81results about How to "Increase semaphore" patented technology

The invention discloses a touch control display panel and a touch control display device. The touch control display panel comprises a first substrate; a plurality of touch control electrode strips disposed on the first substrate, wherein the plurality of first touch control electrode strips comprise a plurality of complete touch control electrode strips and at least one special-shaped touch control electrode strip, the area of each special-shaped touch control electrode strip is smaller than that of each complete touch control electrode strip, each special-shaped touch control electrode strip comprises an electrode portion and a metal wiring portion, and each metal wiring portion and the corresponding electrode portion of the same special-shaped touch control electrode strip are parallelly connected; and a plurality of first touch control signal lines, wherein each first touch control signal line is electrically connected with the corresponding first touch control electrode strip. According to the embodiment, through parallelly connecting the electrode portion and the metal wiring portion of each special-shaped touch control electrode strip, resistance of the special-shaped touch control electrode strip is reduced, signal strength of touch control signals of each special-shaped touch control electrode strip is enhanced, and touch control sensitivity of the touch control display panel is increased.

Provided are a radio transmission device and a radio transmission method which can suppress lowering of the throughput caused by switching between the single carrier communication method and the multi-carrier communication method while suppressing increase of the signaling amount. A PHR threshold value setting unit (116) sets a threshold value Y1 at a position greater by a predetermined value than the PHR at which the throughput performance of the SC-FDMA coincides with that of the OFDMA. A trigger signal transmission judgment unit (117) judges that a mobile station transmits a trigger signal for switching from the OFDMA to the SC-FDMA if the PHR in the OFDMA communication method is lower than the threshold value Y1.

Regular data inputted / outputted to / from external terminals is read / written to / from a regular cell array, and parity data is read / written from / to a parity cell array. Since the parity data is generated by a parity generation circuit, it is difficult to write a desired pattern to the parity cell array. The regular data and the parity data are exchanged with each other by a switch circuit, so that the regular data can be written to the parity cell array and the parity data can be written to the regular cell array. This enables the write of desired data to the parity cell array. A test of the parity data can be easily conducted. In particular, a leakage test or the like between memory cells can be easily conducted.

HfO2 films and ZrO2 films are currently being developed for use as capacitor dielectric films in 85 nm technology node DRAM. However, these films will be difficult to use in 65 nm technology node or later DRAM, since they have a relative dielectric constant of only 20-25. The dielectric constant of such films may be increased by stabilizing their cubic phase. However, this results in an increase in the leakage current along the crystal grain boundaries, which makes it difficult to use these films as capacitor dielectric films. To overcome this problem, the present invention dopes a base material of HfO2 or ZrO2 with an oxide of an element having a large ion radius, such as Y or La, to increase the oxygen coordination number of the base material and thereby increase its relative dielectric constant to 30 or higher even when the base material is in its amorphous state. Thus, the present invention provides dielectric films that can be used to form DRAM capacitors that meet the 65 nm technology node or later.

The present invention provides reagents for use in an automated environment for removing or etching embedding media by exposing a biological sample to be stained in histochemical or cytochemical procedures without the dependence on organic solvents. The reagents comprise components optimized to facilitate removal or etching of the embedding media from the biological sample. The present invention also provides reagents for use in an automated environment for cell conditioning biological samples wherein the cells are predisposed for access by reagent molecules for histochemical and cytochemical staining procedures. The reagents comprise components optimized to facilitate molecular access to cells and cell constituents within the biological sample.

The invention discloses a display panel and a display device. The display panel comprises an array substrate, a luminescent functional layer and a pixel definition layer, wherein the array substrate comprises a base substrate and a thin film transistor array; the luminescent functional layer comprises first electrodes, a luminescent material layer and second electrodes, and the first electrodes are positioned at a first electrode layer; the thin film transistor array is arranged at one side of the base substrate; the first electrode layer is arranged at one side of the thin film transistor array away from the base substrate and comprises a plurality of first electrodes; the pixel definition layer is arranged at one side of the first electrode layer away from the base substrate and comprises a plurality of opening areas and a plurality of non-opening areas surrounding the opening areas; the first electrodes are at least positioned in the opening areas, at least parts of the first electrodes have first areas and second areas, and the light transmittance of the second areas is greater than the light transmittance of the first areas; and a fingerprint recognition array comprises a plurality of fingerprint recognition sensors and is arranged at one side of the first electrode layer away from the pixel definition layer. The display panel and the display device disclosed by the invention can improve the fingerprint recognition accuracy.

