TWM644776U - Adhesive tape type electronic tag for operating room instrument - Google Patents

Abstract

A tape-type electronic label for operating room instruments. The electronic label is used for operating room instruments. It is only necessary to appropriately trim the length of the strapping tape, tear off the release paper, and connect the label part and the strapping tape. If the resonant hole slot of the antenna is close to the operating room instrument and the loop is located at the outer edge of the operating room instrument, it can be installed in various types or specifications by wrapping the strip-shaped tape around it. On the operating room instrument, the tag part is used as a wireless identification that is not easy to lose; in this way, the electronic tag installed on the operating room instrument uses the resonance hole slot of the pair of guide loops of the antenna and the operating room instrument. The electromagnetic wave signal resonates, so that the remote reading device can stably read the ID identification code of the radio frequency identification chip against metal interference, and can obtain the identification effect of long-distance reading.

Description

Tape-type electronic labels for operating room instruments

This invention relates to an electronic tag that can be easily and not lost easily installed on various types or specifications of operating room instruments and has metal resistance and long-distance reading and identification performance. It specifically refers to a tape-type electronic tag for operating room instruments.

Today's medical institutions are constantly striving to improve the quality of medical care to avoid the occurrence of medical negligence; but unfortunately, medical negligence is still inevitable. Therefore, the issue of patient safety has always been one of the most important issues for the World Health Organization (WHO) and European, American and Japanese countries. It is also an important issue for the health care service systems of various countries around the world.

The operating room is indeed a high-risk, high-cost, complex, professional, and high-tech unit. Generally, surgery must be performed by a team composed of surgeons, anesthesiologists, anesthesia nurses, mobile nurses and other operating room personnel. In the case of medical errors, 16.9% of surgical adverse events are due to medical negligence. In order to reduce medical errors and negligence and improve the safety of pre-operative care for patients in the operating room, the pre-operative disinfection supply department counts and packs instruments; supervises the use of instruments during the operation; and recovers, sorts, counts and disinfects the instruments after the operation. work is extremely important. RFID radio frequency identification technology is used for the identification of surgical instruments, which should bring safety and efficiency to the above work, especially the identification/tracking of surgical instruments before and after use. The hospital can ensure complete and thorough disinfection, avoid the risk of nosocomial infection, or avoid Medical accidents occur where surgical instruments are left in the human body.

The existing sticker-type RFID electronic tags on the market are generally attached to the equipment only by adhesive, and are easy to be lost during cleaning and disinfection. If they are attached to metal equipment, there is also the problem of metal interference with communication.

This creation was previously published in the patent application No. TW202226261A "Operating Room Instrument Electronic Identification Device". Although it can improve the above-mentioned sticker-type electronic tags that are easy to lose and susceptible to metal interference, the only problem is that the telescopic strap of the base is buckled and fixed around the instrument. The caliber (size) cannot be adjusted, so the applicable objects are subject to many restrictions. Especially when the base is molded (made), the male and female fasteners must be embedded in the molding mold in advance. This is a careful and time-consuming process. This greatly affects the production efficiency of the identification device.

The main purpose of this creation is to provide a tape-type electronic label for operating room equipment. It is an electronic label, including:

A base material sheet is a flexible insulating thin film, and a long strip of film extends from one end of the side of a disk-shaped film. An antenna is made on a surface of the disk-shaped film; the antenna has a winding There is a loop around the edge of the disc-shaped film surface, a section of the loop, and a pair of guide loops extending toward the center of the disc-shaped film surface. The two-pole contact positions of the pair of guide loops also form a pad ( Pad), and together form a resonance hole;

A radio frequency identification chip is located at the pad position of the antenna and is electrically connected to the two-pole contacts of the pair of guide loops;

A covering film, which is a flexible insulating film sheet relative to the shape of the base material sheet, is attached to the surface of the base material sheet, covers the antenna and the radio frequency identification chip to form a protective surface layer, and is connected with the The disc-shaped film and the strip-shaped film together constitute a label part and a bundle Strip tape; an adhesive layer, which is attached to the entire lower surface of the long strip of film on the bottom surface of the base material sheet, and is coated with adhesive to form a self-adhesive layer; a release paper, which is attached to the adhesive layer The adhesive coating shape of the adhesive layer is adhered to the surface of the adhesive layer; if you want to use the electronic label for operating room instruments, you only need to appropriately trim the length of the binding strip tape and tear off the release paper , with the resonant hole slot of the antenna at the connecting position of the label part and the strip-shaped tape close to the operating room instrument, and the loop loop is located at the outer edge of the operating room instrument, that is, The strip-shaped tape is looped and attached to operating room instruments of various types or specifications, and the tag portion is used as a wireless identification for those that are not easily lost; in this way, the electronic tag installed on the operating room instrument utilizes the pair of antennas The resonance slot of the guidance loop resonates with the electromagnetic wave signal on the operating room instrument, so that the remote reading device can stably read the ID identification code of the radio frequency identification chip against metal interference, and can obtain long-distance reading. Get the recognition effect.

