26 results about "Data conversion" patented technology

A method and apparatus for wireless communication on an existing wireless communication network comprising taking existing data and manipulating the data to create manipulated data. The manipulated data is then translated into an application specific message. The application specific message is applied to control and communicate with an application specific apparatus, whereby wireless communication on the existing wireless communication network is provided without causing any disruption, system overloading, or limitation on normal system communication activity.

The present invention discloses a collaborative service platform facing to heterogeneous data; the non-structural information of every system data source of the collaborative service platform is converted into structural data based on the data conversion mode of XML; a basic service component integration platform recomposes different service platforms and different businesses platforms; the information integration technology with unified data source and interface is adopted for providing service for user; the collaborative service system coordinates two or more different sources or individuals to complete the object and solve information isolated island; at the same time, the flow is standardized and the management and implementation capacity is enhanced; the reaction and the development are implemented on the complicated application system, the business relation is utilized to joint various service flow in a seamless way and manage the shared knowledge capital and relation with partners; the application system manages and handle the data; the present invention realizes the mutual data exchange and the share of different system data which serves for the normal operation of a company.

Systems and methods are provided that allow an application residing on a user device to intercept messages directed to that device and to extract control information and/or data from the intercepted messages for use by the application. In one embodiment, the intercepted message can cause the application to change its configuration or to present information to the user that came from a sending website. In another embodiment, a message from a device can trigger a website to send back a desired piece of data. The returned data may contain a flag, which directs the data to a formatting server. The formatting server then converts the data into a format that allows the data to be intercepted by the desired application on the user device. This then allows the desired data to be presented to the user in the context of an application resident on the user's device.

A first port and cable having a first power line and a first data line connects to a host computer, a second port and cable having a second data line connects to a data port of a mobile device, and a third port and cable with a third power line connects to power port of the mobile device. The first data line and second data line are connected through a data converter installed in a housing for converting first format data on the first data line to second format data on the second data line. The first port can be integral with the housing, omitting the first cable. The second cable and third cable can be removable from the housing via connectors to facilitate customizability.

A system wherein a mobile terminal can control the operation of an external communication device using wire/wireless local-area communication. The mobile terminal includes a local-area wireless communication module, and acts to perform the local-area wireless communication using the local-area wireless communication module. The communication device accesses an Internet communication network in response to an Internet access command input thereto to perform wire Internet communication. A wire/wireless data format conversion device is provided to perform the local-area wireless communication with the mobile terminal and wire communication with the communication device, and, in order to enable communication between the mobile terminal and the communication device, convert the format of received data into a format recognizable by a destination device, said destination device being one of the mobile terminal and communication device, and send the resulting data to the destination device over a corresponding transmission channel. The wire/wireless data format conversion device, upon receiving the Internet access command from the mobile terminal, converts the format of the received Internet access command into one recognizable by the communication device and sends the resulting Internet access command to the communication device and, upon receiving Internet access result information from the communication device, converts the format of the received result information into one recognizable by the mobile terminal and transmits the resulting result information to the mobile terminal.

The invention provides a system suitable for mass short message data processing of a data center. The system comprises a plug-in type data adapter and a frame module, wherein the plug-in type data adapter and the frame module have the functions of data acquisition, data receiving and data import; the distributed message middleware module has the functions of data classification and data transmission; the data converter module has the functions of data conversion and data storage; a data storage module; the system comprises a relational database, a non-relational database, a cache database andan application database. And the service application and management module comprises a basic service and a service management framework. The method has the following advantages: 1, plug-and-play rapiddata acquisition capability is provided; 2, efficient transmission of mass data is provided; 3, a standardized data transfer and storage integrated processing flow is provided, and the data storage efficiency is improved; 4, providing a cold and hot double database, and providing second-level response of 1 billion-level data; and 5, providing a unified external service interface and standardizedbasic data service.

A data distribution system includes a server apparatus and a decoding terminal. In the server apparatus, the access unit information of data to be transmitted is read from a data storage unit in accordance with a trick play request. The access unit information is converted for a trick play in a data conversion unit. The data to be transmitted is converted in a multiplexing unit into trick play data in accordance with the access unit information having been converted. Then, the trick play data is transmitted from the server apparatus to the decoding terminal.

