55results about How to "Reduce output time" patented technology

A flat display apparatus comprising a shift register array is provided. The shift register array comprises a plurality of shift registers. At least one of these shift registers comprises a shift register unit, a first TFT, and a second TFT. The shift register unit is configured to receive an activation signal and comprises a first output terminal and a second output terminal. The gate of the first TFT is coupled to the first output terminal. The second electrode of the first TFT receives a clock signal. The gate of the second TFT is coupled to the first electrode of the first TFT. The second electrode of the second TFT is coupled to the second electrode of the first TFT. The first electrode of the second TFT is coupled to the second output terminal.

A latch section includes a latch circuit. The latch circuit includes inverters and latches an input signal from a gating section. Between one of the inverters of the latch circuit and the output terminal OUT is disposed an analog switch whose ON / OFF characteristics are switched according to High / Low of a reset signal. Between the output terminal and an input for receiving a low potential as a power supply of a flip-flop is disposed a switching element whose ON / OFF characteristics are switched according to High / Low of the reset signal.

The invention discloses a report display engine based on metadata. By defining the metadata, data reading logic, constraint and interface layout during the operation are analyzed. The metadata include a report header and a report field definition. The report engine determines data sources, report titles, the file outputting type and other main information by reading the report header, then integrates the report field definition to search and filter the data during operation and returns to a result set, and finally, based on the report header and the report field definition, determines the report display mode and outputs the same to the clients. The report display engine has the advantages that the standard metadata model is defined, flexible configuration is characterized, and the further metadata expanding is supported; at the premise that the maintainability is guaranteed, the report yield is increased, fast development is supported, and adaptability to the report system requiring frequent changes is achieved.

For raising an MG2 rotational speed MRN2 to a target rotational speed (low-gear rotational speed NLG), an output torque of an MG2 starts to increase at a time t4. During an inertia phase (period α), the output torque of the MG2 is limited not to exceed a first limit value TLIM1 determined according to a shift progress degree PRG and a second limit value TLIM2 determined according to a rotational speed margin NEmgn. Since the output torque of the MG2 is sufficiently small in a final stage of the inertia phase (period α), output variations occurring at a time t6 when torque down is performed on the MG2 can be small. The torque down of the MG1 and MG2 does not raise engine rotational speed NE.

An image forming apparatus includes: an image forming part which picks up a recording medium at a predetermined pickup timing and forms an image at a predetermined printing speed; and a controller which accelerates the timing for picking up the recording medium in advance of the predetermined pickup timing, and which lowers the printing speed so as to allow the printing operation to take place at a lower fusing temperature during warming up from a cold start in order to shorten the first print output time (FPOT).

The invention relates to a method for improving the frame rate of CCD image collecting system. The invention sets the interested region of CCD imaging region as the sub-window according to the need of user, which comprises the first pixel coordinate (I, j) and the its size (m rows X n lines); the invention drives the CCD operate in the sub-window operational mode as only outputting the pixels of said sub-window from the CCD while the pixels outside the sub-window are distinguished inside the CCD chip. So the processing time of each frame image is reduced, and the frame rate is improved. In addition, since the size and the position coordinate of said interested region can be adjusted freely according to the need of user, the adaptability of CCD image collecting device is increased.

The invention provides a communication fee bill output method and system. The communication fee bill output method comprises the following steps of: receiving a fixed fee list and a mobile communication fee bill in a first time quantum, which are sent by a charging subsystem; adding up the fixed fee list and the mobile communication fee bill; generating a communication fee bill in the first time quantum and storing in a database; and searching the communication fee bill in the database when the first time quantum is added up to a second time quantum, acquiring a communication fee bill in the second time quantum , sending to an accounting subsystem and outputting the communication fee bill in the second time quantum by the accounting subsystem. The embodiment of the invention proportions the calculation and the accounting treatment of the fixed fee in each first time quantum, balances the bill output load at the end of a month and can call a needed bill from the database and output the needed bill, greatly shorten the output time of the bill at the end of the month and improve the output efficiency of the bill.

An image forming apparatus includes a charging bias output device, a developing bias output device, a transfer bias output device, and a controller. The controller controls the transfer bias output device to supply a transfer bias from a time at which a first position of a photosensitive member arrives at a transfer position after the charging bias output device starts supplying a charging bias. An initial value of the transfer bias is controlled to be smaller than a normal set value for a predetermined time period (Tc) which is a time after the transfer bias starts to be supplied and within a time corresponding to a rise time (Ta) during which a surface potential of the photosensitive member reaches a predetermined potential after the charging bias starts to be output. The first position of the photosensitive member is a position at which the charging device start charging the photosensitive member.

