155results about How to "Improve group efficiency" patented technology

An agricultural robot system and method of harvesting, pruning, culling, weeding, measuring and managing of agricultural crops. Uses autonomous and semi-autonomous robot(s) comprising machine-vision using cameras that identify and locate the fruit on each tree, points on a vine to prune, etc., or may be utilized in measuring agricultural parameters or aid in managing agricultural resources. The cameras may be coupled with an arm or other implement to allow views from inside the plant when performing the desired agricultural function. A robot moves through a field first to “map” the plant locations, number and size of fruit and approximate positions of fruit or map the cordons and canes of grape vines. Once the map is complete, a robot or server can create an action plan that a robot may implement. An action plan may comprise operations and data specifying the agricultural function to perform.

The invention belongs to the technical field of power batteries, in particular to a multi-lug cell. The multi-lug cell comprises a cell formed by winding or stacking a positive plate, a diaphragm anda negative plate, a plurality of corresponding positive lugs are arranged on two sides of the positive plate, and a plurality of corresponding negative lugs are arranged on two sides of the negative plate; positive lug groups on two sides of the cell are formed after the positive lugs on two sides of the positive plate are wound or stacked; and negative lug groups on two sides of the cell are formed after the negative lugs on two sides of the negative plates are wound or stacked. The lugs are arranged on two sides, and the lug groups are formed after the lugs are wound or stacked, so that theinternal resistance of the cell is reduced, the discharge capacity of the cell is strengthened, simultaneously, the thickness of the cell is further reduced, the heat dissipation capacity of the battery is improved, and the safety of the battery is strengthened. Moreover, the invention also discloses a multi-terminal battery, a battery module and a preparation method thereof.

Group-Specific “Career Management Tools” allow groups (a sample of which include: academic departments at colleges and universities, academic groups, campus fraternity chapters, professional group chapters, and any cluster of individuals that identifies itself as a group), to manage their career-related activity on-line, through a tool containing functionality that includes, but is not limited to: a group-specific resume database, a group-specific job database, and a group-specific alumni database. Career Management Tools provide career-related information for group members, and such information is targeted specifically to the group. Information is entered into the Career Management Tool by group members (such as students, faculty, department administrators, group officers, and alumni), or by entities trying to target group members. Career Management Tools are deployed on a group's web site, and are branded to the group site's look and feel and they are accessible from the group's web site.

The invention relates to a management method and device of an application icon. The method comprises the following steps: displaying a plurality of application icons which are under an editable state in a preset area; obtaining a touch track formed in the preset area; selecting the application icon through which the touch track passes; and creating an icon container, and moving the selected application icon into the icon container. Therefore, the plurality of application icons can be selected through one touch track, the selected application icons are put in the same new icon or folder to finish the grouping of the application icons, a complex problem that each application icon needs to be operated when the plurality of application icons need to be divided into one group, an operation process that the plurality of icons are grouped is simplified, and the grouping efficiency of the application icons is improved.

The invention provides a grouping control method and system of controllable LED. The method comprises that b) a grouping request is initiated, each LED is triggered to flicker, and flickering rules of the LED differ from one another; c) identity information of the LED to be grouped is identified according to the received flickering rule of the LED to be grouped; d) a grouping instruction is sent to the LED to be grouped; and 3) the LED to be grouped receives and executes the grouping instruction, and grouping is completed. According to the method and system, grouping is rapid, the grouping method of the controllable LED is simplified, the method and system satisfy operation habits of users more, the requirement of grouping control for the controllable LED is met, and the method and system can be applied to different occasions and can be widely popularized.

The invention discloses an order processing method and device, relating to the technical field of computers. One specific implementation manner of the method comprises the steps of separately mappingorigin information and destination information of each order among order data of a target area to corresponding distribution areas, wherein the distribution areas are obtained by dividing the target area; considering an order from the origin distribution area to the destination distribution area as a task, so as to acquire tasks corresponding to all orders of the target area; and grouping all tasks according to a preset target function, so as to obtain at least one task group. According to the method, the origin information and the destination information of the order are separately mapped tocorresponding distribution areas, then the order from the origin distribution area to the destination distribution area is considered as a task, and all obtained tasks are grouped based on the targetfunction, so that the distribution efficiency is improved, and the user experience is improved.