The second purpose of this invention is to provide a tape-type electronic label for operating room equipment, in which the base material sheet is a copper foil flexible board (Flexible Print Circuit; FPC), and is etched on the copper foil surface. The antenna is made on the disc-shaped film; the antenna is made on the disk-shaped film of the base material sheet, and the antenna can be completed by electronic circuit soft board processing.

Another purpose of this invention is to provide a tape-type electronic label for operating room equipment, in which the base material sheet and the covering film are both soft rubber sheets made of polyimide (PI), so that When the electronic tag is used on operating room instruments, the high-temperature resistance properties of the base material sheet and the covering diaphragm material allow the electronic tag to be used for high-temperature sterilization and disinfection along with the operating room instruments.

Another purpose of this invention is to provide a tape-type electronic tag for operating room equipment, in which the disc-shaped film of the base material sheet is rectangular, and the antenna is built around the center periphery of the surface of the disc-shaped film. Loop loop, the pair of guide loops extending parallel to each other toward the central position of the disc-shaped film surface relative to the strip-shaped film segment, and forming a slot toward the resonance hole slot of the strip-shaped film , so that when the strip of tape is wrapped around and pasted on the surface of the operating room instrument, the notch of the resonance hole slot can be naturally approached to the operating room instrument for simple operation, so that the electronic tag can easily be effective or not on the operating room instrument. Effects of incorrect installation.

10: Electronic label

10A: Label Department

10B:Tie strip tape

20:Substrate sheet

21: Disc film

22:Long strip film

23:Antenna

230: Loop

231:Guide loop

232: Pad

24: Resonance hole slot

30: RFID chip

40: Covering diaphragm

50: Adhesive layer

60: Release paper

70:Operating room instruments

80: Trim

Figure 1 is a three-dimensional view of the appearance of this electronic tag.

Figure 2 is an exploded three-dimensional view of the electronic tag created by this invention

Figure 3 is the layout diagram of the electronic tag antenna created by this article

Figure 4 is a partial cross-sectional view of the electronic tag created by this invention

Figure 5 is a schematic diagram of the electronic label trimming and tearing off the release paper of this invention.

Figure 6 is a state diagram of the electronic tag used in the operating room equipment.

Figure 7 is a schematic diagram of the electronic label attached to the surface of operating room instruments.

Figure 8 is an enlarged view of the electronic tag installation position in Figure 6

Figure 9 is a reading distance test curve chart of the electronic tag used in operating room instruments.

In order to achieve the above purpose, this invention specifically enumerates the preferred embodiments and explains them in detail as follows in conjunction with the attached drawings:

A tape-type electronic label for operating room equipment, as shown in Figures 1 to 4, is an electronic label 10, including: a base material sheet 20, which is a flexible insulating thin film, tied to one end of the side of a disk-shaped film 21 A long strip of film 22 extends, and an antenna 23 is formed on one surface of the disk-shaped film 21; the antenna 23 has a loop 230 that wraps around the edge of the surface of the disk-shaped film 21, and a section of the loop 230, A pair of guide loops 231 extend toward the center of the surface of the disc-shaped film 21. The two-pole contact positions of the pair of guide loops 231 also form a pad 232 (Pad), and together they form a resonance hole. Slot 24; a radio frequency identification chip 30, which is an ultra-high frequency radio frequency identification chip (UHF RFID), is located at the position of the pad 232 of the antenna 23 and is electrically connected to the two-pole contacts of the pair of guide loops 231. Connect; a covering film 40 is a flexible insulating film sheet corresponding to the shape of the base material sheet 20. It is attached to the surface of the base material sheet 20 and covers the antenna 23 and the radio frequency identification chip 30. A protective surface layer is formed, and together with the disk-shaped film 21 and the strip-shaped film 22, a label part 10A and a strip-shaped tape 10B are formed; an adhesive layer 50 is tied to the entire bottom surface of the base material sheet 20. The lower surface of the long strip film 22 is coated with adhesive to form a self-adhesive layer; a release paper 60 is relative to the adhesive coating shape of the adhesive layer 50 and is attached to the adhesive layer 50 . on the surface of the layer 50 to block foreign objects from sticking; as shown in Figures 5 and 6, if you want to use the electronic tag 10 for the operating room instrument 70, you only need to appropriately trim 80% of the length of the binding strip tape 10B (according to the operating room The surrounding size of the installation position of the device 70 needs to be trimmed to a length of 80), tear off the release paper 60, and continue, as shown in Figures 6 and 7. 8. The resonant hole slot 24 of the antenna 23 at the connecting position of the label part 10A and the binding tape 10B is close to the operating room instrument 70 , and the loop 230 is located on the operating room instrument 70 With the shape of the outer edge, the strip-shaped tape 10B can be wound around and pasted (pasted through the adhesive layer 50 ) and installed on various types or specifications of operating room instruments 70 , and the label portion 10A can be used as a wireless identification device that is not easily lost. ; In this way, the electronic tag 10 installed on the operating room instrument 70 uses the resonance hole slot 24 of the pair of guide loops 231 of the antenna 23 to resonate with the electromagnetic wave signal on the operating room instrument 70, so that the remote reading The retrieval device (not shown in the figure) can stably read the ID identification code of the radio frequency identification chip 30 against metal interference, and can obtain the identification effect of long-distance reading.

