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46results about How to "Easy to group" patented technology

Method for Detecting Desired Objects in a Highly Dynamic Environment by a Monitoring System

ActiveUS20070273765A1Accurate shadeAccurate color informationImage analysisCharacter and pattern recognitionMonitoring systemBackground image
At least one image of the environment is taken using either an image capturing device of the monitoring system. Based on the image of the environment, at least one background image is generated. The background image, which comprises a plurality of pixels, is divided into pixel blocks. In each pixel block, at least one data cluster is formed using at least one feature of the pixels in the pixel block. The data cluster formed in each pixel block is described as a data distribution having a mean value and a standard deviation from the mean value. After generating the background image, a subsequent image is taken by the monitoring system. Each pixel of the subsequent image is compared with the data cluster of the block of the background image correspond to the pixel, and a first discrepancy value is generated accordingly. The pixel of the subsequent image is further compared with the data distribution of at least another pixel block which is adjacent to the pixel block of the background image corresponding to the pixel, and a second discrepancy value is generated as a result of this comparison. Based on the first and second discrepancy value, the pixel of the subsequent image is determined to be either a background pixel or a foreground pixel. After all the pixels in the subsequent image have been determined as either a background or a foreground pixel, a binary map is generated. The connected foreground pixels in the binary map are marked to form a foreground object, which is the detected objected in the environment according to the invention.
Owner:AGENCY FOR SCI TECH & RES

Battery module with fluid cooling passage

The invention relates to the field of battery modules, in particular to a battery module for supplying power to an electric vehicle. A battery module with a fluid cooling passage comprises a plurality of liquid heat exchange managing units, wherein each liquid heat exchange managing unit is internally provided with a plurality of battery cells side by side; two adjacent battery cells in the same liquid heat exchange managing unit are insulated from each other through a battery grating spacing; the liquid heat exchange managing units are connected side by side to form the battery module; a tab protecting cover covers the rear end of the whole battery module; a left side cover and a right side cover are arranged on the two sides of the battery module. According to the battery module, heat management is carried out on each battery cell in the battery module, so that the heat exchange efficiency of the battery cells and the uniformity of temperature among the different battery cells are ensured, the battery module adopts an extensible module structure, and the composition is flexible according to requirements; moreover, the types of components are reduced, so that the assembly technology of a water jacket housing assembly is simple, and the battery module is extremely convenient to use.
Owner:SAIC MOTOR

Mapping freezing and melting integrated duct

The invention relates to the field of freezing and melting, in particular to a mapping freezing and melting integrated duct. The mapping freezing and melting integrated duct comprises a duct body witha front end segment, a saccule and a manipulating handle, wherein the front end segment is provided with a free end; the saccule is arranged at the free end of the front end segment and can be stuffed with freezing mediums to realize expansion or contraction; the front end segment is mounted on the manipulating handle and can be controlled by the manipulating handle to bend; bar-shaped carriers are arranged on the external surface of the saccule, one end of each bar-shaped carrier is connected with the free end, and the other end of each bar-shaped carrier is connected with one end opposite to the free end, of the saccule; and array electrodes are distributed on each bar-shaped carrier, and all the array electrodes are in spherical array on the external surface of the saccule. The invention aims to provide the mapping freezing and melting integrated duct which is high in modeling efficiency, through the mapping freezing and melting integrated duct, the cooperating state of the sacculeand the target tissue of ostia venarum pulmonalium can be better detected in the pulmonary vein freezing and melting process, finally the melting effect is better, and besides, detection on the melting effects is more accurate.
Owner:SICHUAN JINJIANG ELECTRONICS SCI & TECH CO LTD

Square battery pack mounting structure

The invention discloses a square battery pack mounting structure, comprising square electric cores and electric connecting plates, wherein a plurality of the square electric cores are arranged side byside to form a battery pack structure; the electric connecting plates allow the electrodes of all the square electric cores to be connected with each other; two end plates are arranged at the front and rear sides of a battery pack; an electrical isolation plate is placed on the upper end surface of the battery pack; the electrical connection plates are snapped on the electric isolation plate; twoside plates are arranged at the left and right sides of the battery pack; the top end of a top plate is snapped on the electrical isolation plate, and the bottom end of the top plate is snapped ontothe bottom surface of the battery pack; the front and rear ends of the side plates are corresponding and fixedly connected with the two end plates by screws; first insulation plates are respectively arranged between the side plates and the side surfaces of the battery pack; second insulating plates are respectively arranged between the end plates and the battery pack; and third insulating plate are arranged between the end plates and the bottom surface of the battery pack. The square battery pack mounting structure of the invention has the advantages of good square grouping efficiency, simplestructure, convenient grouping, effectively controlled cost, good compatibility, parallel electrical connection and good use effect.
Owner:NANJING SKYSOURCE POWER TECH CO LTD

Single battery, battery module and energy storage device

The invention discloses a single battery, a battery module and an energy storage device, and relates to the field of batteries. The single battery comprises a shell, a battery cell and a sealing piece. The shell is of a structure with at least two open ends. The battery cell is arranged in the shell, a positive full tab and a negative full tab are respectively arranged at a first end and a secondend of the battery cell, which extend along the axis direction of the battery cell, and gaps are respectively punched at two symmetrical ends along the axis of the battery cell after the positive fulltab and the negative full tab are subjected to stitch welding so as to form a positive pole and a negative pole with set shapes. The sealing piece is inserted into the open end of the shell and is ininterference fit with the open end to block the open end, and a liquid injection hole is formed in the sealing piece, corresponds to the notch and is used for injecting electrolyte into the battery cell. The electrolyte of the single battery is injected through the liquid injection hole and then is uniformly immersed into the battery cell through the notch, so that the wettability of the electrolyte is better. The sealing piece is inserted into the opening end of the shell to achieve packaging of the shell, the structure is simple, and operation is easy.
Owner:HUBEI JINQUAN NEW MATERIALS CO LTD

Method for displaying gene experiment data

The present invention aims at providing a visual display which is useful in roughly understanding the state of groupings and changes, by comparing expression data of genes from two experiments based on expression data of one sample common to both experiments.
In order to compare data of expression levels obtained from different experiments each using two types of samples, three types of expression levels are displayed in three-dimension as mediated by the data of the common sample used in both experiments. Specifically, expression level data for Samples A and B and expression level data for Samples A and C are combined and converted into single three-dimensional data and displayed as points inside a sphere. Alternatively, expression states of each gene to Samples A, B and C are mapped on a sphere with respect to a ratio between Sample A and Sample B and a ratio between Samples A and C, and displayed as distribution on the surface of the sphere. A clustering analysis is performed based on the distributed points inside or on the sphere, to visually understand the expression state of genes for the three types of samples. In addition, the expression level data displayed as points inside or on the sphere are linked as a line or a curve for each gene or for each gene group resulting from the clustering analysis, to visually understand the changes of expression states with time.
Owner:HITACHI LTD
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