32results about How to "Improve output reliability" patented technology

A gate driving circuit including a plurality of stages to respectively output a plurality of scan signals, an N-th stage of the stages includes: a shift register to output an N-th scan signal based on an (N−1)-th scan signal; and a sensing signal output block connected to the shift register and to output an (N−1)-th sensing signal for compensation of a pixel based on a sensing control signal and a data control signal, where N is an integer greater than 1.

A wearable biometric device includes a biometric sensor system adapted to measure a predetermined physiological property of a user's body at two or more different locations at the body surface and to provide for each such location an associated primary signal indicative of said measured physiological property. The device also includes a detector system adapted to detect a level of coupling of the biometric sensor system with the body at each of the locations and to provide for each of the locations an associated secondary signal indicative of said detected level of coupling and also includes a signal processing unit adapted to generate an output signal indicative of said physiological property as a function of the primary and secondary signals.

An apparatus includes an optical keyboard and an optical input device controlled by a moving object. The input device has at least one diode laser and photo diode for supplying at least one measuring beam to a device window and for receiving radiation reflected by the object placed on the window. The input device may be integrated in the keyboard such that the measuring beam is guided via the positions of the keys to the window.

A magnetic detection apparatus includes an IC device, a casing defining a housing space of the IC device, and a resin mold portion arranged on a first part of an outside surface of the casing. The IC device includes an IC package having a built-in magnetoelectric transducer, and lead wires. The housing space is defined by a second part of an inner wall of the casing. A predetermined portion of the second part of the inner wall is defined as a contact region, with which the IC device contacts. The resin mold portion is arranged other than a predetermined portion of a second part of the outside surface corresponding to the contact region. A position of the magnetoelectric transducer is determined by positions of the contact region and the resin mold portion.

A semiconductor sensor device is provided with a semiconductor sensor chip having a plurality of electrodes formed on a substrate surface and a semiconductor sensor, and a signal processing IC chip mounted on the semiconductor sensor chip by flip-chip bonding.

A semiconductor memory device according to an aspect of the present disclosure includes a first page buffer coupled to a first even bit line and a first odd bit line, a second page buffer coupled to a second even bit line and a second odd bit line, and a controller configured to control the first and the second page buffers so that the second page buffer sets the second even bit line in a floating state such that the voltage of the second even bit line is changed according to a shift in the voltage of the first odd bit line, when a read operation for memory cells coupled to the first odd bit line is performed, and the second page buffer stores data corresponding to the level of threshold voltages of the memory cells by detecting a shift in the voltage of the second even bit line.

A magnetic detection apparatus (1) includes an IC device (2), a casing (3) defining a housing space (9) of the IC device, and a resin mold portion (4) arranged on a first part of an outside surface (17) of the casing. The IC device includes an IC package (5) having a built-in magnetoelectric transducer, and lead wires (6). The housing space is defined by a second part of an inner wall of the casing. A predetermined portion of the second part of the inner wall is defined as a contact region (L0-L4), with which the IC device contacts. The resin mold portion is arranged other than a predetermined portion of a second part of the outside surface corresponding to the contact region. A position of the magnetoelectric transducer is determined by positions of the contact region and the resin mold portion.

A data read-out circuit is provided with a sense amplifier circuit and a selector. The sense amplifier circuit senses a stored data stored in a memory cell array by using a plurality of reference levels to generate a plurality of read data, respectively. Thus, the sense amplifier circuit outputs the plurality of read data with regard to the stored data. The selector selects a data corresponding to any one of the plurality of read data based on a control signal and outputs the selected data as an output data.

The invention discloses an intelligent electric energy meter on-line monitoring and remote control system. An automatic monitoring detection system comprises an electric energy meter verification device, a network camera, an Ethernet switch, and a meter hanging rack. An automatic load control system comprises a network relay and a host computer control system. A protection system comprises an air switch. The electric energy meter verification device comprises a computer, a signal source, a programmed control power source, a standard electric energy meter, and an error processor. An RS-485 bus way is adopted by communication among various modules in the verification device, and a signal source is used for the unified control of the working of the various modules. An RS232 interface is adopted for the communication between the electric energy meter verification device and a host computer, and the host computer is used to control the meter calibration working of the verification device. Error acquisition operation, determining operation, rounding operation, storage operation, and printing operation are completed at the same time. The real-time on-line monitoring and the remote control of the intelligent electric energy meter are realized effectively and accurately.

The utility model discloses a multiplex control system for the light rail construction cost, which comprises the main circuit for the construction cost control (ICS) and the feed-forward circuit (IRCS). The feed-forward circuit (IRCS) is composed of a risk structure module, an information acquisition and processing module and a pre-warning control module. The risk structure module introduces the WBS -RBS risk decomposing tool kit which consists of a work / risk decomposition texture, a AHP analytic approach, a specialist survey technique and a risk factors classification; the information acquisition and processing module adopts a risk information processing tool kit which consists of a indistinct synthesized measuring method, a risk 3D computational model and a CIM control model of memory; the pre-warning control module adopts a tool kit which comprises a AHP method, a specialist survey technique, a scenario analysis, and a risk management guide module. This utility model improves the reliability of the entire construction cost control as well as the reliability and the operability of the feed-forward circuit output.

