CN218979389U

CN218979389U - Automatic heating decompression formula restraint gloves

Info

Publication number: CN218979389U
Application number: CN202222327464.6U
Authority: CN
Inventors: 黄秋于; 黄金莲; 黄联芳; 蒋丽
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-09-02
Filing date: 2022-09-02
Publication date: 2023-05-09
Anticipated expiration: 2032-09-02

Abstract

The utility model discloses an automatic heating and pressure reducing type constraint glove which comprises an outer sleeve, an inner sleeve, a wrist strap and a pressure reducing device, wherein the inner sleeve is arranged in the outer sleeve; the back of the inner sleeve is provided with a fixing buckle; the pressure reducing device comprises a pressure reducing ball and a connecting belt; the connecting belt can be matched and connected with the fixing buckle; the outer sleeve and the inner sleeve are connected with the wrist strap together; the wrist strap is provided with a fixing strap and a restraint strap; a vibration motor and a pressure sensor are arranged in the decompression ball; the external surface structure of the pressure reducing ball at least comprises a smooth arc surface and two groups of protrusions which are distributed; the inner sleeve at least comprises two groups of cooling and warming modes; an electric heating wire and a temperature sensor are arranged in the warm-keeping inner sleeve. The device can effectively and continuously disperse the attention of the mental patient through changing the stimulation mode, so that the patient is stable, the patient is prevented from being scratched, and the device can be used in winter and summer and is convenient to wear and bind and fix.

Description

Automatic heating decompression formula restraint gloves

Technical Field

The utility model belongs to the technical field of medical instruments, and particularly relates to an automatic heating and pressure reducing type constraint glove.

Background

The pressure reducing ball is called force ball and abruption ball, which is a pressure reducing body building apparatus capable of dispersing attention. The decompression ball is made of durable high-elastic material, and mainly has two shapes of round shape and egg shape, and has flexible hand feeling. The working pressure and the living pressure of the modern society are high, the pressure reducing ball is generally held in the palm of a person, and the pressure reducing ball is continuously kneaded to disperse the attention so as to achieve the effect of reducing the pressure. In the medical field, a decompression ball is commonly used for carrying out strength training on palms and fingers, and helping the palms of patients to control rehabilitation. In the treatment of certain psychotic patients, it is often necessary to tie and fix the psychotic patient to the treatment couch, avoiding physical disturbance of the patient and affecting the treatment operation. When such psychotics are strapped on a treatment couch, the patient may develop anxiety, tighten muscles, and the body may also continue to exert force, which also affects treatment operations. At present, home members are used for pacifying by side or playing music, videos and the like to relieve anxiety of patients, but the patients often suffer from tension anxiety, and if the treatment time is long, the patients become irritated and restless due to adaptation to various pacifying means. At present, a method for holding a decompression ball by a patient to decompress is also adopted, but once the patient loosens hands, the decompression ball falls off, and simultaneously, the patient can scratch himself or herself or other people by twisting fingers, and after wearing the anti-scratch glove, the patient is stuffy in summer and cold in winter, so that discomfort of the patient can increase anxiety; some treatment beds are not provided with structures for binding patients, and the wrists of the patients cannot be fast bound and fixed during emergency treatment; the outer surface structure of the existing pressure reducing ball is single, and the pressure reducing effect can be affected by the adaptation of a mental patient to grasp after long-time grasping. Therefore, no device can disperse the attention of mental patients for a long time, reduce anxiety, prevent the injury of the patients, be convenient for binding, and be suitable for both winter and summer, and use a simple special appliance.

Disclosure of Invention

Aiming at the defects in the prior art, the utility model provides the self-heating decompression type restraint glove which is simple and convenient to operate, can effectively and continuously disperse the attention of a mental patient by changing the stimulation mode, stabilizes the patient, prevents the patient from being scratched, can be used in winter and summer, and is convenient to wear and bind and fix.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

