87results about How to "Increase cost input" patented technology

The invention discloses a nozzle of a combustion chamber of a miniature gas turbine, relates to the gas turbine technology, and in particular to a small size fluid fuel nozzle used in a combustion chamber of a 100 kW level miniature gas turbine. The nozzle consists of three parts which are a fuel oil passage, a fuel air passage and an air channel at the root of a burner, comprehensively utilizes the advantages of pneumatic nebulization and pressure atomization, and is a combined type high performance pneumatic atomizing nozzle. The nozzle of the invention has the characteristics that: the nozzle adopts a conventional processing method to realize excellent atomization of the fuel in small scale space, so as to meet the requirement for the quality of fuel atomization under a quite wide burden of the combustion chamber of the miniature gas turbine; the nozzle can avoid burnout and overcomes the defect of nozzle blockage caused by high temperature coking of the fuel; meanwhile, the nozzle can make the fuel in the combustion chamber to be combusted more fully and reduce discharge of pollutants such as smoke black and so on.

The present invention relates to an active anti-dazzling method and an automobile active anti-dazzling device. The method is to use a dimming glass provided with a plurality of mutually independent liquid crystal film partitions as the front windshield of the automobile, and detect the lights of various light sources in front of the automobile in real time. Strong, find out the light source that will cause glare to the driver of the car, and find the division of the intersection point of the light from this light source to the human eye on the dimming glass through the positioning of this type of light source, the driver's eyes and the dimming glass , adjust the light transmittance of the corresponding partition by adjusting the current. The device includes a front windshield, a controller, light intensity detection equipment, light source position detection equipment and human eye positioning equipment. Independent partitions, each partition, each detection device and human eye positioning device are all data connected to the controller. The invention can actively prevent glare, improve driving safety, and can effectively delay the aging of automobile interiors.

This invention provides a data transmission method and a system between mobile terminals and server ends including: a WAPGW reports to the control end that the radio network negotiates with the mobile terminal to get the largest receiving bandwidth, the controller end determines data to be sent to the mobile terminal based on the maximum receiving bandwidth and the mobile terminal selects from the data to be sent to the mobile terminal and loads the necessary data.

The invention relates to an active glare prevention method and device based on an OLED display technology. The method comprises the steps that an OLED organic thin film provided with a plurality of mutually-independent OLED organic thin film partitions is inlaid in a windscreen; the light strength of each light source is detected in real time; a light source which enables a driver of a vehicle to feel glaring is found, and the light source, eyes of the driver and the windscreen are positioned; and a partition, on the windscreen, of the focus of a light ray of the light source irradiating toward the eyes of the driver is found, and a drive voltage is controlled to adjust the light transmittance of the corresponding partition. The device comprises the windscreen provided with the OLED organic thin film, a controller, light strength detection equipment, light source position detection equipment and human eye positioning equipment; the OLED organic thin film is provided with the multiple mutually-independent OLED organic thin film partitions; and each partition, each piece of detecting equipment and the human eye positioning equipment all are in datum connection with the controller. According to the active glare prevention method and device based on the OLED display technology, active glare prevention can be achieved, driving safety is improved, and aging of the vehicle interior can be effectively retarded.

The invention belongs to the field of multi-axis numerically-controlled machine tool comprehensive error compensation key technology research, and aims at solving the problem that in the prior art, a multi-axis numerically-controlled machine tool of which the machining precision is greatly reduced after being used for a long time is lack of a universal error compensation method.The invention provides a three-stage optimized numerically-controlled machine tool motion error offline compensation method, wherein three stages of optimization comprise a segmented refinement stage, a segmented optimization stage and a deep optimization stage.The method particularly comprises the following steps that on the basis of an existing NC program, a starting point position and a terminating point position of motion of a feed shaft or a main shaft are read in corresponding program lines, and segmented refinement is conducted on the track; all key point positions on the track are calculated, corresponding errors are obtained by applying a numerically-controlled machine tool position and posture prediction model, and primary optimization is conducted on the key point positions; iterative computation, taking a preset precision value as a constraint condition, is conducted on optimized point positions to achieve deep optimization.The method has good universality on multi-axis linkage numerically-controlled machine tools of different control systems.

