46results about How to "Reduce the number of jumps" patented technology

The present invention relates to a dopamine D3 receptor portion excitant or its pharmaceutically acceptable salt and its application for curing diseases of central nervous system. Said invention also provides its chemical structure general formula, and provides detailed description.

The invention provides a target classification method based on a convolutional neural network. the target image is directly traversed without adopting a convolution kernel; instead, a sliding window with the same size as the output feature image is adopted to traverse the whole target image row by row and column by column; pixel points corresponding to the target image are extracted to serve as sub-images; correspondingly each characteristic parameter of the convolution kernel is multiplied by each sub-image to obtain an intermediate image; and finally, the sum value of the intermediate imagesis taken as an output feature image. Under the premise that a convolution result which is the same as that of an existing convolution implementation mode is obtained, convolution operation is dividedinto multiplication and addition operation of a single point, the number of times of address hopping when a microprocessor reads data in the convolution implementation process can be reduced to the maximum extent, and then the hardware processing efficiency is greatly improved.

The invention provides a method and a device for displaying webpage information. The method for displaying the webpage information includes detecting whether first operation information of webpage scheduled contents exists, obtaining webpage information associated with the webpage scheduled contents if the first operation information of the webpage scheduled contents exists, and displaying the webpage information at the designated position of the current webpage. According to the embodiment of the invention, the information is easy to obtain, steps of operating the webpage are reduced, and the system performance is improved.

The invention discloses a demultiplexing method and a demultiplexing device for audio and video data in files. The demultiplexing method comprises the following steps: the longest synchronous time point is set and updated according to the set longest synchronous time; a data frame that can be output is selected according to the comparison result of the decoding time stamp of the current frame of each data frame in the multimedia file and the longest synchronous time point by referring to the sequential order of byte offset position values of the current frames of each data frame; searching and positioning are carried out in the multimedia file according to the byte offset position values of the selected data frame that can be output, and the output data frame is read out to get an original streaming audio and video array. The demultiplexing method and the demultiplexing device for audio and video data in files increase the demultiplexing efficiency of the multimedia files.

The invention discloses a method for measuring different systems, which includes the following steps: among one subframe of wireless frames, distributing at least four continuous time slots as free time slots; measuring the different systems at the free time slot. The invention also discloses another different system measurement method, which includes the following steps: for one wireless frame of every Nth wireless frames, distributing at least four continuous time slots as free time slots among the two subframes of one wireless frame; the N is an integer which is more than or equal to 2; carrying out the different system measurement at the free time slot. The invention has the advantages that: more different system measurement samples can be obtained with less time slots cost, and different system is measured and normal business is provided.

The invention relates to a self-positioning method for a network node of a wireless sensor. The self-positioning method comprises the following steps of flooding broadcast to internet by utilizing a distance vector exchange protocol so that all nodes obtain the light-flooding number of all anchor nodes; clustering the anchor nodes to form a plurality of subareas; judging a current sub-network topology structure by utilizing a network topology structure judgment factor according to light-flooding distance information among the anchor nodes; screening elements in a set one by one to find out nodes meeting promotion conditions and reference anchor nodes for positioning the nodes; promoting the nodes meeting the judging conditions; and repeatedly traversing all the nodes and carrying out a promotion strategy till all unknown nodes are positioned. Compared with the prior art, the self-positioning method for the network node of the wireless sensor, disclosed by the invention, has the advantages of adding the node promotion strategy based on a DV-distance algorithm, reducing the distance accumulation errors of route vectors among the nodes of an asymmetrical network and improving the integral positioning precision.

The invention discloses a process method for vulcanization and bonding of an upper end cover assembly of a shock absorber. The upper end cover assembly of a shock absorber includes an outer shell, a skeleton, an inner shell and rubber. The steps of the process method are as follows: Aged natural rubber The skeleton, inner shell and rubber vulcanization form the rubber body; the outer shell is sandblasted and phosphated, and the inner surface is first coated with Chemlok 205 primer and then coated with 252X top glue ; Press the rubber body into the skeleton, then place it at room temperature for 23 to 25 hours, and then put it in an oven at 150°C for 1.5 to 2.5 hours after 23 to 25 hours; riveting bolts and assembling plastic pad. By adopting the above-mentioned technical scheme, the vulcanization and bonding process of the upper end cover of the shock absorber provided by the present invention greatly improves the vulcanized pressure release force of the rubber body, makes the pressure release force of the product reach more than 5000N, and reduces the pressure of the product during use. The number of jumps that occur in the vehicle, thereby improving the NVH performance of the vehicle.