an automatic heating and pressure reducing type constraint glove comprises an outer sleeve, an inner sleeve, a wrist strap, a pressure reducing device, a vibration control module and a temperature control module; the inner sleeve is in a glove shape and is arranged in the outer sleeve; the back of the inner sleeve is provided with a fixing buckle; the pressure reducing device comprises a pressure reducing ball and a connecting belt; the connecting belt can be connected with the fixing buckle in a matching way; the outer sleeve and the inner sleeve are both connected with the wrist strap at the opening; a fixing belt and a restraint belt are arranged outside the wrist strap; the pressure reducing ball is internally provided with a vibrating motor, a rechargeable battery I and a pressure sensor; the vibration motor, the rechargeable battery I and the pressure sensor are all connected with the vibration control module; the external surface structure of the pressure reducing ball at least comprises a smooth arc surface and two groups of protrusions which are distributed; the inner sleeve at least comprises two groups of cooling and warming modes; the inner sleeve of the cool type is net-shaped; the inner sleeve of the thermal insulation type is made of cotton cloth; an electric heating wire and a temperature sensor are arranged in the warm-keeping inner sleeve; a rechargeable battery II is arranged in the wrist strap connected with the warm inner sleeve; and the electric heating wire, the rechargeable battery II and the temperature sensor are all connected with the temperature control module.

The jacket is made of breathable cotton cloth or soft gauze, and plays a role in preventing mental patients from scratch themselves or bystanders; the inner sleeve wraps the palm and fingers of a patient; both ends of the connecting belt are provided with sub-buckles which can be matched and buckled with the fixed buckles; the pressure reducing ball is arranged at the palm part of the inner sleeve, and the connecting belt is matched and buckled with the fixing buckle through the sub buckle after extending towards the back of the inner sleeve, so that the pressure reducing ball is fixed at the palm part of a patient; the connecting band can be an elastic band; the fixing belt is used for fixing the wrist strap, the outer sleeve and the inner sleeve on the wrist part of a patient; the restraint strap can bind the wrist strap and the wrist of the patient on the edge of the sickbed or the treatment bed, so that the arm of the patient is prevented from being disturbed; the pressure sensor senses the strength of the patient holding the decompression ball and forms an electric signal to be transmitted to the vibration control module, and then the vibration control module sends a starting signal to the vibration motor, and the vibration motor is started to enable the massage ball to vibrate, so that the attention of the mental patient is dispersed in different stimulation modes; the rechargeable battery I provides electric energy for the pressure sensor, the vibration motor and the vibration control module; the external surface structure of the pressure reducing ball is set in various forms, and the other pressure reducing ball can be replaced after the mental patient adapts to the stimulation of one pressure reducing ball, so that the mental patient has different stimulation, and the reduction of pressure reducing and distraction effects after the mental patient adapts to the pressure reducing ball is avoided; the cool inner sleeve can be used in hot weather such as summer; the thermal liner can be used in winter and other cold days; the electric heating wire can be started to heat the inner sleeve in cold weather; when the temperature sensor senses that the temperature reaches a proper temperature, an electric signal is sent to the temperature control module, the temperature control module controls the electric heating wire to be closed, and when the temperature is lower than a set comfortable temperature, the temperature control module controls the electric heating wire to be opened for heating; the rechargeable battery II provides power for the temperature sensor, the electric heating wire and the temperature control module; the comfort temperature is 37-38 ℃.

As a further technical improvement, the outer sleeve is provided with an observation port; the observation port is provided with a sealing belt in a matching way. After the sealing belt is opened, the situation that the inner sleeve is worn on the hand of the mental patient can be observed through the observation port.

As a further technical improvement, the jacket is provided with a zipper. Different decompression balls can be replaced after the zipper is opened, so that the influence on the distraction effect caused by adaptation of a mental patient after the decompression balls are used for a long time is avoided.

As a further technical improvement, the protrusions arranged on the outer surface of the pressure reducing ball in a structural distribution mode at least comprise cylindrical particle protrusions and conical particle protrusions. Different appearance structures of the pressure reducing ball can generate different stimulations to the palm of a patient, and the influence on the distraction effect caused by adaptation of the mental patient after long-time use of the pressure reducing ball is avoided.

As a further technical improvement, two ends of the fixing belt are provided with magic tapes which can be adhered to each other; the sealing tape and the periphery of the observation port are also provided with magic tapes which can be adhered correspondingly. The fixing belt and the sealing belt can be fixed through corresponding magic tapes.

