Restraint glove

Abstract

The utility model provides a restraining glove which comprises a glove body composed of a palm face and a hand back face, the rear end portion of the glove body is of a wrist protection structure composed of a palm face reverse integrated extending structure, the palm face is of a sleeve-shaped structure formed by sewing double-layer cloth, and an anti-grabbing plate is placed in a cavity of the sleeve-shaped structure of the palm face. The edge of the hand back face and the edge of the palm face are sewn, the hand back face is made of eyelet fabric, and a finger separation structure is arranged between the palm face and the hand back face and divides the glove body into 2-5 sub inner cavities through sewing lines. On the basis of reducing the movement range of fingers of a patient and relieving the danger of scratching the patient during mood excitation, a certain movement space is provided for the fingers, and the comfort degree of the glove is guaranteed.

Description

Technical Field

[0001] The utility model relates to the technical field of medical care, and more specifically to a restraining glove. Background Art

[0002] For some patients with weak autonomous consciousness and out-of-control emotions, hospitals usually fix the patient's body parts before implementing treatment and rescue measures to ensure the effectiveness of the treatment process. The traditional practice is usually to tie and fix the patient's body parts with ropes or other structures, but this practice lacks humaneness and makes the patient uncomfortable, and at the same time will increase the patient's resistance consciousness. Therefore, relevant technical personnel are committed to the research and development of relevant safety auxiliary equipment. Currently, restraint gloves are often used to tie and restrain the patient's palms.

[0003] Restraint gloves are a kind of medical equipment. Restraint gloves are also called limb fixators. They are used for temporary fixation of the hands, covering the grasping function of the hands, preventing unplanned removal of therapeutic tubes, and avoiding scratching the skin. The application areas are generally in critical care medicine, neurology, neurosurgery, geriatrics, and other departments with patients with therapeutic tubes or patients at risk of scratching. There are many types of restraint gloves, including elastic type, mesh comfort type, mesh open type, cotton open type, extra thick cushion type, etc., which can be selected according to different needs.

[0004] The existing restraint gloves have poor restraining effect on the patient's hands. The hands can be turned over in the gloves, which can easily cause extubation problems. Anti-scratch plates are generally provided to prevent patients from grabbing things randomly, but some patients will slap themselves or others with the gloves when they are emotionally excited, causing self-injury or injury to others. Secondly, the patient's hands are restricted by the anti-scratch plates and cannot bend naturally, reducing the comfort of the restraint gloves. Furthermore, the structural design of the restraint gloves used to restrain the patient's wrists is relatively rough and cannot effectively prevent the patient from accidentally opening the gloves. Traditional restraint belts are generally single fixed points and cannot effectively limit the movable space of the patient's hands.

[0005] Publication number CN 217409110 U discloses an improved and upgraded version of the restraint glove, which prevents a restless patient from rotating the glove to remove the tube by setting an anti-scratch plate on the first end face and the second end face of the glove; expands the area of ​​the glove cavity by setting an extension structure; and allows the user's hands to move freely in the cavity.

[0006] Publication number CN 218979399 U discloses a restraining glove, comprising a wrist protection sleeve and a palm and finger protection sleeve, wherein the wrist protection sleeve is provided with a restraining strap for tightening the wrist protection sleeve; the finger protection sleeve is provided with a plurality of limiting connecting cloth strips for separating the fingers, the plurality of limiting connecting cloth strips connect the front and back sides of the palm and finger protection sleeve, the plurality of limiting connecting cloth strips have different lengths and do not contact the wrist protection sleeve, so that space for placing the palm is reserved in the palm and finger protection sleeve, so as to prevent scratching and self-injury caused by tube removal, and the five fingers are separated without adhesion.

