Improved cold compress garment

Abstract

The utility model discloses an improved cold compress garment which comprises an upper garment assembly and a lower garment assembly. The upper garment assembly comprises a garment body, and sleeves are arranged on the garment body in a bilateral symmetry mode. Each of the clothes body and the sleeves comprises an inner lining and an outer lining, and a first gap is formed between the inner lining and the outer lining; the upper garment cold compress assembly is located between the inner lining and the outer lining. An outer lining suede is arranged on one side, close to the inner lining, of the outer lining; the lower pants assembly comprises inner pants and outer pants, and a second gap is formed between the inner pants and the outer pants; the lower pants cold compress assembly is located between the inner pants and the outer pants. An outer pant suede is arranged on one side of the outer pant close to the inner pant; the upper garment cold compress assembly and the lower pants cold compress assembly comprise cold compress bag bodies and bag covers, and the bag covers cover openings of the cold compress bag bodies. A cold compress component hook surface is arranged on the outer surface of the cold compress bag body, and the outer lining suede surface and the outer trousers suede surface are detachably connected with the cold compress component hook surface. The utility model solves the problems that the cold compress position of the existing hospital dress trousers is fixed, and the cold compress requirements of more types of patients cannot be met.

Description

Technical Field

[0001] The utility model relates to the technical field of medical treatment, and more particularly to an improved cold compress clothing. Background Art

[0002] Radiation therapy is one of the most common and primary treatments for cancer. It uses high-energy radiation to kill or damage cancer cells, preventing them from dividing and growing. The skin, covering the entire human body and the largest organ in the body, often suffers direct damage to skin cells and subcutaneous blood vessels after radiation therapy for cancer. This damage can further develop into inflammation, which causes localized symptoms such as redness, swelling, heat, and pain. Damaged cells also release cytokines and inflammatory mediators, such as tumor necrosis factor (TNF), interleukins (ILs), and prostaglandins, further exacerbating the inflammatory response. Cold compresses are a commonly used, direct, and effective method for preventing and further alleviating inflammation. Cold compresses, as a physical therapy method, often apply low temperatures to injured or inflamed areas of the body. This reduces blood circulation, decreases nerve conduction velocity, and reduces muscle spasms, thereby alleviating pain, swelling, and inflammation. Leveraging this principle, cold compress materials can be applied to clothing, effectively freeing hands and addressing the inflammatory phase of skin inflammation, which occurs one to ten weeks after radiation therapy. Cold compresses are materials or products used for cold compress therapy. Common cold compresses include water, saline, gel, special biomaterials, and cold insulation materials. Cold compress clothing offers the advantages of portability, ease of use, and reusability.

[0003] Chinese Patent Document 1 (Authorization Announcement No.: CN 211631890_U, Authorization Announcement Date: 2020.10.09) discloses a new type of pocket-type physical cooling special patient gown, referring to Figure 1 , comprising: a patient gown 1' and patient gown trousers 2', the patient gown 1' is symmetrically connected with a first button 11' on the front axillary line of the patient gown 1', the first button 11' is connected with a first pocket 3', the crotch of the patient gown trousers 2' is connected with a second button 21', the side of the patient gown trousers 2' is correspondingly connected with a third button 22', the second button 21' and the third button 22' are connected with a second pocket 4', one side of the outer surface of the first pocket 3' is connected with a water-absorbing layer 31', and the first pocket 3' and the second pocket 4' are fixed by snap buckles; the cold compress position of the patient gown is fixed, which cannot meet the cold compress needs of many types of patients, and the cold compress area is fixed, which cannot be applied to large-area cold compress needs.

[0004] Chinese Patent Document 2 (Authorization Publication No.: CN 209498638_U, Authorization Publication Date: October 18, 2019) discloses a pediatric cooling garment, comprising: a garment body, a first fleece-surfaced Velcro fastener on each inner side of the underarms of the garment body, a collar and a hood on the neckline of the garment body, a second fleece-surfaced Velcro fastener on each inner side of the front end of the collar, a third fleece-surfaced Velcro fastener on the inner side of the front brim of the hood, and several ice pack storage bags on the garment body, each with a thorn-surfaced Velcro fastener on one side. This utility model provides ice pack storage bags on the forehead, neck, and underarm areas of the cooling garment, which are attached to the garment via Velcro and can be removed. The cooling garment has a fixed cold compress position, which cannot meet the cold compress needs of many types of patients, a fixed cold compress area, and is not suitable for large-area cold compress applications. Furthermore, the cooling garment only has a top.

[0005] Chinese Patent Document 3 (Grant Announcement No.: CN 202635652_U, Grant Announcement Date: January 2, 2013) discloses a cooling garment. This novel cooling garment comprises: a garment body, a water storage pipe, a water pump, a cooling source, and a radiator. The water storage pipe is disposed on the outer surface of the garment body and connected to the water pump. The cooling source is connected to the water pump and the radiator. The cooling source and the radiator can be externally connected to a cigarette lighter. The DC power output from the car cigarette lighter drives the cooling source and the radiator, which controls the circulation of cold water in the water storage pipe through the water pump. The cooling garment has a complex and heavy structure, which is not conducive to the healing of the patient's wounds. The heavy weight increases the patient's physical exertion. The numerous configurations lead to high costs.

