CN208640686U - Pulse monitoring device and system - Google Patents

Pulse monitoring device and system Download PDF

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Publication number
CN208640686U
CN208640686U CN201721154564.6U CN201721154564U CN208640686U CN 208640686 U CN208640686 U CN 208640686U CN 201721154564 U CN201721154564 U CN 201721154564U CN 208640686 U CN208640686 U CN 208640686U
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pulse
module
user
central control
control module
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徐传毅
王珊
程驰
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Nazhiyuan Technology Tangshan Co Ltd
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Nazhiyuan Technology Tangshan Co Ltd
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  • Measuring And Recording Apparatus For Diagnosis (AREA)

Abstract

The utility model discloses a kind of pulse monitoring device and systems, wherein pulse monitoring device include: wrist strap, host shell, at least one pulse transducer and be arranged in host shell inside governor circuit module；The thread gluing component for adjusting wrist strap tightness is provided on wrist strap；At least one pulse transducer is set to the inside and/or surface of wrist strap, for the beat pulse of user to be acted on to the pressure conversion at least one pulse transducer for the output of pulse electric signal；Governor circuit module is connected at least one pulse transducer, and the pulse electric signal for being exported according at least one pulse transducer, the Pulse-Parameters of analytical calculation user obtain user's physiologic information.It is electric signal that the beat pulse of user directly can be acted on the pressure conversion on pulse transducer by pulse monitoring device provided by the utility model and system, the current physical condition of user is real-time and accurately reflected, the accuracy and reliability of monitoring is improved.

Description

Pulse monitoring device and system
Technical field
The utility model relates to measuring of human health fields, and in particular to a kind of pulse monitoring device and system.
Background technique
With the raising of social senilization's degree, more and more the elderlys need to be in carry out long-term medical monitoring, The people of disease or the old man of long-term bed are suffered from for a long time, (such as with greater need for some important vital signs to them Pulse) it is monitored in real time, to be given first aid in time when emergency occurs.In addition, with people's rhythm of life Accelerate and the increase of operating pressure, the disease incidence of the diseases such as heart disease, hepatopathy, nephrosis are continuously increased.But heart disease, hepatopathy There is certain incubation period and concealment with diseases such as nephrosis, be not easy to be detected in early days, once it detects, it often all can be relatively tighter Weight, or even to the stage that cannot be saved.
In tcm theory, human body is formed by connecting by channels and collaterals, especially the train of thought of wrist portion, respectively corresponds human body Each internal organs organ.And pulse monitoring device in the prior art can only be monitored heartbeat, it can not be to user hand The problems such as multiple train of thoughts of wrist are monitored, and are had a single function, and there is also structure is complicated, monitoring inaccuracy.
Therefore, lack the pulse monitoring device and phase of a kind of multiple train of thoughts that can monitor wrist portion simultaneously in the prior art Corresponding monitoring of pulse system.
Utility model content
The goal of the invention of the utility model is in view of the drawbacks of the prior art, to provide a kind of pulse monitoring device and be System, multiple train of thoughts for solving the problems, such as that wrist portion can not be monitored simultaneously in the prior art.
The utility model provides a kind of pulse monitoring device, comprising: wrist strap, host shell, at least one pulse sensing Device and be arranged in host shell inside governor circuit module；Wherein,
The thread gluing component for adjusting wrist strap tightness is provided on wrist strap；
At least one pulse transducer is set to the inside and/or surface of wrist strap, for acting on the beat pulse of user Pressure conversion at least one pulse transducer is the output of pulse electric signal；
Governor circuit module is connected at least one pulse transducer, for what is exported according at least one pulse transducer Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information.
Further, wrist strap includes: monitoring of pulse area and elasticity regulatory region；
At least one pulse transducer is arranged in the inside in monitoring of pulse area and/or monitoring of pulse area and user is arranged in On the surface of wrist portion contact；Thread gluing component is arranged in elasticity regulatory region.
Further, host shell is internally provided with accommodating cavity, and governor circuit module is arranged in accommodating cavity.
Further, the quantity of pulse transducer is multiple, and multiple pulse transducers are set with the arrangement of cross array structure It sets.
Further, multiple pulse transducers include the first pulse transducer, the second pulse transducer, third pulse sensing Device, the 4th pulse transducer and the 5th pulse transducer；
First pulse transducer is used to the bounce of the person's pulse on the wrist train of thought of user acting on the pressure on the first pulse transducer Be converted to the output of the first pulse electric signal；
Second pulse transducer is used to the bounce for shutting train of thought of user acting on the pressure on the second pulse transducer Be converted to the output of the second pulse electric signal；
Third pulse transducer is used to the bounce of the ruler median nexus of user acting on the pressure on third pulse transducer Be converted to the output of third pulse electric signal；
4th pulse transducer and the 5th pulse transducer are used for the first pulse transducer, the second pulse transducer and the Three pulse transducers respectively correspond and are located in person's pulse on the wrist train of thought, shut train of thought and the train of thought position of ruler median nexus.
Further, governor circuit module includes: signal pre-processing module, central control module, display module, interaction function It can module and power module；
Signal pre-processing module is connected at least one pulse transducer, for what is exported at least one pulse transducer Pulse electric signal is pre-processed；
Central control module is connected with signal pre-processing module, the pulse telecommunications for being exported according to signal pre-processing module Number, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
Display module is connected with central control module, for showing user's physiologic information of central control module output；
Interactive function module is connected with central control module, for sending user's interactive instruction to central control module；
Power module is connected with interactive function module, for providing electric energy.
Further, central control module is further used for: the pulse electric signal exported according to signal pre-processing module, really Determine active user's wearing position, and adjusts prompt information according to identified active user's wearing position output wearing position.
Further, governor circuit module further include: alarm module and/or radio receiving transmitting module and/or memory module；
Central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；Alarm module is connected with central control module, is used for root Warning reminding is carried out according to the controlling alarm electric signal of central control module output；
Radio receiving transmitting module is connected with central control module, user's physiologic information for exporting central control module with The mode of wireless communication is sent to terminal device；
Memory module is connected with central control module, for storing the process Signal Pretreatment mould of central control module output User's physiologic information that the pretreated pulse electric signal of block and central control module obtain.
Further, pulse monitoring device further include: at least one body moves sensor；
At least one body moves the inside and/or surface that sensor is set to wrist strap, at least one body moves sensor and master control Circuit module is connected, and is the dynamic electricity of body for acting at least one body to move the pressure conversion on sensor the hand motion of user Signal output；
Governor circuit module is further used for: according to the pulse electric signal of at least one pulse transducer output and at least The body of the dynamic sensor output of one individual moves electric signal, and the Pulse-Parameters of analytical calculation user obtain user's physiologic information.
Further, wrist strap further includes that body moves monitoring section；
At least one body, which moves sensor and body is arranged in moves the inside of monitoring section and/or body is arranged in, moves monitoring section and user On the surface of wrist portion contact.
Further, signal pre-processing module moves sensor at least one body and is connected, for passing at least one body is dynamic The body of sensor output moves electric signal and is pre-processed；
Central control module is further used for: moving telecommunications according to the pulse electric signal of signal pre-processing module output and body Number, the Pulse-Parameters of analytical calculation user obtain user's physiologic information.
Further, central control module is further used for: the body exported from signal pre-processing module moves to be mentioned in electric signal It takes body to move feature amplitude, moves feature amplitude using extracted body and wave is carried out to the pulse electric signal that signal pre-processing module exports Shape process of fitting treatment removes interference of the hand motion of user to pulse electric signal, according to the pulse electric signal point after removal interference Analysis calculates the Pulse-Parameters of user, obtains user's physiologic information.
Further, it is friction generator and/or piezoelectric generator that pulse transducer and body, which move sensor,；
Friction generator is three-decker, four-layer structure, five layers membrane structure or five layers of intervening electrode structure are rubbed between two parties Generator is wiped, friction generator includes at least two opposite faces for constituting frictional interface, and friction generator has signal output end；
Piezoelectric generator is zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene hair Any one of motor and porous Teflon generator.
Further, it is 15mm × 6.0mm or 15mm × 7.4mm that pulse transducer and body, which move the size of sensor,.
Further, the spacing between adjacent pulse transducer is 0.5mm~5mm；Between adjacent body moves between sensor Away from for 0.5mm~5mm.
Further, the spacing between adjacent pulse transducer is 1.0mm；Adjacent body move sensor between spacing be 1.0mm。
Further, the outside that the outside of pulse transducer and body move sensor is provided with encapsulated layer；The appearance of encapsulated layer It is provided on face and/or inner surface on the outer surface of bulge-structure and/or encapsulated layer and is provided with dermatoglyph shape striped；Alternatively,
It is provided with what bulge-structure and/or wrist strap were contacted with the wrist portion of user on the outer surface of wrist strap and/or inner surface Dermatoglyph shape striped is provided on surface.
Further, the conducting wire that the conducting wire and lead body of drawing the electrode of pulse transducer move the electrode of sensor is snake Shape arrangement.
The utility model additionally provides a kind of monitoring of pulse system, comprising: above-mentioned pulse monitoring device and terminal is set It is standby；Wherein,
Terminal device is connected in a manner of wire communication or wireless communication with pulse monitoring device, for receiving and storing arteries and veins User's physiologic information that monitoring device of fighting analytical calculation obtains is counted according to the user's physiologic information received, is used Family physical condition, and/or send the control instruction for controlling pulse monitoring device.
Further, monitoring of pulse system further includes large database concept service platform；Wherein,
Terminal device is further used for: the user's body health status that statistics obtains being sent to large database concept service and is put down Platform；
Large database concept service platform is connected in a manner of wire communication or wireless communication with terminal device, for receiving and depositing The user's body health status that terminal device is sent is stored up, by the user's body health status received and large database concept service platform In user's body health status carry out analysis comparison, obtain customer analysis information, and customer analysis information is sent to terminal Equipment.
The utility model additionally provides a kind of monitoring of pulse system, comprising: above-mentioned pulse monitoring device and big data Library service platform；Wherein,
Pulse monitoring device is further used for: the user's physiologic information obtained according to analytical calculation counts, and is used Family physical condition；
Large database concept service platform is connected in a manner of wire communication or wireless communication with pulse monitoring device, for receiving And the user's body health status that pulse monitoring device counts is stored, by the user's body health status received and big number Analysis comparison is carried out according to the user's body health status in the service platform of library, obtains customer analysis information, and customer analysis is believed Breath is sent to pulse monitoring device.
