CN105232015A - Human body constitution monitoring system on chip - Google Patents
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- CN105232015A CN105232015A CN201510534627.XA CN201510534627A CN105232015A CN 105232015 A CN105232015 A CN 105232015A CN 201510534627 A CN201510534627 A CN 201510534627A CN 105232015 A CN105232015 A CN 105232015A
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Abstract
The invention discloses a human body constitution monitoring system on chip. The human body constitution monitoring system on chip comprises a constitution data transmitting end 1 and a constitution data receiving end 2, wherein the constitution data transmitting end 1 is used for acquiring human body constitution data which are transmitted to the constitution data receiving end 2 in a wireless communication mode; the constitution data receiving end 2 is used for analyzing and computing the acquired constitution data transmitted from the constitution data transmitting end in real time and comprises a first online data processor 21, a second online data processor 22, a storage controller 23, a data transmitting module 24, an external computing center 25 and an embedded microprocessor 26; a bus in the system bears transmission of data transmitted among various components of the human body constitution monitoring system; a wired and wireless data transmitting module is integrated on a chip; and the monitoring system also comprises a power management module 27, a direct storage controller 28 and an interrupt controller 30. By the system on chip, energy consumption of the monitoring system can be computed accurately and can also be reduced; and the integration level of the system is improved.
Description
Technical field
The present invention relates to a kind of human body constitution based on embedded microprocessor monitoring SOC(system on a chip), comprise body constitution data sending terminal and body constitution data receiver.
Background technology
There is some pedometers, wrist-sphygmometer, epiderm skin electronics in recent years, the collection individual physique portable equipment be integrated in the mobile device such as mobile phone or wrist-watch, make people can understand oneself condition and motion history whenever and wherever possible.But these functions of the equipments are comparatively single, usually only have record and do not have analyzing and processing function, for the general population of non-medical specialty, people are difficult to draw effective conclusion by simple test result.
At present, Chinese patent, its patent No. is 201120137986.9 " a kind of Multifunctional heart rate pedometers ", this system adopts the heart rate sensor obtaining heart rate signal based on detection body surface bio electricity mode, the deficiency that this system exists is: one, this system is not by heart rate information and the process of kinergety consumption information binding analysis, can not Real Time Monitoring; Two, each parts most of the time of this system is in idle condition, and do not consider the Energy control management of monitoring terminal, the energy expenditure of system is large, and cruising time is not enough.In addition, Chinese patent, its patent No. is a kind of 201310192572.x " device monitoring device and device monitoring method ", disclose a kind of physical ability data real-time monitoring device, this device by human motion state sensor and life state sensor integration on a physical ability monitoring terminal, can record motion state parameters and life state parameter, but this device accurately can not calculate the energy expenditure of monitoring system, the integrated level of system is low simultaneously.
Summary of the invention
The object of the invention is to the defect existed for prior art, provide a kind of human body constitution to monitor SOC(system on a chip), this system accurately can not only calculate the energy expenditure of monitoring system, can also reduce system capacity consumption, improves the integrated level of system.
