35results about How to "Save hardware space" patented technology

The invention provides a computer, a dual-mode DP and HDMI transmission device and its use. The dual-mode DP and HDMI transmission device includes a driver circuit and a control circuit. The driver circuit is controlled by a data signal, and the control circuit is coupled to on the drive circuit. The control circuit transmits the data signal in DP mode or HDMI mode according to a mode signal. Theuse of the dual-mode DP and HDMI transmission device includes receiving a mode signal; according to the mode signal, determining whether to configure the dual-mode DP and HDMI transmission device to transmit the data in DP mode or HDMI mode; and configuring the dual-mode DP and HDMI transmission device based on the determined mode. The present invention can reduce the hardware space required in the calculating device and saves the corresponding cost.

A portable electronic device includes a battery, a metal element, a control circuit and a plurality of impedance elements. The battery is disposed in a carrier. The metal element receives a feeding signal through a feeding point to generate at least one radio-frequency signal. An orthogonal projection of the metal element on the carrier is overlapped with an orthogonal projection of the battery on the carrier. The control circuit is configured to control the battery so that a plurality of operation signals are transmitted between the battery and the control circuit. The plurality of impedance elements are electrically connected between the battery and the control circuit, and the plurality of impedance elements transmit the plurality of operation signals and block the at least one radio-frequency signal.

The present disclosure provides an image processing method, device, terminal, and storage medium. The method includes: obtaining an RGB-NIR image sensor replacing a G component in a Bayer RGGB mode with an NIR component; using the RGB-NIR image sensor to obtain an RGB-NIR RAW image; and obtaining an RGB image and a near-infrared (NIR) image by demosaicing the RGB-NIR RAW image based on a vector median method.

The invention discloses a capacitive switch safe isolation program-controlled power supply circuit. The capacitive switch safe isolation program-controlled power supply circuit comprises a bridge type rectifying circuit, a single chip microcomputer, a capacitive program-controlled voltage-reduction circuit and a switch circuit; the bridge type rectifying circuit is composed of triodes Q1 and Q3 and diodes D2 and D3; the base electrodes of the triodes are connected with the single chip microcomputer; the capacitive program-controlled voltage-reduction circuit comprises capacitors C2, C3 and C4 and triodes Q4 and Q5 to form direct current stage-by-stage voltage reduction; the base electrodes of the triodes Q4 and Q5 are connected with the single chip microcomputer; the switch circuit comprises two groups of program-controlled synchronous switches; the first group switches are connected with the output end of the bridge type rectifying circuit, and the input ends of the capacitor C2 and the triode Q4; the second group of switches are connected with the output ends of the capacitor C2 and the triode Q4, and the input ends of the capacitor C3 and the triode Q5; and the two groups of the program-controlled synchronous switches are closed in different time. The capacitive switch safe isolation program-controlled power supply circuit adopts the capacitive program-controlled voltage-reduction circuit instead of a cumbersome power supply transformer, so that the factor power of the mains supply is improved and a large amount of electric energy is saved.

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 provides a digital instrument stepper motor driving method and a system. through acquiring an operation state of a motor in real time in a control process, the current position and a target position of the stepper motor are judged, the current position and the target position are compared, a program for driving the stepper motor is started when the current position and the target position are not consistent, and according to the current position of the stepper motor, the duty ratio of a driving pulse signal is adjusted to drive the stepper motor to rotate until the current position of the motor is the same as the target position. Thus, according to the above scheme, through determining the operation state of the stepper motor in real time, the operation process of the stepper motor is controlled, and when the method and the system are applied to a pointer-type dashboard, the working state of the vehicle can be accurately reflected in real time.

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 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.

A phase-locked loop circuit. The phase-locked loop circuit comprises a phase detector, a proportional charge pump, a decimator, an integral charge pimp, and a voltage-controlled oscillator. The phase detector obtains an phase error information according to a phase difference between a reference signal and a clock signal input to the phase detector. The proportional charge pump coupled to the phase detector generates a first voltage according to the phase error information. The decimator generates a decimated version of the phase error information by a decimation factor of N. The integral charge pump generates a second voltage according to the decimated version of the phase error information. The voltage-controlled oscillator generating the clock signal according to a combination of the first and second voltages.

The invention discloses a face recognition method, device and mobile terminal, belonging to the field of biological feature recognition. The method includes: according to a preset collection rule, using a dual light sensing camera to obtain a visible light face image set; according to the preset collection rule, using the dual light sensing camera to obtain an infrared light face image set; judging whether the local end There is a face template image matching any face image in the visible light face image set and the infrared light face image set; when the local end exists, the face recognition is passed. The present invention uses dual light sensing cameras for face recognition, which can realize face image collection and face recognition under different ambient light conditions, improves the accuracy of face recognition, and does not require mobile terminals to be equipped with multiple cameras, saving The hardware space improves the cost performance and facilitates the user to carry and operate the mobile terminal.

The present invention proposes a device for arranging data with horizontal segmentation, including a frame memory and a frame data arrangement device. The frame data arrangement device is coupled with the frame memory. The frame memory is used to store frame data with m vertical fields, and each vertical field has n horizontal fields. The frame data arrangement device is used to cover the first data block by the arranged first data block and cover the second data block by the arranged second data block, wherein, the frame data of the first data block with Vstripe line are arranged according to the n values, and the frame data of the second data block with Hstripe line are arranged according to the m values.

The invention provides a method and a system for driving the rotation of a stepping motor. The method comprises the steps that a total number N of the times of acceleration needed by the stepping motor from starting to constant-speed running is set, and time tn needed for the nth time of acceleration is set, wherein n is an integer, 1<=n <= N, and simultaneously, tn< tn-1; the stepping motor is driven according to the total number N and the time tn needed for each time of acceleration; and when the number of the times of acceleration is equal to the total number N, the motor is driven to run at a constant speed. When the control method is adopted to drive the stepping motor, only acceleration and constant-speed processes are included, so that the control process is simple; in addition, the total number N of the times of acceleration and the time tn needed for each time of acceleration are respectively adjustable, so that the stability of the running of the stepping motor is facilitated, and that is to say, the stepping motor is enabled to stably and rapidly to rotate to a constant-speed period.