Abstract: A method for manufacturing lithium ion cells includes the steps of: 1) coating a collector roll along an unreeling direction thereof to form one or more strip coated areas, two side edges of the coated area each being provided with an uncoated area to form tabs thereon; 2) compacting the coated collector roll and obtaining a compacted collector roll; 3) cutting the compacted collector roll into anode plates/cathode plates having different sizes each having a tab and rounded corners; 4) recombining an anode plate/a cathode plate with a separator; cutting the separator after recombination to form rounded corners at a position corresponding to the rounded corners of the anode plate/cathode plate and further obtain a mono-cell or a half-cell having different sizes; 5) stacking the mono-cells and half-cells into a step preliminary cell; and 6) hot pressing the stacked preliminary cell to form a whole lithium ion cell via bonding of the anode plates/cathode plates with the separator.

Abstract: An electric-control multimode steering valve comprises: a flow distributing and collecting valve, a first electromagnetic valve, and a second electromagnetic valve. A valve body comprises four groups of paired valve oil ports. First oil ports of the first and second electromagnetic valves are in communication with a first group. Second oil ports of the first and second electromagnetic valves are in communication with a second group. A third oil port of the first electromagnetic valve is in communication with a flow collecting port of the flow distributing and collecting valve. A first flow distributing port of the flow distributing and collecting valve and a third oil port of the second electromagnetic valve are in communication with a third group. A second flow distributing port of the flow distributing and collecting valve and the third oil port of the second electromagnetic valve are in communication with a fourth group.

Abstract: A substrate inspection device includes a laser emitting unit, arranged at one side of a transmission device, and configured to emit a laser beam to each substrate to be inspected on the transmission device when the substrate to be inspected is moved to an inspection position; a laser receiving unit, arranged at the other side of the transmission device, and configured to receive the laser beam transmitted through the substrate to be inspected; and a calculation unit, configured to calculate transmissibility of the laser beam relative to the substrate to be inspected based on an intensity of the laser beam emitted by the laser emitting unit and an intensity of the laser beam received by the laser receiving unit, and determine whether a line width of a black matrix in the substrate to be inspected is within a predetermined range of the line width based on the transmissibility.

Abstract: The present invention provides a transaction processing method, which is applied to a node presenting a coordinator, where the coordinator is communicatively connected to nodes presenting participants. The method includes: sending, by the coordinator, a query message to each participant; drawing, by the coordinator, a conclusion according to response messages, executing, by the coordinator, the conclusion, and sending the conclusion to the participants, where the conclusion can be determined by a transaction ID, a object ID and a change information.

Abstract: The present invention provides a transaction processing method, which is applied to a node presenting a coordinator, where the coordinator is communicatively connected to nodes presenting participants. The method includes: sending, by the coordinator, a query message to each participant; drawing, by the coordinator, a conclusion according to response messages, executing, by the coordinator, the conclusion, and sending the conclusion to the participants, where the conclusion can be determined by a transaction ID, a object ID and a change information.

Abstract: The present invention discloses a method for generating a design scheme of a kitchen, characterized in that, the method includes: step 1) inputting combination data, 3D model data and the like of each series, type, size, material, modeling door and accessories and various cabinet body of each brand into a database of the brand in QEYJ software according to a QEYJ rule; step 2) transforming all kinds of cabinet designs and usage requirements of placement into computer description language and formulas of functions; step 3) determining s region to place cabinets, after a starting point, turning points, a finishing point and positions of a range hood and a sink are determined in a kitchen of a customer; for an island table and a bar table, determining a position by determining a starting point and a finishing point of placement; then, through the present invention, immediately calculating optimal design of placement for each series in a QEYJ system, and presenting it in a 2D interface.

Abstract: The present invention discloses a method for displaying a 2D image and a 3D image of a same decoration scene simultaneously on a single interface, including: when a decoration scene is displayed on an interface of an electronic display device, an operationally changeable 2D image is displayed, and a 3D image of the 2D image is displayed on the same interface, changed with an operational change of the 2D image. The 2D image is a transparent image and located at a front side of the same interface, and the 3D image is a nontransparent image and located at a back side of the same interface, such that the 3D image is displayed by penetrating through the 2D image.

