34results about How to "Save hardware space" patented technology

The invention discloses a face identification method, a face identification device and a mobile terminal, and belongs to the field of identification of biological features. The face identification method comprises the following steps of acquiring a visible light face image set through a double-light-ray induction camera according to a preset acquisition rule; acquiring an infrared face image set through the double-light-ray induction camera according to the preset acquisition rule; judging whether a face template image matched with any one of face images in the visible light face image set and the infrared face image set exists on a home terminal; and when the face template image exists on the home terminal, passing through the face identification. According to the face identification method, due to the face identification by the double-light-ray induction camera, face image acquisition and face identification can be realized under different environment light ray conditions, and the accuracy of face identification is improved; and furthermore, the mobile terminal does not need to be provided with a plurality of cameras, so that the hardware space is saved, the performance-to-cost ratio is improved, and a user can carry and operate the mobile terminal conveniently.

The invention relates to the field of mobile communication, and provides a multi-frequency antenna for a mobile terminal. The multi-frequency antenna comprises a metal floor, a first antenna loop and at least one second antenna loop. The embodiment of the invention further provides electronic equipment. According to the multi-frequency antenna, sharing utilization of an optimal radiator is achieved through a plurality of antenna loops; the hardware space is saved; meanwhile, the problem that a plurality of frequencies cannot coexist when an antenna switch is adopted is solved; the multi-band compatibility is achieved; and a good radiation effect is reached.

A display device having an on-screen display (OSD) menu function is provided, which includes a touch display panel, a touch screen controller, a display circuit, and a multiplexer. The touch display panel includes a display layer and a touch layer. The touch screen controller detects the touch layer and outputs a first detection result. The display circuit displays a first image of a first image source on the display layer, and the display circuit has the OSD menu function. In a normal display mode, the multiplexer transmits the first detection result of the touch screen controller to the first image source. If the first detection result complies with a predetermined pattern, the OSD menu function of the display circuit is triggered, and the display circuit enters a screen adjustment mode, and the multiplexer transmits the first detection result of the touch screen controller to the display circuit.

The system and method capable of performing pinyin romanization-phonetic notation conversion of polyphones is used in mutual conversion between simplified font Chinese character pinyin romanization and complex font Chinese character phonetic notation. By means of the "Chinese character pinyin romanization-phonetic notation conversion table" of the present invention and in the internal conversion data base mode, several conversion functions, such as Chinese character pinyin romanization-phonetic notation conversion and Chinese character-phonetic notation conversion, may be realized by only providing one Chinese character data base with phonetic marks. The key of the present invention is its polyphone processing method based on the "Chinese character pinyin romanization-phonetic notation conversion table".

The invention relates to a wearable vital sign monitoring device. A laser light source of the wearable vital sign monitoring device is used for emitting laser to a sensing optical fiber; two ends of the sensing optical fiber are respectively connected with a laser light source and a photoelectric conversion module; the sensing optical fiber is bent after bearing the pressure of pulse or breathingor heartbeat movement of a human body, and a laser signal transmitted in the sensing optical fiber is lost at a bent part and is modulated based on a bending loss principle; the photoelectric conversion module is used for converting the modulation signal of the laser bending loss output by the sensing optical fiber into an electric signal representing the pulse or breathing or heartbeat movement of the human body; and a vital sign signal extraction module is used for extracting the corresponding human body pulse or breath or heartbeat frequency from the electric signal representing the human body pulse or breath or heartbeat movement. According to the invention, the vital sign information of the human body can be accurately monitored in real time.

The invention discloses a safety control system of an intelligent air conditioner. The safety control system comprises an indoor unit and an outdoor unit. The indoor unit is provided with an indoor main control board. The outdoor unit is provided with an outdoor main control board and a variable frequency board. The variable frequency board is provided with an IGBT module driving unit and a communication unit of the outdoor main control board. The outdoor main control board comprises a power circuit connected with an electric supply. The power circuit comprises a bridge rectifier circuit composed of a triode and a diode, a single-chip microcomputer, a capacitance program control voltage reducing circuit and a switch circuit. The switch circuit comprises two sets of switches, wherein the first set of switches are connected with the output end of the bridge rectifier circuit, the second sets of switches are connected with the output end of a capacitor C2 and the output end of the triode Q4, and the two sets of program control synchronous switches are not closed at the same time. The safety control system improves the power factor of the electric supply and saves more electric energy.