Pulse monitoring device provided by the utility model and system monitor the arteries and veins of user by least one pulse transducer It fights bounce, it is pulse electric signal that the beat pulse of user, which is directly acted on the pressure conversion at least one pulse transducer, The current physical condition of user is real-time and accurately reflected, is diagnosed to be the disease of user in time, avoids extraneous do It disturbs, improves the accuracy and reliability of monitoring.In addition, by the beat pulse of at least one pulse transducer monitoring user and extremely The body of few dynamic sensor monitoring user of an individual is dynamic to be combined, and the dynamic interference to monitoring of pulse of body can be effectively removed, into one Step improves the accuracy and reliability of monitoring.In addition, pulse monitoring device provided by the utility model and system are not only accurate Property and high reliablity, while also have structure and manufacture craft it is simple, low in cost, be suitble to large-scale industrial production the advantages of.
Detailed description of the invention
Fig. 1 is a kind of schematic perspective view of pulse monitoring device embodiment one provided by the utility model；
Fig. 2 a is the main view of pulse monitoring device embodiment one provided by the utility model；
Fig. 2 b is the rearview of pulse monitoring device embodiment one provided by the utility model；
Fig. 3 is the train of thought schematic diagram of human body wrist portion；
Fig. 4 is that schematic diagram is arranged in one kind of multiple pulse transducers provided by the utility model；
Fig. 5 is the functional block diagram of pulse monitoring device embodiment one provided by the utility model；
Fig. 6 be include there are five pulse transducer pulse monitoring device functional block diagram；
Fig. 7 is the function of the pulse electric signal preprocessing module in pulse monitoring device embodiment one provided by the utility model It can structural block diagram；
Fig. 8 is a kind of schematic perspective view of pulse monitoring device embodiment two provided by the utility model；
Fig. 9 a is the main view of pulse monitoring device embodiment two provided by the utility model；
Fig. 9 b is the rearview of pulse monitoring device embodiment two provided by the utility model；
Figure 10 is the functional block diagram of pulse monitoring device embodiment two provided by the utility model；
Figure 11 is the functional structure frame for including pulse monitoring device there are five pulse transducer and a dynamic sensor of individual Figure；
Figure 12 is that the body in pulse monitoring device embodiment two provided by the utility model moves electric signal preprocessing module Functional block diagram；
Figure 13 is the function using the monitoring of pulse system of pulse monitoring device provided by the utility model shown in fig. 5 Structural block diagram；
Figure 14 is another function using the monitoring of pulse system of pulse monitoring device provided by the utility model shown in fig. 5 It can structural block diagram.
Specific embodiment
It is practical to this by following specific embodiments for the purpose, feature and effect for fully understanding the utility model It is novel to elaborate, but the utility model is not restricted to this.
The utility model provides a kind of pulse monitoring device, which includes: wrist strap, host shell, extremely The governor circuit module of a few pulse transducer and the inside that host shell is set；Wherein, it is provided with and is used on wrist strap Adjust the thread gluing component of wrist strap tightness；At least one pulse transducer is set to the inside and/or surface of wrist strap, and being used for will The beat pulse of user acts on the pressure conversion at least one pulse transducer as the output of pulse electric signal；Governor circuit mould Block is connected at least one pulse transducer, the pulse electric signal for being exported according at least one pulse transducer, analysis meter The Pulse-Parameters for calculating user, obtain user's physiologic information.
Fig. 1 be pulse monitoring device embodiment one provided by the utility model a kind of schematic perspective view, Fig. 2 a and Fig. 2 b is respectively the main view and rearview of pulse monitoring device embodiment one provided by the utility model.Such as Fig. 1 and Fig. 2 a With shown in Fig. 2 b, pulse monitoring device includes: wrist strap 110, host shell 120, at least one pulse transducer 130 and setting Governor circuit module (not shown) in the inside of host shell 120.In this embodiment, pulse monitoring device is set as One wearable Wristwatch-type pulse monitoring device at the wrist of user, but the specific embodiment of pulse monitoring device is not It is limited to this, can also needs to be configured according to the design of those skilled in the art.
Wherein, the thread gluing component 140 for adjusting 110 tightness of wrist strap is provided on wrist strap 110.Wrist strap 110 includes: Monitoring of pulse area 111 and elasticity regulatory region 112.At least one pulse transducer 130 is arranged in monitoring of pulse area 111, thread gluing Component 140 is arranged in elasticity regulatory region 112.
Specifically, monitoring of pulse area 111 is disposed adjacent with host shell 120 and governor circuit module, this setup It is to make user can be convenient for checking and operating pulse monitoring device during monitoring pulse, those skilled in the art can also Being arranged in monitoring of pulse area 111 at other positions, it is not construed as limiting herein.
As shown in Figure 2 a and 2 b, thread gluing component 140 includes that the first thread gluing component 141 and second being used in conjunction with each other glues Buckle part 142.User can be realized pair by adjusting the position in 141 thread gluing of the first thread gluing component to the second thread gluing component 142 The control of 110 tightness of wrist strap.User, only need to be by 141 thread gluing of the first thread gluing component to the when wearing pulse monitoring device The appropriate position of two thread gluing components 142, pulse monitoring device can be fixed on user wrist portion carry out using.Wherein, Thread gluing component 140 can not only use magic tape in the prior art (i.e. velcro), can also be using contact pin in the prior art The thread gluing component being used cooperatively with contact pin pore structure, can also be using the thread gluing buckled in the prior art and buckle slot is used cooperatively Component, those skilled in the art can also need to select other thread gluing components according to actual design, be not construed as limiting herein.
Optionally, wrist strap 110 and host shell 120 can be linked together by connecting component (not shown), this Field technical staff can select connecting component according to actual needs, be not construed as limiting herein.In addition, wrist strap 110 can also be with main case Body 120 is prepared by integrally formed mode, in this way can no setting is required connecting component so that monitoring of pulse The preparation process of device is simpler.
Wherein, the inside in monitoring of pulse area 111 is arranged at least one pulse transducer 130 and/or setting is supervised in pulse It surveys on the surface that area 111 is contacted with the wrist portion of user, for the beat pulse of user to be acted at least one pulse sensing Pressure conversion on device 130 is the output of pulse electric signal.As shown in Figure 2 a and 2 b, in this embodiment, at least one pulse Sensor 130 is arranged on the surface that monitoring of pulse area 111 is contacted with the wrist portion of user.
Optionally, at least one pulse transducer 130 can be removeably positioned at the monitoring of pulse of wrist strap 110 On the side surface that area 111 is contacted with the wrist portion of user, this setup can be convenient for user accurately by least one The setting of pulse transducer 130 is preferably bonded with wrist portion, at the train of thought of wrist portion so as to preferably monitor arteries and veins The bounce of network.
Pulse transducer 130 is friction generator in the prior art and/or piezoelectric generator, wherein friction generator It can be three-decker, four-layer structure, five layers of friction generator of membrane structure or five layers of intervening electrode structure between two parties, it is above-mentioned to rub It wipes generator and includes at least two opposite faces for constituting frictional interface, above-mentioned friction generator has signal output end；Piezoelectricity hair Motor can be zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene generator and porous Any one of polytetrafluoroethylene (PTFE) generator.Those skilled in the art can select friction generator and piezoelectricity to send out according to actual needs Motor is not construed as limiting herein.It is excellent in order to increase the compactness of comfort level and pulse transducer 130 and wrist portion when use Choosing uses flexible friction generator and/or piezoelectric generator.
Specifically, the quantity of pulse transducer 130 can be one, or multiple, those skilled in the art can be with The specific set-up mode of pulse transducer is selected according to actual needs, is not construed as limiting herein.
In a specific embodiment, since the number that the number of human pulse bounce is beated with human heart is consistent , therefore the number for monitoring human pulse bounce is able to reflect out the number of human heart bounce, then can be only in wrist strap 110 Monitoring of pulse area 111 be arranged a pulse transducer 130 come monitor human pulse number (i.e. human heart bounce time Number), it can also be in the pulse transducer 130 after the monitoring of pulse area 111 of wrist strap 110 is arranged multiple series connection and/or is connected in parallel To monitor human pulse number.
In another embodiment specific implementation mode, in tcm theory, human body is formed by connecting by channels and collaterals, especially wrist portion Train of thought, respectively correspond each internal organs organ of human body.Fig. 3 is the train of thought schematic diagram of human body wrist portion, as shown in figure 3, people The wrist of body right-hand man respectively has person's pulse on the wrist train of thought, shuts train of thought and ruler median nexus, these three train of thoughts difference of left and right wrist portion The different internal organs of corresponding human body, wherein the person's pulse on the wrist train of thought of left hand wrist, the bounce for shutting these three train of thoughts of train of thought and ruler median nexus It is able to the reflection heart of human body, liver and gallbladder, the health status of kidney, and the person's pulse on the wrist train of thought of right hand wrist, shuts train of thought and ruler The bounce of these three train of thoughts of median nexus is able to the health status of the lung of reflection human body, taste, kidney, therefore monitors human body The bounce of these three train of thoughts of left and right wrist portion is just able to reflect out the health status of human body different organs, then can be in wrist strap The monitoring of pulse area wrist portion that corresponds to user three train of thought positions at be correspondingly arranged three pulse transducers with monitor this three The bounce of a train of thought.Specifically, three pulse transducers are respectively the first pulse transducer, the second pulse transducer and third arteries and veins It fights sensor；Wherein, the first pulse transducer is correspondingly arranged at the train of thought position of the person's pulse on the wrist train of thought of user hand wrist, and being used for will The bounce of the person's pulse on the wrist train of thought of user acts on the pressure conversion on the first pulse transducer as the output of the first pulse electric signal；Second Pulse transducer is correspondingly arranged at the train of thought position for shutting train of thought of user hand wrist, for by the jump for shutting train of thought of user Pressure conversion of the movement on the second pulse transducer is the output of the second pulse electric signal；Third pulse transducer is correspondingly arranged At the train of thought position of the ruler median nexus of user hand wrist, passed for the bounce of the ruler median nexus of user to be acted on third pulse Pressure conversion on sensor is the output of third pulse electric signal.
