57results about How to "Clear connection" patented technology

The invention relates to a dual-motor driving system. A shell is internally provided with a first motor and a second motor separately, and the first motor serves as a main driving motor and is used for outputting kinetic energy; the second motor is an auxiliary driving motor, and an output shaft of the second motor is connected with an output shaft of the first motor through a one-way clutch and used for providing auxiliary output kinetic energy for the first motor. The connection between the first motor and the second motor is adjusted through the one-way clutch so that the maximum output power can be provided in the speed-up stage of a vehicle, and meanwhile, in the high-speed running stage of the vehicle, only the main driving motor provides the output power to ensure the maximum vehicle speed. Meanwhile, the system is simple in structure, reasonable in layout and low in manufacturing cost.

The invention discloses a water purifier performance testing bench used for testing performance of water purifiers before delivery. The water purifier performance testing bench comprises a stand, which is provided with a pure water flow meter, a waste water flow meter, a booster pump pressure test meter, a raw water pressure test meter, a raw water inlet valve, a waste water outlet valve, a pure water outlet valve, and four adapters. The second adapter is connected with the water inlet of the pure water flow meter, and the water outlet of the pure water flow meter is connected with the pure water outlet valve. The fourth adapter is connected with the water inlet of the waste water flow meter, and the water outlet of the waste water flow meter is connected with the waste water outlet valve. The first adapter and the third adapter are connected with the booster pump pressure test meter by a tee. A raw water box is disposed in a cabinet disposed in the lower part of the stand, and is connected with an inlet of a raw water pump. The outlet of the raw water pump is connected with the raw water inlet valve and the raw water pressure test meter at the same time. The testing bench is advantageous in that the testing meters, the valves, and the adapters are integrated into one body, and by simple pipe connection, the performance tests of a plurality of water purifiers are carried out at the same time, and in addition, operation is easy, and efficiency is high.

A three-dimensional loom weaving mechanism comprises a heald lifting opening device, a weft insertion device, a weft sliding device, a weft fixing device and a beating-up device. When the weaving mechanism is used, a warp opening is formed by the heald lifting opening device through vertical staggering of different heald frames, the weft insertion device enables weft moves forward through a weft insertion rod and a weft insertion hook to penetrate through the warp opening, the weft penetrating out of the warp opening is dragged through the weft sliding device and the weft fixing device to facilitate follow-up weaving and beating-up, and the beating-up device conducts beating-up on weft and warp fabric; if a weft anti-carrying device is additionally arranged, weft connection between a vertical pull rod and a fixing rod is facilitated. The design is simple in structure, and high in working efficiency and precise control degree, the warp opening effect is good, the weft anti-carrying function is good, and the environmental protection property is high.

The invention relates to a relay multiplexer switch circuit with priority and a test system, and belongs to the technical field of the automatic test. The problem that a test result of the existing switch circuit is inaccurate due to influence between relays is solved. The relay multiplexer switch circuit with the priority comprises n relays, the m-th tested signal is connected with a normally-open contact of the m-th relay, an intermediate contact of the m-th relay is connected with a normally-close contact of the m+1-th relay, wherein m is not less than 1 and less than n, and m is integer; the n-th tested signal is connected with the normally-open contact of the n-th relay, and the normally-close contact of the first relay is overhead; the intermediate contact of the n-th relay is connected with a test instrument. The switch circuit designed by the invention guarantees the priority order of selecting the tested signal from the hardware, and only the tested signal with the highest priority can be selected under the condition that multiple relays are absorbed, and the isolation between the tested signals is realized.

The big data storage, analysis and query system comprises a distributed data storage framework, a distributed data analysis framework, a distributed data search framework and a data visual display framework; the distributed data storage architecture is used for providing high throughput to access data of an application program with a super-large data set; the distributed data analysis architectureis a general engine and is used for completing processing operation of large-scale data; the distributed data search architecture is used for a distributed mass data search engine in various scenes;and the data visualization display framework adopts an MVC structure. Through distributed storage and query, a plurality of nodes perform storage and querying at the same time, so that the efficiencyis improved, and the time is saved. the query in the mass data, compared with a traditional database in which full-table scanning is adopted and the time is slow, in distributed query technologies, the same data can reach the second-level speed, the analysis types are rich, various data samples are supported, distributed analysis is supported, and the analysis speed is greatly increased.

The invention relates to a multi-rate compatible FPGA implementation device and a method, which belong to the digital intermediate-frequency signal processing field. The multi-rate compatible FPGA implementation device consists of sub-modules and is characterized in that the sub-modules are set to the highest rate and are downward compatible to other rates; each sub-module includes an I / O control module; the I / O control module of the sub-module of the first stage is used for generating an initial data input time sequence control logic according to the bandwidth of a baseband signal configured by upper software, and outputting an output effective signal to the sub-modules of the following stages by using the data input time sequence control logic as the initial input effective signal; and the I / O control module of the sub-module of the next stage is used for reading the output effective signal of the previous stage as the input effective signal of the current stage, and outputting the output effective signal to the following stage. The invention further provides the processing method of the device. The device and the method have the advantages of simple design, convenient simulation and multi-rate compatibility.