A device for supplying small parts has a large-diameter disc that is driven and rotates on a horizontal axis thereof, a hopper disposed close to the large-diameter disc at at least a lower half side of one of side surfaces of the large-diameter disc, wherein the hopper is configured to accommodate therein the small parts in bulk, a first magnet embedded in the one side surface of the large-diameter disc so as to be exposed at the one side surface of the large-diameter disc, wherein the first magnet attracts, at an outer circumferential side edge portion of the one side surface of the large-diameter disc, one of the small parts accommodated in an accommodation space of the hopper, and a small-diameter disc disposed close to the large-diameter disc at an upper side of the large-diameter disc.

A clock control circuit includes a clock delay device, an edge detection device, a phase determination device and a delay control device. The clock delay device generates a delayed rising clock and a delayed falling clock by delaying a rising clock and a falling clock, which are transferred from a clock generation circuit, in response to a control signal, and to transfer the delayed rising clock and the delayed falling clock to a data output buffer. The edge detection device detects a difference between an edge timing of the delayed rising clock and an edge timing of the delayed falling clock to generate edge detection signals. The phase determination device detects a duty ratio of each of the edge detection signals to generate phase determination signals. The delay control device generates the control signal in response to the phase determination signals.

The invention discloses a control method and system for improving reliability of impressed current cathodic protection of an offshore wind power pile foundation. The control method and system for improving the reliability of impressed current cathodic protection of the offshore wind power pile foundation are applied to an impressed current cathodic protection system. In a normal protection state, the system outputs in a constant potential operation mode, when the system encounters an extreme working condition or a reference electrode controlled by the system breaks down, the system is automatically switched to a constant current mode to set upper and lower limit values of output current for output, therefore, over-protection or under-protection, of a protected structure, caused by over-limit output of the impressed current cathodic protection system under the extreme abnormal working condition is prevented, and the operation reliability of the impressed current cathodic protection system is improved; and meanwhile, output current of a numerical control high-frequency switching power supply can be controlled in real time through technologies such as closed-loop PID increment adjustment and PWM modulation, when output protection current exceeds a protection current output limit interval, the constant potential control mode is automatically switched into a constant current control mode, and constant current output is conducted according to the set upper and lower limits of the output current.

The invention discloses an intelligent sensing inspection system and method for a transformer substation, and relates to the technical field of electric power system inspection. The system comprises an edge end data acquisition and analysis subsystem, a station end management subsystem and a cloud artificial intelligence subsystem, the edge end data acquisition and analysis subsystem is used for acquiring target inspection data based on an inspection task and performing edge analysis on the target inspection data based on an artificial intelligence model to obtain an inspection analysis result; the station end management subsystem is used for generating and issuing an inspection task, managing inspection related data and generating an original sample set for training and optimizing an artificial intelligence model; and the cloud artificial intelligence subsystem is used for training and optimizing an artificial intelligence model according to the original sample set and issuing the artificial intelligence model. By multiplexing existing equipment of the transformer substation and deploying intelligent equipment, intelligent and automatic inspection of the transformer substation is realized, the manual operation and maintenance cost is saved, and high-quality operation and maintenance are realized.

The invention discloses a liquid floated gyroscope which comprises a shell, a rear shade, a corrugated pipe and a gasket, wherein the corrugated pipe and the gasket are fixedly connected into a whole. The liquid floated gyroscope is characterized in that the rear shade of the shell is externally provided with a rear cover, and the rear cover is glued with the rear shade; and the big end of a conical spring is sleeved in the rear cover, and the small end of the conical spring is sleeved on the gasket. Compared with the prior art, the liquid floated gyroscope provided by the invention has the advantages and beneficial effects that the conical spring is adopted, the small rigidity problem of the existing corrugated pipe is overcome, the rigidity is improved, the rear cover is glued with the rear shade, the occurrence of a gas leakage phenomenon is avoided, and the hermetic seal property of the gyroscope is improved.

The invention relates to a ceramic capacitive pressure sensor and a preparation method thereof, and belongs to the technical field of sensor preparation. The ceramic capacitive pressure sensor comprises a thick ceramic substrate and a thin ceramic substrate, the thick ceramic substrate and the thin ceramic substrate are bonded and fixed through a glass paste bonding layer, a plurality of grooves are formed in the side edge of the thick ceramic substrate, each groove is filled with an L-shaped conducting strip, the conducting strips and the grooves are conductively connected through elargol, and a bonding pad is further arranged at the groove position of the top of the thick ceramic substrate and used for being connected with the conducting strip to achieve the transition connection effect.According to the ceramic capacitive pressure sensor, the groove is cut in the side edge of the thick ceramic substrate, the groove is filled with the conducting strip, and the groove cavity is filledwith the conductive silver adhesive between the conducting strip and the groove, so that the ceramic capacitive pressure sensor is not influenced by air pressure, the groove cavity can be filled withthe conductive silver adhesive, meanwhile, visual detection can be carried out, and the output reliability of the sensor is obviously improved.