In order to allow users to would be more accurately pulse transducer the person's pulse on the wrist train of thought of wrist portion is set, shut train of thought and At the train of thought position of ruler median nexus, can use be arranged in the monitoring of pulse area of wrist strap 110 with cross array structure it is more A pulse transducer.Fig. 4 is that schematic diagram is arranged in one kind of multiple pulse transducers provided by the utility model, such as Fig. 4 institute Show, five pulse transducers have been arranged with cross array structure in the monitoring of pulse area of wrist strap, this five pulse sensings Device is respectively the first pulse transducer 1301, the second pulse transducer 1302, third pulse transducer 1303, the 4th pulse sensing Device 1304 and the 5th pulse transducer 1305；Wherein, the first pulse transducer 1301 is correspondingly arranged at the person's pulse on the wrist of user hand wrist At the train of thought position of train of thought, turn for the bounce of the person's pulse on the wrist train of thought of user to be acted on the pressure on the first pulse transducer 1301 It is changed to the output of the first pulse electric signal；Second pulse transducer 1302 is correspondingly arranged at the train of thought for shutting train of thought of user hand wrist It is the second arteries and veins for the bounce for shutting train of thought of user to be acted on the pressure conversion on the second pulse transducer 1302 at position Electric signal of fighting output；Third pulse transducer 1303 is correspondingly arranged at the train of thought position of the ruler median nexus of user hand wrist, is used It is third pulse electric signal in the bounce of the ruler median nexus of user is acted on the pressure conversion on third pulse transducer 1303 Output；4th pulse transducer 1304 and the 5th pulse transducer 1305 be separately positioned on the second pulse transducer 1302 just on Side and underface, for positioning person's pulse on the wrist train of thought, shutting train of thought and the train of thought position of ruler median nexus.Using five pulse transducers into The specific positioning method of row train of thought position positioning will be introduced in the concrete operating principle part of pulse monitoring device, herein not It repeats again.
As shown in Fig. 1 and Fig. 2 a, the front of host shell 120 is provided with the window for accommodating display screen 160 and accommodates control The window of key 170, host shell 120 are internally provided with accommodating cavity (not shown), and the setting of governor circuit module exists In accommodating cavity, governor circuit module is used for the pulse electric signal exported according at least one pulse transducer 130, analytical calculation The Pulse-Parameters of user obtain user's physiologic information.The shape and structure of host shell 120 can be not only such as Fig. 2 a and Fig. 2 b institute The cube structure shown can also be disc-shaped structure etc., and those skilled in the art can select according to actual needs, this Place is not construed as limiting.
Fig. 5 is the functional block diagram of pulse monitoring device embodiment one provided by the utility model, as shown in figure 5, main Controlling circuit module 150 includes: signal pre-processing module 151, central control module 152, display module 153, interactive function module 154 and power module 155.Wherein, signal pre-processing module 151 is connected at least one pulse transducer 130, for at least The pulse electric signal of one pulse transducer 130 output is pre-processed；Central control module 152 and signal pre-processing module 151 are connected, and the pulse electric signal for being exported according to signal pre-processing module 151, the Pulse-Parameters of analytical calculation user obtain User's physiologic information, wherein Pulse-Parameters include the waveform feature parameter of pulse electric signal, such as maximum amplitude point, Yong Husheng Managing information includes the information such as the beat pulse frequency, beat pulse amplitude, pulse wave feature of user；Display module 153 is in Control module 152 is entreated to be connected, the user's physiologic information exported for showing central control module 152；Interactive function module 154 with Central control module 152 is connected, and for sending user's interactive instruction to central control module 152, controls central control module 152 Work；Power module 155 is connected with interactive function module 154, for providing electric energy.User can pass through interactive function module 154 control power modules 155 are connected to central control module 152, so that central control module 152 be made to start to work.Tool Body, user's interactive instruction includes the instructions such as open command, out code, user information setting instruction.
Wherein, display screen used can be LCD display, OLED display screen etc. in display module 153, and concrete type can To be selected according to the design of those skilled in the art, it is not construed as limiting herein.
In addition, central control module 152 can be further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated Meet default Pulse-Parameters threshold value, and controlling alarm electric signal is exported according to judging result.Those skilled in the art can be according to reality Border needs to set default Pulse-Parameters threshold value, is not construed as limiting herein.In this case, governor circuit module 150 is gone back It include: alarm module 156；Wherein, alarm module 156 is connected with central control module 152, for according to central control module The controlling alarm electric signal of 152 outputs carries out warning reminding.
Optionally, governor circuit module 150 further include: radio receiving transmitting module 157.Radio receiving transmitting module 157 and center are controlled Molding block 152 is connected, and user's physiologic information for exporting central control module 152 is sent to end in a manner of wirelessly communicating End equipment, so that the related personnel such as doctor and/or guardian consult.
Optionally, governor circuit module 150 can also further comprise memory module 158, and memory module 158 and center control Module 152 is connected, for storing the process pretreated pulse of signal pre-processing module 151 of the output of central control module 152 User's physiologic information that electric signal and central control module 152 obtain.
Optionally, central control module 152 is further used for: the pulse telecommunications exported according to signal pre-processing module 151 Number, determine active user's wearing position, and according to identified active user's wearing position output wearing position adjustment prompt letter Breath.In this case, the wearing position adjustment that display module 153 is further used for showing that central control module 152 exports mentions Show information, user adjusts prompt information according to shown wearing position, can easily adjust wearing position.For example, when benefit With the person's pulse on the wrist train of thought of pulse monitoring device monitoring user hand wrist, shut the bounce of train of thought and ruler median nexus these three train of thoughts when, User adjusts prompt information according to shown wearing position, can easily and accurately pass the pulse in pulse monitoring device Sensor is arranged in the person's pulse on the wrist train of thought of wrist portion, shuts at the train of thought position of train of thought and ruler median nexus.
Optionally, signal pre-processing module 151 includes at least one pulse electric signal preprocessing module 1510, it shall be noted that , the number of the pulse electric signal preprocessing module 1510 in signal pre-processing module 151 should sense at least one pulse The number of device 130 is identical, and pulse electric signal preprocessing module 1510 is connected with the one-to-one correspondence of pulse transducer 130.For example, if It then include a pulse electric signal preprocessing module 1510 in signal pre-processing module 151 using a pulse transducer 130, And the pulse transducer 130 is connected with the pulse electric signal preprocessing module 1510；According to five pulse transducers 130, then It include five pulse electric signal preprocessing modules 1510, and five pulse transducers 130 and five in signal pre-processing module 151 Pulse electric signal preprocessing module 1510, which corresponds, to be connected.Fig. 6 be include pulse monitoring device there are five pulse transducer Functional block diagram wrapped in signal pre-processing module 151 as shown in fig. 6, pulse monitoring device includes five pulse transducers Include five corresponding pulse electric signal preprocessing modules, wherein this five pulse transducers are respectively the first pulse transducer 1301, the second pulse transducer 1302, third pulse transducer 1303, the 4th pulse transducer 1304 and the 5th pulse transducer 1305, five pulse electric signal preprocessing modules are respectively the first pulse electric signal preprocessing module 1511, the second pulse telecommunications Number preprocessing module 1512, third pulse electric signal preprocessing module 1513,1514 and of the 4th pulse electric signal preprocessing module 5th pulse electric signal preprocessing module 1515, this five pulse transducers and five pulse electric signal preprocessing modules one are a pair of It should be connected.
Fig. 7 is the function of the pulse electric signal preprocessing module in pulse monitoring device embodiment one provided by the utility model Energy structural block diagram, as shown in fig. 7, pulse electric signal preprocessing module 1510 includes: the first rectification module 1501, first amplification mould Block 1502, the first filter module 1503 and the first analog-to-digital conversion module 1504；Wherein, the first rectification module 1501 is sensed with pulse Device 130 is connected, and the pulse electric signal for exporting to pulse transducer 130 carries out rectification processing；First amplification module 1502 with First rectification module 1501 is connected, rectified treated the pulse electric signal progress for export to the first rectification module 1501 Enhanced processing；First filter module 1503 is connected with the first amplification module 1502, for filtering out the output of the first amplification module 1502 Pulse electric signal in interference noise；First analog-to-digital conversion module 1504 is connected with the first filter module 1503, for by the The simulation pulse electric signal of one filter module 1503 output is converted to corresponding digital pulse electric signal and exports to center control mould Block 152.It should be noted that above-mentioned module (that is: the first rectification module 1501, the first amplification module 1502, the first filter module 1503 and first analog-to-digital conversion module 1504) can be selected according to the design of those skilled in the art, do not make herein It limits.For example, the pulse electric signal that pulse transducer 130 exports can then save the first rectification mould without carrying out rectification processing Block 1501.
In addition, the moulds such as above-mentioned display module 153, interactive function module 154, alarm module 156 and radio receiving transmitting module 157 Block can be selected according to the design of those skilled in the art, be not construed as limiting herein.For example, if not needing display user When physiologic information, then display module 153 can be saved；If do not need to manually control pulse monitoring device, interactive function can be saved It can module 154；If do not need warning function, alarm module 156 can be saved；If do not need to be communicated with terminal device or When being communicated by the way of wire communication, then radio receiving transmitting module 157 can be saved.
Optionally, pulse monitoring device is also provided with the interface for charging and/or data transmission, which may be provided at The positions such as the side of host shell, those skilled in the art can the setting position according to the design needs to interface select, It is not construed as limiting herein.In addition, the type of the interface can also be selected according to those skilled in the art, do not make herein It limits.For example, generic USB interface or mini-USB interface etc. can be selected.