As a further technical improvement, the pressure reducing ball is provided with a charging interface I and a vibration switch; and a heating switch and a charging interface II are arranged on the wrist strap. The charging interface I is used for charging the rechargeable battery I; if the patient holds the pressure reducing ball for a long time to generate adaptability so as to reduce the distraction effect of the pressure reducing ball, the vibration function of the pressure reducing ball can be turned on through the vibration switch, and the hands of the patient can be stimulated in different modes so as to distract the attention; the vibration switch can not be opened or closed due to extrusion of the decompression ball, for example, a concave hole is formed in the surface of the extrusion ball, the vibration switch is arranged in the groove, meanwhile, the vibration switch is small and is not easy to press, and medical staff is required to stretch into the concave hole with tiny objects such as a pen point and the like to press down to trigger the vibration switch during starting.

As a further technical improvement, a soft silica gel pad is also arranged in the wrist strap. The soft silica gel pad can protect the wrist part of a patient.

The application method of the self-heating and pressure-reducing type restraint glove comprises the following steps:

when in use, the constraint glove with the cool inner sleeve or the warm inner sleeve is selected according to the current air temperature condition; selecting any decompression ball, and fixing the decompression ball at the palm part of the inner sleeve through a fixing buckle and a connecting belt; then putting the inner sleeve on the hand of the patient, fixing the restraint glove on the wrist of the patient through the fixing belt, and finally binding the restraint glove and the wrist of the patient on a bracket at the edge of a general sickbed through the restraint belt, so that the patient cannot swing the arm; at the moment, the patient generates anxiety psychology, and the palm plays roles in dispersing attention and reducing anxiety when grasping the pressure reducing ball, so as to calm the emotion of the patient; if the patient adapts to the decompression ball after a period of time, the distraction effect of the decompression ball is reduced, and the vibration motor can be started at the moment; once the patient presses the squeeze ball, the pressure sensor senses the strength of the patient holding the pressure reducing ball and forms an electric signal to be transmitted to the vibration control module, then the vibration control module sends a starting signal to the vibration motor, and the vibration motor sends vibration to enable the massage ball to send vibration to respond to the pressure of the patient, so that the attention of the patient is again attracted, and the anxiety emotion is relieved; if the patient adapts to the mode of distraction of the decompression ball again, the decompression ball with different outer surface structures can be replaced, the palm of the patient is stimulated again in different modes, and the distraction time of the decompression ball is prolonged; if the temperature is low in winter, the electric heating wire can be started to heat the inner sleeve; when the temperature sensor senses that the temperature reaches a proper temperature, an electric signal is supplied to the temperature control module, the temperature control module controls the electric heating wire to be closed, and when the temperature is lower than a set comfort temperature, the temperature control module controls the electric heating wire to be opened for heating.

The technical scheme of the utility model has the following beneficial effects:

1. according to the utility model, by replacing the decompression ball with different designs on the surface, the palm of a mental patient can be stimulated in different stimulation modes, so that the decompression effect is prevented from being reduced due to the adaptation of the patient to the decompression ball.

2. The utility model can respond to the pressure of the mental patient holding the decompression ball by the vibrating motor arranged in the decompression ball, thereby dispersing the attention of the mental patient and preventing the patient from adapting to the decompression ball to reduce the decompression effect.

3. The inner sleeve at least comprises a netlike cool type and a cotton cloth warm type with electric heating wires inside, different inner sleeves can be selected according to actual air temperature conditions, and the inner sleeve can be heated and kept warm, so that mental patients feel more comfortable after wearing the inner sleeve.

4. The utility model can prevent the patient from being scratched or bystanders while restraining the arms of the mental patient, can also disperse the attention, lighten the anxiety of the patient and lead the patient to be better matched with treatment.

5. The utility model has simple structure, practicality and convenience.

Drawings

Fig. 1 is a schematic diagram of the structure of the device with a thermal inner sleeve in the palm direction.

Fig. 2 is a schematic diagram of the structure of the device with a thermal insulation type inner palm back direction.

Fig. 3 is a schematic diagram of the device with a cool inner sleeve in the direction of the palm.

Fig. 4 is a schematic diagram of the structure of the pressure reducing ball and the connecting belt with smooth and round surfaces.

Fig. 5 is a schematic diagram of the structure of the pressure reducing ball and the connecting belt with cylindrical particle protrusions on the surface.

