Grain-like intradermal needle facilitating needle holding, insertion and manipulation

Abstract

A grain-like intradermal needle facilitating needle holding, insertion and manipulation, comprising at least one grain-like intradermal needle (1), a medical adhesive tape (2), and a needle mounting plate (3). Each grain-like intradermal needle (1) consists of a needle handle (101) and a needle body (102). The grain-like intradermal needle (1) is fixed on the medical adhesive tape (2), the grain-like intradermal needle (1) fixed by the medical adhesive tape (2) being attached to the needle mounting plate (3). Components of the needle mounting plate (3) comprise a needle body placement portion (301) of the needle mounting plate and at least one operating entity handle portion (302) used for holding, inserting and manipulating a needle. The medical adhesive tape (2) to which the needle handle (101) is fixed, or the medical adhesive tape (2) to which the needle handle (101) is fixed and part of the needle body (102) connected to the needle handle (101) is attached to the operating entity handle portion (302), while the other part of the needle body (102) is positioned on the needle body placement portion (301) of the needle mounting plate. The medical adhesive tape (2) to which the grain-like intradermal needle (1) is fixed is attached to the operating entity handle portion (302), so as to form an operating entity separation unit (6).

Description

A granular intradermal needle convenient to hold and operate TECHNICAL FIELD

[0001] The present application relates to intradermal needles for traditional Chinese medicine acupuncture, in particular to a granular intradermal needle convenient to hold and operate. BACKGROUND

[0002] The intradermal needle implanted in the acupoint can produce a sustained electrochemical effect (2023 China Court's 50 typical intellectual property cases, 2, 1. of the utility model patent "High-efficiency self-generating electrochemical current linkage button needle") for one week of "24 hours / day" treatment, continuous and sustained long-term treatment and health care for stubborn, chronic and migratory diseases, and continuously dredge the meridians, promote blood circulation, remove blood stasis, regulate yin and yang balance, promote the orderly operation of viscera, meridians and blood, stimulate the body's positive qi, and achieve the effect of expelling pathogenic factors. There are two types of granular intradermal needles and button needle intradermal needles. The treatment operation of granular intradermal needles is much more complicated than that of button needles (granular intradermal needles need to hold forceps with hands, then use forceps to clamp the needle handle for acupuncture operation, and also need to cut and paste the adhesive tape for fixing, which is very inconvenient; while button needle treatment only needs to hold the needle handle with adhesive tape on the finger, and press the button into the acupoint, which is very convenient). Therefore, from the application and research data, button needle is 659 times more than granular intradermal needle (the applicant searched "button needle" theme paper data (from 1960 to now) on CNKI on May 31, 2024, and there are 1977 pieces; on the same day, the applicant searched "granular intradermal needle" theme paper data (from 1960 to now) on CNKI, and there are only 3 pieces, 2 of which were published before 2008 "Intradermal needle operation specification", and the other was published in 2023 "Granular intradermal needle combined with new button needle for treating cold dampness arthralgia"; it can be seen that the research and application of granular intradermal needle has been on the verge of abandonment, and it is extremely necessary to rescue it, but the potential of granular intradermal needle with N times longer needle than button needle (the needle acupuncture electrochemical effect area is larger than that of button needle, please see YY / T0105-2020 "Intradermal needle") has not been developed for many years, so it is necessary to overcome the disadvantages of complicated operation, simplify it, make it simple and easy, inherit and innovate, rescue the granular intradermal needle on the verge of abandonment, and thus conveniently benefit humanity with the essence of traditional Chinese medicine acupuncture through one belt and one road.

[0003] Recently, someone has proposed to paste adhesive tape on the handle of the granular intradermal needle as well as the press needle, for example, the utility model patent with application number 202221411829.7 discloses "granular intradermal needle with foldable operation film", which is composed of granular intradermal needle, medical adhesive tape and foldable operation film. The granular intradermal needle is fixed on the medical adhesive tape, the back of the medical adhesive tape is attached to the foldable operation film, the foldable operation film has a foldable operation area, the foldable operation area extends around the medical adhesive tape, and the foldable operation area is used to fold and adhere to the adhesive surface of the medical adhesive tape for taking the granular intradermal needle. Of course, it also needs to be placed on the positioning template and then sealed for sterilization before use. However, this kind of granular intradermal needle has a foldable operation film with a foldable operation area on the back of the medical adhesive tape (the foldable operation area must extend around the medical adhesive tape and must be able to fold and adhere to the adhesive surface of the medical adhesive tape for taking the granular intradermal needle), and the positioning template of this utility model must also be made with complex positioning space to accommodate: ① granular intradermal needle, medical adhesive tape and foldable operation film, ② space for taking the granular intradermal needle with fingers, ③ and also increases the process of sealed sterilization packaging. Therefore, its manufacturing process is complex, the manufacturing cost and material cost are high, in addition, the operation process of implanting the needle is not very convenient, therefore, it must rely on inheritance innovation, save the granular intradermal needle, simplify the structure, reduce the cost and facilitate the operation.

