Medical identification wristband with adaptive elastic adjustment

Abstract

The present invention relates to a medical identification wristband with adaptive tightness adjustment, comprising a wristband body in which an identification part and a hand strap part are connected as one body, and a connector, wherein the connector comprises a buffer with variable thickness and / or variable length; the two ends of the wristband body are bonded and fixed by the buffer to form an annular structure. The identification wristband of the present invention can adopt an existing wristband body product, bond it into a wristband through a connector, so that it can be bonded into the most suitable wristband according to different wrist circumferences, effectively improving the adaptability of the identification wristband; the thickness and / or length of the connector can be variable, so that the circumference of the bonded and fixed identification wristband can be adaptively adjusted according to the change of the wrist circumference, which can effectively reduce or avoid the occurrence of the identification wristband strangling the wrist, and is safer to use.

Description

Technical Field

[0001] The invention relates to a medical identification wristband, in particular to a medical identification wristband with self-adaptive elasticity adjustment. Background Art

[0002] Patient identification wristbands are important accessories for medical staff to quickly understand the patient's identity, condition and other information. Figure 7 The handwritten wristband shown and Figure 8 The printed wristband shown in the figure is usually composed of a label portion 5 and a hand strap 6. The label portion 5 records various necessary hospitalization information of the patient by handwriting or printing. The length of the wristband commonly used in the market is basically between 25 and 32 cm. The hand strap 6 is provided with 12 to 20 through holes 60 at intervals of about 1 cm. The other end of the wristband (the outer end of the label portion 5) is fixedly provided with Figure 7 The fixing buckle 7 shown or Figure 8 The two through holes 60 and the independently configured fixing buckle 7 are shown. After the patient information is filled in the handwritten wristband, or the rolled wristband is printed with information by a dedicated printer and cut to a set length, Figure 8 and then select a suitable through hole 60 according to the patient's wrist circumference through the fixing buckle 7 to fix the through hole 60 and the outer end of the identification portion 5 to form an annular structure sleeve placed on the wrist.

[0003] The existing identification wristbands mainly have the following problems during use: First, the wrist circumference of infants and young children is poorly adaptable. First of all, infants and young children have small wrists and small wrist circumferences, so the required length of the wristband is short. The wearing of the wristband requires a high degree of adaptability to the infant's wrist. If it is loose, it is easy to fall off, and if it is tight, it is easy to strangle the patient. The spacing between the through holes on the existing wristband is fixed, and the wristband has poor telescopic deformation ability. For example, a wristband for hospitalized patients disclosed in CN202121368348.8 is obviously poorly adaptable to infants and young children with various wrist circumferences; secondly, infants and young children are more active, and the infusion site of the wrist is prone to swelling due to needle running or other reasons, which in turn leads to an increase in wrist circumference, and the wrist is easily tightened by the wristband and an adverse situation occurs; the inner end of the configured fixing buckle 7 is also easy to crush the skin at this time. As a pediatric nurse, the applicant often finds this situation at work; the existing wristband is obviously inconvenient to use.

[0004] Second, it is a serious waste. In order to adapt to patients with different wrist diameters, the wristband 6 of the wristband is usually reserved for a larger length, such as Figure 7 , Figure 8As shown, the length of the wristband is usually 14 to 20 cm. When most patients wear the wristband, a large part of it will be left behind to form a tail, which needs to be further folded and fixed by the fixing buckle 7, resulting in a lot of waste and a single roll of thermal wristband roll that can accommodate a small number of wristbands and a high frequency of replacement of the wristband roll, which not only leads to high cost of wristband consumables, but also affects work efficiency.

[0005] Third, it is inconvenient to scan the code. In order to prevent strangulation when the wristband is worn, there is a redundant space of one finger gap between the wristband and the wrist when it is worn in a standard way. At this time, the wristband can rotate freely on the wrist. One of its shortcomings is that nurses need to hold a PDA to scan the QR code on the wristband logo part when performing many daily operations such as night inspections and dressing changes. The logo part of the active wristband will not stay in a specific position, and the wristband often moves to the inside of the arm and is hidden inside the cuff, so it cannot be scanned normally. At this time, the nurse or patient needs to rotate or move the wristband to a suitable position, etc., which is inconvenient to scan the code and the efficiency is low. Especially at night, many patients are asleep, and the code scanning operation often requires waking up the patients, which is obviously not conducive to the patients' rest. Summary of the invention

[0006] An object of the present invention is to provide a medical identification wristband with adaptive tightness adjustment to overcome the problems of existing patient identification wristbands, such as poor adaptability to the wrist circumference of infant patients, easy strangulation during infusion and swelling, and inconvenience in use.

