698results about How to "Fully processed" patented technology

A powerful, scaleable, and reconfigurable image processing system and method of processing data therein is described. This general purpose, reconfigurable engine with toroidal topology, distributed memory, and wide bandwidth I/O are capable of solving real applications at real-time speeds. The reconfigurable image processing system can be optimized to efficiently perform specialized computations, such as real-time video and audio processing. This reconfigurable image processing system provides high performance via high computational density, high memory bandwidth, and high I/O bandwidth. Generally, the reconfigurable image processing system and its control structure include a homogeneous array of 16 field programmable gate arrays (FPGA) and 16 static random access memories (SRAM) arranged in a partial torus configuration. The reconfigurable image processing system also includes a PCI bus interface chip, a clock control chip, and a datapath chip. It can be implemented in a single board. It receives data from its external environment, computes correspondence, and uses the results of the correspondence computations for various post-processing industrial applications. The reconfigurable image processing system determines correspondence by using non-parametric local transforms followed by correlation. These non-parametric local transforms include the census and rank transforms. Other embodiments involve a combination of correspondence, rectification, a left-right consistency check, and the application of an interest operator.

The invention aims to provide an electronic information split restoration processing method/system capable of processing massive electronic information at high speed while preventing leakage of the electronic information with reliability, and without causing deterioration in immediacy, centrally controlling electronic information to be processed by information processing units that are distributed geographically in a wide area, and connected via network. When electronic information is to be retained, a reversible split process and a reversible conversion process are applied to the electronic information (step S8), to thereby generate a plurality of split files (step S10), and store the split files together with dummy files (step S12). Split restoration information is generated (step S14) to be stored by relating processing information concerning the split and conversion process together with file names of the split files and information on storage destinations thereof, to data name of the original electronic information. When electronic information is to be read, split files are collected on the basis of the split restoration information (step S20) and the electronic information is restored by reversely applying the split and conversion process (step S22).

Methods and systems for capacity planning of server resources are described wherein fixed resources of a server cluster are used in comparison to similar server cluster benchmarks to determine the maximum load—requests per second—that can be handled by the server cluster. The maximum load is used to determine utilization of server resources and to provide estimates of server resource utilization for hypothetical loads. A recommendation as to changes to server resources to handle the hypothetical loads is displayed to the user.

Methods and architectures for implementing a fault tolerant real time event processing system are provided. The system includes at least one satellite and at least one primary data center. The system remains operational when the primary data center is unavailable to the satellite. The system includes business logic that is divided into logic that can be run effectively at a satellite, and logic that can be run at the main data center to result in effective decisions. When the network connection is impaired or the main data center is unavailable, the satellite can process an incoming event locally. The system includes procedures so that events processed at a satellite during a period of noncommunication with the primary data center will be entered into the primary data center records at a later point.

The invention provides a solid-liquid separation toilet bowl and a solid-liquid separation treatment system comprising the solid-liquid separation toilet bowl. The solid-liquid separation toilet bowl comprises a panel and a toilet bowl body, wherein the middle part of the panel is provided with a seat hole; the toilet bowl body is provided with a urine collection cavity and an excrement collection cavity; and the urine collection cavity and the excrement collection cavity are arranged with one in front of the other in longitudinal direction of the panel, are positioned below the seat hole and are opposite to the seat hole. Through the urine collection cavity and the excrement collection cavity formed in the toilet bowl body and by arranging the urine collection cavity and the excrement collection cavity with one in front of the other in the longitudinal direction of the panel, the urine collection cavity arranged at the front end is used for collecting urine, the excrement collection cavity arranged at the rear end is used for collecting the excrement, so that the urine and the excrement are effectively prevented from being mixed in the toilet bowl body; and thus, separation and recovery of the urine and the excrement are realized, further recycling of the excrement and the urine is realized respectively, and premise is provided for realizing the value of full utilization of the excrement and the urine.

The invention discloses a method for fusing sensor grid data based on grid clustering, which comprises the following steps: allocating tasks to all sensor nodes of each wireless sensor network, and then running an adaptive genetic algorithm based on the grid clustering in each wireless sensor network; according to perceptive data of all the sensor nodes, finding out an optimal sensor node and then finding out an optimal fusing routing with the minimum communication cost; primarily fusing data by a mobile agent along the optimal fusing routing and then sending the primarily fused result to nodes of convergent points of the network; and adopting an adaptive weighted fusion algorithm by a grid layer to carry out deep fusion on the data so as to obtain the final fused result which is providedfor a user for making decisions. The method can be applied to a sensor grid environment and is used to process the data sufficiently so as to obtain the good fused result. The grid is used for deeplyfusing the data, thus reducing energy consumption of the wireless sensor networks and prolonging the service life of sensor grids.