The invention discloses a method for analyzing lithofacies of powder samples, which comprises six steps of mounting, coarse grinding, fine grinding, polishing, etching and petrographic analysis, wherein powder samples are added into adhesives to be made into a bulk shape, the adhesives are used to adhere powder cement together to be made into the bulk shape, and powder is powder clinker or cement. The method for analyzing lithofacies of powder samples is substantially used to analyze the lithofacies of the powder samples, solves the problem in the prior art that just bulk materials are analyzed, and has the advantages that the method for analyzing lithofacies of powder samples is simple in operation and has great guiding significance to productive process.

The embodiment of the invention provides a path grouping method, a path grouping device and a path grouping system. The method comprises the following steps of: selecting a source network element and a destination network element and searching for all optical channel data unit-k (ODUk) paths between the source and destination network elements; obtaining the distribution conditions of the ODUk paths, and if the plurality of ODUk paths are born on different optical fibers, dividing each ODUk path into corresponding working groups or protection groups according to preset protection relationships between working groups M and protection groups N respectively; and if the path segments of at least two of the plurality of ODUk paths are partially born on the same optical fiber, dividing each ODUk path into the corresponding working groups or protection groups according to the preset protection relationships between the working groups M and the protection groups N and different ODUk path bearing wavelengths, wherein M and N are natural numbers. The embodiment of the invention improves grouping efficiency in M protection N optical channel data unit-k sub-network connection (MpN ODUk SNC) and simultaneously reduces error probability in the grouping.

The invention belongs to a measuring device for machining, particularly relates to an automatic blade measuring machine, comprising a vibrating feeding case (20), a measuring case (19), a carriage (1), charging barrel No.1 (16), charging barrel No.2 (17) and a magazine (18), wherein, the vibrating feeding case (20) is provided with a base plate (20-1) and the carriage (1), a delivery flat rack (1-1) and a spiral vibrating plate (2) are arranged on the carriage (1), a feeding controller (2-2) is arranged under the spiral vibrating plate (2), the spiral vibrating plate (2) is provided with a built-in feeding track (2-1), the upward side of the spiral vibrating plate (2) is connected with the left end of a delivery plate (4), one side surface of the delivery plate (4) is provided with an inductor No.1 (3), and the right end of the delivery plate (4) is connected with an inductor base (26) in the measuring case (19). The automatic blade measuring machine improves the efficiency of blade grouping, saves labor and time, and improves the labor productivity.

The invention provides a battery module thermal runaway expansion suppression device based on a heat tube, and belongs to the technical field of the electromobile power battery management. The batterymodule thermal runaway expansion suppression device based on the heat tube comprises a battery module, a runner, a base and aluminium plate jackets. The battery module comprises multiple same batteryand heat tube module units. Each battery and heat tube module unit comprises two single batteries, two thermal insulating jackets, two heat-conducting aluminum plates, a heat tube group and a thermalinsulating bar. Two single batteries are fixed at the inner side of the thermal insulating jackets. Two heat-conducting aluminum plates are positioned between two single batteries. Two heat-conducting aluminum plates are fixed with the evaporation section of each heat tube in the heat tube group through the thermal insulating bar. The condensation section of the lower part of the heat tube is positioned in the runner and used for performing the heat convection. The battery module is integrally fixed with the front and rear aluminium plate jackets through the base. The device is capable of effectively controlling the temperature of the battery module and the surface temperature difference of the battery, suppressing the thermal runaway expansion in the battery module, improving the safetyof a electromobile battery system, and providing the guidance for the safety design of the battery module.

The invention provides a glass dynamic grouping control system and method for a float glass production line, and relates to the technical field of glass production. The glass dynamic grouping controlsystem comprises a first branch roller way, a second branch roller way, a third branch roller way, a photoelectric switch used for generating a photoelectric signal when detecting the float glass to be grouped, and a control module for controlling the first branch roller way, the second branch roller way and the third branch roller way to operate when receiving the photoelectric signal for the first time, wherein when the rear edge of the glass moves to a first preset position, if the length of the glass is greater than a length threshold, the second branch roller way and the third branch roller way are controlled to decelerate, and if not, the second branch roller way is controlled to decelerate, when the photoelectric signals are received again and the to-be-grouped float glass conveyedtwice is not in one group, the second branch roller way and the third branch roller way are controlled to operate, and when the photoelectric signals are received again and the to-be-grouped float glass conveyed twice is in one group and the front edge of the glass operates to a second preset position, the second branch roller way and the third branch roller way are controlled to operate. The glass dynamic grouping control system can be used for grouping glass of any specification and can control the grouping distance.