[0007] However, the technical solution of only setting two anti-scratch plates in the above patent does not provide soft materials and ignores the consideration of the comfort of gloves; the technical solution of only setting soft materials has no rigid restriction on palm flipping, resulting in the problem that patients are still prone to self-flipping and extubation, so a restraining glove is designed. Utility Model Content

[0008] In view of this, in order to solve the above problems, the utility model proposes a restraining glove, which prevents the patient's hand from turning over by itself by arranging an anti-scratch plate 12 on the palm surface 11; achieves breathability by arranging a mesh cloth on the back of the hand 22, and provides a suture line 101 to separate the fingers, thereby reducing the range of movement of the patient's fingers and reducing the risk of scratching themselves when emotionally excited, giving the fingers a certain amount of movement space to ensure the comfort of the gloves; arranging folding surfaces on both sides of the wrist protection structure in combination with two groups of Velcro to achieve a double fastening effect; arranging a strip of Velcro 34 on the outside of the book cover body can freely adjust the tightness according to the thickness of the patient's wrist and the thickness of the clothes; the palm surface 11 with high elasticity and softness provides deformation support for the patient's hand, and the arc convexity on the surface conforms to the hand functional science and allows the hand to bend naturally, which greatly improves the comfort of the patient's hand while preventing the patient's hand from grabbing objects; the arrangement of the mesh cloth on the back of the hand 22 improves the breathability of the glove.

[0009] A restraining glove comprises a glove body 10 consisting of a palm surface 11 and a back of the hand 22, wherein the rear end of the glove body 10 is a wrist protection structure consisting of a reverse integral extension structure of the palm surface 11, the palm surface 11 is a sleeve-like structure sewn from a double-layer fabric, and is characterized in that an anti-scratch plate 12 is placed in the cavity of the sleeve-like structure of the palm surface 11, the edge of the back of the hand 22 is sewn to the edge of the palm surface 11, the back of the hand 22 is a mesh fabric, a finger separation structure is provided between the palm surface 11 and the back of the hand 22, and the finger separation structure divides the glove body 10 into 2 to 5 sub-cavities through a suture line 101.

[0010] In some embodiments, the glove body 10 is divided into 2 to 5 sub-cavities. Some patients need to separate their five fingers to avoid friction between them that aggravates the pain. If the patient does not need to separate the five fingers completely, two to four sub-cavities can be used. This reduces the range of motion of the patient's fingers and reduces the risk of scratching themselves when they are emotionally excited, giving the fingers a certain amount of space to move, thereby ensuring the comfort of the gloves.

[0011] In some embodiments, the cavity between the anti-scratch plate 12 and the palm surface 11 is filled with a high-elasticity and high-softness material to provide support for the deformation of the patient's hand, which conforms to hand functionalism and allows the hand to bend naturally, greatly improving the comfort of the patient's hand while preventing the patient's hand from grasping objects.

[0012] Furthermore, the high-elasticity and high-softness material is one of pearl cotton, memory cotton, hydrophilic cotton, and silica gel.

[0013] Furthermore, the double-layer fabric of the palm surface 11 is cotton fabric, and the back surface 22 is mesh fabric.

[0014] Furthermore, the wrist protection structure includes a wrist surface 14 which is integrally extended in the reverse direction from the palm surface 11, and the wrist surface 14 is extended to both sides with a left folding surface 15 and a right folding surface 16, and the left folding surface 15 is provided with a first Velcro fur surface 151 on the side away from the palm, and the right folding surface 16 is provided with a first Velcro hook surface 161 on the side close to the palm, and the first Velcro fur surface 151 is adapted to the first Velcro hook surface 161.

[0015] Furthermore, the right folding surface 16 is provided with a second Velcro fur surface 162 on the side away from the palm, the back side 22 can be folded upward, and the back side 22 is provided with a second Velcro hook surface 221 on the side close to the back of the hand, and the second Velcro fur surface 162 is adapted to the second Velcro hook surface 221.

[0016] Furthermore, a reinforcement component 33 is provided on the outer side of the wrist protection structure, and the reinforcement component 33 includes a strap-like Velcro 34 and a locking ring 37. One end of the strap-like Velcro 34 is sewn and fixed to one end of the outer side of the wrist protection structure, and the locking ring 37 is sewn and fixed to the other end of the outer side of the wrist protection structure.

[0017] Furthermore, the strip-shaped Velcro 34 is provided with a third Velcro fur surface 35 on one side and a third Velcro hook surface 36 on the other side. The third Velcro hook surface 36 is provided at the reverse extended end of the third Velcro fur surface 35. When the strip-shaped Velcro 34 is wrapped around the glove body 10 once, the third Velcro hook surface 36 can fit with the third Velcro fur surface 35.