[0004] Although the "particle type intradermal needle with an adherable folding operation film" has changed from the traditional scheme, it has brought new operation problems: ① Because the particle type intradermal needle body is basically parallel to the needle handle and passes through the middle of the needle handle, and because the particle type intradermal needle must be inserted transversely along the subcutaneous tissue, when the needle handle is pinched with fingers, the inclination angle between the needle body and the epidermis is greater than 35-45 degrees, so it is very inconvenient to implement the particle type intradermal needle (the needle body passes through the middle of the needle handle) along the subcutaneous tissue. ② The particle type intradermal needle handle (made of 0.4mm diameter stainless steel wire wound into a 1.6mm diameter circle) is very thin and small, and the medical adhesive tape attached to it is also soft, so it is very difficult and inconvenient to use fingers to pinch the very thin, small and soft tape handle for needle insertion and needle operation. It is because of the above reasons that the particle type intradermal needle is more complicated and troublesome to operate than the plucking needle, so although the needle body of the particle type intradermal needle is much longer than that of the plucking needle, the treatment area (needle electrochemical action area) is N times larger than that of the plucking needle, and it can also be used for manual needle manipulation to enhance needle effect, but without a solid handle that can adapt to the fingers, it is difficult to perform needle insertion and needle operation. Therefore, it is necessary to further inherit and innovate, save the particle type intradermal needle, simplify the structure, reduce the cost, and facilitate the operation.

[0005] Therefore, it is necessary to further inherit and innovate, save the particle type intradermal needle, simplify the structure, reduce the cost, and facilitate the operation.

[0006] In summary, the existing granular intradermal needle has the following problems: 1. The granular intradermal needle handle is very small, and the medical tape is also soft, so there is no handle entity suitable for holding fingers to facilitate convenient and sanitary needle insertion, needle operation, etc. 2. Multiple granular intradermal needles are placed together, which lacks the hygiene shielding of a single granular intradermal needle, so using one will affect the hygiene of other granular intradermal needles; 3. The granular intradermal needle is inconvenient to operate when in use, and the needle body and the skin will have a large inclination angle when holding the handle, and the needle cannot be moved; 4. After the intradermal needle is inserted with tweezers, the tape needs to be cut and fixed again, which is a multi-step operation with low efficiency; 5. Because the existing technology is inconvenient to operate and has high production and application costs, the granular intradermal needle with high efficiency (electrochemical effect) and N times larger needle insertion area than the plucking needle is rarely used, so the granular intradermal needle is facing another inheritance innovation, and it is urgent to innovate traditional medicine and acupuncture. SUMMARY

[0007] The technical problem to be solved by the present application is to overcome the shortcomings of the prior art and provide a granular intradermal needle that is easy to hold and insert. The granular intradermal needle and the needle placement template are combined in a clever way, which not only arranges a handle part suitable for the operation of fingers for the small handle of the granular intradermal needle, but also simplifies the production process, reduces the production cost and material cost, and facilitates the operation during application, thereby saving the granular intradermal needle, reducing the cost of popularization and application of traditional Chinese medicine acupuncture for the general public, and laying a solid foundation for the wide application of granular intradermal needles with N times larger electrochemical effect area than plucking needles (one week "24 hours / day" to continuously and consistently adhere) for the treatment of stubborn, chronic, and migratory diseases.

[0008] To solve the above technical problems, the present application adopts the following technical solutions:

[0009] A granular intradermal needle convenient to hold and operate, comprising at least one granular intradermal needle, medical adhesive tape and needle placement template, the granular intradermal needle is composed of needle handle and needle body, the granular intradermal needle is fixed in the medical adhesive tape, the granular intradermal needle fixed by the medical adhesive tape is adhered to the needle placement template, the components of the needle placement template include needle body placement part and at least one handle part for holding and operating (handle part for holding and operating, referred to as operating handle part in this application), the medical adhesive tape with the needle handle or the part of the needle body connected with the needle handle is adhered to the operating handle part for holding and operating, the other part of the needle body is located on the needle body placement part; the medical adhesive tape with the granular intradermal needle is adhered to one operating handle part for holding and operating to form an operating handle part separation unit.

[0010] Preferably, the components of the needle placement template include the needle body placement part and the operating handle part for holding and operating as an integrated structure.

[0011] Preferably, the integrated structure includes the operating handle part for holding and operating with the medical sterilization package or medical sterilization package box, and the medical adhesive tape with the fixed granular intradermal needle is adhered to the operating handle part.

[0012] Preferably, the needle placement template is made into a box structure, the front half of the box is the needle body placement part, the medical adhesive tape with the fixed granular intradermal needle is adhered to the operating handle part of the back half of the box, a bendable area is made between the needle body placement part and the operating handle part or a bendable line is made between the needle body placement part and the operating handle part for bending when in use, or the box is made of flexible soft material and can be bent as needed to bend the needle body placement part for holding and operating, the box should also be sealed with dialysis paper (sterilized after reaching the performance of medical sterilization package), when in use, only the dialysis paper is removed, the front half of the box is bent to the back half of the box (convenient for holding and operating), the product can be held and operated, after operation, the box is removed, the medical adhesive tape with the fixed granular intradermal needle is adhered to the body surface for buried needle treatment.