[0007] Another object of the present invention is to provide a retractable and adaptively adjustable medical identification wristband to overcome the problems of serious waste of redundant parts in existing identification wristbands, small number of wristbands that can be accommodated in a single roll of thermal wristbands, and high consumables costs.

[0008] Another object of the present invention is to provide a medical identification wristband that is easy to scan codes to improve the problem of inconvenience in scanning codes on existing identification wristbands.

[0009] The present invention adopts the following technical solution: Technical Solution

[0010] A medical identification wristband with adaptive tightness adjustment includes a wristband main body, the wristband main body includes an identification part and a wristband part connected as one, and the surface of the identification part is used for handwriting or printing patient information; it also includes a connecting piece, the connecting piece includes a buffer with variable thickness and / or variable length; the two ends of the wristband main body are bonded and fixed by the buffer to form an annular structure.

[0011] The following two structures are preferred for the buffer: When the thickness of the buffer is variable: the buffer is a buffer with variable thickness made of sponge, elastic rubber or air layer fabric; at least one surface of the buffer is fixedly provided with an adhesive layer. The thickness of the buffer is 2 to 10 mm.

[0012] When the length of the buffer is variable: the buffer is composed of a first connecting piece, an elastic body, and a second connecting piece connected in sequence, and at least one surface of the first connecting piece and at least one surface of the second connecting piece are respectively provided with an adhesive layer. The elastic body is an elastic rope or an elastic bandage. Technical Solution

[0013] An adaptive medical identification wristband that reduces wear and tear comprises a wristband body in which an identification portion and a hand strap portion are connected as one body, and is characterized in that: the hand strap portion comprises an integrally connected telescopic section and a connecting section, one end of the identification portion is connected to the connecting section via a zigzag extending telescopic section; the connecting section is connected to the identification portion to form an annular structure.

[0014] The telescopic section is formed by removing the T-shaped cutting edges on the left and right side edges of the hand strap, and the T-shaped cutting edges on both sides are symmetrically distributed or staggered front and back, and the telescopic section extends in an S-shaped zigzag direction along the front and back direction.

[0015] The telescopic section is provided with a strip cut hole inside, which divides the telescopic section into two or more zigzag extending telescopic strips; two adjacent telescopic strips are independently distributed, or the adjacent edges of two adjacent telescopic strips are connected as a whole through a plurality of connection contacts.

[0016] The connecting section and the identification part are connected and fixed to form an annular structure using single-sided / double-sided adhesive tape or the connecting piece in the technical solution of the medical identification wristband with adaptive tightness adjustment of the above-mentioned technical solution one. Technical Solution

[0017] A medical identification wristband that facilitates code scanning operation includes a wristband body, which includes an identification portion and a hand strap portion; the inner end of the identification portion is connected to the inner end of the hand strap portion as a whole; the outer end of the hand strap portion surrounds the patient's wrist and is fixedly connected to the identification portion through a connector to form a ring structure. Notches are respectively provided on both sides of the connection between the identification portion and the hand strap portion. When the wristband is worn, the identification portion is bent through the notch and deflected, and the outer end of the identification portion is deflected toward the patient's finger side.

[0018] The deflection angle formed by the extension direction of the outer end of the marking portion and the extension direction of the patient's forearm is preferably 25° to 70°, and the more preferred deflection angle is 45°.

[0019] The hand strap part uses the hand strap part structure in the technical solution of the retractable and self-adaptive medical identification wristband of the above-mentioned technical solution 2.

[0020] From the above description of the structure of the present invention, it can be seen that compared with the prior art, the present invention has the following advantages: the identification wristband of technical solution one can adopt the existing wristband main body product, and bond it into a bracelet through a connector, so that it can be bonded into the most suitable bracelet according to different wrist circumferences, effectively improving the adaptability of the identification wristband; secondly, the thickness and / or length of the connector can be variable, so that the circumference of the bonded and fixed identification wristband can be adaptively adjusted according to the change of wrist circumference, which can effectively reduce or avoid the occurrence of wrist strangulation by the identification wristband, and is safer to use; in addition, the connector is clamped between the two ends of the wristband, and the bonding area is large, the connector will not cause pressure injuries to the skin, and is more comfortable to use.

