62results about How to "Realize remote collection" patented technology

The invention discloses a wireless data-image dual acquirement anti-electricity-theft monitoring system and method which uses a microwave body sensor to conduct the real time detection to activities of people around an electricity meter box. Based on the method of the image shooting of a camera, the monitoring system provided by the invention uses a camera to continuously shoot and store the images of the activities of people around the electricity meter box and can real time transmit alarming information, electricity meter data and image information to a motoring server through GPRS network; and then, the motoring server can send the received alarming information to the mobile phones or computers of users in time, and users can read the alarming information from the mobile phones or computers of users in distance. Besides the functions of remote electricity meter data acquiring, the anti-electricity-theft monitoring and real-time alarming, the monitoring system also can transmit field images in time and obtain images stored by field equipment later for providing convincible proofs during handling the electricity theft of illegal users.

The invention relates to a mobile terminal health information acquisition and health analytical method based on cloud computing. A health information acquisition instrument collects health information and transmits the health information to a mobile terminal, the mobile terminal uploads the health information to a cloud server through a wireless network, and a health analytical platform reads the health information received by the cloud server, obtains health analytical suggestions and then downloads to the mobile terminal corresponding to the health information. Various health information acquisition instruments are adopted at a home terminal of the mobile terminal to collect the health information which is transmitted to the cloud server through the mobile terminal to store, long-distance acquisition of the health information is achieved, and efficiency is improved compared with the existing manual on-site collection method. Simultaneously, various health information is uniformly uploaded to the cloud server to bring convenience to management of system data, long-distance concentration expert consultation and health suggestion analysis are achieved, the health suggestion analysis can be transmitted to the mobile terminal in a long-distance mode through the wireless network, and efficiency and accuracy of the expert consultation and the health suggestion analysis are improved.

The present invention relates to a remote health physical examination management method. The method comprises the steps of: establishing a health physical examination management system, wherein the system comprises a health information collection subsystem, a mobile intelligent terminal and a cloud server; the health information collection subsystem is in communication connection with the mobile intelligent terminal by means of a Bluetooth communication protocol, and the mobile intelligent terminal is in communication connection with the cloud server by means of a communication network; and the health information collection subsystem collects health characteristic data of a user, the cloud server performs analysis on the collected health characteristic data, and finally a health advice push module pushes an analysis result and the collected data to the mobile intelligent terminal. By adopting the method, used data can be collected in real time, the influence of human factors is eliminated, the possibility of misdiagnosis is greatly reduced, and meanwhile historical data of the user can be preserved for a long time, thereby being convenient for the user, family members and doctors to check and analyze the historical health data.

The invention discloses a wireless data and image double-acquisition anti-electricity-theft monitoring system and an anti-electricity-theft monitoring method thereof. The method utilizes a sensor to detect the activity situation of people around an electricity meter box in real time, carries out continuous image shooting and storage on the activity situation of people around the electricity meter box through an image shooting method by a camera and sends alarming information, data of the electricity meter box and image information to a monitoring server in real time through a mobile communication network; the monitoring server can send the received alarming information to a mobile phone or a computer of a user in time; and the user can see the alarming information in remote distance through the mobile phone or the computer of the user. The system realizes the functions of the remote data acquisition of the electricity meter box, the monitoring of electricity theft and the real-time alarming, provides timely transmission of field images and post-acquisition of the images stored in field equipment and provides vigorous evidence for treating the behavior of the electricity theft of illegal users.

The invention relates to a crop canopy structure information automatic measurement device and a measuring method. The device includes a first supporting rod, a power supply and data processing module, a push rod, a rotary plate, a first image sensor, a second image sensor and a solar radiation sensor, wherein the power supply and data processing module is arranged at the lower part of the first supporting rod; the push rod is positioned on the first supporting rod and can move up and down along the first supporting rod; the rotary plate is arranged on the first supporting rod and above the push rod, and can move up and down with the push rod and rotate around the first supporting rod; the first image sensor and the second image sensor are arranged on the rotary plate; the solar radiation sensor is arranged on a second supporting rod extending upwards from the rotary plate. The device provided by the invention can automatically and continuously acquire information about the crop canopy interior under the outdoor field light condition, and can realize data remote collection and remote access.

