CN221831147U - Cerebral hemorrhage limb hemiplegia meridian stimulation device for neurology department - Google Patents

Abstract

The utility model discloses a cerebral hemorrhage limb hemiplegia meridian stimulation device for neurology, which relates to the technical field of medical appliances, in particular to a device for stimulating the meridian of the traditional limb hemiplegia, which solves the problems that the prior device for stimulating the meridian of the limb hemiplegia in the background art can not simultaneously perform massage operation and acupoint stimulation on the whole leg, can only be used on the leg of a patient and can not be used on other parts of the body, including fixed skin, gasbag layer and main and collateral channels stimulation layer, the outside of fixed skin is provided with swift fixed knot structure, and the outside and the fixed skin on gasbag layer bond, and inboard and main and collateral channels stimulation layer bond, and the opposite side on main and collateral channels stimulation layer is provided with main and collateral channels stimulation structure, and this technical means that a plurality of technical characteristics constitute reaches a plurality of health positions of patient and uses, and massage and the effect of acupuncture point stimulation operation to whole shank simultaneously, has solved the problem that exists among the background art.

Description

A meridian stimulation device for cerebral hemorrhage and limb hemiplegia used in neurology

Technical Field

The utility model belongs to the technical field of medical devices, and in particular relates to a meridian stimulation device for limb hemiplegia caused by cerebral hemorrhage used in neurology.

Background Art

Cerebral hemorrhage is a common acute and critical disease of the nervous system, with a significant characteristic of high mortality and disability rates. Previous data show that the mortality rate of patients with cerebral hemorrhage can be as high as 38%-43%, and the disability rate is more than 90%. Most patients have problems such as hemiplegia of limbs after treatment. With the development and progress of modern medicine, most patients with acute cerebral hemorrhage can be out of danger after treatment. However, the effect of the recovery period is mostly poor. More than 75% of patients have different degrees of hemiplegia of limbs. Therefore, how to effectively improve the problems such as hemiplegia of limbs in the recovery period of cerebral hemorrhage is a major problem that needs to be solved urgently in clinical practice. In the traditional Chinese medicine rehabilitation course, in order to speed up the recovery efficiency of the patient's limbs, the general practice is for Chinese medicine doctors to press and massage the acupoints of the patient's limbs through manual massage techniques, and continuously stimulate the meridians of the patient's limbs to achieve blood dredging and improve the efficiency of recovery. However, due to the long course of treatment, it is necessary to manually massage the patient's limbs for a long time. Under the consumption of manpower, the efficiency of limb massage gradually decreases, which not only consumes a lot of manpower, but also fails to improve the recovery efficiency of the patient's limbs. Therefore, meridian stimulation devices are often required for auxiliary treatment;

The patent with publication number CN218129231U discloses a wearable limb meridian stimulation device for TCM rehabilitation, including a U-shaped mounting frame, a pressing assembly arranged on the U-shaped mounting frame, the pressing assembly including an electric airbag, a mounting frame arranged inside the U-shaped mounting frame, the electric airbag being located inside the mounting frame, sliding blocks being arranged on both sides of the mounting frame, moving grooves being arranged on both sides of the U-shaped mounting frame, the mounting frame being slidably clamped in the two groups of moving grooves through two groups of sliding blocks, a plurality of massage protrusions being arranged on the electric airbag, and the plurality of massage protrusions being all through the mounting frame; when in use, the U-shaped mounting frame fits against the leg, the pressing assembly is adjusted and turned on, so as to perform rehabilitation massage on the patient's leg; however, the meridian stimulation device still has the following problems during use:

(1) The device massages the patient's legs only through a pressing component, and the pressing range of the pressing component can only massage a certain area on the leg, and cannot massage the entire leg at the same time.

(2) The device only relies on the continuous expansion of the massage convexity to massage the patient, resulting in poor massage and acupoint stimulation effects.

(3) The device can only be used on the patient's legs and cannot be used on other limbs (e.g., arms), making the device less practical.

Therefore, it is urgent to design a meridian stimulation device for limb hemiplegia caused by cerebral hemorrhage in neurology to solve the above problems.

