452 results about "Parallel port" patented technology

A digital data processor integrated circuit (1) includes a plurality of functionally identical first processor elements (6A) and a second processor element (5). The first processor elements are bidirectionally coupled to a first cache (12) via a crossbar switch matrix (8). The second processor element is coupled to a second cache (11). Each of the first cache and the second cache contain a two-way, set-associative cache memory that uses a least-recently-used (LRU) replacement algorithm and that operates with a use-as-fill mode to minimize a number of wait states said processor elements need experience before continuing execution after a cache-miss. An operation of each of the first processor elements and an operation of the second processor element are locked together during an execution of a single instruction read from the second cache. The instruction specifies, in a first portion that is coupled in common to each of the plurality of first processor elements, the operation of each of the plurality of first processor elements in parallel. A second portion of the instruction specifies the operation of the second processor element. Also included is a motion estimator (7) and an internal data bus coupling together a first parallel port (3A), a second parallel port (3B), a third parallel port (3C), an external memory interface (2), and a data input / output of the first cache and the second cache.

A computer aided game apparatus is disclosed for tracking location and distance on a golf course, recommending club selection, recording golfer performance statistics, receiving notification via a pager, and playing infomercials during the course of a golf game. The apparatus has a processor connected to a memory which is suitably supports a geographic information system (GIS), a player performance database, and an infomercial database. The apparatus has a global positioning receiver which operates in conjunction with the GIS for indicating the current position of the golfer. The GPS receiver is connected to the processor which in turn drives a convenient, intuitive touch screen display. The apparatus has a pager which allows for direct contact with the golfer. To support data networking, the microprocessor is also connected to one or more interface ports, including an infra-red port, a parallel port, a serial port, and a PCMCIA port. Through the interface ports, the microprocessor can maintain, update, or back-up data stored in the memory. Typically, data not already present on the memory are downloaded from a central computer before each game is played. At the end of each game, statistics generated during the game are uploaded into the central computer system for archival purposes. As the game progresses, the apparatus of the present invention integrates the distance computation the recording of the golfer performance, and the suggesting of proper club selection based on distance and past performance. Further, the apparatus of the present invention preserves statistics for each golfer for long term analysis. Additionally, the apparatus of the present invention can also support infomercials from the golf course operators to entertain and educate the golfers while generating supplemental advertising revenues for the course operators.

A serial / parallel data transformer module has a first serial / parallel data transformer having a parallel port and a serial port, a second serial / parallel data transformer having a parallel port and a serial port, and a control unit for selectively connecting the parallel ports or the serial ports of the first serial / parallel data transformer and the second serial / parallel data transformer.

An RNG circuit is connected to the parallel port of a computer. The circuit includes a flat source of white noise and a CMOS amplifier circuit compensated in the high frequency range. A low-frequency cut-off is selected to maintain high band-width yet eliminate the 1 / f amplifier noise tail. A CMOS comparator with a 10 nanosecond rise time converts the analog signal to a binary one. A shift register converts the serial signal to a 4-bit parallel one at a sample rate selected at the knee of the serial dependence curve. Two levels of XOR defect correction produce a BRS at 20 kHZ, which is converted to a 4-bit parallel word, latched and buffered. The entire circuit is powered from the data pins of the parallel port. A device driver interface in the computer operates the RNG. The randomness defects with various levels of correction and sample rates are calculated and the RNG is optimized before manufacture.

The invention discloses an automatic testing system and method based on parallel ports. The method comprises the steps that a testing monitor end transmits a testing execution instruction carrying a testing task to a dispatch server; the dispatch server reads corresponding port use cage scripts from a use case database according to the port execution instruction, and transmits the port use cage scripts to a testing server; the testing server operates the received corresponding port use case scripts in test items designated by the testing task; the testing server generates a testing report according to the operation results of the port use case scripts. The test items are prestored, by means of modularization management on port testing use cases, all ports needing to be tested by the corresponding test items can be tested only by inputting the address of the testing server and the addresses of the ports into the testing task, the testing report is automatically generated on the basis of the testing results, the situation that the same use cases are designed for testing each time is avoided, and testing efficiency is improved.

A mobile telecommunication unit (20) provides two-way remote viewing of images and real time audio. The self-contained, portable unit (20) communicates directly with a similar unit at a remote location across POTS lines, cellular, ISDN, T-1, and satellite communication links. The unit (20) includes mass storage for archiving images. Input devices (25) for each unit include a digital camera (36) through a PCMCIA card, electronic stethoscope, telephone handset, speakerphone, external microphone, and serial and parallel ports. The output devices include a full color screen (22) for viewing local and received images and a speaker for audio output. A hard copy of images can be made by a video printer or desktop printer (42). Images can be uploaded to a PC.

