221results about How to "Reduce the number of charging" patented technology

The invention discloses a device and method for managing batteries. The method comprises the following steps: determining whether an external power supply needs to be connected; using the external power supply to directly supply power for an electricity consumption module if the external power supply needs to be connected; determining whether the electric quantity of a first battery is lower than a first threshold if the external power supply does not need to be connected; using the first battery to supply power for the electricity consumption module if the electric quantity of the first battery is not lower than the first threshold, and determining whether the electric quantity of a second battery is lower than the first threshold if the electric quantity of the first battery is lower than the first threshold; and using the second battery to supply power for the electricity consumption module if the electric quantity of the second battery is not lower than the first threshold, and stopping to supply power for the electricity consumption module if the electric quantity of the second battery is lower than the first threshold. According to the invention, the first battery and the second battery can work in an alternative mode, and the battery can be replaced instead of being charged directly when lack of power, so the number of charge cycles can be reduced and the situation that the shortened life expectancy of a battery can cause the life expectancy of the whole power supply system to be shortened can be avoided, thus the service life of the battery powered system can be improved as a whole.

The present invention discloses a power supply management method, which comprises that: when an electronic device is in a first operating mode, PDU detects electric quantity parameters of a storage battery or storage battery pack in the electronic device, determines whether the electric quantity parameters meet preset charging conditions, and outputs an instruction to EC when the electric quantity parameters meet the preset charging conditions; and the EC responses the instruction and controls a charging circuit to charge the storage battery or storage battery pack. According to the power supply management method, charging control on the storage battery or storage battery pack in the electronic device is achieved with the matching of the PDU and the EC; and before the PDU outputs the instruction to the EC, the EC is always in the low power consumption mode and can not be waked up frequently so as to reduce EC power consumption and reduce the number of charging on the storage battery or storage battery pack, such that the service life of the storage battery or storage battery pack is prolonged. The present invention further discloses a power supply management system and an electronic device.

The invention discloses a battery charging management device under the shutdown state and a method thereof, and the method comprises the charging starting management step under the shutdown state and the charging finish management step after full charging. The charging starting management step comprises the following steps: A1 after each time of full charging and switching the power supply switching circuit to the interruption state, timing is started; B1, when the counted time reaches a first time, the electrical source manage circuit controls the electrical switching circuit to be the turn-on state, so as to communicate the battery module with the electrical source. The invention also discloses a method for managing battery charging. The invention facilitates battery charging management to become simple under the shutdown state and realizes the low-power consumption design under the shutdown state.

The method provides an electronic paper display device, a display device and a driving method. The driving method includes obtaining a frame of image data and comparing with a current frame of image data; providing driving waveform data according to comparative results; and providing driving waveforms corresponding with the driving waveform data to drive the display device, allowing the display device to update a current frame of image data to a next frame of image data through a multiframe transition image, wherein for a same frame of transition image for the display device, driving waveforms with same time of duration are provided to each display unit of the display device; for different frames of transition images, the driving waveforms provided to a same line of display units of the display device do not have same time of duration, thereby prolonging charging time of at least part of frames of transition images to reduce displaying of frames of frames of transition images. The driving device can save power by using the driving method.

The invention provides an electrically assisted bicycle having a simplified construction for reliably effecting a change-over to regenerative generation of power. The bicycle comprises a human power drive mechanism using a human drive force, and an electric drive mechanism adapted to receive power supplied from a battery 13 for driving a motor 32 with a drive force in accordance with a value detected by a torque detector 41 for detecting human torque of the human power drive mechanism. Electric power is produced by regenerative generation when cranks 6 of the human power drive mechanism are rotated with a number of revolutions smaller than is needed for causing the bicycle to run on a level road at a speed detected by a speed detector 40.

The invention discloses a separable trailer type electric bus. The separable trailer type electric bus comprises a traction carriage, a trailer carriage and hitching systems, wherein the traction carriage mainly comprises a power system, an operation control system, a hitching system and a power battery pack, the power battery pack supplies power for equipment in the traction carriage, an operation control system controls equipment in the two carriages to run; the trailer carriage mainly comprises a power battery pack and a hitching system, the power battery pack supplies power for equipment in the trailer carriage, and when the traction carriage and the trailer carriage are connected together by the hitching systems, a power battery in the trailer carriage supplies power for the power system or other equipment in the traction carriage. By the adoption of the separable trailer type electric bus, the operation of a bus company becomes more flexible, energy waste can be reduced, the service life of the power batteries can be effectively prolonged, and maintenance and replacement cost of the power batteries and bus running cost can be lowered.