Utility Model Content

In view of the problems that the above-mentioned existing meridian stimulation devices cannot perform massage operations, acupoint stimulation, etc. on the entire leg at the same time, and can only be used on the patient's legs and cannot be used on other parts of the body, the utility model provides a meridian stimulation device for limb hemiplegia caused by cerebral hemorrhage for neurology, comprising a fixed outer layer, an airbag layer and a meridian stimulation layer. The outer side of the airbag layer is bonded to the fixed outer layer, and the inner side is bonded to the meridian stimulation layer. The airbag layer can be continuously cyclically expanded to drive the meridian stimulation layer to expand synchronously, so that the meridian stimulation layer can stimulate the patient's acupoints and massage the patient;

A quick fixing structure is arranged on the outer side of the fixed outer layer, which can conveniently allow the stimulation device of the utility model to be worn on the patient's legs or arms, and can adapt to patients of different body shapes; a meridian stimulation structure is arranged on the other side of the meridian stimulation layer, which can not only stimulate the acupoints of the patient, but also has a hot water circulation system, which can massage the patient while improving the effect of the acupoint stimulation of the patient, and is more conducive to the patient's limb recovery.

The core technical idea of the utility model is: the meridian stimulation device of the utility model is set as a three-layer structure, and a quick fixing structure is set on the outer layer, so that the device of the utility model can be quickly put on and taken off on the patient's legs or arms. The middle layer is an inflatable air bag layer, which can be cyclically expanded, and then the inner layer is synchronously cyclically expanded, so that the meridian stimulation structure on the inner layer stimulates the patient's acupoints. At the same time, the meridian stimulation knot is also provided with a wavy water bag. Hot water circulates in the water bag. While stimulating the patient's acupoints, it also massages and keeps warm the patient's use area to avoid thrombosis caused by long-term use of the patient.

In order to achieve the above purpose, the technical solution adopted by the utility model is as follows:

A meridian stimulation device for limb hemiplegia caused by cerebral hemorrhage for use in neurology, characterized in that it includes a fixed outer layer, an air bag layer and a meridian stimulation layer, the outer side of the fixed outer layer is provided with a quick fixing structure, the outer side of the air bag layer is connected to the fixed outer layer, and the inner side is connected to the meridian stimulation layer, and the other side of the meridian stimulation layer is provided with a meridian stimulation structure.

Preferably, the quick fixing structure includes several symmetrically arranged fixing components, elastic ropes and limiting components. The fixing components are arranged on the outside of the fixed outer layer, the elastic ropes are passed through the fixing components and the limiting components, and the elastic ropes are adapted to the limiting components.

Preferably, the fixing assembly includes a fixing member 1 and a fixing member 2, and both the fixing member 1 and the fixing member 2 are adapted to the elastic rope.

Preferably, the limiting assembly comprises a limiting member 1 and a limiting member 2 which are sleeve-connected, and a spring is connected to the lower end of the limiting member 2, a rope threading hole 1 is penetrated through the limiting member 1, and a rope threading hole 2 which is compatible with the rope threading hole 1 is penetrated through the limiting member 2.

Preferably, a limit rod is also provided at the free end of the elastic rope, and the limit rod is adapted to the limit assembly.

Preferably, the meridian stimulation structure includes a base layer and a meridian stimulation component which are connected to each other, and the base layer is bonded to the airbag layer. The meridian stimulation component includes a meridian stimulation water bag group and a micro water pump. Both ends of the meridian stimulation water bag group are detachably connected to the micro water pump through a water pipe.

Preferably, the meridian stimulation water bag group includes a plurality of water bags which are interconnected and have a wave structure, and the water bags are detachably connected to the micro water pump via a water pipe, and a plurality of meridian stimulation protrusions are provided on the water bags.

The beneficial effects of the utility model are as follows: the utility model discloses a meridian stimulation device for cerebral hemorrhage limb hemiplegia for neurology. Compared with the prior art, the improvements of the utility model are as follows:

(1) The meridian stimulation device of the present invention is designed as a three-layer structure which is bonded together, specifically: a fixed outer layer, an air bag layer and a meridian stimulation layer. The three-layer structure is used in conjunction with each other to enable the meridian stimulation device of the present invention to be quickly worn on the patient's legs or arms, and while stimulating the patient's acupuncture points, it also massages and keeps the patient's use area warm, thereby avoiding the occurrence of thrombosis caused by long-term use of the patient.

