232 results about "Equipment codes" patented technology

Some aspects of the present invention provide for the downloading of code, including but not limited to peripheral device code, upon the occurrence of predetermined events, sometimes referred to herein as “triggers.” For example, exceeding a predetermined number of errors within a predetermined time may comprise a trigger. Some implementations provide new peripheral device code each time a gaming machine initializes. Some embodiments provide peripheral devices with relatively small (or no) non-volatile memory. A smaller non-volatile memory (as compared to prior art peripheral devices of the same type) may be possible because it is not necessary—and may not be desirable—to retain peripheral device code in non-volatile memory.

A multi-vehicle compatible tracking unit is for a vehicle including a vehicle data bus extending throughout the vehicle. The vehicle tracking unit may include a vehicle position determining device, a wireless communications device, and a multi-vehicle compatible controller for cooperating with the vehicle position determining device and the wireless communications device to send vehicle position information. The multi-vehicle compatible controller may be coupled to the vehicle data bus for communication thereover with at least one vehicle device using at least one corresponding vehicle device code from among a plurality thereof for different vehicles. A downloading interface may be included for permitting downloading of enabling data related to the at least one corresponding vehicle device code for use by the multi-vehicle compatible controller.

The invention discloses a video monitoring method and a video monitoring system. The video monitoring method comprises the following steps: receiving video request information; extracting a host code of a video source and an equipment code from the video request information; searching a monitoring host according to the host number; forwarding the video request information and the equipment code to the monitoring host; acquiring video data acquired by the video equipment corresponding to the equipment code from the monitoring host; and forwarding the video data according to the received video data request information. Therefore, the video monitoring method and the video monitoring system of the invention search the host equipment needed to be monitored by using the host code, and acquire the video data acquired by the video equipment corresponding to the equipment code by using the equipment code, so a video request terminal can realize monitoring and video acquisition without knowing the type of the video equipment, the current equipment is effectively utilized, and the economic cost and the time cost for redevelopment are saved.

The invention provides an equipment coding method, which aims to realize the coding identification of whole life circle management of goods and material equipment by formulating a unified goods and material equipment coding rule and a standard library to cover all pieces of goods and material equipment of a hydraulic power plant. The coding consists of three code segments, i.e. an equipment position code section, an equipment identity code section and a goods and material code section, wherein the equipment position code section is characterized in that the position code is divided into six code sections and adopts 20 bits of characters; according to the equipment position, the equipment is subjected to unique layer structure identification by the equipment unit; the position of equipment managed by the power plant is identified, i.e. a specific installation position or use location; the equipment identity code section adopts 10 bits of characters to identify each piece of specific equipment, and therefore each piece of equipment has a unique identity identification; and the goods and material code section adopts 11 bits of characters, and all goods and materials as well as spare parts of the power plant are coded by the 11 bits of characters with a layering and classifying method. The equipment coding method disclosed by the invention is used for coding the equipment of the hydraulic power plant.

The invention provides an integration design method of an intelligent substation based on a three-dimensional design platform and professional software, wherein two function modules, namely an equipment arrangement module and an equipment coding module are arranged in the three-dimensional design platform MicroStation; the equipment arrangement module is used for functions of equipment arrangement and attribute definition; the equipment coding module is used for equipment coding; codes as a part of equipment properties can be bound with equipment information, so that the position information can be extracted from the codes for the calculation of cable length. With the adoption of the integration design method of the intelligent substation based on the three-dimensional design platform and the professional software, through the integration use of Visual SCD (Security Coding Device) intelligent substation system integration design software and BRCM (Broadcom) cable laying software in the MicroStation platform, the intelligent substation construction drawing design and the system integration work are fused; and in such a way, besides the completion of a primary wiring diagram and a secondary wiring diagram of the conventional substation, the configuration of a complete data model of the whole station can be completed in the course of designing according to an ICD (Interface Control Document) model document provided by each equipment manufacturer and the configuration principles of primary equipment and secondary equipment of the substation.

A user application is generated in response to user input, wherein the user application is described in a user application description. Processing device code is generated for a targeted processing device based at least in part on the user application description without user intervention, wherein the processing device code includes a system layer, wherein functionality of the system layer is independent of the targeted processing device.

Virtual disks management methods and systems. First, a file space is set and a first password is set. A first device code is acquired. The file space is encrypted according to the first password and the first device code to obtain an encrypted file. Thereafter, a designation of the encrypted file is received. A second password is received, and a second device code is acquired. It is determined whether the second password conforms to the first password, and whether the second device code conforms to the first device code. If so, the encrypted file is mounted as a virtual disk.