The invention discloses an intelligent spot inspection periodical repair instrument which comprises a sensor signal processing circuit, a non-contact type infrared temperature measuring interface circuit, an information button, an electric tag interface circuit, an infrared laser bar code scanner, a GPRS (General Packet Radio Service) module, a TFT-LCD (Thin Film Transistor Liquid Crystal Display) screen, keys, a touch screen, a USB (universal Serial Bus) data interface and an ARM9 (Advanced Reduced Instruction-Set Computer Machines) processor, wherein the sensor signal processing circuit can be connected with various sensors, is processed by analogue filtering and enters an AD (Analogue / Digital) converter for converting to form digital signal data; and the digital signal data are read by the ARM9 processor, are processed by software filtering, integration, fft and other algorithms and then are analyzed. A non-contact type infrared temperature measuring module is used for detecting the surface temperature of mechanical equipment and accurately acquiring temperature distribution of measured equipment or a temperature value or a temperature rise value of relevant fault positions.

The invention relates to an animal management method and an animal management system for achieving the same. The system comprises a main control terminal and a plurality of controlled terminals. Each animal body wears a controlled terminal, the controlled terminal monitors data of the corresponding animal such as the position, the heart rate, the body surface temperature, the feeding condition and the exercise quantity and transmit the data to the main control terminal, so that workers can timely find the animals with abnormal bodies and the lost animals and facilitate the follow-up work.

A method for reducing power consumption of a radio-frequency SIM card in a standby mode is characterized by comprising the following steps: when the radio-frequency SIM card is in the standby mode, using a main control integrated circuit (120) to periodically send wake-up clock pulses (Pwd) to enable a radio-frequency wireless receiving and sending chip (100) to be started normally; using the radio-frequency wireless receiving and sending chip (100) to detect the state of communication with a peripheral device and send different indication signals to self and the main control integrated circuit (120); and continuously switching on the radio-frequency wireless receiving and sending chip (100) and the main control integrated circuit (120) to enable the radio-frequency SIM card to be communicated with the peripheral device, or immediately switching off the radio-frequency wireless receiving and sending chip (100) and continuously switching off the main control integrated circuit (120) toenable the radio-frequency SIM card to work in a small current mode, and terminating the wake-up working state. The scheme of the method of the invention can enable the radio-frequency SIM card and aradio-frequency hand-held device to work in the standby (suspend) mode in most time, thus the total standby (suspend) duration can be prolonged relatively.

The invention relates to an automatic dynamoelectric electric motor car which comprises an electric motor car body, an accumulator battery fixed on the electric motor car body, a controlling inverter power source, an electric motor and a generator; wherein the electric motor driver a speed changer to rotate; the speed changer drives the back litter of the electric motor car to rotate; the back litter of the electric motor car drives the back wheel of the electric motor car to rotate; the accumulator battery is electrically connected with the controlling inverter power source and supplies power for the electric motor; an output shaft of the electrical motor is fixedly connected with a belt wheel which drives a charging generator; the charging generator is electrically connected with the controlling inverter power source and supplies power for the accumulator battery. The electrical motor car is added with the charging function; therefore, the accumulator battery can be supplemented with the power source at any time, the service time of the accumulator battery is prolonged, and the charging frequency of external power source is reduced. The electrical motor car can run for long distances, converts the potential energy of the electric motor car in downgrade into the electrical energy stored in the accumulator battery; and simultaneously in case of no power, the electric motor car can pushed to charge the accumulator battery for the electric motor car to run.

The invention provides a self charging walking electrically power assisted bicycle, which comprises a bicycle frame, bicycle wheels, bicycle shafts, an electric motor and a storage battery, wherein the electric motor is arranged on the bicycle shafts, and the storage battery provides motive power for the electric motor. The invention is characterized in that a set of chain wheels and gears is arranged on a fly wheel of the back bicycle shaft and drives a permanent magnetic AC power generator to generate power through the transmission to a chain wheel or a gear arranged on a shaft of the permanent magnetic AC power generator via a chain or the gear, an output winding of the permanent magnetic AC power generator is connected with a detector, an intelligent controller, a power supply processing circuit and a motor control circuit, the detector is connected with an electric motor control circuit, the electric motor and the storage battery, and an output lead of the storage battery is connected with the electric motor. When the electric bicycle is in normal operation, an internal-combustion AC power generator set assembled in the electric bicycle provides the motive power for the electric bicycle. When the speed reaches 20 km per hour, the power generation amount of a self power generator also has excessive electric energy to be charged to the storage battery.