[0021] The identification wristband of technical solution 2 can greatly reduce the waste and cost of wristband consumables, and the telescopic section has the function of adaptive length adjustment and automatic change of three-dimensional curved surface shape. Its function is better than the identification wristband of implementation mode 1, and it is more convenient and comfortable to use.

[0022] The identification wristband of Technical Solution 3 can greatly increase the possibility of using PDA devices to directly scan codes, and the efficiency of scanning codes is effectively improved; especially at night, it can greatly reduce the probability of waking up patients or touching patients to wake them up. Scanning codes is more convenient and efficient, and is also conducive to patients' rest. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 This is a structural schematic diagram of bonding method 1 of the identification wristband of implementation mode 1.

[0024] Figure 2 This is a structural schematic diagram of bonding method 2 of the identification wristband of implementation method 1.

[0025] Figure 3 Schematic diagram of the structure of the air layer fabric in the first embodiment.

[0026] Figure 4 This is a structural schematic diagram of bonding method 1 of the identification wristband of implementation mode 2.

[0027] Figure 5 A structural schematic diagram of a second bonding method for an identification wristband according to a second implementation mode.

[0028] Figure 6 A schematic structural diagram of a buffer member according to a second embodiment.

[0029] Figure 7 A schematic diagram of the structure of a handwritten identification wristband in the background art.

[0030] Figure 8 A schematic diagram of the structure of a printed identification wristband in the background art.

[0031] Fig. 9 This is a structural view of the identification wristband of implementation mode 3 without trimming the edges.

[0032] Fig.10 This is a schematic structural diagram of the identification wristband in the stretched state according to the third implementation mode.

[0033] Fig.11 This is a schematic diagram of the bonding structure of the identification wristband of implementation mode three.

[0034] Fig.12 This is a structural view of an uncut identification wristband of implementation mode 4.

[0035] Fig.13 This is a schematic structural diagram of the identification wristband in the stretched state according to the fourth implementation mode.

[0036] Fig.14 This is a schematic diagram of the wearing effect structure of the identification wristband of implementation mode 4. DETAILED DESCRIPTION

[0037] The specific embodiments of the present invention will be described below with reference to the accompanying drawings. Implementation

[0038] Reference Figure 1 , Figure 2 The elastic and tightness adaptively adjustable medical identification wristband of this embodiment comprises a wristband body 1, which comprises an identification part 11 and a hand strap part 12 connected as one, and the surface of the identification part 11 is used for handwriting or printing patient information by a special printer. It also comprises a connector 2, which comprises a buffer 21 with variable thickness and / or variable length; the two ends of the wristband body 1 are bonded and fixed by the buffer 21 to form a ring structure. The buffer 21 is a variable thickness structure: the buffer 21 is a buffer 21 made of sponge, cotton filling, soft cloth laminate, soft rubber, air layer fabric or other soft materials, and the thickness can be adaptively changed according to the squeezing force of the patient's wrist skin; at least one surface of the buffer 21 is fixed with an adhesive layer 22, and preferably the upper and lower surfaces of the buffer 21 are respectively provided with double-sided adhesive layers. The thickness of the buffer 21 is 2 to 10 mm; the thickness of the buffer layer is preferably 4 to 6 mm, and the minimum thickness of the buffer layer after squeezing is 0.5 to 1.0 mm.

[0039] like Figure 3 As shown, the cushioning member is an air layer fabric structure, which is a three-layer structure consisting of an upper fabric layer 211, a lower fabric layer 213, and a middle layer composed of a plurality of fiber filaments 212 and connecting the two fabric layers into one. The air layer fabric is a product that can be directly purchased on the market. The outer surfaces of the upper and lower fabric layers are respectively provided with the above-mentioned adhesive layer 22.

[0040] like Figure 1 As shown, when in use, the wristband can print the patient information on the identification part 11 through a dedicated printer, then take a connector 2 of an embodiment, and fix one side of the connector 2 on the surface of one end of the identification part 11 of the identification wristband away from the patient information, then wrap the wristband around the patient's wrist, select a suitable position on the handband part 12, and stick the other side of the connector 2 on the suitable position, so that the wristband is bonded into a wristband; Figure 2 As shown, the tail end of the identification wristband can also be partially bonded to the adhesive layer 22 of the connector 2, so that the tail end can be better hidden inside the identification wristband, making it more convenient to use.