The invention discloses an electronic toll collection system comprising a beacon device used for broadcasting beacon information associated with the geographical location of the beacon device, a server used for receiving user-related information and the beacon information from a user side and calculating and collecting the toll according to the user-related information and the beacon information, and a toll gate used for automatically releasing vehicles authorized to pass according to a release license plate set issued by a retrieving server after the server collects the toll, wherein the beacon information is received by the user side from the beacon device, and the user-related information includes a user identifier, vehicle information and payment information.

The invention discloses a waste transfer station for an urban underground logistics system and a transfer method of the waste transfer station. The waste transfer station is composed of an underground waste compression station, an ultra-deep transfer shaft and an underground transportation station, wherein the waste compression station located in an underground shallow layer space is connected with the transportation station located in an underground deep layer space by the transfer shaft; and the transportation station is connected with an interval tunnel of the underground logistics system. In the waste transfer station, urban household waste is discharged in the underground waste compression station and compressed into containers, the containers fully filled with the urban household waste are transferred to the underground transportation station through the ultra-deep transfer shaft by a gantry crane, and after the containers are placed in transportation box bodies, the transportation box bodies are output by an underground transportation pipeline. According to the waste transfer station, in combination with the process features of waste compression, boxing, storage, lifting and underground transportation, according to the waste compression transfer process, the underground logistics transportation capability and the storage requirement, the layout and the size of the waste transfer station are determined, and the complete underground intensification of an urban household waste collecting and transporting system is realized.

The invention discloses a multi-direction hammering incremental forming method and products acquired by the method. According to the method, tool machining tracks are compiled into fluctuation machining tracks, the directions, wave lengths and amplitudes of the fluctuation tracks are changed, so that hammering directions, frequencies and amplitudes of a tool are controlled, and multi-direction hammering incremental forming of periodic contact between the tool and plates can be achieved on a three-axis numerical control milling machine and a special incremental forming machine. According to the method, non-uniform deformation of the plates in the common incremental forming process can be improved, so that the forming performance of the plates can be improved.

The invention provides a negative electrode material, a negative electrode plate, a preparation method of the negative electrode plate and an all-solid-state lithium ion battery. The negative electrode material comprises coated lithium powder; silicon carbon powder; a conductive agent; and a solid electrolyte, wherein the coated lithium powder comprises lithium powder and a lithium-conducting coating layer coating at least one part of the outer surface of the lithium powder. In the negative electrode material, on one hand, the coated lithium powder is adopted, so that the activity of the coated lithium powder is greatly reduced compared with that of the lithium powder while the lithium can be effectively supplemented, no strict requirements for environment and equipment exist, the compatibility compared with the prior art is high, the production cost is lower, and meanwhile, the operation safety is greatly improved; and on the other hand, the solid electrolyte is added into the negative electrode material, so that the side reaction of the lithium powder and the solid electrolyte can be greatly reduced, the first coulombic efficiency can be effectively improved, and meanwhile, a lithium battery system has higher safety.

The invention discloses a production method of a low-earing-rate extra-deep-drawing cold-rolling annealing low-carbon steel strip. The production method comprises the processes of smelting, continuouscasting, hot rolling, cold rolling and continuous annealing; as for the hot rolling process, after each pass of rough rolling, stopping is conducted for 20-30 s, the final rolling temperature of finish rolling is 860-880 DEG C, and the coiling temperature is 720-740 DEG C; and as for the cold rolling process, the cold rolling compression ratio is 62-83%. The production method is suitable for production of the high-quality deep-drawing low-carbon steel strip by a conventional continuous rolling production line and an annealing line, the 90% super-high cold rolling reduction rate is not needed,and the advantage that production is easy to control is achieved; and the cold-rolling annealing low-carbon steel strip has the product performance: the yield strength is 110-150 MPa, the tensile strength is 290-325 MPa, the elongation A80 is 40-60%, r90 is 2.80-3.3, and the finished earing rate delta r value is less than or equal to 0.60.