[0006] Therefore, the improved cold compress clothing is lightweight, easy to wear, and has flexible positioning of the cold compress to suit different patient types. It is easy to use, economical to manufacture, and suitable for people of different age structures and genders. The cold compress is cheap, easy to obtain, and reusable, which are technical problems that need to be urgently solved in this field. Utility Model Content

[0007] In view of this, the utility model is an improved cold compress garment, which is used to solve the problems that the cold compress position of existing patient clothes is fixed and cannot meet the cold compress needs of many types of patients.

[0008] The utility model is an improved cold compress garment, comprising a top assembly, a bottom trouser assembly, a top cold compress assembly and a bottom trouser cold compress assembly;

[0009] The garment assembly comprises: a garment body, wherein the garment body is symmetrically provided with sleeves;

[0010] Along the direction of the clothing body pointing to the side of the sleeve, a side slit is provided on one side of the clothing body to form a side placket, and a shoulder slit is provided on the side of the clothing body corresponding to the shoulder seam to form a shoulder placket;

[0011] The garment body and the sleeves each include an inner lining and an outer lining connected to the inner lining, the inner lining being arranged opposite to the outer lining, the inner lining being located on a side of the outer lining close to the patient's body, and a first gap of at least two centimeters being provided between the inner lining and the outer lining in a direction from the inner lining to the side of the outer lining; the upper garment cold compress assembly is located between the inner lining and the outer lining; the outer lining is provided with an outer lining suede surface close to the side of the inner lining;

[0012] The inner lining of the clothing body is provided with a collar hook surface at a side close to the outer lining corresponding to the human neckline, and the inner lining of the sleeve is provided with a cuff hook surface at a side close to the outer lining corresponding to the human cuff, and the collar hook surface and the cuff hook surface are both bonded to the velvet surface of the outer lining;

[0013] The outer lining is provided with a fixing strap on one side close to the side opening, and a hanging strap on one side close to the shoulder opening;

[0014] The number of the fixing straps is at least two, and the at least two fixing straps are arranged along the length direction of the clothing body;

[0015] The lower pants assembly comprises: an inner pants and an outer pants connected to the inner pants, the inner pants and the outer pants being arranged opposite to each other, the inner pants being located on the side of the outer pants close to the patient's body, and a second gap of at least two centimeters being provided between the inner pants and the outer pants in a direction from the inner pants to the side of the outer pants; the lower pants cold compress assembly being located between the inner pants and the outer pants; and the outer pants being provided with a suede surface on the side close to the inner pants;

[0016] The inner pants are provided with waist hook surfaces and leg hook surfaces respectively at the side of the inner pants close to the outer pants corresponding to the patient's waist and the patient's leg, and the waist hook surfaces and leg hook surfaces are respectively bonded to the velvet surface of the outer pants;

[0017] The upper garment cold compress assembly and the lower trouser cold compress assembly comprise: a cold compress bag body and a bag cover connected to the cold compress bag body, wherein the bag cover covers the opening of the cold compress bag body; a cold compress assembly hook surface is provided on the outer surface of the cold compress bag body, and the outer lining velvet surface and the outer trousers velvet surface are detachably connected to the cold compress assembly hook surface;

[0018] The cold compress bag body is provided with an inner bag, the material of the inner bag is waterproof, and a connector is provided on one side of the inner bag;

[0019] The alarm device is placed inside the inner bag, and the alarm device includes: a button battery, a temperature sensor, a buzzer alarm and a controller, and the button battery, the temperature sensor, and the buzzer alarm are electrically connected to the controller respectively; the cold compress is placed in the cold compress bag body, and the material of the cold compress includes ice cubes or cold compress gel.

[0020] Furthermore, the connecting piece includes Velcro, snap fasteners or zippers.

[0021] Furthermore, the bag cover is detachably connected to the hook surface of the cold compress assembly.

[0022] Compared with the prior art, the present invention achieves at least the following beneficial effects:

[0023] First, the top component and the bottom trousers component can be combined, disassembled and washed infinitely, the cold compress of the present application can be condensed twice, the top component and the bottom trousers component can be used in combination, and the top component and the bottom trousers component can also be used separately to meet the use purposes of different patients, especially patients who need cold compresses for lower limbs and upper limbs at the same time, such as patients with leg sprains and breast cancer radiotherapy, solving the technical defect of the existing technology that only has a single top; through a Velcro adhesive design, the cold compress component can be attached to any position on the body according to actual use needs, alleviating the patient's discomfort needs, greatly increasing the scope and field of cold compress use, solving the technical defect of the fixed position of the cold compress in the existing technology, and distinguishing it from the current cold compress technology of fixed, handheld and difficult for individuals to complete independently.

[0024] Second, by means of hanging straps, side openings and shoulder openings, a cold compress means is provided for patients who have difficulty in dressing, such as difficulty in raising or flexing their arms, especially patients with periarthritis of the shoulder, elderly patients and patients with fractures, which is quick to put on and take off and can be operated by one person; the hanging straps avoid pulling clothes over the head, the side openings avoid flexing the arms, and the cold compress can be fully opened when opened, which allows for quick assembly and putting on and taking off; by providing the alarm device 36, the patient can be prevented from suffering from low-temperature burns and local subcutaneous nerve damage caused by long-term cold compresses, thereby preventing the condition from worsening. The various component modules in the alarm device are economical and inexpensive, reducing the cost of patient treatment. The button battery of the alarm device is replaceable and does not affect long-term use. The alarm device is easy to use and the patient does not need to perform any operation on the alarm device. Low temperature triggers the alarm immediately, reducing the patient's cold compress operation procedures;

[0025] Third, through the size of the top cold compress component and the bottom pants cold compress component and the design of the hook surface of the cold compress component, and the purposeful selection of different models of top cold compress components and bottom pants cold compress components, cold compresses can be provided in various inconvenient positions, especially for inflammation and swelling of the back shoulder, bruises, and contusions of the calf. It can also meet the cold compress needs of different positions of the same patient at the same time. For example, a breast cancer patient may have redness and swelling of the chest after radiotherapy, and may also have sprains of the kidneys, shoulders and other parts. It is suitable for the cold compress needs of different patients in different positions, and can also meet the large-area cold compress needs of the same position of the same patient at the same time.