For achieving the above object, the technical solution used in the present invention is: a kind of human body constitution monitoring SOC(system on a chip), it comprises body constitution data sending terminal 1 and body constitution data receiver 2, , it is characterized in that: between above-mentioned body constitution data sending terminal 1 and body constitution data receiver 2, carry out exchanges data by communication, above-mentioned body constitution data sending terminal 1 is for gathering the body constitution data of human body, comprise temperature sensor 11, human motion state sensor 12 and vital signs transducer 13, temperature sensor 11 is for gathering ambient temperature data, human motion state sensor 12 is for gathering human motion state data, vital signs transducer 13 is for gathering human life status data, by the ambient temperature data of above-mentioned collection, human motion state data, human life status data forms human body constitution data, the human body constitution data gathered are sent to body constitution data receiver 2 by communication, wherein, described kinestate sensor 12 comprises accelerometer 121, gyroscope 122, Magnetic Sensor 123, accelerometer 121 exports the accekeration of at least one Spatial Dimension, gyroscope 122 exports the magnitude of angular velocity of at least one Spatial Dimension, Magnetic Sensor 123 exports the angle in people's body axis and magnetic field of the earth, accelerometer 121, gyroscope 122, Magnetic Sensor 123 data message are transferred to the first online preprocessor 213 through the first external data interface 211, described vital signs transducer 13 comprises cardiotachometer 131, breathing rate meter 132, sphygomanometer 133, clinical thermometer 134, and cardiotachometer 131 is for gathering heart rate value, breathing rate meter 132 for gathering breathing rate value, sphygomanometer 133 is for gathering pressure value, clinical thermometer 134 is for acquisition volume temperature value, and cardiotachometer 131, breathing rate meter 132, sphygomanometer 133, clinical thermometer 134 data message are transferred to the second online preprocessor 222 through the second external data interface 221,
Above-mentioned body constitution data receiver 2 for the acquisition volume prime number that sends body constitution data sending terminal 1 according to real-time analysis and computing, comprise the first online data processor 21, second online data processor 22, storage control 23, data transmission module 24, external arithmetic center 25, embedded microprocessor 26, wherein, the human motion state data that described first online data processor 21 exports for reading kinestate sensor 12, and analysis processing result is sent in storage control 23; The life state data that described second online data processor 22 exports for reading life state sensor 13, the life state data of reading are sent to external arithmetic center 25 by communication; Described storage control 23 comprises containing first memory controller 231, second memory controller 232, volatile memory 233, nonvolatile memory 234, and described first memory controller 231 and second memory controller 232 are for read-write non-volatile memory 234; Volatile memory 233 is for storing the data space of embedded microprocessor 26; Described nonvolatile memory 234 is for storing the program space of embedded microprocessor 26; Described data transmission module 24 comprises wireless data transfer module 241, wired data transfer module 242, and wireless data transfer module 241 is for communication connected system external arithmetic center 25; Wired data transfer module 242 is for wire communication mode connected system external arithmetic center 25; Wireless data transfer module 241 and wired data transfer module 242 at least comprise one of them, and calculation process is done for the data exported by data transmission module in external arithmetic center 25, obtain kinestate data and the life state data of individual; Going forward side by side row operation process for the data receiving data transmission module 24 and export in described external arithmetic center 25, obtains human motion state data and life state data; Described embedded microprocessor 26 carries out interaction analysis process for the data exported the first online data 21 processor, processes the data obtained and exports to storage control module through internal bus; Data transmission between the described each parts of internal system bus carrying human body constitution monitoring SOC(system on a chip).
The first described online data processor 21 comprises the first external data interface 211, temperature compensation module 212, first online preprocessor 213, data compressing module 214, first internal data interface 215, first external data interface 211, temperature compensation module 212, first online preprocessor 213, data compressing module 214, first internal data interface 215 connects successively, wherein, the human motion state data that described first external data interface 211 exports for reading external movement state sensor 12, described temperature compensation module 212 carries out temperature-compensating calculating for the human motion state data exported kinestate sensor 12, described first online preprocessor 213 is for carrying out real-time online pretreatment to the human motion state data after temperature-compensating, described data compressing module 214 for compressing pretreated human motion state data, to reduce human motion state data capacity, described first internal data interface 215 is for being sent to bus by the human motion state data after compression.
The second described online data processor 22 comprises the online preprocessor 222 of the second external data interface 221, second, data compressing module 223, second internal data interface 224, second online data processor 22 comprises the online preprocessor 222 of the second external data interface 221, second, data compressing module 223, second internal data interface 224 connects successively, wherein, described second external data interface 221 is for reading the life state data of outside life state sensor 13 output; Second online preprocessor 222 is for carrying out real-time online pretreatment to vital sign data; Wherein data compressing module 223 is for compressing online pretreated vital sign data, to reduce vital sign data capacity; Described second internal data interface 224 is for being sent to bus by the life data after compression.
In above-mentioned a kind of human body constitution monitoring SOC(system on a chip), described body constitution data receiver 2 also comprises power management module 27, power management module 27 is connected with embedded microprocessor 26, for the power supply of cutting system external movement state sensor 12 between at one's leisure and vital signs transducer 13.