The invention belongs to the field of fire extinguishers, and particularly relates to a vehicular remote pressure-detection fire extinguisher. The vehicular remote pressure-detection fire extinguisher comprises an adapter, wherein the adapter is arranged on a fire extinguisher bottle body and is provided with a switch device which controls the fire extinguisher; the switch device is connected with a spraying tube through a guide tube; the adapter is in threaded connection to the fire extinguisher bottle body and is provided with a pressure-detection system capable of detecting the pressure of the fire extinguisher bottle body; the pressure-detection system comprises a pressure sensor and a data processor; the pressure sensor is arranged on the adapter, is used for detecting the pressure of the fire extinguisher bottle body and is connected with the data processor; and the data processor is connected with a wireless transmitting module. The pressure of the fire extinguisher can be detected, the value of the pressure is transmitted to a vehicle through wireless signals, problems existing in the fire extinguisher in the vehicle can be found out in time, and the problem that the fire extinguisher cannot be used when needed is solved.

The invention provides a controlling host with a wireless function and relates to the field of electronics. An output end of a power source switching module (1) of the controlling host and a keyboard input module (4) are both connected with a main controller module (2), and the main controller module (2) is respectively connected with an LCD display screen module (3), a wireless data transmitting module (5), a voice alarm output module (7) and a safety protection and control module (8). The wireless data transmitting module (5) is connected with a wireless sensor network (9), and the wireless sensor network (9) is connected with an upper computer (10) through a field bus output module (6). An embedded structure is applied to the controlling host with the wireless function, and the modern computer technology is integrated into the controlling host with a wireless function. The controlling host with a wireless function has artificial intelligentization, facilitates later fault analysis and survey, greatly improves understanding and cognition of a fault phenomenon, and also brings convenience to search and maintenance of equipment failure. A wireless sensor is applied, a large number of cables do not need to be exerted and placed. Therefore, installation is very convenient.

The invention relates to a livestock image acquisition triggering method based on a livestock drinking trough. The method comprises the following steps: acquiring individual information of the livestock and uploading the information to an upper computer; judging whether the livestock image corresponding to the acquired individual information is acquired according to the individual information of the livestock; if not, judging whether the livestock drinks water according to a water flowing signal; if the livestock drinks water, triggering the upper computer to acquire the livestock image, otherwise, continuing acquiring the individual information of the livestock. A livestock image acquisition triggering system based on the livestock drinking trough comprises: a livestock individual information acquisition module which consists of an identify identification and an identification reader, acquires the individual information of the livestock and uploads the information to the upper computer; and a drinking water monitoring module which consists of a flow switch and a data acquisition board, monitors whether water flows in the drinking trough, and sends the water flowing signal to the upper computer to trigger the upper computer to acquire the livestock images. The method and the system can trigger the livestock image acquisition at a high efficiency and in a real-time manner.

The invention discloses a wireless sensing network node capable of realizing simultaneous access of digital quantity and analog quantity. The node comprises a sensor module, a data processing module, a short-range wireless communication module, a wireless transceiving module and a power supply module. The sensor module is a sensor group composed of a plurality of sensors, the sensor group communicates with the data processing module via a digital quantity and analog quantity multiplex interface, and the digital quantity and analog quantity multiplex interface comprises a sensor input interface, a signal input channel, an automatic distinguishing module for automatically distinguishing the type of the signal input by the signal input channel, a control module, and a digital signal processing module and an analog signal processing module controlled by the control module according to the distinguishing result of the automatic distinguishing module. The invention has reasonable design, convenient network deployment and maintenance, simple operation, good use effects, and high intelligence degree, and can satisfy actual demands of synchronous processing of analog signals and digital signals and simultaneous accessing of multiple sensor signals of different types.

The invention discloses a CYFZD intelligent low voltage switch cabinet comprising an intelligent monitor with a standard communication interface and a photoelectric converter, wherein a power source is connected to an isolating switch which is connected to an air switch QF with an electric operating mechanism; the air switch QF with the electric operating mechanism is connected to an alternating-current contactor which is connected to the intelligent monitor with the standard communication interface; the intelligent monitor with the standard communication interface is connected to a field motor through three-phase circuit feed-out; the intelligent monitor with the standard communication interface is further connected to a serial port server which is connected to the photoelectric converter; the photoelectric converter is connected to a cabinet switchboard; and the cabinet switchboard is connected to an upper computer. Such a design is capable of realizing the remote / local opening function of each feed-out main loop circuit breaker in the cabinet and also capable of remotely transmitting and recording field operational state information such as line alarm, fault determination, action results and the like; and the CYFZD intelligent low voltage switch cabinet has the control management function of the remote power stop / supply operation flow.