The present technology relates to an imaging element, a driving method, and an electronic apparatus that can decrease a voltage and increase a saturation signal amount.In each pixel configuring a pixel array unit, a photodiode receiving light from a subject and performing photoelectric conversion on the light and a first charge accumulating unit accumulating charges generated by the photodiode are provided. A reset gate unit to initialize the first charge accumulating unit is connected to the first charge accumulating unit through a third transfer gate unit. When the first charge accumulating unit is initialized, a voltage is applied to gate electrodes of the third transfer gate unit and the reset gate unit and a positive voltage is applied to a well region provided with a pixel to assist voltage application. Thereby, initialization is appropriately performed and a reset level is suppressed low. As a result, a voltage can be decreased and a saturation signal amount can be increased. The present technology can be applied to a solid-state imaging element.

The invention discloses a display panel and a display device. The display panel comprises a color film substrate, an array substrate and collimating holes, wherein the array substrate is opposite to the color film substrate, the array substrate comprises a light sensing unit group; one light sensing unit group comprises n light sensing units, n is a positive integer, n is larger than or equal to 2, and all the light sensing units in the same light sensing unit group are connected in series; and the collimating holes are in one-to-one correspondence with the light sensing units. At least two light sensing units are connected in series, and a distance between the light sensing units can be adjusted through the design, so that overlapping of detection areas corresponding to the light sensingunits (also collimating holes) is realized, the same valley or ridge can be detected by using optical signals received by the at least two light sensing units, the semaphore used for detecting one valley or the ridge is increased without increasing the sizes of the collimating holes, and the detection precision is improved.

A CMOS solid-state imaging device configured to restrain the occurrence of white spots and dark current caused by pixel defects, and also to increase the saturation signal amount. Adjacent pixels are separated by an element isolation portion formed of a diffusion layer and an insulating layer thereon, and the insulating layer of the element isolation portion is formed in a position equal to or shallower than the position of a pn junction on the side of an accumulation layer of a photoelectric conversion portion 38 constituting a pixel.

The invention provides a robot, a map construction method, a positioning method, electronic equipment and a storage medium. The map construction method of the robot includes the steps that the robot traverses a working region according to a preset rule, and an initial map is constructed according to images which are collected in real time when the robot traverses the working region, and comprisesa first map body and a second map body, wherein the first map body includes mapping of the working region and a map coordinate system, and the second map body includes extracted scene features based on the collected images and a geometric quantity of the scene features. The map is constructed without active signals by the adoption of a passive vision sensor, the vision sensor is low in power consumption and cost, the quantity of obtained signals is large, and the map construction of the intelligent robot is optimized.

The invention provides a flexible touch panel, which is arranged on an OLED substrate. The flexible touch panel comprises a conductive layer, a first insulated layer, a first electrode layer, a secondinsulated layer, a second electrode layer and a protective layer arranged in sequence. The conductive layer is arranged on an encapsulation layer of the OLED substrate; the first insulated layer andthe first electrode layer are superposed on the conductive layer in sequence; a capacitive structure is formed among the first electrode layer, the second insulated layer and the second electrode layer; the capacitive structure is used for sensing a touch signal; the conductive layer is used for inputting a first voltage signal; and the first voltage signal enables the conductive layer to repel anelectric field line generated by the first electrode layer and shield signal interference between the first electrode layer and a negative electrode layer of the OLED substrate. The invention provides a fabrication method for the flexible touch panel and a touch apparatus. The signal interference of an electric field of the negative electrode layer to a touch sensor can be shielded, so that the touch sensitivity is improved.

The invention aims to reduce the delay associated with setting up a session for a user terminal in a mobile communication network. A control unit for use in a wireless communication network for controlling a user terminal's ability to communicate with the network, comprising—at least one input for receiving event information about at least one trigger event indicating that the user terminal is likely to wish to communicate with the network within a predetermined period of time—decision logic for deciding whether the state of the terminal should be changed to enable it to communicate and—output means for triggering the a state change for the terminal to a state in which the terminal is able to communicate with the network, if the decision logic decides that this should be done.