In above-mentioned a kind of human body constitution monitoring SOC(system on a chip), described body constitution data receiver 2 also comprises direct storage control 28, for directly transmitting data in internal system, described direct storage control 28 carrys out control data transmission according to the water limit value of push-up storage in the first online data processor 21, second online data processor 22, first memory controller 231, second memory controller 232, wireless data transfer module 241 and wired data transfer module 242.
In above-mentioned a kind of human body constitution monitoring SOC(system on a chip), described body constitution data receiver 2 also comprises display 29 for showing human body constitution data, and display 29 is at least the one in liquid crystal display, OLED, light emitting diode indicator, electronic ink screen, flexible display.
In above-mentioned a kind of human body constitution monitoring SOC(system on a chip), described body constitution data receiver 2 also comprises interrupt control unit 30 for sending interrupt signal to the first online data processor 21, second online data processor 22, first memory controller 231, second memory controller 232, wireless data transfer module 241 or wired data transfer module 242, and informed embed microsever 26 makes response.
A kind of physique monitoring system provided by the invention compared with prior art, has following substantive distinguishing features and remarkable advantage:
Human body physique monitoring SOC(system on a chip) of the present invention can the simultaneously continuously movement state information of on-line monitoring handling object and life state information in real time, thus accurately calculate motion feature and the vital signs of monitoring target, also can calculate the energy expenditure of monitoring target exactly; By online data pretreatment module, sampled data is processed in real time, add data operation performance, reduce the burden of microprocessor, reduce taking memory resource, reduce the cost of system and realize low-power consumption; Owing to have employed SOC(system on a chip) framework, be made on one chip by real-time online processing module and flush bonding processor, Memory Controller, wired and wireless data transfer module, make whole system compacter, integrated level is high; Because the system most of the time is in idle condition, by power management module, can cutting system idle time power supply, further reduce system power dissipation, extend cruising time.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of human body constitution monitoring SOC(system on a chip) of the present invention.
Fig. 2 is a kind of human body constitution monitoring system on chip structure schematic diagram of a preferred embodiment two of the present invention.
Fig. 3 is a kind of human body constitution monitoring system on chip structure schematic diagram of a preferred embodiment three of the present invention.
Fig. 4 is a kind of human body constitution monitoring system on chip structure schematic diagram of a preferred embodiment four of the present invention.
Fig. 5 is a kind of human body constitution monitoring system on chip structure schematic diagram of a preferred embodiment five of the present invention.
Detailed description of the invention
Be further described below in conjunction with the technical scheme of accompanying drawing to preferred embodiment of the present invention:
Embodiment one:
With reference to figure 1, a kind of human body constitution monitoring SOC(system on a chip) in a preferred embodiment of the present invention, it comprises body constitution data sending terminal 1 and body constitution data receiver 2, it is characterized in that: between body constitution data sending terminal 1 and body constitution data receiver 2, carry out exchanges data by communication, above-mentioned body constitution data sending terminal 1 is for gathering the body constitution data of human body, comprise temperature sensor 11, human motion state sensor 12 and vital signs transducer 13, temperature sensor 11 is for gathering ambient temperature data, human motion state sensor 12 is for gathering human motion state data, vital signs transducer 13 is for gathering human life status data, by the ambient temperature data of above-mentioned collection, human motion state data, human life status data forms human body constitution data, the human body constitution data gathered are sent to body constitution data receiver 2 by communication, wherein,
Described kinestate sensor 12 comprises accelerometer 121, gyroscope 122, Magnetic Sensor 123, and accelerometer 121 exports the accekeration of at least one Spatial Dimension; Gyroscope 122 exports the magnitude of angular velocity of at least one Spatial Dimension; Magnetic Sensor 123 exports the angle in people's body axis and magnetic field of the earth; Accelerometer 121, gyroscope 122, Magnetic Sensor 123 data message are transferred to the first online preprocessor 213 through the first external data interface 211.