[0013] Preferably, the bendable area or bendable line can be made into various known mechanical or chemical structures that are easy to bend or fold as needed (not limited here).

[0014] Preferably, one side of the medical tape is adhered to the handle of the operating entity, and the other side of the medical tape has an auxiliary sheet attached for separation by hand for needle insertion and needle operation; the auxiliary sheet is made of one or more of the following materials: foam, foam, sponge, rubber, plastic, silicone, plastic, plastic film, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film, or paper, or a combination of one or more of the above materials, to assist in the operation of needle insertion and needle operation; the auxiliary sheet for separation by hand for needle insertion and needle operation can be made into one or more pieces as needed; the auxiliary sheet and the other side of the medical tape can be attached by known chemical or physical methods (not limited here).

[0015] Preferably, the needle body is arranged at a position deviating from the central axis (median line) of the needle handle, or at a tangential position at the edge of the needle handle, or at a position outside the tangent. In any operating entity separation unit, the medical tape with the granular intradermal needle fixed thereon is adhered to the handle of the operating entity, so that the needle body can be arranged parallel to one side edge of the handle of the operating entity, thereby enabling the handle of the operating entity to be separated from the needle body arrangement part of the needle template, and enabling the needle insertion, needle operation, and needle embedding operations to be performed. After the needle body is vertically pinched against the skin (when the needle body is close to the skin), the needle body is inserted into the body surface for needle insertion and needle operation, and then the handle of the operating entity is removed, that is, the medical tape with the granular intradermal needle fixed thereon is separated from the handle of the operating entity, and then the adhering surface of the medical tape with the granular intradermal needle fixed thereon is turned and adhered to the body surface to implement needle embedding treatment.

[0016] Preferably, the needle body of the granular intradermal needle arranged at the central axis of the needle handle is adhered to the handle of the operating entity after being fixed by the medical tape, which facilitates the needle insertion and needle operation.

[0017] Preferably, the medical tape with one or more granular intradermal needles fixed thereon is adhered to the needle body arrangement part.

[0018] Preferably, when a layer of tape is used to fix the granular intradermal needle, the needle handle of the granular intradermal needle can be immersed in the adhesive of the medical tape, or can be partially adhered and fixed by the adhesive of the medical tape, but the adhesion of the medical tape to the skin after fixing the granular intradermal needle must be greater than or equal to the adhesion specified in the 5.2 adhesion clause of YY-T0148-2006 Medical Tape General Requirements.

[0019] Preferably, the granular intradermal needle comprises one or more needle bodies, and the needle body is connected to a needle handle. The needle handle is made of metal or plastic and has various shapes such as L-shaped, circular, oval, triangular, star-shaped, polygonal, etc. (not limited here), to meet the needs of different parts of the human body. The needle body or the needle body and the needle handle are fixed in the medical tape or fixed on the medical tape by dispensing.

[0020] Preferably, the needle body connecting needle handle can be integrally formed (formed by winding a stainless steel wire), or the needle body and the (plastic or metal) needle handle are fixedly connected by welding or bonding or buckling or riveting or plastic curing or glue curing, etc., and then fixed in the placket to form an integral structure; or the tail of each needle body is fixedly connected with the adhesive tape by welding or bonding or buckling or riveting or dispensing, etc., so that the needle body and the medical adhesive tape form an integral structure.

[0021] Preferably, the needle insertion template is made of one or more than one combination of materials such as foam, foam, sponge, rubber, plastic, silicone, plastic, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film or paper, etc.

[0022] Preferably, the needle insertion template needle body placement part is provided with a needle body protection film, which covers the needle body or a granular intradermal needle protection film covering the granular intradermal needle, to shield the cleanliness of the needle body.

[0023] Preferably, the needle insertion template needle body placement part is provided with a template protrusion, and the template protrusion is provided with a hole without a hole at the position corresponding to each needle body.

[0024] Preferably, the needle insertion template needle body placement part is provided with a template protrusion, and the hole on the template protrusion is formed after the needle body is pierced.

[0025] Preferably, the shape of the needle body placement part of the needle insertion template is one (or a combination of two or more) of a three-dimensional geometric shape (such as a circular, oval, strip, polygon, tube hole, concave-convex polygonal thin columnar geometry); the operating entity handle part is one (or a combination of two or more) of a three-dimensional geometric shape (such as a circular, oval, strip, polygon, concave-convex polygonal thin columnar geometry); but the connection mode of the needle body placement part and the operating entity handle part is at least one of the following: fitting, bonding, half-break or dotted line connection.

[0026] Preferably, in any operating entity separation unit, the edge of the medical adhesive tape exceeds the range of the operating entity handle part and is pasted on the needle insertion template needle body placement part, so that the needle insertion template needle body placement part and the operating entity handle part are linked in the form of bonding.

[0027] Preferably, the needle insertion template is provided with a release material layer, which is coated with a layer of release agent on the surface, or pasted with a layer of release release paper or release film, or the needle insertion template itself is a release material with release characteristics. The function of the release material layer is to facilitate the separation of the medical adhesive tape fixed with the granular intradermal needle from the operating entity handle part, and does not affect the adhesion of the medical adhesive tape.

