77results about How to "Solve the insufficient charging time" patented technology

A liquid crystal display device having a plurality of pixel cells for displaying an image and sensing light incident on the pixel cells, each of the pixel cells includes a pixel circuit that displays an image based on a data voltage supplied from a data line in accordance with a gate signal from a gate line; and a touch sensor that senses light incident on the pixel cell, storing a light sensing signal based on the sensed light, and supplying the stored light sensing signal to a read-out integrated circuit via a read-out line in accordance with a scan signal from a scan line.

Provided is a noncontact type power feeder system for feeding an electric power to a mobile object, which enables a quick charge and transmission of a high electric power and in which a power feeder and a power receiver can be readily manufactured at low cost, comprising a power feeder arranged along a running road surface for the mobile object 1, and a power receiver mounted to the mobile object, the power feeder and the power receiver being opposed fact-to-face to each other for feeding an electric power, wherein the power feeder is secured on the running road surface for the mobile object, or aerially above the running road surface while the power receiver is mounted at a position where the power receiver is opposed face-to-face to the power feeder with a predetermined gap therebetween when the mobile object is stopped at a position where the power feeder is set up, and each of the power feeder and the power receiver is composed of a planer core having long sides extended in the travel direction of the mobile object while the power feeder is fed thereto with an electric power through a power feed line laid underground or aerially.

A display device includes a plurality of pixel cells divided into at least a first pixel cell group and a second pixel cell group; a first data line electrically connected to the pixel cells in the first pixel cell group, and a second data line electrically connected to the pixel cells in the second pixel cell group; and a gate driver driving at least one of the pixel cells in the first pixel cell group concurrently with at least one of the pixel cells in the second pixel cell group.

The invention provides a detecting method and a device of pixel charging compensation, its compensation method and a display device. The detecting method includes steps of classifying a display zone of the display device into at least two compensation zones, and detecting the first brightness of a target pixel in every compensation zone; calculating the compensation time of charging the pixel in the compensation zone where the target pixel locates according to the differential value of the first brightness and the preset brightness. Thus, after compensating the pixel charging time in the compensation zone by the detected compensation time, the charging time of every pixel is approximately the same, so that the charging difference of pixels on different positions caused by the improvement of resolution rate, pixel density and image refreshing rate and delay of the signal line is reduced, the charging uniformity and sufficient charging time of pixels at different positions are guaranteed; besides, the brightness of different positions on the display zone of the display device is uniform.

The invention provides a pixel charging method and an electronic device. The method comprises the following steps: determining the polarity of a voltage signal supplied by a multiplexing control circuit to a target data line among M data lines; if the polarity is the first polarity, controlling the duration of the voltage signal supplied to the target data line to be equal to the first charging duration; If the polarity is the second polarity, controlling the duration of the voltage signal supplied to the target data line to be equal to the second charging duration; the first charge duration is longer than the first minimum charge duration required when the sub-pixel is charged by the voltage signal of the first polarity; the second charge duration is longer than that of the sub-pixel whenthe sub-pixel is charged by the voltage signal of the second polarity, and the second minimum charge duration is smaller than that of the predetermined charge duration. The predetermined charge duration is longer than the second minimum charge duration and smaller than the first minimum charge duration. The invention can ensure that the sub-pixel charging time is sufficient.

A method for driving a liquid crystal display (LCD) in which a single frame is divided into a plurality of sub-frames includes applying a first scan pulse signal and a second scan pulse signal to each gate line for each sub-frame, applying a first data signal to a data line by replying to the first scan pulse signal, applying a second data signal to the data line by replying to the second scan pulse signal, and switching on different light sources at each sub-frame, wherein the first and second scan pulse signals are simultaneously applied to different gate lines. Therefore, the LCD can transmit two scan pulse signals to a single gate line, thereby doubling a driving time of each gate line.

A liquid crystal display (“LCD”) has first, second, and third pixels adjacent to one another in a column direction. The LCD includes a first gate line connected to each of the second and third pixels in common, a capacitance electrode line connected to each of the first and second pixels in common, a first data line connected to the second pixel, and a second data line connected to the first and third pixels.

