TWM306097U - Sphygmomanometer device functioned to read RFID tag - Google Patents

Description

M306097 VIII. New Description: [New Technology Field] This creation is about a sphygmomanometer that can read and identify the identity of the person being measured, especially a sphygmomanometer with RFID technology identification. [Prior Art] # #统之金压计 can be divided into mercury type and general electronic type. It is necessary to manually interpret and record the data read, and it is not possible to automatically integrate the patient's identity and measurement data. [New content] This creation is about a sphygmomanometer that can read and identify the identity of the person being measured, especially a sphygmomanometer with radio frequency chip technology. The sphygmomanometer that reads the function of the chip, through the radio sensing and reading the identity of the inside of the wafer tag, etc., the amount of data obtained by the data is stored in the sphygmomanometer. In memory. After all the measurement work is finished, 'the nursing staff Xiangchun transmission line or wireless function will put all the bribe information into the computer host or PDA, and record the individual according to different identities and print the information back to the building by the printer. . The chip tag (RFIDTAG) can also be called a smart tag, which is a combination of an integrated circuit and an antenna. The wisdom thief is the energy generated by the radio frequency electric field generated by the receiver, so no battery is needed. When the chip tag (RFID TAG) receives a fixed identifier or sweeps the energy signal source that generates the radio signal, the tag responds to the pre-stored information. M306097, the RFID tag can be made into various shapes, Size and reading range, it is extremely thin and flexible and flexible so that it can be placed in the patient's wristband or in the product to be identified. The readable sphygmomanometer (RFIDTAG) sphygmomanometer can utilize wafer tags (rfid TAG) and its reader function can be designed as anti-theft function. The electronic sphygmomanometer used in general medical institutions is often fixed on the bracket with pulley design. The creation is the wafer label (RFID). Fixed on the bracket, when the sphygmomanometer is fixed on the bracket, the reader senses the wafer tag (RFID Tag) on the bracket. At this time all built-in functions will be set to normal. When the sphygmomanometer of this creation is When the stent is removed more than a certain distance and exceeds the set time, all functions of the sphygmomanometer will not be used to eliminate the theft of the thief. Label (RFIDTAG) work Rational: The entire RFID system can be divided into a wireless chip reader (RFID Reader) and a tag (rfid TAG) end. The RFID chip reader (RFID Reader) uses the principle of a transformer to energize the tag (RFID TAG). When the tag (rfid TAG) receives energy, it is shaped, filtered, clamped, and sent to the tag (RFID TAG) processing circuit to generate the working power. Wireless chip tag reader (RFID Reader) design principle: in the RFID system In the RFID Reader, it is responsible for three parts, the first one provides a stable energy of 13.56ΜΗΖ, the second one solves the weak ASK signal returned by the TAG end, and the third one is amplified by the micro-processing to solve the TAG signal. Digital data. After the detection circuit of Figure 2, the ASK modulation signal can be obtained. The wireless 曰曰片;f shows the RFIDReader 20 system is divided into seven blocks, as shown in Figure 3. When rfidTAG works When the signal oscillator 210 provides a stable energy of ·3·56 MHz, the power amplifier 22 放大 amplifies the power M306097 and sends a signal through the LC series antenna 230 to turn on the TAG and retrieve the signal in the TAG. The detector 240 detects the ASK modulation signal, and then uses the low-pass filter 250 to attenuate the 13.56 MHz carrier and other harmonics to make the signal ratio larger, and then sends the ASK tiny signal to the amplifier for multi-stage amplification. After the comparator 260 sends the microprocessor 27 to the asynchronous decoding operation, the entire wireless chip reader (RFID Reader) system is completed. The sphygmomanometer of the present invention can also be used for the labeling function. It has a crystal #标听, which is used as a property checkpoint. [Embodiment] The sphygmomanometer for reading a wireless wafer tag as shown in Fig. 1 is processed by the central processing as a single το 30. When the creation is close to the patient's wrist or wearing the wireless chip label sensing distance, the data stored in the sensor wafer label, such as the patient case number, is transferred from the wireless wafer indicator reading device (9) to the central processing unit το 30 for temporary storage, and the nursing staff begins. The blood pressure heartbeat is measured by the sphygmomanometer device 3 Na PRESSURE Μ0ΝΙΤ_ central processing unit 3〇, and the two data are integrated by the central processing unit 3〇 and stored in the storage unit. The data must be used by other computers (10) or personal digital assistants. ^ When processing, it is sent through the central processing unit 30 and then sent out by the curry interface. As shown in the second figure, the author first measures the patient wearing wireless tag (_TAG) data and stores the training; then, the amount _ stores the patient identity and blood pressure heartbeat and prepares the next patient measurement (S16). This creation changes the blood pressure and must be recorded immediately to avoid her. System creation (4) Easy to store the patient's identity and volume and pressure in the memory through the wireless ^ standard « take function, and can continue to measure multiple patients with M3 06097, 〇 use wireless secrets to assist the patient to cut the patient · integrated The content created in the electronic medical record is based on _, and _ this _ special _, so other equivalent modifications or modifications not completed from the spirit of this creation should still be included in the patent application described below Scope [Simple description of the diagram] The first diagram is the device diagram The second diagram is the measurement flow chart The second diagram is the wireless wafer label reading device diagram [Main component symbol description] (10) Sphygmomanometer device BLOOD PRESSURE MONITOR (20 ) Wireless chip tag reading device (30) Central processor unit Cpu (40) Storage unit (50) RS232/USB/BLUETOOTH External connection interface (210) Signal oscillator (220) Power amplifier (230) LC series antenna M306097 ( 240) Wave Crest (250) Low Pass Filter (260) Signal Amplifier or Comparator (270) Microprocessor (S10) Measure patient wearing wireless tag (RFID TAG) data and store

A patient measurement (S12) measures the patient's blood pressure heartbeat data and stores it (S14) combines the two data into a group of data (S16) to store the patient's identity and blood pressure heartbeat data and to injure

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Claims (1)

M3 06097 九ι· 2. 3. Patent application scope: An electronic sphygmomanometer with built-in wafer label reading device, including an electronic sphygmomanometer module, providing blood pressure measuring function and a wireless wafer label function reading device The (RFID READER) module provides an electronic sphygmomanometer that can be used to quickly identify the identity and classify the resulting data. For example, the electronic sphygmomanometer described in the first paragraph of the patent scope has a built-in wafer tag reading device, and the electronic sphygmomanometer can be equipped with a wireless wafer tag (RFID TAG) in the same product. For example, the electronic sphygmomanometer described in claim 1 and the built-in wafer label reading device can be downloaded to the microcomputer host. f f The electronic sphygmomanometer is described with the built-in wafer label reading unit, and Ganyi is downloaded to the personal dry 3L lean material processing unit (PM). , set, its information 4 · M306097 VII, designated representative map: (a) The representative representative of the case is: (a) map (two) The representative symbol of the symbol is a simple description: (10) sphygmomanometer device BLOOD PRESSURE MONITOR ( 20) Wireless wafer tag reading device (30) Central processing unit CPU (40) Storage unit (50) RS232/USB/BLUETOOTH external connection interface