A method and a device for processing contact information group are proposed. The method includes: entering a contact interface according to a first operation command from an user; displaying a contact in a contact list corresponding to a focus group as picked according to a second operation command from the user; and identifying a targeted group of the contact and moving the contact to the targeted group according to a third operation command from the user. By using the present invention, the user can rapidly groups all the contacts through a single operation interface.

The invention discloses a power battery pack structure and an assembly process thereof. The battery pack structure comprises a module; the battery pack structure further comprises a water-cooling boxbody, a protection structure arranged on the water-cooling box body and a module mounting assembly arranged in a protection space formed by the water-cooling box body and the protection structure; andthe module is detachably connected with the water-cooling box body through the module mounting assembly. By optimizing the grouping mode of the battery packs, the battery packs are modularized, and the modules are detachable, so that the later maintenance cost of the battery packs is greatly reduced, and the overall cost of the battery packs is reduced.

The invention relates to the technical field of battery production and assembling equipment, in particular to a high-speed sorting mechanism for batteries. The high-speed sorting mechanism comprises abase. A feeding mechanism, a battery detection mechanism and a sorting mechanism are arranged on the base. The feeding mechanism is used for carrying groups of batteries to the battery detection mechanism. The battery detection mechanism is used for conducting performance testing on the groups of batteries. The sorting mechanism is used for sorting the tested batteries. By means of the high-speedsorting mechanism for the batteries, whole boxes of batteries are placed on the feeding mechanism through manual work, the batteries are carried to the detection mechanism through an air cylinder ina grouped manner, the detection mechanism conducts OCV and inner resistance testing on the batteries in a grouped manner at the same time, all data are stored in an industrial computer after testing is completed, and the sorting mechanism can put the batteries with good consistency into different grading grooves according to the performance of the batteries. Compared with traditional manual sorting, the high-speed sorting mechanism for the batteries can achieve automatic and high-speed testing and sorting on battery groups, the efficiency of grouting the batteries according to the performanceis improved, the labor force is greatly saved, and the production cost is reduced.

The invention provides a gift box caser. The gift box caser comprises a conveying mechanism I, a different-direction grouping mechanism, a conveying mechanism II, an encasing mechanism, a first-stage pushing assembly and a second-stage pushing assembly. The conveying mechanism I is used for conveying products, the different-direction grouping mechanism is used for grouping the products, the conveying mechanism II is used for outputting the products after the products are grouped by the different-direction grouping mechanism, the encasing mechanism is used for encasing the products on the conveying mechanism II, the first-stage pushing assembly is used for pushing the products on the conveying mechanism I to the different-direction grouping mechanism, and the second-stage pushing assembly is used for pushing the products to the conveying mechanism II after the products are grouped by the different-direction grouping mechanism. The gift box caser is capable of outputting two groups of products at a time through the different-direction grouping mechanism, high in grouping efficiency, short in grouping time, good in overall matching of equipment, reasonable in structure and high in encasing efficiency.

The invention relates to an assembling device and an assembling method, which are used for stacking a plurality of battery units, the stacking direction being the length direction of the assembling device. The assembling device comprises a base and an assembling part; the assembling part is mounted on the base and comprises a first matching surface and a second matching surface; the first matchingsurface is used for placing a battery unit; in the direction close to the second matching surface, the first matching surface inclines downwards by a first preset angle alpha, so that the battery unit placed on the first matching surface can move towards the direction of the second matching surface and abuts against the second matching surface. In the stacking process of the battery units, the battery units can be firstly positioned, other driving mechanisms do not need to be additionally arranged in the positioning process, and the positioning can be realized only through the structures of the battery units and the assembling part, so that the position precision of the battery units can be improved; and the positions of the battery units are prevented from being corrected in the stackingprocess, and therefore, the grouping efficiency of the battery units is improved, and meanwhile, the assembling device can be simplified.

The invention relates to an application icon management method. The method includes the steps of detecting a first touch operation of a user on a touch screen of a mobile terminal; when the first touch operation is carried out, displaying corresponding editable content on a desktop of the mobile terminal, wherein the editable content includes application icons and file folders; detecting a secondtouch operation of a user on the desktop; when the second touch operation is carried out, obtaining the touch track of the second touch operation, and determining an application icon and a file folderwhich correspond to the touch track; when the corresponding file folder does not exist in the touch track, creating a new file folder according to the touch track, and moving the application icon corresponding to the touch track into the newly created file folder. According to the application icon management method, the grouping efficiency of application irons can be improved. The invention alsocorrespondingly provides an application icon management device.