A double charged battery supply device for communication terminals power detection end of 1, the input end of 2 are connected with the input end of 4 and connected with the positive output end of 8, the first signal output end of 1 is connected with the control signal input end of 2, the second signal output end of 1 is connected with the control signal input end of 4, the input end of the first voltage detection input end of 1, output end of 2, the input of 3 are connected with the positive of 6, the second voltage test input end of 1, the output of 4, input of 5 are connected with the positive of 7, the negative of 6, 7 are linked to the earth, the output of the first control signal is connected with the input of 3, the second output end of 1 is linked to the input of 5, the output of 3 with output of 5, the earth ends of 2 and 3 are connected with the negative end of 6, and those of 4 and 5 are connected with the negative of 7.

A doffing parent-subsidiary car device with a four-bar lifting mechanism belongs to the field of doffing equipment of ring spinning frames and comprises a doffing car and a liftable parent car, wherein the doffing car comprises a car body, a suspension mechanism, a travelling mechanism, a bobbin pulling mechanism and a bobbin insertion mechanism; the liftable parent car comprises a car frame, a rotating component, an air spring, a second motor and a second transmission mechanism. The device utilizes the parent car and the subsidiary car to separate loading and doffing functions, realizes functions of automatic travelling, doffing and bobbin insertion, and has an automatic loading function, and the height of the doffing car can be adjusted continuously to adapt to the heights of upper guide rails of spinning frames of different specifications; the degree of automation is high, and the loading and unloading operations are easy; the parent car does not follow the doffing car to travel for doffing, so that the power loss is reduced, and the service life of a battery is prolonged; doffing of all bobbins of a spinning frame is realized by the use of two analog guide rails and false spindles.

The invention relates to a direct current multi-purpose large-power LED lighting energy-saving lamp of a microcomputer, belonging to the field of power lighting. The lamp comprises a lamp body (1), a control circuit board (5), an LED light emitting device (8) and a reflecting cover body (9) and the like; the positive electrode and the negative electrode of a power line (2) are connected with the positive electrode and the negative electrode of a direct current power supply; the other end of the power line (2) is connected with the control circuit board (5); the LED light emitting device (8) is arranged on a radiating plate (6); a temperature sensor (12) is arranged at the back of the control circuit board (5); the control circuit board (5) and the radiating plate (6) are arranged in a shell (4) at interval; the reflecting cover body (9) is arranged at the lower end of the radiating plate (6); and the waterproof transparent cover (10) is arranged at the bottom end of the shell (4). The lamp has energy-saving efficiency, can save energy by 80 percent compared with the incandescent lamp under the condition of equal lighting effect, and has long service life which is 33.3 times as that of the incandescent lamp under the environment of equal power energy use, and the like.

The invention relates to the technical field of battery pack safety and heat dissipation, and discloses an anti-overheating, anti-spontaneous combustion and anti-spontaneous explosion method for a battery pack, which comprises a box body, a cooling unit and a decompression unit. The battery pack is composed of an inner shell, an outer shell, a battery pack module, a stand column plate module, a battery grid, a battery pack grid, a flow dividing hole pipe and a flow guiding liquid pipe. A liquid inlet is formed in one side of the battery pack, a liquid pumping opening is formed in the other side of the battery pack, a liquid inlet and a liquid outlet are formed outside the battery pack, and spaces are formed around the batteries for direct heat dissipation. The cooling unit comprises a temperature controller, a cooling liquid pump and an electric valve. The decompression unit comprises an external heat exchanger, a vacuum pump and an exhaust safety valve. The anti-overheating, anti-spontaneous combustion and anti-spontaneous explosion method for the battery pack disclosed in the invention has the characteristics of low cost, high efficiency, simple structure and strong universality,and a method of directly soaking a battery without closing or enclosing frame liquid.

