40results about How to "Will not conflict" patented technology

The invention is suitable for the technical field of televisions, and provides a mount method and a mount system of storage equipment. The method comprises the steps that a drive of the storage equipment is loaded; a major equipment number and a minor equipment number of the storage equipment are obtained; an equipment file of the storage equipment is created according to the major equipment number and the minor equipment number; the types of file systems for zoning the storage equipment, the unique identification code of each zone of the storage equipment and/or the name of each zone of the storage equipment are extracted from the equipment file; whether the file systems are of nullable types or not is judged, and if not, a mount path of the storage equipment is created under a preset directory according to the unique identification code of each zone of the storage equipment; and the storage equipment is mounted on the mount path according to the name of the equipment file, the types of the file systems and the unique identification code of each zone of the storage equipment. By adopting the mount method, different storage equipment can be conveniently distinguished by other modules of an Android system, and the management of the storage equipment is enhanced.

The invention discloses a method and device for joint dispatching of PUSCH (physical uplink shared channel) resources and PHICH (physical hybrid automatic repeat request indicator channel) resources, and the method and device provided by the invention are applicable to a PUSCH single-antenna transmission communication system in which UE (user equipment) is provided with same user-level DMRS (demodulation reference signal) cyclic shifts. The method comprises the following step: allocating PUSCH resources and PHICH resources for UE based on the sequence of the priorities of UE to be dispatched from high to low, wherein as for each UE with allocated PUSCH resources and PHICH resources, the process for allocating the PUSCH resources and the PHICH resources is as follows: determining the initial position of a PRB (physical resource block) resource incapable of finishing PUSCH transmission for the current UE based on the available condition of the current PHICH resources and the user-level DMRS cyclic shift of the current UE; allocating PUSCH resources for the current UE based on the available condition of the current PUSCH resources and the initial position of the PRB resource incapable of finishing PUSCH transmission for the current UE; and allocating PHICH resources for the current UE based on the PUSCH resource allocation result of the current UE and the user-level DMRS cyclic shift of the current UE. According to the invention, the PHICH resources allocated to each UE can be prevented from confliction while the PUSCH resources and the PHICH resources are allocated to each UE.

The invention discloses a system and a method for monitoring and managing the status of multi-server. The aim of unitively managing server clusters can be achieved due to the interaction of a foreground server, a server supervising device and a background server, and the server monitoring and managing requirement can be realized through a simple database management server list method. The invention has the technical scheme that the status rewriting is carried out on a server status list in a database by a start point and an end point of the background server process respectively, so that not only can the monitoring efficiency be improved, but also the server conflict caused by the concurrent process can be avoided, and various kinds of servers can be monitored only by unitively managing time threshold values and setting alarm threshold values respectively by a monitoring end. A monitoring and comparing function is converted from a monitoring end into a server end, so that a program monitoring function is very simple; and therefore, a monitoring terminal can be conveniently embedded into a main business system without additively running software.

The invention relates to an anti-collision method of bus transfer data, which comprises first, monitoring a bus with bus equipment, judging bus state, when the bus is transferring data with high priority grade, abdicating data with low priority grade on the bus to data with high priority grade, meanwhile, triggering a wait bit counter to counter, and continuously monitoring the bus, sending data when the bus has no data with high transmission priority grade, and judging the priority grade of the data which are sent, the data with low priority grade recedes in middle way, abdicating to the data with high priority grade, and meanwhile trigging the wait bit counter to count, and continuously monitoring the bus, and continuously sending the data with high priority grade. The judgment of the state of the bus leads sending data of a sending end not to conflict, and the judgment of the priority grade of data which are sent leads receiving data of a receiving end not to conflict, and the mechanism can not destroy data of high priority grade.