The invention provides power station monitoring equipment and a power station monitoring system. The power station monitoring equipment comprises a power supply module, an external environment monitoring module, a data interaction module and a transformer substation operation condition monitoring module. The power station monitoring system is provided with a multilevel management center. The IP network and the 4G network act as the core, multiple advanced technologies of computer, communication, internet, digital multimedia, storage and information security are integrated, accessing of the monitored resources through the optical network, the ethernet, the wireless network and multiple other modes is supported and the discrete and independent monitoring acquisition points are networked so that cross-regional and wide-range unified monitoring, unified storage, unified management and resource sharing can be realized. The clear and visual management mode can be provided for the user of various industries so that the decision time can be shortened, the working efficiency can be enhanced and the security level of the monitoring area can be enhanced.

The invention discloses a multi-parameter monitoring using wireless sensor node with a self-triggering function, which comprises a sensor module, a short-distance wireless communication module, a data processing module, a parameter input device, an LED display unit synchronously displaying information acquired by sensors in the sensor module and keeping an operation state, a sensor primary and secondary type setting module used for setting the primary and the secondary types of the sensors, a data storage module, a power supply module and a wireless transmitting / receiving module, wherein the plurality of sensors include primary sensors activated by the data processing module and secondary sensors activated by the data processing module based on the information detected by the primary sensors. The wireless sensor node provided by the invention has a reasonable design, is convenient to network and maintain, simple and easy to operate, good in use effect, and high in degree of intelligence, and the plurality of sensors in the sensor module are divided into the primary sensors and the secondary sensors, so that the energy consumption of the node is lowered, and besides, the data acquisition efficiency and the data processing ability of the node are greatly improved.

The invention relates to a price acquisition system based on a POS sales system, which is characterized in that the price acquisition system is composed of functional modules, namely a POS management system, a POS system database, a data conversion middleware, a WAN (Wide Area Network) application gateway, a data collection middleware, a price foundation database, a price management system and the like. The POS management system is used for managing commodity information, the data conversion middleware is used for corresponding to different database designs and is combined with a data communication means to realize remote acquisition of commodity price data, the price data is transmitted through the Internet and is stored in the price foundation database, and the price data can be analyzed and processed through the price management system.

The invention relates to a video monitoring-controlling method for small hydraulic power plant under narrow-band network. The monitoring-controlling system comprises host machine, camera, cradle head, video collection card, network card and modem. The monitoring-controlling method includes: 1.collect video data flow; 2.net-band dial and network connection; 3.set up the network connection with servo; 4.maintenance of picture frame column; 5.computing the rectangular matrix Tmin of variable zone; 6.compress the grating picture of variable zone; 7.asynchronous SOCKET transmission of compressed picture of variable zone; 8. decompress the grating picture of variable zone; 9.restoring the present picture frame Cí». Advantages: realized remote collection of large amount of data and good data transmission reliability.

The invention discloses a wireless sensor node with an automatic inspection function, which comprises a sensor module, a data processing module, a short-range wireless communication module, a wireless transceiver / receiver module, a data memory module, a display unit which synchronously displays the detected information of the sensor module, the inspection result of a sensor activation state and the relevant working parameters of the data processing module, a power module, and an automatic inspection unit which consists of a plurality of sensor activation state detection units, a working parameter detection unit, a timing module, a power detection unit, the timing module and the data processing module and periodically and automatically inspects the wireless sensor node. The wireless sensor node has a reasonable design, the network is convenient to distribute and maintain, the wireless sensor node is simple to operate, and has a good use effect and high intelligent degree, the automatic inspection unit periodically and automatically inspects the wireless sensor node through automatic inspection, all the sensors in the sensor node can be effectively ensured to normally and orderly work, and the inspection effect is directly displayed.

