CN101268874A - Disposable wristband with radio frequency identification tag - Google Patents

Abstract

A disposable wrist strap with radio frequency identification tag is prepared as attaching a radio frequency identification tag to the first surface of base material, bending base material to form a ring-shaped wrist strap, wearing it on body of user, tearing off radio frequency identification tag by tear-off line on base material and taking off disposable wrist strap from body of user.

Description

Disposable wristband with RFID tag

technical field

The present invention relates to a disposable wristband, in particular to a disposable wristband with a radio frequency identification tag.

Background technique

With the continuous innovation and progress of science and technology, the application of radio frequency identification technology has gradually entered people's lives. It is used to interpret commodity information in the warehousing and retail industries, and it can ensure that patients receive proper and safe medical care. medical care.

During the occurrence of dangerous infectious diseases, some hospitals use radio frequency identification technology as the identification of patients, and implement effective isolation control and care. Some hospitals have further applied radio frequency identification technology to the parent-child care and clinical medical procedures in the nursery.

The application of RFID in clinical pathways is a pioneering work. Most of the applications of RFID in the medical industry focus on patient safety and patient management. At present, hospitals have successfully used active and passive RFID identification technologies for neonatal care. Among the two important medical services are clinical pathway management and clinical pathway management.

The so-called clinical path management is actually the standard operating procedure for medical personnel to treat illnesses. Taking appendicitis patients as an example, when the patient enters the emergency room, after the doctor confirms the illness, the patient's information will be recorded on the RFID wristband, and then encrypted. Patients are loaded by medical staff. In the next medical process, the medical staff will start each clinical medical action by reading the information on the chip on the wristband, follow the standard treatment procedure of the disease path, and record all medical behavior records in the RFID system, which can be Check at any time which medical staff did what treatment for that patient at what time to ensure that medical errors do not occur. In addition, during the operation, the RFID wristband can also be used for identity verification.

When a patient or newborn wears the RFID wristband, the entire standardized clinical pathway process is started. During this process, the hospital will take care of the patient accurately and safely. In terms of newborn care, the medical staff in the baby room will wear active RFID tracking wristbands for the babies. When various emergency abnormalities occur, the nursing station in charge of the control can immediately receive an alarm and deal with it. Through the action tracking function of the wristband, you can check the location of the baby and the mother. If there is a wrong pairing between the baby and the mother, or if someone takes the baby away from the safe range, the system will actively send out a warning message, even if the baby is gone. If they are taken to the lobby on the first floor, the system will also trigger an alarm to notify the guards to stop them.

Medical management is very different from library management or warehouse management, because the object of medical management is people, and people cannot be centrally managed like objects and cannot be moved arbitrarily. However, with RFID technology, hospitals can use the tracking and real-time identification functions on the chip to reduce the time for medical staff to find and identify patients, so as to improve the quality of medical services.

With the help of the wristband containing the RFID chip, various important information of the patient can be recorded, and the medical staff can be actively reminded before the course of treatment, so as to ensure that the medical staff can perform the correct medical treatment at the right time point. In addition to ensuring that every medical procedure is actually carried out, the personal digital assistant (PDA) carried by the medical staff can verify the identity of the patient and the content of the treatment at any time. When any error occurs, the RFID system will actively issue an instant alarm. Inform the medical staff to come and deal with it, which can solve the problem that manual methods cannot protect patients.

In addition, in terms of patient privacy, RFID is more secure than traditional manual forms, because the wristband only records explicit information such as the patient's name and gender without privacy concerns, and everything else includes hidden information such as allergic drugs and infectious disease carriers. Sexual information or special conditions that individual patients need to pay attention to are all encrypted and can only be read and processed by authorized medical staff. There is also a set of unique serial numbers on the wristband for identification, which cannot be forged and copied by others. When the patient is discharged from the hospital, the chip wristband will be destroyed immediately, and no information can be read out.

Contents of the invention

A disposable wristband with a radio frequency identification tag, a radio frequency identification tag is attached to the first surface of a base material, wherein the base material is a flexible material, which forms a ring-shaped wristband after being bent, and is worn on the user's body, and via the tear line on the substrate, tear the RFID tag and remove the disposable wristband from the user's body.

Description of drawings

Figure 1A shows a schematic cross-sectional view of a first embodiment of the present invention;

Figure 1B shows a top view of a first embodiment of the invention; and

FIG. 2 shows a top view and a schematic cross-sectional view of a second embodiment of the present invention.