[0026] Other features and advantages of the present invention will become apparent from the following detailed description of exemplary embodiments of the present invention with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and, together with the description, serve to explain the principles of the invention.

[0028] Figure 1 The invention is a new type of pocket-inserted physical cooling special patient gown disclosed in Chinese Patent Document 1;

[0029] Figure 2 This is a structural diagram of an improved cold compress garment provided by the utility model;

[0030] Figure 3 This is a schematic diagram of the expansion of the top assembly provided by the utility model;

[0031] Figure 4 This is a schematic diagram of the unfolded lower trousers assembly provided by the utility model;

[0032] Figure 5 This is a schematic diagram of the structure of the cold compress assembly provided by the utility model;

[0033] Figure 6 yes Figure 5 A magnified view of point A in the figure;

[0034] Figure 7 This is a logic block diagram of the alarm device provided by the utility model;

[0035] Figure 8 This is a partial structural diagram of a top assembly provided by the utility model;

[0036] Figure 9 It is a BB cross-sectional view of the top assembly provided by the utility model. DETAILED DESCRIPTION

[0037] Various exemplary embodiments of the present invention will now be described in detail with reference to the accompanying drawings. It should be noted that unless otherwise specifically stated, the relative arrangements of components and steps, numerical expressions and numerical values set forth in these embodiments do not limit the scope of the present invention.

[0038] The following description of at least one exemplary embodiment is merely illustrative in nature and is in no way intended to limit the present invention, its application, or uses.

[0039] Technologies, methods, and equipment known to ordinary technicians in the relevant art may not be discussed in detail, but where appropriate, the technologies, methods, and equipment should be considered part of the specification.

[0040] In all examples shown and discussed herein, any specific values should be interpreted as merely exemplary and not limiting. Therefore, other examples of the exemplary embodiments may have different values.

[0041] It should be noted that like reference numerals and letters refer to like items in the following figures, and therefore, once an item is defined in one figure, it need not be further discussed in subsequent figures.

[0042] Reference Figure 2-Figure 4 , Figure 2 This is a structural diagram of an improved cold compress garment provided by the utility model; Figure 3 This is a schematic diagram of the expansion of the top assembly provided by the utility model; Figure 4 : is a schematic diagram of the unfolded lower trousers assembly provided by the present invention; this embodiment provides an improved cold compress garment, which can be used to relieve patient discomfort;

[0043] An improved cold compress garment comprises an upper garment component 1 and a lower trouser component 2;

[0044] The garment assembly 1 comprises: a garment body 01, wherein the garment body 01 is symmetrically provided with sleeves 02;

[0045] Along the direction of the clothing body 01 toward the side of the sleeve 02, a side slit is provided on one side of the clothing body 01 to form a side placket 03, and a shoulder slit is provided on the side of the clothing body 01 corresponding to the shoulder seam to form a shoulder placket 04;

[0046] The garment body 01 and sleeves 02 each include an inner lining 12 and an outer lining 11 connected to the inner lining 12. The inner lining 12 is disposed opposite the outer lining 11 and is located on the side of the outer lining 11 closest to the patient's body. A first gap of at least two centimeters (not shown) is provided between the inner lining 12 and the outer lining 11. The upper garment cold compress assembly 3 is located between the inner lining 12 and the outer lining 11. The outer lining 11 is provided with an outer lining suede surface 114 on the side closest to the inner lining 12.

[0047] The inner lining 12 of the garment body 01 is provided with a collar hook surface 121 on the side close to the outer lining 11 corresponding to the human collar, and the inner lining 12 of the sleeve 02 is provided with a cuff hook surface 122 on the side close to the outer lining corresponding to the human cuff. The collar hook surface 121 and the cuff hook surface 122 are both bonded to the outer lining suede surface 114.

[0048] A fixing strap 113 is provided on the side of the outer lining 11 close to the side opening 03, and a hanging strap 112 is provided on the side of the outer lining 11 close to the shoulder opening 04; the number of the fixing straps 113 is at least two, and the at least two fixing straps 113 are arranged along the length direction of the garment body 01;

[0049] The lower pants assembly 2 includes: an inner pants 22 and an outer pants 21 connected to the inner pants 22. The inner pants 22 and the outer pants 21 are arranged opposite each other, and the inner pants 22 is located on the side of the outer pants 21 close to the patient's body. A second gap of at least two centimeters (not shown in the figure) is provided between the inner pants 22 and the outer pants 21; the lower pants cold compress assembly 4 is located between the inner pants 22 and the outer pants 21; the outer pants 21 is provided with an outer pants velvet surface 211 on the side close to the inner pants 22;

[0050] The inner pants 22 are provided with a waist hook surface 221 and a leg hook surface 222 at the side of the inner pants 22 close to the outer pants 21, corresponding to the waist of the patient and the leg of the patient, respectively. The waist hook surface 221 and the leg hook surface 222 are respectively bonded to the velvet surface 211 of the outer pants;

