CN217611627U - All-season general type restraint glove structure - Google Patents

Abstract

A four-season universal constraint glove structure comprises a ventilation inner plate layer, an inner ventilation mesh bag, a main bandage, a middle cloth bag and an outer heat-preservation bag. The main binding band comprises a band bag connecting ring fixedly connected with the bag opening of the inner breathable mesh bag and a left small binding band and a right small binding band fixedly connected with the band bag connecting ring. The inner ventilation board layer is arranged in the inner ventilation mesh bag, and the front edge of the inner ventilation board layer is positioned behind the rear edge of the connecting ring with the bag. The lower layer of the ventilating inner plate layer and the lower layer of the inner ventilating mesh bag are fixedly connected together. Detachable fixed connection structures are arranged between the bag openings of the medium bag and the outer heat-preservation bag and the main binding band. The utility model discloses novel structure can select the structure of different structural morphology to constitute according to the difference of season and weather, to the personnel that need use the restraint gloves throughout the year, can greatly reduced user's use cost. Without causing discomfort to the user due to moisture pooling and excessive limitation in finger range of motion.

Description

Structure of all-season-used constraint glove

Technical Field

The utility model relates to a restraint utensil, concretely relates to be used for retraining the restraint gloves that need be retrained the activity of object hand.

Background

In hospitals or nursing homes, the hand activities of people are often restricted so as not to cause bad damage and influence on the people and the surrounding environment, and the restricting gloves are a common tool.

Application No. 202021244664.X, grant publication No. CN 213098646U, entitled "a restraining glove for facilitating use of an oxygen saturation clip" discloses a restraining glove: the zipper comprises a main body, a zipper, a first elastic belt and a soft layer, wherein a breathable net is installed on the outer wall of the main body, a grabbing prevention plate is arranged on the inner side of the breathable net, the first elastic belt is arranged on the right side of a second elastic belt, a clamping block is fixed at the tail end of the first elastic belt, the zipper is installed on the outer side of the main body, and a pull head is installed at the tail end of the zipper. This restraint gloves convenient to use oxygen saturation clamp is provided with prevents the nipper, the inner wall of preventing the nipper has the rubber strip through adhesive connection, the rubber strip has guaranteed that patient's five fingers are in the mutual separation state, mutual non-adhesion, further avoided the patient to produce and has pulled out and hold the pipeline, restless phenomenon such as scratch, the probability that dangerous hidden danger takes place has been reduced, be fixed connection between cold-proof cotton cover and the bundle position circle, and bundle position circle cup joints with the bundle position piece each other, cold-proof cotton cover plays heat retaining effect under winter or the chilly condition of temperature, patient's hand emergence frostbite has been avoided. "it considers the heat preservation problem of user under the condition of winter or temperature cold, but not comprehensive effective enough to consider to needs ventilation heat dissipation problem time slot such as summer.

Disclosure of Invention

The main purpose of the present invention is to provide a restraining glove structure suitable for the subject whose hand movement is restrained to use in four seasons.

The utility model discloses used technical scheme is: a four-season universal constraint glove structure comprises a ventilation inner plate layer, an inner ventilation mesh bag, a main binding belt, a middle cloth bag and an outer heat-preservation bag;

the main binding band comprises a band bag connecting ring fixedly connected with the bag opening of the inner breathable mesh bag and a left small binding band and a right small binding band fixedly connected with the band bag connecting ring. The inner ventilation board layer is arranged in the inner ventilation mesh bag, and the front edge of the inner ventilation board layer is positioned behind the rear edge of the connecting ring with the bag. The lower layer of the ventilating inner plate layer and the lower layer of the inner ventilating mesh bag are fixedly connected together. Detachable fixed connection structures are arranged between the bag openings of the medium bag and the outer heat-preservation bag and the main binding band.

The ventilation structure of the ventilation inner plate layer is composed of a plurality of small round holes which are arranged on the ventilation inner plate layer and are vertical to the plate surface of the ventilation inner plate layer. The inner breathable mesh bag is formed by fixedly connecting the left edge, the right edge and the rear edge of the upper layer of the inner breathable mesh bag and the lower layer of the inner breathable mesh bag (through sewing or integral manufacturing). The upper layer of the inner breathable mesh bag and the lower layer of the inner breathable mesh bag are both made of plastic flat nets or cloth nets, and the cloth nets are preferred. The structure characteristics of the middle cloth bag and the outer heat preservation bag are similar to those of the inner breathable mesh bag, namely the left edge, the right edge and the rear edge of each of the middle cloth bag and the outer heat preservation bag are fixedly connected together to form a bag-shaped structure similar to the inner breathable mesh bag, and the inner breathable mesh bag can be flatly arranged in the middle cloth bag and the outer heat preservation bag. The small bandage is used for tying the utility model and the wrist of the hand together. In addition, the use of the inner breathable mesh bag, the middle cloth bag and the outer heat-insulating bag is implemented according to the following conditions:

1. in hot environments such as summer and the like, only the inner breathable mesh bag is used, namely, the middle cloth bag and the outer heat-preservation bag are not connected with the main binding band;

2. in cold weather environments such as winter, the bag is not used, but the bag opening of the outer heat-preservation bag is connected with the main binding band, and the inner breathable mesh bag main body is positioned in the outer heat-preservation bag;

3. in non-weather hot and cold environments, the outer heat-insulating bag is not used, but the bag opening of the middle cloth bag is connected with the main binding belt, and the main body of the inner breathable mesh bag is positioned in the middle cloth bag;

as described above, the utility model can change the specific structural configuration according to the difference of the use seasons [ actually including the difference of the user's feeling during use ], thus having good weather adaptability, and the change of the specific structural configuration can be completed quickly.

Preferably, the width of the strap of the bag attachment loop is greater than the width of the small strap. The detachable fixed connection structure is arranged between the bag openings of the middle cloth bag and the outer heat preservation bag and the main binding band and is arranged at the position between the front edges of the bag openings of the middle cloth bag and the outer heat preservation bag and the rear edges of the bag-with-bag connecting rings. This preferred scheme, rational in infrastructure is favorable to operating little bandage handle the utility model discloses tie up with user's wrist and be in the same place.

Preferably, the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat preservation bag and the main binding band consists of a plurality of first small binding bands, one ends of which are fixedly connected with the main binding band, and a plurality of second small binding bands, one ends of which are fixedly connected with the middle cloth bag and the outer heat preservation bag; or in one of three other ways:

the first method is as follows: the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat preservation bag and the main binding bands comprises a plurality of first small binding band groups, each first small binding band group comprises two sections of first small binding bands, one ends of the two sections of first small binding bands are fixedly connected with the belt bag connecting ring, a plurality of through hole groups for the first small binding bands in the first small binding band groups to pass through are arranged on the corresponding middle cloth bag and the corresponding outer heat preservation bag, and each through hole group comprises two through holes;

the second method is as follows: the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat-preservation bag and the main binding band consists of two sections of zippers; the third is: the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat preservation bag and the main binding band is composed of a plurality of snap fasteners;

the detachable fixed connection structures arranged between the bag openings of the four middle and outer heat preservation bags and the main binding band have the advantages of simple structure and convenience in use, and are easy to process and low in cost.

Preferably, a ventilation structure which can be closed and opened is arranged between the upper layer and the lower layer at the left side and the right side of the middle cloth bag and the outer heat-preservation bag. This preferred scheme is convenient for open in good time and is got rid of steam and the moisture of siltation in well sack, outer insulation bag, and does not influence the constraint effect to restraint gloves user.

Preferably, several ventilation inner board layers of different sizes are included. The distance between the leading edge of the different vent inner plies to the trailing edge of the vent inner plies is different. This preferred scheme can be according to the difference of the size of user's palm or according to whether the activity degree that needs restraint user's finger selects the interior sheet layer of ventilation of equidimension not.

Preferably, the left side and the right side of the ventilation inner plate layer are respectively provided with a convex structure. It is further preferred that the location of attachment of the raised formation and the vented inner panel layer is variable to accommodate the width of the palm of the user's hand, etc., so that the user's fingers have a limited range of motion. Further preferably, the protruding structure is formed by a convex strip or a plurality of protruding blocks extending forwards and backwards, and the height of the convex strip or the protruding point is greater than or equal to five millimeters. The further preferable scheme has good use effect, more applicable people and low processing and manufacturing cost.

To sum up, the utility model discloses novel structure can select the structure of different structural morphology to constitute according to the difference of season and weather, to the personnel that need use constraint gloves throughout the year, use cost that can greatly reduced user. Without causing discomfort to the user due to moisture pooling and excessive limitation in finger range of motion.

Drawings

FIG. 1: the utility model is suitable for the overlooking schematic diagram under the using state in the cold environment such as winter;

in the figure: the breathable inner plate layer 1, the inner breathable mesh bag 2, the main bandage 3, the connecting ring with the bag 3.1, the small bandage 3.2 and the outer heat-insulating bag 4.

Detailed Description

The technical solution of the present invention is further specifically described below by way of examples and with reference to the accompanying drawings.

The utility model comprises an inner ventilating plate layer 1, an inner ventilating mesh bag 2, a main bandage 3, a middle cloth bag and an outer heat preservation bag. According to different seasons or ambient temperatures, whether a middle cloth bag or an outer heat-preservation bag is additionally arranged on the inner breathable mesh bag 2 is determined. In the following description, the portion near the mouth of the bag is referred to as the front portion and the portion near the bottom of the bag is referred to as the rear portion, and the left hand side of the person facing the inner air-permeable mesh bag is referred to as the left side and the right hand side of the corresponding person is referred to as the right side.