Fig. 8 be pulse monitoring device embodiment two provided by the utility model a kind of schematic perspective view, Fig. 9 a and Fig. 9 b is respectively the main view and rearview of pulse monitoring device embodiment two provided by the utility model.Such as Fig. 8 and Fig. 9 a With shown in Fig. 9 b, the difference of the pulse monitoring device and the pulse monitoring device of embodiment one of embodiment two is: embodiment two Pulse monitoring device further include at least one body move sensor 280.It, may since user is when using pulse monitoring device Because a variety of causes generates, body is dynamic, such as extraneous vibration, the twitch of human muscle, the trembling of arm, therefore in embodiment two Sensor 280 is moved using at least one body in pulse monitoring device to be monitored the hand motion of user.At least one body is dynamic Sensor 280 is set to the inside and/or surface of wrist strap 110, at least one body moves sensor 280 and governor circuit module phase It even, is that the dynamic electric signal of body is defeated for acting at least one body to move the pressure conversion on sensor 280 hand motion of user Out.
Specifically, wrist strap 110 further includes that body moves monitoring section 213, at least one body moves the setting of sensor 280 in the dynamic monitoring of body It the inside in area 213 and/or body is set moves on the surface that monitoring section 213 is contacted with the wrist portion of user.Body moves monitoring section 213 can Wrist strap 110 is arranged at any position in addition to monitoring of pulse area 111 and elasticity regulatory region 112, it is not construed as limiting herein.
Optionally, at least one body moves the dynamic monitoring of body that sensor 280 can be removeably positioned at wrist strap 110 On the side surface that area 213 is contacted with the wrist portion of user, this setup can make at least one body move sensor 280 more It is bonded with wrist portion well, is moved so as to preferably monitor the body of user.
It is friction generator in the prior art and/or piezoelectric generator that body, which moves sensor 280, wherein friction generator It can be three-decker, four-layer structure, five layers of friction generator of membrane structure or five layers of intervening electrode structure between two parties, it is above-mentioned to rub It wipes generator and includes at least two opposite faces for constituting frictional interface, above-mentioned friction generator has signal output end；Piezoelectricity hair Motor can be zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene generator and porous Any one of polytetrafluoroethylene (PTFE) generator.Those skilled in the art can select friction generator and piezoelectricity to send out according to actual needs Motor is not construed as limiting herein.It is excellent in order to increase the compactness of comfort level and body dynamic sensor 280 and wrist portion when use Selection of land uses flexible friction generator and/or piezoelectric generator.
Specifically, it can be one that body, which moves the quantity of sensor 280, or multiple, those skilled in the art can be with The specific set-up mode for moving sensor to body according to actual needs selects, and is not construed as limiting herein.
Governor circuit module is further used for: according at least one pulse transducer 130 output pulse electric signal and At least one body moves the body that sensor 280 exports and moves electric signal, and the Pulse-Parameters of analytical calculation user obtain user's physiology letter Breath.
Figure 10 is the functional block diagram of pulse monitoring device embodiment two provided by the utility model, as shown in Figure 10, Governor circuit module 250 includes: signal pre-processing module 251, central control module 152, display module 153, interactive function mould Block 154, power module 155, alarm module 156, radio receiving transmitting module 157 and memory module 158.Wherein, Signal Pretreatment mould Block 251 is not only connected at least one pulse transducer 130, also moves sensor 280 at least one body and is connected, for at least The pulse electric signal of one pulse transducer 130 output is pre-processed, and moves the body that sensor 280 exports at least one body Dynamic electric signal is pre-processed；Central control module 152 is connected with signal pre-processing module 251, for according to Signal Pretreatment The pulse electric signal and body that module 251 exports move electric signal, and the Pulse-Parameters of analytical calculation user obtain user's physiologic information, And discriminatory analysis calculates the Pulse-Parameters of obtained user and whether meets default Pulse-Parameters threshold value, and according to judging result Exporting controlling alarm electric signal, wherein Pulse-Parameters include the waveform feature parameter of pulse electric signal, such as maximum amplitude point, User's physiologic information includes the information such as the beat pulse frequency, beat pulse amplitude, pulse wave feature of user.
Specifically, it is pre- to remove signal from the pulse electric signal that signal pre-processing module 251 exports for central control module 152 The body that processing module 251 exports moves electric signal, and specific minimizing technology can be used waveform in the prior art and filter out method.For example, Central control module 152 is moved from the body that signal pre-processing module 251 exports to be extracted body and moves feature amplitude in electric signal, using being mentioned The body taken moves feature amplitude and carries out waveform fitting processing to the pulse electric signal that signal pre-processing module 251 exports, and removes user Interference of the hand motion to pulse electric signal, joined according to the pulse of the pulse electric signal analytical calculation user after removal interference Number.Those skilled in the art can also select other method removing body to move electric signal according to actual needs, be not construed as limiting herein.
Optionally, central control module 152 is further used for: the pulse telecommunications exported according to signal pre-processing module 251 Number, determine active user's wearing position, and according to identified active user's wearing position output wearing position adjustment prompt letter Breath.In this case, the wearing position adjustment that display module 153 is further used for showing that central control module 152 exports mentions Show information, user adjusts prompt information according to shown wearing position, can easily adjust wearing position.For example, when benefit With the person's pulse on the wrist train of thought of pulse transducer monitoring user hand wrist, shut the bounce of train of thought and ruler median nexus these three train of thoughts when, use Family adjusts prompt information according to shown wearing position, wrist portion easily and accurately can be arranged in pulse transducer Person's pulse on the wrist train of thought is shut at the train of thought position of train of thought and ruler median nexus.
Optionally, signal pre-processing module 251 includes at least one pulse electric signal preprocessing module 1510 and at least one The dynamic electric signal preprocessing module 2520 of individual, it is noted that the pulse electric signal pretreatment in signal pre-processing module 251 The number of module 1510 should be identical as the number of at least one pulse transducer 130, and pulse electric signal preprocessing module 1510 It is connected with the one-to-one correspondence of pulse transducer 130；Body in signal pre-processing module 251 moves of electric signal preprocessing module 2520 It is identical that number should move the number of sensor 280 at least one body, and body moves electric signal preprocessing module 2520 and moves sensor with body 280 one-to-one correspondence are connected.For example, according to a pulse transducer 130 and a dynamic sensor 280 of individual, then Signal Pretreatment It include that a pulse electric signal preprocessing module 1510 and an individual move electric signal preprocessing module 2520, and arteries and veins in module 251 Sensor 130 of fighting is connected with pulse electric signal preprocessing module 1510, and body moves sensor 280 and moves electric signal preprocessing module with body 2520 are connected；According to five pulse transducers 130 and the dynamic sensor 280 of an individual, then include in signal pre-processing module 251 Five pulse electric signal preprocessing modules 1510 and the dynamic electric signal preprocessing module 2520 of an individual, and five pulse transducers 130 are connected with five one-to-one correspondence of pulse electric signal preprocessing module 1510, and body moves sensor 280 and moves electric signal pretreatment with body Module 2520 is connected.Figure 11 is the function knot for including pulse monitoring device there are five pulse transducer and a dynamic sensor of individual Structure block diagram, as shown in figure 11, pulse monitoring device include five pulse transducers and the dynamic sensor 280 of an individual, and signal is located in advance Managing in module 251 includes that five corresponding pulse electric signal preprocessing modules and an individual move electric signal preprocessing module 2520, Wherein, this five pulse transducers are respectively the first pulse transducer 1301, the second pulse transducer 1302, third pulse sensing Device 1303, the 4th pulse transducer 1304 and the 5th pulse transducer 1305, five pulse electric signal preprocessing modules are respectively First pulse electric signal preprocessing module 1511, the second pulse electric signal preprocessing module 1512, third pulse electric signal are located in advance Reason module 1513, the 4th pulse electric signal preprocessing module 1514 and the 5th pulse electric signal preprocessing module 1515, this five Pulse transducer is connected with five pulse electric signal preprocessing module one-to-one correspondence, and body moves sensor 280 and the dynamic electric signal of body is pre- Processing module 2520 is connected.
Wherein, the pulse electric signal preprocessing module 1510 in the pulse monitoring device of embodiment two, display module 153, Interactive function module 154, power module 155, alarm module 156, radio receiving transmitting module 157 and memory module 158 respectively with reality Apply pulse electric signal preprocessing module in the pulse monitoring device of example one, display module, interactive function module, power module, Alarm module, radio receiving transmitting module and memory module are identical, and details are not described herein again.
Figure 12 is that the body in pulse monitoring device embodiment two provided by the utility model moves electric signal preprocessing module Functional block diagram, as shown in figure 12, body move electric signal preprocessing module 2520 and include: the second rectification module 2501, second put Big module 2502, the second filter module 2503 and the second analog-to-digital conversion module 2504；Wherein, the second rectification module 2501 and body are dynamic Sensor 280 is connected, and the body for moving the output of sensor 280 to body moves electric signal and carries out rectification processing；Second amplification module 2502 are connected with the second rectification module 2501, for moving telecommunications to rectified treated the body that the second rectification module 2501 exports Number amplify processing；Second filter module 2503 is connected with the second amplification module 2502, for filtering out the second amplification module The body of 2502 outputs moves the interference noise in electric signal；Second analog-to-digital conversion module 2504 is connected with the second filter module 2503, The dynamic electric signal of analogue body for exporting the second filter module 2503 is converted to the corresponding dynamic electric signal of digital body and exports into Entreat control module 152.It should be noted that above-mentioned module (that is: the second rectification module 2501, the second amplification module 2502, second Filter module 2503 and the second analog-to-digital conversion module 2504) it can be selected according to the design of those skilled in the art, It is not construed as limiting herein.For example, body, which moves the body that sensor 280 exports, moves electric signal without carrying out rectification processing, then the can be saved Two rectification modules 2501.
In addition, the moulds such as above-mentioned display module 153, interactive function module 154, alarm module 156 and radio receiving transmitting module 157 Block can be selected according to the design of those skilled in the art, be not construed as limiting herein.For example, if not needing display user When physiologic information, then display module 153 can be saved；If do not need to manually control pulse monitoring device, interactive function can be saved It can module 154；If do not need warning function, alarm module 156 can be saved；If do not need to be communicated with terminal device or When being communicated by the way of wire communication, then radio receiving transmitting module 157 can be saved.
Optionally, pulse monitoring device is also provided with the interface for charging and/or data transmission, which may be provided at The positions such as the side of host shell, those skilled in the art can the setting position according to the design needs to interface select, It is not construed as limiting herein.In addition, the type of the interface can also be selected according to those skilled in the art, do not make herein It limits.For example, generic USB interface or mini-USB interface etc. can be selected.