[0041] Continue to refer to Figure 1 , Figure 2 , Figure 3 Compared with the prior art, the identification wristband of this embodiment has the following advantages: first, the identification wristband of this embodiment can adopt the existing wristband main body 1 product, and bond it into a wristband through the connecting piece 2, so that it can be bonded into the most suitable wristband according to different wrist circumferences, effectively improving the adaptability of the identification wristband; secondly, the thickness and / or length of the connecting piece 2 can be varied, so that the circumference of the bonded and fixed identification wristband can be adaptively adjusted according to the incremental change of the wrist circumference. The increase can effectively reduce or avoid the occurrence of the identification wristband strangling the wrist, making it safer to use; in addition, the connecting piece 2 is clamped between the two ends of the wristband, and the bonding area is large, the connecting piece 2 will not cause pressure injuries to the skin, and it is more comfortable to use; finally, the wristband does not need to be provided with a fixing hole, so that the manufacturing process of the wristband consumables can be greatly simplified, the production cost and the use cost can be reduced, and it is more cost-effective to use. Since the wristband does not require a fixing hole, if the dedicated printer has this function, it can be cut into wristbands of the required length according to the different conditions of the patients (adults, patients). At this time, the length of the wristband is more suitable for the patient's wrist circumference, and no long tail part will be produced, so that more wristbands can be printed on the whole roll of wristband consumables, which not only reduces the waste of consumables, but also further reduces the cost of use, and makes it more comfortable for patients to wear. Implementation

[0042] The difference between this embodiment and the first embodiment is that the buffer member 23 of this embodiment is a variable length structure, specifically: Figure 4 , Figure 5 , Figure 6 The buffer 23 of this embodiment is composed of a first connecting piece 231, an elastic body 232, and a second connecting piece 233 connected in sequence as a whole, and at least one surface of the first connecting piece 231 and at least one surface of the second connecting piece are respectively provided with an adhesive layer 22. The elastic body 232 is an elastic bandage or a Figure 6When in use, the first connecting piece is fixedly attached to the back of the patient information at one end of the identification part 11 of the identification wristband through the adhesive layer 22, and then the wristband is wrapped around the patient's wrist, and a suitable position is selected on the wristband part 12, and the first and second connecting pieces are attached to the suitable position through the adhesive layer 22 configured thereon, so that the wristband is attached to form a bracelet. Figure 5 As shown, the tail end of the identification wristband can also be partially bonded to one of the first connecting piece 231 and the second connecting piece 233, so that the tail end can be better hidden inside the identification wristband, making it more convenient to use. By configuring an elastic rope or elastic bandage or other materials with telescopic length, the circumference of the bonded and fixed identification wristband can be adaptively adjusted according to the change of the wrist circumference, which can effectively reduce or avoid the occurrence of the identification wristband strangling the wrist, making it safer to use. Implementation

[0043] Reference Figures 9 to 11 The self-adaptive medical identification wristband with reduced wear and tear comprises a wristband body 3 in which an identification portion 31 and a hand strap portion 32 are connected as one body, wherein the hand strap portion 32 comprises an integrally connected telescopic section 321 and a connecting section 322, wherein one end of the identification portion 31 is connected to the connecting section 322 via a zigzag extending telescopic section 321; the connecting section 322 is connected to the identification portion 31 to form a ring structure.

[0044] The telescopic section 321 is formed by removing the T-shaped cutting edges 323 from the left and right side edges of the hand strap portion 32. The T-shaped cutting edges 323 on both sides are symmetrically distributed (such as Fig. 9 , Fig.12 as shown) or front and rear staggered distribution (the shape of the telescopic section 321 obtained by the staggered distribution structure is Fig. 9 The shape of the single telescopic strip 325 is similar to that of the telescopic section 321, which is extended in a continuous S-shaped zigzag along the front-to-back direction. Fig. 9 , Fig.10 The inside of the telescopic section 321 is provided with a strip-shaped cut hole 324 formed by connecting a plurality of cross-shaped small cut holes 320 in sequence, and the strip-shaped cut hole 324 divides the telescopic section 321 into two independently distributed and symmetrically distributed telescopic strips 325 extending in a zigzag manner. Or, as Fig.12 , Fig.13As shown, the interior of the telescopic section 321 is provided with a plurality of independent cross-shaped small cut holes 320 arranged linearly, and there is a connection contact 326 between two adjacent small cut holes 320 to connect the adjacent edges of the two telescopic strips 325 into one. The configuration of the strip-shaped cut holes 324 of the telescopic section 321 divides the telescopic section 321 into two (preferably) symmetrically distributed zigzag structures, which is conducive to symmetrically offsetting the lateral component of the force that automatically tends to shrink after the S-shaped zigzag structure 327 is stretched, which is conducive to greatly reducing the distortion and deformation of the annular identification wristband in the width direction, making it more comfortable to wear; secondly, if one of the telescopic strips 325 breaks accidentally, there are other telescopic strips 325 that can maintain the annular structure of the identification wristband, making the use of the wristband more stable.