Description of main component symbols

(10) Substrate (14) Viscose

(16) RFID tags (18) Viscose

(20) Release paper (22) Tear line

(30) Substrate (34) Viscose

(36) Antenna (38) Substrate

(42) Tear line (44) Viscose

Detailed ways

Please refer to FIG. 1A , which is a schematic cross-sectional view showing a disposable wristband with a radio frequency identification tag according to a first embodiment of the present invention. Firstly, a substrate 10 is provided, the substrate 10 is a planar strip structure, a radio frequency identification tag 16 is pasted on the first surface of the substrate 10, and the second surface of the substrate 10 is a printing surface, which can print text or graphics , to identify various information or identity marks. The radio frequency identification tag 16 is adhered to the first surface of the substrate 10 with adhesive 14 , and is covered on the radio frequency identification tag 16 with adhesive 18 , and fixed on the first surface of the substrate 10 . There is a release paper 20 on the adhesive 18, and the base material 10 is a flexible material. By bending the base material 10 to connect its first end and second end, a ring-shaped wristband is formed to be worn by the user. On the body of the substrate 10, wherein, when the first end and the second end of the substrate 10 are to be connected, the release paper 20 is removed to expose the adhesive 18, and the first end and the second end are connected by the adhesive 18.

According to the first embodiment of the present invention, the substrate 10 is made of paper or plastic sheet, and a tear line can be pre-made on the substrate 10, and the user can easily tear the substrate 10 along the tear line. Remove the disposable wristband from the user's body.

Please refer to FIG. 1B , which is a top view showing a disposable wristband according to a first embodiment of the present invention. An RFID tag 16 is adhered to a first surface of a substrate 10. The substrate 10 has at least one tear line 22. Or the base material 10 can be torn along the tear line, and the radio frequency identification tag 16 is torn at the same time. When the radio frequency identification tag 16 is torn, it cannot be reused, so as to achieve the purpose of one-time use of the disposable wristband.

Please refer to FIG. 2 , which shows a top view and a schematic cross-sectional view of a disposable wristband according to a second embodiment of the present invention. First, a substrate 30 is provided, which is a planar elongated structure, and a radio frequency identification tag is pasted on the first surface of the substrate 30. The radio frequency identification tag is composed of an antenna 36 pasted on the substrate 38, and the substrate 30 The second surface of the utility model is a printing surface, which can print text or graphics to mark various information or identity marks. The radio frequency identification tag is adhered to the first surface of the substrate 30 with adhesive 34 , and is covered on the radio frequency identification tag with adhesive 44 . There is a release paper on the adhesive 44, and the base material 30 is a flexible material, and the first end and the second end are connected by bending the base material 30 to form an annular wristband to be worn on the user's Physically, when the first end and the second end of the substrate 30 are to be connected, the release paper is removed to expose the adhesive 44 , and the first end and the second end are connected by the adhesive 44 .

Referring to Fig. 2, the base material 30 has at least one tear line 42, and points to the antenna 36 of the radio frequency identification tag, when the base material 30 is torn along the tear line 42, the disposable wristband is removed from the user's body , the antenna 36 of the radio frequency identification tag will be destroyed at the same time, and when the antenna 36 is destroyed, it cannot be reused, so as to achieve the purpose of one-time use of the disposable wristband.

Claims (12)

1. abandon type spire lamella with RFID tag comprises at least:

One base material;

One RFID tag is attached to first of this base material;

Wherein this base material is bendable material, forms a ring-type wrist strap through crooked back, wears the health in the user, and via the tear line on this base material, tears to pieces this RFID tag, takes off this abandon type spire lamella from this user's health.

2. abandon type spire lamella according to claim 1 is wherein fixed this RFID tag on this base material with viscose glue.

3. abandon type spire lamella according to claim 1 wherein is covered in the upper and lower surface of this RFID tag, to be fixed on this base material with viscose glue.

4. abandon type spire lamella according to claim 1, wherein second of this base material is printing surface, with literal or figure record user information.

5. abandon type spire lamella according to claim 1, wherein an end of this base material has viscose glue, to connect the other end of this base material, forms this ring-type wrist strap.

6. abandon type spire lamella according to claim 5 wherein covers peeling paper on the viscose glue of an end of this base material, remove this peeling paper to expose viscose glue, connects the other end of this base material.

7. abandon type spire lamella according to claim 1, wherein the composition material of this base material is a paper.

8. abandon type spire lamella according to claim 1, wherein the composition material of this base material is a plastic tab.

9. abandon type spire lamella according to claim 1, wherein the substrate of this RFID tag is a plastic tab, and is fixed on this base material with viscose glue.

10. abandon type spire lamella according to claim 1, wherein the substrate of this RFID tag is a paper, and is fixed on this base material with viscose glue.

11. abandon type spire lamella according to claim 1, wherein this base material has at least one tear line, tears to pieces this RFID tag via this tear line, takes off this abandon type spire lamella from this user's health.

12. abandon type spire lamella according to claim 1, wherein this RFID tag can't be reused through after tearing to pieces.

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