Below with reference to Fig. 4 to include there are five pulse transducer pulse monitoring device concrete operating principle and including There are five the concrete operating principles of pulse transducer and the pulse monitoring device of the dynamic sensor of an individual to be described in detail, In, this five pulse transducers are arranged in the monitoring of pulse area of wrist strap with cross array structure.
Pulse monitoring device is worn on wrist portion first by user, and guarantees that the monitoring of pulse area of wrist strap is corresponding in wrist arteries and veins At beat region of fighting, then user opens pulse monitoring device by interactive function module, and inputs user information, and such as input is used Family name and age, selection monitoring train of thought (i.e. person's pulse on the wrist train of thought, shut train of thought and ruler median nexus) etc., then user keeps monitored Arm remains static, at this point, pulse monitoring device will do it the detection of active user's wearing position, whether detection user is by wrist First pulse transducer 1301, the second pulse transducer 1302 and the third pulse transducer 1303 in the monitoring of pulse area of band are accurate Ground is worn on person's pulse on the wrist train of thought, shut train of thought and the corresponding train of thought position of ruler median nexus on.
Wherein, the specific positioning method for carrying out the positioning of train of thought position using five pulse transducers is as follows:
(1) if central control module 152 is received and exported by pretreated first pulse transducer 1301 First pulse electric signal is greater than the second pulse electric signal that the first pulse threshold value, the second pulse transducer 1302 are exported and is greater than the The third pulse electric signal that two pulse threshold values, third pulse transducer 1303 are exported is greater than third pulse threshold value and the 4th pulse The 4th pulse electric signal that sensor 1304 is exported be greater than the 4th pulse threshold value, and central control module 152 receive by The 5th pulse electric signal that pretreated 5th pulse transducer 1305 is exported is less than or equal to the 5th pulse threshold value, then Illustrate that active user's wearing position is on the lower side, central control module 152 is exported according to identified active user's wearing position and worn Position regulation prompting information, the wearing position adjustment prompt information that user can export according to central control module 152 supervise pulse Device is surveyed to move up.
(2) if central control module 152 is received and exported by pretreated first pulse transducer 1301 First pulse electric signal is greater than the second pulse electric signal that the first pulse threshold value, the second pulse transducer 1302 are exported and is greater than the The third pulse electric signal that two pulse threshold values, third pulse transducer 1303 are exported is greater than third pulse threshold value and the 5th pulse The 5th pulse electric signal that sensor 1305 is exported be greater than the 5th pulse threshold value, and central control module 152 receive by The 4th pulse electric signal that pretreated 4th pulse transducer 1304 is exported is less than or equal to the 4th pulse threshold value, then Illustrate that active user's wearing position is on the upper side, central control module 152 is exported according to identified active user's wearing position and worn Position regulation prompting information, the wearing position adjustment prompt information that user can export according to central control module 152 supervise pulse Device is surveyed to move down.
(3) if central control module 152 is received and exported by pretreated third pulse transducer 1303 Third pulse electric signal is greater than third pulse threshold value, and central control module 152 is received by pretreated first pulse The first pulse electric signal that sensor 1301 is exported is less than or equal to the first pulse threshold value, 1302 institute of the second pulse transducer The 4th arteries and veins that second pulse electric signal of output is less than or equal to the second pulse threshold value, the 4th pulse transducer 1304 is exported Electric signal of fighting is small less than or equal to the 5th pulse electric signal that the 4th pulse threshold value and the 5th pulse transducer 1305 are exported In or equal to the 5th pulse threshold value, then illustrate that active user's wearing position is to the right, central control module 152 is according to identified Active user's wearing position exports wearing position and adjusts prompt information, the wearing that user can export according to central control module 152 Pulse monitoring device is moved to the left by position regulation prompting information；Alternatively, receiving if central control module connects 152 by locating in advance The second pulse electric signal that the second pulse transducer 1302 after reason is exported is greater than the second pulse threshold value and third pulse senses The third pulse electric signal that device 1303 is exported is greater than third pulse threshold value, and control module 152 is entreated to receive by pretreatment The first pulse electric signal that the first pulse transducer 1301 afterwards is exported is less than or equal to the first pulse threshold value, the 4th pulse The 4th pulse electric signal that sensor 1304 is exported is less than or equal to the 4th pulse threshold value and the 5th pulse transducer 1305 The 5th pulse electric signal exported is less than or equal to the 5th pulse threshold value, then illustrates that active user's wearing position is to the right, uses Pulse monitoring device is moved to the left by the wearing position adjustment prompt information that family can be exported according to central control module 152.
(4) if central control module 152 is received and exported by pretreated first pulse transducer 1301 First pulse electric signal is greater than the first pulse threshold value, and central control module 152 is received by pretreated second pulse The second pulse electric signal that sensor 1302 is exported is less than or equal to the second pulse threshold value, 1303 institute of third pulse transducer The 4th arteries and veins that the third pulse electric signal of output is less than or equal to third pulse threshold value, the 4th pulse transducer 1304 is exported Electric signal of fighting is small less than or equal to the 5th pulse electric signal that the 4th pulse threshold value and the 5th pulse transducer 1305 are exported In or equal to the 5th pulse threshold value, then illustrate that active user's wearing position is to the left, central control module 152 is according to identified Active user's wearing position exports wearing position and adjusts prompt information, the wearing that user can export according to central control module 152 Position regulation prompting information moves right pulse monitoring device；Alternatively, if central control module 152 is received by locating in advance The first pulse electric signal that the first pulse transducer 1301 after reason is exported is greater than the first pulse threshold value and the second pulse senses The second pulse electric signal that device 1302 is exported is greater than the second pulse threshold value, and central control module 152 is received by locating in advance The third pulse electric signal that third pulse transducer 1303 after reason is exported is less than or equal to third pulse threshold value, the 4th arteries and veins The 4th pulse electric signal that sensor 1304 of fighting is exported is less than or equal to the 4th pulse threshold value and the 5th pulse transducer 1305 the 5th pulse electric signals exported are less than or equal to the 5th pulse threshold value, then illustrate that active user's wearing position is inclined A left side, the wearing position adjustment prompt information that user can export according to central control module 152 move right pulse monitoring device.
(5) if central control module 152 is received and exported by pretreated first pulse transducer 1301 The second pulse telecommunications that first pulse electric signal is less than or equal to the first pulse threshold value, the second pulse transducer 1302 is exported Number being less than or equal to the third pulse electric signal that the second pulse threshold value, third pulse transducer 1303 are exported is less than or waits It is less than or equal to the 4th pulse threshold in the 4th pulse electric signal that third pulse threshold value, the 4th pulse transducer 1304 are exported The 5th pulse electric signal that value and the 5th pulse transducer 1305 are exported is less than or equal to the 5th pulse threshold value, then illustrates to use Pulse monitoring device is not worn at wrist portion beat pulse region by family, what user can export according to central control module 152 Wearing position adjustment prompt information is adjusted.
It should be understood that the first pulse threshold value, the second pulse threshold value, third pulse threshold value in above-mentioned 5 kinds of situations, Four pulse threshold values and the 5th pulse threshold value those skilled in the art can according to need and select, and be not construed as limiting herein.For example, In one embodiment, above-mentioned five pulse threshold values all may be configured as 0, by taking the 1st kind of situation as an example, if central control module 152 receive by pretreated first pulse transducer 1301, the second pulse transducer 1302, third pulse transducer 1303 and the 4th pulse electric signal for being exported of pulse transducer 1304, and central control module 152 does not receive by locating in advance The pulse electric signal that the 5th pulse transducer 1305 after reason is exported then illustrates that active user's wearing position is on the lower side, center control Molding block 152 adjusts prompt information according to identified active user's wearing position output wearing position, and user can be according to center The wearing position adjustment prompt information that control module 152 exports moves up pulse monitoring device, other situations and so on, Details are not described herein again, that is to say, that is that the first pulse biography whether is received with central control module 152 in this embodiment Sensor 1301, the second pulse transducer 1302, third pulse transducer 1303, the 4th pulse transducer 1304 and the 5th pulse pass Pulse electric signal that sensor 1305 is exported adjusts the wearing position of the pulse monitoring device of the utility model, certainly, this Field technical staff also can choose other embodiments, be not construed as limiting herein.
In summary 5 kinds of situations, the pulse monitoring device of the utility model are the warps received according to central control module Cross pretreated first pulse transducer, the second pulse transducer, third pulse transducer, the 4th pulse transducer and the 5th The pulse electric signal that pulse transducer is exported distinguishes the first corresponding pulse threshold value, the second pulse threshold value, third pulse The comparison result of threshold value, the 4th pulse threshold value and the 5th pulse threshold value accurately to pass the first pulse transducer, the second pulse Sensor and third pulse transducer respectively correspond and are located in person's pulse on the wrist train of thought, shut train of thought and the train of thought position of ruler median nexus.
In order to would be more accurately the first pulse transducer 1301, the second pulse transducer 1302 and third pulse pass Sensor 1303 is worn on person's pulse on the wrist train of thought, shut train of thought and the corresponding train of thought position of ruler median nexus on, at above-mentioned 5 kinds, when After user adjusts prompt information to wearing position progress just successive step according to wearing position, it is also necessary to be carried out to wearing position micro- It adjusts.
Trim process specifically: receive in central control module 152 by pretreated first pulse transducer 1301, after the pulse electric signal that the second pulse transducer 1302 and third pulse transducer 1303 are exported, at this point, center control The pulse electricity that module 152 can will be exported by pretreated first pulse transducer 1301 and the second pulse transducer 1302 The pulse electric signal progress Characteristic Contrast that signal and the second pulse transducer 1302 are exported with third pulse transducer 1303. If the pulse electric signal exported by pretreated first pulse transducer 1301 and the second pulse transducer 1302 Feature is identical, and the feature of pulse electric signal that the second pulse transducer 1302 is exported with third pulse transducer 1303 is not Together, then illustrate that active user's wearing position is slightly to the right, the pendant for the related fine tuning that user can export according to central control module 152 It wears position regulation prompting information and finely tunes pulse monitoring device to the left；If by pretreated first pulse transducer 1301 It is different from the feature of pulse electric signal that the second pulse transducer 1302 is exported, and the second pulse transducer 1302 and third arteries and veins The feature for the pulse electric signal that sensor 1303 of fighting is exported is identical, then illustrates that active user's wearing position is slightly to the left, user It can be micro- to the right by pulse monitoring device according to the wearing position adjustment prompt information for the related fine tuning that central control module 152 exports It adjusts.That is, the pulse monitoring device of the utility model will pass through pretreated first pulse by central control module The pulse electric signal and the second pulse transducer and third pulse transducer institute that sensor and the second pulse transducer are exported The pulse electric signal of output carries out Characteristic Contrast, and adjusts active user's wearing position according to Characteristic Contrast result.