FIG. 6 is a schematic view of the structure of a pressure reducing ball and connecting band with conical particle protrusions on the surface.

Reference numerals: 1-outer sleeve, 2-inner sleeve, 3-wrist strap, 4-fixing buckle, 5-decompression ball, 6-connecting belt, 7-vibrating motor, 8-rechargeable battery I, 9-charging interface I, 10-electric heating wire, 11-rechargeable battery II, 12-heating switch, 13-fixing belt, 14-restraining belt, 15-observation port, 16-sealing belt, 17-zipper, 18-cylindrical particle bulge and 19-conical particle bulge.

Detailed Description

The utility model is further described below with reference to the accompanying drawings.

Example 1:

as shown in fig. 1 to 6, an automatic heating and decompression type constraint glove comprises an outer sleeve 1, an inner sleeve 2, a wrist strap 3, a decompression device, a vibration control module and a temperature control module; the inner sleeve 2 is in a glove shape and is arranged in the outer sleeve 1; the back of the inner sleeve 2 is provided with a fixing buckle 4; the pressure reducing device comprises a pressure reducing ball 5 and a connecting belt 6; the connecting belt 6 can be matched and connected with the fixing buckle 4; the outer sleeve 1 and the inner sleeve 2 are connected with a wrist strap 3 at the opening; the outside of the wrist strap 3 is provided with a fixing strap 13 and a restraint strap 14; the pressure reducing ball 5 is internally provided with a vibrating motor 7, a rechargeable battery I8 and a pressure sensor; the vibration motor 7, the rechargeable battery I8 and the pressure sensor are all connected with a vibration control module; the external surface structure of the pressure reducing ball 5 at least comprises a smooth arc surface and two groups of protrusions which are distributed; the inner sleeve 2 at least comprises two groups of cooling and warming modes; the cool inner sleeve 2 is net-shaped; the inner sleeve 2 of the thermal insulation type is made of cotton cloth; an electric heating wire 10 and a temperature sensor are arranged in the thermal type inner sleeve 2; a rechargeable battery II 11 is arranged in the wrist strap 3 connected with the thermal type inner sleeve 2; the electric heating wire 10, the rechargeable battery II 11 and the temperature sensor are all connected with a temperature control module.

The jacket 1 is provided with a zipper 17.

The protrusions of the outer surface structure distribution of the pressure reducing ball 5 at least comprise cylindrical particle protrusions 18 and conical particle protrusions 19.

The decompression ball 5 is provided with a charging interface I9 and a vibration switch; the wrist strap 3 is provided with a heating switch 12 and a charging interface II 18.

Two ends of the fixing belt 13 are provided with magic tapes which can be adhered to each other; the sealing belt 16 and the periphery of the observation port 15 are also provided with magic tapes which can be adhered correspondingly.

The application method of the utility model is as follows:

when in use, the constraint glove with the cool inner sleeve 2 or the warm inner sleeve 2 is selected according to the current air temperature condition; selecting any decompression ball 5, and fixing the decompression ball 5 on the palm part of the inner sleeve 2 through the fixing buckle 4 and the connecting belt 6; the inner sleeve 2 is put on the hand of the patient, the restraint glove is fixed on the wrist of the patient through the fixing belt 13, and finally the restraint glove and the wrist of the patient are tied on a bracket at the edge of a general sickbed through the restraint belt 14, so that the patient can not swing the arm; at this time, the patient generates anxiety, and the palm plays a role in dispersing attention and reducing anxiety when grasping the pressure reducing ball 5, so as to calm the emotion of the patient; if the patient adapts to the pressure reducing ball 5 after a period of time, the distraction effect of the pressure reducing ball 5 is reduced, and at the moment, the vibration motor 7 can be started; once the patient presses the squeeze ball 5, the pressure sensor senses the strength of the patient holding the squeeze ball 5 and forms an electric signal to be transmitted to the vibration control module, then the vibration control module sends a starting signal to the vibration motor 7, and the vibration motor 7 sends vibration, so that the massage ball 5 sends vibration to respond to the pressure of the patient, thereby attracting the attention of the patient again and relieving anxiety; if the patient adapts to the mode of distraction of the pressure reducing ball 5 again, the pressure reducing ball 5 with different outer surface structures can be replaced, the palm of the patient is stimulated again in different modes, and the distraction time of the pressure reducing ball 5 is prolonged; if the temperature is low in winter, the electric heating wire 10 can be started to heat the inner sleeve; when the temperature sensor senses that the temperature reaches the proper temperature, an electric signal is supplied to the temperature control module, the temperature control module controls the electric heating wire 10 to be closed, and when the temperature is lower than the set comfort temperature, the temperature control module controls the electric heating wire 10 to be opened for heating.