The invention provides a superwide-width high-speed scanner with a low cost, comprising a scanning platform for horizontally placing a scanned object. The scanner also comprises a mobile stand movably mounted on a longitudinal track; the mobile stand is connected with a driving part; a transversely placed cantilever beam is mounted above the mobile bracket; multiple image pickup units used for fixedly scanning images and belong to multiple scanning units formed by array CCDs (Charge Coupled Devices) are mounted on the cantilever beam; the multiple image pickup units are arranged in parallel; the scanning platform is positioned under the cantilever beam; the scanner also comprises a computer used for processing images shot by the multiple array CCDs and controlling the driving part so that the mobile stand moves. The superwide-width high-speed scanner provided by the invention has the advantages of wide scanning width, high scanning speed, low manufacturing cost and the like, and is suitable for scanning any plane object.

The invention relates to a pretreatment method of Acesulfame-K, comprising the following steps: firstly conducting nitric acid digestion treatment, then conducting high-temperature ashing treatment, and finally dissolving. The pretreatment method disclosed herein is an improvement based on orginal dry ashing and wet ashing, simplified the operation process, and effectively reduces the possibility of sample contamination. The invention further provides a detection method for detecting potassium in Acesulfame-K after pretreating the Acesulfame-K with the above pretreatment method, characterized by pretreating an Acesulfame-K sample with the above pretreatment method and then conducting instrument detection of potassium, thus the precision of the detection can be raised, and the content of potassium in the original sample can be accurately reflected.

The invention relates to a fluidized calcination device and method for treating high-iron low-aluminum coal series kaolinite. The device comprises a feed bin, a gas burner, a suspended preheater, a suspended calcination unit, a cyclone separator, an iron removal reductor, an electric magnetic iron remover, a whiteness monitor, a material cooler and a Roots blower. The method comprises the following steps: putting the raw material high-iron low-aluminum coal series kaolinite in the feed bin, preheating the material subjected to primary separation in the suspended preheater, calcining in the suspended calcination unit, and carrying out reduction reaction in the iron removal reductor; and cooling to normal temperature, carrying out magnetic separation in the electric magnetic iron remover to remove magnetic iron minerals, inspecting by the whiteness monitor to obtain the acceptable product, and cooling to normal temperature. The device can efficiently treat high-iron coal series kaolinite, has the advantages of sufficient calcination process and high product whiteness, can effectively remove iron tramp minerals in the raw material, and can easily implement large-size industrial production.

The invention discloses a stainless steel surface treatment method and a stainless steel watch shell. The stainless steel surface treatment method includes the following steps that S1, pretreatment is conducted on a stainless steel workpiece; S2, the stainless steel workpiece is put into a plating assistant agent, and plating assistant treatment is conducted through ultrasonic oscillation; S3, the stainless steel workpiece is put into hot-dip aluminum plating liquid, and hot-dip plating and aluminizing treatment is conducted through ultrasonic oscillation; S4, the stainless steel workpiece is put into oxidization electrolyte, and hard anodizing treatment is conducted through ultrasonic oscillation; S5, color coated treatment is conducted on the stainless steel workpiece; and S6, the stainless steel workpiece is put into hole sealing treatment liquid, hole sealing treatment is conducted through ultrasonic oscillation, and then the stainless steel workpiece is dried. By means of the stainless steel surface treatment method, the defects that by means of an existing ion plating method, the bonding force of an aluminum plating layer and a stainless steel base body is poor, and if base transition layer film coating is adopted, the process cost is increased, and high process cost caused by the fact that time is seriously consumed due to ion plating of thick films are overcome.

The invention discloses a remote industrial site management system and method based on an industrial main-machine interface. The management system comprises an industrial site equipment control and data collection module (1), the industrial main-machine interface (2), a cloud service module (3), a client managing monitoring terminal module (4) and an expanded ERP system (5); and the cloud servicemodule (3) comprises a database cloud service module (31), an equipment management cloud service module (32), an FTP cloud service module (33), a PLC downloading cloud service module (34), a WEB cloudservice module (35) and an equipment frame cloud service module (36). A user uses the client managing monitoring terminal module (4) to monitor and manage the industrial main-machine interface (2) via the cloud service module (3), data of the industrial site equipment control and data collection module (1) is classified and utilized, and the whole industrial site equipment is monitored and managed effectively.