The invention provides a comprehensive pipe gallery three-dimensional routing inspection robot with autonomous navigation and positioning functions. A stroke positioning self-adaption coding unit anda decoding control unit are used for monitoring the stroke of the robot and receiving the coding marks, sent by stroke detecting coding equipment, of different routing inspection points, the coding marks are verified, if error codes occur, the coding rule is changed, and meanwhile the decoded routing inspection point position marks are sent to a server and a remote monitoring terminal; the strokedetecting coding equipment codes the positions of the different routing points according to the coding rule sent by the stroke positioning self-adaption coding unit and the decoding control unit; andwhen the corresponding routing inspection positions are detected, positions codes are sent to the stroke positioning self-adaption coding unit and the decoding control unit. According to the comprehensive pipe gallery three-dimensional routing inspection robot, through the provided stroke positioning self-adaption coding unit, the remote monitoring terminal, the server, the decoding control unit and the stroke detecting coding equipment, the robot autonomous navigation and positioning functions are achieved, and the problem that the error codes are received by the rotor and thus the robot cannot normally operate is avoided.

In one embodiment, a system for providing social interaction opportunities for people watching television is presented. The system includes: a television data source which transmits television data streams for reception by end devices, each end device being represented by an equipment code; a plurality of end devices, including a first user's end device and a second user's end device, each end device configured to receive a television data streams, and each user represented by an identifier code; and an interactive-information server configured to: store, at the first user's behest, the identifier code of the second user; monitor which of the television data streams is being received by the first end device; monitor which of the television data streams is being received by the second end device; and notify the first user when the first end device and the second end device are receiving the same television data stream.

A system and method for programming a remote control includes pressing keys to enter a programming mode. State changes are communicated from the remote to a set top box. A user selects a device to be controlled and instructions are communicated to a user. The set top box tracks signals received from the remote corresponding to a device code entered by the user into the remote. A program guides and informs the user of programming success or failure based on signals received by the set top box. The remote includes a transmitter and runs a program associating a particular device code with a particular electronic device. The set top box includes a receiver for receiving signals from the transmitter and runs a program providing an interface on a display. The interface guides the user through programming in response to signals received by the set top box from the remote.

Provided are a data transmission method and system, sending end equipment and receiving end equipment. The data transmission method comprises the steps that the sending end equipment codes data to be transmitted, N frames of first coding data suitable for being displayed as images are generated, each frame of the first coding data comprises corresponding serial numbers, and N is a positive integer; all frames of the first coding data are continuously displayed by the sending end equipment; the receiving end equipment continuously collects the first coding data displayed by the sending end equipment and extracts the corresponding serial numbers from all frames of the first coding data; if all the extracted serial numbers are continuous, the receiving end equipment carries out decoding on the collected first coding data, and the data are obtained. According to the technical scheme, the data transmission method has the advantages of being low in cost and high in generality and safety.

The invention provides a method and an apparatus for automatically identifying whether OBD car equipment is matched or not through a VIN code of a passenger car. The method comprises the steps of creating a car model adaptive table in a database; in the database, extracting VIN codes read by all online car equipment, and writing corresponding fields of the car model adaptive table; when it is judged that OBD data in car equipment codes comprises reported average fuel consumption, judging that the car equipment is matched, and associating 1st to mth bits and pth bit of the VIN code of the car read by the car equipment; when it is judged that the OBD data in the car equipment codes does not comprise the reported average fuel consumption, judging that the car equipment is not matched, and associating the 1st to mth bits and the pth bit of the VIN code of the car read by the car equipment; and receiving a VIN code input instruction of a user, automatically performing comparative matching on the VIN code and the VIN codes of the car model adaptive table, and feeding back and presenting a matching query result to the user. According to the method and the apparatus, whether the OBD car equipment is adaptive to different car models or not can be quickly and effectively queried.

The invention relates to the information processing technology, in particular to an indoor small-range and high-precision message switching system and message switching method based on ultrasonic waves. According to the technical scheme, the message switching system is composed of an ultrasonic wave emitting device, a mobile terminal and a server, the ultrasonic wave emitting device is arranged at the specific position and is used for sending an ultrasonic wave signal which is modulated in advance and comprises an equipment code and a position recognition code. A microphone on the mobile terminal is used for receiving ultrasonic waves and decoding the ultrasonic waves into the equipment code and the position code and sending the equipment code and the position code to the server through the mobile network, and the server acquiring the codes pushes the position service information to the mobile terminal immediately. The message switching system has the advantages that the message switching system is safe, reliable and high in anti-fake performance, users of the mobile terminal can locate and obtain the surrounding service information at any time, the requirement for the hardware configuration of the mobile terminal is low, the ultrasonic wave emitting device is low in construction cost, and the message switching system is suitable for being popularized in a large scale.