Example 2:

this embodiment differs from embodiment 1 in that: the wrist strap 3 is also internally provided with a soft silica gel pad.

The method of use of this example is the same as that of example 1.

Example 3:

this embodiment differs from embodiment 2 in that: an observation port 15 is arranged on the outer sleeve 1; the observation port 15 is provided with a sealing band 16 in a matching way.

The method of use of this example is the same as that of example 1.

Example 4:

this embodiment differs from embodiment 3 in that: the wrist strap 3 is also internally provided with a soft silica gel pad. An observation port 15 is arranged on the outer sleeve 1; the observation port 15 is provided with a sealing band 16 in a matching way.

The method of use of this example is the same as that of example 1.

The above embodiments are only exemplary embodiments of the present utility model and are not intended to limit the present utility model, the scope of which is defined by the claims. Various modifications and equivalent arrangements of parts may be made to the present utility model within the spirit and scope of the utility model, and such modifications and equivalents should be considered to fall within the scope of the utility model.

Claims

1. An automatic heating decompression formula restraint gloves, its characterized in that: comprises an outer sleeve (1), an inner sleeve (2), a wrist strap (3), a pressure reducing device, a vibration control module and a temperature control module; the inner sleeve (2) is in a glove shape and is arranged in the outer sleeve (1); the back of the inner sleeve (2) is provided with a fixing buckle (4); the pressure reducing device comprises a pressure reducing ball (5) and a connecting belt (6); the connecting belt (6) can be connected with the fixing buckle (4) in a matching way; the outer sleeve (1) and the inner sleeve (2) are connected with the wrist strap (3) at the opening; the outside of the wrist strap (3) is provided with a fixing strap (13) and a restraint strap (14);

a vibrating motor (7), a rechargeable battery I (8) and a pressure sensor are arranged in the decompression ball (5); the vibration motor (7), the rechargeable battery I (8) and the pressure sensor are all connected with the vibration control module; the external surface structure of the pressure reducing ball (5) at least comprises two groups of forms of smooth arc surfaces and protrusions distributed;

the inner sleeve (2) at least comprises two groups of cooling and warming modes; the cool inner sleeve (2) is net-shaped; the inner sleeve (2) of the thermal insulation type is made of cotton cloth; an electric heating wire (10) and a temperature sensor are arranged in the thermal insulation type inner sleeve (2); a rechargeable battery II (11) is arranged in the wrist strap (3) connected with the thermal type inner sleeve (2); the electric heating wire (10), the rechargeable battery II (11) and the temperature sensor are all connected with the temperature control module.

2. The self-heating, pressure-reducing restraining glove of claim 1, wherein: an observation port (15) is arranged on the outer sleeve (1); the observation port (15) is provided with a sealing belt (16) in a matching way.

3. The self-heating, pressure-reducing restraining glove of claim 1, wherein: the coat (1) is provided with a zipper (17).

4. The self-heating, pressure-reducing restraining glove of claim 1, wherein: the protrusions arranged on the outer surface of the pressure reducing ball (5) in a structural distribution mode at least comprise cylindrical particle protrusions (18) and conical particle protrusions (19).

5. The self-heating, pressure-reducing restraining glove of claim 2, wherein: two ends of the fixing belt (13) are provided with magic tapes which can be adhered to each other; the periphery of the sealing belt (16) and the observation port (15) is also provided with magic tapes which can be adhered correspondingly.

6. The self-heating, pressure-reducing restraining glove of claim 1, wherein: the decompression ball (5) is provided with a charging interface I (9) and a vibration switch; the wrist strap (3) is provided with a heating switch (12) and a charging interface II.

7. The self-heating, pressure-reducing restraining glove of claim 1, wherein: a soft silica gel pad is also arranged in the wrist strap (3).