The invention relates to an industrial wireless embedded gateway used for realizing protocol conversion between an industrial wireless protocol WIA-PA and an EPA protocol. The gateway adopts a dual-core mode (comprising an EPA protocol processor and a WIA-PA protocol processor), wherein the EPA protocol processor is mainly used for completing the encapsulation and resolution of the EPA protocol, and the WIA-PA protocol processor is in charge of completing the encapsulation and resolution of the WIA-PA protocol; and communication, data transmission, and protocol conversion between the WIA-PA protocol and an Ethernet bus protocol-the EPA protocol are realized between the two processors by a protocol conversion interface module through a serial port or a parallel port, thereby leading WIA-PA equipment to be accessed to an EPA industrial control network successfully, mapping the WIA-PA equipment to EPA equipment by service enactment to the WIA-PA protocol stack, and further leading the gateway to carry out configuration on the WIA-PA equipment indistinguishably. The industrial wireless embedded gateway can be applied to industrial on-site control networks.

An interchangeable cover is endowed with one or more I / O ports and complementary electronics to add the one or more I / O ports to a mobile device, to which the interchangeable cover is attached. In various embodiments, the I / O ports may comprise a PS / 2 mouse port, a serial port, a parallel port, a serial bus port, and so forth. In various embodiments, the complementary electronics are packaged in an ASIC with output pins similar to that of a smart card, which may include a properly equipped protocol processor for de-packaging and packaging data being inputted / outputted in accordance with selected I / O protocols. In one embodiment, the cover is U-shaped. In a wireless mobile phone embodiment, the cover is attached to a rotabable sub-section of a pivotable section.

The system contains a scanner, an apparatus for scanning receipts into a computer and a unique software program which automatically processes, organizes and saves expense information that can be viewed in various formats, namely, tabular statements, pie-charts, etc. The scanner, which accommodates paper of differing sizes, is used to input bills, receipts, bank statements, etc. The scanner is usually connected to a computer through a Universal Serial Bus or a parallel port for easy installation. The software program creates a text file of the scanned data by inclusion of sorting, categories, etc., and automatically saves the information in Quicken Interchange Format, allowing it to be imported into any financial management software for further processing. Each receipt is treated as an individual transaction. Multiple items in the receipt are used to create a “split” transaction with proper customizable categories added. Further, the software also allows for record keeping, budgeting and budget balancing.

The invention discloses a train control system adapting to existing line reconstruction. The train control system adapting to existing line reconstruction comprises ground equipment and on-board equipment. The ground equipment comprises an interlocking system, a parallel-port LEU and an active balise which are mounted in a station and connected sequentially, wherein the parallel-port LEU combines contact states of the interlocking system into access selection conditions and sends station messages to the corresponding active balise, and when a train passes through an acting range of the active balise, the active balise sends the corresponding station message to the on-board equipment of the train. The on-board equipment comprises a BTM (balise transmission module), a BTM antenna and an automatic train protection system, wherein when the train passes through the acting range of the active balise, the BTM receives the station messages sent by the active balise and sends the station messages to the automatic train protection system for subsequent processing. The train control system adapting to existing line reconstruction has the advantage that access information is sent to the on-board BTM through the station messages to enable a driver to acquire correct access information directly, so that the train pull-in risk that the driver selects wrong access information due to misoperation is avoided.

A method and system for remotely testing an integrated circuit installed in an integrated circuit system is presented. The integrated circuit is equipped with test structures for testing functional blocks within the integrated circuit, and a test access mechanism configured to receive test vectors for controlling the test structures. Test vectors are applied, via the parallel port of a remote computer and parallel cable, to pins of the parallel port of the integrated circuit system, which are connected to the signal ports of the test access mechanism implemented in the integrated circuit of interest, thereby allowing remote testing of the integrated circuit while the integrated circuit is installed in its native system.

A remote wakeup capability for an imaging device, such as a multifunction printer (MFP) device. When the imaging device enters a power saving mode, a remote wakeup web service remains awake and initiates wakeup of the imaging device in response to a valid wakeup request received from a remote wakeup web service client module. Wakeup of the imaging device is thus achieved without a need for action on the imaging device front panel or a local client device connected to the imaging device via a serial or parallel port, and without wasting resources processing a superfluous imaging job.