The invention relates to a wiring structure of a door closer, which comprises a wire support rod, an end travel switch fixing block and a circuit board fixing block. The outer ends of the support rods are respectively connected to the end travel switch fixing block and the circuit board fixing block, the bus is wound on the line support rod between the circuit board fixing block and the electromagnet fixing block, the starting end of the bus is connected to the circuit board, and the bus is on the electromagnet. The fixed block is divided into four routes, one route is connected to the central travel switch, the second route and the third route are respectively penetrated into the two wire holes along the card slot and connected to the electromagnet, and the fourth route goes through the card slot and the wire support rod to the end The travel switch fixing block is connected with the end travel switch. The line connection of the wiring structure is clear and distinct, not chaotic, the installation and disassembly are relatively convenient, and the inner space of the door closer casing is reasonably utilized.

A method for controlling microscopic bubble nucleation in fluid polymer material production and its apparatus that utilizes a gas pipe disposed in the conveyance screw shaft of a conventional injection or extraction forming mechanism and, furthermore, a microbubble generating component (such as a microscopic perforation vented metal head or a microscopic perforation ceramic head, etc.) installed at the front extremity of the conveyance screw shaft. At the rear extremity of the gas pipe, a pressurization pump or a high pressure gas storage tank is admitted from an air intake opening, enabling the gas to be indirectly heated by an electric heater on the materials pipe. The high temperature gas is thereafter outputted from the microscopic perforations of the microbubble generating component such that high temperature microscopic bubbles are directly admitted into the section of liquid polymer material which is then uniformly amalgamated by the conveyance screw shaft and then deposited into a forming die. As a result, high pressure gas conveyance or termination is controllable; control is afforded as to whether each section of liquid polymer material is microbubble nucleated and amalgamated. The present invention thereby provides a microbubble nucleation production method in which the non-bubble nucleated is at the surface and the bubble nucleated is at the interior section when the liquid polymer material is poured into a forming die.

A monitoring system for reprocessing a surgical instrument, where the monitoring system includes: a fluid line provided for supplying a fluid to the surgical instrument, the fluid line being configured to be connected to the surgical instrument; and a fluid line connection for connecting the fluid line to the surgical instrument; wherein the fluid line connection is configured to close an electrical contact in the case of a functional connection of the fluid line to the surgical instrument.

The invention relates to an indoor WLAN signal map drawing and mapping method based on image edge detection signal correlation. The method includes the step that firstly, RSS sequences collected by a random user are utilized to construct clustering charts of received signal strength (RSS) sequences through spectral clustering; secondly, a signal logic diagram of the random user in a located object area is constructed by the utilization of the image edge detection method; next, mapping between RSS clustering nodes in the signal logic diagram and area position nodes in a physical environment diagram is established according to corresponding mapping rules; finally, position estimation on a target user is achieve by the utilization of the mapping relation between the signal logic diagram and the physical environment diagram, and meanwhile the signal logic diagram and the physical environment diagram are drawn by the utilization of drawing techniques. The method has the advantages that the readability of the diagrams is improved, and the connection relation between the nodes in the signal logic diagram and the nodes in the physical environment diagram are clearer.

The invention discloses a novel building block doll. The doll comprises a building block head, a building block body connected with the building block head and building block legs connected with the building block body. A base is arranged on the lower sides of the building block legs, and a plurality of circular plates are bonded to the upper side wall of the base. The building block head comprises a building block face, a cover body connected with the building block face and a cap body connected with the cover body; and the building block body comprises a building block waist and building block arms connected with the building block waist. The novel building block doll has the advantages that all parts of the head, the waist and the legs of the building block doll are installed and the building block doll is assembled by splicing the head, the waist and the legs, so that the operational ability of a child is enhanced, the child is guided to exert imagination; meanwhile, the connectionrelation between all the parts is clear, so that the child is prevented from losing the assembling endurance; and the interestingness is improved through steering and sitting of the building block doll on the base.

The invention discloses an LED display and an LED control system. Wherein, the display includes: an LED display panel; a display driving circuit, including: a switch circuit, a drive circuit and a control circuit, wherein, the first end of one of the switch circuit and the drive circuit is connected to the power supply end of the power supply device, and the other The first end is connected to the ground terminal of the power supply device; the second end of one of the switch circuit and the driving circuit is connected to the anode of the LED display panel, and the second end of the other is connected to the cathode of the LED display panel; the control circuit includes: A power supply control circuit and a drive control circuit, wherein the power supply control circuit is connected to the third terminal of the switch circuit through a power supply control port; the drive control circuit controls the turn-on or cut-off of the drive circuit. Through the present invention, the switch circuit, the drive circuit and the control circuit are integrated into the display drive circuit, so that the control circuit of the LED display occupies a small area of ​​the panel, is simple in design and has a high refresh rate.