The invention relates to an initiation device and a control flow, in particular to the initiation device for an electronic detonator and the control flow thereof, aiming to solve the problems of low control efficiency, small load and the like on electronic detonator initiation in the prior art. The device comprises a power supply module, an authorization verification interface module, a human-computer interactive control module, an upper computer control module, a microprocessor control module, a voltage booster circuit module, a double-key control module, a high-voltage engaged switch circuit, a high / low voltage output module and a signal conditioning module. Besides, the invention also provides the control flow of the device. The working process of the whole device is described more specifically. The initiation device for an electronic detonator and the control flow thereof are mainly applied to the field of the electronic detonator initiation control.

The invention relates to the technical field of displaying and discloses a display substrate, a display device and a driving method of the display device; two rows of sub-pixel areas are arranged between every two adjacent gate lines of the display substrate, the adjacent rows of sub-pixel areas on two sides of each gate line share one gate line, so that the gate lines are halved, pixel aperture areas are increased and aperture rate is increased; in addition, as the gate lines are halved, the number of gate drive chips or gate drive circuits is decreased, the cost is lowered and a narrow bezel is achieved; in addition, the charge time of one row of sub-pixel area is doubled, sufficient charge time is provided, and accordingly, pixel charging rate is increased and displaying quality is improved.

The invention discloses a liquid crystal display device and a driving method thereof. The liquid crystal display device comprises a liquid crystal display panel, gate drivers and source drivers, wherein the liquid crystal display panel is provided with 2m scanning lines along the direction of a long shaft of a substrate and n / 2 data lines along the direction of a short shaft of the substrate; the 2m scanning lines and the n / 2 data lines define m columns and n rows of sub-pixels; a (2k-1)th scanning line and a (2k)th scanning line are connected with a k-th column of sub-pixels alternately, k is more than or equal to 1 and less than or equal to m, and m and k are natural numbers; and a g-th data line is connected with a (2g-1)th row of sub-pixels and a (2g)th row of sub-pixels, g is more than or equal to 1 and less than or equal to n / 2, n and g are natural numbers, and n is a multiple of 2. By the liquid crystal display device and the driving method thereof, the number of the source drivers can be reduced, the manufacturing cost of the liquid crystal display device is reduced, and the sub-pixels can be sufficiently charged to have correct potential.

A liquid crystal display (LCD) device includes: a plurality of gate lines; a plurality of data lines that cross the gate lines to define pixel regions; a plurality of thin film transistors at the crossings of the gate and data lines, the thin film transistors of vertically adjacent pixels each connected to a shared gate line of the plurality of gate lines and on opposite sides of the shared gate line; and a plurality of pixel electrodes in the pixel regions, wherein each pixel electrode of the plurality of pixel electrodes is formed in two horizontally-adjacent pixel regions.

A liquid crystal display device having a plurality of pixel cells for displaying an image and sensing light incident on the pixel cells, each of the pixel cells includes a pixel circuit that displays an image based on a data voltage supplied from a data line in accordance with a gate signal from a gate line; and a touch sensor that senses light incident on the pixel cell, storing a light sensing signal based on the sensed light, and supplying the stored light sensing signal to a read-out integrated circuit via a read-out line in accordance with a scan signal from a scan line.

The present invention relates to the technical field of UAVs and discloses an unmanned aerial vehicle control system for field bird driving for the disadvantage of a short on-air time of a field bird driving UAV. The system comprises a UAV, an automatic charging station and a battery. The UAV is internally provided with a flight control system. The bottom of the UAV is provided with a support rod, two battery cabins which are connected to the flight control system. The automatic charging station is internally provided with a hole matched with the support rod, and two lifting rods connected to a battery replacement control system. The lifting rods are provided with battery cabins connected to the battery replacement control system, and the positions of the battery cabins in the automatic charging station are corresponding to the position of the battery cabins on the UAV. The upper and lower surfaces of a battery are provided with two connection ends used for connecting the UAV and the battery cabins on the automatic charging station. Compared with the prior art, the system has the advantages of long on-air time of the UAV and high overall bird driving efficiency.