For above-mentioned Characteristic Contrast, feature comparison method in the prior art can be used, be not construed as limiting herein, this field Technical staff, which can according to need, to be selected.To be sensed by pretreated first pulse transducer 1301 and the second pulse For the Characteristic Contrast for the pulse electric signal that device 1302 is exported, N number of time point T1, T2 ... TN can be preset first (i.e. preset time point) then extracts respectively and passes through pretreated first pulse transducer 1301 and the second pulse transducer Amplitude of the 1302 pulse electric signals exported at above-mentioned N number of time point will finally be passed by pretreated first pulse Amplitude of the pulse electric signal that sensor 1301 is exported at above-mentioned N number of time point is sensed with by pretreated second pulse Amplitude of the pulse electric signal that device 1302 is exported at above-mentioned N number of time point corresponds comparison, if comparing result be greater than or Person is equal to preset condition threshold value, then assert by pretreated first pulse transducer 1301 and the second pulse transducer 1302 The feature of the pulse electric signal exported is identical；If comparing result is less than preset condition threshold value, assert by pretreated First pulse transducer 1301 is different from the feature of pulse electric signal that the second pulse transducer 1302 is exported.Here default Condition threshold refers to the number of identical amplitude after Characteristic Contrast.Assuming that when preset condition threshold value is 8, if being sent out after Characteristic Contrast Amplitude at existing 9 time points is identical, then illustrates that comparison result meets preset condition threshold value, assert by pretreated the One pulse transducer 1301 is identical as the feature of pulse electric signal that the second pulse transducer 1302 is exported；If by feature pair The amplitude that discovery only had at 4 time points than after is identical, then illustrates that comparison result is unsatisfactory for preset condition threshold value, assert by pre- Treated, and the first pulse transducer 1301 is different from the feature of pulse electric signal that the second pulse transducer 1302 is exported.It answers When understanding, those skilled in the art, which can according to need, sets preset condition threshold value, is not construed as limiting herein.
If user uses including being completed to wearing position in user there are five the pulse monitoring device of pulse transducer Fine tuning after, central control module 152 can be received and be recorded in real time by pretreated first pulse transducer 1301, the pulse electric signal that the second pulse transducer 1302 and third pulse transducer 1303 are exported, while according to above-mentioned three The Pulse-Parameters of three train of thoughts of a pulse electric signal analytical calculation user, obtain user's physiologic information and discriminatory analysis meter Whether the Pulse-Parameters for calculating three train of thoughts of obtained user meet default Pulse-Parameters threshold value, and are exported according to judging result Controlling alarm electric signal；If user uses including there are five the monitoring of pulse dresses of pulse transducer and the dynamic sensor of an individual It sets, after user completes to the fine tuning of wearing position, central control module 152 can not only be received by pretreated first The pulse electric signal that pulse transducer 1301, the second pulse transducer 1302 and third pulse transducer 1303 are exported, can also Receive and move the body that is exported of sensor by pretreated body and move electric signal, at the same according to above three pulse electric signal and Body moves the Pulse-Parameters of three train of thoughts of electric signal analytical calculation user, obtains user's physiologic information and discriminatory analysis calculates Whether the Pulse-Parameters of three train of thoughts of obtained user meet default Pulse-Parameters threshold value, and are exported and reported according to judging result Alert control electric signal, specifically, central control module 152 move extraction body in electric signal from the body that signal pre-processing module exports and move Feature amplitude (such as peak-to-peak value) moves feature amplitude respectively to by pretreated first pulse transducer using extracted body 1301, the pulse electric signal that the second pulse transducer 1302 and third pulse transducer 1303 are exported carries out at waveform fitting Reason removes the interference of the hand motion of user to the pulse electric signal of three train of thoughts, then according to the pulse electricity after removal interference The Pulse-Parameters of signal analytical calculation user.
By taking the bounce of left hand wrist cunkou pulse network for monitoring user as an example, which corresponds to the heart of human body, that is, It says, the frequency and/or intensity of train of thought bounce can directly reflect the frequency and/or intensity of human heart bounce, if it should The default pulse amplitude thresholds of train of thought are 100mV, and the default pulse frequency threshold value of the train of thought is 1.5Hz, and preset time threshold is 60s, then central control module 152 can first find out amplitude be more than or equal to 100mV amplitude, and analytical calculation its in 60s The number of appearance, then analysis meter calculates its pulse frequency, if calculated pulse frequency is more than or equal to 1.5Hz, says Bright heartbeat is too fast, and central control module 152 exports controlling alarm electric signal to alarm module and alarms；If calculated Pulse frequency is less than 1.5Hz, then illustrates that heartbeat is normal, central control module 152 will not issue controlling alarm electric signal.It is right The monitoring mode of the bounce of other train of thoughts is similar with the monitoring mode of the above-mentioned bounce to person's pulse on the wrist train of thought, and details are not described herein again.This Outside, it should be appreciated that above-mentioned default Pulse-Parameters threshold value can be set by interactive function module according to the type of user It is fixed, it is not construed as limiting herein.
In the case where pulse monitoring device is provided with radio receiving transmitting module, central control module can also believe user's physiology Breath (beat pulse frequency, the beat pulse amplitude information of such as user) by radio receiving transmitting module be sent to terminal device with/ Or in the equipment such as large database concept service platform.
Optionally, in the above embodiments, the outside that the outside of pulse transducer and body move sensor may be provided with envelope Fill layer.Wherein, the material of encapsulated layer can be PDMS (i.e. dimethyl silicone polymer), and those skilled in the art can according to need The other encapsulation layer materials of flexible choice, but since possibility is in direct contact with the skin, it is preferably chosen gas permeability and hypo-allergenic property is good Material.Preferably, the material of encapsulated layer is PDMS of the silicon hydrogen ratio in 1:1.5, and this PDMS encapsulated layer can preferably make Pulse transducer and body move sensor and are bonded with skin surface, increase pulse transducer and body moves the sensitivity of sensor. In addition, moving the dynamic sensitivity of sensor perception body to increase the sensitivity of pulse transducer perception pulse and accuracy and body And accuracy, can further it be arranged on the outer surface and/or inner surface of pulse transducer and the encapsulated layer of the dynamic sensor of body convex Structure is played, and/or dermatoglyph shape item is further set on the outer surface for the encapsulated layer that pulse transducer and body move sensor Line, wherein dermatoglyph shape striped be and the approximate striped of dermatoglyph.Specifically, set bulge-structure is jumped in train of thought Pulse transducer can be squeezed when dynamic and body moves sensor, enabled pulse transducer and body to move sensor and preferably monitored arteries and veins The bounce of network；The setting of dermatoglyph shape striped can increase pulse transducer and body and move being bonded for sensor and skin surface Degree, so as to preferably monitor the bounce of train of thought.Certainly, it is arranged in wrist strap if pulse transducer and body move sensor Bulge-structure, and/or the wrist in wrist strap and user can also be further arranged in portion on the outer surface of wrist strap and/or inner surface Dermatoglyph shape striped is further set on the surface of portion's contact.
Optionally, in the above embodiments, pulse transducer and body move sensor shape can with rectangle, circle, Square, those skilled in the art, which can according to need, to be selected, and is not construed as limiting herein.Wherein, pulse transducer and body are dynamic Sensor is preferably shaped to rectangle, and length × wide size is chosen as 15mm × 6.0mm or 15mm × 7.4mm.It is adjacent Pulse transducer between or adjacent body move sensor between spacing be 0.5mm~5mm, preferably spacing be 1.0mm.It draws The conducting wire that the conducting wire and lead body of the electrode of pulse transducer move the electrode of sensor is preferably snakelike arrangement (i.e. curved S Shape arrangement), this arrangement mode can increase contracting strength of the conducting wire when stretching, and increase the service life of conducting wire.
Figure 13 is the function using the monitoring of pulse system of pulse monitoring device provided by the utility model shown in fig. 5 Structural block diagram, as shown in figure 13, the monitoring of pulse system include: pulse monitoring device 1310 and terminal device 1320.Wherein, The pulse monitoring device 1310 is pulse monitoring device shown in fig. 5；Terminal device 1320 is with pulse monitoring device 1310 to have The mode of line communication or wireless communication is connected, raw for receiving and storing the user that 1310 analytical calculation of pulse monitoring device obtains Information is managed, is counted according to the user's physiologic information received, obtains user's body health status, and/or send for controlling The control instruction of pulse monitoring device 1310 processed.Wherein, user's body health status includes heart, liver and gallbladder, kidney, lung, spleen The health status of stomach etc..
Specifically, as shown in figure 13, terminal device 1320 is in a manner of wireless communication and in pulse monitoring device 1310 Radio receiving transmitting module 157 is connected, and the user that the central control module 152 for receiving the transmission of radio receiving transmitting module 157 obtains is raw Information is managed, is counted according to the user's physiologic information received, obtains user's body health status, and send for controlling The control instruction of pulse monitoring device 1310.Wherein, control instruction can include: for opening the work of central control module 152 Open command and the command for stopping to work for terminating central control module 152.Wherein, terminal device 1320 can for mobile phone, Apparatus such as computer, and can be by completing the work of counting user physical condition wherein designing specific application program Make, those skilled in the art, which can according to need, to be selected, and is not construed as limiting herein.