An interactive driver's educational video game is utilized on a game system. The game comprises a game machine main body and at least one recording medium for storing program data therein. The game machine main body comprises at least one CPU, at least one bus and components connected thereto, at least one graphics data producing processor, at least one interface circuit, a main memory, a ROM, at least one expanding circuit, at least one parallel port / serial port, at least one drawing sound processor, at least one buffer, and at least one decoder. The game machine is appointed to be connected to a visual display monitor. The interactive driver's educational video game is stored on a medium. The interactive driver's educational video game comprises a player number entry means, player vehicle position means, player assignment means, variable insert means, and distance / destination means. Advantageously, the interactive driver's educational video game is used to educate drivers; especially inexperienced drivers and elderly drivers, on how to react to various driving situations in order to prevent automobile accidents and save lives.

The invention discloses a real-name train ticket vendor which can sell a ticket to a person with a secondary resident ID card and a mobile telephone two-dimensional code. The invention is characterized in that a general control computer, a signal control, a bank card reader, a document printer, a secondary resident ID card reader, a two-dimensional code scanner, a railway ticket printer and a ticket issuing mechanism are arranged in a housing. A housing panel is provided with an LCD screen, an operating keyboard and so on. The railway ticket printer is connected with parallel ports of the general control computer. Other devices are connected with a plurality of serial ports of the general control computer through lines of communication. The general control computer is connected with a bank host computer and a railway ticket center database through a bank front end processor and a train ticket front end processor, respectively. The invention is integrated with the train ticket real-name system and purchase of the ticket with the secondary resident ID card and the mobile phone, train ticket scalpers are prevented from acting in a disorderly manner.

A scanner is programmed with the capability to send images via a parallel port and report data via a serial port to a remote device, both images and report data being identified by the same study identifier. In particular, the images are sent out an Ethernet port in DICOM format, while the report data is sent out an RS232 port in ASCII format. The scanner preferably includes memory storing a frame of image data belonging to a study and report data belonging to said study; a parallel port; a serial port; and a computer programmed to perform the following steps: joining a study identifier with the frame of image data; sending the frame of image data and the study identifier in a first format out the parallel port; joining the study identifier with the report data; and sending the report data and the study identifier in a second format out the serial port.

A first and second integrated circuit contain respectively a first and second portion of a parallel port, the first portion includes control, configuration, data and status registers and the second portion includes parallel port input and output terminals. A bus couples the first and second integrated circuits and transfers parallel port control and data information between the first and second integrated circuits. The bus includes a clock line providing a clock signal. The bus also includes a data out line that serially transfers output control and data bits from the first to the second integrated circuit, the data and control bits to be provided to the parallel port output terminals on the second integrated circuit. The bus also includes a data in line providing input data and control information from the terminals of the parallel port to the first integrated circuit. The bus provides data either substantially continuously in frames defined by a frame sync or uses a start bit to go from an idle state to a data transfer state according to the read and write operations of the parallel port. The mode of operation of the parallel port determines whether data is transferred continuously in frames or after a start bit.

The invention discloses a signal processing system for a photoelectric detector. A current pulse signal outputted by the photoelectric detector is converted into a voltage pulse signal through a pre-amplification module; a variable gain control module is used for receiving the voltage pulse signal, extracting and amplifying; a peak holding module is used for delaying the signal peak holding time outputted by the variable gain control module; an A / D converter is used for sampling the signal outputted by the peak holding module; a processor is used for receiving the parallel port and control signals outputted by the A / D converter and resolving a target angle value; the processor is used for sending a calculating result to a central control computer through a receiver. Through comprehensive design consideration, the signal processing system for the photoelectric detector not only can be applied to a post-signal processing circuit of an APD photoelectric detector but also can be used as the post-signal processing circuit of a PIN photoelectric detector, is capable of increasing the detection precision of a servo laser target detection system and is capable of effectively controlling the research and development cost.

A serial buffer is provided having a parallel port configured to couple the serial buffer to a first system via a parallel interface protocol. The serial buffer also includes a serial port configured to couple the serial buffer to a second system via a serial interface protocol and control logic that enables data to be transferred between the parallel port and the serial port in an efficient manner. In one embodiment, the parallel interface protocol is substantially identical to a quad-data rate burst of two (QDRII-B2) interface protocol.

The invention relates to an automatic testing method of mixer third-order intermodulation distortion inside a radio frequency tuner chip, in particular to an automatic testing method of mixer third-order intermodulation distortion inside a DVB-C digital television tuner chip. The automatic testing method adopts the radio frequency apparatus made by Agilent Company as the testing platform. The main equipment of the testing method comprises an Agilent spectrum analyzer E4402B, an Agilent vector signal generator E4438C, an Agilent digital power supply E3649A, an Agilent GPIB link module 82357A and a computer. By means of the IEEE488 communication protocol, the programmable apparatus standard command (SCPI) and chip I<2>C control protocol, test software controls the operating state of the chip and sets and reads relevant parameter of a testing apparatus through the read-write operation of a register arranged inside a tuner chip, thereby realizing automatic radio frequency testing. In addition, the test software consists of an IEEE488 drive module, a parallel port drive module, an I<2>C module and a mixer test module.