[0018] Furthermore, the lock ring 37 is a U-shaped ring or a S-shaped ring.

[0019] Furthermore, a restraint strap 44 is provided on the outside of the wrist protection structure and is arranged parallel to the reinforcement component 33. The middle section of the restraint strap 44 is sewn and fixed to the outside of the wrist protection structure. The two sides of the wrist protection structure are free ends of the restraint strap 44. The free ends of the restraint strap 44 are used to connect to the guardrails of the bed to further limit the range of movement of the patient's hand.

[0020] Working principle: the medical staff puts the patient's hand from the rear end of the glove body 10 into the glove body 10 composed of the palm surface 11 and the back of the hand 22, the palm of the patient contacts the polyester-cotton fabric, the back of the hand contacts the mesh fabric, the fingers are inserted into the sub-cavity divided by the suture line 101, the left folding surface 15 of the wrist protection structure is folded, and then the right folding surface 16 is folded, the first Velcro hook surface 161 of the right folding surface 16 is fitted and connected with the first Velcro fur surface 151 of the left folding surface 15; the second Velcro hook surface 221 is fitted and connected with the second Velcro fur surface 162 of the right folding surface 16; then the belt-shaped Velcro 34 is passed through the locking ring 37 from the outside of the palm surface 11, and then is wrapped around from the outside of the back of the hand 22 to a circle, the third Velcro hook surface 36 is fitted and connected with the third Velcro fur surface 35, and the tightness of the belt-shaped Velcro 34 can be freely adjusted according to the thickness of the patient's wrist and the thickness of the clothes; then the free end of the restraining strap 44 is fixed to the guardrail of the bed.

[0021] The beneficial effects of the utility model are as follows: the utility model proposes a restraining glove, which prevents the patient's hand from turning over by itself by arranging an anti-scratch plate 12 on the palm surface 11; achieves breathability by arranging a mesh cloth on the back of the hand 22, and realizes finger separation by arranging a suture line 101, thereby giving the fingers a certain movement space on the basis of reducing the range of movement of the patient's fingers and reducing the risk of scratching themselves when emotionally excited, thereby ensuring the comfort of the gloves; by arranging folding surfaces on both sides of the wrist protection structure and combining with two groups of Velcro, a double fastening effect is achieved; by arranging a strip-shaped Velcro 34 on the outside of the book cover body, the tightness can be freely adjusted according to the thickness of the patient's wrist and the thickness of the clothes; the palm surface 11 with high elasticity and high softness provides deformation support for the patient's hand, and the arc convexity on the surface conforms to the hand functionalism and allows the hand to bend naturally, thereby greatly improving the comfort of the patient's hand and preventing the patient's hand from grabbing objects; the arrangement of the mesh cloth on the back of the hand 22 improves the breathability of the glove. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 This is a front structural diagram of the restraining glove of the present utility model.

[0023] Figure 2 This is a reverse structural diagram of the restraining glove of the present utility model.

[0024] Figure 3 It is a schematic diagram of the side structure of the restraining glove of the utility model.

[0025] Main component symbols

[0026] Glove body 10 Suture 101 Palm Noodles 11 Anti-scratch board 12 wrist surface 14 Fold left 15 The first Velcro fur face 151 Fold right 16 First Velcro Hook Face 161 Second Velcro Fur Face 162 Back of hand 22 Second Velcro Hook Face 221 Reinforcement components 33 Velcro 34 Third Velcro Hair Face 35 Third Velcro Hook Face 36 Locking ring 37 Restraint straps 44

[0027] The following specific implementation manner will further illustrate the present utility model in conjunction with the above-mentioned drawings. DETAILED DESCRIPTION

[0028] like Figure 1 As shown, it is a front structural diagram of the restraining glove of the utility model; Figure 2 As shown, it is a reverse structural diagram of the restraining glove of the utility model; Figure 3 The figure is a schematic diagram of the side structure of the restraining glove of the utility model.