The invention provides a bank demand entry level management method. The method comprises: compiling a demand document according to a demand template; carrying out entry splitting on the demand document; extracting the split entries to generate a demand tracking matrix; and when the demand change exists, updating an entry state in the demand tracking matrix. The invention further provides a bank demand entry level management system, and multi-miscellaneous, scattered and disordered demand content level full-process management is achieved.

The invention relates to a production method capable of controlling the buckling of a thin broad soft zinc-coated strip steel during the cooling process, and aims to solve the technical problem that a soft zinc-coated strip steel buckles during the cooling process after annealing in a horizontal furnace in the prior art. The production method comprises the following steps: preparing a thin broad soft zinc-coated strip steel, which is composed of the following chemical elements in percentage by weight: 0.0005 to 0.0025% of C, 0.05 to 0.20% of Mn, 0.030 to 0.080% of Ti, and the balance being Fe and inevitable impurity elements; controlling the compression ratio of the cold rolling product in a range of 60 to 85%, carrying out annealing on the rolled steel in a horizontal furnace after the cold rolling, controlling the heating temperature of strip steel in a range of 680 to 700 DEG C, carrying out annealing in a range of 810 to 850 DEG C, carrying out annealing for 36 to 60 seconds, controlling the tensile force of the strip steel in a range of 3 to 6 KN; cooling the annealed strip steel in different stages: cooling the strip steel to a temperature of 690 to 750 DEG C at a cooling speed of 9.8 to 18 DEG C/S, and then cooling the strip steel to a temperature of 480 to 560 DEG C at a cooling speed of 10 to 27 DEG C/S; then carrying out galvanization in a zinc boiler with a temperature of 460 DEG C, taking out the galvanized strip steel out of the zinc boiler, cooling the strip steel in the air to a room temperature, and then rolling the strip steel so as to obtain zinc-coated steel rolls. The provided method is suitable for cooling process after annealing in the production of soft zinc-coated strip steel.

The invention discloses a preparation method of a nano silver/micropore polymer composite liquid bactericide. A certain amount of a nano silver ion solution and a micropore polymer material are mixedand evenly stirred to obtain the target product namely the nano silver/micropore polymer composite liquid bactericide. The prepared nano silver/micropore polymer composite liquid bactericide has the characteristics of well dispersed silver particles, agglomeration resistance, and high activity in the absence of a stabilizing agent. Furthermore, the activity of nano silver can last a long term, theliquid bactericide has the characteristic of long bactericidal effect, moreover, the operation of the preparation method is convenient, the preparation time is short, the technology is easy to control, and the preparation method is suitable for large scale production.

A disturbance area negative-sequence current judgment method used for load modeling includes steps as follows: A. three-phase voltage and current flown out from a bus are collected in real time by a monitoring device, each instantaneous value is recorded, voltage and current instantaneous values collected on site when a fault occurs are subjected to Fourier filtering according to Fourier transform, and fundamental wave components of the voltage and current instantaneous values are obtained; B. the symmetrical component method is applied to the fundamental wave voltage and current, and voltage and current negative-sequence components are extracted; and C. the voltage and current phase relation is solved according to the voltage and current negative-sequence components, if the measured negative-sequence current exceeds the negative-sequence voltage for an angle of Pi-Theta (Theta is the impedance angle of the impedance of a system in front of the monitoring device), when Theta is larger than or equal to 0 and smaller than or equal to Pi/2, the fault occurs inside the area; and if the measured negative-sequence current falls behind the negative-sequence voltage for an angle of Theta1 (Theta1 is the impedance angle of the impedance of the load behind the monitoring device), when Theta1 is larger than or equal to 0 and smaller than or equal to Pi/2, the fault occurs outside the area.

The invention discloses a wireless remote-control mop, which comprises a mop body and a remote control device; the mop body comprises a mop head and a mop handle which are connected with each other; an automatic loading mechanism and an automatic unloading mechanism are separately arranged on the mop head; a lithium battery box is arranged at the bottom end of the mop handle; the remote control device comprises a control module and a controlled module; the control module comprises a remote controller and a wireless transmitting unit; the controlled module comprises a controller and a wireless receiving unit; and the controlled module is mounted in the mop head and is connected to a lithium battery in the lithium battery box. The wireless remote-control mop adopts a wireless remote control mode to realize automatic cleaning or material replacing operation of the mop, so that high-strength workload or relatively great cost investment as a result of conventional manual operation is avoided, working efficiency and cleaning effect are greatly improved, and operation is simple, convenient and practical.

