TWM551475U - Sphygmomanometer with personalized pressurization for multiple users - Google Patents

Description

Personalized pressurized sphygmomanometer for multiple use

This creation is about a sphygmomanometer, especially a personalized pressurized sphygmomanometer used by many people who can apply different pressures to perform blood pressure measurement.

At present, the electronic sphygmomanometer generally adopts the principle of oscillometric method, and the sphygmomanometer that measures blood pressure by the automatic pressurization method is composed of a body, a cuff, and a rubber tube. Place the pressure band on the appropriate measurement position of any arm (usually 1-2 cm above the inside of the elbow joint), and automatically pressurize to display the blood pressure value and pulse value. Personal measurement is convenient and easy to monitor every day.

However, the electronic sphygmomanometer used in general households only outputs measurement information such as diastolic blood pressure, systolic blood pressure and heartbeat on the display screen after the measurement is completed, but it is impossible to record the measurement information of each measurement, so that the manufacturer has developed a recordable An electronic sphygmomanometer that measures information multiple times (eg Omron arm sphygmomanometer, model: HEM-7320).

However, in the average family, there may be multiple family members sharing the same electronic sphygmomanometer. The above-mentioned electronic sphygmomanometer cannot separately record the measurement information of different members, so that each member can only carry out paper or other forms. recording.

Based on the aforementioned problems, some practitioners have developed a sphygmomanometer that can share and record personal measurement information (for example, Folschang arm blood pressure machine, model: FOR A P60), but this blood pressure machine can only Manually establish identity data, but need to operate when querying data Select the object to be queried. In addition, select the object to be measured before measuring. Otherwise, the measurement record may be stored in the wrong object. Therefore, it is not convenient to use.

Furthermore, any of the above-mentioned sphygmomanometers performs blood pressure measurement of different users with the same pressing pressure, and each user's systolic blood pressure value is different, and the maximum pressing value of each person during the measurement process. It should also be different, but the same pressure can be used to measure blood pressure of different people, which may cause user discomfort.

According to the above, it is necessary to separately record the difficulty in operation of the measurement information of different users for different users, and the user's uncomfortableness in measurement, and propose a good solution.

In view of the problems of the prior art, the purpose of this creation is to improve the operation difficulty of separately recording the blood pressure information of different users by the sphygmomanometer, and the same pressing pressure is used by different users, which causes the discomfort of the measurement process. And other issues.

According to the purpose of the present invention, a personalized pressurized sphygmomanometer for multi-person use is provided, which comprises a memory unit, a fingerprint identification module, a pressure gauge module, a pressure motor, a data transmission module and a control module, wherein The memory unit provides at least a record of a user's identity data and historical blood pressure values measured by each measurement, wherein the identity data is at least a unique identification code for indicating one of the users, and the fingerprint identification module scans and identifies the user. a fingerprint for generating a fingerprint data, the pressure gauge module applies a pressurizing pressure to the blood pressure measuring position, and calculates a current blood pressure value measured by the blood pressure measuring position, and the pressurized motor receives the pressurized data, and according to The pressurized data outputs a corresponding pressure to the pressure gauge module, and the data transmission module receives the current blood pressure value. And transmitting the current blood pressure value and identity data to the memory unit for storage, the control module is connected to the memory unit, the fingerprint identification module, the pressure gauge module, the pressure motor and the data transmission module, and receives the fingerprint data, and according to the fingerprint data. The corresponding user's identity data and its historical blood pressure value are obtained, and the pressure data is generated. Moreover, the current blood pressure value and the corresponding identity data received by the control module are transmitted to the memory unit for storage via the data transmission module.

The memory unit can be a flash memory, and the fingerprint recognition module is an optical, capacitive, pressure, ultrasonic or temperature type fingerprint sensor. The control module is a single chip.

The data transmission module is a communication chip that conforms to the Bluetooth wireless communication protocol or the WiFi wireless communication protocol.

According to the above, this creation has one or more of the following advantages:

1. The sphygmomanometer can identify different users with fingerprint data, and record the identity of different users, and record the historical blood pressure values measured by different users.

2. The sphygmomanometer can use the pressure data generated by the historical blood pressure values of each user to allow the pressure motor to output an appropriate pressing pressure for different users, so that each user can perform different pressing pressures respectively. Blood pressure measurement, but can have better measurement comfort.

1‧‧‧Fingerprint Identification Module

2‧‧‧ memory unit

3‧‧‧ Pressure gauge module

4‧‧‧Pressure motor

5‧‧‧Data Transmission Module

6‧‧‧Control module

7‧‧‧ display screen

S201~S207‧‧‧ Process steps

S301~S307‧‧‧ Process steps

Figure 1 is a schematic diagram of the circuit of the present creation.