[0051] The upper garment cold compress assembly 3 and the lower trouser cold compress assembly 4 include: a cold compress bag body 32 and a bag cover 33 connected to the cold compress bag body 32, the bag cover 33 covering the opening of the cold compress bag body 32; a cold compress assembly hook surface 31 is provided on the outer surface of the cold compress bag body 32, and the outer lining velvet surface 114 and the outer trousers velvet surface 211 are detachably connected to the cold compress assembly hook surface 31;

[0052] The cold compress bag body 32 is provided with an inner bag 35 , which is made of waterproof material. A connector 34 is provided on one side of the inner bag 35 ;

[0053] The alarm device 36 is placed inside the inner bag 35. The alarm device 36 includes: a button battery 361, a temperature sensor 362, a buzzer alarm 363 and a controller 364. The alarm device 361, the temperature sensor 362, the buzzer alarm 363 are electrically connected to the controller 364 respectively; the cold compress is placed in the cold compress bag body 32, and the material of the cold compress includes ice cubes or cold compress gel.

[0054] Specifically, the improved cold compress clothing includes a top component 1, a bottom trouser component 2, a top cold compress component 3 and a bottom cold compress component 4, wherein the lowest part of the top component 1 is located above the highest part of the bottom trouser component 2;

[0055] The top assembly 1 includes a garment body 01 , a sleeve 02 on one side being the sleeve close to the patient's heart, and a sleeve 02 on the other side being the sleeve away from the patient's heart. The sleeves 02 on the left and right sides are sewn to the garment body 01 respectively.

[0056] The clothing body can be a side opening and closing mode, such as a left side opening and closing mode, in which a side slit is opened on the left side of the clothing body 01 pointing to the side of the sleeve 02, to form a left side opening 03, and the right side of the clothing body 01 is sewn together.

[0057] The clothing body 01 has shoulder slits opened at the shoulder lines of the left shoulder and the right shoulder to form a shoulder opening 04. In this embodiment, only the clothing body 01 has shoulder slits opened at the shoulder lines of the left shoulder and the right shoulder to form a shoulder opening 04.

[0058] Through the coordination between the left opening 03 and the shoulder opening 04, a cold compress method is provided which is quick to put on and take off and can be operated by one person for patients who have difficulty in dressing, such as having difficulty raising or flexing their arms, especially patients with periarthritis of the shoulder, elderly patients and patients with fractures.

[0059] The clothing body 01 and the sleeves 02, from the inside to the outside, both include an inner lining 12 close to the body and an outer lining 11 away from the body; the upper garment component 1 is a round-neck long-sleeved piece, the length of the sleeves 02 reaches the wrist, and the collar height of the clothing body 01 is located at the base of the patient's neck, covering the entire shoulder and clavicle area; the materials of the clothing body 01 and the sleeves 02 can be cotton, linen or chemical fiber.

[0060] Along the direction of the inner lining pointing to the side of the outer lining, there is a first gap of at least two centimeters between the outer lining 11 and the inner lining 12. The outer lining 11 is provided with an outer lining suede 114 on the side close to the inner lining 12, that is, the outer lining suede 114 is located on the side of the outer lining 11 close to the body. The outer lining suede 114 can be a Velcro suede sewn on the entire surface. Through the outer lining suede 114, the outer lining 11 can be adhered to the upper jacket cold compress component 3, and the upper jacket cold compress component 3 can be adhered at any position of the first gap between the outer lining 11 and the inner lining 12.

[0061] The bottom between the inner lining and the outer lining in the clothing body 01 has an upper opening, and the side between the inner lining and the outer lining in the sleeve 02 away from the clothing body 01 is provided with an upper opening, and the upper opening is connected to the first gap, which facilitates the subsequent bonding of the top cold compress component 3 to different positions of the clothing body 01 and the sleeve 02.

[0062] A set of hanging straps 112 are sewn above the left shoulder and the right shoulder of the outer lining 11. The hanging straps 112 can be designed in the middle of the shoulders of the outer lining 11. When the clothing body 01 is in the left-side opening 03 opening and closing mode, several sets of fixing straps 113 are sewn at the corresponding side slits of the outer lining 11 along the length direction of the clothing body 01. The shape and structure of each set of fixing straps 113 are consistent. The number of fixing straps 113 can be set according to the actual needs of the top component 1. This embodiment does not make specific restrictions. Alternatively, extra-large, large, medium, small and extra-small sizes can be set according to the different ages and body shapes of patients. According to different sizes, no less than three sets of fixing straps 113 can be set to facilitate the patient to fasten the side slits.

[0063] It should be noted that the clothing body 01 includes corresponding front and back pieces. The front piece refers to the front part of the clothing body 01, and the back piece refers to the back part of the clothing body 01. The hanging straps 112 and the fixing straps 113 can be sewn on the front and back pieces of the clothing body 01 respectively.

[0064] The inner lining 12 of the clothing body 01 is provided with a collar hook surface 121 on the side close to the outer lining 11 corresponding to the human neckline, and the inner lining 12 of the sleeve 02 is provided with a cuff hook surface 122 on the side close to the outer lining 11 corresponding to the human cuff. The collar hook surface 121 and the cuff hook surface 122 are both bonded to the outer lining suede surface 114.