The invention is suitable for the technical field of electronics and provides a driving circuit of optoelectronic equipment and a driving method thereof. The driving circuit comprises a first series-to-parallel conversion chip and a second series-to-parallel conversion chip, wherein the first series-to-parallel conversion chip is connected with a singlechip through a three-wire bus and is used for converting serial data output by the singlechip into parallel data and outputting the parallel data to the section control end of the optoelectronic equipment; and the second series-to-parallel conversion chip is used for converting the serial data spilled by the first series-to-parallel conversion chip into the parallel data and outputting the parallel data after the conversion to the position gate end of the optoelectronic equipment to control the data of the display section of the optoelectronic equipment. According to the invention, multiple series-to-parallel conversion chips are connected between the singlechip and a digital tube, and the serial-in-parallel-out conversion of data is completed through the series-to-parallel conversion chips, thereby achieving the control of the driving optoelectronic equipment by only using the three-end bus, reducing the occupancy rate of the I/O (input/output) port of the singlechip so that more control tasks can be completed at the limited I/O port of the singlechip, simplifying a circuit and improving the reliability of the circuit.

A data output apparatus converts input data into data that changes less than the input data, and outputs the converted data to a memory.

A signal processing apparatus includes a conversion unit, an encoding unit, and a control unit. The conversion unit converts first moving image data having a first frame rate into second moving image data having a second frame rate by inserting a new frame into the first moving image data having the first frame rate at predetermined timing. The encoding unit encodes the second moving image data having the second frame rate by selectively using intra-frame encoding and inter-frame prediction encoding. The encoding unit classifies each frame of the second moving image data as a first frame type which is not referred to in the inter-frame prediction encoding and a second frame type which is referred to in the inter-frame prediction encoding, and the encoding unit encodes the second moving image data according to the classification result. The control unit controls the encoding unit such that the frame inserted by the conversion unit among the second moving image data is encoded by classifying the inserted frame as a particular frame type.

A wireless sonar receiver is provided including a wireless receiver configured to receive sonar data from a wireless sonar transducer configured to receive sonar returns from an underwater environment as first sonar return data, convert the first sonar return data into sonar image data, and transmit the sonar image data wirelessly to the wireless sonar receiver. The wireless sonar receiver also includes a receiver processor and a receiver memory including computer program code configured to, with the receiver processor, cause the wireless sonar receiver to convert the sonar image data to second sonar return data corresponding to the sonar returns received by the wireless sonar transducer. The wireless sonar transducer also includes an output port configured to transmit the second sonar return data to a marine electronic device for processing of the second sonar return data to generate at least one sonar image for display on a user interface.

The invention discloses a multi-industry smart card application system and method. The multi-industry smart card application system comprises a financial service management server, a social security service management server, a public transportation service management server, a data conversion device, a smart card, a financial service reading device, a social security service reading device and a public transportation service reading device. According to the multi-industry smart card application system and method of the invention, the multi-industry smart card is adopted as a carrier, and multi-industry services are integrated, and the integrated service mode of the multi-industry services can be realized, and user experience can be enhanced, and people's life can be greatly facilitated.

The invention discloses a cloud disk-based historical data file security protection method and system. The method comprises the steps of (1) extracting historical data to be stored in a cloud disk from a database annually, and converting all data in the year into a historical data file in a pure text document format; (2) splitting each historical data file required to be stored in the cloud disk into at least two parts; and (3) storing the first part in the at least two parts into the cloud disk, and storing the rest of parts in a local storage device of a user. Even if the data in the cloud disk is obtained by an illegal user, the accessed cloud disk data is an invalid file due to incomplete data stored in the cloud disk, so that the security of historical data files can be effectively improved.

In distributing moving image data, it is an object to make it possible to start reproduction, not only from the head of the moving image data, but also from any desired position and to minimize an increase in the amount of the processing. A moving image data conversion device (1) comprises moving image data receiving means (2) for receiving moving image data (6), decoder configuration information saving means (3) for retrieving and holding decoder configuration information included in the moving image data (6) to define a condition for decoding the moving image data (6), decoder configuration information inserting means (4) for inserting the decoder configuration information into a plurality of predetermined positions in the moving image data (6) to generate moving image data, and moving image data output means (5) for outputting the generated moving image data as moving image data (8).

