32results about How to "Aging achieved" patented technology

The invention provides a face automatic aging mechanism based on a conditional generative adversarial network. A conditional generative adversarial network consisting of four parts is obtained by training a large number of images of different age groups marked with ages, and the conditional generative adversarial network comprises an image generator G, an image discriminator D, an age estimation network AEN and an identity recognition network FRN. Wherein G is trained to generate an aged image, and the aged image is automatically and effectively generated by inputting the young image and a preset age condition. And D, identifying whether the generated old image is a real image or not, and ensuring that the generated old image has deception. Wherein the AEN is used for reducing the difference between the age of the generated image and a preset value, and the FRN is used for ensuring the consistency of portrait identities in the generation process. Through the design of the network structure, end-to-end training of the whole network is achieved, face aging is well shown, and high-quality face aging images with the advantages of identity consistency, high cheating performance, high resolution and the like can be generated.

The invention relates to a burn-in method based on an SIP module. The burn-in method is achieved in a burn-in box. The burn-in method is based on the SIP module comprising a processor module CPU, a program running space module, an FPGA module and a nonvolatile memory FLASH. According to the designed burn-in method, a burn-in program is written in the SIP module in a programmed mode, a power-on program automatically runs, the FPGA module is automatically configured, and running, access and control of all the modules are executed inside the tested SIP module in the burn-in process. The connecting circuit between the SIP module and the burn-in box is simple. According to the method, burn-in of the SIP module is achieved by fully using the functions of the SIP module, the complexity of the connecting circuit between the SIP module and the burn-in box is greatly lowered, the influences of an external circuit on the SIP module are reduced in the burn-in process, and meanwhile fault analysis can be conveniently conducted.

The invention discloses an asphalt mixture aging test method. The method comprises the steps that: a short-term aging hot-mixed asphalt mixture sample is obtained with a hot-mixed asphalt mixture accelerated-aging method specified by highway engineering asphalt and asphalt mixture testing procedures; the short-term aging hot-mixed asphalt mixture sample is obtained, and a testing method and testing equipments same as those of a pressure-aging-vessel-accelerated asphalt aging test specified by the highway engineering asphalt and asphalt mixture testing procedures are adopted, and an asphalt mixture long-term aging test is carried out; the performances of the long-term aging hot-mixed asphalt mixture obtained by the test is compared with the performances of an original non-aged asphalt mixture, such that the aging degree of the hot-mixed asphalt mixture can be accurately determined. With the testing method provided by the invention, the performance aging condition of the asphalt mixture after long term use in an actual environment can be simulated, such that the aging performance or the anti-aging ability of the asphalt mixture can be accurately determined.

The present invention provides a high temperature resistant inner layer material for a heat radiator water pipe and a preparation method thereof. The high temperature resistant inner layer material can satisfy cooling liquid aging resistance under the long time action of a high temperature medium, high resistance and no zinc in the material, and can be balanced in the aspects of compression permanent deformation, extension, physical and mechanical properties, low temperature performance, resistance and the like. The high temperature resistant inner layer material includes the following variouspreparation materials: 0-80 parts by weight of ethylene-propylene copolymer, 0-150 parts by weight of ethylene-propylene diene copolymer, 50-150 parts by weight of carbon black, 20-50 parts by weightof a plasticizer, 0-20 parts by weight of precipitation method white carbon black, 0-15 parts by weight of magnesium oxide, 0-2 parts by weight of stearic acid, 1.5 to 8 parts by weight of an antioxidant, 2.5 to 10 parts by weight of crosslinking agent BIBP, 1 to 3.5 parts by weight of crosslinking agent TMPTMA and 1-8 parts by weight of other auxiliaries.

The invention provides a quick aging apparatus for a grape wine, belonging to the technical field of the wine making equipment and aiming at solving the technical problems of long grape wine aging time, high cost, unachievable batch production and the like in the prior art. The quick aging apparatus comprises a first storage tank and an oxygen storage tank, wherein the first storage tank is connected with a first delivery pump, the first delivery pump is connected with a mixer, the oxygen storage tank is connected with the mixer, the mixer is connected with a second delivery pump, the second delivery pump is connected with a feeding hole of an aging tank, and the discharge hole of the aging tank is connected with the second storage tank through a first valve. The quick aging apparatus for the grape wine is capable of realizing the aging of the grape wine in short time and capable of meeting the requirements on large-scale production, and therefore, the production cost can be effectively reduced.

The invention discloses an IGBT heat sensitive electric parameter extraction device, which mainly comprises a power cycling system, a heat sensitive electric parameter extraction system, a test working position, a temperature control system and a measurement and control protection system, wherein the heat sensitive electric parameter extraction system mainly comprises a static heat sensitive electric parameter extraction subsystem and a dynamic heat sensitive electric parameter extraction subsystem; a to-be-tested device is placed on the test working position; the to-be-tested device outputs analog waveform signals; the measurement and control protection system heats the to-be-tested device through the power cycling system; the measurement and control protection system cools the to-be-tested device through the temperature control system; and the measurement and control protection system measures and extracts heat sensitive electric parameters in the heat sensitive electric parameter extraction system.

The invention discloses a complete-set aging test system and method for circuit boards of an automobile motor controller. An aging box is internally provided with an analog control unit which is used for being connected with a plurality of circuit boards to be tested and performing complete-set aging on the plurality of circuit boards to be tested; the analog control unit is controlled by a monitoring assembly to provide working signals required by the aging test of the plurality of circuit boards to be tested; the read test message generated by the plurality of to-be-tested circuit boards according to the working signals are sent to the monitoring assembly; and the monitoring assembly analyzes the test message so as to judge the aging states corresponding to the plurality of circuit boards to be tested according to the serial numbers of the plurality of circuit boards to be tested and the fault information. Compared with the prior art, complete-set aging of a plurality of circuit boards to be tested in the motor controller can be realized, and the aging fault of the controller can be positioned on a single controller circuit board, so that parallel dynamic aging of the complete-set circuit board is realized, the working efficiency of procedures is remarkably improved, and the aging fault of the circuit board in the controller is positioned.