The first embodiment is as follows:

embodiment one it is said that the utility model discloses overlook the sketch map of structure under cold environment user state such as winter

As shown in fig. 1, the utility model comprises a ventilation inner plate layer 1, an inner ventilation mesh bag 2, a main bandage 3, an outer heat preservation bag 4 and a secondary bandage ring which is not shown in the figure. The main strap 3 and the secondary strap loop are made of flexible material. Wherein the content of the first and second substances,

the main binding band 3 comprises a band bag connecting ring 3.1 fixedly connected with the opening of the inner breathable mesh bag 2 and a left small binding band 3.2 and a right small binding band 3.1 fixedly connected with the band bag connecting ring. In this embodiment, the perimeter of the auxiliary binding band is smaller than the perimeter of the bag-with-connection ring 3.1, the width of the auxiliary binding band is equal to the width of the bag-with-connection ring 3.1, and the bag opening of the inner breathable mesh bag 2 is sandwiched between the bag-with-connection ring 3.1 and the auxiliary binding band and is fixedly connected with the bag-with-connection ring 3.1 and the auxiliary binding band by sewing or adhering. The inner air permeable ply 1 is positioned within the inner air permeable mesh bag 2 and the leading edge of the inner air permeable ply 1 is located behind the trailing edge of the bag attachment loop 3.1. The lower layers of the ventilating inner plate layer 1 and the inner ventilating mesh bag 2 can be detachably connected together (for example, the lower layers can be connected together by a threading method, and the specific structural details are not described herein because of the simple technology). All be equipped with removable linking structure between the sack of outer insulated bag 4 and the main bandage 3, this embodiment, the sack of outer insulated bag 4 contains the area bag clamping ring 3.1 and contains it to link together through snap-fastener and the removable stationary phase of taking bag clamping ring 3.1.

When in use, the hand of a user is inserted into the inner breathable mesh bag 2, and then the utility model is connected with the pocket mouth of the user by the small bandage 3.2.

In the above embodiment, the detachable fixed connection structure provided between the bag opening of the outer thermal insulation bag 4 and the main binding band 3 may be replaced by another one of the following three detachable fixed connection structures:

the first one is composed of a plurality of first small binding bands, one ends of which are fixedly connected with a belt bag connecting ring 3.1, and a plurality of second small binding bands, one ends of which are fixedly connected with an outer heat-preservation bag 4;

the second type comprises a plurality of groups of first small bandage groups, each first small bandage group comprises two sections of first small bandages, one ends of the two sections of first small bandages are fixedly connected with a connecting ring 3.1 of a belt bag, a plurality of through hole groups for the first small bandages in the first small bandage groups to pass through are arranged on the corresponding middle cloth bag and the corresponding outer heat-preservation bag 4, and each through hole group comprises two through holes;

and thirdly, the bag-type heat preservation bag is composed of two sections of zippers which are respectively arranged between the upper layer with the bag connecting ring 3.1 and the upper layer of the outer heat preservation bag and between the lower layer with the bag connecting ring 3.1 and the lower layer of the outer heat preservation bag, and the specific structural details are simple technology and are not described herein.

As a modification of the first embodiment, the above embodiment may be further modified as follows:

the first improvement is that: a ventilation structure which can be closed and opened is arranged between the upper layer and the lower layer of the left side and the right side of the outer heat preservation bag 4, and the ventilation structure is preferably arranged at a position which can ensure that the thumb can not penetrate out. The specific structural details are not described herein since they are simple techniques;

the second improvement is as follows: the ventilation inner plate layer 1 comprises a plurality of ventilation inner plate layers 1 with different sizes, the distances from the front edges of the different ventilation inner plate layers 1 to the rear edges of the ventilation inner plate layers 1 are different, but the distances between the front edges of the ventilation inner plate layers 1 and the rear edges of the connection rings with bags 3.1 are the same when the ventilation inner plate layers are used, and the ventilation inner plate layers are selected according to the size of hands of a user or different constraint degree requirements of the hands when the ventilation inner plate layers are used;

the third improvement is that: the left side and the right side of the ventilating inner plate layer 1 are respectively provided with a convex structure, the convex structure is composed of convex strips or a plurality of convex blocks moving forwards and backwards, the height of each convex strip or each convex block is more than or equal to five millimeters, the width of each convex strip is more than the diameter of a vent hole formed in the ventilating inner plate layer 1, the bottom surface of each convex block is a square with the side length larger than the diameter of the vent hole formed in the ventilating inner plate layer 1, and the lower surfaces of the convex strips and the convex blocks are provided with inserting columns which can be tightly inserted into the vent holes formed in the ventilating inner plate layer 1. The third improvement scheme can change the connecting position of the raised strip or the raised block and the ventilating inner plate layer 1 according to the different sizes of the palms of the users, so that the fingers used by the utility model can be ensured to have a certain but not excessively large moving range;