Figure 2 is a schematic diagram of the process of creating a user's fingerprint and identity data in this creation.

Figure 3 is a schematic diagram of the measured blood pressure of the present creation.

In order to make the purpose, technical solution and advantages of the present invention more clear, the present invention will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present invention, but are not intended to limit the present invention.

Please refer to FIG. 1 , which is a personalized pressurized sphygmomanometer used by many people, which is similar to a sphygmomanometer which can generally record multiple users. The difference is that the surface of the sphygmomanometer is provided with a fingerprint. The module 1 is identified, and a memory unit 2, a pressure gauge module 3, a pressurizing motor 4, a data transmission module 5, a control module 6, and the like are provided in the machine table.

In the present creation, the fingerprint identification module 1 scans the fingerprints of the respective users to generate a fingerprint data of each user. The memory unit 2 provides at least a record of a user's identity data, a measured historical blood pressure value for each measurement, and the identity data is at least a unique identification code for indicating one of the users. Furthermore, the pressure gauge module 3 (corresponding to the cuff of a conventional sphygmomanometer) applies a pressurizing pressure to a blood pressure measuring position. In the case of an arm type sphygmomanometer, the blood pressure measuring position is usually on the inner side of the elbow joint. 1 to 2 cm of the edge, and in the wrist sphygmomanometer, the blood pressure measurement position is on the inside of the wrist, and the pressure band needs to avoid pressing to the protruding part of the lateral wrist bone (ulnar), so that the pressure gauge module The current blood pressure value measured by the blood pressure measurement position can be correctly calculated.

Moreover, the pressurizing motor 4 receives the pressurization data, and outputs a corresponding pressurization pressure to the pressure gauge module 3 according to the pressurization data, and the data transmission module 5 receives the current blood pressure value, and transmits the current blood pressure value and the identity data to the memory. The unit 2 is stored, and the control module 6 is connected to the memory unit 2, the fingerprint identification module 1, the pressure gauge module 3, the pressure motor 4 and the data transmission module 5, and receives fingerprint data, and obtains corresponding data according to the fingerprint data. User identity data, and historical blood pressure values, Raw pressure data.

In the present creation, the control module 6 generates a historical blood pressure value used for pressurizing the data, which may be the most recent historical blood pressure value, or the average value of the plurality of historical blood pressure values, wherein the plurality of historical blood pressure values are Select from the latest average of multiple historical blood pressure values, or randomly select the average of multiple historical blood pressure values, but not limited to the way in which the author selects historical blood pressure values, for example: the last 10 history of one of the users The blood pressure values are shown in the table below: In the above table, the historical blood pressure value used by the control module 6 to generate the pressure data is measured by the latest historical blood pressure value of 2017/5/19 AM 9:00, or 2017/5/ 15 AM 9:00~2017/5/19 AM The average of the last five times between 9:00, or the selection of 2017/5/19 AM 9:00, 2017/5/16 AM 9:00 and 2017/5 /11 AM 9:00 is equal to the average of three times, and the compression data is generated as the average of the systolic blood pressure of the historical blood pressure value.

The current blood pressure value and the corresponding identity data received by the control module 6 are transmitted to the memory unit 2 via the data transmission module 5, wherein the memory unit 2 can be a flash memory or a cloud data. Library.

In order to further understand the process of establishing a personal fingerprint record and matching the identity data of the personalized pressurized sphygmomanometer used by the multi-person of the present invention, the description is as follows: S201: entering the fingerprint establishment mode; S202: scanning using the fingerprint identification module 1 The current user's fingerprint. When it is confirmed that the fingerprint data of the user has been correctly collected, step S203 is performed; otherwise, step S202 is performed; S203: the control module 6 determines from the memory unit 2 whether the fingerprint data has been recorded in the memory unit 2, and if so, proceeds Step S207, otherwise proceeding to step S204; S204: inputting user identity data. In this creation, the method of inputting the user identity data may select one of the preset plurality of identity materials, for example, one of P0~PN (N is a positive integer) as the user's identity data), Alternatively, the user can input the name or the mobile phone number by itself, and the manner of inputting the user data is similar to that of the traditional sphygmomanometer, so it will not be described here; S205: The control module 6 collects the fingerprint data of the user multiple times. The source of the fingerprint data may be the same finger or a different finger of the same user; S206: The control module 6 matches the previously scanned (acquired) fingerprint data to the input identity data, and stores it in the memory unit 2 in.

S207: End.

In the foregoing steps, in the process of recognizing the fingerprint, the fingerprint identification module 1 can use the different flashing, long bright or different sounds set by the sphygmomanometer to indicate that the scanning is being performed or has been The scan is complete.

