Dynamic compression type intelligent mammary gland postoperative rehabilitation waistcoat

Abstract

The dynamic compression type intelligent mammary gland postoperative rehabilitation waistcoat comprises a waistcoat body, and the front portion of the waistcoat body is an opening and is provided with a magnetic hasp; the chest wall area of the waistcoat main body is provided with a detection platform, the inner surface of the waistcoat main body is provided with a gradient honeycomb embossed elastic fabric, the armpit area is provided with an adjustable wedge-shaped sponge cushion block, and the shoulder strap area is provided with a rotatable adjusting buckle; an embedded flexible piezoelectric sensor array is arranged in the waistcoat main body and can transmit detection data to a detection platform, and the detection platform can be wirelessly connected to mobile equipment of medical staff; a waist self-adaptive adjusting belt is arranged at the waist of the human body; a detachable drainage tube fixing clamp is arranged on one side of the waistcoat body, and an X-shaped elastic supporting belt is arranged on the back of the waistcoat body. A micro air pump assembly is further arranged on the waistcoat main body; the intelligent rehabilitation medical device is provided for a patient after a breast operation, the occurrence rate of hematoma and the occurrence rate of the problem that the memory foam module relieves armpit nerve compression can be reduced, and the rehabilitation medical device has certain economical efficiency.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of breast postoperative rehabilitation devices, and particularly relates to a dynamic compression type intelligent breast postoperative rehabilitation waistcoat. BACKGROUND

[0002] The clinical pain points of the existing breast postoperative chest bandage / bandage are as follows:

[0003] I. Static compression design defects

[0004] Uneven pressure: the traditional elastic bandage relies on artificial wrapping tightness, and the random distribution of pressure easily leads to skin ischemia and insufficient pressure in some areas that need to be pressed.

[0005] 2. Unable to dynamically adjust: the postoperative hematoma high-risk period (24-48h) needs continuous compression, but the edema subsides period needs decompression, and the traditional product cannot respond in real time; and the adjustment is time-consuming and laborious, and needs to be operated by professional medical personnel, with high labor cost; the patient cannot flexibly adjust according to the change of body position, and is often fixed in a lying position, which is limited in a standing position or other positions.

[0006] 3. Clinical consequences: high incidence of hematoma, skin allergy or blister formation, and even compression necrosis.

[0007] II. Single function defect

[0008] Insufficient drainage management: the drainage tube fixation relies on the paste of dressing or adhesive tape, and the patient has a high risk of catheter falling off / shifting or skin allergy; and the operation is inconvenient;

[0009] No consideration of body position change: the catheter is easy to twist when the patient sits or lies, and is easy to be pulled out of the drainage tube when the patient gets up and moves;

[0010] Lymphedema prevention is missing: the traditional product has no active massage function, and the lymphatic drainage completely relies on manual methods (with low patient compliance), and the methods differ greatly, making it difficult to achieve clinical effects, and the incidence of postoperative lymphedema is high

[0011] III. Ergonomic problems

[0012] 01. Non-breathable material leads to postoperative sweating -> increased risk of wound infection, especially when the skin is poorly ventilated in high summer temperatures, and the comfort and experience are generally poor;

[0013] 02. Hard material in the armpit / shoulder rubs against the nerves; and the compression effect in the armpit is not obvious, resulting in more drainage fluid in the armpit after surgery, longer drainage tube indwelling time, and increased risk of postoperative infection. SUMMARY

[0014] The present application intends to provide a dynamic compression type intelligent breast postoperative rehabilitation waistcoat to solve the problems presented in the above background.

[0015] To achieve the above object, the present application provides the following technical solutions:

[0016] A dynamic compression type intelligent breast postoperative rehabilitation waistcoat comprises a waistcoat main body, the front part of the waistcoat main body is designed in an open type, and an opening is arranged at the open part, a magnetic buckle is arranged at the opening, and the waistcoat main body can be quickly opened and closed through the magnetic buckle.