Figure 14 is another function using the monitoring of pulse system of pulse monitoring device provided by the utility model shown in fig. 5 It can structural block diagram.As shown in figure 14, the difference of monitoring of pulse system shown in Figure 14 and monitoring of pulse system shown in Figure 13 exists In: monitoring of pulse system shown in Figure 14 further includes large database concept service platform 1430.Wherein, terminal device 1320 is further used In: the user's body health status that statistics obtains is sent to large database concept service platform；Large database concept service platform 1430 with Terminal device 1320 is connected in a manner of wire communication or wireless communication, for receiving and storing the use of the transmission of terminal device 1320 Family physical condition, by the user's body health shape in the user's body health status received and large database concept service platform Condition carries out analysis comparison, customer analysis information is obtained, and customer analysis information is sent to terminal device 1320, so that terminal is set The doctor and/or guardian of standby 1320 sides check or refer to, and doctor and/or guardian is enabled more in depth to understand user Physical condition.The system realizes the real-time accurate prison for the user's physiologic information for having the pulse monitoring device to wearing Control, and make the guardian for being in strange land also can physical condition to user is accurate, timely grasps, enable guardian more It securely works, learn.Wherein, user's body health status includes the healthy shape of heart, liver and gallbladder, kidney, lung, taste etc. Condition.
In addition, monitoring of pulse system provided by the utility model can not also include terminal device 1320, and only include Large database concept service platform 1430, then, first by the central control module 152 in pulse monitoring device 1310 according to analysis The user's physiologic information being calculated counts, and obtains user's body health status, then passes through radio receiving transmitting module 157 again User's body health status is sent to large database concept service platform 1430, the use that large database concept service platform 1430 will receive User's body health status in family physical condition and large database concept service platform 1430 carries out analysis comparison, obtains user Information is analyzed, customer analysis information is finally sent to central control module 152 by radio receiving transmitting module 157, thus in making Centre control module 152 controls display module 153 and shows that customer analysis information makes so that doctor and/or guardian check or refer to Physical condition can more in depth be understood by obtaining doctor and/or guardian.
In addition, in above-mentioned all monitoring of pulse systems, pulse monitoring device 1310 and terminal device 1320 or with it is big The connection type of database service platform 1430 can not only be connected through wireless communication, can also directly pass through cable modem The mode of letter is connected, and when being connected using the mode of wire communication, corresponding wireless telecom equipment can be saved, for example, pulse Radio receiving transmitting module 157 in monitoring device 1310.
It should be understood that monitoring of pulse system shown in Figure 13 and Figure 14 can not only be implemented using pulse monitoring device Example one can also use pulse monitoring device embodiment two, and those skilled in the art, which can according to need, to be selected, herein not It limits.
In addition, the user's body health status in the monitoring of pulse system provided in above-mentioned each embodiment can basis User's physiologic information is counted to obtain, specifically, pulse wave feature can be compared, to judge the current body of user Body health status is diagnosed to be the disease of user in time.
Pulse monitoring device provided by the utility model and system monitor the beat pulse of user by pulse transducer, It is pulse electric signal that the beat pulse of user, which is directly acted on the pressure conversion on pulse transducer, is real-time and accurately reflected The current physical condition of user, is diagnosed to be the disease of user in time, avoids extraneous interference, improves the standard of monitoring True property and reliability.In addition, the body that the beat pulse of pulse transducer monitoring user moves sensor monitoring user with body is moved phase In conjunction with can be effectively removed the dynamic interference to monitoring of pulse of body, further improve the accuracy and reliability of monitoring.Separately Outside, not only accuracy and reliability is high for pulse monitoring device provided by the utility model and system, while also having structure and system The advantages of making simple process, low in cost, being suitble to large-scale industrial production.Wherein, using friction generator and/or piezo-electric generating Machine moves sensor as body as pulse transducer, using friction generator and/or piezoelectric generator, do not need external power supply to Pulse transducer and body move sensor and are powered, and have greatly saved the energy, have protected environment；And friction generator and/ Or piezoelectric generator matter is soft, light-weight, is disposed at wrist strap and makes entire wrist strap also extremely soft, and it is light-weight, it improves Comfort level when user wears carries convenient for user.
The various modules that are previously mentioned in the utility model, circuit are by hard-wired circuit, for example, center control mould Block may include microcontroller or microcontroller chip, and the first rectification module and the second rectification module may include rectification circuit, and first Amplification module and the second amplification module may include amplifying circuit etc., and the first filter module and the second filter module may include that comparison is electric Road, the first analog-to-digital conversion module and the second analog-to-digital conversion module may include analog-digital converter etc..Although some of them module, circuit Be integrated with software, but the utility model it is claimed be the corresponding function of integrated software hardware circuit, rather than just soft Part itself.
It should be appreciated by those skilled in the art that apparatus structure shown in attached drawing or embodiment is only schematical, table Show logical construction.The module wherein shown as separation unit may be or may not be to be physically separated, as module The component of display may be or may not be physical module.
Finally it should be noted that: listed above is only specific embodiment of the utility model, certain this field Technical staff can be modified to the utility model and modification, if these modifications and variations belong to the utility model right and want Ask and its equivalent technologies within the scope of, be considered as the protection scope of the utility model.

Claims (39)

1. a kind of pulse monitoring device characterized by comprising wrist strap, host shell, at least one pulse transducer and set Set the governor circuit module in the inside of the host shell；Wherein,
The thread gluing component for adjusting the wrist strap tightness is provided on the wrist strap；
At least one described pulse transducer is set to the inside and/or surface of the wrist strap, for by the beat pulse of user The pressure conversion at least one described pulse transducer is acted on as the output of pulse electric signal；
The governor circuit module is connected at least one described pulse transducer, for according at least one pulse sensing The pulse electric signal of device output, the Pulse-Parameters of analytical calculation user obtain user's physiologic information.
2. pulse monitoring device according to claim 1, which is characterized in that the wrist strap includes: monitoring of pulse area and pine Tightness regulatory region；
At least one described pulse transducer is arranged in the inside in the monitoring of pulse area and/or is arranged in the monitoring of pulse area On the surface contacted with the wrist portion of user；The thread gluing component is arranged in the elasticity regulatory region.
3. pulse monitoring device according to claim 1, which is characterized in that the host shell is internally provided with receiving Cavity, the governor circuit module are arranged in the accommodating cavity.
4. pulse monitoring device according to claim 1, which is characterized in that the quantity of the pulse transducer be it is multiple, The multiple pulse transducer is arranged with cross array structure.
5. pulse monitoring device according to claim 4, which is characterized in that the multiple pulse transducer includes the first arteries and veins It fights sensor, the second pulse transducer, third pulse transducer, the 4th pulse transducer and the 5th pulse transducer；
First pulse transducer is for acting on the bounce of the person's pulse on the wrist train of thought of user on first pulse transducer Pressure conversion is the output of the first pulse electric signal；
Second pulse transducer is for acting on the bounce for shutting train of thought of user on second pulse transducer Pressure conversion is the output of the second pulse electric signal；
The third pulse transducer is for acting on the bounce of the ruler median nexus of user on the third pulse transducer Pressure conversion is the output of third pulse electric signal；
4th pulse transducer and the 5th pulse transducer are used to pass in first pulse transducer, the second pulse Sensor and third pulse transducer, which respectively correspond, is located in the person's pulse on the wrist train of thought, the arteries and veins for shutting train of thought and the ruler median nexus Network position.
6. pulse monitoring device according to claim 1, which is characterized in that the governor circuit module includes: that signal is pre- Processing module, central control module, display module, interactive function module and power module；
The signal pre-processing module is connected at least one described pulse transducer, for sensing at least one described pulse The pulse electric signal of device output is pre-processed；
The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
The display module is connected with the central control module, for showing user's physiology of the central control module output Information；
The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction；
The power module is connected with the interactive function module, for providing electric energy.
7. pulse monitoring device according to claim 2, which is characterized in that the governor circuit module includes: that signal is pre- Processing module, central control module, display module, interactive function module and power module；
The signal pre-processing module is connected at least one described pulse transducer, for sensing at least one described pulse The pulse electric signal of device output is pre-processed；
The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
The display module is connected with the central control module, for showing user's physiology of the central control module output Information；
The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction；
The power module is connected with the interactive function module, for providing electric energy.
8. pulse monitoring device according to claim 3, which is characterized in that the governor circuit module includes: that signal is pre- Processing module, central control module, display module, interactive function module and power module；
The signal pre-processing module is connected at least one described pulse transducer, for sensing at least one described pulse The pulse electric signal of device output is pre-processed；
The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
The display module is connected with the central control module, for showing user's physiology of the central control module output Information；
The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction；
The power module is connected with the interactive function module, for providing electric energy.
9. pulse monitoring device according to claim 4, which is characterized in that the governor circuit module includes: that signal is pre- Processing module, central control module, display module, interactive function module and power module；
The signal pre-processing module is connected at least one described pulse transducer, for sensing at least one described pulse The pulse electric signal of device output is pre-processed；
The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
The display module is connected with the central control module, for showing user's physiology of the central control module output Information；
The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction；
The power module is connected with the interactive function module, for providing electric energy.
10. pulse monitoring device according to claim 5, which is characterized in that the governor circuit module includes: that signal is pre- Processing module, central control module, display module, interactive function module and power module；
The signal pre-processing module is connected at least one described pulse transducer, for sensing at least one described pulse The pulse electric signal of device output is pre-processed；
The central control module is connected with the signal pre-processing module, for what is exported according to the signal pre-processing module Pulse electric signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information；
The display module is connected with the central control module, for showing user's physiology of the central control module output Information；
The interactive function module is connected with the central control module, for sending user's interaction to the central control module Instruction；
The power module is connected with the interactive function module, for providing electric energy.
11. pulse monitoring device according to claim 6, which is characterized in that the central control module is further used for: According to the pulse electric signal that the signal pre-processing module exports, active user's wearing position is determined, and work as according to identified Preceding user's wearing position output wearing position adjusts prompt information.
12. pulse monitoring device according to claim 7, which is characterized in that the central control module is further used for: According to the pulse electric signal that the signal pre-processing module exports, active user's wearing position is determined, and work as according to identified Preceding user's wearing position output wearing position adjusts prompt information.
13. pulse monitoring device according to claim 8, which is characterized in that the central control module is further used for: According to the pulse electric signal that the signal pre-processing module exports, active user's wearing position is determined, and work as according to identified Preceding user's wearing position output wearing position adjusts prompt information.