The invention provides a conical-spout bushing plate integral punching extrusion compound forming die and a forming method. The conical-spout bushing plate integral punching extrusion compound formingdie comprises a female die, an embedded sleeve, a first extrusion female die, a second extrusion female die, an extrusion male die, a first stamping male die, a second stamping male die, a third stamping male die and a fourth stamping male die. Each die is replaced and used in different technological stages respectively. The forming method comprises the steps that a regular metal plate is placedin a die cavity formed in a press machine, a technology with extrusion and stamping combined is adopted and a baseplate and a discharge spout are integrally formed, and a blank is in a strong three-way compressive stress state, and generation of cracks in the forming process is avoided. The conical-spout bushing plate integral punching extrusion compound forming die and the forming method are characterized in that the forming precision is high, the machining process is simple, and production efficiency is high.

The invention discloses a solar brushless controller, and belongs to the field of solar equipment. The problem that electric equipment powered on by a solar cell panel cannot be self-started and is inconvenient to control in the prior art can be solved. The solar brushless controller comprises a controller shell and an internal control circuit. The control circuit comprises a single-chip microcomputer main control circuit. The single-chip microcomputer main control circuit is used for inputting a hall signal, a rotating speed control signal, a current-limiting over-current detection signal anda brake signal of a brushless motor, and outputting a front-stage driving signal of an electronic commutator so as to control the operation of the brushless motor. A power supply circuit is used foracquiring the electricity of the solar cell panel, carrying out voltage transformation on the acquired electricity and then supplying the power to the controller and the motor. The solar brushless controller further comprises a self-starting circuit. The self-starting circuit controls the starting of the brushless motor. According to the invention, the direct-current brushless motor is driven directly by the direct current generated by utilizing the solar energy without any battery. Meanwhile, the remote monitoring and opening/closing functions are realized by utilizing existing mobile phone signals.

The object of the application is to provide a bid control method and apparatus. The method includes: obtaining a current effect index of target information in a bid word according to bid information of the target information in the bid word; if the current effect index is lower than an expected effect index of the target information in the bid word, obtaining the optimal bid ranking for enabling the target information to reach the expected effect index in the bid word; and bidding the bid word according to the bid price corresponding to the optimal bid ranking. Compared with the prior art, the current delivery effect of the target information is obtained, an expected delivery effect is preset, if the current delivery effect does not reach the expected delivery effect, the optimal bid ranking for enabling the target information to reach the expected delivery effect is automatically calculated, and the bid word is bid according to the bid price corresponding to the optimal bid ranking, therefore, the advertisement delivery effect is guaranteed, only minimum price adjustment is needed, and the lowest delivery cost is guaranteed.

The invention discloses a detachable anchor device for a cantilever section steel beam, which comprises a bottom plate arranged on the bottom surface of a concrete plate and a pressure plate for fixing the cantilever section steel beam on the top surface of the concrete plate. A plastic thin film is paved on the bottom plate and is isolated from the concrete plate; four screws are respectively and vertically fixed on four corners of the bottom plate; the screws pass through the concrete plate and sleeves are sleeved outside the screws to separate the screws from the concrete plate; the four corners of the pressure plate are sleeved on the screws; and nuts are screwed on the screws; and the pressure plate is pressed down by the nuts. The anchor device disclosed by the invention is detachable, can be turned around for use, has no waste and has high safety performance; and the using safety of an outer frame is ensured.

