the main body band part A loop-shaped second string having both ends attached to the substantially central part in the width direction on the palm side of the wrist and the other end in the width direction on the back side, and the first string and the second string are one Can be hooked on the palm side and the back side between the base part between the first finger and the second finger and the wrist part, and the other is the base part between the fourth finger and the fifth finger. The back according to claim 1 or 2, wherein the back can be hooked across the palm side and the back side between the wrist and the wrist.   The first cord and the second cord are attached to the main body band so that the first cord and the second cord can be attached with a tensile strength of 15 mN to 30 mN between the base portion of the hooked finger and the wrist portion. The back according to claim 3.

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