The invention relates to a current source stabilizing circuit which is used for stabilizing a current value output by a current source under the condition that temperature is changed. The current value of the current source can rise with the rising of temperature. The current source stabilizing circuit comprises a current source circuit used for providing current which rises with the rising of temperature, a correction circuit which is coupled with the current source circuit and used for providing input current which rises with the rising of temperature; wherein, the current of the current source circuit becomes the current of the current source after being subtracted by the input current; the current of the current source does not change with the temperature. The current source stabilizing circuit can effectively save cost and the space of hardware.

The invention relates to a current source stabilizing method which is used for stabilizing a current value output by a current source when temperature is changed. The current value of the current source can rise with the rising of temperature. The method comprises the steps: a correction circuit is provided; the output current of the circuit rises with the rising of temperature; the coefficient of the current rising with the rising of temperature is equal to the coefficient of the current source rising with the rising of temperature; a connection method is provided, which causes the current value of the current source to be subtracted by the output current before being output; wherein, the current value of the current source does not change with the temperature during output after being subtracted by the output current. The current source stabilizing method can effectively save cost and the space of hardware.

The invention discloses a wireless communication apparatus, comprising a shell, a base plate and an antenna, wherein, a first guide hole is arranged on the edge of the base plate, and the antenna includes a body part. Herein, the antenna utilizes the body part to receive or transmit an electromagnetism signal. On the other hand, the body part of the antenna can penetrate through the first guide hole and be locked in the shell, so the base plate can be fixed in the shell.

The invention discloses a millimeter wave short-range target detection method based on composite frequency modulation continuous waves. The method is high in efficiency and good in real-time performance. The method comprises the following steps: (10) millimeter-wave radar signal transmission: constructing frequency-modulated continuous waves of four target waveforms, and transmitting the frequency-modulated continuous waves as millimeter-wave radar transmission signals; (20) echo signal frequency mixing and filtering: carrying out frequency mixing, sampling and filtering on echo signals and the transmitted signals; (30) difference frequency signal spectrum peak value detection: performing fast Fourier transform and peak value detection on discrete signals, and obtaining echo difference frequency signal peak value frequency corresponding to each segment of target waveform through peak value search; and (40) composite waveform target detection: synthesizing the echo difference frequency signal peak frequency corresponding to each segment of target waveform to obtain a combined target distance velocity matrix, a velocity matrix and a distance matrix; removing false targets in the combined target distance velocity matrix; removing false targets in the combined target distance velocity matrix; and obtaining distance and speed information of a real target.

The invention provides a dipole type antenna which comprises a first radiating body and a second radiating body, wherein the first radiating body comprises a first radiating arm and a first extending arm, and the second radiating body comprises a second radiating arm and a second extending arm. During entity configuration, the first extending arm and the second extending arm are not mutually adjacent, and the first radiating arm and the second radiating arm are mutually parallel.

The embodiment of the invention provides a self-adaptive integrated modular platform based on a next-generation train. The self-adaptive integrated modular platform comprises a first subrack, whereinthe first subrack comprises a plurality of computer main boards; each computer main board is provided with a time-sensitive network TSN network card; the computer main boards are connected with one another through the TSN switch; a train subsystem is arranged in each computer main board; and the train subsystems communicate with each other by using a TSN network protocol. According to the adaptiveintegrated modular platform based on the next-generation train provided by the embodiment of the invention, the hardware space is reduced, the system safety and the expansion capability are improved,the full life cycle cost is reduced, and the adaptive integrated modularization of a train computer platform is achieved through the shared network, the shared host/IO, the shared information and theshared service.

The invention relates to a demura hardware implementation method capable of saving hardware storage space. The method includes: Step S1, capturing an image; s2, according to the mura degree of the captured image, judging the size of the required compensation block; step S3, calculating a compensation value of each compensation block; and S4, compensating the image. According to the method, the hardware space of the demura can be saved.

The invention discloses an alignment adjustment method for a blocking component. The method comprises steps of carrying out alignment adjustment of the blocking component at a drive controller side used for controlling a direct drive motor; according to a deviation value between a first absolute position angle of an output rotating shaft of the direct-drive motor when the blocking component is located at the set position and a second absolute position angle of the output rotating shaft of the direct-drive motor when the blocking component is located at any position, the direct-drive motor is controlled to rotate, and the blocking component is adjusted to the set position from the current any position; the first absolute position angle and the second absolute position angle are determined by capturing pulse width modulation (PWM) signals outputted by a coding disc installed on an output rotating shaft of the direct drive motor. The method is advantaged in that position detection devices such as a travel switch and a detection rod do not need to be additionally installed, hardware cost and the mechanism size space are saved, miniaturization and refinement of a machine core structure can be conveniently achieved through direct drive, and reliability is improved due to the fact that connecting cables of the in-place switch plate are reduced.