14. pulse monitoring device according to claim 9, which is characterized in that the central control module is further used for: According to the pulse electric signal that the signal pre-processing module exports, active user's wearing position is determined, and work as according to identified Preceding user's wearing position output wearing position adjusts prompt information.
15. pulse monitoring device according to claim 10, which is characterized in that the central control module is further used In: the pulse electric signal exported according to the signal pre-processing module determines active user's wearing position, and according to identified Active user's wearing position exports wearing position and adjusts prompt information.
16. pulse monitoring device according to claim 6, which is characterized in that the governor circuit module further include: alarm Module and/or radio receiving transmitting module and/or memory module；
The central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；The alarm module and the central control module phase Even, the controlling alarm electric signal for being exported according to the central control module carries out warning reminding；
The radio receiving transmitting module is connected with the central control module, and the user for exporting the central control module is raw Reason information is sent to terminal device in a manner of wirelessly communicating；
The memory module is connected with the central control module, for storing described in the process of the central control module output User's physiologic information that the pretreated pulse electric signal of signal pre-processing module and the central control module obtain.
17. pulse monitoring device according to claim 7, which is characterized in that the governor circuit module further include: alarm Module and/or radio receiving transmitting module and/or memory module；
The central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；The alarm module and the central control module phase Even, the controlling alarm electric signal for being exported according to the central control module carries out warning reminding；
The radio receiving transmitting module is connected with the central control module, and the user for exporting the central control module is raw Reason information is sent to terminal device in a manner of wirelessly communicating；
The memory module is connected with the central control module, for storing described in the process of the central control module output User's physiologic information that the pretreated pulse electric signal of signal pre-processing module and the central control module obtain.
18. pulse monitoring device according to claim 8, which is characterized in that the governor circuit module further include: alarm Module and/or radio receiving transmitting module and/or memory module；
The central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；The alarm module and the central control module phase Even, the controlling alarm electric signal for being exported according to the central control module carries out warning reminding；
The radio receiving transmitting module is connected with the central control module, and the user for exporting the central control module is raw Reason information is sent to terminal device in a manner of wirelessly communicating；
The memory module is connected with the central control module, for storing described in the process of the central control module output User's physiologic information that the pretreated pulse electric signal of signal pre-processing module and the central control module obtain.
19. pulse monitoring device according to claim 9, which is characterized in that the governor circuit module further include: alarm Module and/or radio receiving transmitting module and/or memory module；
The central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；The alarm module and the central control module phase Even, the controlling alarm electric signal for being exported according to the central control module carries out warning reminding；
The radio receiving transmitting module is connected with the central control module, and the user for exporting the central control module is raw Reason information is sent to terminal device in a manner of wirelessly communicating；
The memory module is connected with the central control module, for storing described in the process of the central control module output User's physiologic information that the pretreated pulse electric signal of signal pre-processing module and the central control module obtain.
20. pulse monitoring device according to claim 10, which is characterized in that the governor circuit module further include: report Alert module and/or radio receiving transmitting module and/or memory module；
The central control module is further used for: whether the Pulse-Parameters for the user that discriminatory analysis is calculated meet default arteries and veins It fights parameter threshold, and controlling alarm electric signal is exported according to judging result；The alarm module and the central control module phase Even, the controlling alarm electric signal for being exported according to the central control module carries out warning reminding；
The radio receiving transmitting module is connected with the central control module, and the user for exporting the central control module is raw Reason information is sent to terminal device in a manner of wirelessly communicating；
The memory module is connected with the central control module, for storing described in the process of the central control module output User's physiologic information that the pretreated pulse electric signal of signal pre-processing module and the central control module obtain.
21. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that the pulse monitoring device is also It include: that at least one body moves sensor；
At least one described body moves the inside and/or surface that sensor is set to the wrist strap, the dynamic sensing of at least one described body Device is connected with the governor circuit module, moves on sensor for the hand motion of user to be acted at least one described body Pressure conversion is that body moves electric signal output；
The governor circuit module is further used for: according at least one described pulse transducer output pulse electric signal and The body that at least one described body moves sensor output moves electric signal, and the Pulse-Parameters of analytical calculation user obtain user's physiology letter Breath.
22. pulse monitoring device according to claim 21, which is characterized in that the wrist strap further includes that body moves monitoring section；
At least one described body moves the inside that the dynamic monitoring section of the body is arranged in sensor and/or setting in the dynamic monitoring section of the body On the surface contacted with the wrist portion of user.
23. pulse monitoring device according to claim 21, which is characterized in that the signal pre-processing module and it is described extremely Few dynamic sensor of an individual is connected, and the body for moving sensor output at least one described body moves electric signal and pre-processes；
The central control module is further used for: according to the pulse electric signal of signal pre-processing module output and the dynamic electricity of body Signal, the Pulse-Parameters of analytical calculation user obtain user's physiologic information.
24. pulse monitoring device according to claim 23, which is characterized in that the central control module is further used In: the body exported from the signal pre-processing module, which moves, extracts the dynamic feature amplitude of body in electric signal, utilize the dynamic spy of extracted body Sign amplitude carries out waveform fitting processing to the pulse electric signal that the signal pre-processing module exports, and removes the hand motion of user Interference to pulse electric signal obtains user according to the Pulse-Parameters of the pulse electric signal analytical calculation user after removal interference Physiologic information.
25. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that the pulse transducer is to rub Wipe generator and/or piezoelectric generator；
The friction generator is three-decker, four-layer structure, five layers membrane structure or five layers of intervening electrode structure are rubbed between two parties Generator is wiped, the friction generator includes at least two opposite faces for constituting frictional interface, and the friction generator has letter Number output end；
The piezoelectric generator is zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene hair Any one of motor and porous Teflon generator.
26. pulse monitoring device according to claim 21, which is characterized in that the pulse transducer and the dynamic biography of the body Sensor is friction generator and/or piezoelectric generator；
The friction generator is three-decker, four-layer structure, five layers membrane structure or five layers of intervening electrode structure are rubbed between two parties Generator is wiped, the friction generator includes at least two opposite faces for constituting frictional interface, and the friction generator has letter Number output end；
The piezoelectric generator is zinc oxide generator, piezoelectric ceramic generator, Kynoar generator, porous polypropylene hair Any one of motor and porous Teflon generator.
27. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that the ruler of the pulse transducer Very little is 15mm × 6.0mm or 15mm × 7.4mm.
28. pulse monitoring device according to claim 21, which is characterized in that the pulse transducer and the dynamic biography of the body The size of sensor is 15mm × 6.0mm or 15mm × 7.4mm.
29. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that the adjacent pulse transducer Between spacing be 0.5mm~5mm.
30. pulse monitoring device according to claim 21, which is characterized in that between the adjacent pulse transducer Away from for 0.5mm~5mm；It is 0.5mm~5mm that the adjacent body, which moves the spacing between sensor,.
31. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that the adjacent pulse transducer Between spacing be 1.0mm.
32. pulse monitoring device according to claim 21, which is characterized in that between the adjacent pulse transducer Away from for 1.0mm；It is 1.0mm that the adjacent body, which moves the spacing between sensor,.
33. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that outside the pulse transducer Portion is provided with encapsulated layer；Bulge-structure and/or the encapsulated layer are provided on the outer surface of the encapsulated layer and/or inner surface Outer surface on be provided with dermatoglyph shape striped；Alternatively,
The wrist portion that bulge-structure and/or the wrist strap and user are provided on the outer surface of the wrist strap and/or inner surface connects Dermatoglyph shape striped is provided on the surface of touching.
34. pulse monitoring device according to claim 21, which is characterized in that the outside of the pulse transducer and described The outside that body moves sensor is provided with encapsulated layer；It is provided with bulge-structure on the outer surface of the encapsulated layer and/or inner surface, And/or dermatoglyph shape striped is provided on the outer surface of the encapsulated layer；Alternatively,
The wrist portion that bulge-structure and/or the wrist strap and user are provided on the outer surface of the wrist strap and/or inner surface connects Dermatoglyph shape striped is provided on the surface of touching.
35. -20 described in any item pulse monitoring devices according to claim 1, which is characterized in that draw the pulse transducer Electrode conducting wire be snakelike arrangement.
36. pulse monitoring device according to claim 21, which is characterized in that draw the electrode of the pulse transducer Conducting wire and the conducting wire for drawing the electrode that the body moves sensor are snakelike arrangement.
37. a kind of monitoring of pulse system characterized by comprising such as the described in any item monitoring of pulse dresses of claim 1-36 It sets and terminal device；Wherein,
The terminal device is connected in a manner of wire communication or wireless communication with the pulse monitoring device, for receiving and depositing User's physiologic information that the pulse monitoring device analytical calculation obtains is stored up, is carried out according to the user's physiologic information received Statistics, obtains user's body health status, and/or send the control instruction for controlling the pulse monitoring device.
38. the monitoring of pulse system according to claim 37, which is characterized in that the monitoring of pulse system further includes big number According to library service platform；Wherein,
The terminal device is further used for: the user's body health status that statistics obtains is sent to the large database concept Service platform；
The large database concept service platform is connected in a manner of wire communication or wireless communication with the terminal device, for receiving And store the user's body health status that the terminal device is sent, by the user's body health status received with it is described User's body health status in large database concept service platform carries out analysis comparison, obtains customer analysis information, and by the use Family analysis information is sent to the terminal device.
39. a kind of monitoring of pulse system characterized by comprising such as the described in any item monitoring of pulse dresses of claim 1-36 It sets and large database concept service platform；Wherein,
The pulse monitoring device is further used for: being counted, is obtained according to user's physiologic information that analytical calculation obtains To user's body health status；
The large database concept service platform is connected in a manner of wire communication or wireless communication with the pulse monitoring device, is used for The user's body health status that the pulse monitoring device counts is received and stored, the user's body received is good for User's body health status in health situation and the large database concept service platform carries out analysis comparison, obtains customer analysis letter Breath, and the customer analysis information is sent to the pulse monitoring device.
CN201721154564.6U 2017-09-08 2017-09-08 Pulse monitoring device and system Active CN208640686U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110974184A (en) * 2019-12-31 2020-04-10 湖南文理学院 Customized movement monitoring wearable device and manufacturing method

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110974184A (en) * 2019-12-31 2020-04-10 湖南文理学院 Customized movement monitoring wearable device and manufacturing method

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