[0029] Embodiment 1:

[0030] A restraining glove comprises a glove body 10 consisting of a palm surface 11 and a back of hand 22, the rear end of the glove body 10 is a wrist protection structure consisting of a reverse integral extension structure of the palm surface 11, the palm surface 11 is a sleeve-like structure sewn from a double-layer fabric, and is characterized in that an anti-scratch plate 12 is placed in the cavity of the sleeve-like structure of the palm surface 11, the edge of the back of hand 22 is sewn to the edge of the palm surface 11, the back of hand 22 is a mesh fabric, a finger separation structure is arranged between the palm surface 11 and the back of hand 22, the finger separation structure divides the glove body 10 into 2 to 5 sub-cavities through a suture line 101, some patients need to separate their five fingers to avoid friction between them aggravating the pain, and patients who do not need to completely separate their five fingers can adopt the form of two to four sub-cavities, and the finger separation structure can reduce the range of movement of the patient's fingers and reduce the risk of scratching themselves when emotionally excited, so as to provide a certain activity space for the fingers, thereby ensuring the comfort of the gloves.

[0031] The cavity between the anti-scratch plate 12 and the palm surface 11 is filled with a high-elasticity and high-softness material to support the deformation of the patient's hand, which conforms to hand functionalism and allows the hand to bend naturally, greatly improving the comfort of the patient's hand while preventing the patient's hand from grasping objects.

[0032] The high-elasticity and high-softness material is one of pearl cotton, memory cotton, hydrophilic cotton and silica gel.

[0033] The double-layer fabric of the palm surface 11 is cotton fabric, and the back surface 22 is mesh fabric.

[0034] The wrist protection structure includes a wrist surface 14 which is integrally extended in the reverse direction from the palm surface 11, and the wrist surface 14 is extended to both sides with a left folding surface 15 and a right folding surface 16, and the left folding surface 15 is provided with a first Velcro fur surface 151 on the side away from the palm, and the right folding surface 16 is provided with a first Velcro hook surface 161 on the side close to the palm, and the first Velcro fur surface 151 is adapted to the first Velcro hook surface 161.

[0035] The right folding surface 16 has a second Velcro fur surface 162 on the side away from the palm, the back side 22 can be folded upward, and the back side 22 has a second Velcro hook surface 221 on the side close to the back of the hand, and the second Velcro fur surface 162 is matched with the second Velcro hook surface 221.

[0036] A reinforcement component 33 is provided on the outside of the wrist protection structure. The reinforcement component 33 includes a strap-like Velcro 34 and a locking ring 37. One end of the strap-like Velcro 34 is sewn and fixed to one end of the outside of the wrist protection structure, and the locking ring 37 is sewn and fixed to the other end of the outside of the wrist protection structure.

[0037] The strip-shaped Velcro 34 is provided with a third Velcro fur surface 35 on one side and a third Velcro hook surface 36 on the other side. The third Velcro hook surface 36 is provided at the reverse extended end of the third Velcro fur surface 35. When the strip-shaped Velcro 34 is wrapped around the glove body 10 once, the third Velcro hook surface 36 can fit with the third Velcro fur surface 35.

[0038] The lock ring 37 is a square-shaped ring or a square-shaped ring.

[0039] The outer side of the wrist protection structure is also provided with a restraint strap 44 arranged parallel to the reinforcement component 33. The middle section of the restraint strap 44 is sewn and fixed to the outer side of the wrist protection structure. The two sides of the wrist protection structure are free ends of the restraint strap 44. The free ends of the restraint strap 44 are used to connect with the guardrails of the bed to further limit the range of movement of the patient's hand.

[0040] The beneficial effects of the utility model are as follows: the utility model proposes a restraining glove, which prevents the patient's hand from turning over by itself by arranging an anti-scratch plate 12 on the palm surface 11; achieves breathability by arranging a mesh cloth on the back of the hand 22, and realizes finger separation by arranging a suture line 101, thereby giving the fingers a certain movement space on the basis of reducing the range of movement of the patient's fingers and reducing the risk of scratching themselves when emotionally excited, thereby ensuring the comfort of the gloves; by arranging folding surfaces on both sides of the wrist protection structure and combining with two groups of Velcro, a double fastening effect is achieved; by arranging a strip-shaped Velcro 34 on the outside of the book cover body, the tightness can be freely adjusted according to the thickness of the patient's wrist and the thickness of the clothes; the palm surface 11 with high elasticity and high softness provides deformation support for the patient's hand, and the arc convexity on the surface conforms to the hand functionalism and allows the hand to bend naturally, thereby greatly improving the comfort of the patient's hand and preventing the patient's hand from grabbing objects; the arrangement of the mesh cloth on the back of the hand 22 improves the breathability of the glove.