The invention provides a liquid crystal display panel and a driving method of the liquid crystal display panel. The liquid crystal display panel comprises a plurality of pixel units which are arranged in an array mode, a first common electrode wire and a second common electrode wire, wherein more than two successive rows of successive pixel units form one set, and multiple sets of pixel units are formed. Any two adjacent rows of pixel units in each set are respectively connected with the first common electrode wire and the second common electrode wire, the last row of pixel units of the former set of the two adjacent sets and the first row of pixel units of the later set of the two adjacent sets are connected to the same common electrode wire, the common voltage reversing cycle of the first common electrode wire and the common voltage reversing cycle of the second common electrode wire are the same and mutually opposite in phase, and every time one set of the pixel units is scanned, the common voltage reversing cycle of the first common electrode wire and the common voltage reversing cycle of the second common electrode wire are reversed once. The liquid crystal display panel and the driving method of the liquid crystal display panel can avoid the phenomena of whitening, blackening and abnormal gradual change of colors, and can lower the power consumption.

The invention provides a charging management method of a mobile terminal battery, which includes steps as follows: step S302. an initial charging starting point is set; step S304. a statistical analysis section for counting surplus of a battery at the beginning time is set and a statistical array for recording the surplus of the battery in the statistical analysis section at every start-up time is established; step S306. current surplus of the battery is read and is stored into the statistical array in sequence; step S308. a new charging starting point is calculated according to preset self-adapting algorithm; and step S310. the initial charging starting point is updated by the new charging starting point. In addition, the invention also provides a charging management device for the mobile terminal battery. Through the application of the method of the invention, an optimized charging starting point can be calculated by measurement, thus lengthening service life of the battery; particularly as to those users rarely using the battery for power supply, the method of the invention can lengthen the service life of the battery and reduce the probability of explosion to a large extent in an intelligent mode.

The invention discloses a vehicle-mounted on-the-way alternating automatic charging and electricity supplying system and method for an electric vehicle. The vehicle-mounted on-the-way alternating automatic charging and electricity supplying system comprises a wind-driven generator, wherein the wind-driven generator provides a charging current for a first group of electronic switches and a second group of electronic switches through a rectifier, a DC-DC convertor and a constant-current charger; a charging interface of the first group of the electronic switches is connected with a first accumulator battery and an electricity supplying interface of the first group of the electronic switches is connected with a second accumulator battery and an electricity device, a charging interface of the second group of the electronic switches is connected with a second accumulator battery and an electricity supplying interface of the second group of the electronic switches is connected with the first accumulator battery and the electricity device; the first group of the electronic switches and the second group of the electronic switches are controlled to be alternately opened by a switching controller; when the first group of the electronic switches are opened, the first accumulator battery is charged and the second accumulator battery supplies electricity; when the second group of the electronic switches are opened, the second accumulator battery is charged and the first accumulator battery supplies electric. According to the vehicle-mounted on-the-way alternating automatic charging and electricity supplying system and method of the electric vehicle disclosed by the invention, the first accumulator battery and the second accumulator battery which are mutually independent are designed, so that periodically alternate charging and electricity supply can be realized, the smooth travelling of the electric vehicle is guaranteed, the endurance mileage is extended, and besides, the parking frequency for charging of the vehicle is reduced.

The present invention provides a management and control apparatus and method for the power consumption of a mobile terminal, and the mobile terminal, the method comprising: obtaining the power supply parameter of a battery for a terminal in real-time; displaying the power supply parameter of the battery for the terminal in a predetermined display mode; and executing a power consumption management and control policy on the basis of the change of the power supply parameter of the battery for the terminal. The management and control apparatus comprises a detection module, a display module and a management and control module. The management and control apparatus is installed in the mobile apparatus. According to the present invention, the power supply parameter of the battery for the terminal is obtained in real-time and then displayed in real-time, and the corresponding power consumption management and control policy is executed on the basis of the change of the power supply parameter. By knowing the real-time power consumption of the mobile terminal very readily, users can get an intuitive feeling about the power consumption of a smart phone, and also, are guided to form a good habit to become experts in extending battery endurance, and furthermore, the service life of the battery can be prolonged while the frequency of battery charging is reduced.

