52results about How to "Reduce overflow rate" patented technology

The invention discloses a window provided with a rain isolating device. Due to the fact that when opening windows, residents often forget to close the windows, on rainy days, rainwater is prone to being blown into indoor spaces, and adverse effects are caused. The window comprises a window frame; a window opening is formed in the window frame, and sashes used for opening and closing the window opening are rotationally or slidably connected to the window frame; a cloth rolling-up roll is rotationally erected on one side of the window frame, and a rain sheltering cloth is wound on the peripheryof the cloth rolling-up roll; the cloth rolling-up roll is located above the window opening, and a mounting rod is further arranged on one side of the window frame; a limiting assembly and a rain collecting lower groove are further formed in one side of the window frame; the rain collecting lower groove is located below the window opening, and the limiting assembly comprises a rain collecting upper groove, a valve block, a rain collecting barrel and a tied rope; and the rain collecting barrel is hung below the rain collecting upper groove. When outdoor rain is collected in the rain collectingupper groove and converged in the rain collecting barrel, the rain collecting barrel falls and pulls the valve block to release supporting for the end of the mounting rod, then the rain sheltering cloth is driven by the mounting rod to descend till the mounting rod falls into the rain collecting lower groove, and the rain sheltering cloth shelters the window opening to prevent the rain from beingdirectly blown into the indoor spaces and then influencing the indoor environments.

The invention provides an environment-friendly durable composite foam material. The foam material is prepared from the following raw materials in parts by mass: 20-40 parts of ethylene vinyl acetate copolymer, 20-40 parts of ethylene vinyl acetate rubber, 10-35 parts of ethylene-octene copolymer, 1-3 parts of benzene-free crosslinker, 5-20 parts of filler, 1-5 parts of expended microsphere foamingagent, 3-6 parts of zinc oxide and 1-5 parts of zinc stearate. The invention further provides a method for preparing the composite foam material. The method comprises the steps of mixing and granulating raw materials. The invention provides application of the composite foam material in preparation of shoe soles and the shoe soles prepared by adopting the composite foam material. The environment-friendly durable composite foam material has excellent durability.

The invention relates to the technical field of semiconductor manufacturing, in particular to an image sensor and a manufacturing method and a control method thereof. The image sensor comprises a substrate which is provided with a plurality of pixel units, wherein each pixel unit comprises a photoelectric doping area, a transistor area and an isolation area which are located at the two opposite sides of the photoelectric doping area, and the isolation area is used for isolating the adjacent pixel units; a transmission grid structure which is located on the surface of the substrate and is corresponding to the transistor region; and a bias electrode structure which is located at the position, corresponding to the isolation region, of the surface of the substrate and used for increasing the potential barrier between the adjacent pixel units. The image sensor reduces the probability that photo-induced electrons in the photoelectric doped region overflow to the adjacent pixel units under strong light, and improves the imaging quality.

The invention discloses an intelligent observation and control system for a machine room. The intelligent observation and control system for the machine room comprises a host, monitoring sensors, monitoring data communication lines and a client, wherein the host mainly comprises a host box, a main processing chip, a data interface module, a power supply module and a fan; a high-performance power supply processing chip which supports wide voltage input is arranged in the power supply module; the main processing chip is a high-frequency main processing chip of which the accuracy reaches the high precision of two decimal places and the processing capacity is in the range of 40MHZ-72MHZ; the data interface module is connected with a wireless communication terminal, an RS232 (Recommended Standard 232) bus interface, a CAN (Controller Area Network) bus interface, an SPI (Serial Peripheral Interface) bus interface, a TTL (Transistor-Transistor Logic) interface, a USB (Universal Serial Bus) interface, an RS485 (Recommended Standard 485) bus interface and a wired network RJ45 (Registered Jack 45) interface. According to the intelligent observation and control system for the machine room, a multi-communication mechanism is adopted; multiple communication ways can be used at the same time; the data processing precision of the system is high; the data processing efficiency is high; the wide voltage input is supported; the system supports multi-way equipment monitoring and multi-way control functions, and is high in integration level.