The invention discloses a lawn cropper, wherein a protective shell is installed on the surface, and an accumulator and a motor are installed in the protective shell; a motor shaft of the motor is vertically downward and extends to the lower side of the platform, and a cutter head on which cutters used for clipping lawn are installed is installed on the part of the motor shaft below the platform; a forward walking wheel is connected with the bottom end of the motor shaft via an extending column, and the extending column is rotationally installed at the bottom end of the motor shaft via a bearing; a grass collection box is installed on the bottom surface of the platform at the rear part of the butter head, and the grass collection box comprises a grass collection opening with an inclined front end face; rear walking wheels are installed at two sides of the grass collection box; a sliding boss is arranged on the motor shaft along the length direction of the motor shaft, and an assembling hole used for assembling the motor shaft is correspondingly formed in the center of the cutter head, and a sliding groove used for assembling the sliding boss in a sliding manner is formed in the hole wall of the assembling hole; a manual push rod is installed on the platform, and a solar cell panel is assembled on the front surface of the manual push rod.

The invention provides a display device integrating a touch function and a driving method thereof. The display device integrating the touch function comprises a display unit, a touch detection circuit and a driving unit, wherein the touch detection circuit is used for touch detection to generate multiple touch detection signals, the driving unit is used for driving data refreshing of the display unit and touch detection of the touch detection circuit, and the data refreshing area and the touch detection area are not overlapped. According to the display device integrating the touch function and the driving method thereof, touch and display are driven at the same time, the charging time of display pixels is prolonged, and the problem that the charging time of the display device integrating the touch function is insufficient is solved. Meanwhile, reference voltages which are free of touch influences and reflect signal interference brought by display driver (namely, data refreshing) in real time by adding a reference unit, background noise in touch detection can be removed, the signal to noise ratio is improved, and accuracy of touch recognition is guaranteed.

A method for driving a liquid crystal display (LCD) in which a single frame is divided into a plurality of sub-frames includes applying a first scan pulse signal and a second scan pulse signal to each gate line for each sub-frame, applying a first data signal to a data line by replying to the first scan pulse signal, applying a second data signal to the data line by replying to the second scan pulse signal, and switching on different light sources at each sub-frame, wherein the first and second scan pulse signals are simultaneously applied to different gate lines. Therefore, the LCD can transmit two scan pulse signals to a single gate line, thereby doubling a driving time of each gate line.

A liquid crystal display includes; a first substrate, a plurality of pixels arranged substantially in a matrix-shape on the first substrate; a plurality of gate lines disposed on the first substrate and which transmit gate signals to the pixels, and a plurality of data lines which intersect the gate lines and which transmit data voltages to the pixels, wherein at least two adjacent gate lines are electrically connected to each other.

The invention provides a pixel driving circuit and a driving method thereof, an array substrate and a display device. The pixel driving circuit comprises a reset module, a driving transistor, a compensation module, a data writing module and a storage module, the first voltage input by the first voltage input end connected with each pixel driving circuit is the same; the second voltage input by thesecond voltage input end connected with each pixel driving circuit is the same; the fourth voltage input by the fourth voltage input end connected with each pixel driving circuit is the same; therefore, the pixel driving circuit of each pixel unit can be reset and compensated at the same time through the reset module and the compensation module; for example, all pixel units can be controlled to be reset and compensated uniformly at the initial stage of each frame; and then data writing and light emitting are carried out through line-by-line scanning, so that sufficient charging time can be ensured, insufficient charging caused by refresh rate and resolution improvement is eliminated, and the problem of non-uniform pictures caused by drifting of threshold voltage Vth of a driving transistor is thoroughly eliminated.

A display apparatus and a method for driving a display panel thereof are provided. The display apparatus comprises a display panel and a gate driver. The display panel comprises two gate lines, two source lines, a pixel and two transistors. The pixel is electrically coupled to the two gate lines and the two source lines through the two transistors respectively. The gate driver is for providing a first pulse to one of the gate lines according to a predetermined frequency and providing a second pulse to another one according to the predetermined frequency. An enabling period of the second pulse is behind an enabling period of the first pulse, and a predetermined time interval is existed between a rising edge of the second pulse and a rising edge of the first pulse. The predetermined time interval is longer than a time length of the enabling period of the first pulse.

