Loose wearing type pulsation measurement reminding device and method

Abstract

The invention belongs to the technical field of pulsation measurement, and particularly relates to a loose wearing type pulsation measurement reminding device and method.The device comprises a strip-shaped hook-and-loop fastener unit, a light emitting source unit, a light receiving unit and a micro-processing unit, and the light emitting source unit, the light receiving unit and the micro-processing unit are fixed to the strip-shaped hook-and-loop fastener unit and surround the wrist; light of the luminous source unit can penetrate through the wrist to irradiate the light receiving unit, the light receiving unit sends corresponding signals to the microprocessing unit, and the microprocessing unit can display the signals on the additional display unit through operation or send the corresponding signals to the remote receiving unit through the wireless communication unit. One end of the strip-shaped magic tape unit is provided with a hairy area, the other end of the strip-shaped magic tape unit is provided with a thorn area, the strip-shaped magic tape unit surrounds the outer side of the wrist, light of the light emitting source unit can penetrate through the wrist to irradiate the light receiving unit through rotation adjustment, 3-15 mm thick long strips or convex points or triangular long strips are loosely worn every 5-15 mm, and blood vessels are not prone to being blocked after the strip-shaped magic tape unit is fastened. The device for reminding pulse measurement can be provided with a timed reminding function.

Description

Technical Field

[0001] The invention relates to the technical field of pulse measurement, and in particular to a loose-fitting wearable device and method for reminding pulse measurement. Background Art

[0002] Vital sign watches are becoming increasingly popular, but some people cannot wear watches or do not like the feeling of wearing the watchband tightly, so they cannot enjoy the advantages of measuring vital signs. In order to solve this problem, the present invention is specifically a loose-fitting device and method for reminding to measure pulse. The device includes a strip magic stick unit, a light source unit, a light receiving unit and a microprocessor unit. The light source unit, the light receiving unit and the microprocessor unit are fixed to the strip magic stick unit, which is fixed around the wrist so that the light from the light source unit can pass through the wrist to illuminate the light receiving unit. The light receiving unit has a corresponding signal to the microprocessor unit, which can be displayed on the additional display unit after calculation, or the corresponding signal can be sent to the remote receiving unit through the wireless communication unit. The effect can be checked through this device, and the effect can be confirmed again by professionals through the process receiving unit. This device for reminding to measure pulse can set a timed reminder function to improve the frequent forgetting and measuring at the best test time. Summary of the invention

[0003] The purpose of the present invention is to improve the situation of people who cannot wear watches or do not like to wear watchbands tightly, so that they can also enjoy the method of using health watches that measure vital signs. See the following description for details: The present invention provides a loose-wearing device for reminding people to measure pulse. The device includes a strip magic stick unit, a light source unit, a light receiving unit and a microprocessor unit. The light source unit, the light receiving unit and the microprocessor unit are fixed to the strip magic stick unit. The strip magic stick unit is surrounded on the wrist so that the light from the light source unit can pass through the wrist to illuminate the light receiving unit. The light receiving unit sends a corresponding signal to the microprocessor unit. The microprocessor unit can display the signal on an additional display unit after calculation, or send the corresponding signal to a remote receiving unit via a wireless communication unit.

[0004] One is a strip magic stick unit, with a hairy area at one end and a thorny area at the other end. The strip magic stick unit is wrapped around the outside of the wrist. After rotation and adjustment, the light energy of the light source unit passes through the wrist and irradiates the light receiving unit. The strip magic stick unit has a 3 to 15 mm thick loose-fitting strip every five to fifteen millimeters, which can prevent the strip magic stick unit from blocking blood vessels after being tightened. One end has a hairy area and the other end has a thorny area, wherein the thorny area is wider and can adjust the amplitude around the outside of the wrist. The strip magic stick unit has a 3 to 15 mm thick loose-fitting convex point or triangular strip every five to fifteen millimeters, which can prevent the strip magic stick unit from blocking blood vessels after being tightened. There can be a hard shell support to allow the light energy of the light source unit to vertically pass through the wrist and irradiate the light receiving unit.