The invention provides an inductive dustbin rechargeable battery, comprising a steel shell, a battery cell, an output structural component and an intermediate connection structure component, wherein the battery cell is placed in the steel shell; the lower end of the USB fixed structural component of the intermediate connection structure component sleeves the open end of the steel shell; the positive end of the battery cell is connected with the positive pole tab connection point (B+) on a PCB substrate; the negative end of the battery cell is connected with the negative pole tab connection point (B-) on the PCB substrate; the output structural component is engaged with the USB metal piece of the intermediate connection structure component; and the positive clamping output end (O+) of an electronic component is in close contact with the metal spring of the positive cap of the output structural component. The inductive dustbin rechargeable battery is convenient to manufacture, safe and reliable, and has a high energy utilization rate.

The invention provides a vehicle congestion region control method and device and relates to the technical field of new-energy automobiles. The method includes the steps that current position information of a vehicle is obtained; the distance before the vehicle reaches a congestion region and the distance of the vehicle traveling in the congestion region when the vehicle passes the congestion region are obtained; according to the distance before the vehicle reaches the congestion region and the distance at which the vehicle needs to travel, whether a high-voltage battery needs to be forcibly charged or not is judged; and when the high-voltage battery needs to be forcibly charged, an internal combustion engine is controlled to forcibly charge the high-voltage battery until the vehicle can besupplied with power through the high-voltage battery so as to pass the congestion region. By the adoption of the provided vehicle congestion region control method and device, power consumption of thevehicle is estimated in advance, the high-voltage battery is charged before the vehicle enters the congestion region, the possibility that when the vehicle travels in the congestion region, the high-voltage battery is repeatedly forcibly charged due to the fact that the electric quantity of the high-voltage battery reaches the lower limit, and the fuel use rate is reduced is avoided, the number of times of charging is reduced, and the service life of the high-voltage battery is prolonged.

The invention discloses a cascade type electric field induction power supplying circuit, belonging to the technical field of online monitoring equipment of an electric power system. The cascade type electric field induction power supplying circuit comprises an induction energy-obtaining circuit, a multi-winding transformer and an energy storage and micro-power consumption DC-DC circuit, which are cascaded with one another sequentially; the induction energy-obtaining circuit is capable of charging an energy-obtaining capacitor by means of displacement current generated by a high-voltage electric field between a metal induction electrode and the earth; the multi-winding transformer is capable of transferring the energy obtained by the energy-obtaining capacitor to an energy storage capacitor; and the energy storage and micro-power consumption DC-DC circuit is capable of converting the voltage of the energy-storage capacitor into the stable voltage grade required by an electric appliance. The power supplying circuit obtains energy by means of the high-voltage electric field of the induction transformer, belongs a self-powered system and does not need an additional power supply; the higher the voltage grader is, the more the obtained energy is; and the cascade type electric field induction power supplying circuit is applicable to a high / ultrahigh system.

The invention relates to a power consumption management system of a digital camera device. The power consumption management system comprises a state detection unit, a power consumption weighing corresponding table and a central control unit, wherein the state detection unit is used for detecting the using function and the camera procedure of the digital camera device in operation; the power consumption weighing corresponding table corresponds to power modules of the digital camera device; the central control unit is electrically coupled with the state detection unit and the power consumption weighing corresponding table; the power consumption weighing corresponding table comprises a plurality of power consumption weighing values of the power modules corresponding to the using function and the camera procedure of the digital camera device in operation; the central control unit weighs the power consumption weighing values on the power modules; and therefore, the total power consumption needed by the digital camera device is saved. In addition, according to the system, the invention also discloses a digital camera device with power consumption management and a power consumption management method thereof.

The invention relates to a device for intelligently charging and discharging a storage battery. The input end of the device is connected with a DC input while the output end is connected with a load. The device comprises a battery module, a microcontroller, a charging protection module, two discharging protection modules, a charging switch, a discharging switch, an intelligent charging mode circuit and a detection module. The DC input is connected with the input end of the charging protection module and the input end of the first discharging protection module respectively. The output end of the charging protection module is connected with the input end of the charging switch. The output end of the charging switch is connected with the input end of the intelligent charging mode circuit. The output end of the intelligent charging mode circuit is connected with the anode of the battery module. The cathode of the battery module is connected with the detection module and the discharging switch respectively. The microcontroller is connected with and controls the charging switch, the discharging switch, the intelligent charging mode circuit and the detection module respectively. The invention also relates to a charging and discharging method. The device and the method of the invention can effectively complete the whole charging and discharging process, guarantee effective management of the battery while guaranteeing that the system works, and prolong the service life of the battery.

