52results about How to "Continuous smooth output" patented technology

The invention discloses a star sensor autonomous navigation method suitable for a high maneuvering carrier, relates to the technical field of celestial navigation, and solves the disadvantage in the prior art that a star sensor adopts the autonomous navigation of the high maneuvering carrier. The star sensor autonomous navigation method comprises the steps of firstly enabling the star sensor to recognize a capture initial posture by adopting an all-day autonomous star map, then recognizing the original pointing partial star map by utilizing initial attitude information, and calculating the posture to obtain a moving angle speed; combining the prior information obtained in the first and second steps, forecasting the posture and the star point position of the next sampling time, and rapidly forecasting the tracking recognizing mode; calculating a three-axis posture angle of the star sensor in an inertial frame according to a recognizing result, and finally calculating the three-axis posture angle of the carrier according to a matrix of the star sensor arranged on the carrier, thus finishing the independent navigation of the carrier. The star sensor autonomous navigation method provided by the invention has the characteristics that the realization is simple, and the continuous, high precision navigation data and the like are autonomously provided for the high maneuvering carrier.

The invention discloses a fuel cut-off protection device for a turbocharger. The fuel cut-off protection device comprises a three-way oil tube, wherein the first branch of the three-way oil tube is connected with the turbocharger; the second branch of the three-way oil tube is connected with a lubricating oil circuit of an engine; the third branch of the three-way oil tube is connected with the fuel cut-off protection device of the turbocharger; a one-way valve which is conducted from the engine to the three-way oil tube along a single direction is arranged in the first branch; and the fuel cut-off protection device is used for storing lubricating oil during normal running of the engine, and inputting the stored lubricating oil into the turbocharger when the engine stops running. The fuel cut-off protection device for the turbocharger can be used for storing lubricating oil during running of the engine, and can be used for inputting the stored lubricating oil into the turbocharger when the engine stops running to cool and lubricate, so that energy can be saved; and the fuel cut-off protection device for the turbocharger is suitable for the situations of frequent start and stop and halt and unexpected halt of the engine.

The invention provides a video signal compensating method, device and system. The video signal compensating method comprises the following steps: acquiring a compensating signal based on a cached video signal, when the fact that a video input signal has signal loss is detected; and inserting the compensating signal in the video input signal. Through the above processing steps, video signals which are interrupted frequently and transiently can be effectively compensated, thus ensuring complete, continuous and stable video signal output, providing excellent subjective experience for audiences, and preventing a coder from being impacted by coding streams interrupted frequently when being applied to the coder sensitive to input video signals.

The invention discloses a data playback device based on an FIFO (First In, First Out) caching structure and belongs to the technical field of analog output. The data playback device comprises a storage device, a control platform, a data buffering area FIFO and a digital analog converter, wherein the storage device is connected with the control platform through a bus BUS0; the control platform is connected with the data buffering area FIFO through a bus BUS1; the data buffering area FIFO is connected with the digital analog converter through a bus BUS2; a test data is stored in the storage device; the control platform is provided with an external input port and can read and output the test data according to a preset control flow; an input data bit width of the data buffering area FIFO is set as being more than an output data bit width; an active restriction for full-state identification in the FIFO is set; the digital analog converter is used for receiving the test data from the data buffering area, performing digital analog conversion on the test data and outputting an analog signal; and Bus0 rate* Bus0 valid bit width is more than or equal to Bus1 rate* Bus1 valid bit width which is more than Bus2 rate* Bus2 valid bit width. The data playback device is suitable for the playback of a large amount of test data.

The invention provides a geothermal photothermal composite type continuous power generation system. The geothermal photothermal composite type continuous power generation system comprises a geothermalwater circulation system, a photothermal heat collection system, a power generation system and a condensation system, wherein the geothermal water circulation system is connected with the photothermal heat collection system, and a working medium provides energy to the power generation system for generating electricity by the geothermal water circulation system and/or the photothermal heat collection system, the power generation system is connected with the condensation system, and the condensation system condenses exhaust gas of the power generation system and then delivers into the geothermal water circulation system. According to the geothermal photothermal composite type continuous power generation system, solar power generation and geothermal energy generation organic combination areused and combined, so that the thermal efficiency of the combined circulation power generation system is improved.