[0028] Preferably, the medical tape is a conductive medical tape with electrical conductivity, or a medical tape without electrical conductivity, or a medical tape partially with electrical conductivity, or a medical tape partially without electrical conductivity, or a medical tape partially with adhesive or without adhesive conductive material, or a medical tape without electrical conductivity.

[0029] Preferably, when the back layer of the product of the present application, that is, the non-tape sticking surface, is a medical tape without electrical conductivity, the back layer is provided with a back layer tape electrical connection hole for sticking the electrode piece of the electro-acupuncture instrument to the part of the product of the present application with electrical conductivity for use in electro-acupuncture.

[0030] Preferably, the medical tape includes at least one tape layer. When the number of layers of the medical tape is greater than or equal to 2, the granular intradermal needle is located between any two adjacent tape layers, that is, between the first tape layer and the second tape layer, or between the first tape layer and the multiple tape layers. The first tape layer is used for sticking to the body surface (the first tape layer sticking to the skin must meet the general requirements of YY-T0148-2006 Medical Tape General Requirements). The second tape layer is made of a medical tape without electrical conductivity, or a medical tape with electrical conductivity. The first tape layer is made of a medical tape without electrical conductivity, or a medical tape with electrical conductivity or conductive material. When the back layer tape is made of a conductive tape, the conductive tape can also be used for connecting the electrode piece of the electro-acupuncture instrument to implement electro-acupuncture treatment. Advantages

[0031] 1. The granular intradermal needle convenient to hold, insert and manipulate is provided with a needle setting template composed of a needle body setting part and an operating entity handle part. The granular intradermal needle is fixedly attached to the operating entity handle part by medical tape (so that the small granular intradermal needle handle has the attachment of the operating entity handle part, is convenient to hold by fingers, and is convenient to operate by finger force), so that when in use, only the operating entity handle part with the granular intradermal needle fixedly attached by medical tape needs to be held by fingers, and the operating entity handle part can be easily separated from the needle body setting part of the needle setting template, and finger force can be further conveniently and stably used to implement needle insertion and manipulation, so that the operation is more simple and convenient, and a series of difficulties caused by the small needle handle, soft tape, and the area, direction, and force of the finger force for needle insertion and manipulation are overcome.

[0032] 2. The granular intradermal needle convenient to hold and operate, by setting a needle body protection film on the needle body placement part of the needle placement template, the needle body of the granular intradermal needle is shielded, so when multiple granular intradermal needles are placed on one needle body placement part of the needle placement template, after using any granular intradermal needle, the hygiene of other granular intradermal needles will not be affected.

[0033] 3. The granular intradermal needle convenient to hold and operate, by setting the needle body at a position deviating from the central axis of the handle, close to the edge of the operating entity handle part, it is convenient to hold the handle and the operating part attached to the handle during operation, so that they are separated from the needle body placement part of the needle placement template, and then the needle body close to the edge of the operating entity handle part is inserted into the skin at a small angle for needling and operation during treatment. When the needle body is inserted and operated in line, the operating entity handle part can be easily removed, and the adhesive tape fixing the handle is rotated with the needle body as the axis, with the side of the adhesive tape facing the skin, and then the adhesive tape fixing the handle is fixed against the skin. The overall structure is simple, the whole operation process is simple and convenient, the production and material costs are reduced, and the granular intradermal needle does not need to be operated with tweezers and does not need to be cut and pasted again.

[0034] 4. The granular intradermal needle convenient to hold and operate, by reducing cost, simplifying structure, using hygienic and convenient, plus the effective needle embedding area (needle stimulation electrochemical area) of the granular intradermal needle is N times larger than that of the needle, and the needle handle operating entity handle part can be operated to perform needle operation and implement tonification and reduction (such as burning mountain fire, penetrating coolness, etc.), so it can lay a good foundation for traditional Chinese medicine inheritance and innovation, and the granular intradermal needle can efficiently and conveniently (one week "24 hours / day" and then continuously) treat stubborn, chronic, and migratory diseases, and lay a good foundation for operation.

[0035] 5. Saving the granular intradermal needle, a treasure of traditional Chinese acupuncture: On May 31, 2024, the applicant searched for research papers on the topic of "press needle" (1960 to present) on CNKI, finding 1977 papers. However, a search for research papers on the topic of "granular intradermal needle" (1960 to present) on the same day yielded only 3 papers. Press needles had 659 times more research papers than granular intradermal needles. Furthermore, these 3 papers were only ① "Clinical Technical Operation Status of Intradermal Needle Therapy 2007", ② "Research on Standardized Operation Specifications of Intradermal Needle Therapy", and ③ The article, titled "Efficacy Observation of Granular Intradermal Needles Combined with Novel Press Needles in the Treatment of Cold-Dampness Obstruction Type Knee Osteoarthritis," contains three articles, all of which involve press needles (the articles cannot be written without press needles). This shows that there has been very little research data on granular intradermal needles in the more than 60 years since 1960. Currently, the research and application of granular intradermal needles (with an electrochemical action area that is N times larger than that of press needles) are on the verge of being abandoned or discarded. Therefore, this precious treasure of traditional Chinese medicine acupuncture, which is on the verge of being abandoned due to its cumbersome operation, must be innovated and saved: from complexity to simplicity, from crudeness to refinement, and from simplicity to ease, so that this precious treasure of traditional Chinese medicine acupuncture can shine brightly in the world.