The invention provides a dynamic local dimming display control method, a dynamic local dimming display control device and a display device. The method comprises the following steps of: determining a gray scale statistical function of each display partition according to the gray scale of an image to be displayed; gray scale control parameters of all the display partitions are obtained, and the grayscale control parameters are related to the overflow rate; calculating a backlight control signal of each backlight subarea according to the gray scale control parameter and the gray scale statistical function of each display subarea; determining a compensated gray-scale value according to the backlight control signal of each backlight subarea and a backlight diffusion model; and performing imagedisplay according to the compensated gray-scale value. According to the invention, the pixel overflow rate in pixel compensation can be ensured not to be higher than the preset value.

The invention discloses a parallel processing digital filter. The parallel processing digital filter is provided with N orders (N is an even number) and comprises N/2 modularization structures A which comprise four multipliers and two adders, N/2 modularization structures B which comprise four multipliers and two adders, and N+1 tap coefficients, i.e., N+1 multipliers, wherein a modularization structure A as a first module only comprise two adders and one adder, and the whole apparatus only comprises 5N-1 multipliers and 3N-1 adders; the modularization structures A and the modularization structures B are alternatively cascaded to form a denominator of a filter transfer function; and the series of the tap coefficients and the parameters in all the modules commonly form a numerator of the filter transfer function.

The invention provides an optimization method for fixed-point soft information, and the method comprises the following steps: obtaining a noise variance estimated value; judging whether the noise variance estimated value is greater than a threshold value or not; carrying out the data statistics of all soft information in a received message if the noise variance estimated value is greater than the threshold value, and obtaining a statistical value; judging whether the statistical value is greater than a critical value of system performances or not; outputting the soft information to a decoder for decoding if the statistical value is not greater than the critical value of system performances; and optimizing various types of soft information after all demapping if the statistical value is greater than the critical value of system performances.

The invention discloses a beneficiation process of skarn type magnetite containing copper and gold. The beneficiation process of the skarn type magnetite containing copper and gold comprises the following steps that firstly, the dimension of ores is made to reach less than 12mm through three-stage closed-circuit crushing, sorting is conducted through a permanent magnet wet magnetic separator, magnetic separation concentrates directly enter a ball mill, and magnetic separation tailings enter a linear vibrating screen to be screened; secondly, bulk flotation is performed after ore grinding to obtain copper-sulfur bulk concentrates, and the copper-sulfur bulk concentrates are subjected to copper-sulfur separation to obtain qualified copper concentrates and sulfur concentrates; and thirdly, the bulk flotation tailings enter a one-roughing two-concentration one-scavenging magnetic separation process to obtain qualified iron ore concentrate products. According to the beneficiation process ofthe skarn type magnetite containing copper and gold, after the ores are crushed, special metal distribution with a low copper grade in non-magnetic ores in coarse fraction is fully utilized, a pre-selection process before grinding is added, discarded waste coarse particles can be sold as building materials to generate economic benefits, and meanwhile, the grinding and separation cost and the tailing treatment cost of the discarded waste coarse particles are reduced; and fine-fraction materials in the non-magnetic materials do not enter the ball mill any more.

The invention is applicable to the technical field of data communication, and provides a multi-protocol message parsing method based on a file mode. The method comprises the steps of 1, initializing algorithm memory resources and file handles; 2, reading data flows from a communication port, and storing the data flows in a data caching area of a memory; 3, reading data in the data caching area, writing the data into a message file, and meanwhile clearing an old message file, thus obtaining an updated message file; 4, sharing the message file with all protocol stack parsers; 5, repeating the steps 2-4; 6, reading the data in the updated message file and judging whether the protocol message exists in the data through the distributed file handle by each protocol stack parser; and 7, if the protocol message exists, responding to the application of the message after processing according to the protocol. According to the method provided by the invention, the problem that in the existing single processing mode, the respective protocols are searched in turns and the overflowing of the receive buffer is easily caused so that data loss is caused is solved.

The invention discloses a Bloom filter based on a hash fingerprint. The Bloom filter based on the hash fingerprint is formed by the following steps: dividing the structure of a counting type Bloom filter into a plurality of sub-Bloom filters; dividing each dimensional sub-Bloom filter into a plurality of barrels again; and then introducing a hash fingerprint method to enable the storage unit of each bucket to be obtained through calculation of a corresponding hash function. According to the Bloom filter based on the hash fingerprint, concise storage and rapid query of set elements are achieved. The Bloom filter (HFBF) based on the hash fingerprint has relatively low error probability and calculation complexity, and meanwhile, relatively high space utilization rate can be maintained.