[0065] The above can be understood as: the lining 12 includes: a neckline hook surface 121 and a cuff hook surface 122, which are adhered to the outer lining suede surface 114; the neckline hook surface 121 and the cuff hook surface 122 are both Velcro hook surfaces, and the Velcro hook surfaces are all made of plastic. Of course, according to actual conditions, the Velcro hook surfaces can also be made of other materials, which is not specifically limited in this embodiment; a two to three centimeter wide neckline hook surface 121 is sewn on the neckline of the lining 12 away from the side contour of the body, and a one to two centimeter wide cuff hook surface 122 is sewn on the cuff of the lining 12 away from the side contour of the body; the neckline hook surface 121 is overlapped and adhered to the neckline position of the outer lining suede surface 114, and the cuff hook surface 122 is overlapped and adhered to the cuff position of the outer lining suede surface 114, to complete the adhesion assembly of the outer lining 11 and the inner lining 12.

[0066] The inner lining 12 is a round-neck long-sleeved piece made of cotton cloth, which is used to block direct contact between the skin and the cold compress component 3 of the upper garment, thereby preventing low-temperature burns to the skin caused by direct contact; the shape of the inner lining 1 is consistent with that of the outer lining 11, both of which are round-neck long-sleeved. The size of the inner lining 12 is proportionally reduced by up to five centimeters relative to the outer lining 11, so that the inner lining 12 can be completely fitted into the outer lining 11.

[0067] The lower pants assembly 2, from inside to outside, includes inner pants 22 close to the body and outer pants 21 away from the body. The lower pants assembly 2 can be a pair of long pants, the length of the pants can be over the ankles, and the trouser legs can naturally hang down on the instep of the feet. The material can be cotton, linen or chemical fiber. The kidney part of the lower pants assembly 2 is worn on the human body through an elastic band, and the elastic band is hidden inside the kidney part of the lower pants assembly 2.

[0068] The outer pants 21 include: a trouser pocket 214, a belt 213, a belt perforation 212 and an outer pants velvet surface 211. The outer pants 21 are connected to the inner pants 22. The outer pants 21 can be made of cotton and linen materials and the waist is tightened with an elastic band. The trouser pocket 214 is located below the kidneys on the front side of the outer pants 21 and has an oblique opening.

[0069] The outer trousers 21 are provided with a waistband hole 212 in the middle of the front side of the kidneys. There are two waistband holes 212, which are arranged horizontally. The waistband 213 is a flat or round rope made of cotton. One end of the waistband 213 is inserted into one of the waistband holes 212, and then passes through the other waistband hole 212 after being looped around the waist along the inner side of the kidneys. The waistband 213 is used to meet the need for additional elasticity and comfort, and prevent the elasticity of the lower trousers assembly 1 from failing.

[0070] The inner side of the outer pants 21 close to the body is provided with an outer pants velvet surface 211. The outer pants velvet surface 211 is a Velvet surface covering the entire inner side of the outer pants 21. The outer pants 21 can be adhered to the inner pants 22 through the outer pants velvet surface 211. Any position of the outer pants velvet surface 211 can be adhered to the lower garment cold compress component 4 as needed.

[0071] The inner pants 22 further include: a waist hook surface 221 and a trouser leg hook surface 222, the waist hook surface 221 and the trouser leg hook surface 222 are both Velcro hook surfaces, the waist hook surface 221 is a circular belt with a width of one to two centimeters, the inner side surface of the waist hook surface 221 is fixedly sewn to the outer side of the kidney of the inner pants 22 away from the body, and the highest point of the waist hook surface 221 is the same height as the highest point of the kidney of the inner pants 22; the trouser leg hook surface 222 is an circular belt with a width of one to two centimeters, the inner side surface of the trouser leg hook surface 222 is fixedly sewn to the outer side of the trouser leg of the inner pants 22 away from the body, and the lowest point of the trouser leg hook surface 222 is the same low as the lowest point of the trouser leg of the inner pants 22; the waist hook surface 221 can be overlapped and bonded with the kidney position of the outer trousers velvet surface 211, and the trouser leg hook surface 222 can be further overlapped and bonded with the trouser leg position of the outer trousers velvet surface 211, at this time completing the combined connection of the inner pants 22 and the outer trousers 21.

[0072] Along the direction of the inner pants 22 pointing to the side of the outer pants 21, there is a second gap of at least two centimeters between the inner pants 22 and the outer pants 21. At least one lower garment cold compress component 4 can be adhered at any position between the inner pants 22 and the outer pants 21 through the velvet surface 211 of the outer pants.

[0073] The upper garment cold compress assembly 3 and the lower garment cold compress assembly 4 include a cold compress bag 32. The shape of the cold compress bag 32 can be rectangular, rhombus, trapezoidal, or fan-shaped, which is not specifically limited in this embodiment. The upper garment cold compress assembly 3 is placed between the outer lining 11 and the inner lining 12; the lower garment cold compress assembly 4 is placed between the outer trousers 21 and the inner trousers 22. The material of the cold compress bag 32 can be cotton, linen, or chemical fiber. The inner surface of the cold compress bag 32 is a cloth surface made of cotton, linen, or chemical fiber, and a cold compress assembly hook surface 31 is sewn on the entire outer surface. A cold compress material is placed inside the cold compress bag 32, and the cold compress assembly hook surface 31 can be adhered to the outer lining velvet surface 114 and the cold compress assembly hook surface 31 can be adhered to the outer trousers velvet surface 211. The cold compress material is a liquid or colloid with high heat absorption and melting properties, such as water or gel.