The invention relates to a high-power neutral electrolyte metal-air battery system and a using method thereof. The battery system comprises two or a plurality of basic cell units connected in series or in parallel, an electrolyte filtering box, a circulating pump, a control valve, an electrolyte input distributor, an electrolyte discharge manifold, a drain valve, an electrolyte overflow manifold,a control circuit, a controller, a connecting pipeline and the like. Each basic cell unit consists of a reaction box, an anode, a cathode, electrolyte, a cathode busbar and an anode busbar; and an electrolyte input port, an electrolyte discharge port and an electrolyte overflow exhaust port are formed at both sides of the reaction box. The electrolyte is neutral liquid, such as salt water, seawater and the like. The electrolyte of each basic cell unit is communicated with each other without using an electrolyte isolator. The high-power neutral electrolyte metal-air battery system and the usingmethod thereof, which are disclosed by the invention, are applicable to the high-power power utilization requirements and have the characteristics that after the anodes are used up, the anodes can bereplaced so as to reuse the high-power neutral electrolyte metal-air battery system; the high-power neutral electrolyte metal-air battery system can be stored for long time in a safe and maintenance-free mode, and is simple to start up and use; a load can be cut off at any time; the high-power neutral electrolyte metal-air battery system and the using method thereof have no pollution to the environment; and reaction precipitates can be recovered and recycled.

The invention discloses a navigational satellite signal tracking method and device. The method comprises the steps that when effective navigation messages exist, coherent integral results of a branch I, data values of the navigation messages corresponding to the coherent integral results of the branch I, coherent integral results of a branch Q and data values of the navigation messages corresponding to the coherent integral results of the branch Q are obtained; energy values are calculated after the coherent integration of the navigation satellite signal according to the obtained coherent integral results of the branch I, the data values of the navigation messages corresponding to the coherent integral results of the branch I, the coherent integral results of the branch Q and the data values of the navigation messages corresponding to the coherent integral results of the branch Q; the navigation satellite signal is verified according to the energy values which are calculated after the coherent integration of the navigation satellite signal. According to the technical scheme, stable tracking can be conducted on the navigation satellite signal in the weak signal environment, and it is guaranteed that a receiver continuously and stably outputs navigation and location results.

The invention discloses an element mercury and divalent mercury standard gas generation system and a working method thereof, and belongs to the technical field of gaseous mercury monitoring and analysis. A first inlet of a siphon type tee joint is connected with a low-temperature end of a gradient evaporation chamber, a high-temperature end of the gradient evaporation chamber is connected with thetee joint through a carrier gas pipeline, and the tee joint is further connected with a second inlet and a preheater; the preheater is connected with a flow valve, the flow valve is connected with afilter, and the filter is connected with a nitrogen storage device; an outlet is connected with two branches, a reduction reactor and an elemental mercury standard gas control valve are arranged on one branch, and a divalent mercury standard gas control valve is arranged on the other branch; and a heating module is arranged outside the gradient evaporation chamber, the gradient evaporation chamberis connected with a liquid inlet device, the liquid inlet device is connected with a stop valve, the stop valve is connected with a pump, and the pump is connected with a mercuric chloride standard liquid storage device. The structure design is reasonable, stable output of mercury standard gas concentrations of different valence states is achieved, and accuracy of mercury and mercury compound detection equipment checking and related scientific tests is guaranteed.