The invention relates to the technical field of overall control of an IGCC (integrated coal gasification combined cycle) power station, and particularly discloses an overall efficiency optimization control method of an IGCC power station with a hot end component as a core. The overall efficiency optimization control method of the IGCC power station with the hot end component as the core includes: starting a power island, enabling a combustion gas turbine to drive a waste heat boiler to generate steam through starting fuel, and tracing heat of an overall gasification island and an overall purification island through the steam; starting the gasification island, monitoring and analyzing heat value and constituents of synthesis gas prepared by the gasification island through online constituents and an online heat value monitoring system in real time, and switching fuel used by the combustion gas turbine from the starting fuel into high heat value synthesis gas fuel when reaching high heat value synthesis gas use conditions of the combustion gas turbine under low loading conditions; adjusting the fuel of the combustion gas turbine and work status of the gasification island. The overall efficiency optimization control method of the IGCC power station with the hot end component as the core effectively improves overall efficiency of the power station, prolongs use life of the combustion gas turbine, reduces running cost of the power station, shortens starting time of the power station, reduces pollutant emission, and really achieves IGCC control.

The invention belongs to the technical field of 3D printing, and discloses a product molding method based on a FDM technology. The product molding method comprises: (1) printing the circumferential contour of the first layer pattern of a bottom surface according to the input two-dimensional pattern data of the bottom surface; (2) printing an internal structure in a reciprocating movement manner byusing the previous printing ending point as a starting point for printing the bottom surface internal structure; (3) after printing the first layer pattern, moving a printing head to the circumferential contour of the next layer pattern according to the coordinates set by the two-dimensional pattern data, and returning to the step (1) until the patterns on all layers of the bottom surface are completed; (4) moving the printing head to the circumferential contour of the pattern on the bottom surface; (5) printing a side wall by the printing head according to a designed spiral lifting path until the side wall is printed; and (6) if the product has a top surface, returning to the step (1), and printing the top surface by using the same method as the bottom surface printing, otherwise, endingthe printing. According to the present invention, the printing efficiency of the method is high.

The invention discloses an APP registration and login method and system. The method comprises the following steps: obtaining a communication number for APP registration, and requesting a verificationcode from a corresponding server; receiving a registration verification code sent by the server, wherein the registration verification code is generated by the server based on the request; obtaining the registration verification code for APP registration, and sending a registration request carrying the communication number and the registration verification code to the server; receiving a user account generated by the server according to the sent registration request, and requesting user information corresponding to the user account from the server; and receiving the user information corresponding to the user account returned by the server, and displaying a part of or all information of the user information on a login page of the APP. By adoption of the APP registration and login method andsystem provided by the invention, automatic login can be achieved in the case of registration success, thereby reducing the registration and login steps and reducing the churn rate of blue-collar users using the APP.

The invention is suitable for the field of the Internets and provides a method for accelerating the starting of an application program. The method comprises the following steps: receiving and analyzing the transplantable actuator file of the application program and the symbol file of the application program, and inserting identifiers capable of being used for recording the data code running information of the application program in the application program according to the symbol file; running the application program in which identifier information is inserted, and obtaining the data code running information that the identifiers record; changing the position information of data codes stored in the transplantable actuator file according to the recorded running information of the data codes. The memory position of the data codes is correspondingly changed through recording the running information of program codes, so that when the application program runs, the I/O skip times of a hard disk can be effectively reduced, and the efficiency of reading the data of the hard disk is improved. Therefore, the purpose of raising the starting speed of the application program is achieved.

The invention relates to a bottom-emitting organic electroluminescence device and a preparation method of the bottom-emitting organic electroluminescence device. The bottom-emitting organic electroluminescence device comprises a conductive anode base, a hole injector layer, a hole transport layer, an electron barrier layer, a luminescent layer, a sulfide layer and a metal cathode which are sequentially stacked. According to the organic electroluminescence device, the sulfide layer is prepared to be used as an electron transport and injection function layer, a sulfide semiconductor belongs to an n-type semiconductor material, a relatively direct and complete conduction band path is provided for electron jump transmission, jump times of electrons in a transmission path is reduced, the migration rate of the electrons is further enhanced, and the transmission capacity of the electrons in the device is improved.

