113results about How to "Mature structure" patented technology

The invention relates to a disposal method and integrated gear of anhydration and incineration of sewage sludge. The technical problems that the invention has solved are that the anhydration of incineration of sewage sludge are integrated, the heat utilization of incineration and the comprehensive processing effect are good. The methods of the invention are that: 1) pretreatment of wet sewage sludge; 2) access to a spray head on the top of a spray drying tower (8) of the sewage sludge for spray drying after which drying particles are obtained; exhaustion of offgases from an offgas outlet at the bottom of a tower drier (8); 3) access of the drying particles to a rotary burning kiln (10) for incineration, with the high temperature gases needed by the startup and operation of the rotary burning kiln (10) supplied by a hot-blast stove; exhaustion of the slag particles from a slag outlet; 4) access of the high temperature gases from the rotary burning kiln (10) to a second combustion chamber (9) for sufficient combustion; delivery of the high temperature gases after combustion to the spray drying tower (8).

The invention discloses an integrated method and device for sludge drying incineration and power generation. The device of the invention comprises a screw rotary type sludge drier; dried sludge enters a fluidized bed boiler to be performed with incineration; steam generated by incineration is used for carrying out power generation; exhaust steam from a small steam turbine is adopted to dry the sludge, thereby realizing cascade utilization of steam heat energy; the electric energy generated by a small generator set can sufficiently meet power utilization in the operation of equipment, thus reducing the operating cost and fully saving energy; and sludge drying incineration and power generation are integrated into a whole. In the invention, the screw rotary type sludge drier is used for feeding the fluidized bed incineration boiler, the steam generated by incineration is used for carrying out power generation, and the low-grade exhaust steam from the steam turbine is adopted as the heat source of the drier, thereby greatly improving the heat efficiency of a steam power device; meantime, the electric energy generated by the small generator set can sufficiently meet power utilization in the operation of the equipment, thus reducing the operating cost; and with the integration design, the system has reasonable and compact connection of the integrated device, mature equipment structure and better economical efficiency.

The invention relates to an integral liquefied gas filling station system and an operation method thereof. The system comprises a chassis and a receiving tank body which are matched; the receiving tank body is provided with a gas outlet valve and a filling valve connected with a liquefied gas tank ; the other end of the gas outlet valve is connected with a compressor, and the other end of the compressor can be connected with the liquefied gas tank vehicle; the receiving tank body is also provided with a liquid outlet valve; a first emergent cut valve of the liquid outlet valve is connected with a pressure pump, and the output end of the pressure pump is connected with an air entrained gun; a control handle of the first emergent cut valve is in driving connection with a second emergent cut valve; the other end of the second emergent cut valve is connected with a nitrogen bottle; the operation method comprises a liquefied gas filling process and an air entrainment process for vehicles of users; the system adopts a integral chassis structure, has the advantages of simple and convenient extension and high working efficiency, can solve the contradiction of difficult air entrainment in short period, and is favorable for accelerating the popularization and application of clean liquefied gas fuel; and the system is provided with an alarming probe, an alarm instrument and a safety valve, and has more reliable safety.

The invention provides a cathode material used for a solid oxide electrolytic cell and application of the cathode material. The chemical constitution of the cathode material is Sr2Fe1-xMxMoO6-Delta, wherein x is larger than or equal to 0 and smaller than or equal to 1; M is one or more selected from Mg, Zn, Ni, Co, Cu and Mn; an SrMoO3 phase is not contained in the cathode material. The cathode material does not comprise the SrMoO3 phase, adopts a single perovskite phase structure, can effectively solve the problem that the electrochemical performance of the Sr2Fe1-xMxMoO6-Delta is undesirable due to existence of the SrMoO3 phase, has favorable electrochemical performance, and can effectively improve hydrogen manufacturing efficiency of the solid oxide electrolytic cell.