The invention discloses a laboratory research device for a coal and electricity integrated three-waste-based foaming material. Two input ends of a water liquid mutual drive unit are correspondingly connected with an output end of a constant current constant pressure pump and an output end of a liquid filling pump, and an output end of the water liquid mutual drive unit is connected with a liquid channel of a novel foaming device through a coil pipe; the coil pipe and the novel foaming device are arranged in a circulating water bath, and a high-speed camera is used for collecting foam images ofthe novel foaming device; a high-pressure storage tank is correspondingly connected with a gas chromatograph and a gas mixing tank; a vacuum pump is connected with the gas mixing tank; a calibrationgas cylinder is connected with the gas mixing tank; the gas mixing tank is connected with a pneumatic connector of the novel foaming device through an electromagnetic pressure reducing valve, a checkvalve and a vortex-type gas flowmeter sequentially; two output branches of a mixed slurry agitator is correspondingly connected with a feeding port of a screw rod pump and a weighing device A; and adischarging port of the screw rod pump and a discharging port of the novel foaming device are connected with two feeding ports of a three-waste-based foaming material mixer. According to the laboratory research device, a basis can be provided for the qualitative and quantitative research of the three-waste-based foaming material.

The invention belongs to the technical field of material storing and conveying, and particularly relates to a bulky material storing and conveying closed stockyard. A stockyard body is included and comprises a storage grid area defined by transverse stop walls and longitudinal stop walls, wherein the four sides of the storage grid area are provided with the stop walls. A material taking machine capable of moving along the longitudinal stop walls is arranged above the storage grid area and provided with a material taking mechanism used for pushing materials in the storage grid area. A storage grid material input machine and a storage grid stacking machine are arranged above the material taking machine. The bottom of the storage grid area is provided with a storage grid feeder and a storagegrid material output machine. The closed stockyard has the beneficial effects that the stop walls are arranged on the four sides of the stockyard body in a surrounding manner, the space utilization rate of the stockyard body is improved, a stable structure is formed through cooperation of the transverse stop walls and the longitudinal stop walls, and the stress performance of the stop wall structure is improved.

An explosive motor with disrotatory rotor is composed of pressurizer, burner, expander and driving device. It is featured as setting a pair of disrotatory rotor in each of pressurizer and expander, making section of columnar rotor be form of three petals distributed uniformly in 360 degree, setting petal top curvature radius to be less than that of expander and pressurizer, setting pressurizer air inlet to be greater than air outlet with pressure buffer device and making expander air exhaust volume be greater than its air suction volume.

The invention relates to the field of internal medicine anesthesia equipment, in particular to an anesthetic evaporator self-adaptive to evaporation temperature change. The anesthetic evaporator comprises multiple evaporation chambers, a gas collection chamber and a control mechanism, and the evaporation chambers are used for containing a liquid anesthetic and evaporating the same to form anesthetic vapor, the gas collection chamber is used for collecting the anesthetic vapor discharged by the evaporation chambers; one end of each evaporation chamber is connected with a carrier gas pipe for carrier gas to enter while the other end of the same is provided with a gas discharging pipe for discharging the carrier gas carrying the anesthetic vapor from the evaporation chamber, and all gas discharging pipes are connected with the gas collection chamber through the control mechanism, can disconnect communication of the evaporation chambers cooled through evaporation with the gas collection chamber through the control mechanism and can be connected with the gas collection chamber after the evaporation chambers rise in temperature when absorbing environment heat. By the anesthetic evaporator, the technical problem that anesthetic vapor output by existing evaporators is unstable in concentration caused by the fact that the concentration of the anesthetic vapor is reduced as evaporation speed is continuously lowered after the liquid anesthetic is evaporated and cooled can be overcome.

The invention discloses a continuously supplying device of liquefied carbon dioxide fluid. The continuously supplying device comprises a controller on the left side, as well as a liquefied carbon dioxide storage regulating tank and a liquefied carbon dioxide bus bar on the right side, wherein the liquefied carbon dioxide storage regulating tank is connected with the controller through a lead; the liquefied carbon dioxide bus bar is connected with the controller through a lead and connected with the liquefied carbon dioxide storage regulating tank through a pipeline. The liquefied carbon dioxide bus bar adopts a left liquefied carbon dioxide tank and a right liquefied carbon dioxide tank which are arranged side by side, the controller controls the left liquefied carbon dioxide tank or the right liquefied carbon dioxide tank to alternatively convey liquefied carbon dioxide to the main tank body of the liquefied carbon dioxide storage regulating tank so as to continuously and stably output liquefied carbon dioxide. The continuously supplying device of the liquefied carbon dioxide fluid has the advantage of being reasonable in design, reliable in performance, convenient to operate, low in energy consumption and wide in application scope and can be applied to continuous supply of liquefied carbon dioxide fluid in industial productions and scientific researches.