The invention discloses a capturing device with position compensation. The capturing device comprises a drive system, a control system and a bottom plate provided with at least one walking wheel. The capturing device further comprises a target mechanism used for intercepting a target, a moving mechanism arranged on the bottom plate and connected with the target mechanism, and a feedback mechanism. The moving mechanism is used for driving the target mechanism to move on the bottom plate. The feedback mechanism is arranged on the bottom plate and comprises a movement detection part and an orthogonal omnidirectional wheel part which is connected with the movement detection part, and the feedback mechanism is used for obtaining the deviation value between the bottom plate and the target and feeding back the deviation value to the control system. By adoption of the device, although the device slides in an inertial manner at the target drop point position, the feedback mechanism records and feeds back the sliding path to the control system, meanwhile, the control system makes the target mechanism move on the bottom plate, the target mechanism is static relative to the drop point, and the target is captured. The capturing device is simple and compact in structure and fast in feedback real-time responding, and the target mechanism can be accurately controlled at the target drop point.

In an information processing apparatus which can set one of a plurality of setting values for a setting item, a guidance holding unit holds guidance information for voice output for each of the plurality of setting values. A document information acquisition unit acquires document information as limiting information which limits a range of a settable setting value. A guidance selection unit and a guidance change unit acquire pieces of guidance information to be output by voice on the basis of the pieces of guidance information corresponding to the plurality of setting values held in the guidance holding unit and the limiting information acquired by the document information acquisition unit. An voice information output unit outputs, by voice, the acquired pieces of guidance information to be output by voice.

The invention provides a Brillouin spectrum recognition based on energy distribution. The recognition method comprises the steps of determining Brillouin spectrum test data as L; selecting a corresponding energy integral window width W according to a detection pulse width PW to obtain energy density data P; searching a frequency range SW of the highest energy density from the energy density data P; calculating whether the peak exceeds an energy threshold PT or not in the energy density data P within the frequency range SW of the highest energy density; and searching the frequency point corresponding to the peak in the energy density data P within the highest frequency range. By means of the scheme, on one hand, curve fitting and spectral analysis are performed on data containing Brillouin spectrums only according to judgment results, a lot of meaningless Brillouin spectrum analysis processes are avoided, overall data output time is saved, and the overall test speed is increased; and on the other hand, the analysis accuracy of the Brillouin spectrums is improved under the condition of various signal to noise ratios, and the strain test accuracy is improved.

The invention discloses a pulse power supply for converting discharge by utilizing a three-winding pulse transformer. The pulse power supply comprises a high-voltage DC (Direct Current) power source, an energy storage capacitor, a controllable switch, a diode, a nonlinear resistor, a three-winding pulse transformer and a load. With the adoption of the structure, current in the same direction can be generated on the load no matter any change of the current of a primary winding, and residual current in the winding can be reduced rapidly by utilizing a voltage stabilizing function of the nonlinear resistor. Therefore, the pulse output time can be reduced greatly, and the energy conversion efficiency of the system can be improved.

The invention discloses a method and a circuit for scheduling the data of a memory through fast Fourier transform (FFT) reverse operation. Two N / 2 depth single-port memories are used for data scheduling, so that the area and power consumption advantages of the single-port memories are fully exerted, and the area of an on-chip memory is effectively reduced; a uniform data pause signal and a direct write after read strategy are adopted, so that the pause of external data can be waited while the data is not lost and a read and write time sequence is not influenced through the design; and N clock data delays with a fixed rule are adopted, so that detection logic that the shortest delay time is realized by a large first in first out (FIFO) memory is effectively avoided. The method and the circuit are high in configurability and expandability, and the dependence of different point numbers on memory capacity and control logic is furthest avoided; and compared with the conventional reverse operation method, the method has the advantages that: a few resources are occupied, configuration flexibility is high, and interrupted and paused continuous data stream can be processed.

An image forming apparatus including: image bearing member; latent image forming unit; developing unit; transfer unit; fixing unit, wherein toner in the developing unit contains amorphous polymer, crystalline resin and releasing agent, when the toner is measured for G′ at 40° C. to 210° C. with rheometer at 1 Hz and 1 deg, G′(100) is ≦20,000 and G′(150) is ≧500 Pa, and straight line drawn by connecting points of the G′(100) and G′(110) on curve of the G′ has gradient of ≦0.035, the gradient being “a” expressed by: a=|log10 G′(100)−log10 G′(110)| / 10, and the fixing unit includes: heating member containing flexible endless belt; heat source fixed within the flexible endless belt; and press member in contact with the belt to form nip portion, and the fixing unit is configured to heat / press the medium passing through the nip portion to fix the image on the medium.