[0036] These features and advantages of the present invention will be explained in detail in the following specific embodiments and accompanying drawings. Attached Figure Description

[0037] Figure 1 is a schematic diagram of the overall structure of a granular intradermal needle (sleeve-type connection) that is easy to handle and insert.

[0038] Figure 2 is a top view of a granular intradermal needle of the present invention, which is easy to grasp and insert.

[0039] Figure 3 is a top view of an ampoule template according to the present invention.

[0040] Figure 4 is a schematic diagram of the structure of an operational entity separation unit according to the present invention.

[0041] Figure 5 is a top view schematic diagram of a circular operating entity separation unit (with backing adhesive tape electrical connection hole) according to the present invention.

[0042] Figure 6 is a schematic diagram of the structure of the present invention in a vertical state where the operating entity separation unit is about to be inserted.

[0043] Figure 7 is a schematic diagram of the granular intradermal needle with the needle body positioned outside the tangent of the needle handle.

[0044] Figure 8 is a schematic diagram of the needle body of a granular intradermal needle deviating from the central axis (midline) of the needle handle.

[0045] Figure 9 is a schematic diagram of the structure of the granular intradermal needle (with easy separation and adhesion between the cannula-shaped needle body placement part and the operating entity handle part) of the present invention, which is easy to grasp and insert the needle.

[0046] Figure 10 is a schematic diagram of the structure of the needle insertion template with a protrusion of the present application.

[0047] Figure 11 is a schematic diagram of the structure of the granular intradermal needle protection film of the present application.

[0048] Figure 12 is a schematic diagram of the structure of the box-type integrated needle insertion template (with a bendable area or a bendable line) of the present application.

[0049] Figure 13 is a schematic diagram of the cross-section of Figure 12.

[0050] 1. Granular intradermal needle; 101. Needle handle; 102. Needle body; 2. Medical adhesive tape; 201. First adhesive tape layer; 202. Second adhesive tape layer; 3. Needle insertion template; 301. Needle body placement part of needle insertion template; 302. Operating entity handle part; 303. Release material layer; 304. Protrusion of needle insertion template; 4. Protection film; 401. Needle body protection film; 402. Granular intradermal needle protection film; 5. Back layer adhesive tape electric connection hole; 6. Operating entity separation unit; 7. Bendable area; 8. Dialysis paper; 9. Bendable line. DETAILED DESCRIPTION

[0051] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor fall within the scope of protection of the present application.

[0052] In the description of the present application, it should be understood that the terms "length", "width", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer" and the like indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, and are only for the convenience of describing the present application and simplifying the description, and do not indicate or imply that the device or element referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore cannot be understood as a limitation on the present application.

[0053] In addition, the terms "first", "second" are only for descriptive purposes and cannot be understood as indicating or implying relative importance or implicitly indicating the number of the technical features indicated. Therefore, the features defined with "first", "second" can explicitly or implicitly include one or more of the features. In the description of the present application, the meaning of "multiple" is two or more, unless otherwise specifically limited.

[0054] The present embodiment provides a granular intradermal needle that facilitates needle insertion and manipulation, which has the following technical features.

[0055] Referring to FIG. 1-13, a granular intradermal needle for easy needle insertion and needle operation includes at least one granular intradermal needle 1 and medical tape 2 and needle placement template 3. The granular intradermal needle 1 is composed of a needle handle 101 and a needle body 102. The needle handle 101 is fixed in the medical tape 2. The granular intradermal needle 1 fixed by the medical tape 2 is adhered to the needle placement template 3. The components of the needle placement template 3 include a needle placement template needle body placement part 301 and at least one operating entity handle part 302 for easy needle insertion and needle operation. The needle placement template needle body placement part 301 and the operating entity handle part 302 are connected by fitting or adhesion, or are integrally connected by virtual cutting or half section or dotted line. The needle handle 101 and a small part of the needle body 102 connected to the needle handle 101 are fixed on the corresponding operating entity handle part 302. Most of the needle body 102 and the needle tip are located on the needle placement template needle body placement part 301. The medical tape 2 with the granular intradermal needle 1 is adhered to an operating entity handle part 302 for easy needle insertion and needle operation, forming an operating entity separation unit 6. The needle body 102 of the granular intradermal needle 1 is arranged at a position deviating from the central axis of the needle handle 101, or at a tangential position on the edge of the needle handle 101, or at a position outside the tangential line, or at a position on the central axis. In any operating entity separation unit 6, the medical tape 2 with the granular intradermal needle 1 is adhered to the operating entity handle part 302, allowing the needle body 102 to be parallelly close to one side edge of the operating entity handle part 302, so as to facilitate the separation of the operating entity separation unit 6 from the needle placement template needle body placement part 301 by fingers, and thus to perform needle insertion, needle operation, and needle embedding operations. After the needle body 102 is inserted into the skin along the skin vertically by holding the operating entity handle part 302, the operating entity handle part 302 is removed, and the tape 2 with the needle handle 101 is rotated with the needle body 102 as the axis, with the tape 2 with the needle handle 101 adhered to the side of the skin, and then the tape 2 with the needle handle 101 is tightly adhered to the skin to fix the needle.