[0017] The waistcoat main body is divided into a chest wall area, an armpit area and a shoulder strap area according to human body regions, a detection platform is arranged on the chest wall area, the inner side of the chest wall area is provided with a gradually changing honeycomb embossed elastic fabric, the armpit area is provided with an adjustable wedge-shaped sponge pad, and an adjusting belt body is arranged on the shoulder strap area, a rotating adjusting buckle is arranged in the middle part of the adjusting belt body, and the adjusting belt body can be retracted through the rotating adjusting buckle.

[0018] The inside of the waistcoat main body is provided with an embedded flexible piezoelectric sensor array, one sensing node is arranged every 10 cm 2 The embedded flexible piezoelectric sensor array can transmit detection data to the detection platform, the detection platform can display the detection values, and the detection platform can also be wirelessly connected to a mobile device of a medical staff.

[0019] A waist self-adapting adjusting belt is arranged at the waist part of the waistcoat main body.

[0020] Detachable drainage tube fixing clamps are arranged on the two sides of the waistcoat main body.

[0021] An X-shaped elastic supporting belt is arranged on the back of the waistcoat main body, adjusting knobs are arranged at the four corners of the X-shaped elastic supporting belt, and the stretching degree of the X-shaped elastic supporting belt can be adjusted through the adjusting knobs.

[0022] A micro air pump assembly is further arranged on the back of the waistcoat main body, and the micro air pump assembly is connected to the gradually changing honeycomb embossed elastic fabric and the adjustable wedge-shaped sponge pad to provide air pressure for the two.

[0023] Preferably, the waistcoat main body adopts a three-layer composite structure designed fabric as a base material, the outer layer is an antibacterial and breathable elastic cloth with a pore size of 50 μm, the middle layer is a phase change temperature control material with a melting point of 32℃, and the inner layer is a skin-friendly layer of medical silicone with a Shore hardness of 25A.

[0024] Preferably, the shoulder strap area is a single short sleeve, and the rehabilitation waistcoat with a corresponding one side shoulder strap area is selected according to the left and right breast diseases of the patient.

[0025] Preferably, the interior of the adjustable wedge-shaped sponge pad is a wedge-shaped air bag, and the wedge-shaped air bag is wrapped with a memory sponge on the outside, and the wedge-shaped air bag is inflated or deflated by a micro air pump assembly.

[0026] Preferably, the detachable drainage tube fixing clamp is made of medical silica gel.

[0027] Compared with the prior art, the present application has the following beneficial effects:

[0028] 1. Postoperative 24-hour golden period: the hematoma incidence can be reduced to 2.1% (traditional product is 8.7%)

[0029] 2. Lymphedema prevention: simulate the effect of artificial massage through periodic pressure fluctuation

[0030] 3. Intelligent Internet of Things: establish a real-time data closed loop of patients-doctors-rehabilitation therapists

[0031] 4. Economy: reusable design (≥50 sterilization cycles). BRIEF DESCRIPTION OF DRAWINGS

[0032] Fig. 1 It is a front view structural schematic diagram of a dynamic compression type intelligent breast postoperative rehabilitation waistcoat.

[0033] Fig. 2 It is a rear view structural schematic diagram of a dynamic compression type intelligent breast postoperative rehabilitation waistcoat.

[0034] Fig. 3 It is a sectional view of a waistcoat main body of a dynamic compression type intelligent breast postoperative rehabilitation waistcoat.

[0035] The reference signs in the drawings of the specification include:

[0036] 1. waistcoat main body; 101, open port; 102, magnetic attraction buckle; 103, chest wall area; 104, axillary area; 105, shoulder strap area; 106, detection platform; 107, gradually changing honeycomb embossed elastic fabric; 108, adjustable wedge-shaped sponge pad; 109, rotating adjustment buckle; 111, antibacterial and breathable elastic cloth; 112, phase change temperature control material; 113, medical silica gel skin-friendly layer; 114, adjusting belt body; 2, embedded flexible piezoelectric sensor array; 3, waist self-adaptive adjusting belt; 4, detachable drainage tube fixing clamp; 5, X-shaped elastic support belt; 501, adjusting knob; 6, micro air pump assembly. DETAILED DESCRIPTION