The embodiment of the invention discloses a method and device for providing data object information. The method comprises the steps: providing a data object search result page, wherein the search result page comprises information of a plurality of data objects comprising at least one first data object which is associated with a preset activity; receiving an operation behavior for the first data object; and providing prompt information corresponding to the preset activity in the search result page. According to the embodiment of the invention, the operation path of a user can be shortened, andsystem resources can be saved.

The invention discloses a cross-network communication method and address conversion equipment, and the method comprises the steps: receiving a user access request based on a first network center, analyzing the user access request, and obtaining a request resource type carried in the user access request; determining a network center to which the request resource type belongs; if the request resource type belongs to the first network center, sending the user access request to a server at the side of the first network center; and if the request resource type belongs to the second network center,converting an address carried in the user access request to obtain a modified access request, and sending the modified access request to a server at the second network center side. According to the method provided by the invention, cross-network communication of two different networks can be realized, and the address conversion equipment can selectively carry out address conversion according to the type of the request resource, so that the times of data forwarding and skipping can be greatly reduced, the data transmission path is shortened, and the resource access speed of a user is improved.

The invention belongs to the field of video decoding and provides a video decoding device and method. The video decoding device comprises a limited major state machine and a decoding module, wherein the limited major state machine is used for controlling the code stream of a video. The video decoding device further comprises a layering module and a combining module, wherein the layering module is used for dividing the limited major state machine into multiple limited sub state machines with functions mutually independent, each limited sub state machine has multiple states, and the combining module is used for combining multiple relevant states of each limited sub state machine. The decoding module is used for decoding the code stream controlled by the limited sub state machines with the states combined. According to the video decoding device and method, the structures of the state machines are simplified, the limited major state machine can be controlled more easily and conveniently, and power consumption during decoding is effectively reduced due to the fact that the state number and the skipping number are reduced.

The invention discloses an intelligent equipment upgrading method and device, an intelligent home system and electronic equipment. Intelligent main control equipment downloads a first upgrading data packet corresponding to multiple pieces of first intelligent equipment from a server, the first intelligent equipment having a minimum jump frequency with the main control equipment is selected from the multiple pieces of first intelligent equipment to serve as first target intelligent equipment, the first upgrading data packet is sent to the first target intelligent equipment, and the first targetintelligent equipment is upgraded based on the first upgrading data packet, and second target intelligent equipment is selected from the multiple pieces of first intelligent equipment, the first target intelligent equipment sends the first upgrading data packet to the second target intelligent equipment to indicate the second target intelligent equipment to upgrade based on the first upgrading data packet, understandably, the jump distance between the equipment with the minimum jump times is the nearest, when the first intelligent equipment is upgraded, the first upgrading data packet is sentby the equipment with the shortest jump distance, so that the updating efficiency is improved.

The invention relates to a method for processing telemetry data and provides a method for eliminating analog parameter jump points of the telemetry data. The method comprises steps as follows: Step 1, analog parameter processing is performed according to a subframe synchronous code judgment standard; Step 2, a predicting parameter is selected from analogs of the telemetry data; Step 3, predicting parameter judgment is taken as a judgment standard, when the parameter value is beyond a predicting parameter value range, a subframe synchronous code corresponding to the moment is changed into a nonsynchronous code value; Step 4, analog parameter processing is performed according to the subframe synchronous code judgment standard again. According to the method, the predicting parameter in analog parameters of the telemetry data is taken as the judgment standard, the analog parameter jump points are eliminated, means for eliminating the jump points are increased, the number of the jump points of the telemetry data is reduced, and analysis of the telemetry data is facilitated.

The embodiment of the invention discloses a display method, a processing method and a related device in eigenvalue transfer. When the user triggers the corresponding feature value transfer control based on the acquisition intention for the target product, the target product is acquired; according to a characteristic value transfer request generated in response to the trigger, calling a feature value product item corresponding to the target product; the first size information is determined based on the number of the feature value product items, and the determined first size information is matched with the number of the feature value product items of the target product, so that the display size of the transfer function page with the first size information conforms to the number of the feature value product items needing to be displayed, and the size is more reasonable. And the feature value product item is used for identifying the feature value value provided by the target product, so that the user can directly transfer the feature value according to the feature value product item displayed by the transfer function page. Before actual transfer, only one page is skipped, that is, thefunction page is transferred, so that the skipping frequency is reduced.