[0056] Further, the components of the needle placement template 3 include the needle placement template needle body placement part 301 and the operating entity handle part 302 for easy needle insertion and needle operation as an integral structure. The operating entity handle part 302 with the medical tape 2 for fixing the granular intradermal needle is packaged by medical sterilization packaging or medical sterilization packaging box.

[0057] As shown in FIG. 12 and FIG. 13, the needle placement template is also made into a box structure, the front half of the box is a needle body placement part where the needle body can be placed, a medical tape with granular intradermal needles is fixed to the rear half of the box, the operation entity handle, there is a bendable area 7 between the needle body placement part and the operation entity handle or a bendable line 9 between the needle body placement part and the operation entity handle to facilitate bending the box, facilitating the operation of pinching and moving the needle, or the box is made of flexible soft material and needs to be bent when needed to facilitate pinching and moving the needle, the box should also be sealed with dialysis paper 8 to meet the requirements of medical sterilization packaging.

[0058] Further provided, in any operation entity separation unit, the edge of the medical tape exceeds the range of the operation entity handle 302 and is attached to the needle body placement part 301 of the needle placement template, so that the needle body placement part 301 of the needle placement template and the operation entity handle 302 are linked in the form of adhesion.

[0059] Further provided, one side of the medical tape 2 is attached to the operation entity handle 302, and the other side of the medical tape 2 has an auxiliary piece for separating the operation of pinching and moving the needle; the auxiliary piece is made of one or more than one combination of foam, foam, sponge, rubber, plastic, silicone, plastic, plastic film, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film or paper, to play the role of auxiliary pinching and moving the needle operation; the auxiliary piece for separating the operation of pinching and moving the needle with hand can be made into one piece or more than one piece structure; the other side of the auxiliary piece and the medical tape 2 can be attached by known chemical or physical methods (not limited here).

[0060] Further provided, a needle body protection film 401 is provided above the needle body placement part 301 of the needle placement template, the needle body protection film 401 covers the needle body 102, or the granular intradermal needle protection film 402 covers the granular intradermal needle, or the needle body 102 is inserted into the hole formed by the protrusion of the needle placement template 3, or the needle body is inserted into the hole formed by the protrusion of the needle placement template, to protect the hygiene of the needle body and effectively prevent the needle body from piercing the packaging after the product is put into the packaging.

[0061] Further, the back of the medical tape 2 (i.e. the non-sticking side) that fixes the needle handle 101 is non-sticky, and the front of the medical tape 2 (i.e. the sticking side) that fixes the needle handle 101 is adhered to the operation entity handle, so as to facilitate the separation of the operation entity by fingers, and after the operation entity is separated from the needle body setting part 301 of the needle setting template, the needle body 102 can be vertically inserted into the skin to perform the needle operation, and then the operation entity handle 302 is separated from the medical tape 2 that fixes the granular intradermal needle 1, and the medical tape 2 is removed, and the medical tape 2 that fixes the needle handle 101 is rotated to the side of the skin, and then the medical tape 2 that fixes the needle handle 101 is fixed to the skin to perform the needle embedding.

[0062] Further, the needle setting template 3 is provided with a release material layer 303 in the area of the medical tape 2 that fixes the needle handle 101, or the release material layer 303 is the whole of the needle setting template 3, which facilitates the tearing of the medical tape 2 from the operation entity handle 302 without affecting the stickiness of the medical tape 2.

[0063] Specifically, the release material layer 303 is coated with a layer of release agent or adhered to a layer of release film, the release agent is silicone, silicone oil release agent or paraffin, beeswax, palm wax wax release agent, the release film is release film or release paper, or the release material layer 303 can also be a surface layer with anti-sticking property after sandblasting treatment; or the whole needle setting template 3 is composed of anti-sticking release material.

[0064] Further, the medical tape 2 and the granular intradermal needle 1 array are fixed on the needle setting template 3.

[0065] Further, the needle handle 101 and the needle body 102 are integrally wound, or the connection between the needle handle 101 and the needle body 102 is a physical and mechanical method such as welding, sleeving, clamping, and adhesion; or the needle handle 101 and the needle body 102 are connected by a chemical method.

[0066] Further, in any operation entity separation unit 6, the edge of the medical tape 2 exceeds the range of the operation entity handle 302, that is, when the operation entity handle 302 is connected to the needle body setting part 301 of the needle setting template, a part of the medical tape 2 is located above the needle body setting part 301 of the needle setting template, which facilitates the tearing of the medical tape 2 from the operation entity handle 302 after the needle body 102 is inserted.

[0067] Further, the medical tape 2 is a conductive medical tape with conductivity, or a medical tape without conductivity, or a conductive medical tape with conductivity in part and a medical tape without conductivity in part, or the medical tape 2 is a tape with conductive material or a medical tape without conductivity in part.