The invention provides a gate drive circuit, a liquid crystal panel, a display device and an aging method. According to the circuit, a first pin of the gate drive circuit configured to receive an input voltage, and a second pin of the gate drive circuit is configured to adjust the resistance value of a target resistor to be greater than a preset resistance value when receiving an instruction indicating that the aging of the display device is started, and adjust the resistance value of the target resistor to be equal to a preset threshold value after a preset period of time. A third pin of thegate drive circuit is configured to output an output voltage corresponding to the target resistor through the input voltage based on the reference voltage with the amplitude kept unchanged. When the resistance value of the target resistor is greater than the preset resistance value, the amplitude of the output voltage is greater than the amplitude of the turn-on voltage of a thin film transistor TFT in the display device; when the resistance value of the target resistor is equal to the preset resistance value, the amplitude of the output voltage is equal to the amplitude of the turn-on voltageof a thin film transistor TFT in the display device. Therefore, automatic aging of the display device is realized.

The application discloses a solar charge-discharge controller aging system, which comprises a solar charge-discharge controller, a DC regulated power supply, an inverter and a storage battery. The output end of the DC regulated power supply is connected with a first end of the solar charge-discharge controller. The input end of the inverter is connected with a second end of the solar charge-discharge controller. The output end of the inverter is connected with the input end of the DC regulated power supply. The storage battery is connected with a third end of the solar charge-discharge controller. In the application, the storage battery supplies electric energy to the solar charge-discharge controller, the solar charge-discharge controller transmits the electric energy to the inverter, theinverter transmits the electric energy to the DC regulated power supply, the DC regulated power supply transmits the electric energy to the solar charge-discharge controller, the solar charge-discharge controller transmits the electric energy to the storage battery, and so on. Thus, the solar charge-discharge controller can be aged, and moreover, electric energy can be recycled, and energy can besaved. The application also provides an aging method with the same advantages.

The invention provides a novel controller aging vehicle which comprises a tank body and slide rails. Slide plates are arranged on the slide rails; a positioning tank is detachably arranged on each slide plate; a power supply is arranged on the rear-part tank body corresponding to each positioning tank; a plug is arranged on each power supply; each positioning tank comprises a positioning seat; a through slot is formed in a side wall of the end, corresponding to the corresponding power supply, of each positioning seat; positioning plates are connected to side walls of the positioning seats; circular slots are formed in the bottom parts of the positioning seats; and directional bolts are arranged on the peripheries of the bottom parts of the positioning seats. The novel controller aging vehicle provided by the invention aims to conveniently and quickly realize the assembling and the disassembling of products, is firm and reliable in fixing and convenient to transport, can adaptively adjust a corresponding size according to the aging situations of different types of products, and is wider in application range, higher in practicability, higher in universality, and convenient to use.

The invention provides a grape wine ageing device, belonging to the technical field of brewing equipment. The grape wine ageing device is used for solving the technical problems in the prior art that the grape wine ageing time is long, the cost is high, mass production is not likely to realize and the like. The grape wine ageing device comprises a first storage tank and an oxygen gas storage tank, wherein the first storage tank is connected with a first conveying pump, the first conveying pump is connected with a mixer, the oxygen gas storage tank is connected with the mixer, the mixer is connected with a second conveying pump, the second conveying pump is connected with a charging opening of an ageing tank, and a discharging opening of the ageing tank is connected with a second storage tank through a first valve. The grape wine ageing device can realize the ageing of grape wine in short time and meets the requirements on large-scale production, so that the production cost is reduced effectively.

The invention discloses a state-configurable in-situ aging sensor system which comprises a phase inverter, n buffer modules and a first counter. Each buffer module comprises a state configuration unit, a mode selector and a buffer which are connected in sequence, the mode selector in each buffer module is the external input end of the buffer module, and the buffer in each buffer module is the output end of the buffer module; the output end of the mth buffer module is connected with the external input end of the (m+1) th buffer module; the output end of the phase inverter is connected with the external input end of the first buffer module; and the output end of the last buffer module is respectively connected with the input end of the phase inverter and the input end of the first counter. The state configuration unit is adopted, so that the signal probability and the signal turnover rate of an intermediate node of a link can be configured, and the problem that in the prior art, aging prediction cannot be performed on a complex logic circuit due to the fact that the state of the intermediate node of a combinational logic link of a sensor is fixed is solved.

The invention discloses a metal fully-sealed power supply module immersed aging system and method in the field of power supply module aging, and the system comprises an aging box body which stores a fluorinated liquid, a constant temperature box body, a high temperature tank body and a low temperature tank body, and a plurality of power supply modules are arranged in the aging box body and are divided into a plurality of groups; the input ends of each group are respectively and commonly connected with a programmable power supply, and the output ends are respectively connected with a programmable electronic load; the high-temperature tank body and the low-temperature tank body are connected to the power supply module through a pipeline, and an electric valve is mounted on the pipeline; and the shell temperature of the power supply module and the fluorinated liquid in the constant-temperature box body and the aging box body are respectively detected by temperature sensors. The heat capacity of the aging system is improved, aging of a large number of power modules is achieved, the aging efficiency is improved, the temperature difference between different power module individuals can be reduced, and good temperature uniformity is achieved.