The invention provides a software interface field data standardization method and device, equipment and a medium. The method comprises the following steps: a software interface field acquisition and maintenance process: importing a software interface field of a basic data standard by setting a software interface field library in a demand stage, and initiating a maintenance means to maintain the software interface field when the demand cannot be met; and a synchronization process of the software interface field: periodically monitoring the difference between the software interface field in thesoftware interface field library and the basic data standard in the data management and control portal at the demand stage, and carrying out bidirectional synchronization. According to the method, thebasic data standard is quoted in the demand stage of system construction, standardization of the software interface field can be controlled from the demand source, the integrity of the basic data standard can be enriched from the business demand level, and therefore a good circulation mechanism is formed.

The invention provides an automatic calibration method and device for infrared temperature measurement equipment. The automatic calibration method comprises the following steps: an environment temperature calibration step and a target temperature calibration step. The environment temperature calibration step comprises the steps of placing the infrared temperature measurement equipment in a constant-temperature environment, automatically obtaining the actual temperature of the constant-temperature environment, and calibrating the constant-temperature environment temperature measured by the infrared temperature measurement equipment. The target temperature calibration step comprises the steps of placing the infrared temperature measurement equipment in a black body for temperature measurement calibration, automatically obtaining the actual temperature of the black body target, and calibrating the temperature of the black body target measured by the infrared temperature measurement equipment. The invention further provides the automatic calibration device using the method. The automatic calibration device comprises an environment temperature automatic calibration device and a target temperature automatic calibration device. According to the automatic calibration method and device, automatic calibration can be carried out on the infrared temperature measurement equipment, generation of calibration deviation is effectively avoided, the measurement precision of the equipment is improved, the calibration efficiency is high, and the cost is low.

The invention relates to a one-machine multi-antenna GNSS signal switch, comprising a plurality of antenna interfaces, two serial ports and a power interface; the antenna interfaces are used for wiredconnection with a positioning antenna through antenna cables, and the power interface and the serial ports are connected to a monitoring host; and the switch further comprises a singlechip and an antenna switch, wherein the singlechip controls the antenna switch to be switched to a monitoring antenna to be connected. By setting the plurality of antenna interfaces and the antenna switch, a plurality of displacement monitoring points share one monitoring host and can be automatically switched between the connected monitoring antennas according to the set frequency, and the monitoring and positioning data of different antennas is transmitted to the monitoring host, so that one monitoring host monitors the displacement of the plurality of monitoring points. The switch used in a monitoring system with dense monitoring points can greatly reduce the monitoring and later operation and maintenance costs. Compared with the conventional monitoring equipment, the switch can increase the cost input to the hardware, power supply, communication and construction, and improve the stability of the monitoring equipment.

The invention relates to a 3-35kV electromagnetic multi-functional voltage transformator which comprises an iron core, a primary winding and a main secondary winding; the primary winding and the main secondary winding are wound on the iron core; an auxiliary secondary winding is also wound on the iron core; and a tap is arranged on the auxiliary secondary winding. According to the voltage transformator, the auxiliary secondary winding with the tap is additionally arranged on the iron core, so that the functions of a grounded transformator and a non-grounded transformator are realized on the same transformator, and the 3-35kV electromagnetic multi-functional voltage transformator has a simple and compact structure, low losses and no local discharge, is convenient to use, has high safety performance, is maintenance-free, and is applicable to 3-35kV voltage systems.

The present invention relates to a one-machine and multi-antenna GNSS displacement monitoring system. The system comprises a multi-antenna system, a monitoring host and a monitoring background; the multi-antenna system comprises a reference antenna, a plurality of monitoring antennas and a multi-antenna switching control module; the reference antenna and the multi-antenna switching control moduleare in wired connection with the monitoring host, the monitoring antennas are in wired connection with the multi-antenna switching control module; the monitoring host comprises a data receiving processing module, a signal transmission module and a power supply module, the data receiving processing module is configured to process position data of the reference antenna and the monitoring antennas, and the signal transmission module is configured to transmit the position data of the reference antenna and the monitoring antennas to the monitoring background; and the monitoring antennas are in wireless communication connection with the monitoring background. The monitoring system is employed in the displacement monitoring with dense monitoring points to greatly reduce the monitoring and later maintenance operation, the monitoring points only need one hardware device to achieve effective monitoring, reduce the monitoring cost and improve the stability of the monitoring device.