[0068] Further, when the back layer of the product of the present application, that is, the non-tape sticking surface is a medical tape without conductivity, the back layer is provided with a back layer tape electric connection hole 5 for sticking the electrode piece of the electro-acupuncture instrument to the part of the product of the present application with conductive function for electro-acupuncture.

[0069] Further, the medical tape 2 includes at least one tape layer, when the number of layers of the medical tape 2 is greater than or equal to 2, the granular intradermal needle 1 is located between any two adjacent tape layers, that is, between the first tape layer 201 and the second tape layer 202, or between the first tape layer 201 and the multiple tape layers, wherein the first tape layer 201 is used for sticking on the body surface; the second tape layer 202 is a medical tape without conductivity, or the second tape layer 202 is a medical tape with conductivity; the first tape layer 201 is a medical tape without conductivity, or the first tape layer 201 is a medical tape with conductivity or conductive material, when the back layer tape is a conductive tape, the conductive tape can be used for the electrode piece connection of the electro-acupuncture instrument for electro-acupuncture treatment.

[0070] Further, the connection between the needle placement template needle body placement part 301 and each operation entity handle part 302 is at least one of the following: fitting, adhesion, half break, or dotted line connection.

[0071] Further, the dotted line connection is an easily separable broken silk connection, which can be disconnected by gently applying force to the connection between the needle placement template needle body placement part 301 and the operation entity handle part 302.

[0072] Further, the needle placement template 3 is made of foam, foam, plastic, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film, or paperboard, etc.

[0073] Working principle: As shown in Figure 1, when not in use, the granular intradermal needle 1 and medical tape 2 are arrayed on the ampoule template 3, with the needle handle 101 and medical tape 2 located above the operating entity handle 302. Before use, the operating entity handle 302 is separated from the ampoule template needle body placement part 301. At this time, the granular intradermal needle 1 and medical tape 2 are adhered to the operating entity handle 302 and are brought out together. After one granular intradermal needle 1 is brought out, under the action of the needle body protective film 401, the needle bodies 102 of other granular intradermal needles 1 remain in a shielded state and will not be... As shown in Figure 4, the removed operating entity separation unit 6 is contaminated. At this time, the operating entity separation unit 6 is placed on the body surface as shown in Figure 6, with the needle body 102 attached to the body surface and the medical tape 2 and the operating entity handle 302 perpendicular to the body surface. The operating entity handle 302 is held and the needle body 102 is pushed into the human body. After the insertion is completed, the medical tape 2 is peeled off from the operating entity handle 302, and the medical tape 2 and the granular intradermal needle 1 are rotated until they are as shown in Figure 7. The needle handle 101 is then fixed to the body surface with the medical tape 2 to complete the puncture operation.

[0074] The product manufactured according to the aforementioned procedure is sealed, sterilized, and then released to the market for use. When needed, the sealed packaging is opened, and the needles are inserted, manipulated, and implanted according to the conventional acupuncture and moxibustion procedures in Traditional Chinese Medicine. Furthermore, if an electroacupuncture device is required, the electrode pads of the electroacupuncture device are simply attached to the back of conductive tape or to the electrical connection holes of non-conductive backing tape. Treatment is then performed according to the operating procedures of the electroacupuncture device. The electrode pads can be removed after pulse electroacupuncture treatment, and the needle can continue to be implanted for 24 hours / day until the prescribed period.

[0075] As shown in Figure 10, by setting the mounting template protrusion 304, the needle body 102 can be inserted into the mounting template protrusion 304, and the needle body 102 is completely covered by medical tape 2 to avoid the needle body 102 being exposed. Since the mounting template protrusion 304 protrudes from the mounting template needle body placement part 301, it is convenient to remove the needle body 102.

[0076] As shown in Figure 11, the granular intradermal needle is completely covered by a protective film 402. As another embodiment of the present invention, this allows for easy removal of the needle body 102.

[0077] It is to be understood that the terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting; it is not intended to exclude myriad other embodiments of the present application that other inventors can develop based on the same general inventive concepts embodied by the described embodiments. That is, although the present application is described in terms of particular embodiments and implementations, it is to be understood that the terminology used is for the purpose of descriptive clarity and that it is intended to be limited only by the words recited in the appended claims. The scope of the present application shall be limited only by the claims.

[0078] While the embodiments of the application have been shown and described herein, it is to be understood that the application is not limited to these embodiments. Rather, numerous modifications are possible without departing from the spirit and scope of the present application as delineated by the claims and their equivalents.

Claims

1. A granular intradermal needle for facilitating the pinch and roll of the needle, characterized by, The invention relates to a needle fixing template, which comprises at least one granular intradermal needle and medical adhesive tape, and the needle fixing template. The granular intradermal needle is composed of a needle handle and a needle body. The granular intradermal needle is fixed in the medical adhesive tape. The granular intradermal needle fixed in the medical adhesive tape is adhered to the needle fixing template. The components of the needle fixing template include a needle body placement part of the needle fixing template and at least one handle part of the operating entity for holding and operating the needle. The medical adhesive tape with the fixed needle handle or the part of the medical adhesive tape with the fixed needle handle and the needle handle is adhered to the handle part of the operating entity for holding and operating the needle. The other part of the needle body is placed in the needle body placement part of the needle fixing template. The medical adhesive tape with the fixed granular intradermal needle is adhered to the handle part of the operating entity for holding and operating the needle to form an operating entity separation unit.

