37results about How to "Automate distribution" patented technology

A kiosk dispenses and receives recorded optical media using an interconnected central server, through an Internet Service Provider. The central server has databases and processing capabilities and is connected to a credit verification system. The databases collect inventory administration information and customer data (e.g., credit card information and email addresses) from the kiosks. The central server initiates credit verification, sends receipts to customers via email and maintains databases for remote inventory-control and administration of the kiosk network. A kiosk may identify a recorded disk for automated restocking and perform quality assessment of a recorded disk. The kiosk may provide publishing-on-demand or act as a portal for remotely served advertisements. The kiosk preferably includes a rotatable carousel with a selection of DVDs. A digital camera captures a digital image of a disk barcode and internal software rotates the image to “read” the barcode, to control inventory and access issues.

A method for facilitating the electronic scheduling for playback of a variety of media such as music or video is disclosed. In the described system, discrete items of content (such as music or video) are scheduled for play back based upon a schedule created by the integration of five standard scheduling methods into a single comprehensive scheduling algorithm. In the first scheduling method a discrete item of content is assigned a frequency rating relative to other items of content. A second way to schedule is called recurring playback. In the recurring method, a particular item of content is scheduled to repeat at specific intervals of time. Intervals can be in terms of minutes, hours or days. A third scheduling method allows the content to be played according to a time base, that is, media content can be scheduled to play at a specific date and time. The forth type of input to the scheduling system is a trigger event which is received from a source external to the scheduling system. Upon receiving a trigger event, particular media content will be played. This type of input includes a mechanism called asynchronous request and relates to play of previously unscheduled content on an external request basis. And lastly, means are provided for selectively determining whether or not particular content is available for play in a particular venue or during a particular period of time. These five methods of scheduling playback of content are integrated into a single comprehensive scheduling system.

The invention discloses a method and device for achieving dispatching based on a cloud platform. The method includes the steps that when a dispatching task is started, a dispatching policy of the current dispatching task is determined according to a preset dispatching policy; according to the determined dispatching policy, external resources and / or a capacity engine is dispatched, and the specific dispatching task is executed through the dispatched resources and / or the capacity engine. According to the method, the resources and / or the capacity engine is duly and dynamically called according to the dispatching task, and an automatic dispatching mechanism of a service dispatching system based on the cloud platform is achieved; meanwhile different services and different hardware and software are automatically distributed, and the whole function of the dispatching system is improved.

The invention provides a mirror image distribution and use method based on a service request and a mirror image distribution and use system based on the service request. According to the method, a service file requested to run is resolved; an operating system required by running and a software runtime library are judged; a service mirror image request is sent to a mirror image pool according to the judging result; a corresponding service mirror image is downloaded; and finally, a virtualization environment is generated according to the corresponding service mirror image so that the service file can run in the environment. The method and the system provided by the invention have the advantages that the automatic distribution and use of the service mirror image is realized, and the human process is effectively reduced.

The present invention provides a task assignment method and device. The method comprises: obtaining an assignment mode of a task; assigning an object for a target assignment object according to the assignment mode of the task to allow the target assignment object to process the task; and assigning an object for the target assignment object according to the assignment mode of the task, wherein an assignment rule corresponding to the assignment mode is more suitable for assignment of an object for the target assignment object. When a task is assigned, an employed assignment rule has more pertinency, the problem is avoided that all tasks employ a same assignment rule to perform blind assignment in the prior art, the task assignment method and device employs the assignment mode of a task to assign the target assignment object for the task to realize automated assignment of the task and improve the assignment efficiency, and assignment is more reasonable according to the assignment mode ofthe task.

The invention provides an investigation distribution method and device, electronic equipment and a storage medium. The investigation distribution method comprises the steps of obtaining client information when a distribution instruction is received; obtaining client information according to the client information; the client is authenticated; benefits of both parties are ensured; when the client passes the authentication; the method comprises the following steps of: selecting a pre-configured survey company list, determining a target survey company corresponding to the client information, survey service scores of all surveyors in an unsaturated order receiving state in the target survey company are obtained; according to the survey service score, determining a surveyor matched with the client information, compared with the prior art, the method has the advantages that higher-quality services are provided for high-quality customers, the services are more targeted, the matched investigators are further distributed to the target investigators of the customers, accordingly, intelligent decision making can be carried out, automatic distribution of investigation companies and the investigators can be realized, the method is more efficient and safer, and the user experience can be improved.