The invention provides a data transmission method, device and system, which are used for performing DMA data transmission between an I/O device and a plurality of host devices. The method comprises: mapping DMA memory addresses of a plurality of hosts to virtual addresses of a global virtual address space one by one, and obtaining a DMA message carrying DMA virtual addresses and sent by the I/O device; according to corresponding relationships among the DMA virtual addresses, the DMA memory addresses and the hosts, determining the DMA memory addresses corresponding to the DMA virtual addresses and a target host; modifying the DMA virtual addresses in the DMA message to the DMA memory addresses mapped to the DMA virtual addresses; and sending the modified DMA message to the target host. By applying the technical scheme provided by the invention, the DMA data transmission between the I/O device and the plurality of hosts can be realized, so that the utilization rate of the I/O device is increased and the application scene of network transmission is extended.

The invention relates to a mobile terminal operation experience optimization technology, and discloses a virtual keyboard generation method, a server and a computer readable storage medium. The virtual keyboard generation method comprises the following steps of defining a display area of a virtual keyboard, the display area being configured as a text input area and a digital input area, and the text input area being configured with a plurality of keyboard configuration attributes; setting at least one security rule for the plurality of keyboard configuration attributes; responding to a triggerinstruction of calling the virtual keyboard, and obtaining the attribute of an input box where a cursor is located; displaying the text input area or the digital input area according to the attributeof the input box where the cursor is located; and detecting and comparing the height information of the cursor in the input box with the height information of the virtual keyboard so as to adjust theheight information of the virtual keyboard. The virtual keyboard does not conflict with a system keyboard, and the virtual keyboard can be perfectly matched with a page without extruding the page oran input box.

To provide a content distribution system capable of previously securing a storage area in a storage device inside a terminal of a user receiving automatic content distribution, a use terminal, a content distribution server, and a computer program.This content distribution system 100 is provided with the user terminal 110 possessed by the user, the content distribution server 120 automatically distributing contents in response to a request from the user terminal 110 or according to a predetermined condition, a capacity determination means determining whether a capacity for storing contents to be distributed is secured in the storage device inside the user terminal 110 or not, and an alert notification means notifying of shortage of available capacity in the storage device at least when it is determined that sufficient capacity for storing the contents to be distributed is not secured in the storage device.

An FDD-LTE different-frequency networking method based on frequency migration comprises the following steps: (1) determining the frequency bandwidth of FDD-LTE wireless communication network configuration to be 1.4-20MHz, and defining the center frequency point and bandwidth of each base station in the whole available frequency bandwidth range to make the difference between the center frequency points of two adjacent base stations be from 930KHz to (available bandwidth-930)KHz; (2) defining a cell measurement and switching judgment algorithm; (3) wirelessly optimizing and adjusting the different-frequency regional coverage; and (4) defining switching parameters and the like. According to the invention, adjacent base stations are made to work at different frequencies through frequency migration, mutual interference brought by working at the same frequency is eliminated, the frequency reuse density is improved by use of frequency offset and frequency reuse technologies, and the purpose of establishing an FDD-LTE different-frequency wireless communication network in which cell switching and reselection are easier to control is achieved under the condition of limited frequency resources. Practice proves that an FDD-LTE different-frequency wireless communication network built by the FDD-LTE different-frequency networking method based on frequency migration can effectively improve the use experience of actual users.

The invention relates to the field of network technologies, and especially relates to a method and a device for managing a browser. The method comprises the steps of acquiring data to be signed of a configuration file in the browser, and receiving an inputted first password; performing decryption on preset encrypted first data based on the first password so as to acquire the first data, wherein the first data represents an identification code of the browser; calculating a first hash value of the data to be signed and the first data according to a preset hash algorithm, signing the first hash value based on a preset signing algorithm, and acquiring a signature value of the data to be signed. Therefore, the acquired signature value is associated with the browser, and even if browsers used by different projects apply the same public key and the same private key, the browsers of different projects do not conflict. The acquired signature value not only can differentiate the authenticity, but also can differentiate browsers of different projects.

Provided are a machine automatic management system and a method thereof. According to an embodiment, the machine automatic management system can include: a plurality of machines, a plurality of remotecontrol devices, a manufacturing execution system, and a monitoring device. The plurality of remote control devices are respectively coupled to the respective machines. The manufacturing execution system is used to provide a plurality of process instructions for operating the plurality of machines. The monitoring device is coupled to the plurality of remote control devices and the manufacturing execution system, and the monitoring device receives at least one of the plurality of process instructions from the manufacturing execution system, and executes one of the plurality of sets of standardoperating program source codes according to the received process instructions, to control each remote control device to perform automatic operation of each machine.