The embodiment of the invention discloses an array substrate, a display panel, a display device and a driving method. The array substrate includes: a plurality of pixel circuit rows, each pixel circuit row including a plurality of pixel circuits; a plurality of scanning line group, each pixel circuit row comprising at least two pixel circuit groups, each scanning line group comprising at least twoscanning lines, the at least two pixel circuit groups and the at least two scanning lines in the corresponding scanning line groups being arranged in a one-to-one correspondence mode, and the pixel circuits in the same pixel circuit group being connected with the same scanning line. Different scanning line groups provide scanning signals for each pixel circuit row in sequence, and the scanning lines in the same scanning line group provide scanning signals for the pixel circuits in the corresponding pixel circuit rows at the same time. According to the embodiment of the invention, the problemof charging delay caused by excessive load of the existing display panel is solved. Each row of pixel circuits can be ensured to have sufficient charging duration, the pixel circuits can be opened accurately and timely, and the pixel charging delay is avoided.

The present invention discloses a liquid crystal display device and a driving method thereof, which are more suitable for reducing the requirements of the dimension of a second gate line 2GL and the dimension of a TFT on the gate line. The technical proposal is that: regarding to the driving of n second gate lines 2GL, the gating time of each second gate line 2GL of the invention is T1 in a T2 period of one frame, and n multipliesT1is more thanT2; the gating time t2 of each second gate lines 2GL and the closing time t1 of a previous second gate line 2GL have the following relationship: (t2 minus t1) is less than 0. That is , the driving of the technical proposal of the present invention is aimed to realize n multiplies T1is more thanT2 and (t2 minus t1) is less than 0. The present invention is applied in the liquid crystal display field.

Embodiments of the present disclosure relate to a touch display device, a touch circuit, and a touch sensing method. More particularly, by performing differential sensing on touch electrodes, noise components which the touch electrodes receive from display electrodes (e.g., data line, gate line, etc.) may be removed to accurately sense a touch, so that display driving and touch sensing may be normally performed simultaneously. In this manner, the display driving and the touch sensing may be normally performed simultaneously, thereby enabling implementation of a high-resolution display.

A liquid crystal display (LCD) device and an LCD panel are disclosed. The LCD panel comprises charging scanning lines, discharging scanning lines, first data lines, second data lines and pixel units. The charging scanning lines and the discharging scanning lines are arranged alternately and parallel with each other in a first direction. The first data lines and the second data lines are arranged parallel with each other in a second direction and insulatedly intersect the charging scanning lines and the discharging scanning lines. Each pixel unit comprises a charging TFT, a discharging TFT and a pixel electrode. When two adjacent charging scanning lines are being scanned in the LCD panel, two adjacent discharging scanning lines located in other rows different from those of the two adjacent charging scanning lines being scanned are scanned within a same scanning time frame. The LCD panel can extend the charging time of gates.

The invention discloses a display panel, a driving method thereof and a display device, which utilize a plurality of gating circuits to provide data signals for data lines and are beneficial for realizing the design of a high screen-to-body ratio and a narrow frame. Moreover, for the same sub-pixel group connected with the same gating circuit, the gating circuit outputs a data signal to the sub-pixel group in sequence when the first scanning line corresponding to the sub-pixel group outputs a scanning signal, and completes the output of the data signal to the sub-pixel group before the secondscanning line corresponding to the sub-pixel group outputs the scanning signal. Namely, for the same sub-pixel group, the sub-pixels are divided into multiple sub-pixels; the time of outputting the scanning signal by the first scanning line is overlapped with the time of outputting the data signal by the gating circuit; therefore, the charging time of the scanning signal can be ensured to be the time for scanning a row of pixels, namely, the scanning signal is ensured to have enough charging time, so that vertical stripes caused by relatively short charging time of the scanning signal can be eliminated while high-frequency display is realized, and the display effect is improved.

A display apparatus and a data read-out controller thereof are provided. The display apparatus comprises a touch display module, a first data read-out controller, and a second data read-out controller. Each of the first and the second data read-out controllers comprises a first read-out switch, a second read-out switch, a first sampling unit, and a second sampling unit. According to the time division multiple output operated by the first sampling units, the first read-out switches, the second sampling units, and the second read-out switches of the first and the second data read-out controllers, the number of the output points and power loss can be reduced effectively.