The invention discloses a supercritical carbon dioxide injection device for a thick oil mechanism experiment. The supercritical carbon dioxide injection device comprises a drive gas source injection device, a gas flow control device, a safety protection device and a control system, wherein output ends of a first gas booster pump and a second gas booster pump which are independently arranged are connected in series, and the gas inlet ends of the first gas booster pump and the second gas booster pump are provided with stop valves, pressure gauges and flow proportional valves, so that the first gas booster pump and the second gas booster pump are controlled simultaneously, and the boosting efficiency and precision are improved; and a constant-temperature water bath with a preset temperature is set, then flow metering and pressurization are conducted, so that the problem that the mass metering error is large due to phase change of carbon dioxide in the pressurization process is effectively solved, continuous and stable small-flow supercritical carbon dioxide output can be achieved, and the constant-flow constant-pressure constant-temperature output function is achieved. The supercritical carbon dioxide injection device has the advantages of being easy to operate, safe, reliable and the like, meets the requirement for indoor thick oil mechanism research based on carbon dioxide, can achieve precise control and feedback through a control system, and improves the control precision.

The invention discloses a dry heat rock photothermal coupling power generation system with a heat storage function and a control method system thereof. The dry heat rock photothermal coupling power generation system comprises a dry heat rock circulation subsystem, a photothermal circulation subsystem and a power generation subsystem; the photothermal circulation subsystem includes a photothermal working fluid pump, a heat collector and a heat storage unit; an outlet of the heat collector is divided into two paths, one path is connected to a first inlet of a high temperature heat exchanger, anda first outlet of the high temperature heat exchanger is connected to an inlet of the heat collector; the other path of the outlet of the heat collector is connected to the heat storage unit to be used for storing excess heat when the light is sufficient, and the heat storage unit is also connected to the high temperature heat exchanger to be used for preheating a medium of the high temperature heat exchanger when no illumination exists; and the three systems cooperate and do cycle reciprocation, and continuous power generation of the dry heat rock photothermal coupling power generation system with the heat storage function is achieved. The system effectively solves the problems that pure dry heat rock power generation temperature is low, the photothermal power generation cost is high, and the floor space is large.

A low dropout voltage stabilising apparatus (10), comprising: a control unit (106), comprising a control circuit (112) and a switch module (114), and used for controlling the connection of the switch module (114) on the basis of a plurality of control signals (SG1-SG6) of the control circuit (112); and an output transistor module (108) coupled to the control unit (106), the output transistor module (108) comprising a first transistor unit (M1) and a second transistor unit (M2), and being used for providing an output current (IL) to an output end on the basis of the connection of the switch module (114); on the basis of the connection state of the switch module (114) controlled by the control circuit (112), a power-down mode, a soft-start mode, and a normal start mode provide an output current (IL) of a different current amount to the output end. The present low dropout voltage stabilising apparatus has the advantages of continuous and stable output of voltage to a post-stage circuit, and a small and simple circuit.

The invention relates to a piston reciprocating internal combustion engine. A crankshaft of the piston reciprocating internal combustion engine and a bearing of the crankshaft can move, a straight guide rail is utilized to set moving paths of the crankshaft and bearing, a screw drive mechanism is utilized to control the movement of the crankshaft and bearing of the crankshaft, thereby capable of continuously changing the compression ratio of the internal combustion engine. A matched spline output method for solving the problem of power output of the movement of the crankshaft is applied to adjust the design and manufacture of other subsidiary mechanisms of the internal combustion engine to adapt to the movement of the crankshaft and bearing of the crankshaft, thereby being capable of forming the complete and feasible internal combustion engine of the spline output of the variable compression ratio.