The invention provides injection molding equipment. The injection molding equipment comprises a gear injection mold and an assembling structure. The gear injection mold is connected with the assembling structure through a bracket. A clamping device is slidably connected to the bracket and comprises sliding plates and first hydraulic cylinders. A fixing frame is fixed to first hydraulic rods of the two symmetrical first hydraulic cylinders. A second hydraulic cylinder is arranged in the center of the fixing frame. A plurality of uniformly-distributed through holes are formed in the fixing frame. Thin-walled pipes which are the same in inner diameter are arranged in the positions corresponding to the bottoms of the through holes. Clamping rods penetrate through the thin-walled pipes and are fixedly connected with a second hydraulic rod of the second hydraulic cylinder through fixing rods. By means of the injection molding equipment, gear forming as well as assembling between a gear and a shaft are achieved; the machining procedure is reduced; the production time is saved; the production cost is reduced; the quality in the production assembling process is good; taking out is convenient; and a workpiece cannot be damaged.

The invention discloses an application program development method based on a dynamic loading component, and relates to an installation folder resource layout of software, a component under a specifieddirectory is loaded when the software is started, and the component is operated after the software is started so as to complete a software function target model and system. Based on the system, the component can be dynamically loaded (i.e., the component can be loaded in a specified directory after software runs); the software can be conveniently added with small functions or updated subassemblies during subsequent updating, so that the overall influence on the software is reduced to the minimum, the assemblies are independent in project, and can be developed by multiple persons for respective assembly, independent operation and unit test, so that the software development speed is increased, and the software quality is improved. An application program developed by using the development model and system can be composed of components.

The invention provides an assembly mechanism for forming and assembling. The assembly mechanism for forming and assembling comprises a foundation base and a worktable arranged on the foundation base; positioning bases are distributed on the worktable and are connected to the worktable through second sliding mechanisms in a sliding mode; a plurality of positioning grooves uniformly distributed are formed in the positioning bases; supporting rods placed diagonally are arranged on the periphery of each positioning base; clamping hoops are arranged on the positioning grooves; and a plurality of pressing blocks are arranged on the foundation base, are arranged above the positioning grooves and correspond to the positioning grooves respectively. According to the assembly mechanism for forming and assembling, automatic assembly of gears and shafts is completed simply and conveniently, the gears are not prone to get deformed in the assembling process, the assembly yield is increased, meanwhile, the production processing efficiency is improved, and the assembly and disassembly are convenient.

Embodiments of the invention disclose a synchronous generator excitation system control method and system. The control method comprises the steps of setting a selective switch, a competition module and a summation module on a control main loop of the synchronous generator excitation system; obtaining the type of an additional input signal input to the control main loop of the synchronous generator excitation system; controlling the additional input signal to be input to a corresponding superposition point through the selective switch according to the type of the additional input signal; and determining the superposition mode of the additional input signal according to the competition module and the summation module corresponding to the selective switch. The type of the additional signal input to the control main loop of the synchronous generator excitation system is judged, and then the additional signal is controlled to select the proper superposition point and superposition mode according to the type of the additional signal, so that it is ensured that the output additional signals do not conflict when two or more than two additional control modules are in output in the excitation system, thereby further avoiding the problem of unit power oscillation.

The invention discloses a communication method, a terminal, a server and a computer storage medium. The method comprises the steps: enabling the terminal to send a network access request to the server; receiving channel parameters and time parameters issued by the server; selecting a fixed channel for sending data based on the channel parameter, and sending the data based on the data sending timedetermined by the time parameter so as to be staggered with the data sending time of other terminals allocated to the same channel. According to the invention, the data transmission of the terminal ismanaged from two dimensions of time and channel, so the transmission process is more efficient, it is guaranteed that no conflict exists between time and a channel when the terminal sends data, and the packet loss rate is reduced; furthermore, the server periodically issues the broadcast heartbeat packet: on the one hand, the terminal can conveniently judge whether the terminal is off line or not; on the other hand, the data sending time of the terminal can be periodically calibrated.