[0041] The above-mentioned embodiments only express several implementation methods of the utility model, and the descriptions thereof are relatively specific and detailed, but they cannot be understood as limiting the scope of the patent of the utility model. It should be pointed out that, for ordinary technicians in this field, several variations and improvements can be made without departing from the concept of the utility model, and these all belong to the protection scope of the utility model. Therefore, the protection scope of the utility model patent shall be based on the attached claims.

Claims

1. A restraining glove, comprising a glove body (10) consisting of a palm surface (11) and a back surface (22), wherein the rear end of the glove body (10) is a wrist protection structure consisting of a reverse integral extension structure of the palm surface (11), wherein the palm surface (11) is a sleeve-shaped structure sewn from a double layer of fabric, characterized in that: An anti-scratch plate (12) is placed in the cavity of the sleeve-shaped structure of the palm surface (11); the edge of the back of the hand (22) is sewn to the edge of the palm surface (11); the back of the hand (22) is a mesh fabric; a finger separation structure is provided between the palm surface (11) and the back of the hand (22); the finger separation structure divides the glove body (10) into 2 to 5 sub-cavities through a sewing line (101).

2. The restraining glove according to claim 1, characterized in that: A high-elasticity and high-softness material is filled between the anti-scratch plate (12) and the cavity of the palm surface (11), and the high-elasticity and high-softness material is one of pearl cotton, memory cotton, hydrophilic cotton, and silica gel.

3. The restraining glove according to claim 1, characterized in that: The wrist protection structure comprises a wrist surface (14) integrally extended in the reverse direction from the palm surface (11); the wrist surface (14) is extended to form a left folding surface (15) and a right folding surface (16) on both sides; the left folding surface (15) is provided with a first Velcro fleece surface (151) on a side away from the palm; the right folding surface (16) is provided with a first Velcro hook surface (161) on a side close to the palm; the first Velcro fleece surface (151) is matched with the first Velcro hook surface (161).

4. The restraining glove according to claim 3, characterized in that: The right folding surface (16) is provided with a second Velcro fur surface (162) on the side away from the palm, the back of the hand (22) can be folded upwards, and the back of the hand (22) is provided with a second Velcro hook surface (221) on the side close to the back of the hand, and the second Velcro fur surface (162) is adapted to the second Velcro hook surface (221).

5. The restraining glove according to claim 1, characterized in that: A reinforcement component (33) is provided on the outer side of the wrist protection structure, and the reinforcement component (33) comprises a belt-shaped Velcro (34) and a locking ring (37), one end of the belt-shaped Velcro (34) is sewn and fixed to one end of the outer side of the wrist protection structure, and the locking ring (37) is sewn and fixed to the other end of the outer side of the wrist protection structure.

6. The restraining glove according to claim 5, characterized in that: The strip-shaped Velcro (34) is provided with a third Velcro fur surface (35) on one side and a third Velcro hook surface (36) on the other side. The third Velcro hook surface (36) is provided at the reverse extension end of the third Velcro fur surface (35). When the strip-shaped Velcro (34) is wound around the glove body (10), the third Velcro hook surface (36) can be fitted with the third Velcro fur surface (35).

7. The restraining glove according to claim 5, characterized in that: The lock ring (37) is a square-shaped ring or a square-shaped ring.

8. The restraining glove according to claim 1, characterized in that: The outer side of the wrist protection structure is also provided with a restraining strap (44) arranged parallel to the reinforcement component (33); the middle section of the restraining strap (44) is sewn and fixed to the outer side of the wrist protection structure; and the two sides of the wrist protection structure are free ends of the restraining strap (44).

9. The restraining glove according to claim 1, characterized in that: The double-layer fabric of the palm surface (11) is cotton fabric, and the back surface (22) is mesh fabric.

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