[0045] The technical solution of the medical identification wristband of this embodiment can be applied to handwritten wristbands and printed wristbands, and is mainly applied to printed roll consumables. The production process of the roll consumables is the same as that of the existing roll consumables, and both require pre-cutting of the consumables to a fixed size. Compared with the pre-cut shape of the consumables on both sides of the prior art, the pre-cutting of this embodiment adds T-shaped cutting edges 323 on both sides of the telescopic section 321 and a small cross-shaped cut hole 320 in the middle, and the length of each section of the wristband body 3 can be shortened by 30-45% compared with the prior art (the width is the same as the existing identification wristband), that is, for each roll of consumables of the same length, the number of printable identification wristbands of this embodiment can be increased by at least 30%, the consumables utilization rate is high, and the consumables cost can be significantly reduced.

[0046] The method of using the identification wristband of this embodiment is as follows: after the roll consumables are printed with the patient information by the printer, the printing device will automatically cut it at the set position, and then the identification wristband can be obtained. Fig. 9 or Fig.12 After the patient gets the wristband, the consumables at the edge cutting and the middle cutting hole need to be removed, and the remaining wristband can be stretched to its longest length to obtain the following Fig.10 The length of the telescopic section 321 can be set as long as the total length of the wristband body 3 is not less than the conventional length of the existing wristband body 3 when it is stretched to the longest.

[0047] One of the wearing methods of the identification wristband of this embodiment is: Fig.11First, use a single-sided cloth-based medical tape with good adhesion, or a conventional double-sided medical tape, or use the connector in the technical solution of the medical identification wristband with adaptive tightness adjustment of implementation mode one to fix the adhesive layer 4 on the connecting section 322 of the identification wristband; then, press the connecting section 322 on the patient's wrist, pull one end of the identification part 31 and wrap it around the wrist; then, bond the identification part 31 and the adhesive layer 4 of the connecting section 322 to form a closed bracelet, with the patient information of the identification part 31 facing outward, and the wearing operation of the wristband is completed.

[0048] During the wearing process, the telescopic section 321 of the identification wristband in a stretched state will automatically tend to retract due to the existence of the S-shaped zigzag structure. For this reason, the identification wristband will adaptively adapt to the patient's wrist diameter, and because the force is very weak (the magnitude of the force can be adjusted by changing the width, thickness, material and other factors of the telescopic strip 325 according to actual needs), strangulation will not occur; secondly, when each bend of the S-shaped structure is stretched, the bend will automatically change from a plane extension to a three-dimensional curved surface. There is a gap between the wristband and the wrist skin, which is conducive to air circulation and more comfortable to wear. At this time, the telescopic section 321 has the length adaptive adjustment capability of the identification wristbands of implementation modes one and two. Therefore, the identification wristband of this implementation mode can also be bonded using conventional single-sided or double-sided tape.

[0049] Therefore, the identification wristband of this embodiment can greatly reduce the waste and cost of wristband consumables, and the telescopic section 321 has the function of adaptive length adjustment and automatic change of three-dimensional curved surface shape. Its function is better than the identification wristband of embodiment 1, and it is more convenient and comfortable to use. Implementation

[0050] Reference Figure 12 to Figure 14 The medical identification wristband for easy code scanning operation includes a wristband body 3, which includes an identification portion 31 and a hand strap portion 32; the inner end of the identification portion 31 is connected to the inner end of the hand strap portion 32 as a whole; the outer end of the hand strap portion 32 surrounds the patient's wrist and is fixedly connected to the identification portion 31 through a connecting piece to form a ring structure. The two sides of the connection between the identification portion 31 and the hand strap portion 32 are respectively provided with cutouts 310 (such as Fig. 9 , Fig.12 The incision 310 can be formed by removing the T-shaped cutting edge 323 shown. When the wristband is worn, the identification portion 31 is bent through the incision 310 and deflected, and the outer end of the identification portion 31 is deflected toward the patient's finger side.