The invention relates to a handling device, in particular to a small cargo handling device. The small cargo handling device can be used for automatically handling small cargoes, and saves labors. According to the technical scheme, the small cargo handling device comprises a top plate, a motor, a first bearing pedestal, a first rotating shaft, belt wheels, a flat belt, etc.; and the motor is installed on the left side of the bottom of the top plate, and the first bearing pedestal is arranged on the right part of the top plate. According to the small cargo handling device, through arrangement ofa plurality of clamping devices, the clamping devices can work continuously, and the small cargo handling speed is increased; the small cargo handling device saves labors; when a sector gear and a full gear are rotated in a meshing mode, a circular plate is driven to rotate, so that the clamping devices are driven to rotate; when the sector gear is rotated away from the full gear, the sector gearand a sector block are in contact with fixing blocks, so that the circular plate and devices on the circular plate are pushed to move downwards; thus, when the circular plate and the devices on the circular plate are driven to rotate, the circular plate and the devices on the circular plate are not moved up and down, so that the circular plate and the devices on the circular plate work properly,and do not conflict.

The invention discloses a mobile terminal device for accessing a remote database. The mobile terminal device comprises a peripheral device, a master control module, a GPRS (general packet radio service) module and an Android system module which are orderly connected, wherein the Android system module is connected with the mobile terminal device of the remote database; the mobile terminal device of the remote database is connected with a 3G wireless network card, and the peripheral device comprises a keyboard and an LCD (liquid crystal display). According to the invention, the Android system module is added to the mobile terminal device; the mobile terminal device not only can be used for developing enquiry software, but also can be used for developing other required office software, and the software does not conflict with each other. The mobile terminal device meets the requirements of the ship repairing scene, and can push a digitalization process of the ship repairing field. The mobile terminal device is convenient to carry, low in cost, very easy to popularize, and good in application prospect.

The invention relates to a method and device for solving MAC address conflicts of multiple control servers and a storage medium. The method comprises the following steps of configuring a unique identification number for the control module, determining a selectable range of all screening bits in the MAC addresses according to the identification number of each control module, and forming an MAC address subset corresponding to the control module by a set of all MAC addresses of which the screening bits are within the selectable range, when the virtual network device is created on the control module, selecting a target MAC address from the corresponding MAC address subset to serve as the MAC address of the virtual network device, wherein the target MAC address is different from the MAC address of the existing virtual network device on the same control module. When MAC addresses are configured for virtual network devices on different control modules, selectable value ranges of MAC address screening bits corresponding to the different control modules are different, and the MAC addresses of the different control modules do not conflict. When MAC address configuration is carried out on virtual network device of the same control module, the calculation amount required for avoiding MAC address conflicts is small.

The invention relates to the field of bridge engineering and disaster prevention engineering, in particular to a pneumatic device for improving vortex vibration performance of a double-I-shaped superposed beam bridge. Comprising two flow guide plates and a stiffening plate, and the two flow guide plates are arranged on the outer side face of the I-shaped main longitudinal beam in a bilateral symmetry mode; the guide plates are longitudinally arranged along the I-shaped main longitudinal beams; the bottom end of the flow guide plate is flush with a bottom plate of the I-shaped main longitudinal beam, the included angle alpha between the flow guide plate and the bottom plate ranges from 120 degrees to 180 degrees, the length E of the stiffening plate (2) is equal to (0.6-1.2) * D, and D is the width of the flow guide plate. According to the device, formation of vortex at the beam bottom of the superposed beam is fundamentally restrained or weakened, the vortex vibration amplitude of the main beam is reduced, and the driving comfort of the upper portion of the bridge is improved; according to the double-I-shaped composite beam bridge tuyere, the operation safety of a double-I-shaped composite beam bridge structure is guaranteed, meanwhile, the engineering construction difficulty of a traditional double-I-shaped composite beam bridge tuyere is reduced, the tuyere cannot conflict with a maintenance car track during maintenance, cost is reduced, and economical efficiency is higher.