A solid state image pickup device 110 is provided with: a plurality of pixel units 10 that are arranged two-dimensionally and include a photoelectric conversion unit (photodiode PD) that converts light into a charge and an amplification unit (amplifier Q13) that converts the charge into a voltage and outputs it; a plurality of noise signal removal units (noise cancellation units 40) that are provided one for each column and remove noises contained in the voltage outputted from the amplifier Q31 of the pixel unit 10 belonging to the column; and a plurality of column amplification units (column amplifiers 70) that amplify the voltage outputted from the amplifier Q13 of the pixel unit 10 and output the amplified voltage to the noise cancellation unit 40, and enables increase in sensitivity and reduction in noise with low power consumption.

The invention, which belongs to the technical field of displaying, discloses a display panel and a display device. The display panel comprises a display region including a plurality of grid lines, a plurality of data lines, a plurality of pixels, and a plurality of light sensing elements; the pixels include at least three sub pixels; and the grid lines and the data lines are intersected and insulated to limit sub pixel regions and the sub pixels are arranged in the sub pixel regions. The multiple pixels include fingerprint pixels including the light sensing elements; and the light sensing elements are at least located in two sub pixel regions. Compared with the prior art, the display panel has the following advantages: no fingerprint recognition module needs to be set additionally, so thatthe screen ratio is increased and the display effect of the full screen is realized; the light sensing elements are at least located in two sub pixel regions and thus can be large, so that light sensed by the light sensing elements is increased and thus the signal quantity of the light sensing elements is improved, the accuracy of fingerprint recognition is enhanced, and reduction of the displayquality of the display panel is avoided.

The invention provides a piezoresistive sensor, a pressure detecting device and an electronic device and belongs to the field of electronic technology equipment. The piezoresistive sensor comprises asubstrate (12) and a half bridge piezoresistive sensing unit; the half bridge piezoresistive sensing unit comprises two bridge arms (6, 7), two bridge arms (6, 7) are connected in series; The connecting ends of the bridge arms (6, 7) lead to the signal collecting end (IN); the open ends of the two bridge arms (6, 7) respectively lead to the excitation signal applying end; each of the bridge arms (6, 7) includes at least one a resistor unit (101, 102, 103, 104), a resistor unit (101, 102, 103, 104) on the substrate (12), and two bridge arms (6, 7) including a resistor unit (101, 102, 103, The number of 104) is the same. This allows the piezoresistive sensor to suppress temperature drift and increase the amount of signal when the pressure detection function is implemented, and the internal space requirements of the entire electronic device are relatively low, and it is easy to promote.

Before a signal charge from a photodiode 1 is transferred to a signal charge accumulating portion 3 by a scanning circuit 20, a reset transistor 4 is turned on for a prescribed period to reset the voltage of the signal charge accumulating portion 3 in a state in which the voltage of a read signal line 7 is retained at a first voltage (Vg) by lowering the drain side voltage of an amplifying transistor 5. Subsequently, by raising the drain side voltage of the amplifying transistor 5 by a scanning circuit 20 to make the read signal line 7 have a second voltage (Vrst) higher than the first voltage (Vg), the voltage of the signal charge accumulating portion 3 is made higher than a voltage immediately after resetting. Then, the transfer transistor 2 is turned on to transfer the signal charge from the photodiode 1 to the signal charge accumulating portion 3.

The embodiment of the invention provides an ultrasonic fingerprint identification sensor, a preparation method thereof and a display device. The ultrasonic fingerprint identification sensor comprisesa receiving electrode, a driving electrode and a piezoelectric film layer arranged between the receiving electrode and the driving electrode, the ultrasonic fingerprint identification sensor further comprises a resonant cavity, and the resonant cavity is located on the side, close to the piezoelectric film layer, of the receiving electrode and used for increasing the vibration amplitude of the piezoelectric film layer so as to improve the detection sensitivity of the ultrasonic fingerprint identification sensor.