Described vital signs transducer 13 comprises cardiotachometer 131, breathing rate meter 132, sphygomanometer 133, clinical thermometer 134, and cardiotachometer 131 is for gathering heart rate value, breathing rate meter 132 for gathering breathing rate value; Sphygomanometer 133 is for gathering pressure value; Clinical thermometer 134 is for acquisition volume temperature value, and cardiotachometer 131, breathing rate meter 132, sphygomanometer 133, clinical thermometer 134 data message are transferred to the second online preprocessor 222 through the second external data interface 221.
Above-mentioned body constitution data receiver 2 for the acquisition volume prime number that sends body constitution data sending terminal 1 according to real-time analysis and computing, comprise the first online data processor 21, second online data processor 22, storage control 23, data transmission module 24 external arithmetic center 25, embedded microprocessor 26, be integrated in a chip, wherein
The human motion state data that described first online data processor 21 exports for reading kinestate sensor 12, and for digital filtering, matrix operations, fusion computing, integral operation, recursive operation, analysis processing result is sent in storage control 23.
The life state data that described second online data processor 22 exports for reading life state sensor 13, the life state data of reading are sent to external arithmetic center 25 by communication.
Described storage control 23 comprises containing first memory controller 231, second memory controller 232, volatile memory 233, nonvolatile memory 234, and described first memory controller 231 and second memory controller 232 are for read-write non-volatile memory 234; Volatile memory 233 is for storing the data space of embedded microprocessor 26; Described nonvolatile memory 234 is for storing the program space of embedded microprocessor 26.
Described data transmission module 24 comprises wireless data transfer module 241, wired data transfer module 242, and wireless data transfer module 241 is for communication connected system external arithmetic center 25; Wired data transfer module 242 is for wire communication mode connected system external arithmetic center 25; Wireless data transfer module 241 and wired data transfer module 242 at least comprise one of them, and calculation process is done for the data exported by data transmission module in external arithmetic center 25, obtain kinestate data and the life state data of individual.
Going forward side by side row operation process for the data receiving data transmission module 24 and export in described external arithmetic center 25, obtains human motion state data and life state data.
Described embedded microprocessor 26 carries out interaction analysis process for the data exported the first online data 21 processor, processes the data obtained and exports to storage control module through internal bus.
Data transmission between the described each parts of internal system bus carrying human body constitution monitoring SOC(system on a chip), such as, described first online data processor 21, second online data processor 22, embedded microprocessor 26, first memory controller 231, second memory controller 232, wireless data transfer module 241, wired data transfer module 242 passes through bus interconnection, this internal bus carries the data transmission between each module of physique monitoring SOC(system on a chip), bus is a kind of parallel or serial, flowing water or non-flowing water, single or multiple lift, poll or interrupt bus
.
The first described online data processor 21 comprises the first external data interface 211, temperature compensation module 212, first online preprocessor 213, data compressing module 214, first internal data interface 215, first external data interface 211, temperature compensation module 212, first online preprocessor 213, data compressing module 214, first internal data interface 215 connects successively, wherein, the human motion state data that described first external data interface 211 exports for reading external movement state sensor 12, described temperature compensation module 212 carries out temperature-compensating calculating for the human motion state data exported kinestate sensor 12, described first online preprocessor 213 is for carrying out real-time online pretreatment to the human motion state data after temperature-compensating, described data compressing module 214 for compressing pretreated human motion state data, to reduce human motion state data capacity, described first internal data interface 215 is for being sent to bus by the human motion state data after compression,
The second described online data processor 22 comprises the online preprocessor 222 of the second external data interface 221, second, data compressing module 223, second internal data interface 224, second online data processor 22 comprises the online preprocessor 222 of the second external data interface 221, second, data compressing module 223, second internal data interface 224 connects successively, wherein, described second external data interface 221 is for reading the life state data of outside life state sensor 13 output; Second online preprocessor 222 is for carrying out real-time online pretreatment to vital sign data; Wherein data compressing module 223 is for compressing online pretreated vital sign data, to reduce vital sign data capacity; Described second internal data interface 224 is for being sent to bus by the life data after compression.