[0051] Reference Fig.14The extension direction of the outer end of the marking portion 31 forms a deflection angle a with the extension direction of the patient's forearm. In order to reduce the shielding and interference effect of the marking portion 31 on the infusion needle at the back of the hand, the deflection angle a is preferably 25° to 70°, and the further preferred deflection angle is 45°.

[0052] The hand strap 32 uses the hand strap 32 structure in the technical solution of the retractable and self-adaptive medical identification wristband of the third embodiment.

[0053] If the patient's wrist is inside the quilt, neither the existing identification wristband nor the identification wristband of this embodiment can directly perform the code scanning operation. However, as long as the patient's wrist is outside the quilt, the identification part 31 of the wristband of this embodiment will not be blocked in most cases. Compared with the existing identification wristband, the identification wristband of this embodiment can greatly increase the possibility of using the PDA device to directly scan the code, and the scanning efficiency is effectively improved; especially at night, it can greatly reduce the probability of waking up the patient or touching the patient to wake up, and scanning the code is more convenient and efficient, which is also conducive to the patient's rest.

[0054] The above is only a specific implementation of the present invention, but the design concept of the present invention is not limited thereto. Any non-substantial changes to the present invention using this concept shall be deemed as an infringement of the protection scope of the present invention.

Claims

1. A medical identification wristband with self-adaptive elasticity adjustment, comprising a wristband body formed by connecting an identification part and a hand strap part as one body, wherein the surface of the identification part is used for handwriting or printing patient information; the characteristics are: It also includes a connecting piece, which includes a buffer with variable thickness and / or variable length; the two ends of the wristband body are bonded and fixed by the buffer to form an annular structure.

2. The medical identification wristband with self-adaptive elasticity adjustment as claimed in claim 1, characterized in that: The buffer is a buffer with variable thickness made of sponge, elastic rubber or air layer fabric; the thickness of the buffer is 2-10 mm; and an adhesive layer is fixedly provided on at least one surface of the buffer.

3. The medical identification wristband with adaptive tightness adjustment as claimed in claim 1, characterized in that: The buffer component is composed of a first connecting piece, an elastic body, and a second connecting piece connected in sequence as a whole, at least one surface of the first connecting piece and at least one surface of the second connecting piece are respectively provided with an adhesive layer; the elastic body is an elastic rope or an elastic bandage.

4. A self-adaptive medical identification wristband with reduced wear and tear, comprising a wristband body formed by connecting an identification portion and a hand strap portion as one body, characterized in that: The hand strap portion includes a telescopic section and a connecting section that are integrally connected. One end of the identification portion is connected to the connecting section through a telescopic section extending in a zigzag manner; The connecting section is connected to the identification portion to form a ring structure.

5. The wear-reducing adaptive medical identification wristband according to claim 4, characterized in that: The telescopic section is formed by removing the T-shaped cutting edges on the left and right side edges of the hand strap, and the T-shaped cutting edges on both sides are symmetrically distributed or staggered front and back, and the telescopic section extends in an S-shaped zigzag direction along the front and back direction.

6. The wear-reducing adaptive medical identification wristband according to claim 5, characterized in that: The interior of the telescopic section is provided with a strip-shaped cut hole, and the strip-shaped cut hole divides the telescopic section into two or more zigzag extending telescopic strips; Two adjacent telescopic strips are distributed independently, or the adjacent edges of two adjacent telescopic strips are connected as a whole through a plurality of connecting contacts.

7. The wear-reducing, self-adaptive medical identification wristband according to any one of claims 4 to 6, characterized in that: The connecting section and the identification portion are connected and fixed using single-sided / double-sided adhesive tape or using the connecting piece described in any one of claims 1 to 3 to form an annular structure.

8. A medical identification wristband that is convenient for code scanning operation, comprising a wristband body, wherein the wristband body comprises an identification portion and a wristband portion; the characteristics are: The inner end of the identification portion is connected to the inner end of the hand strap portion as a whole; The outer end of the hand strap part surrounds the patient's wrist and is fixedly connected to the identification part through a connecting piece to form an annular structure, and the outer end of the identification part is deflected and distributed toward one side of the patient's finger.

9. The medical identification wristband that facilitates code scanning operation as claimed in claim 8, characterized in that: The deflection angle formed by the extension direction of the outer end of the marking portion and the extension direction of the patient's forearm is 25° to 70°.

10. The medical identification wristband that facilitates code scanning operation as claimed in claim 8, characterized in that: The hand strap portion uses the hand strap portion according to claim 7.

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