[0005] The second is a microprocessing unit, which is activated by a button and tests the pulse in a cycle. If the light receiving unit does not receive the signal from the light source unit, it will display no signal. If there is no signal for three to six seconds, it will enter the power saving mode and must be activated again by pressing a button. The device for reminding to measure the pulse can be set with a timer reminder function. The microprocessing unit can calculate the heart rate, blood oxygen and pulse PI according to the corresponding signal of the light receiving unit (30), and can display the heart rate, blood oxygen, pulse amplitude and pulse PI on the additional display unit, or send the corresponding signal to the remote receiving unit through the wireless communication unit.

[0006] The third is the light receiving unit. The device may have one or more than one. The microprocessing unit can select the data with stronger signal.

[0007] Fourthly, the light source unit, the light receiving unit and the microprocessing unit are fixed to the strip magic stick unit, and then the strip magic stick unit is wrapped around the wrist, so that the light of the light source unit can pass through the wrist to illuminate the light receiving unit, and the light receiving unit has a corresponding signal to the microprocessing unit, and the microprocessing unit can display the calculation result or send the corresponding signal to the remote receiving unit.

[0008] The preferred solution is that the remote receiving unit can be a smart phone. The smart phone is equipped with an APP that can be combined with the sleep data in the phone to remind measurement at a specified time.

[0009] The preferred solution is that the remote receiving unit can be a smart phone with an APP configured on the smart phone, which can integrate the data through the phone and transmit it to the service center at a specified time; the APP for reminding pulse measurement can set a timer reminder function and can remind measurement according to the sleep characteristics configured on the smart phone APP.

[0010] The preferred solution three is that the long strip, the hairy area and the thorny area of ​​the strip magic stick unit can be made of different materials and then combined by bonding. The materials can be cloth, nylon non-woven fabric or silicone.

[0011] The fourth preferred solution is that in order to prevent the light receiving unit from being disturbed, the light source unit and the light receiving unit are located in the middle of the strip magic stick unit, and the width of the strip magic stick unit is between three and eight centimeters.

[0012] In the fifth preferred embodiment, one side of the U-shaped fixing frame 40 can be adjusted by the hinge 42; the U-shaped fixing frame 40 opens at an angle.

[0013] In a sixth preferred embodiment, the strip-shaped magic stick unit (10) can be added with a U-shaped fixing frame (40) to fix the light source unit (20), the light receiving unit (30) and the battery (43). The U-shaped fixing frame (40) can adjust the positions of the light source unit (20) and the light receiving unit (30), avoid being blocked by bones and measure blood vessels, thereby improving the measurement efficiency.

[0014] The technical solution provided by the present invention has the following beneficial effects: 1. The device for reminding to measure pulse can prevent blood vessels from being blocked after the strip magic stick unit is tightened by providing a three to fifteen millimeter thick loose-fitting strip, a loose-fitting convex point or a triangular strip every five to fifteen millimeters. 2. The device for reminding to measure pulse can check the internal pulse effect to confirm whether the patient is in a healthy state, so as to prevent delays in seeking medical treatment and avoid accidents. 3. The device for reminding to measure pulse can remind the patient to measure at the best measurement time to keep the patient healthy. 4. One side of the U-shaped fixing frame (40) can be adjusted by a loose-leaf (42); the opening angle of the U-shaped fixing frame (40) can be adapted to wrists of different thicknesses. 5. The strip magic stick unit (10) can be added with a U-shaped fixing frame (40) to fix the light source unit (20), the light receiving unit (30) and the battery (43). Adjusting the positions of the light source unit (20) and the light receiving unit (30) can avoid bone obstruction and improve the measurement effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 A schematic diagram of a loose-fitting wearable device for reminding and measuring pulse; Figure 2 A schematic diagram of a loose-fitting device for reminding and measuring pulse is shown; Figure 3 A schematic diagram of a loose-fitting pulse-measuring reminder device; Figure 4 A schematic diagram of the loose-fitting convex points of a loose-fitting device for reminding and measuring pulse; Figure 5 A schematic diagram of a loose-fitting triangular strip of a device for reminding and measuring pulse; Figure 6 A schematic diagram of the display and buttons of a loose-fitting wearable device for reminding and measuring pulse; Figure 7 A schematic diagram of the communication method of a loose-fitting wearable device for reminding and measuring pulse; Figure 8 A schematic diagram of the data transmission sequence of a loose-fitting wearable device for reminding and measuring pulse; Fig. 9 A schematic diagram of multiple light sources for a loose-fitting wearable device for reminding and measuring pulse; Fig.10 A schematic diagram of a loose-fitting wearable device for reminding and measuring pulse; Fig.11 A schematic diagram of a U-shaped fixing frame of a loose-fitting wearable device for reminding and measuring pulse; Fig.12 A loose-fitting wearable device for reminding and measuring pulse is shown in the form of a U-shaped fixing frame; Fig.13Schematic diagram of adjusting the light source for a loose-fitting wearable device for reminding and measuring pulse.