The invention provides a personnel identification method and device, electronic equipment and a computer readable storage medium, and the method comprises the following steps: obtaining a video or video stream of an activity place; segmenting the video or the video stream by taking a frame as a unit; for each frame of picture, extracting a portrait part is extracted, wherein each portrait part only contains one person; comparing each portrait part with a portrait of a specific person frame by frame or at intervals, calculating similarity, selecting corresponding preset similarity according toa preset scene and / or an emergency level, and outputting a comparison result immediately when the portrait part of which the similarity with the specific person exceeds the preset similarity exists. According to the personnel identification method provided by the invention, the comparison result output time can be shortened under emergency and / or dangerous conditions, so that related personnel canquickly process affairs.

An image forming apparatus which is capable of reducing first print output time and preventing slack of an intermediate transfer belt in a monochrome mode. Surfaces of photosensitive drums are electrically charged and exposed to light, thereby allowing electrostatic latent images to be formed thereon. Developers are attached to the electrostatic latent images to form visible images transferred to the intermediate transfer belt. Among the photosensitive drums, a photosensitive drum used in the monochrome mode and the intermediate transfer belt are rotatably driven by a first rotatably driving unit, and photosensitive drums other than the photosensitive drum used in the monochrome mode are driven by a second rotatably driving unit. In the monochrome mode, the rotational speed of the second rotatably driving unit is controlled so as to be equal to or less than that of the first rotatably driving unit without adjusting rotation phases of the photosensitive drums.

The invention discloses a low-power-consumption ultra-high-speed high-precision analog-to-digital converter. The analog-to-digital converter comprises an input circuit, a low-speed ADC, a 1 / 16 frequency divider and an output circuit, the input circuit is connected with the low-speed ADC, the low-speed ADC is connected with the output circuit, and the 1 / 16 frequency divider is connected with the input circuit and the low-speed ADC; the input circuit samples an input signal by adopting the frequency of 1.6 GHz. The low-speed ADC is used for acquiring signals from the input circuit at the frequency of 100MHz; the low-power-consumption ADC circuit architecture with the 10-bit resolution gigahertz sampling frequency is constructed in an IC chip.

The invention relates to a voice synthesis method and device, equipment and a storage medium. The method comprises the following steps: obtaining a text vector after encoding a target text to be subjected to speech synthesis; obtaining a first vector segment obtained by decoding the text vector, and a first attribute feature corresponding to the first vector segment; wherein the first attribute feature at least can represent a word order position feature corresponding to the first vector fragment in the text content of the target text; performing voice synthesis processing on the first vectorsegment to obtain and output a first voice segment; and obtaining a second vector segment at least based on the text vector and the word order position features represented by the first vector segmentand the first attribute features. Thus, the purpose of converting stream output into stream output is achieved, a foundation is laid for reducing the overall output time, and meanwhile a foundation is laid for improving user experience.

The invention provides saddle machining equipment and a machining process, and relates to the field of traffic equipment. The technical problems that the production progress of an saddle and the use comfort degree of the saddle can be solved. The saddle machining equipment comprises a conveying track, the conveying track is provided with a mold frame and a power system for driving the mold frame to move on the conveying track, a secondary forming mold is arranged on the mold frame, and the secondary forming mold is used for installing a bottom plate on a foaming layer; a 3D printing forming machine is further arranged on the outer side of the conveying track; the invention further relates to the machining process, the machining process comprises the following steps that foaming forming iscarried out, a 3D printing forming machine is used for machining, a leather layer is placed on the bottommost layer of a lower mold of the mold frame, then the formed foaming layer is placed on the uppermost part of the leather layer, at the same time, the bottom plate is fixed to an upper mold of the mold frame, through the mold closing of the upper mold and the lower mold of the mold frame, andbonding of the bottom plate, the foaming layer and the leather layer is realized; and finally trimming is carried out. The saddle machining equipment and the machining process are adopted, the production is accelerated, the working procedures are saved, and the comfort degree of the saddle is improved.

An image forming apparatus including: image bearing member; latent image forming unit; developing unit; transfer unit; fixing unit, wherein toner in the developing unit contains amorphous polymer, crystalline resin and releasing agent, when the toner is measured for G′ at 40° C. to 210° C. with rheometer at 1 Hz and 1 deg, G′(100) is ≦20,000 and G′(150) is ≧500 Pa, and straight line drawn by connecting points of the G′(100) and G′(110) on curve of the G′ has gradient of ≦0.035, the gradient being “a” expressed by: a=|log10G′(100)−log10G′(110)| / 10, and the fixing unit includes: heating member containing flexible endless belt; heat source fixed within the flexible endless belt; and press member in contact with the belt to form nip portion, and the fixing unit is configured to heat / press the medium passing through the nip portion to fix the image on the medium.