60results about How to "Reduce docking costs" patented technology

The invention provides a task configuration system and a task configuration method of the web game, relating to the field of combined transport popularization of the web game. The task configuration system comprises a web game server and a task server of a network platform, wherein the web game server is provided with a behavior monitoring module used for monitoring the game behavior of each game character, and sending the game behavior log conforming to the task type to the task server; the task server is used for generating log monitoring modules of different task types, and the log monitoring module of each type correspondingly receives the game behavior log of one task type, and judges that whether the award can be received or not according to the game behavior log; the task server further comprises an award issuing module used for issuing the virtual award aiming at the user conforming to the award receiving condition. According to the system and the method, the corresponding virtual award is issued to the user through task configuration, so that the initiative of the user is improved, and the introduction amount and popularization of the web game are improved; the different interface rules are preset, and thus the docking time of the game is reduced.

The invention provides a method, a device and a terminal for parking an unmanned vehicle. The method comprises the following steps: acquiring fault information of the unmanned vehicle; judging whetherthe unmanned vehicle is controlled to park or not according to fault information, and if so, acquiring environmental information around the unmanned vehicle; generating a parking strategy according to the environmental information around the unmanned vehicle and the fault information; controlling the unmanned vehicle to park in a destination region according to the parking strategy. The method, the device and the terminal provided by the invention ensure parking safety in complex environment, improve safety of passengers, and also ensure smooth flow of traffic.

The invention provides a multi-point networking communication system comprising an intelligent control host and an equipment node network. The intelligent control host and the equipment node network form a star network. Point-to-point communication is performed between the intelligent control host and the equipment node network through control instructions. The equipment node network includes countless equipment nodes. A wireless transmit-receive module is embedded in each equipment node to act as the wireless communication hardware basis. The intelligent control host comprises a host node, a core processor and an RF module. The host node is used for processing the serial port instructions of the core processor. When the host requires to communicate with the equipment, the core processor transmits the instructions to the RF module through serial ports, then the RF module wirelessly forwards the instructions to the equipment nodes, and the equipment receives information and then performs processing and feedback according to the respective attribute state. Each equipment node and the host node have a unique equipment address ID, wherein the equipment address ID uses the internal ID of the chip so as to guarantee the uniqueness.

The invention discloses an authority control method, an authority control device, authority control equipment and a storage medium. The authority control method comprises the following steps: firstly,determining a service authority control rule of a target service; and sending the service permission control rule to a service end server where the target service end is located, providing a standardinterface for each target service end, so that the service end server deploys the personalized service end permission control rule according to the standard interface; then receiving the service endpermission control rule, and performing associated storage on the business end permission control rule and the unique identifier of the target business end, thereby realizing permission docking between the target business end and the target service, and further performing permission control on the access of the user terminal to the target service based on the target business end according to the business end permission control rule. The target service end does not need to perform permission docking with the target service end separately, and does not need to care about details of permission management of the target service end, so that efficient docking of the service platform and the system service and efficient service permission management are realized.

The invention provides a communication method and a communication device, and relates to the technical field of communication and the financial field, the communication method comprises the following steps: receiving a communication request of a sender, the communication request comprising a first request message and an interface unique recognition number corresponding to a receiver; collecting pre-configured communication parameters of a receiver according to the unique interface recognition number, wherein the communication parameters comprise a message type of the receiver and a communication mode of the receiver; assembling the first request message according to the message type of the receiver to obtain a second request message; and sending the second request message to the receiver according to the communication mode of the receiver. According to the communication method and the communication device provided by the invention, the docking cost can be reduced, the communication coupling between the calling party and the receiving party is reduced through the communication device, when one party is changed, the communication device is arranged in a configuration mode, the change can be completed, and the other party does not need to be docked and developed again.

The invention provides an interaction method and platform based on multi-dimensional data. The method comprises the steps that S1, enabling a data access party to send a data request, parses parameters of the data access party, verify the legality of fields of the access parameters, and if the parameters are legal, executing the steps S2 and S2, matching an upstream data provider interface according to the parameters of the data access party, and requesting data of a plurality of upstream data source interfaces concurrently; S3, analyzing the data returned by the upstream data party, and thenpackaging the analyzed data into a unified template; and S4, recording a calling process and a packaging result of the data access party, persisting the calling process and the packaging result to a storage layer, and returning the packaging result to the data access party for use. According to the invention, high-performance transmission of data required by a client can be carried out among different systems, and high-concurrency and high-availability data service is provided for the client.