[0016] Explanation of the symbols in the accompanying drawings: 10-strip magic sticky unit; 20-light source unit; 21-first light source unit group; 22-second light source unit group; 25-light source unit bracket; 30-light receiving unit; 35-light receiving unit bracket; 40-U-shaped fixing frame; 41-U-shaped fixing frame protrusion; 42-loose-leaf; 43-battery; 45-main board; 46-cover plate; 47-elastic fixing plate; 48-spring; 50-microprocessor unit; 60-display unit; 70-wireless communication unit; 80-remote receiving unit; 90-button; 110-hairy area; 120-thorny area; 130-anti-tight protrusion; 140-triangular strip; 150-long strip; 160-silicone; 170-nylon; 180-cotton; 190-cloth; 200-blood vessels; 210-wrist; 300-smartphone; 310-APP; 500-service center. DETAILED DESCRIPTION

[0017] In order to make the purpose, technical solution and advantages of the present invention clearer, the following is a further detailed description of the implementation mode of the present invention. Figures 1 to 12 , an embodiment of the present invention provides a loose-fitting wearable device for reminding to measure pulse, such as Figure 1 As shown, the device includes a strip magic stick unit 10, a light source unit 20, a light receiving unit 30 and a micro-processing unit 50, wherein the light source unit 20, the light receiving unit 30 and the micro-processing unit 50 are fixed to the strip magic stick unit 10, and the strip magic stick unit 10 is wrapped around the wrist so that the light from the light source unit 20 can pass through the wrist to illuminate the light receiving unit 30, and the light receiving unit 30 has a corresponding signal to the micro-processing unit 50, and the micro-processing unit 50 can display it on the additional display unit 60 after calculation, or send the corresponding signal to the remote receiving unit 80 through the wireless communication unit 70.

[0018] One is a strip magic stick unit 10, such as Figure 1 As shown, one end has a hairy area 110, and the other end has a thorny area 120, and the strip magic sticky unit 10 is as shown in FIG. Figure 2 As shown, it surrounds the outer side of the wrist 210, and after rotation and adjustment, the light from the light source unit 20 can pass through the wrist and irradiate the light receiving unit 30, as shown in FIG. Figure 3 As shown, the strip magic sticky unit 10 has a 3 to 15 mm thick loose-fitting long strip 150 every 5 to 15 mm, so that the strip magic sticky unit 10 is not easy to block the blood vessel 200 after being tightened. One end has a hairy area 110, and the other end has a thorny area 120, wherein the thorny area 120 is wider and can adjust the width of the outer side of the wrist, such as Figure 4 and Figure 5As shown, the strip-shaped magic adhesive unit 10 has a 3 to 15 mm thick loose-fitting protrusion 130 or a triangular strip 140 every 5 to 15 mm, so that the strip-shaped magic adhesive unit 10 is not easy to block the blood vessel 200 after being tightened.

[0019] The second is a microprocessing unit 50, such as Figure 6 As shown, the pulse is tested cyclically by pressing the button 90. If the light receiving unit 30 does not receive the signal from the light source unit 20, it will display no signal. If there is no signal for three to six seconds, it will enter the power saving mode and must be started again by pressing the button. The device for reminding the pulse can be set with a timer reminder function. The microprocessor unit 50 can calculate the heart rate, blood oxygen and pulse PI according to the corresponding signal of the light receiving unit 30 at the same time, and can display the heart rate, blood oxygen, pulse amplitude and pulse PI on the additional display unit 60, or as shown in FIG. Figure 7 As shown, the corresponding signal is sent to the remote receiving unit 80 of the smart phone 300 via the wireless communication unit 70, and then the smart phone 300 can be controlled by the APP to send the signal to the service center 500.