[0037] The present application will be further described in detail below in combination with the drawings and embodiments:

[0038] As Figs. 1-3As shown, a dynamic compression intelligent breast postoperative rehabilitation waistcoat, comprising a waistcoat main body 1, the front part of the waistcoat main body 1 is designed in an open type, the opening is an opening 101, the opening 101 is provided with a magnetic buckle 102, the magnetic buckle 102 can quickly open and close the waistcoat main body 1;

[0039] The waistcoat main body 1 is divided into a chest wall area 103, an axillary area 104 and a shoulder strap area 105 according to human body regions, the chest wall area 103 is provided with a detection platform 106, the inner side of the chest wall area 103 is a gradually changing honeycomb embossed elastic fabric 107; the axillary area 104 is provided with an adjustable wedge-shaped sponge pad 108; the shoulder strap area 105 is a single-sided short sleeve, according to the left and right breast diseases of the patient, a rehabilitation waistcoat with a corresponding one side of the shoulder strap area 105 is selected, the shoulder strap area 105 is provided with an adjusting belt body 114, the middle part of the adjusting belt body 114 is provided with a rotating adjusting buckle 109, the adjusting belt body 114 is retracted or extended through the rotating adjusting buckle 109, the retraction or extension of the adjusting belt body 114 drives the contraction of the shoulder strap area 105, so as to realize the adjustment of the freedom of movement of the shoulder joint;

[0040] The inside of the adjustable wedge-shaped sponge pad 108 is a wedge-shaped air bag, the outside of the wedge-shaped air bag is wrapped with a memory sponge, the wedge-shaped air bag is inflated or deflated through a micro air pump assembly 6, so as to realize the pressure adjustment of the adjustable wedge-shaped sponge pad 108 to adapt to the needs of different rehabilitation stages.

[0041] The waistcoat main body 1 adopts a three-layer composite structure design fabric as a base material, the outer layer is an antibacterial and breathable elastic cloth 111 with a pore size of 50 μm, the middle layer is a phase change temperature control material 112 with a melting point of 32℃, and the inner layer is a skin-friendly layer 113 of medical silicone with a Shore hardness of 25A, so as to ensure the air permeability during the wearing of the patient during the rehabilitation period, and at the same time protect the health and safety of the skin contact of the patient;

[0042] The inner side of the waistcoat main body 1 is provided with an embedded flexible piezoelectric sensor array 2, one sensing node is arranged every 10 cm 2 The embedded flexible piezoelectric sensor array 2 can transmit the detection data to the detection platform 106, the detection platform 106 can display the detection values, when the values are unreasonable, the detection platform 106 will issue an alarm to remind the patient and medical staff, at the same time, the detection platform 106 can also be connected wirelessly to the mobile devices of the medical staff, so that the medical staff can check the real-time monitoring parameters of the corresponding patient at any time and anywhere;

[0043] The waistcoat main body 1 is provided with a waist self-adaptive adjusting belt 3 at the lower edge, the inside adopts a rotary knob contraction method (similar to snow boots or bicycle shoes, a shoelace adjusting mechanism) for the free adjustment of the tightness of the waistband;

[0044] The detachable drainage tube fixing clamps 4 made of medical silica gel are arranged at the bilateral edges of the jacket body 1, which provide a placing point for the drainage tube and do not affect the activity of the patient;

[0045] The X-shaped elastic supporting belt 5 is arranged at the back of the jacket body 1, which helps the patient to keep the standard posture most beneficial to recovery during the recovery period. The four corners of the X-shaped elastic supporting belt 5 are provided with adjusting knobs 501, which can adjust the stretching degree of the X-shaped elastic supporting belt 5 to adapt to patients with different body types or in different recovery periods, so as to help them keep the most correct and most suitable posture.