The invention relates to the field of intelligent production and manufacturing, and discloses an intelligent material box. The problems are solved that traditional material boxes only have a materialstorage function, a manual measurement and recording mode needs to be adopted for taking and placing materials, the labor is wasted, and errors are easily made. The intelligent material box comprisesa box body, an RFID tag, a gravity sensing module, a display module and a power module; the RFID tag is used for recording related information of the materials in the box body; the gravity sensing module is used for calculating the quantity of the materials in the box body according to the weight of a single material; the display module is used for displaying the quantity of the materials in the box body; the power module is used for supplying power to the display module. The intelligent material box is suitable for storing the materials or finished products.

The invention discloses a cloud management system and management method for private clouds, and relates to the technical field of cloud management, in particular to a cloud management system and management method for private clouds, which comprises a cloud management platform and a plurality of APIs (Application Program Interface) arranged on the cloud management platform. The virtual machine creation application is transmitted to an ITSM system, and the ITSM system is used for examining and approving data information of the application of the virtual machine; the ITSM system is connected to the cloud management platform through the API interface, and the cloud management platform automatically creates a virtual machine according to related information approved by the ITSM system. According to the cloud management system and management method of the private cloud, the cloud management platform is integrated with ITSM and CMDB systems, full-automatic management of the life cycle of a virtual machine is achieved, automatic distribution of the virtual machine in an active-active private cloud platform is achieved through module information set by an application system principal in the CMDB or an operation area set by the application system principal in the cloud management platform, and the availability of an application system and the continuity of services are powerfully guaranteed.

The invention discloses a VLAN distribution method and device of switch equipment. The method comprises the following steps: acquiring equipment number information, equipment uplink port information and packaging format information of switch equipment to be accessed; according to the equipment number information, the equipment uplink port information and the packaging format information of the to-be-accessed switch equipment, obtaining an SR type and VLAN information of the to-be-accessed switch equipment from a pre-established VLAN distribution table; and according to the SR type and the VLAN information of the to-be-accessed switch equipment, distributing a VLAN to the to-be-accessed switch equipment. According to the invention, the VLAN automatic distribution of the switch equipment is realized, and the distribution efficiency and accuracy are effectively improved.

The present invention discloses a virtual machine allocating method and relates to the technical field of communication. The method is used for realizing a fast and unified virtual machine allocating manner so as to guarantee reliability of virtual machines. The method comprises: acquiring a local address number of a data center, a rack number of each local address, a machine frame number of each rack, a physical host number of each machine frame, and a number of the required virtual machines; and determining the virtual machines which need to be allocated in each rack; when the host number in each machine frame is greater than or equal to a corresponding number of third to-be-allocated virtual machines, respectively allocating one virtual machine to each of hosts of which the number is the same with that of the third to-be-allocated virtual machines; or allocating the virtual machines, of which the number is the same with the hosts in the first machine frame, to the first machine frame, and allocating virtual machines, which are not allocated to the first machine frame, to one or a plurality of hosts of a second machine frame. The method is suitable for the virtual machine allocating process.

The invention relates to a micro-fluidic distribution chip which comprises a sample adding hole, a sample inlet pipeline, a distribution cavity, an exhaust pipeline, a sample outlet pipeline, an exhaust hole and a bypass pipeline which are sequentially communicated. The bypass pipeline is communicated with the sample inlet pipeline and the sample outlet pipeline and is used for enabling a fluid sample added through the sample adding hole to flow to the sample outlet pipeline through the bypass pipeline after the distribution cavity is filled with the fluid sample, and the trend of the fluid can be controlled by limiting the cross sectional area or depth of each pipeline and cavity. The micro-fluidic distribution chip provided by the invention is simple in structure, convenient to manufacture and convenient to use. The purity of samples can be ensured while automatic distribution of the samples is realized, so that multi-index parallel detection of the samples is completed.