The invention discloses a patrol inspection platform and a patrol inspection method of a power information communication machine room based on augmented reality AR technology. The RFID electronic tagis used for positioning the equipment and patrol personnel, and the augmented reality AR device realizes the information exchange. A camera or sensor is mounted on the augmented reality AR device, thepatrol platform comprises an image recognition module, a positioning module, a background database, a background processing module and an information exchange module, and connects the ICT network management system and the computer room monitoring system through the big data interface, the augmented reality AR device collects the equipment characteristic code of the patrol equipment in the machineroom through the mounted camera or sensor, the equipment characteristic code is compressed by AR equipment code and then uploaded to the patrol inspection platform, and the patrol inspection platformtransmits and processes data through the equipment characteristic code. The patrol inspection process of the invention is more rapid, the patrol inspection efficiency and the accuracy are high, and the operation abnormality and the hidden trouble of the equipment can be quickly discovered.

The invention provides an FPGA authorization verification method and device and processing equipment, and relates to the technical field of artificial chips, and the method comprises the steps: receiving authorization calculation information sent by a server during starting, Wherein the authorization calculation information is obtained by performing encryption calculation on an equipment code of the FPGA and a characteristic value corresponding to a function of firmware; Judging whether the authorization calculation information is consistent with pre-stored authorization information or not, Wherein the authorization information is obtained by performing encryption calculation on characteristic values corresponding to the equipment code and the FPGA authorization function; If yes, startingthe FPGA; And if not, stopping starting the FPGA. different information does not need to be burnt by relying on the efuse, firmware with different functions can be authorized under the condition thatthe efuse is the same, secondary upgrading can be carried out on the chip, and the problems of material management, high production cost and low controllability caused by the fact that different efusesecret keys are burnt at present can be avoided.

The invention discloses a vehicle-mounted terminal access management system and method. The vehicle-mounted terminal access management method comprises the following steps of: receiving an access request sent by an vehicle-mounted terminal, wherein the access request comprises a device code of the vehicle-mounted terminal, user identity information and a time stamp; extracting a valid period from the time stamp and verifying the valid period; updating a user state into online state after the valid period passes verification; meanwhile, updating a vehicle state corresponding to the vehicle-mounted terminal device into online state. The vehicle-mounted terminal access management system and method can provided individualized service for users through obtaining the user identify information, thereby improving the use experience of the users; meanwhile, the problem that the user is inconvenient to input a password when accessing a service platform is solved by using the time stamp, the convenience and security in use is improved.

The invention provides information sharing method and system based on relationship objects. The method comprises the following steps: application program codes and equipment codes are acquired and registered; information contents and the equipment codes of target equipment are sent to an application server through an application program; the application server achieves secondary packeting of the received message, adds the registered application program codes into the message packet, and then sends the message packet to a message pushing server; the message pushing server unpacks the message packet after receiving the message packet and sends the message to specified equipment according to the obtained equipment codes; whether the corresponding application program works or not is searched according to the application program codes in the received message; if the corresponding application program works, the application program is informed to display the information contents; and if the corresponding application program does not work, the message is displayed in the manner provided by an operating system of mobile equipment. The invention breaks the bonds of a traditional information sharing manner, and improves the user experience.

The invention relates to the field of intelligent fitness, in particular to an intelligent scientific sports method and sports system. The intelligent scientific sports method comprises the steps thatafter a user logs in through an authentication account and an equipment code on sports equipment, the body data of the user is tested through a detection instrument, and the detection data are uploaded to the cloud by the detection instrument; the sports equipment is connected to the cloud, the sports equipment is controlled by the cloud through the body data of the user, the sports intensity ofthe sports equipment is controlled to be matched with the body data of the user, the real-time sports data of the user are recorded through an action recognition system and uploaded to the cloud, andthe real-time working data are uploaded to the cloud by the sports equipment; and when the user uses the sports equipment for fitness again, the cloud integrates the sports data and real-time body data of the user to plan a sports scheme for the user. According to the body detection data of the user, the intelligent scientific sports method and sports system integrate and generate the sports scheme suitable for the user, the problem of using efficiency of a manually-set fitness mode is solved, and scientific fitness can also be realized.

The invention provides a real-time data encoding method based on KKS encoding rule. The original KKS code is extended and the management code reflecting the administrative information, the equipment code reflecting the equipment component information and the magnitude code reflecting the monitoring index information are set respectively, which makes the code universal for different power plants. Through the three-stage coding structure, each index monitoring is endowed with management information, equipment information and magnitude information at the same time, so that the monitoring system can obtain a series of information of the monitoring index completely, thus greatly improving the accuracy and effectiveness of the monitoring of the equipment working state.

The invention relates to a vehicle-mounted module updating method and device and a vehicle. The method comprises the steps that a vehicle identification code sent by service equipment and an equipmentcode of the service equipment are received; and when the vehicle identification code and the equipment code have a binding relation, a vehicle-mounted module needing to be updated of the vehicle is determined to be updated. According to the vehicle-mounted module updating method and device and the vehicle, by binding the equipment code with the vehicle identification code, the service equipment participating in updating can be identified, a security guarantee is provided for updating, and the software updating condition of the vehicle can be comprehensively managed; and by binding the vehicleidentification code with an updating result, the updating state and the updating history of the vehicle can be conveniently confirmed.