The invention discloses a fan abnormal sound detection system and relates to the technical field of fan detection. The fan abnormal sound detection system comprises a sensor module, a signal collection module, a data processing module and a fixed support. The sensor module comprises an acceleration sensor, a sound sensor and a thermoelectric converter. The signal collection module comprises an NI9234 data collection card and an NI cDAQ-9188XT Ethernet cabinet. The NI9234 data collection card is connected with the acceleration sensor and the sound sensor and is further connected with the NI cDAQ-9188XT Ethernet cabinet. The data processing system comprises a data conversion and characteristic extraction module based on Labview and a mathematic modeling analysis system module based on Matlab. The data conversion and characteristic extraction module based on Labview is connected with the NI cDAQ-9188XT Ethernet cabinet and the mathematic modeling analysis system module based on Matlab. According to the invention, signal collection, analysis and judgment are integrated, and the manual misjudgement problems caused by inconsistent boundary judgment are reduced; in addition, the automatic degree is high, manual cost is saved, and the production efficiency is improved.

The invention provides a short-distance multi-channel video transmission method and device. The method includes the steps: acquiring video data and decoding the video data to obtain parallel video data at a transmitting end; acquiring video ID (identification) and performing recombination and parallel-serial conversion on the parallel video data and the video ID to obtain serial video data with video ID signals; calculating pulse transmitting frequency according to the video ID, converting the parallel video data into pulse waves according to the pulse transmitting frequency and transmitting the pulse waves; acquiring video ID and calculating pulse receiving frequency according to the video ID at a receiving end; receiving corresponding pulse waves according to the pulse receiving frequency and performing data recovery on the received pulse waves to obtain high-speed serial video data; removing the video ID signals in the high-speed serial video data and converting the high-speed serial video data into parallel video data. The hardware cost of video transmission is reduced, and signal transmission quality is improved.

Embodiments of the invention provide systems and methods for converting barcode media to magnetic media. In one aspect, a method for converting a barcode media into a magnetic stripe media is provided. The method includes reading data encoded on a barcode media. The data includes information indicative of a transit purchase and an identifier of the barcode media. The barcode media is authenticated by checking the identifier against a list of issued barcodes and determining that the barcode media is unused by checking the identifier against a list of used barcode media. The method includes converting the data from the barcode media into magnetic data storable on a magnetic media and writing the magnetic data onto the magnetic media. The method includes distributing the magnetic media containing the magnetic data and communicating information related to a conversion transaction. The information includes an indication of the distribution of the magnetic media.

A flight delivery system that utilizes an architectural structure and network that allows real-time digital signals to be stored, retrieved and converted to an audio signal for radio transmission to achieve nearly instantaneous transmission of real-time data. The system utilizes a computerized reservation system as a source of information and stores it on a database. The information is called up by a computer that converts the data to a digital audio signal. The digital audio signal is then broadcast over airport antennae. The system features programs that allow for a conversion from airport city codes to the common identification for local cities.

A method of transmitting data over a wireless network to a plurality of receivers connected to the network, the method comprising applying a superimposed encoded multicast or broadcast so as to generate a multi-resolution multicast or broadcast signal to transmit data to the plurality of receivers in the form of an extensible multicast or broadcast. The method comprises the following steps: dividing data into one or more quality layers; converting the data in each quality layer into an independent protected layer data stream through an application protection or robustness method; using a modulation means to modulate each of the protected layer data streams, the modulation means for each of the protected layer data streams not necessarily being the same; superposing the modulation data of all layers into a single or multicast transmission block; and sending the single broadcast or multicast transmission block to a plurality of receivers connected with the wireless network, so that a non-uniform channel state is efficiently solved, and various wrong robust data between the receivers is effectively recovered.

A system and method for converting data sets. The method includes providing a data provider device (DPD) (160) and a controller (130) communicably coupled to one another. The controller or an interface device (110) between the controller and the DPD includes a processor (112) that is connected to a memory device (120) that stores a data converter program (122). The memory device stores an earlierin time descriptive data set (360) having an earlier data set format and a different later in time descriptive data set (362) having a later data set format. The data converter program determines (412) if a format associated with a received DPD data set (330) is the later data set format. In response to determining that a data set format associated with the received DPD data set is the later dataset format, the received DPD data set is converted (416) into a converted data set (334) that has the earlier data set format.