[0074] Reference Figure 2-Figure 7 As shown, Figure 6 yes Figure 5 A magnified view of point A in the figure; Figure 7 This is a logic block diagram of the alarm device 36 provided by the present invention. The upper garment cold compress component 3 and the lower garment cold compress component 4 include: a cold compress component hook surface 31, a cold compress bag body 32, a bag cover 33 and an inner pocket 35. The upper garment cold compress component 3 is adhered to the outer lining velvet surface 114, and the lower garment cold compress component 4 is adhered to the outer trousers velvet surface 211; the cold compress bag body 32 is a cotton rectangular bag with three sides sewn closed and one side open. There is an extra two to four centimeters of excess fabric on either side of the opening of the cold compress bag body 32 to serve as the bag cover 33. No additional bag cover 33 is required. The other side of the fabric is fully sewn with a Velcro hook surface, and the fully sewn Velcro hook surface is the cold compress component hook surface 31; the bag cover 33 is sewn with one to two Velcro hooks near the opening of the cold compress bag body 32. A centimeter-wide Velcro velvet strip is used, and the bag cover 33 can be directly adhered to the hook surface 31 of the cold compress component afterwards, which is convenient and quick; the cold compress material is placed in the cold compress bag body 32, and the bag cover 33 is buckled inward toward the hook surface 31 of the cold compress component, so that the bag cover 33 and the hook surface 31 of the cold compress component are adhered to each other, completing the sealing of the upper garment cold compress component 3; after buckling the bag cover 33, the hook surface 31 of the cold compress component can be adhered to the outer lining velvet 114 in the upper garment component 1, and the hook surface 31 of the cold compress component can be further adhered to the outer velvet surface 211 of the lower trousers component 2. The upper garment cold compress component 3 is adhered to the outer lining velvet surface 114 through the hook surface 31 of the cold compress component, and the lower garment cold compress component 4 is adhered to the outer velvet surface 211 through the hook surface 31 of the cold compress component. The upper garment cold compress component 3 and the lower garment cold compress component 4 can be selected as one, two, three or four according to the actual situation of the patient, which can greatly reduce the weight of the upper garment component 1 and the lower garment component 2, thereby greatly reducing the burden on the patient.

[0075] The cold compress bag body 32 is provided with an inner bag 35, which is a bag body made of a rectangular piece of cloth. The cloth piece and the inner wall of the inner bag 35 connected to it form an inner bag body with three sides closed and one side open. The inner bag 35 can be arranged on the side of the cold compress bag body 32 close to the hook surface 31 of the cold compress component, and the inner bag 35 can be further arranged on the side of the cold compress bag body 32 close to the bag cover 33; a connecting piece 34 is provided on the inner bag 35, and the connecting piece 34 can be an inner bag zipper 34, a snap button or a Velcro. When the connecting body is the inner bag zipper 34, the inner bag zipper The ends of the chain 34 extend along the length of the bag cover 33. One long side of the inner bag zipper 34 is sewn to the inner wall of the cold compress bag body 32, and the other long side is sewn to the opening edge of the inner bag 35. An alarm device 36 is built into the inner bag 35. Pulling up the inner bag zipper 34 is used to close the inner bag 35 and seal the alarm device 36 in the inner bag 35. There is no need to open the zipper for daily use, and the zipper can be kept closed. When the battery of the alarm device 36 is exhausted, the inner bag zipper 34 can be opened to replace the battery of the alarm device 36.

[0076] The inner bag is made of waterproof material to protect the components inside the alarm device 36, such as the button battery 361, the temperature sensor 362, the buzzer alarm 363 and the controller 364, which is conducive to extending the service life of the above components.

[0077] Furthermore, the upper garment cold compress component 3 and the lower garment cold compress component 4 may be circular in shape to accommodate different usage requirements.

[0078] Furthermore, the thickness of the upper garment cold compress assembly 3 and the lower garment cold compress assembly 4 can be two centimeters, three centimeters, and four centimeters, so that the upper garment cold compress assembly 3 and the lower garment cold compress assembly 4 can be loaded with cold compresses of different sizes.

[0079] Furthermore, the side lengths of the cold compress bag 32 can be set to 8 cm, 9 cm, 10 cm, 15 cm, and 20 cm, respectively. The smaller upper garment cold compress assembly 3 and lower garment cold compress assembly 4 are suitable for cold compress needs such as small-area soft tissue contusions, while the larger upper garment cold compress assembly 3 and lower garment cold compress assembly 4 are suitable for cold compress needs such as large-area local inflammation and sprains.

[0080] The alarm device 36 includes: a button battery 361, a temperature sensor 362, a buzzer alarm 363 and a controller 364, which are placed in the inner bag 35; the temperature sensor 362 can be a low-temperature thermistor module, and the button battery 361, the low-temperature thermistor module 362, the buzzer alarm 363 and the controller 364 are connected through an electrical connection; the alarm device 36 can be a mechanism for coordinating low-temperature sensing triggers and countdown alarms. When the cold compress is placed in the cold compress bag body 32, the temperature sensor 362 senses the temperature signal and converts the temperature signal into an electrical signal The temperature sensor 362 is set to sense an upper temperature limit of five degrees Celsius. The temperature sensor 362 converts the temperature signal into an electrical signal and transmits it to the controller 364 only after receiving a signal below five degrees Celsius. The controller 364 immediately starts a thirty-minute countdown. After the timer returns to zero, the controller 364 sends a signal to the buzzer alarm 363. The buzzer alarm 363 responds to the signal from the controller 364 and generates a buzzer alarm to remind the patient to remove the upper garment cold compress component 3 and the lower garment cold compress component 4 to prevent local frostbite of the patient due to long-term cold compress.