The present invention proposes a remote acquisition and communication system for power equipment data and method. The remote acquisition and communication system comprises: a substation RTU for centrally controlling field power equipment and acquiring field data; a remote dispatching master station which has a monitoring center network accessed to Ethernet; a wireless private network which is a private network unable to access the Internet, wherein each set of equipment for setting up the wireless private network has a fixed IP; firewall equipment which is connected between the monitoring center network and the wireless private network, wherein equipment in the monitoring center network accesses the wireless private network through the firewall equipment; and wireless routing equipment which is connected with the substation RTU and is configured to be connected to the wireless private network. The remote dispatching master station accesses the substation RTU through the wireless routing equipment after accessing the wireless private network, so as to remotely acquire the field data. According to the present invention, the remote acquisition and communication system for power equipment data and the method achieve that the dispatching master station remotely acquires data of the substation, are low in cost, and do not bring risks to substation production networks.

The invention discloses an automation monitoring method based on a cloud technology and a system configuration. The monitoring method comprises the following steps of starting; collecting original physical quantities by a sensor; carrying out data upper-level transmission by a data acquisition end; receiving and analyzing the data by a server; calculating and acquiring a monitoring index by the server; transmitting to a calculating result database; inquiring and monitoring the data by a client; displaying a monitoring result by a client interface; and ending. The system configuration comprisesa data acquisition layer, a data processing layer and a data display layer. The data acquisition layer comprises a number I acquisition instrument, a number II acquisition instrument, and a number III acquisition instrument which are used for collecting different parameters in basic settings. In the invention, remote acquisition and remote query are realized and data report timeliness is increased; and a uniform transmission protocol is adopted and different sensor types are compatible. By using the automatic monitoring system, the cost of monitoring system construction can be saved, data timeliness is increased and the safety of a structure object can be guaranteed.

The invention discloses a remote abnormity processing method based on an intelligent water meter with no data for many successive days and relates to a remote processing method of a water meter. At present, operation and maintenance of intelligent water meters are generally the responsibility of local management units, such as gas companies, and the water meters which cannot be handled remotely are transferred to corresponding equipment local management units, so that work efficiency is low, and fault elimination capability is weak. The method comprises the following steps: 1) obtaining data of water meters and monitoring the data of the water meters; 2) when reading data of the running water meter of a low-pressure user is continuously failed to be collected, carrying out analysis and judgment; 3) carrying out diagnosis and processing on the fault that the intelligent water meter has no data for many successive days; and 4) carrying out remote processing, comprising proofreading marketing archives, proofreading a terminal electric energy meter / AC sampling parameters, proofreading terminal tasks, proofreading terminal clocks and proofreading meter clocks. The method cooperativelyfinishes and realizes remote diagnosis and processing from various aspects, is high in accuracy, effectively improves work efficiency, reduces cost and improves fault elimination capability.

The invention discloses a photovoltaic power station equipment log retrieval method and system. The photovoltaic power station equipment log retrieval method comprises the steps of obtaining log information of photovoltaic power station equipment, wherein the log information is used for recording an operation state of the photovoltaic power station equipment; performing word segmentation processing on the log information, and extracting keywords of the log information; and extracting morphemes of query statements input by the user, and determining a retrieval result according to the relevancybetween the morphemes of the query statements and the keywords of the log information. According to the technical scheme of the embodiment, the problems that a traditional on-site fault positioning method consumes manpower and material resources, and a unified formatting log information processing method is low in retrieval efficiency, and rapid positioning cannot be carried out on photovoltaic power station equipment faults are solved. Remote acquisition, storage and retrieval of the log information of the photovoltaic power station equipment are realized, and the log information retrieval mode is flexible, and the data processing speed and retrieval efficiency are improved, and the cost of commissioning and on-site debugging by operation and maintenance personnel is reduced, and the intelligent operation and maintenance capability of the photovoltaic power station is improved.

The invention relates to a self-assessment system of a hepatolenticular degeneration speech disorder based on compression sensing. The self-evaluation system is characterized in that the self-evaluation system includes an articulation disorder automatic assessment module, a speech disorder automatic assessment module, a disease classification automatic recognition module, and a disease grade automatic assessment module. According to the self-assessment system, improved speech signal compressed sensing sampling is provided, the powerful hardware support and the data compression technology are provided for remote patient data sampling, the self-assessment system is of great practical significance to realize remote data acquisition and testing, a foundation is laid for acquisition of regionalsample data needed for the later database construction, and the powerful technical support is also provided for using of a self-identification system for all patients.