2. The granular intradermal needle according to claim 1, wherein, The needle body is arranged at a position deviating from the central axis of the needle handle, or at a tangential position of the edge of the needle handle, or at a position outside the tangential position, or at the central axis. In any operating entity separation unit, the medical adhesive tape with the fixed granular intradermal needle is adhered to the handle part of the operating entity.

3. The granular intradermal needle according to claim 1, wherein, The components of the needle fixing template include the needle body placement part of the needle fixing template and the handle part of the operating entity for holding and operating the needle, which are integrated.

4. The granular intradermal needle according to claim 1 or 3, wherein, The invention relates to an operating entity handle part with the fixed granular intradermal needle medical adhesive tape on the medical sterilization package or medical sterilization package box.

5. The granular intradermal needle according to claim 3, wherein The invention relates to a needle fixing template box. The front half of the box is the needle body placement part for placing the needle body. The medical adhesive tape with the fixed granular intradermal needle is adhered to the handle part of the operating entity in the back half of the box. There is a bendable area between the needle body placement part and the handle part of the operating entity or a bendable line between the needle body placement part and the handle part of the operating entity to facilitate bending the box and holding and operating the needle. The box is made of soft material and can be bent when needed to facilitate holding and operating the needle. The box is sealed with dialysis paper to meet the requirements of medical sterilization packaging.

6. The granular intradermal needle of claim 1, wherein, The needle body placement part of the needle fixing template has a three-dimensional geometric shape. The handle part of the operating entity of the needle fixing template also has a three-dimensional geometric shape. The connection between the needle body placement part and the handle part of the operating entity is at least one of the following: fitting, bonding, half-break, or dotted line connection.

7. The granular intradermal needle of claim 1, wherein, In any operating entity separation unit, the edge of the medical adhesive tape exceeds the range of the handle part of the operating entity and is adhered to the needle body placement part of the needle fixing template, so that the needle body placement part and the handle part of the operating entity are linked in the form of bonding.

8. The granular intradermal needle of claim 1, wherein, A needle body protection film is arranged above the needle body placement part of the needle fixing template. The needle body protection film covers and shields the needle body, or the granular intradermal needle protection film covers the granular intradermal needle, or the needle body is inserted into the cavity of the template protrusion of the needle fixing template, or the needle body is inserted into the cavity formed by the template protrusion of the needle fixing template, to protect the hygiene of the needle body and effectively prevent the needle body from piercing the package after the product is put into the package.

9. The granular intradermal needle of claim 1, wherein, A release material layer is arranged on the needle fixing template. The release material layer is coated with a layer of release agent on the surface, or has a layer of release paper or release film pasted on it, or the needle fixing template itself is a release material with release characteristics.

10. The pellet type intradermal needle according to claim 1, wherein The needle template is made of one or more than one combination of foam, bubble, sponge, rubber, plastic, silica gel, plastic, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film or paper.

11. The pellet type intradermal needle according to claim 1, wherein, The medical tape is a conductive medical tape with conductivity, or a medical tape without conductivity, or a conductive medical tape with conductivity in part and a medical tape without conductivity in part, or a medical tape with a conductive material in part and a medical tape without conductivity in part.

12. The pellet type intradermal needle according to claim 1, wherein, The medical tape includes at least one tape layer, when the number of the tape layers is greater than or equal to 2, the granular intradermal needle is located between any two adjacent tape layers, that is, between the first tape layer and the second tape layer, or between the first tape layer and the multiple tape layers, wherein the first tape layer is used for being attached to the body surface; the second tape layer is made of a medical tape without conductivity or a medical tape with conductivity; the first tape layer is made of a medical tape without conductivity or a medical tape with conductivity or a conductive material; when the back tape layer is made of a conductive tape, the conductive tape can be used for being connected to the electrode sheet of the electric needle instrument to implement electric acupuncture treatment.

13. The pellet type intradermal needle according to claim 1, wherein, The medical tape includes at least one tape layer, when the number of the tape layers is greater than or equal to 2, the granular intradermal needle is located at the lowermost position of the adhesive surface of the medical tape layer.

14. The pellet type intradermal needle according to claim 1, wherein, When the back layer of the granular intradermal needle, that is, the non-tape adhesive surface, is made of a medical tape without conductivity, the back layer is provided with a back tape electric connection hole, which is used for pasting the electrode sheet of the electric needle instrument to the part of the product with conductive function for implementing electric acupuncture.

15. The pellet type intradermal needle according to claim 1, wherein, One surface of the medical tape is attached to the handle of the operator, and the other surface of the medical tape is provided with an auxiliary sheet for holding the needle and operating the needle, which is made of one or more than one combination of foam, bubble, sponge, rubber, plastic, silica gel, plastic, plastic film, conductive film, metal sheet, metal film, release film, release paper, fluoroplastic film or paper, so as to facilitate the holding operation.

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