The invention discloses a method for preparing high-purity metal ytterbium through one-time continuous reduction distillation. The method comprises the steps that a vacuum smelting furnace is adopted,a basic raw material pressing block is placed in a metal crucible, and titanium and molybdenum-manufactured double-plug plates are arranged at different temperature transition sections of a distillation system; a combustion chamber of the vacuum smelting furnace is vacuumized to be 10 Pa or below, current delivery and heating are carried out, the heating rate, and thermal insulation time are controlled for heating, metal lanthanum is used for thermal reduction on high-purity ytterbium oxide, a generated metal ytterbium is condensed in a receiver after being distilled by the double-plug plates, a diffusion pump is closed after distillation is completed, argon is filled, and cooling is conducted to a normal temperature according to the set cooling speed and time. The invention further discloses the vacuum smelting furnace. According to the method, stable operation of a distillation process is ensured, the metal ytterbium is low in overflow rate, the rare earth yield is high, impurity entrainment is effectively removed, and lanthanum impurities in the metal ytterbium are greatly reduced.

The invention relates to a filament high-temperature steam processor, and relates to the technical field of fiber processing devices. The filament high-temperature steam processor comprises a box body and a sealing device arranged on the box body; one end of the box body in the length direction is provided with a feeding port; the other end of the box body is provided with a discharging port; the sealing device comprises a first sealing mechanism and a second sealing mechanism; the first sealing mechanism is arranged at the feeding port; and the second sealing mechanism is arranged at the discharging port. Through the arrangement of the first sealing mechanism and the second sealing mechanism, steam is not prone to overflowing from the space between a first sealing roller and the box body and the space between a second sealing roller and the box body, so that the steam utilization rate is increased; and due to the arrangement of the first sealing mechanism and the second sealing mechanism, the pressure of the steam in the box body can be larger than the atmospheric pressure, the temperature of the steam in the box body is further increased, and the heating effect of filaments is improved.

The invention relates to a liquid cooling container sealing device and sealing method. The device comprises an upper cover body, a lower cover body and a lower cover supporting frame; wherein the upper cover body comprises an upper cover body arc-shaped sealing surface, an upper cover body bevel edge sealing surface and a sealing strip; the lower cover body comprises a lower cover body hollow structure, a lower cover body arc-shaped sealing surface, a lower cover body first heavy O-shaped sealing ring, a lower cover body bevel edge sealing surface, a lower cover body second O- shaped sealing ring and a sealing press buckle; and the lower cover supporting frame comprises a comprises a supporting frame and heat insulating materials which fill the supporting frame. Through the coupling structure of the upper cover body and the lower cover body, the device forms a quadruple sealing surface and an internal liquid accumulation pit at one time, so that not only the problem of sealing the refrigerant is solved, but also the problem of recycling and utilizing the internal overflow refrigerant is effectively solved.

The invention discloses a method and a device for reading data, which belong to the technical field of computers. The method comprises the following steps: determining a head-pointer position and a tail-pointer position of a channel; comparing the height of the head-pointer position and the height of the tail-pointer position; and sequentially reading a data packet according to a comparison result. The device comprises a determining module, a comparing module and a reading module. According to the invention, through sequentially reading the data packet, the times for reading the data can be reduced; and in addition, since the times for reading the data is reduced, the efficiency for reading the data can be improved, and thus the probability that data overflow from the channel is reduced.

The invention discloses an engineering machine, a walking system and a control method, the control method is suitable for the walking system, and the walking system comprises a hydraulic pump and a walking motor; the control method comprises the steps that the input speed and the pressure value of a hydraulic pump outlet or a walking motor inlet are obtained; and adjusting the displacement of the travel motor according to the pressure value and the input speed. According to the control method provided by the invention, high-pressure impact in a starting state or a high-speed walking mode of the engineering machinery can be avoided in the implementation process; the probability that the hydraulic system overflows when the torque is low in the high-speed driving mode is reduced; therefore, the service lives of the hydraulic motor and related transmission parts are prolonged; the probability of overflow of the hydraulic system in the walking process is reduced, and energy is saved; in addition, under specific conditions, the displacement of the hydraulic motor can be actively increased, the driving torque is improved, and the driving force of the whole machine is improved.