The embodiment of the invention provides a dispatching method and device of testing resources and electronic equipment. The method comprises the steps of obtaining target question data corresponding to an object to be tested, wherein the object to be tested comprises at least two modules to be tested; determining a first question score corresponding to each module to be tested based on a preset question score determination model and each piece of target question data, wherein the preset question score determination model is obtained by training in advance and is used for determining the model of the score corresponding to the module to be tested based on each piece of target question data; dispatching testing resources corresponding to the object to be tested based on a testing frame and a first question score corresponding to each module to be tested, and testing each module to be tested of the object to be tested according to the dispatched testing resources to achieve automated distribution of the testing resources and lower the manual participating degree of testing personnel.

The invention discloses a spoon distribution device. The spoon distribution device comprises a spoon distribution portion and spoon storage portions, wherein the spoon distribution portion is respectively communicated with a plurality of the spoon storage portions through multiple pipelines, the spoon distribution portion is composed of a distributor support component and a rocker welding component, a rotation portion of the rocker welding component is connected with two sides of the distributor support component in rotatable mode through rocker pins, a plurality of openings are formed below the distributor support component, an opening of the rocker welding component is communicated with a spoon guide slot through a skeleton hose, a shaft end connector of a piston rod at one end of a spoon distribution mini cylinder is connected with a bulge on one side wall of the rocker welding component in rotatable mode through a rotation shaft, and each spoon storage portion is composed of a spoon storage box and a spoon collection tank insertion plate which controls opening and closing of the spoon storage box. The spoon distribution device achieves automatic distribution of spoons, and the automatic distribution of the spoons not only saves labor, but also achieves accurate distribution and high efficiency.

The invention relates to an intelligent distribution system of railway construction special sleeper, comprises a spreading device and a connecting plate, as that numb of the spreading device is two, the two spreading devices are symmetrically arranged left and right, and a connecting plate is connected between the two spreading devices. The spreading device comprises a mounting bracket, a bearingbracket, a pushing cylinder, an adjusting bracket, a partition bracket, a sliding plate, a fixing plate, an adjusting sleeve, an adjusting screw, an adjusting gear, a mounting support plate and a rotating electric machine, and the partition bracket comprises a frame body, an adjusting hydraulic cylinder, an adjusting spring and a guide plate. The invention can solve the problems of low dispersionprecision, large subsequent adjustment workload, low working efficiency and poor adjustability existing in the prior sleeper dispersion process, and can realize the function of automatic dispersion ofthe sleeper, and has the advantages of high dispersion precision, reducing the subsequent adjustment workload, high working efficiency and good adjustability, and the like.

The invention relates to a railway construction sleeper automatic distributing car, including two mobile devices, a lifting cylinder, a Dispersion device and connecting plate, left-right symmetrical arrangement of the two mobile devices is achieved., A lift cylinder is installed on that upper end of the moving device, At that top end of the lift cylinder, a spreading device is installed, A link plate is connected between that spreading device, The moving device comprises a base plate, a mounting plate No. 1, a mounting plate No. 2, a rotating cylinder, an adjusting cylinder, a working plate, alimiting plate, a limiting block and a limiting cylinder, and the spreading device comprises a mounting bracket, a bearing bracket, a pushing cylinder, an adjusting bracket, a partition bracket, a sliding plate, a fixing plate, an adjusting sleeve, an adjusting screw, an adjusting gear, a mounting support plate and a rotating electric machine. The invention can solve the problems of low dispersion precision, large subsequent adjustment workload, low work efficiency and poor adjustability existing in the dispersion process of the existing sleeper, and can realize the function of automatic dispersion of the sleeper.

The invention discloses a traffic resource allocation method and system based on a confidence map convolutional network, and a medium. The traffic resource allocation method comprises the following steps: modeling a current actual traffic network and traffic stations; carrying out feature extraction on traffic network graph data generated by modeling through a graph embedding method so as to determine a feature extraction vector; and processing the feature extraction vector based on a deep belief network, and spreading and updating the feature extraction vector through a graph convolutional neural network, thereby updating the feature representation of the node and changing the label type of each node to generate a target topological structure, and then automatically allocating traffic resources to the corresponding traffic station according to the target topological structure. Therefore, automatic distribution of one-time traffic resources is realized. According to the invention, the resource allocation problem of the traffic station can be timely responded, so that the traffic resources can be better and dynamically allocated.