21741results about How to "Fully automated" patented technology

A system and methods for the migration of complex computer applications and the workloads comprising them between physical, virtual, and cloud servers that span a hybrid cloud environment comprising private local and remote customer data centers and public cloud data centers, without modification to the applications, their operational environments, or user access procedures. A virtual network manager securely extends the subnets and VLANS within the customer's various data center across the distributed, hybrid environment using overlay networks implemented with virtual network appliances at nodes of the overlay network. A server migrater migrates individual workloads of servers used by the complex application from one pool of server resources to another. A migration manager application provides a control interface, and also maps and manages the resources of the complex application, the hybrid environment, and the virtual network spanning the hybrid cloud environment.

The invention discloses a cloud computing system. A terminal and/or a door function unit build/builds a safety mechanism with cloud and send/sends cloud service request to the cloud. After the cloud receives the cloud service request, other cloud is accessed by the cloud itself and/or through a cloud interworking function, cloud computing resource is arranged, and cloud service is provided for the terminal and/or the door function unit. The invention further discloses a cloud computing method and the cloud. By means of the technical scheme, integration, virtualization and automation of the cloud computing system can be achieved, the cloud can coordinate uniformly and arrange the cloud computing resource automatically, efficiency is improved, and defect that the existing cloud computing system can not arrange the cloud computing resource automatically is overcome.

A method for transforming three color-input signals (R, G, B) corresponding to three gamut-defining color primaries of a display to four color-output signals (R′, G′, B′, W) corresponding to the gamut-defining color primaries and one additional primary of the display, where the additional primary has color that varies with drive level, comprising: a) determining a relationship between drive level of the additional primary and intensities of the three gamut-defining primaries which together produce equivalent color over a range of drive levels for the additional primary; and b) employing the three color-input signals R, G, B and the relationship defined in a) to determine a value for W of the four color-output signals, and modification values to be applied to one or more of the R, G, B components of the three color-input signals to form the R′, G′, B′ values of the four color-output signals.

The invention discloses a detergent for a washing machine and an automatic disinfectant adding device. The automatic adding device comprises a washing machine water inlet valve, a solvent box and a washing machine sink component; the automatic adding device also comprises an automatic adding precise control device which is connected with the washing machine water inlet valve, the solvent box and the washing machine sink component through connecting pipelines respectively; the automatic adding precise control device is provided with a negative pressure suction port and a constant volume container; and a solvent in the solvent box is pumped into the constant volume container by negative pressure generated by inlet water of the washing machine sink component, and the quantitative solvent is flushed into the washing machine sink component by the inlet water of the automatic adding precise control device and further flows to a washing drum. The automatic adding device makes great contribution on the aspect of adding the detergent to the washing machine, can precisely add different detergents, can fully realize automatic addition by using the negative pressure generated by the inlet water, has a simple structure, realizes automation of the washing process, and improves the washing efficiency.

The invention discloses a control method of a manipulator grabbing control system based on binocular stereoscopic vision. The control method comprises the following steps: camera parameters are calibrated, and a teaching manipulator is used for realizing conversion of a camera coordinate system and a manipulator coordinate system; line laser performs an arc surface scanning cloud motion, and a camera acquires images; laser lines of the images shot by the camera are respectively extracted; the positions of the laser lines are precisely determined by using a sub pixel algorithm; the homonymy point matching is performed for the laser lines extracted in the images; three-dimensional space coordinates of all points on the laser lines are calculated through a triangular measuring principle to finish scanning of workpieces in a scene so as to obtain point cloud data in the viewing field of the camera; a workpiece point cloud template is built, a manipulator grabbing point position is selected, and the obtained point cloud data is matched with the workpiece point cloud template to calculate a conversion relation of the two; the manipulator grabbing point position in the point cloud template is converted to a present coordinate, is converted to a coordinate under the manipulator coordinate system, and is transferred to the manipulator; and the manipulator finishes actuation actions.

The invention discloses an intelligent depot output-input system of a digital grain depot. The intelligent depot output-input system of the digital gain depot comprises an intelligent depot output-input access control system, an intelligent depot output-input automatic sampling system, an intelligent depot output-input examination assay system, an intelligent depot output-input unattended operation automatic metering system, an intelligent depot output-input system control terminal, an intelligent depot output-input goods receiving-sending management system, an intelligent depot output-input system one-stop service platform and an intelligent depot output-input system control center. The intelligent depot output-input access control system, the intelligent depot output-input automatic sampling system, the intelligent depot output-input examination assay system, the intelligent depot output-input unattended operation automatic metering system, the intelligent depot output-input system control terminal, the intelligent depot output-input goods receiving-sending management system and the intelligent depot output-input system control center are connected with the intelligent depot output-input system one-stop service platform. According to the intelligent depot output-input system of the digital grain depot, a computer, the RFID internet of things technology, the communication technology and the information technology are converged together, networking, automation and intelligent management of the depot output and input are achieved, and labor participation is reduced.

The present invention is an automatic equalizing charge device which uses discharging network formed by MOS tube connecting with power resistance in series to replace power switch and bypass flow network formed by it to execute the automatic equalizing charge for series battery group in quick and safe way with in existing equalizing charge technique including series battery group waiting for charge, real time collecting and isolation circuit for battery voltage signal, main control circuit board, contravariant charging power source, patrol inspection and indication circuit of battery voltage,temperature transducer, isolation driving circuit, power source and bypass flow network formed by it.