(2) The utility model is designed with a quick fixing structure, including a fixing component, an elastic rope and a limiting component. Through the cooperation between the elastic rope and the fixing component, the meridian stimulation device of the utility model can be conveniently opened and rolled up, so as to be fixed on the patient's limbs.

(3) The utility model designs a meridian stimulation structure, which includes a base layer and a meridian stimulation component. The meridian stimulation component includes a water bag with a wave structure and a micro water pump. Under the action of the micro water pump, hot water circulates in the water bag, which stimulates the patient's acupoints while massaging and keeping the patient's use area warm, thereby improving the acupoint stimulation effect and preventing the patient from forming blood clots due to long-term use.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG1 is a front view of the meridian stimulation device of the present invention;

Figure 2 is a front view of a fixing member of the utility model;

Figure 3 is a second front view of the fixing member of the utility model;

FIG4 is a front view of the fixing assembly of the utility model;

FIG5 is a perspective view of a position limiting assembly of the present invention;

FIG6 is a front view of the meridian stimulation structure of the utility model;

Among them: 1. fixed outer layer; 101. fixed component; 101-1. fixed part 1; 101-2. fixed part 2; 102. elastic rope; 103. limit component; 103-1. limit part 1; 103-1A. rope hole 1; 103-2. limit part 2; 103-2A. rope hole 2; 103-3. spring; 2. air bag layer; 3. meridian stimulation layer; 4. meridian stimulation structure; 401. base layer; 402. meridian stimulation component; 402-1. water bag group; 402-1A. water bag; 402-1A1. meridian stimulation protrusion; 402-2. micro water pump; 402-3. water pipe;

DETAILED DESCRIPTION

In order to enable those skilled in the art to better understand the technical solution of the present invention, the technical solution of the present invention is further described below in conjunction with the accompanying drawings and embodiments.

Example:

Referring to the accompanying drawings 1-6, a meridian stimulation device for limb hemiplegia caused by cerebral hemorrhage for neurology includes a fixed outer layer 1, an airbag layer 2 and a meridian stimulation layer 3, a quick fixing structure is arranged on the outer side of the fixed outer layer 1, the outer side of the airbag layer 2 is bonded to the fixed outer layer 1, and the inner side is bonded to the meridian stimulation layer 3, a meridian stimulation structure 4 is arranged on the other side of the meridian stimulation layer 3, and the materials of the fixed outer layer 1, the airbag layer 2, the meridian stimulation layer 3 and the meridian stimulation structure 4 are all flexible materials;

The quick fixing structure provided on the fixed outer layer 1 helps medical staff to quickly wear the meridian stimulation device of the utility model on the patient's limbs, and can be adaptively fixed according to different patient body shapes, and it is also convenient and quick to take it off; the airbag layer 2 is an electric airbag, which can be continuously contracted; the contraction of the airbag layer 2 can drive the meridian stimulation layer 3 to contract synchronously, and through contraction, the meridian stimulation layer 3 can stimulate the patient's degree accordingly, and assist the patient in rehabilitation;

Furthermore, the quick fixing structure includes a plurality of symmetrically arranged fixing components 101, elastic ropes 102 and limiting components 103. The fixing component 101 is arranged on the outside of the fixing outer layer 1. The elastic rope 102 is passed through the fixing component 101 and passes through the limiting component 103. The elastic rope 102 is adapted to the limiting component 103. The fixing component 101 includes a fixing part 101-1 and a fixing part 2 101-2. The fixing part 101-1 and the fixing part 2 101-2 are adapted to the elastic rope 102.