Embodiment two:
The present embodiment is substantially identical with embodiment one, and special feature is as follows:
With reference to figure 2, in a kind of human body constitution monitoring SOC(system on a chip) described in the present embodiment, body constitution data receiver 2 also comprises power management module 27, power management module 27 is connected with embedded microprocessor 26, for the power supply of cutting system external movement state sensor 12 between at one's leisure and vital signs transducer 13, described power management module 27 can also cut off the first online data processor 21 when system idles, second online data processor 22, first memory controller 231, second memory controller 232, the power supply of wireless data transfer module 241 and wired data transfer module 242, described power management module 27 is controlled by embedded microprocessor 26.
Embodiment three:
The present embodiment is substantially identical with embodiment one, and special feature is as follows:
With reference to figure 3, in a kind of human body constitution monitoring SOC(system on a chip) described in the present embodiment, body constitution data receiver 2 also comprises direct storage control 28, for directly transmitting data in internal system without embedded microprocessor 26, described direct storage control 28 is according to the first online data processor 21, second online data processor 22, first memory controller 231, second memory controller 232, in wireless data transfer module 241 and wired data transfer module 242, the water limit of push-up storage carrys out control data transmission, after water limit reaches preset value, just data are taken away, ensure that the data in push-up storage are not overflowed.
Embodiment four:
The present embodiment is substantially identical with embodiment one, and special feature is as follows:
With reference to figure 4, in a kind of human body constitution monitoring SOC(system on a chip) described in the present embodiment, body constitution data receiver 2 also comprises display controller 29, for showing human body constitution data, display is at least the one in liquid crystal display, OLED, light emitting diode indicator, electronic ink screen, flexible display.
Embodiment five:
The present embodiment is substantially identical with embodiment one, and special feature is as follows:
With reference to figure 5, in a kind of human body constitution monitoring SOC(system on a chip) described in the present embodiment, body constitution data receiver 2 also comprises interrupt control unit 30 to interrupt for controlling, when the first online data processor 21, second online data processor 22, first memory controller 231, second memory controller 232, wireless data transfer module 241 or wired data transfer module 242 send effective interrupt signal, response made by described interrupt control unit 30 in time informed embed microsever 26.
Claims (7)
1. a human body constitution monitoring SOC(system on a chip), it comprises body constitution data sending terminal (1) and body constitution data receiver (2), it is characterized in that: between above-mentioned body constitution data sending terminal (1) and body constitution data receiver (2), carry out exchanges data by communication, above-mentioned body constitution data sending terminal (1) is for gathering the body constitution data of human body, comprise temperature sensor (11), human motion state sensor (12) and vital signs transducer (13), temperature sensor (11) is for gathering ambient temperature data, human motion state sensor (12) is for gathering human motion state data, vital signs transducer (13) is for gathering human life status data, by the ambient temperature data of above-mentioned collection, human motion state data, human life status data forms human body constitution data, the human body constitution data gathered are sent to body constitution data receiver (2) by communication, wherein, described kinestate sensor (12) comprises accelerometer (121), gyroscope (122), Magnetic Sensor (123), accelerometer (121) exports the accekeration of at least one Spatial Dimension, gyroscope (122) exports the magnitude of angular velocity of at least one Spatial Dimension, Magnetic Sensor (123) exports the angle in people's body axis and magnetic field of the earth, accelerometer (121), gyroscope (122), Magnetic Sensor (123) data message are transferred to the first online preprocessor (213) through the first external data interface (211), described vital signs transducer (13) comprises cardiotachometer (131), breathing rate meter (132), sphygomanometer (133), clinical thermometer (134), and cardiotachometer (131) is for gathering heart rate value, breathing rate meter (132) for gathering breathing rate value, sphygomanometer (133) is for gathering pressure value, clinical thermometer (134) is for acquisition volume temperature value, and cardiotachometer (131), breathing rate meter (132), sphygomanometer (133), clinical thermometer (134) data message are transferred to the second online preprocessor (222) through the second external data interface (221),