The invention discloses a multi-mode data collecting device installed on an unmanned small vehicle and used for collecting field crop growth data information, and relates to the technical field of precision agriculture. The multi-mode data collecting device comprises a vehicle body, data collecting modules used for collecting field information, a folding mechanism used for driving the data collecting modules to be unfolded and folded and a rotating mechanism used for driving the folding mechanism to rotate. The multi-mode data collecting device comprises the two data collecting modules, one data collecting module is used for collecting information of a field earth surface environment, such as environment temperature and humidity and illumination intensity, the other data collecting moduleis used for collecting soil information, the former is realized through the folding mechanism and the rotating mechanism, and the later is realized through an information collecting mechanism, and thecollected information is transmitted to a remote server through a corresponding wireless transmission module, so that remote collection is realized.

The invention discloses an industrial-grade 4G whole-network short message and telephone ringing alarm terminal and an alarm method thereof. The alarm terminal is composed of a central processor unit.The utility model discloses a 4G whole network communication modem unit. An SIM card unit, a switch input state detection unit, an analog quantity acquisition unit, a switch quantity output control unit, a level conversion unit, a communication interface unit, an LED indicating lamp unit, an internal and external power supply monitoring and seamless power supply switching unit, a watchdog controlunit, a power supply management unit and a lithium battery charging management unit. The alarm method comprises the following steps: (1) setting equipment parameters; (2) power-on initialization is carried out; and (3) detecting and entering a short message sending ready state, and starting short message alarming and telephone ringing reminding when an event occurs. The alarm short message can besent to multiple persons at the same time, and the receiving object of the short message can be reminded in time; and equipment detection signals are diversified, and alarm short message contents canbe flexibly set.

The invention discloses a conversion control device and a conversion control system, wherein a conversion module is used for converting a power carrier signal from a first interface module into a serial port signal, providing the serial port signal to a second interface module, and / or converting the power carrier signal into a network signal, providing the network signal to a third interface module, is used for converting the serial port signal from the second interface module into the carrier electric carrier signal, providing the carrier electric carrier signal to the first interface module, and / or converting the serial port signal into a network signal and providing the network signal to the third interface module, and is used for converting the network signal from the third interface module into the serial port signal, providing the network signal to the second interface module, and / or converting the network signal into the carrier power carrier signal, and providing the carrier power carrier signal to the first interface module. The data of an electric energy meter can be acquired and converted into an appropriate format to be transmitted to an acquiring terminal effectively; and moreover the data of the acquiring terminal can be converted into a format which can be identified by the electric energy meter to be transmitted to the electric energy meter, thus the remote acquisition and transmission of the data of the electric energy meter are realized, and the electric energy meter can be monitored in a remote distance.

The invention discloses an intelligent energy consumption collector based on power line carrier communication. The intelligent energy consumption collector comprises a display module, a control module, a power module, a data collection module, a heat dissipation module and a data communication module. The technology of power line carrier communication is utilized, and remote collection of an electricity meter, a water meter and a gas meter can be realized by using a power cable; the equipment is high in integration, and a collector, a repeater, a data receiver and network communication equipment inside a remote meter reading system are integrated together; the intelligent energy consumption collector is provided with the display module and the control module, and real-time energy consumption data of an appointed user can be acquired; the power module is provided with a voltage stabilization source, and AC 220V civil electricity can be converted into DC 24V, so that the power supply ofpartial modules is facilitated; the intelligent energy consumption collector is additionally provided with the heat dissipation module, so that the safety of electricity utilization is guaranteed; equipment data support flexible transmission of four media such as wireless WIFI, a twisted pair, an optical fiber and an SD card; the equipment data support flexible examination of local and mobile terminal, so that the intelligent energy consumption collector can be widely applied to the remote meter reading system in a smart city.

The invention discloses an automatic triggering type Ad hoc network node of a wireless sensor network. The automatic triggering type Ad hoc network node comprises: a sensor module; a short-distance wireless communication module for automatically searching adjacent wireless sensor nodes; a CPU (Central Processing Unit) module; a working parameter detecting unit for detecting the working parameters of monitored equipment in real time; a signal trigger for transmitting the work instruction of a triggering sensor to the CPU module according to information detected by the working parameter detecting unit; an LED (Light Emitting Diode) display unit; a parameter setting unit; and a power supply unit and a wireless transceiving module which are connected with the CPU module. The CPU module conducts two-way communication with an upper monitoring computer through the wireless transceiving module; and the signal trigger conducts two-way communication with the CPU module in a wired or wireless way. The automatic triggering type Ad hoc network node is reasonable in design, convenient to distribute in network and maintain, easy and simple to operate, excellent in using effect, high in intelligent degree and capable of automatically triggering the sensor module by a triggering device which consists of the working parameter detecting unit and the triggering sensor.