[0081] Furthermore, the upper garment cold compress component 3 and the lower garment cold compress component 4 can be removed before the buzzer alarm 363 responds. When cold compress is used for cooling, analgesia, hemostasis and anti-inflammation, the specific operation time of the cold compress may vary according to different conditions and personal circumstances. It is usually recommended that the cold compress time is twenty to thirty minutes each time to avoid long-term low-temperature cold compress which may cause frostbite, nerve damage, muscle function impact, and abnormal blood circulation skills.

[0082] Furthermore, the temperature sensor 362 can adopt the DS18B20 low-temperature thermistor module, which is 21 mm long and 10 mm wide. The controller 364 can choose the minimum system board, STM4F03C8T6 microcontroller, which is 53 mm long and 22.5 mm wide. The reference price of a single board is three to five yuan.

[0083] In an alternative embodiment, referring to Figure 2-Figure 9 As shown, Figure 8 This is a partial structural diagram of a top assembly provided by the utility model; Figure 9 This is the BB cross-section of the top assembly provided by the present invention; for example, a breast cancer patient has a large area of radiation stress redness, swelling, and itching on the right chest skin after radiotherapy, and the patient further twists her lower back; the patient can spread the outer lining 11 flat on the table, and put several ice packs into a ten-centimeter cold compress bag 32 and a twenty-centimeter cold compress bag 32 respectively; the ice cubes, the ten-centimeter cold compress bag 32 and the internal alarm device 36 constitute the top cold compress assembly 310, and the ice cubes, the twenty-centimeter cold compress bag 32 and the internal alarm device 36 constitute the top cold compress assembly 320, and the bag opening of the cold compress bag 32 in the top cold compress assembly 3 is closed to complete the The cold compress component 310 of the jacket is sealed; the cold compress component hook surface 31 of the sealed cold compress component 310 is adhered to the outer lining velvet surface 114, and the adhesion position is the right chest position of the outer lining 11; the cold compress component hook surface 31 of the sealed cold compress component 320 of the jacket is further adhered to the outer lining velvet surface 114, and the adhesion position is the kidney position of the outer lining 11; then the neckline hook surface 121 is adhered to the Velcro outer lining velvet surface 114 of the neckline of the outer lining 11 close to the inner side of the body, and the cuff hook surface 122 is adhered to the Velcro outer lining velvet surface 114 of the cuff and collar of the outer lining 11 close to the inner side of the body, thus completing the assembly of the jacket component 320 and the jacket cold compress component 310.

[0084] The top component 1 and the top cold compress component 3 are a three-layer sandwich structure, with the inner lining 12, the top cold compress component 3 and the outer lining 11 arranged in sequence from the body to the outside away from the body. After assembly, they are put on the patient, and the hanging straps 112 are tied to complete the hanging. The fixing straps 113 are tied to tie the side seams to complete the fixation of the top component 1 on the patient. According to the degree of redness and swelling of the patient's chest, the degree of inflammation and the degree of swelling and pain in the kidneys, the top cold compress component 3 is selectively removed before the buzzer alarm sounds at the end of the thirty-minute countdown of the alarm device 36. At this time, the patient simultaneously completes a cold compress on the chest to relieve dermatitis symptoms and a cold compress on the kidney sprain to relieve pain.

[0085] The lower garment assembly 2 and the lower garment cold compress assembly 4 form a three-layer sandwich structure, and from the body to the outside away from the body are the inner pants 22, the lower garment cold compress assembly 4 and the outer pants 21. According to the degree of redness and swelling of the patient's lower limbs, the degree of inflammation and the degree of swelling and pain in the kidneys, before the buzzer alarm of the alarm device 36 sounds at the end of the thirty-minute countdown, the lower garment cold compress assembly 4 is selectively removed. At this time, the patient also completes a cold compress on the lower limbs to relieve dermatitis symptoms.

[0086] Compared with the prior art, the cold compress clothing provided in this embodiment achieves at least the following beneficial effects:

[0087] First, the top component and the bottom trousers component can be combined, disassembled and washed infinitely, the cold compress material of the present application can be condensed twice, the top component and the bottom trousers component can be used together, and the top component and the bottom trousers component can also be used separately to meet the use purposes of different patients, especially patients who need cold compresses for the lower and upper limbs at the same time, such as patients with leg sprains and breast cancer radiotherapy, solving the technical defect of the existing technology that only has a single top; through a Velcro adhesive design, the cold compress component can be attached to any position on the body according to actual use needs, alleviating the patient's discomfort needs, greatly increasing the scope and field of cold compress use, solving the technical defect of the fixed cold compress position in the existing technology, and distinguishing it from the current fixed, handheld and difficult for individuals to complete the whole body cold compress independently.