Furthermore, the flow of blood pressure measurement by a user using a personalized pressurized blood pressure measurement by a plurality of people will be described below. It is to be noted that, assuming that the fingerprint data of the user has been recorded in the memory unit 2, If the fingerprint data of the user has not been recorded in the memory unit 2, the process of establishing the personal fingerprint record and matching the identity data may be entered: S301: initiating the personalized pressurized blood pressure used by the plurality of people; S302: using the fingerprint recognition mode Group 1 scans the fingerprint of the current user to generate fingerprint data; S303: The control module 6 finds the matching identity data according to the fingerprint data, and selects the historical blood pressure value of the matching identity data from the memory unit 2; S304: Control mode The group 6 generates the pressurization data according to the selected historical blood pressure value; S305: the control module 6 transmits the pressurization data to the pressurization motor; S306: the pressurization motor 4 outputs the corresponding pressurization pressure to the pressure gauge according to the pressurization data Module 3; S307: applying a pressurizing pressure to the blood pressure measuring position, and generating a current blood pressure value measured by the blood pressure measuring position, the pressing pressure system is slightly larger than the calendar The blood pressure value, for example, the systolic blood pressure of the historical blood pressure value is 120 mmHg, and the pressure is about 140 to 160 mmHg, but is not limited thereto, so that the correct current blood pressure value can be measured. If the current blood pressure value is not measured, indicating that there may be insufficient pressure or other operational problems, follow the general sphygmomanometer treatment procedure, for example, increase the pressure of the sphygmomanometer, or use a warning sound. Re-operation, etc., because of these processing steps, in view of the conventional electronic blood pressure meter, it will not be described here; S308: The control module 6 transmits the current current blood pressure value to the blood pressure meter through the data transmission module 5 The output display on the display screen 7.

According to the above description, the personalized pressurized sphygmomanometer used by many people of the present invention uses a fingerprint reader to identify different users, and can easily record the measurement information of a plurality of different users separately. The user is not required to operate excessively, and the identification data is confirmed after the fingerprint is recognized, and the current blood pressure values of the respective users are stored in the memory unit as historical blood pressure values. In addition, it is also possible to apply an appropriate pressurizing pressure to the blood pressure measuring position using the historical blood pressure value, so that the user has a better use comfort.

The detailed description above is a detailed description of one of the possible embodiments of the present invention, and the embodiment is not intended to limit the scope of the patents, and the equivalent implementations or modifications that are not included in the spirit of the present invention should be included in The patent scope of this case.

1‧‧‧Fingerprint Identification Module

2‧‧‧ memory unit

3‧‧‧ Pressure gauge module

4‧‧‧Pressure motor

5‧‧‧Data Transmission Module

6‧‧‧Control module

7‧‧‧ display screen

Claims (6)

A personalized pressurized sphygmomanometer for use by a plurality of people includes: a memory unit that provides at least a record of a user's identity data and historical blood pressure values measured by each measurement, wherein the identity data includes at least At least one fingerprint data; a fingerprint recognition module scans and recognizes the fingerprint to generate a fingerprint data; and a pressure gauge module applies a pressurization pressure to the blood pressure measurement position, and calculates the blood pressure measurement position Measuring a current blood pressure value; a pressurized motor receiving a pressurized data, and outputting the corresponding pressurized pressure to the pressure gauge module according to the pressurized data; a data transmission module receiving the current a blood pressure value, and transmitting the blood pressure value, the identity data is stored in the memory unit; a control module is connected to the memory unit, the fingerprint identification module, the pressure gauge module, the pressure motor, and the data transmission mode Grouping and receiving the fingerprint data, and obtaining the corresponding user's identity data and the historical blood pressure value according to the fingerprint data, and generating the pressurized data, and the control mode Receiving a current blood pressure value and the corresponding data is sent to the identity stored in the memory unit as the blood pressure history. A personalized pressurized sphygmomanometer for use by a plurality of persons as claimed in claim 1, wherein the memory unit is a flash memory or a cloud database. A personalized pressurized sphygmomanometer for use by a plurality of persons as claimed in claim 1, wherein the fingerprint recognition module is an optical, capacitive, pressure, ultrasonic or temperature type fingerprint sensor. A personalized pressurized sphygmomanometer for use by a plurality of persons according to claim 1, wherein the data transmission module is a communication chip conforming to a Bluetooth wireless communication protocol or a WiFi wireless communication protocol. A personalized pressurized sphygmomanometer for use by a plurality of persons as claimed in claim 1, wherein the control module is It is a single wafer. The personalized pressurized sphygmomanometer used by a plurality of people according to claim 1, wherein the historical blood pressure value used by the control module to generate the pressurized data may be the latest historical blood pressure value, or more The average of the historical blood pressure values of the second time, wherein the plurality of historical blood pressure values are selected from the latest average of the plurality of historical blood pressure values, or an average of a plurality of the historical blood pressure values are randomly selected.