[0046] The micro air pump assembly 6 is further arranged at the back of the jacket body 1, which is connected to the gradually changing honeycomb embossed elastic fabric 107 to provide air pressure and realize periodic pressure adjustment, so as to simulate the artificial massage effect and prevent lymphedema. The micro air pump assembly 6 is also connected to the adjustable wedge-shaped sponge pad 108.

[0047] The above is only an embodiment of the present application, and the specific technical solutions and / or common knowledge of the scheme are not described in detail. It should be noted that for those skilled in the art, without departing from the technical solutions of the present application, a number of modifications and improvements can be made, which should also be considered as the protection scope of the present application, which will not affect the effect and practicality of the present application. The protection scope of the present application should be subject to the content of its claims, and the specific implementation mode and the like recorded in the specification can be used to explain the content of the claims.

Claims

1. A dynamic compression smart post-mastectomy rehabilitation vest, characterized in that: Including the waistcoat body (1), the front of the waistcoat body (1) is open design, and the opening is open mouth (101), the open mouth (101) is equipped with magnetic attraction buckle (102), and the waistcoat body (1) can be quickly opened and closed through the magnetic attraction buckle (102); The waistcoat body (1) is divided into chest wall area (103), axillary region (104) and shoulder strap area (105) according to human body area, the chest wall area (103) is equipped with detection platform (106), and the inside of the chest wall area (103) is gradually changed honeycomb embossed elastic fabric (107);The axillary region (104) is equipped with adjustable wedge-shaped sponge pad (108);The shoulder strap area (105) is equipped with adjusting belt body (114), the middle part of the adjusting belt body (114) is equipped with rotary adjusting buckle (109), and the adjusting belt body (114) is collected and released through the rotary adjusting buckle (109); The inner part of the waistcoat body (1) is provided with an embedded flexible piezoelectric sensor array (2), every 10 cm 2 One sensor node is laid out, the embedded flexible piezoelectric sensor array (2) can transmit detection data to a detection platform (106), the detection platform (106) can display its detection value, and the detection platform (106) can also be wirelessly connected to a mobile device of a medical staff; The waistcoat body (1) is provided with waist self-adapting adjusting belt (3) at the waist of the human body; The both sides of the waistcoat body (1) are respectively provided with detachable drainage tube fixing clamp (4); The back of the waistcoat body (1) is provided with X-shaped elastic support belt (5), the four corners of the X-shaped elastic support belt (5) are provided with adjusting knob (501), and the stretching degree of the X-shaped elastic support belt (5) can be adjusted through the adjusting knob (501); The back of the waistcoat body (1) is also provided with micro air pump assembly (6), and the micro air pump assembly (6) is connected to the gradually changed honeycomb embossed elastic fabric (107) and the adjustable wedge-shaped sponge pad (108), and provides air pressure for the two.

2. The dynamic compression intelligent breast postoperative rehabilitation waistcoat of claim 1, characterized in that: The waistcoat body (1) adopts three-layer composite structure design fabric as base material, the outer layer is antibacterial and breathable elastic cloth (111) with aperture 50 μm, the middle layer is phase change temperature control material (112) with melting point 32 ℃, and the inner layer is medical silicone skin-friendly layer (113) with shore hardness 25A.

3. The dynamic compression intelligent breast postoperative rehabilitation waistcoat of claim 1, characterized in that: The shoulder strap area (105) is single-sided short sleeve, and the rehabilitation waistcoat with corresponding one side shoulder strap area (105) is selected according to the left and right breast diseases of the patient.

4. The dynamic compression intelligent breast postoperative rehabilitation waistcoat of claim 1, characterized in that: The inside of the adjustable wedge-shaped sponge pad (108) is a wedge-shaped air bag, the wedge-shaped air bag is wrapped with memory sponge, and the wedge-shaped air bag is inflated or deflated through the micro air pump assembly (6).

5. The dynamic compression smart breast post-operative rehabilitation vest of claim 1, wherein: The detachable drainage tube fixing clamp (4) is made of medical silicone.

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