[0020] The working order is as follows: Figure 8 As shown, S10: Press the button 90 to start the measurement; the light source unit 20 emits light; S20: the light receiving unit 30 receives light emitted by the light source unit 20; S30: The light receiving unit 30 receives the signal and transmits it to the microprocessing unit 50. The microprocessing unit 50 calculates and displays the result on the display unit 60. If no signal is received, please adjust the position; S40: The microprocessing unit 50 transmits the corresponding signal to the remote receiving unit 80 of the smart phone 300 through the wireless communication unit 70; S50: The smartphone 300 can be controlled by APP 310 to send a signal to the service center 500. The service center 500 can record the user's measurement data, and experts can give the user health improvement suggestions based on the data.

[0021] The third is the light receiving unit 30. The device may have one or more light receiving units 30. The microprocessing unit 50 may select data with stronger signals. The microprocessing unit 50 may select data with stronger signals. The light receiving unit 30 may replace the light source according to the measured physical signs.

[0022] Fourthly, the light source unit 20, the light receiving unit 30 and the micro-processing unit 50 are fixed to the strip magic stick unit 10. When the strip magic stick unit 10 is wrapped around the wrist, the light from the light source unit 20 can pass through the wrist to illuminate the light receiving unit 30. The light receiving unit 30 sends a corresponding signal to the micro-processing unit 50. The micro-processing unit 50 can display the calculation result or send the corresponding signal to the remote receiving unit 80.

[0023] The preferred solution is as follows: Fig. 9 As shown, there are a first light source unit group 21 and a second light source unit group 22; the micro-processing unit 50 can be turned on in turn, and the one with better signal is used as the receiving source.

[0024] The second preferred solution is as follows: Fig.10 As shown, the long strip 150 , the fleecy area 110 , and the thorny area 120 of the strip magic stick unit 10 can be made of different materials and then combined by bonding. The materials can be cloth 190 , nylon 170 , cotton 180 , non-woven fabric or silicone 160 .

[0025] The preferred solution three is that the strip magic stick unit 10 can be added with a U-shaped fixing frame 40 to fix the light source unit 20, the light receiving unit 30 and the battery 43. The U-shaped fixing frame 40 can adjust the positions of the light source unit 20 and the light receiving unit 30 to avoid bone obstruction and measure blood vessels, thereby improving measurement efficiency.

[0026] The fourth preferred solution is to enable the light receiving unit 30 to accurately receive the signal from the light source unit 20. Fig.11 As shown, a U-shaped fixing frame 40 is added; the U-shaped fixing frame 40 uses the light source unit bracket 25 and the light receiving unit bracket 35, so that the light source unit can vertically penetrate the skin and shine on the light receiving unit. The inner side of the U-shaped fixing frame 40 has a U-shaped fixing frame protrusion 41 so that it contacts the skin in a point shape, which is not easy to cause blood vessel blockage; the material can be nylon material 170 or silicone 160.

[0027] The present invention also includes a loose-fitting wearable pulse reminder method, which relies on a loose-fitting wearable pulse reminder device, wherein the device includes a light source unit 20, a light receiving unit 30, and a microprocessing unit 50 fixed to a strip magic stick unit 10. When the strip magic stick unit 10 is wrapped around the wrist, the light from the light source unit 20 can pass through the wrist to illuminate the light receiving unit 30. The light receiving unit 30 sends a corresponding signal to the microprocessing unit 50, and the microprocessing unit 50 can display the calculation result or send the corresponding signal to the remote receiving unit 80.

[0028] Device and method: A wrist-shaped cloth strip is made of cloth, nylon, non-woven fabric or silicone. The silicone has conical or triangular protrusions so that it will not lock and cause blood vessel blockage when wrapped around the wrist. The light receiving unit 30 receives the signal of the light source unit 20 through the wrist skin. The signal is transmitted to the micro-processing unit 50 to display the calculation result or send the corresponding signal to the remote receiving unit 80. The micro-processing unit 50 can set the reminder time.

[0029] The preferred solution 1 has a variety of reminder methods as follows: Reminder method 1: Using the microprocessor unit 50 in the device, you can choose to automatically remind measurement every one to eight hours by pressing a button or APP.

[0030] Reminder method 2: The microprocessor unit 50 in the device can be used to know the sleep state based on the three-axis sensor, and the APP can be set to automatically remind measurement after waking up.

[0031] Reminder method three: connect to the smart phone 300 through the remote service center 500 or friends and relatives, and then the smart phone 300 notifies the device to issue a reminder measurement.

