32results about How to "Increase design size" patented technology

A network for interconnecting processing element nodes which supports rich interconnection while having a number of switching elements which is linear in the number of processing elements interconnected. Processing elements connect to the lowest level of the tree and the higher levels of the tree make connections between the processing elements. The processing elements may be laid out in a two dimensional grid and one or more horizontal and vertical trees may be used to connect between the processing elements with corner switches used to connect between the horizontal and vertical trees. The levels of the tree can be accommodated in multiple layers of metalization such that the entire layout requires a two-dimensional area which is linear in the number of processing elements supported.

Provided is a method for preparing a high-density ITO target on conditions of reducing sintering temperature. According to the method, in preparation of ITO slurry during the initial period, first premixing liquid needs to be prepared first and a ball mill is used; an oven is used in low-temperature drying preparation of a secondary material; in preparation of the ITO slurry, second premixing liquid needs to be prepared first and the ball mill is used again, a grouting forming method is adopted in the forming processing of ITO blank and compressed air serves as a pressure transmitting medium, and normal pressure oxygen atmosphere conditions are adopted in the sintering processing of the ITO blank. The ITO slurry with a high solid phase content is one requirement for preparing the high-density ITO blank, the relative density of the prepared ITO blank can be as high as 74-76% through measurement in a mercury emission method, the solid content of the ITO slurry is 89-91% through ball milling of the secondary material, and the high-density ITO target with the relative density as high as 99.50-99.67% can be prepared through good viscosity mobility and the low sintering temperature.

The invention discloses a water treatment device containing a circular tube filler and a use method thereof, belonging to the technical field of water treatment. The water treatment device includes a pool reaction system, a gas distribution system and a water distribution system. The gas distribution area mainly supplies air to the gas distribution pipe by adjusting and opening the three types of pipes: the aeration pipe, the gas distribution pipe and the pulse pipe. The pulse pipe is regulated by a high-pressure fan. The valve is connected to the gas storage tank, and the outlet is connected to it through a pressure reducing valve, a solenoid valve and a regulating valve; the outer diameter D of the round pipe packing is 3-6mm, the length L is 10-30mm, the pipe wall thickness h is 0.5-1mm, and the density ρ is 1.05~1.2g / cm 3 , Both ends of the round tube are U-shaped cuts, and the material of the round tube is PVC. The running state of the filler can be changed by adjusting the gas distribution valve according to the quality of the influent water. The invention is used for sewage biochemical treatment and has a good synchronous treatment effect on C, N, and P, and can adjust the working state of the filler according to different C / N ratios; it is easy to backwash, has low energy consumption for backwashing, and is not easy to block; the surface area per unit volume is high, Easy to make.

The invention discloses a lightweight high-strength air-filled membrane structure material and its preparation. The inflatable membrane material is a material with high gas resistance, high strength and low surface density, which is compounded by double-sided casting of the load-bearing layer, welding barrier layer and scrape-coated weather-resistant layer. The weather-resistant layer of the air-filled membrane material has self-cleaning properties, corrosion resistance, mildew resistance and weather resistance. The material of the welding barrier layer is polyether TPU, the casting thickness is 0.10-0.11mm, and the coating amount of TPU single layer is 120-130g / m 2 . The coating material of the weather-resistant layer is polyvinylidene fluoride containing 20-28% by weight, the thickness of the weather-resistant layer is 5-10 μm, and the roller coating amount of the coating material is 5-10g / m 2 . The preparation process of the present invention adopts a double-sided cast TPU film process and then coats the surface with a high-thickness-resistant PVDF layer. The preparation process is simple, and good lamination and merging between films and between films and cloth can be realized. The membrane material produced is light, high-strength, and has high gas barrier properties. Under the same strength, the weight is more than double that of other membrane materials, which can better improve the design flexibility of the membrane structure and resist wind, rain, snow and other threats. ability to weather.

The invention discloses a sliding embedded type car door of a railway freight car. The sliding embedded type car door of the railway freight car comprises a door body, an upper supporting base and a lower supporting base, wherein the upper supporting base and the lower supporting base are arranged on the two sides of the door body, hollow locking rods are arranged in corresponding installation holes of the upper supporting base and the lower supporting base, door pivoted rods are arranged in the hollow locking rods, the upper end and the lower end of each door pivoted rod are matched with an upper slide way and a lower slide way through an upper crank and a lower crank, a handle is fixed on each door pivoted rod, and the handles are rotated to enable the door body to transversely move in the direction of a door frame. A bi-directional door lock is installed in the middle of the door body, the telescopic control ends on the two sides of the bi-directional door lock are respectively connected with one end of a matched pull rod, the other end of each pull rod is connected with one locking cam, each locking cam is fixed on the hollow locking rod corresponding to the position of each pull rod, the door frame on the outer side of each locking cam is provided with a lock base matched with the locking cam, the pull rods drive the locking cams and the hollow locking rods to rotate, the locking cams and the lock bases can be meshed, and accordingly the door body is locked. The sliding embedded type car door of the railway freight car is simple and reliable in structure, the load-carrying performance of a car body to the car door is good, and the sealing performance is excellent.

The invention discloses a novel size design method for the development of a die plate, which includes (1) determining the opening width of the die plate, the opening width including the shoulder width and the full width; (2) determining the opening thickness of the die plate The first main step is to study the expansion rate of various rubber types in different extruders, different sizes of dies, and different shapes of dies based on the determined die width when determining the thickness of the die plate. And formulate the calculation formula of the expansion rate of the rubber material and the development size of the die plate, and the design size of the die plate with high precision can be obtained according to the obtained formula, which greatly improves the qualified rate of the first opening of the die plate; and the die developer It is no longer necessary to rely on experience to design and develop the size of the lip plate, which greatly reduces the training cycle of the lip shaper, can effectively reduce the production cost of the enterprise, improve production efficiency, and has high promotion and practical application value.

The invention provides a method and a controller for the classified output of messages in a communication system, and mainly solves the problems that that a conventional method and a conventional controller have high demand on storage resources and high cost, and are low in utilization ratio and difficult to implement. The method for the classified output of the messages in the communication system comprises three steps, namely, system initialization, message writing and message reading. The controller for the classified output of the messages in the communication system comprises an input control unit, a memory unit, an output control unit, a message attribute list unit, an idle message block concordance list unit, a message searching list unit and an output control list unit. The methodand the controller for the classified output of the messages in the communication system, which are provided by the invention, have good flexibility, the number of output ports of a message queue management controller for classification is configurable, and the depth of output queue is configurable.

This invention relates to the field of special materials for polypropylene lithium battery diaphragms, in particular to a small polypropylene lithium battery diaphragm simulation production device. Asmall casting machine and a universal tensile testing machine are included, and the universal tensile testing machine is fixedly arranged at one end of the small casting machine; the end, away from the universal tensile testing machine, of the small casting machine is fixedly provided with a material entering pipe; the end, close to the material entering pipe, of the inner side of the small casting machine is fixedly provided with an extruding machine; a discharging port is fixedly formed in the lower end of the extruding machine; the lower end of the discharging port is movably provided witha first conveying belt through a rotating shaft; the end, away from the material entering pipe, of the extruding machine is fixedly provided with a telescopic rod; and a tool bit is fixedly arranged at the lower end of the telescopic rod. According to the small polypropylene lithium battery diaphragm simulation production device, by arranging the small casting machine and the universal tensile testing machine, firstly simulation production is performed on materials needed for producing a diaphragm, then the diaphragm after being produced is detected, and batch production can be performed if noproblems exist, so that resources needed for production can be saved.