The invention discloses a two-stage anaerobic-tower type filter chamber livestock/poultry wastewater treatment system and a treatment process, and belongs to the field of livestock/poultry wastewater treatment. The treatment system comprises a first-stage anaerobic chamber and a second-stage anaerobic chamber, wherein the wastewater inlet is connected to the first-stage anaerobic chamber; the first-stage anaerobic chamber is connected to the second-stage anaerobic chamber through a water outlet pipe; the water outlet pipe of the second-stage anaerobic chamber is connected to a tower type filter chamber; and the water outlet pipe of the tower type filter chamber can also be connected to a gravel bed artificial swamp for further treatment. The treatment process comprises the following steps: wastewater enters the first-stage anaerobic chamber from the inlet; the outlet water from the first-stage anaerobic chamber enters the second-stage anaerobic chamber; the wastewater from the second-stage anaerobic chamber is pumped into the tower type filter chamber; and after being treated in the tower type filter chamber, the wastewater flows out. The invention constructs an anaerobic treatment chamber-filter chamber, and alternately carries out anaerobic treatment and aerobic treatment on livestock/poultry culture wastewater, thereby purifying the water body. The invention uses locally-produced raw materials, has the advantages of low cost and obvious effect, and is suitable for the actual state of livestock/poultry wastewater treatment, thereby having high popularization value.

A particular method includes receiving, at an access point, a set up message from a station. The set up message requests allocation of an internet protocol (IP) address. The method further includes selecting an available IP address from a pool of available IP addresses to assign to the station based on the set up message. The method further includes assigning the available IP address to the station as an assigned IP address. The method also includes transmitting a set up response to the station. The set up response identifies the assigned IP address.

The invention relates to a double-internal circulating water treatment device capable of combining photocatalysis and aerobe, which comprises a reaction tube, wherein a three-phase separator and a stripping tube are arranged along the axial direction of the reaction tube from top to bottom; the top of the reaction tube is provided with an air outlet pipe which is connected with the three-phase separator; the tube wall at the upper part of the reaction tube is provided with a water outlet; the bottom of the reaction tube is provided with a water inlet pipe opposite to the bottom end of the stripping tube; the bottom of the stripping tube is provided with an aeration disc in a surrounding way; the aeration disc is provided with a micropore, and sewage can flow down through the micropore; the reaction tube is divided into a depression area and a recirculation area by the aeration disc; the stripping tube is internally provided with an ultraviolet light source and titanium dioxide light particles; and aerobic active sludge is filled in the depression area of the reaction tube. The invention also relates to a method for treating the sewage by using the water treatment device. According to the invention, a photocatalysis technology and a double-internal circulating structure are adopted, thus not only improving the water treatment effect, but also achieving the aims of saving resource and reducing the maintenance cost.

The invention relates to a disinfecting device, in particular to a disinfecting device for a clinical laboratory. According to the disinfecting device for the clinical laboratory, full disinfecting and sterilizing treating of a quantitative blood collecting tube is achieved. The disinfecting device for the clinical laboratory comprises a guiding wheel, a cover board, a sliding rail, a sliding block, a spring, a rotating shaft, an ultraviolet ray disinfecting lamp, a test tube rack, a first supporting rod, a hook, a second supporting rod, a disinfecting box and the like. The guiding wheel is welded to the left side of the top of the first supporting rod through a connecting rod, and the guiding wheel is rotatable. A through hole is formed in the left wall of a disinfecting cabinet. The cover board is rotatably connected with the upper end of the right wall of the disinfecting cabinet through the rotating shaft. The disinfecting device has the beneficial effect of full disinfecting and sterilizing treating of the quantitative blood collecting tube.

The invention relates to a novel special water purifier of a drinking water machine, comprising a raw water bucket, a purified water bucket, a filter element, an upper float valve and a lower float valve; the upper float valve is arranged in the purified water bucket and is used for controlling the highest water level in the purified water bucket; the lower float valve is connected with the outlet of the bottom of the purified water bucket and is used for controlling the highest water level in a water bucket of the drinking water machine; the raw water bucket is arranged above the purified water bucket; the filter element is fixedly connected to the bottom of the raw water bucket, and the filtering material in the filter element is made of micro-porous ceramics or hollow fiber; the water purification technique is as follows: powdery water treatment material is firstly blended with raw water and then the filter element is used for filtering. Compared with the special water purifier of a drinking water machine in the prior art, the novel special water purifier of the drinking water machine has the advantages of more humanized operation of the water purifier, high volume utilization rate of the water purifier, saving material, fresh water quality, low gravity center, good stability, high effective utilization rate of the water treatment material, saving the water treatment material resources, more complete purification and more reliable quality of yielding water.

A control unit having an immobilizer function includes a circuit for transmitting a request signal within a predetermined range. After receiving a reply signal from an electronic key in response to this request signal once and allowing a movable body to move, when a reply signal to the periodically sent request signal is not received, it is determined that the electronic key is out of the range, and it is assumed that the key has been dropped. A monitor section outputs a warning signal and transmits the warning signal to the navigation unit. A navigation unit, in response to the warning signal, stores the location at that time as the positional information on the electronic key. The navigation unit also displays a map showing the location of a key based on positional information on the electronic key. With this system, a lost electronic key may be readily located.