According to the above embodiment, as shown in Figure 2, the base material sheet 20 is a copper foil flexible board (Flexible Print Circuit; FPC), and the copper foil surface is etched, and the antenna is produced on the disc-shaped film 21 23; In order to make the antenna 23 on the disc-shaped film 21 of the base material sheet 20, it can be easily processed using an electronic circuit soft board.

According to the above embodiment, as shown in Figure 2, the base material sheet 20 and the covering film 40 are both soft rubber sheets or films made of polyimide (PI), as shown in Figures 2 and 6. When the electronic tag 10 is used on the operating room instruments 70 , the high-temperature resistance properties of the substrate sheet 20 and the covering film 40 enable the electronic tag 10 to be sterilized and sterilized by high temperature along with the operating room instruments 70 .

According to the above embodiment, as shown in Figures 2 and 3, the disc-shaped film 21 of the base material sheet 20 is rectangular, and the antenna 23 is centered on the surface of the disc-shaped film 21 to establish the loop 230. The section of the loop loop 230 relative to the elongated film 22 extends toward the center of the surface of the disk-shaped film 21 and extends the pair of guide loops 231 parallel to each other. And the resonant hole groove 24 with a notch facing the long strip film 22 is formed, as shown in Figures 6, 7, and 8, so that when the strip tape 10B is circled and pasted on the surface of the operating room instrument 70, the resonant hole groove can be 24's notch is naturally close to the operating room instrument 70 for simple operation, achieving the effect that the electronic tag 10 can be easily and quickly installed on the operating room instrument 70 effectively or without errors. Take the UHF RFID system planned by the hospital, which uses the frequency band 922~928MHz as an example. The above-mentioned electronic tag 10 is installed on the metal operating room instrument 70 as shown in Figure 6. After passing the reading range test, as shown in Figures 6 and 9, the measured The theoretical reading distance is 1.89~1.98m (meters), which confirms that the above-mentioned electronic tag 10 is used on metal operating room instruments 70 and is not interfered or affected by metal; and according to the actual reading distance (due to the increase in equipment power) The average is 1.5 times the theoretical reading range, which means that the above-mentioned electronic tag 10 is used on operating room instruments 70, and the reading range in the 922~928MHz frequency band can reach 2.83~2.97m (meters), which meets the needs of hospital equipment wireless identification management. .

The above description is only illustrative, not restrictive, of the present creation. Those of ordinary skill in the art will understand that many modifications, changes, etc. can be made without departing from the spirit and scope of the appended description. are effective, but they will all fall within the scope of protection of this creation.

20:Substrate sheet

21: Disc film

22:Long strip film

23:Antenna

230: Loop

231:Guide loop

232: Pad

24: Resonance hole slot

30: RFID chip

40: Covering diaphragm

50: Adhesive layer

60: Release paper

Claims (3)

A tape-type electronic label for operating room equipment is an electronic label, which includes: a base material sheet, which is a flexible insulating film, and is tied to a long strip of film extending from one end of the side of a disk-shaped film. An antenna is made on one surface of the disc-shaped film; the antenna has a loop loop that wraps around the edge of the disc-shaped film surface, a section of the loop loop, and a pair of guide loops extending toward the center of the disc-shaped film surface. , the two-pole contact position of the pair of guide loops also forms a pad (Pad), and together form a resonance hole slot; a radio frequency identification chip is located at the pad position of the antenna and the pair of The two-pole contacts of the guide circuit are electrically connected; a covering film, which is a flexible insulating film relative to the shape of the base material sheet, is attached to the surface of the base material sheet to connect the antenna and the The radio frequency identification chip is covered to form a protective surface layer, and together with the disk-shaped film and the strip-shaped film, form a label part and a strip-shaped tape; an adhesive layer is tied to the entire length of the bottom surface of the base material sheet. The lower surface of the strip film is coated with adhesive to form a self-adhesive layer; a release paper is attached to the surface of the adhesive layer relative to the adhesive coating shape of the adhesive layer. . The tape-type electronic label for operating room equipment as described in claim 1, wherein the base material sheet is a copper foil flexible board (Flexible Print Circuit; FPC), and is etched on the copper foil surface on the disc-shaped film. Create this antenna. The tape-type electronic label for operating room equipment as described in claim 1, wherein the base material sheet and the covering film are both soft rubber sheets made of polyimide (PI).

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