[0032] The preferred solution two, the remote receiving unit 80, can be a smart phone 300, and the smart phone 300 is configured with APP310, which can integrate the data through the mobile phone and transmit it to the service center 500 at a specified time; the APP310 for reminding pulse measurement can set a timer reminder function, and can remind measurement according to the sleep characteristics of the APP configured on the smart phone 300.

[0033] The preferred solution three is to integrate the data through the smart phone 300 and transmit it to the service center 500 at a specified time; the service center data can be checked by the APP 310, and the service center experts can give health advice based on the data.

[0034] The fourth preferred solution is that the remote receiving unit 80 can be a smart phone 300, and the smart phone 300 is equipped with an APP 310, which can integrate the data through the mobile phone and transmit it to the service center 500 at a specified time; the APP 310 for reminding pulse measurement can set a timer reminder function.

[0035] The preferred solution five is that the remote receiving unit 80 can be a smart phone 300. The smart phone 300 is configured with an APP, and can be set to achieve a wake-up reminder function through the sleep characteristics of the mobile phone.

[0036] The preferred solution six is ​​as follows: Fig.12 As shown, the light source unit 20 can be equipped with a light source unit bracket 25, and the light receiving unit 30 can be equipped with a light receiving unit bracket 35. The two brackets are fixed to a U-shaped bracket 40, so that the light source of the light source unit 20 shines vertically on the light receiving unit 30 to make the signal stronger; the inner side of the U-shaped bracket 40 has a U-shaped bracket protrusion 45; one side of the U-shaped bracket 40 can be adjusted by a hinge 42; the U-shaped bracket 40 opens at an angle. The U-shaped bracket 40 can be equipped with a battery 43, a motherboard 45 (including a microprocessor unit 50, a display unit 60, and a wireless communication unit 70); the motherboard 45 can be replaced or repaired through a cover plate 46.

[0037] The preferred embodiment 7, the strip magic sticky unit 10 is as follows Fig.13As shown, a U-shaped fixing frame 40 can be added to fix the light source unit 20, the light receiving unit 30 and the battery 43. The U-shaped fixing frame 40 can adjust the positions of the light source unit 20 and the light receiving unit 30 to avoid bone obstruction and measure blood vessels, thereby improving measurement efficiency. The U-shaped fixing frame 40 can be added with an elastic fixing sheet and a spring 48 so that the device can fit wrists of different widths.

[0038] In the eighth preferred embodiment, the battery 43 can be a disposable battery or a rechargeable battery, and the battery can be replaced by a cover plate 46, or there is a charging interface.

[0039] Except for special instructions, the models of the devices in the embodiments of the present invention are not limited, and any device that can perform the above functions can be used. Those skilled in the art will understand that the accompanying drawings are only schematic diagrams of a preferred embodiment, and the serial numbers of the embodiments of the present invention are only for description and do not represent the advantages and disadvantages of the embodiments. The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the scope of protection of the present invention.

Claims

1. A loose-fitting pulse measuring reminder device, characterized in that: The invention comprises a strip magic stick unit (10), a light source unit (20), a light receiving unit (30) and a micro-processing unit (50), wherein the light source unit (20), the light receiving unit (30) and the micro-processing unit (50) are fixed to the strip magic stick unit (10), and the strip magic stick unit (10) is surrounded on a wrist (210), so that light energy of the light source unit (20) can pass through the wrist (210) and irradiate the light receiving unit (30), and the light receiving unit (30) sends a corresponding signal to the micro-processing unit (50), and the micro-processing unit (50) can display the signal on the additional display unit (60) after calculation, or send the corresponding signal to the remote receiving unit (80) through the wireless communication unit (70).

2. A pulse measuring device according to claim 1, characterized in that: The strip magic stick unit (10) has a hairy area (110) at one end and a thorny area (120) at the other end. The strip magic stick unit (10) surrounds the outer side of the wrist and is rotated to adjust so that the light energy of the light source unit (20) passes through the wrist (210) and irradiates the light receiving unit (30). The strip magic stick unit (10) has a three to fifteen millimeter thick loose-fitting long strip (150) every five to fifteen millimeters, so that the strip magic stick unit (10) is not easy to block the blood vessel (200) after being tightened. The long strip (150), the hairy area (110) and the thorny area (120) of the strip magic stick unit (10) can be made of different materials and then combined in an adhesive manner. The materials can be cloth, nylon, non-woven fabric or silicone. The strip magic stick unit (10) can be added with a U-shaped fixing frame (40) to fix the light source unit (20), the light receiving unit (30) and the battery (43).