Abstract: The present invention discloses a method for automatically presenting a pavement scheme of decoration piles or marbles, including: step 1), recording tiles, pictures of marbles, mosaic modelings, patterns of cross banding line frames, patterns of modeling tiles of each brand into a database of the brand in a QEYJ software according to a QEYJ rule; step 2), transforming all kinds of designs of tiles or marbles and pavement manners into computer description language and formulas of functions; step 3), in a 3D stereo scene, by calling the computer description language and formulas of functions, re-transforming various tiles, pictures of marbles, mosaic modelings, patterns of cross banding line frames, patterns of modeling tiles by calculation, to present them in the 3D scene of a region to be paved; and step 4), by recording and transmitting, the pavement pattern produced in the 3D stereo scene may be calculated, transformed, and re-presented in other scenes.

Abstract: The present invention discloses a method for quickly implementing an interior design scheme, including: step 1) design of a prototype room, dividing and setting a room into functional areas according to a type of a room, designing each of the functional areas in three sizes, that is, a large size, a medium size and a small size, and with a design style by a designer; step 2) designing a prototype room by each designer, forming the functional areas and recording them in an easily-implemented system, according to an easily-implemented protocol and rule, and in an easily-implemented computer description language, functions and formulas; step 3) transforming the designed prototype room into computer description language and formulas, and transferring it to a cloud platform, and synchronizing it to software of any hypostatic store in any place across the world; and step 4) in a hypostatic store, adjusting sizes of the functional areas, arranging positions of the functional areas and selecting a prototype room acco

Abstract: An ultrathin-layer chromatography plate comprising a stationary phase including electrospun composite nanofibers comprising a polymer and at least one of multi-walled carbon nanotubes, edge-plane ordered carbon nanorods and amorphous carbon nanorods, wherein the stationary phase has a thickness between about 5 ?m and about 30 ?m.

Abstract: An electrode includes a first free-standing carbon network, an active material deposited above the first free-standing carbon network, and a second free-standing carbon network covering the active material. The first and second carbon networks are a binder, a conductive additive and a current collector to the electrode.

Abstract: An electric-control multimode steering valve comprises: a flow distributing and collecting valve, a first electromagnetic valve, and a second electromagnetic valve. A valve body comprises four groups of paired valve oil ports. First oil ports of the first and second electromagnetic valves are in communication with a first group. Second oil ports of the first and second electromagnetic valves are in communication with a second group. A third oil port of the first electromagnetic valve is in communication with a flow collecting port of the flow distributing and collecting valve. A first flow distributing port of the flow distributing and collecting valve and a third oil port of the second electromagnetic valve are in communication with a third group. A second flow distributing port of the flow distributing and collecting valve and the third oil port of the second electromagnetic valve are in communication with a fourth group.

Abstract: The present invention provides a transaction processing method, which is applied to a node presenting a coordinator, where the coordinator is communicatively connected to nodes presenting participants. The method includes: sending, by the coordinator, a query message to each participant; drawing, by the coordinator, a conclusion according to response messages, executing, by the coordinator, the conclusion, and sending the conclusion to the participants, where the conclusion can be determined by a transaction ID, a object ID and a change information.

Abstract: A method for manufacturing lithium ion cells includes the steps of: 1) coating a collector roll along an unreeling direction thereof to form one or more strip coated areas, two side edges of the coated area each being provided with an uncoated area to form tabs thereon; 2) compacting the coated collector roll and obtaining a compacted collector roll; 3) cutting the compacted collector roll into anode plates/cathode plates having different sizes each having a tab and rounded corners; 4) recombining an anode plate/a cathode plate with a separator; cutting the separator after recombination to form rounded corners at a position corresponding to the rounded corners of the anode plate/cathode plate and further obtain a mono-cell or a half-cell having different sizes; 5) stacking the mono-cells and half-cells into a step preliminary cell; and 6) hot pressing the stacked preliminary cell to form a whole lithium ion cell via bonding of the anode plates/cathode plates with the separator.

Abstract: A method includes combining a coating material and an uncoated particulate core material in a solution having a selected ionic strength. The selected ionic strength promotes coating of the uncoated particulate core material with the coating material to form coated particles; and the coated particles can be collected after formation. The coating material has a higher electrical conductivity than the core material.