A two-dimension self-calibration gauge point detection alignment system comprises a zero signal reader, a two-dimension workbench, a grating ruler auxiliary calibration plate, a reading head detection part and a measuring reference frame. The grating ruler auxiliary calibration plate comprises grating rulers with zero gauge points in the X direction and in the Y direction. The reading head detection part comprises a grating ruler reading head and a mounting support. The alignment system achieves gauge point alignment based on a grating ruler detection alignment principle and a zero signal detection principle. The reading head detects zero gauge point signals on the grating ruler auxiliary calibration plate to transmit the signals to the zero signal reader, meanwhile, the two-dimension workbench records the position coordinates of the two-dimension workbench and transmits the signals to the zero signal reader, and the position coordinates of the zero gauge points are obtained. The two-dimension self-calibration gauge point detection alignment system can be applied to the two-dimension self-calibration technology, and nanoscale resolution and alignment precision are achieved. Signal reading time delay is small, and the two-dimension self-calibration gauge point detection alignment system can be applied to workbench dynamic and high-speed calibration. The entire structure is relatively simple, the performance is high, and the two-dimension self-calibration gauge point detection alignment system is not sensitive to environments.

The invention relates to a regenerative braking energy recovery system of a serial hydraulic electric vehicle. The regenerative braking energy recovery system comprises a battery, a motor, a first variable displacement pump, a drive axle, a first fuel tank with a second variable displacement pump, a second fuel tank with a third variable displacement pump, an energy accumulator, a flywheel and a braking ECU (electronic control unit), wherein the battery is electrically connected with the motor, the motor is connected with the first variable displacement pump through a first clutch, the first variable displacement pump is connected with the second variable displacement pump through a pipeline and is also connected with the third variable displacement pump through a pipeline, and the energy accumulator is connected with the second variable displacement pump through a pipeline; and the second variable displacement pump is connected with the drive axle, and the drive axle is connected with the vehicle through a transmission; and the third variable displacement pump is connected with the flywheel through a second clutch. The regenerative braking energy recovery system has the beneficial effects that excessive energy produced in system braking can be stored, certain energy can be released when needed, the pressure stabilizing effect can be achieved for the whole vehicle, and energy recovery and reuse can be realized.

The invention relates to the technical field of battery thermal management, in particular to a fin perforation type cylindrical battery pack, includomg a plurality of cylindrical cells and a fin group, The fin group is composed of a plurality of fins arranged in parallel, and the fin is provided with a plurality of assembly holes matched with the shape and size of the plurality of cylindrical cells, the edges of the assembly holes extend outward to form flanged edges with a certain height, and the plurality of cylindrical cells vertically penetrate the assembly holes on the fins and are matched with the flanged edges. The invention can solve the problems that the temperature field distribution of the cylindrical battery pack in the prior art is uneven and the part of the non-specific areais overheated, and can meet the requirements of good temperature uniformity, temperature control performance and low cost, light weight and manufacturability.

The invention discloses an ocean station water level space-time prediction method and device based on deep learning. The method comprises the steps: acquiring observation data of multiple points of water levels of an ocean station to be predicted, wherein the observation data of the multi-point water level has a space-time mapping relation; inputting observation data of multi-point water levels into the CNN and LSTM deep learning model trained in advance, wherein the CNN model is used for extracting water level spatial feature data, and the LSTM model is used for extracting water level time characteristic data corresponding to the water level space characteristic data; and based on the water level spatial feature data and the water level time feature data, outputting a water level prediction result of the to-be-predicted ocean station through a full connection layer. According to the method, high-precision forecasting of ocean station water level data can be realized; only water level sequence data of a plurality of ocean stations are needed, and other data are not needed; occupied resources are few, and the calculation speed is high. And the method can be used for but not limited to ocean station water level forecasting, and can also be used for forecasting other elements except the water level element.

The invention discloses a vehicle bearing plate system of a warehousing type parking device. The system is obviously different from the modes, such as a comb teeth exchanging mode, a mechanical arm clamping wheel mode and a crawling traction type, which are currently used by the warehousing type parking device in the industry, and has the advantages that the structure is simple, the technology is mature, and the maintenance is convenient. The popularization and application of the vehicle bearing plate system of the warehousing type parking device facilitate producing excellent social benefits and economic benefits.