Above-mentioned body constitution data receiver (2) for the acquisition volume prime number that sends body constitution data sending terminal 1 according to real-time analysis and computing, comprise the first online data processor (21), second online data processor (22), storage control (23), data transmission module (24), external arithmetic center (25), embedded microprocessor (26), wherein, the human motion state data that described first online data processor (2) 1 exports for reading kinestate sensor (12), and analysis processing result is sent in storage control (23), the life state data that described second online data processor (22) exports for reading life state sensor (13), the life state data of reading are sent to external arithmetic center (25) by communication, described storage control (23) comprises containing first memory controller (231), second memory controller (232), volatile memory (233), nonvolatile memory (234), and described first memory controller (231) and second memory controller (232) are for read-write non-volatile memory (234), volatile memory (233) is for storing the data space of embedded microprocessor 26, described nonvolatile memory (234) is for storing the program space of embedded microprocessor (26), described data transmission module (24) comprises wireless data transfer module (241), wired data transfer module (242), and wireless data transfer module (241) is for communication connected system external arithmetic center (25), wired data transfer module (242) is for wire communication mode connected system external arithmetic center (25), wireless data transfer module (241) and wired data transfer module (242) at least comprise one of them, calculation process is done for the data exported by data transmission module in external arithmetic center (25), obtains kinestate data and the life state data of individual, going forward side by side row operation process for the data receiving data transmission module (24) and export in described external arithmetic center (25), obtains human motion state data and life state data, described embedded microprocessor (26) carries out interaction analysis process for the data exported the first online data (21) processor, processes the data obtained and exports to storage control module through internal bus, data transmission between the described each parts of internal system bus carrying human body constitution monitoring SOC(system on a chip).
2. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that: the first described online data processor (21) comprises the first external data interface (211), temperature compensation module (212), first online preprocessor (213), data compressing module (214), first internal data interface (215), first external data interface (211), temperature compensation module (212), first online preprocessor (213), data compressing module (214), first internal data interface (215) connects successively, wherein, the human motion state data that described first external data interface (211) exports for reading external movement state sensor (12), described temperature compensation module (212) carries out temperature-compensating calculating for the human motion state data exported kinestate sensor (12), described first online preprocessor (213) is for carrying out real-time online pretreatment to the human motion state data after temperature-compensating, described data compressing module (214) for compressing pretreated human motion state data, to reduce human motion state data capacity, described first internal data interface (215) is for being sent to bus by the human motion state data after compression.
3. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that: the second described online data processor (22) comprises the second external data interface (221), second online preprocessor (222), data compressing module (223), second internal data interface (224), wherein, second online data processor (22) comprises the second external data interface (221), second online preprocessor (222), data compressing module (223), second internal data interface (224) connects successively, wherein, the life state data that described the second external data interface (221) exports for reading outside life state sensor (13), second online preprocessor (222) is for carrying out real-time online pretreatment to vital sign data, wherein data compressing module (223) is for compressing online pretreated vital sign data, to reduce vital sign data capacity, described second internal data interface (224) is for being sent to bus by the life data after compression.
4. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that:, described body constitution data receiver (2) also comprises power management module (27), power management module (27) is connected with embedded microprocessor (26), for the power supply of cutting system external movement state sensor (12) between at one's leisure and vital signs transducer (13).
5. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that: described body constitution data receiver (2) also comprises direct storage control (28), for directly transmitting data in internal system, described direct storage control (28) is according to the first online data processor (21), second online data processor (22), first memory controller (231), second memory controller (232), the water limit value of wireless data transfer module (241) and the middle push-up storage of wired data transfer module (242) carrys out control data transmission.
6. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that: described body constitution data receiver (2) also comprises display (29) for showing human body constitution data, display (29) is at least the one in liquid crystal display, OLED, light emitting diode indicator, electronic ink screen, flexible display.
7. a kind of human body constitution monitoring SOC(system on a chip) according to claim 1, it is characterized in that: described body constitution data receiver (2) also comprises interrupt control unit (30) for sending interrupt signal to the first online data processor (21), the second online data processor (22), first memory controller (231), second memory controller (232), wireless data transfer module (241) or wired data transfer module (242), and informed embed microsever (26) makes response.
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Application publication date: 20160113 |