3. According to claim 2, a strip-shaped magic sticky unit (10) has a hairy area (110) at one end and a thorny area (120) at the other end, wherein the thorny area (120) is wider and can be adjusted to surround the outside of the wrist (210), and the strip-shaped magic sticky unit (10) has a three to fifteen millimeter thick loose-fitting protrusion (130) or a triangular strip (140) every five to fifteen millimeters, so that the strip-shaped magic sticky unit (10) is not easy to block the blood vessel (200) after being tightened.

4. A pulse measuring device according to claim 1, characterized in that: The microprocessing unit (50) is started by pressing a button (90) to test the pulse in a cycle. If the light receiving unit (30) does not receive a signal from the light source unit (20), it will display "no signal". If there is no signal for three to six seconds, the microprocessing unit (50) will enter a power saving mode and must be started again by pressing a button. The device for reminding the pulse measurement can be set with a timer reminder function.

5. A pulse measuring device according to claim 1, characterized in that: The microprocessing unit (50) can calculate the heart rate, blood oxygen and pulse PI simultaneously according to the corresponding signal of the light receiving unit (30), and can display the heart rate, blood oxygen, pulse amplitude and pulse PI on the additional display unit (60), or send the corresponding signal to the remote receiving unit (80) via the wireless communication unit (70). In order to prevent the light receiving unit (30) from being interfered, the light source unit (20) and the light receiving unit (30) are located in the middle of the strip magic stick unit (10), and the width of the strip magic stick unit (10) is between three and eight centimeters.

6. A pulse measuring device according to claim 1, characterized in that: The light source unit (20) can be provided with a light source unit bracket (25), and the light receiving unit (30) can be provided with a light receiving unit bracket (35). The two brackets are fixed to a U-shaped fixing frame (40), so that the light source of the light source unit (20) is vertically illuminated on the light receiving unit (30) to make the signal stronger; a U-shaped fixing frame protrusion (45) is provided on the inner side of the U-shaped fixing frame (40); one side of the U-shaped fixing frame (40) can be adjusted by a hinge (42); and the U-shaped fixing frame (40) has an opening angle.

7. A loose-fitting reminder pulse measurement method, characterized in that: The light source unit (20), the light receiving unit (30) and the microprocessing unit (50) are fixed to a U-shaped fixing frame (strip magic stick unit (10); the strip magic stick unit (10) can be added with a U-shaped fixing frame (40) to fix the light source unit (20), the light receiving unit (30) and the battery (43); the U-shaped fixing frame (40) can adjust the light source unit (20) and the light receiving unit (30); when the strip magic stick unit (10) is wrapped around the wrist, the light energy of the light source unit (20) can pass through the wrist and irradiate the light receiving unit (30), and the light receiving unit (30) has a corresponding signal to the microprocessing unit (50), and the microprocessing unit (50) can display the calculation result or send the corresponding signal to the remote receiving unit (80); the working sequence is as follows: S10: pressing the button (90) to start measurement; the light source unit (20) emits light; S20: the light receiving unit (30) receives light emitted by the light source unit (20); S30: The light receiving unit 30 receives the signal and transmits it to the microprocessing unit (50), and the microprocessing unit (50) performs calculations and displays the result on the display unit (60); If no signal is received, please adjust the position; S40: The microprocessing unit (50) sends a corresponding signal to the remote receiving unit (80) of the smart phone (300) through the wireless communication unit (70); S50: The AP (310)P can control the smart phone (300) to send a signal to the service center (500). The service center (500) can record the user's measurement data, and experts can give the user improvement suggestions based on the data.

8. A method for measuring pulse according to claim 7, characterized in that: The remote receiving unit (80) may be a smart phone (300), and the smart phone (300) is configured with an APP (310) which can be combined with the sleep data in the mobile phone to remind measurement at a specified time.

9. A method for measuring pulse according to claim 7, characterized in that: The remote receiving unit (80) can be a smart phone (300), and an APP is configured on the smart phone (300), which can integrate the data through the mobile phone and transmit it to the service center (500) at a specified time; the APP (310) for reminding to measure the pulse can set a timer reminder function, and can remind the measurement according to the sleep characteristics configured on the APP (310) on the smart phone (300).

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