The invention relates to the technical field of ship equipment installation, in particular to an underwater installation method for a main thruster. According to the underwater installation method for the main thruster, by the aid of an auxiliary buoyant box, the main thruster can be installed in a floating state after a ship is undocked, the ship does not need to be docked, the docking cost of the ship is reduced, the production rhythm of a ship enterprise is also prevented from being disturbed, the construction period is shortened, and the shipbuilding construction cost can be better lowered. The reversion process of the underwater installation method is adopted, the main thruster can be disassembled conveniently, the docking cost can be reduced as well, the construction period is shortened, the construction efficiency is improved, and the ship maintaining cost is lowered.

The invention relates to a mechanically controlled underwater dual-channel connecting and locking device. A pipeline body of the mechanically controlled underwater dual-channel connecting and locking device is mainly composed of an upper body, a lower body and a locking device, wherein the upper body and the lower body are respectively provided with two channels in a penetrating mode; two adjacent connection channels are formed inside the pipeline body after the upper body and the lower body are connected; the connection faces of the upper body and the lower body are provided with two paths of connection seals; the two first connection seals are formed at the position where the first connection channel and the second connection channel are connected; one second connection seal is formed on the periphery of the two first connection seals; one seal testing channel is arranged on the upper body; one end of the seal testing channel is open, is arranged on the face where the upper body and the lower body are connected and is located between the first path of connection seals and the second path of connection seal; the locking device is arranged outside the pipeline body and fixedly connects the upper body with the lower body. According to the mechanically controlled underwater dual-channel connecting and locking device, much occupied space is saved due to connected pipelines, the effective sealing performance is ensured, operation time for connecting the pipelines by an underwater ROV is shortened, and expenses and cost are lowered.

The invention relates to a mechanically controlled underwater dual-channel connecting and locking device. A pipeline body of the mechanically controlled underwater dual-channel connecting and locking device is mainly composed of an upper body, a lower body and a locking device, wherein the upper body and the lower body are respectively provided with two channels in a penetrating mode; two adjacent connection channels are formed inside the pipeline body after the upper body and the lower body are connected; the connection faces of the upper body and the lower body are provided with two paths of connection seals; the two first connection seals are formed at the position where the first connection channel and the second connection channel are connected; one second connection seal is formed on the periphery of the two first connection seals; one seal testing channel is arranged on the upper body; one end of the seal testing channel is open, is arranged on the face where the upper body and the lower body are connected and is located between the first path of connection seals and the second path of connection seal; the locking device is arranged outside the pipeline body and fixedly connects the upper body with the lower body. According to the mechanically controlled underwater dual-channel connecting and locking device, much occupied space is saved due to connected pipelines, the effective sealing performance is ensured, operation time for connecting the pipelines by an underwater ROV is shortened, and expenses and cost are lowered.

The embodiments of this specification provide a model-based forecasting method and device. One method is executed on the data demand side, and the data demand side includes a pre-trained calculation model. The method includes: through at least One parameter is encrypted to generate an encrypted model; the encrypted model is provided to a data provider, wherein the data provider stores first data; A calculation request of the model; receiving a calculation result corresponding to the calculation request from the data provider; and obtaining a plaintext prediction result of the calculation model based on the calculation result.

The present invention provides a heterogeneous data service providing method, device, equipment and medium. The method includes firstly performing general service configuration according to the data source; after the general service configuration is completed, the corresponding data service is automatically generated immediately; when the data source is a database , the general service configuration includes: fill in the service number, select the service type, configure the transfer parameters, select the data source, and fill in the configuration information. It can be realized only by reconfiguration, forming a mechanism for dynamic changes to take effect in real time, and also provides strong support for rapid response to service changes.

The invention discloses a multi-dimensional conversion tracking data uploading system which comprises a platform docking module capable of docking different advertisement putting platforms, a data recording module used for recording various data, a data uploading module used for result feedback and an uploading display module used for result display. According to the multi-dimensional conversion tracking data uploading system provided by the invention, an advertiser can receive and deliver advertisements in multiple channels, a unified docking method can be formed by performing conversion data uploading, different behavior nodes are supported, and multi-dimensional data requirements are processed. By adopting the invention, an advertiser does not need to be in separate connection with an advertisement putting platform, and does not need to consider how to process event nodes, data formats and authentication modes, so that the connection cost is relatively low; according to the invention, an advertiser adopts the method to receive and deliver advertisements in multiple channels, and does not need to carry out subsequent processing after independent docking of each advertisement delivery platform, so that the maintenance cost is relatively low.