The invention discloses a disposable automatic flowing stopping type liquid residual prevention infusion apparatus. The disposable automatic flowing stopping type liquid residual prevention infusion apparatus is composed of a liquid inlet connector, a drip chamber, a floating valve, an infusion pipe, a dripping speed regulator, a liquid medicine filter, a liquid outlet connector, a closed type air guiding mechanism, a hand-operated pressurization pump and a gallbladder-like bottle rinsing dripping-in device, wherein the closed type air guiding mechanism is additionally arranged on a liquid route above an infusion pipe and can guide purified air which comes from an infusion bottle into an infusion pipe cavity from top to bottom at the end of the infusion on that day, the hand-operated pressurization pump is additionally arranged on the infusion pipe, and the gallbladder-like bottle rinsing dripping-in device is additionally arranged on the liquid inlet connector. The disposable automatic flowing stopping type liquid residual prevention infusion apparatus is characterized in that flowing can be automatically stopped after the previous infusion bottle stops dripping; blood coagulation and liquid route blocking possibly caused by blood return in an infusion needle can be avoided; the closed type air guiding mechanism can be opened in advance and closed freely by a nurse and is safe, flexible and convenient to use, precious residual liquid in the infusion bottle and the infusion pipe can be completely infused into a human body, waste can be avoided, and the curative effect can be ensured; pressurization can be conducted so that rapid infusion can be conducted to rescue a patient; blood exposure accidents can also be avoided even when the patient faints in a toilet along with the infusion bottle. The disposable automatic flowing stopping type liquid residual prevention infusion apparatus is used for conducting clinical continuous infusion and preventing residual liquid.

The invention provides near-infrared fluorescent powder as shown in a formula of LaxM4-x-y-zScy(BO3)4Cl: zCr<3+>. The invention also provides a preparation method and an application of the near-infrared fluorescent powder. The near-infrared fluorescent powder provided by the invention takes borate as a matrix and Cr<3+> ions as active ions, is stable in chemical property, wide in excitation band and not easy to absorb by organisms; the emission spectrum is wide-spectrum emission, the wavelength covers 650-1200 nm, broadband near-infrared fluorescent powder is coated on the recognized most efficient blue light LED chip, and the near-infrared fluorescent powder is excited by blue light to realize broadband near-infrared emission. The near-infrared fluorescent powder provided by the invention is mature in structure, low in price and wide in spectrum band, more material choices are provided for the near-infrared fluorescent powder required by Oleans lamp beads, and more choices are provided for using the near-infrared fluorescent powder in food detection, biological detection and organism imaging.

The invention relates to a regenerative braking energy recovery system of a parallel hydraulic electric vehicle. The regenerative braking energy recovery system comprises a battery, a motor, a mechanical transmission device, a speed reducer, a fuel tank, a drive axle, a flywheel and an energy accumulator, wherein the battery is electrically connected with the motor; the output shaft of the motor and the drive axle are connected with the mechanical transmission device; the output shaft of the mechanical transmission device is respectively connected with wheels of the vehicle and the input end of the speed reducer, the speed reducer is connected with the fuel tank with a variable displacement pump, and the flywheel is connected with the variable displacement pump through a clutch; and the energy accumulator is connected with the variable displacement pump through a three-position four-way reversing valve and is connected with the three-position four-way reversing valve through a hydraulic pipeline, and the variable displacement pump is connected with the three-position four-way reversing valve through a hydraulic pipeline. The regenerative braking energy recovery system has the beneficial effects of wide scope of application, mature structure, low cost and convenience in modification, and energy recovery and reuse can be realized.

The invention discloses an intelligent road abnormal event detection management device which comprises a field road camera group, a background server, an application program interface and a road abnormal event management platform. The field road camera group is connected with the background server through a data bus and an address bus, and the road abnormal event management platform calls a pre-programmed application program interface through an Internet TCP/IP protocol to send and receive data of the background server; the invention also discloses an intelligent road abnormal event detectionmanagement method based on deep learning, and the method comprises the following steps: reading the state of the road monitoring camera; monitoring images are captured in a multi-thread mode accordingto a snapshot strategy for image processing, road object detection, whether road conditions are abnormal or not, image road surface segmentation, whether a camera moves or not, abnormal secondary detection, early warning record generation and early warning information sending; according to the invention, the problems of inaccurate and incomplete road abnormal event detection and low universalityin the prior art are solved.