The invention provides a touch panel. The touch panel includes a touch area, a metal mesh structure is arrange on the touch control area, the metal mesh structure includes touch electrodes and a dummyunit, the touch electrode includes a plurality of cell grids connected to each other, the dummy unit includes at least one first line, at least one second line, and an intersection formed by intersecting the first line and the second line. The dummy unit is arranged in the cell grid. The dummy unit has a gap distance between the dummy unit and the cell grid, and at least part of the dummy unit isarranged in the cell grid. The invention uniformizes the distribution of the capacitance by covering the whole touch area with the grid-shaped touch electrode; the dummy cell is arranged in the cellgrid of the touch electrode, so that the dummy cell is arranged dispersedly, and the influence when the touch electrode is short-circuited can be effectively reduced.

The invention discloses a fingerprint identification module driving method and a display device, wherein the driving method and the display device relate to the field of displaying technology. The fingerprint identification module comprises a plurality of fingerprint scanning lines, a plurality of fingerprint signal lines, a plurality of fingerprint identification units and a fingerprint identification driving circuit. The fingerprint identification units in one line are electrically connected the same fingerprint scanning line. The driving method at least comprises a first working period in which the fingerprint identification driving unit supplies a scanning driving signal to at least two fingerprint scanning lines each time in the extending direction of the fingerprint signal line. Furthermore at least four fingerprint scanning lines which are driven to perform scanning in two adjacent times at least comprise the same fingerprint scanning line. According to the driving method and the display device, through an overlapping type scanning driving mode in the same scanning period, an effect of connecting the fingerprint identification units which perform repeated scanning is realized, and the area of the fingerprint identification unit is enlarged, thereby increasing the signal amount of the fingerprint identification unit and improving accuracy and detecting effect in fingerprint identification.

Solutions exhibiting little or no evaporative loss at elevated temperatures, i.e., in excess of 100° C., are employed in place of conventional aqueous-based antigen retrieval solutions.

The invention provides a display device, a display panel and a manufacturing method thereof, and relates to the technical field of display. The display panel comprises an array substrate, a color filmsubstrate and a backlight module, the array substrate comprises a substrate body and a photoelectric sensing device, the substrate body is provided with a fingerprint recognition area, and the photoelectric sensing device is located in the fingerprint recognition area; the color film substrate and the array substrate are arranged in a box-to-box manner; and the backlight module is located on theside, away from the array substrate, of the color film substrate and provided with a backlight source, and light emitted by the backlight source can penetrate through the fingerprint recognition area.According to the display panel, the fingerprint detection precision can be improved.

A solid-state imaging device can increase the amount of signal charge accumulation in a photodiode. The solid-state imaging device includes a gate electrode formed on a p-type semiconductor substrate. An n-type signal accumulation region accumulates the signal charge obtained through a photo-electrical conversion, and is formed in the semiconductor substrate so that a portion of the signal accumulation region is positioned below the gate electrode. An n-type drain region is positioned in the semiconductor substrate so that the n-type drain region is positioned opposite the signal accumulation region across the gate electrode. A p-type punch-through stopper region has a higher impurity concentration than the semiconductor substrate, and is formed in the semiconductor substrate so that the p-type punch-through region is positioned below the drain region, wherein an end of the punch-through stopper region is positioned closer to the signal accumulation region than the end of the drain region.

An object of the present invention is to provide a solid-state imaging device which can increase the amount of signal charge accumulation in a photodiode, and a manufacturing method thereof. The solid-state imaging device according to the present invention includes: a gate electrode formed on a p-type semiconductor substrate; an n-type signal accumulation region which accumulates the signal charge obtained through a photo-electrical conversion, and is formed in the semiconductor substrate so that a portion of the signal accumulation region is positioned below the gate electrode; an n-type drain region which is positioned in the semiconductor substrate so that the n-type drain region is positioned opposite the signal accumulation region across the gate electrode; and a p-type punch-through stopper region which has a higher impurity concentration than the semiconductor substrate, and is formed in the semiconductor substrate so that the p-type punch-through region is positioned below the drain region, wherein an end of the punch-through stopper region is positioned closer to the signal accumulation region than the end of the drain region.

A fiber optic cable is provided with connectors at terminal ends thereof. The connectors are configured to join TOSLINK compatible components together so that the cable can transmit an optical signal therebetween. A fiber of fused silica glass is provided with a plastic cladding material. Ball lenses are located at each terminal end of the fiber to enhance a signal intensity while maintaining signal quality passing through the cable and between the components joined together by the cable.