[0088] Second, the hanging straps, side openings 03 and shoulder openings 04 provide a quick-to-don and -do cold compress method that can be operated by one person for patients who have difficulty dressing, such as difficulty lifting or flexing their arms, especially patients with frozen shoulder, elderly patients and patients with fractures. The hanging straps prevent the wearer from pulling the clothes over their heads, and the side openings 03 prevent the wearer from flexing their arms. The cold compress can be fully opened when opened, allowing for quick assembly and donning. The alarm device 36 can be provided to prevent the patient from suffering from low-temperature burns or local subcutaneous nerve damage caused by long-term cold compresses, thereby preventing the condition from worsening. The various component modules of the alarm device 36 are economical and inexpensive, reducing the cost of healing for patients. The battery of the alarm device 36 is replaceable, which does not affect long-term use. The alarm device 36 is easy to use, and the patient does not need to perform any operation on the alarm device 36. Low temperature triggers the alarm immediately, reducing the number of cold compress operation procedures for the patient.

[0089] Third, through the size of the top cold compress component and the bottom pants cold compress component and the design of the hook surface of the cold compress component, and the purposeful selection of different models of top cold compress components and bottom pants cold compress components, cold compresses can be provided in various inconvenient positions, especially for inflammation and swelling of the back shoulder, bruises, and contusions of the calf. It can also meet the cold compress needs of different positions of the same patient at the same time. For example, a breast cancer patient may have redness and swelling of the chest after radiotherapy, and may also have sprains of the kidneys, shoulders and other parts. It is suitable for the cold compress needs of different patients in different positions, and can also meet the large-area cold compress needs of the same position of the same patient at the same time.

[0090] There is a relationship of mutual coordination and functional support between the various technical features of the utility model, that is, the technical solution is not a "simple superposition" of technical features between multiple comparative documents, so the utility model does not fall under the "simple superposition" of Chapter 4, Part 2 of the "Patent Examination Guidelines".

[0091] The present invention provides an improved cold compress garment. Although some specific embodiments of the present invention have been described in detail through examples, those skilled in the art will appreciate that the above examples are for illustrative purposes only and are not intended to limit the scope of the present invention. Those skilled in the art will appreciate that modifications may be made to the above embodiments without departing from the scope and spirit of the present invention. The scope of the present invention is defined by the appended claims.

Claims

1. An improved cold compress clothing, characterized in that: It includes a top assembly, a bottom trouser assembly, a top cold compress assembly and a bottom trouser cold compress assembly; The garment assembly comprises: a garment body, wherein the garment body is symmetrically provided with sleeves; Along the direction of the garment body pointing to the side of the sleeve, a side slit is provided on one side of the garment body to form a side placket, and shoulder slits are provided on the shoulder line of the left shoulder and the shoulder line of the right shoulder of the garment body to form a shoulder placket; The garment body and the sleeves each include an inner lining and an outer lining connected to the inner lining, the inner lining being arranged opposite to the outer lining, the inner lining being located on a side of the outer lining close to the patient's body, and a first gap of at least two centimeters being provided between the inner lining and the outer lining in a direction from the inner lining to the side of the outer lining; the upper garment cold compress assembly is located between the inner lining and the outer lining; the outer lining is provided with an outer lining suede surface close to the side of the inner lining; The inner lining of the clothing body is provided with a collar hook surface at a side close to the outer lining corresponding to the human neckline, and the inner lining of the sleeve is provided with a cuff hook surface at a side close to the outer lining corresponding to the human cuff, and the collar hook surface and the cuff hook surface are both bonded to the velvet surface of the outer lining; The outer lining is provided with a fixing strap on one side close to the side opening, and a hanging strap on one side close to the shoulder opening; The number of the fixing straps is at least two, and the at least two fixing straps are arranged along the length direction of the clothing body; The lower pants assembly includes: an inner pants and an outer pants connected to the inner pants, the inner pants and the outer pants are arranged opposite to each other, the inner pants are located on the side of the outer pants close to the patient's body, and a second gap of at least two centimeters is provided between the inner pants and the outer pants in a direction from the inner pants to the side of the outer pants; the lower pants cold compress assembly is located between the inner pants and the outer pants; the outer pants is provided with an outer pants velvet surface on the side close to the inner pants, and the outer pants velvet surface is a Velcro velvet surface covering the entire inner side of the outer pants; The inner pants are provided with a waist hook surface and a leg hook surface respectively at the side of the inner pants close to the outer pants corresponding to the patient's waist and the patient's leg hook surface, and the waist hook surface and the leg hook surface are both Velcro hook surfaces, and the waist hook surface and the leg hook surface are respectively adhered to the velvet surface of the outer pants, wherein the waist hook surface is a ring belt with a width of one to two centimeters; The upper garment cold compress assembly and the lower trouser cold compress assembly comprise: a cold compress bag body and a bag cover connected to the cold compress bag body, wherein the bag cover covers the opening of the cold compress bag body; a cold compress assembly hook surface is sewn on the entire outer surface of the cold compress bag body, and the outer lining velvet surface and the outer trousers velvet surface are detachably adhered to the cold compress assembly hook surface; The cold compress bag body is provided with an inner bag, the material of the inner bag is waterproof, and a connector is provided on one side of the inner bag; The alarm device is placed inside the inner bag, and the alarm device includes: a button battery, a temperature sensor, a buzzer alarm and a controller, and the button battery, the temperature sensor, and the buzzer alarm are electrically connected to the controller respectively; the cold compress is placed inside the cold compress bag, and the material of the cold compress includes ice cubes or cold compress gel.

2. The improved cold compress clothing according to claim 1, characterized in that: The connecting piece includes a Velcro, a snap fastener or a zipper.

3. The improved cold compress clothing according to claim 1, characterized in that: The bag cover is detachably connected to the hook surface of the cold compress assembly.

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