the fourth improvement is that a plurality of through grooves which are intersected transversely and longitudinally are arranged at the contact part of the ventilation inner plate layer 1 and the hand of a user so as to strengthen the corresponding ventilation performance and improve the corresponding use comfort of the user. The improvement is particularly effective in hot summer.

The four further improvement schemes can be synchronously implemented.

The above-described embodiments and modifications are merely preferred embodiments of the present invention, and are not intended to limit the scope of the invention. Indeed, many equivalent variations in the shapes, constructions and design objectives of the devices according to the present invention are possible. Therefore, all equivalent changes made in the shape, structure and design objectives of the present invention should be considered within the scope of the present invention, i.e. all equivalent changes should be protected by the present invention.

Claims (10)

1. The utility model provides a general type restraint gloves structure of four seasons, characterized by: comprises a ventilating inner plate layer (1), an inner ventilating mesh bag (2), a main binding band (3), a middle cloth bag and an outer heat-insulating bag;

the main binding band (3) comprises a bag connecting ring (3.1) fixedly connected with the opening of the inner breathable mesh bag (2) and a left small binding band (3.2) and a right small binding band (3.1); the ventilation inner plate layer (1) is arranged in the inner ventilation mesh bag (2) and the front edge of the ventilation inner plate layer (1) is positioned behind the rear edge of the connection ring (3.1) with the bag; the lower layers of the ventilating inner plate layer (1) and the inner ventilating mesh bag (2) are fixedly connected together; detachable fixed connection structures are arranged between the bag openings of the middle cloth bag and the outer heat preservation bag (4) and the main binding belt (3).

2. The four season versatile type constraint glove structure of claim 1, wherein: the width of the connecting ring (3.1) with the bag is larger than that of the small binding band (3.2); a detachable fixed connection structure is arranged between the bag opening of the middle cloth bag and the outer heat preservation bag (4) and the main binding band (3) and is arranged at a position between the front edge of the bag opening of the middle cloth bag and the outer heat preservation bag (4) and the rear edge of the connecting ring (3.1) of the belt bag.

3. The four season versatile type constraint glove structure of claim 1, wherein: the detachable fixed connection structure arranged between the bag opening of the middle cloth bag and the outer heat preservation bag (4) and the main binding band (3) is composed of a plurality of first small binding bands fixedly connected with one ends of the bag connection rings (3.1) and a plurality of second small binding bands fixedly connected with the middle cloth bag and the outer heat preservation bag (4).

4. The four season versatile type constraint glove structure of claim 1, wherein: the detachable fixed connection structure arranged between the bag opening of the middle cloth bag and the outer heat preservation bag (4) and the main binding band (3) comprises a plurality of groups of first small binding band groups, each first small binding band group comprises two sections of first small binding bands, one end of each of the two sections of first small binding bands is fixedly connected with the belt bag connecting ring (3.1), a plurality of through hole groups for the first small binding bands in the first small binding band groups to pass through are arranged on the corresponding middle cloth bag and the outer heat preservation bag (4), and each through hole group comprises two through holes.

5. The four season versatile type constraint glove structure of claim 1, wherein: the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat preservation bag (4) and the main binding band (3) is composed of two sections of zippers.

6. The four season versatile type constraint glove structure of claim 1, wherein: the detachable fixed connection structure arranged between the bag openings of the middle cloth bag and the outer heat preservation bag (4) and the main binding band (3) is composed of a plurality of snap fasteners.

7. The four season universal type constraint glove structure according to claim 1, wherein: a ventilation structure which can be closed and opened is arranged between the upper layer and the lower layer at the left side and the right side of the middle cloth bag and the outer heat-preservation bag (4).

8. The four season versatile type constraint glove structure of claim 1, wherein: comprises a plurality of ventilation inner plate layers (1) with different sizes; the distances from the front edges of the different ventilation inner plate layers (1) to the rear edges of the ventilation inner plate layers (1) are different.

9. The four season versatile type constraint glove structure of claim 1, wherein: the left side and the right side of the ventilation inner plate layer (1) are respectively provided with a convex structure.

10. The four season versatile type restraining glove structure of claim 9, wherein: the protruding structure is composed of a protruding strip or a plurality of protruding blocks moving forwards and backwards, and the height of the protruding strip or the protruding point is larger than or equal to five millimeters.

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