The invention discloses a self-rotating type insulator cleaning device and relates to the technical field of maintenance of electric power equipment for a transformer substation. The self-rotating type insulator cleaning device comprises two spiral cleaning units which are symmetrically arranged in the vertical direction, and a driving unit which is connected with the two spiral cleaning units and drives the two spiral cleaning units. Each spiral cleaning unit comprises a spiral guiding semi-pipe body, brush bundles which are inwardly and evenly distributed on the spiral guiding semi-pipe body in a radiation manner, and a driving ring which is fixed to the exterior of the spiral guiding semi-pipe body in a surrounding manner. The outer surface of the driving ring is provided with a guiding groove and an outer gear in the vertical direction. The driving unit comprises a base, a driving motor installed on the base, and a transmission gear box connected with the output end of the driving motor, and two arc-shaped guiding plates are installed on the base in the vertical direction. The self-rotating type insulator cleaning device has the beneficial effects that the self-rotating type insulator cleaning device can be directly installed on an insulator umbrella skirt and cleans the insulator surface along the umbrella skirt of an insulator in the length direction of the insulator, the cleaning effect is good, and the labor intensity of transformer substation maintainers is reduced.

The invention relates to a wireless temperature measurement gun for metal solution and a working method thereof. The wireless temperature measurement gun comprises a temperature measurement control circuit and a temperature display control circuit. The temperature measurement control circuit comprises a temperature measurement microprocessor, a temperature measurement control circuit, an A / D switching circuit and a power switch control circuit. The temperature display control circuit comprises a display microprocessor, a temperature measurement state setting switch and a display apparatus. The working method comprises a step of controlling the power switch, a step of controlling the temperature measurement, and a step of correcting thermocouple measurement accuracy. The beneficial effects of the invention are that the invention does not use compensation lead any more, has high measurement accuracy and reduces production cost; the invention can automatically cut off the electric source in a non-operating state, so that the power consumption in the non-operating state is zero, in addition, the invention prolongs the service life of battery and reduces the times of replacing or charging the battery; the invention does not use an artificial circuit to correct thermocouple measurement accuracy, so as to avoid the error of a potentiometer due to vibration; and the invention can set the test parameters according to the user requirements, and is simply structured and conveniently operated.

The invention relates to an estimating method for residual traveling mileage of a pure electric vehicle based on a T-Box. The estimating method comprises the following steps: uploading current vehiclestate information to a network platform by the T-box; inquiring whether historical energy consumption information is shared or not on a current road section by the network platform, finding and taking historical energy consumption datum E platform energy consumption if the historical energy consumption information is shared on the current road section, otherwise, recording the historical energy consumption datum as 0; calculating residual energy at current moment; calculating average energy consumption E average energy consumption of each time quantum in a travelling process; calculating a difference value between the E platform energy consumption and the E average energy consumption; if the difference value is greater than 0 and is smaller than a calibrated threshold value, indicating that unit reference energy consumption E energy consumption is equal to E platform energy consumption, otherwise, indicating that unit reference energy consumption E energy consumption is equal to E average energy consumption; and calculating the residual travelling mileage, specifically, Sresidual is equal to Eresidual / Eenergy consumption. The estimating method is high in accuracy and reliability of residual travelling mileage calculation, can provide reliable reference to a driver, avoids blind charging, reduces charging frequency, and prolongs the service life of a power battery.

The invention discloses an animal body temperature monitoring system and a machine learning based body temperature state recognition method. The monitoring system includes an acquisition device and an intelligent terminal application; the acquisition device can acquire a contact pressure, the body temperature, and the acceleration information of an animal to be monitored, and can determine if there is an effective contact or not according to the contact pressure; and the intelligent terminal application receives effective animal data of the acquisition device, and recognizes the effective animal data as an animal body temperature state. The recognition method can learn and acquire the normal body temperature of the animal to be monitored in different motion states, and can recognize the body temperature state of the animal on the basis of learned information. The monitoring system can achieve automatic detection and remote real-time monitoring of the animal body temperature without manual detection or records, and can save lots of manpower. The recognition method can eliminate differences in species, ages, individuals and motion states of the animals, is really customized for each object to be monitored, and can achieve accurate and effective body temperature monitoring.