Preferably, the fixing member 101-1 is symmetrically arranged at the top of the fixed outer layer 1, and the lower side of the top is entirely arranged as the fixing member 2 101-2, and the elastic cord 102 passes through the fixing member 101-1 at the top, and the fixing member 101-1 fixes the elastic cord 102, so that the elastic cord 102 and the fixing member 101-1 are not separated, and the elastic cord 102 will not be separated from the fixing assembly 101 when not in use or adjusted;

When in use, first pass the elastic rope 102 through the top fixing piece 101-1 and the second fixing piece 101-2, and pass the free end of the elastic rope 102 through the limiting component 103, and pull the limiting component 103 to move the elastic rope in the fixing piece 101-1 and the second fixing piece 101-2, so that the fixed outer layer 1 is rolled up, so that the fixed outer layer 1 wraps the patient's limbs, and at the same time, the limiting component 103 limits the elastic rope 102 to keep it in a tight state, so as to maintain the degree of wrapping of the patient's limbs by the fixed outer layer 1;

Specifically, the limiting assembly 103 includes a limiting member 103-1 and a limiting member 103-2 which are sleeved together, and a spring 103-3 is connected to the lower end of the limiting member 103-2. A rope threading hole 103-1A is formed through the limiting member 103-1, and a rope threading hole 103-2A which matches the rope threading hole 103-1 is formed through the limiting member 103-2.

The second limiting member 103-2 is sleeved in the first limiting member 103-1 through the spring 103-3. One end of the spring 103-3 is connected to the outer side of the bottom of the second limiting member 103-2, and the other end is connected to the inner side of the bottom of the first limiting member 103-1. By pressing the second limiting member 103-2, the spring 103-3 is compressed, so that the first rope threading hole 103-1A and the second rope threading hole 103-2A overlap, and then the elastic rope 102 passing therethrough can be pulled. When the second limiting member 103-2 is released, the spring 103-3 recovers its deformation, and the relative positions of the first rope threading hole 103-1A and the second rope threading hole 103-2A are inconsistent, thereby fixing the elastic rope 102 so that it cannot move freely in the first rope threading hole 103-1A and the second rope threading hole 103-2A.

Considering the problem that the elastic cord 102 is easy to fall off from the first and second rope threading holes 103-1A and 103-2A during use, a limit rod 104 is further provided at the free end of the elastic cord 102, and the limit rod 104 is adapted to the limit assembly 103, so that the elastic cord 102 will never fall off from the first and second rope threading holes 103-1A and 103-2A under the action of the limit assembly 103;

Further, the meridian stimulation structure 4 includes a base layer 401 and a meridian stimulation component 402 which are welded to each other, and the base layer 401 is bonded to the air bag layer 2, and the meridian stimulation component 402 includes a meridian stimulation water bag group 402-1 and a micro water pump 402-2, and both ends of the meridian stimulation water bag group 402-1 are detachably connected to the micro water pump 402-2 through a water pipe 402-3; under the action of the micro water pump 402-2, hot water circulates in the meridian stimulation water bag group 402-1 to massage and keep the patient's limbs warm, and also assists the meridian stimulation component 402 in stimulating the patient's acupoints;

Specifically, the meridian stimulation water bag group 402-1 includes a plurality of water bags 402-1A that are interconnected and have a wave structure, and the water bags 402-1A on both sides are detachably connected to the micro water pump 402-2 through the water pipe 402-3, and a plurality of meridian stimulation protrusions 402-1A1 are arranged on the water bag 402-1A; when in use, hot water is first poured into the water bag 402-1A through the water pipe 402-3, and then the water pipe 402-3 is connected to the micro water pump 402-2, so that the micro water pump 402-2, the water pipe 402-3 and the meridian stimulation water bag group 402-1 form a circulation system; during the repeated contraction of the air bag layer 2, it drives the water bag 402-1A to move relative to the human body, so that the meridian stimulation protrusions 402-1A1 thereon press and stimulate the acupuncture points of the patient's limbs;