The invention relates to a revolution speed adapter plate for a turbine, which belongs to the technical field of turbine revolution speed measurement. The revolution speed adapter plate for the turbine aims at solving the problem that as the revolution speed measuring transducers of existing turbines are limited by respective functions, giving consideration to both accuracy and reliability is very difficult. The revolution speed adapter plate for the turbine comprises a direct-current power supply, a first frequency voltage converter, a second frequency voltage converter, a high selective circuit, a comparison circuit, an inverter, a first relay and a second relay, the two frequency voltage converters respectively receive speed signals output by a magnetic resistance type speed measuring transducer and an eddy speed measuring transducer, a greater value is output by the high selective circuit, after the greater value is compared with the voltage threshold value of the comparison circuit, an inverter is adopted to control the relay to gain power or lose power according to the level signal of the comparison circuit, and a revolution speed signal is selected to be output. The revolution speed adapter plate for the turbine is used for selecting and outputting the revolution speed signal obtained by the speed measuring transducer.

The invention relates to garbage processing, in particular to an extrusion mechanism for kitchen garbage. The extrusion mechanism for kitchen garbage is simple in structure, capable of conveniently extruding garbage, and capable of avoiding blockage and improving processing efficiency. The extrusion mechanism for kitchen garbage comprises a spiral conveyor and a screen cylinder, wherein the spiralconveyor comprises a conveying cylinder and a rotating shaft; the conveying cylinder is obliquely arranged; the top of one end of the conveying cylinder is provided with a feed inlet, and the bottomof the end of the conveying cylinder is provided with a water outlet; the other end of the conveying cylinder is provided with a discharge outlet; spiral blades are arranged on the rotating shaft; thescreen cylinder is arranged in the conveying cylinder; spacing is formed between the spiral blades and the screen cylinder; and one end, at the discharge outlet of the conveying cylinder, of the rotating shaft is provided with separation sheets which are arranged in a staggered manner. According to the extrusion mechanism for kitchen garbage, the occupied area is saved, the discharge reliabilityis improved, and the environmental pollution is avoided.

A semiconductor device includes a plurality of driving units configured to drive an output node based on an input signal and be on / off controlled based on driving force control codes, respectively, a slew rate control signal generation block configured to generate a slew rate control signal based on the driving force control codes, and a plurality of signal delay units configured to delay the input signal by respectively different delay amounts, transfer resultant signals to the plurality of driving units, and be respectively controlled in their delay amounts based on the slew rate control signal.

The invention provides an airplane brake main and auxiliary channel lockout control system and a control method thereof. The system comprises a main channel control unit and an auxiliary channel control unit which are the same. A CPU outputs a signal to a logic gate, the logic gate outputs a servo valve cutting signal to enter in an analog switch 1 to be subjected to channel selection, the analogswitch 1 is connected to a solid relay to achieve hardware interlocking, an analog switch 2 outputs a signal to a left servo valve drive circuit and a right servo valve drive circuit, and the left servo valve drive circuit and the right servo valve drive circuit output the servo valve cutting signal. The circuit interlocking control manner is simple and reliable, on the basis of ensuring dual-redundancy effective control, the possibility that two channels carry out simultaneous output is avoided, through hardware design guarantee, meanwhile, only one channel is allowed to output a brake circuit, the onboard equipment failure mode is refined, and the onboard equipment output reliability is improved.

The present disclosure discloses an output circuit having a voltage-withstanding mechanism that includes a PMOS, a NMOS, a voltage-withstanding auxiliary NMOS and a voltage-withstanding auxiliary circuit. The PMOS includes a first source terminal and a first drain terminal coupled to a voltage source and an output terminal and a first gate receiving a first input signal. The NMOS includes a second source terminal and a second drain terminal coupled to a ground terminal and a connection terminal and a second gate receiving a second input signal. The auxiliary NMOS includes a third drain terminal and a third source terminal coupled to the output terminal and the connection terminal The auxiliary circuit is coupled to the voltage source and a third gate of the auxiliary NMOS and provides a current conducting mechanism and a resistive mechanism respectively when the output terminal is operated at a logic high level and a logic low level.

A method of operating a particulate matter sensor having a pair of spaced apart electrodes and a heater includes accumulating particulate matter on the sensor, thereby changing resistance between the pair of spaced apart electrodes. The particulate matter sensor includes a sensing cycle that includes a deadband zone, followed by an active zone, which is followed by a regeneration zone in which the heater is operated to elevate the temperature of the particulate matter sensor to a first predetermined temperature for a first predetermined time in order to oxidize the particulate matter accumulated on the particulate matter sensor. The method also includes interrupting the sensing cycle with a modified regeneration zone which is either higher in temperature or length than the regeneration zone.