The invention provides a method for building an industry knowledge mapping database. The method comprises the following steps: obtaining industry data from a data source; processing the industry datain order to extract an entity related to an industry and a corresponding relationship between an entity attribute and/or the entity; and building the industry knowledge mapping database on the basis of the extracted entity, the entity attribute and/or the entity relationship. The invention further provides a method for monitoring specific media events related to an industry on the basis of the industry knowledge mapping database. The method comprises the following steps: obtaining internet media data; detecting events, evaluating events and singling out events on the basis of obtained internetmedia data in order to obtain a specific media event related to the industry; recognizing a direct related entity corresponding to the specific media event; visiting the industry knowledge mapping database on the basis of the direct related entity to determine a non-direct related entity corresponding to the specific media event; and sending pre-warning information to the direct related entity and/or the non-direct related entity.

The invention relates to a tumor cell microsatellite instable state complex amplification system and a detection kit and belongs to the field of biotechnology. In the invention, 8 quasi-monomorphic nucleotide repeated loci with high sensitivity and specificity (including NR-21, NR-22, NR-24, NR-27, BAT-25, BAT-26, MONO-27 and CAT-25) are selected to detect microsatellite instability (MSI). Meanwhile, an amelo (AMEL) is added and a 9-loci multiplex amplification system is constructed, so the result is more accurate. The addition of the gender determining locus can prevent an experiment operator from mixing up samples and delivering wrong results to a certain extent. In the invention, the operation is simple, and large-scale promotion is convenient. With the success of the development of the kit, the method can be used for batch production; the use conditions of the method can be modularized; automatic equipment is applied in the whole process, so the whole process is independent of theoperational experiment of people; and the total detection time is about 6 hours.

The invention relates to the field of production machining mechanical equipment and discloses full-automatic feeding, cutting and receiving equipment. A material slot of a feeding device of the full-automatic feeding, cutting and receiving equipment is provided with a shifting mechanism consisting of a shifting fork and a shifting rod. The end of the shifting mechanism, which corresponds to a rear baffle plate of the feeding device, is provided with a leveling mechanism. A feeding bracket at the side of an unloading mechanism, which is correspondingly connected with a tube cutting device, is provided with a clamping mechanism. A lower roller and a side roller which are connected are arranged in the unloading mechanism. A split clamp of the tube cutting device is arranged on a tube cutting bracket through a trapezoid block. A recovery device consists of a recovery mechanism and a return mechanism, wherein the recovery mechanism is arranged at one side of the split clamp in a leveling mode; and the return mechanism is arranged on a recovery bracket at the rear end of the recovery mechanism. A brush wheel is arranged in the return mechanism. A machining method of the equipment comprises the steps of adding, aligning, feeding, cutting and receiving. The full-automatic feeding, cutting and receiving equipment is smooth to feed materials and is clear to separate the materials, so that resource waste is avoided, the machining procedures of the engineering are reduced, the cutting quality is improved, both manpower and material resources are saved and the production efficiency is improved.

The invention discloses an automobile charging system which is applied to a charging station of an electromobile. The automobile charging system comprises a mobile terminal, a charging pole and a cloud server, wherein the mobile terminal is used for receiving an NFC (noise feedback coding) instruction signal and transmitting an instruction signal to the cloud server after analysis treatment; the cloud server analyzes and processes the received instruction signal and generates control instruction information to the charging pole, and the charging pole carries out control instruction operation after receiving the control instruction information, starts charging or closes charging, and feeds back the charging cost information to the cloud server. According to the automobile charging system, the automation and intelligence of automobile charging are achieved, and manpower cost of the charging station is greatly reduced.

The invention discloses a pharmaceutical product manufacturing execution system and method. The method includes connecting a manufacturing execution system function server and a manufacturing execution system database server to an upper-level management terminal through an industrial loop network; allowing the manufacturing execution system function server to perform data exchange with a production management terminal through the industrial loop network; allowing the production management terminal to connect to a bottom procedure controller through the industrial loop network; allowing the production management terminal to receive a production planning instruction from the upper-level management terminal, divide the production planning instruction into a production instruction and a material list and transmit the production instruction to the bottom procedure controller, and allowing the bottom procedure controller to control corresponded production procedures and acquire staff producing operation information and corresponded equipment information. The method has the advantages that the corresponded material is encoded correspondingly and respectively, the workshop producing material data management and tracking are implemented, the statistical graph and report support is provided, and the material management is simplified.

The invention provides a positioning method and a positioning device for the weak coverage area and belongs to a wireless communication system. The positioning method for the weak coverage area comprises an acquiring step for acquiring a measurement report for a plurality of user equipment within a preset period of time, wherein the measurement report is a report for measuring the user equipment in a 4G and/or 2G and/or 3G system; a positioning step for determining the coordinates of the plurality of user equipment according to the acquired measurement report; a judging step for dividing the coverage area into a plurality of grids of a preset size, respectively judging whether each of the plurality of grids is a weak coverage grid or not according to a preset weak coverage grid judgment condition, and determining the weak coverage area according to judgment results. According to the weak coverage grid judgment condition, for all user equipment within a grid, the ratio of the user equipment with the RSRP thereof smaller than a preset threshold to all the user equipment in the grid is greater than or equal to a preset proportion. According to the technical scheme of the invention, the weak coverage area in the 4G system can be found out.

The invention makes a request of protecting an intelligent vehicle automatic driving system and method in cooperation with an intelligent parking lot. Intelligent vehicle-mounted equipment comprises a communication module, a vehicle positioning and path planning module, and a detection module. A background service center consists of a communication module and a data management module. The communication module includes a dispatcher part and a service Handler part. A user mobile terminal sends request information of driving into or driving out of a parking lot to the background service center; the background service center sends a parking lot map and a designated terminal position to the vehicle-mounted equipment; the vehicle-mounted equipment carries out global path planning, collects vehicle station and environment information for positioning, plans a local path to control an intelligent vehicle to drive to a terminal point automatically, and sends terminal point arrival information to the background service center; and the background service center sends the terminal point arrival information to the user mobile terminal.