The use process and principle of the meridian stimulation device of the utility model are as follows: first, the patient's limbs are put into the fixed outer layer 1, and then the elastic rope 102 is pulled to make the elastic rope 102 move in the limiting member 1 103-1 and the limiting member 2 103-2, thereby changing the relative distance between the symmetrically arranged limiting member 1 103-1 and the limiting member 2 103-2, so that the fixed outer layer 1 is tightly wrapped around the patient's limbs, and then the limiting member 2 103-2 is pressed, the spring 103-3 is compressed, and the rope is threaded. The first hole 103-1A and the second rope threading hole 103-2A overlap each other, so that the elastic rope 102 can be pulled. When it is pulled to a stop, the second limiter 103-2 is released, and the spring 103-3 recovers its deformation. The relative positions of the first rope threading hole 103-1A and the second rope threading hole 103-2A are inconsistent, thereby fixing the elastic rope 102 so that it cannot move freely in the first rope threading hole 103-1A and the second rope threading hole 103-2A, thereby completing the wrapping of the patient's limbs by the fixed outer layer 1;

Then, the micro water pump 402-2 is started. Under the action of the micro water pump 402-2, hot water circulates in the meridian stimulation water bag group 402-1, thereby massaging and warming the patient's limbs; at the same time, the air bag layer 2 is started, and the air bag layer 2 circulates and contracts, driving the meridian stimulation protrusion 402-1A1 to move relative to the human body, so that the meridian stimulation protrusion 402-1A1 thereon circulates and presses and stimulates the acupuncture points of the patient's limbs.

The above shows and describes the basic principle, main features and advantages of the utility model. Those skilled in the art should understand that the utility model is not limited by the above embodiments. The above embodiments and descriptions are only for explaining the principle of the utility model. Without departing from the spirit and scope of the utility model, the utility model may have various changes and improvements, which fall within the scope of the utility model to be protected. The scope of protection of the utility model is defined by the attached claims and their equivalents.

Claims (7)

1. The utility model provides a department of neurology is with cerebral hemorrhage limbs hemiplegia meridian stimulation device which characterized in that: including fixed skin (1), gasbag layer (2) and main and collateral channels stimulation layer (3), the outside of fixed skin (1) is provided with swift fixed knot and constructs, and the outside and the fixed skin (1) of gasbag layer (2) are connected, and the inboard is connected with main and collateral channels stimulation layer (3), and the opposite side of main and collateral channels stimulation layer (3) is provided with main and collateral channels stimulation structure (4).

2. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 1, wherein: the quick fixing structure comprises a plurality of symmetrically arranged fixing assemblies (101), elastic ropes (102) and limiting assemblies (103), wherein the fixing assemblies (101) are arranged on the outer side of the outer fixing layer (1), the elastic ropes (102) penetrate through the fixing assemblies (101) and the limiting assemblies (103), and the elastic ropes (102) are matched with the limiting assemblies (103).

3. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 2, wherein: the fixing assembly (101) comprises a first fixing piece (101-1) and a second fixing piece (101-2), and the first fixing piece (101-1) and the second fixing piece (101-2) are matched with the elastic rope (102).

4. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 2, wherein: the limiting assembly (103) comprises a first limiting part (103-1) and a second limiting part (103-2) which are connected in a sleeved mode, a spring (103-3) is arranged at the lower end of the second limiting part (103-2), a first rope penetrating hole (103-1A) is formed in the first limiting part (103-1) in a penetrating mode, and a second rope penetrating hole (103-2A) matched with the first rope penetrating hole (103-1A) is formed in the second limiting part (103-2) in a penetrating mode.

5. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 2, wherein: the free end of the elastic rope (102) is also provided with a limiting rod (104), and the limiting rod (104) is matched with the limiting component (103).

6. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 1, wherein: the meridian stimulation structure (4) comprises a basal layer (401) and a meridian stimulation component (402) which are connected with each other, the basal layer (401) is adhered to the air bag layer (2), the meridian stimulation component (402) comprises a meridian stimulation water bag set (402-1) and a miniature water pump (402-2), and two ends of the meridian stimulation water bag set (402-1) are detachably connected with the miniature water pump (402-2) through water delivery pipes (402-3).

7. The stimulation device for cerebral hemorrhage limb hemiplegia meridian in neurology according to claim 6, wherein: the meridian stimulation water bag set (402-1) comprises a plurality of water bags (402-1A) which are mutually communicated and are of wave structures, the water bags (402-1A) are detachably connected with the miniature water pump (402-2) through a water pipe (402-3), and a plurality of meridian stimulation protrusions (402-1A 1) are arranged on the water bags (402-1A).