The invention discloses a water level monitoring equipment used for hydraulic electrogenerating, which structurally comprises water, a water level monitoring device, the ground, support uprights and amonitoring and control terminal. The water level monitoring equipment is simple and convenient, monitored numerical value is accurate, safety is high, dynamic change condition can be mastered timely,remote collection and remote monitoring of data can be realized, all monitored data enter a database, and various reports and curves can be generated; a worker fixes the water level monitoring devicein a proper position at the edge of the ground, then a floating plate is driven to change in ascending or descending position along with the change of water level of a reservoir, and then the workercan be reminded that the water level of the reservoir exceeds the warning line by a warning light, so that the worker can be prepared in prevention measures.

The invention discloses a remote test device, system and method, and the system comprises a server side which is configured to collect and store sensor data. The method comprises the following steps of receiving a request sent by a mobile terminal, responding to the request, sending the stored sensor data to the mobile terminal for displaying, recording the working state of data acquisition and request response, carrying out hierarchical management on the recording result, creating each application sub-process, and monitoring the state of each application sub-process to realize process daemon;and the mobile terminal which is configured to send a request for checking the sensor data to the server side, receive the sensor data returned by the server side and display the sensor data.

The invention relates to an electromagnetic environment long-term continuous monitoring system for an extra-high voltage alternating current / direct current parallel transmission line. An infrared probe is used for sensing head and end point markers and collection point markers; the infrared probe can sense the markers, so that the markers can be adopted as triggers for signal acquisition and position markers, and therefore, a monitoring vehicle can reciprocate on a track and continuously collect various monitoring data (such as ground combined field strength, environmental electromagnetic field intensity, radio interference monitoring signals and noise values) through a signal acquisition device within the range of the track range; the parallel transmission line can be monitored based on analysis on the collected data signals; and the automatic collection of the data is realized, and the whole process does not require manual intervention. The system can be applied to monitoring in various meteorological environments.

The invention discloses a granary gas acquisition device for unmanned aerial vehicle mounting. The granary gas acquisition device includes a top plate, four supporting legs, a gas sampling mechanism,a suspension recycling and releasing mechanism, and a vehicle body binding mechanism; the gas sampling mechanism is mounted on the suspension recycling and releasing mechanism in a suspended mode through a suspension rope; the suspension recycling and releasing mechanism is arranged at the center of the lower side surface of the top plate and used for releasing and recycling the gas sampling mechanism; and the vehicle body binding mechanism is arranged on the upper side surface of the top plate and used for installing the top plate on an unmanned aerial vehicle body. According to the granary gas acquisition device for unmanned aerial vehicle mounting, releasing and recycling control over the gas sampling mechanism can be achieved through the suspension recycling and releasing mechanism, sothat remote gas collection is achieved by cooperating with the gas sampling mechanism, people do not need to enter a granary to conduct detection, and people safety is effectively ensured; and the vehicle body binding mechanism can be used for meeting adaptive installation of the acquisition device to various unmanned aerial vehicles, and good universality is achieved.

The invention relates to a data processing technology, in particular to a method and device for processing physiological data signals across a hardware platform. The method and the device are used forsolving the problems in the prior art that the speed of reading the physiological data signals is low and the physiological data signals cannot be collected and transmitted in real time. The method comprises the following steps that on the basis of the signal type of the collected physiological data signals, a collecting end encapsulates the physiological data signals according to the size of a corresponding signal analysis window and sends the encapsulated physiological data signals to a receiving end; after receiving the physiological data signals, the receiving end can analyze the size ofthe window according to reset signals of the corresponding signal type and read data from the physiological data signals for analysis processing. Therefore, the collecting end and the receiving end separately carry out corresponding encapsulation and reading on the basis of the signal type of the physiological data signals so that remote collection and real-time monitoring analysis of the physiological data signals can be realized, the speed of analyzing the physiological data signals is increased, and the difficulty of processing the physiological data signals is reduced.