A comprehensive detection device is used for monitoring a vehicle shaft temperature intelligent detection system. The comprehensive detection device comprises a detection management center, detection units and detection modules, and the detection management center, the detection units and the detection modules form a three-layer network structure. The detection management center is communicated with a plurality of detection units, and each detection unit is communicated with a plurality of respective detection modules, wherein the detection module collects parameters of the vehicle shaft temperature intelligent detection system through a serial port, a parallel port, a network port or a wireless method. The detection unit polls respective detection modules, produces data transmission signals or alarming signals based on the parameters which are collected by the detection module and transmits to the detection management center through the network. The detection management center configurates the detection units and the detection modules according to the parameters and the alarming signals. The comprehensive detection device achieves linkage of warning and alarming and compressed storage, transmission and automatic process of the collected data and video data, achieves resource sharing and solves the problem of remote detection of the unattended current vehicle shaft temperature intelligent detection system detection station.

The invention provides a liquid crystal display (LCD) detection system which comprises double cameras, an industrial personal computer, an optical fiber and a computer. The industrial personal computer comprises a high speed image collection card and parallel ports and supports multi-way image collection. The optical fiber is used for lighting the back of an LCD panel. The double cameras are used for shooting the LCD panel to obtain an image of a black region. The image of the black region is an LCD panel image, the double cameras transmit the LCD panel image to the industrial personal computer, the industrial personal computer is used for converting the LCD panel image into a digital image and transmiting the digital image to the computer, and the computer conducts binarization processing on the LCD panel image and compares the LCD panel image with a standard image to determine the quality of the LCD panel. The quality of the LCD panel can be detected conveniently.

On a setup computer-readable medium, there are recorded a USB port driver file, an INF file including information about a folder in which the USB port driver file is recorded, a printer driver file, and a setup program. After having installed a printer driver on the assumption that a printer is connected to a parallel port (step S102), the setup program copies the INF file to a folder ¥WINDOWS¥INF and a USB port driver file to a folder specified by designation information stored in the INF file (step S103). The setup program performs a connection monitoring operation (step S104) for switching a connection port to which the printer is to be connected when a printer is detected to have been connected to the USB port.

Methods and apparatus for selecting one of a plurality of N-bit digital values stored in a table, via a parallel interface having a bus width less than N is provided. The plurality of N-bit digital values stored in the table may be loaded via a serial interface.

An air interface simulator and simulation method is disclosed. The air interface simulator comprises a first plurality of variable attenuators for equally providing a mobile station with a transmission signal received from base transceiver station (BTS) before the air interface simulator starts driving, a plurality of attenuators for generating path loss to prevent power of the mobile station from being excessively input to said BTS and to construct an air environment, a first plurality of 2-way dividers for generating an input terminal for providing load in a reverse link of the BTS and combining the provided load and a RF signal of the mobile station, a plurality of duplexers for duplexing a transmission signal and a received signal of the BTS into a RF signal of the mobile station, a second plurality of variable attenuators for generating path loss and long-term effect, a first plurality of 4-way dividers for combing input signals from each BTS, a second plurality of 4-way dividers for combining input signals from each mobile station and a decoder circuit for controlling the first and second plurality of variable attenuators, the decoder circuit being provided with control input from a parallel port of a control computer.

The invention is in use for providing device and method of graphics text information for crowd of visual disturbance. In the device, mouse, keyboard or pick-up head through series-parallel ports or USB port are connected to computer. Through mouse, keyboard or pick-up head, operator selects expectant graphics text. Through series-parallel ports or USB port, signal of graphics text output from computer is connected to a haptic stimulus device of jet flow. Through control cable, output signal of the haptic stimulus device of jet flow is connected to haptic display of jet flow. Finally, information of graphics text in haptic mode of jet flow acts on skin surface of operator. The operator obtains knowledge and haptic cognition about surrounding environment. Using confluent characters of pressure-temperature of jet flow stimulus, the invention can provide haptic display of heat sensation or information of color graphics text.

The invention discloses an intelligent transformer station process layer information acquisition, conversion and transmission device and a control method thereof. The intelligent transformer station process layer data acquisition, conversion and transmission device comprises a process layer sampled value conversion and merging subsystem and an FPGA (Field Programmable Gate Array) subsystem, wherein the process layer sampled value conversion and merging subsystem comprises a multi-channel AD (Analog-to-digital Conversion) and conditioning circuit module, a clock synchronization module, a high-speed CPLD (Complex Programmable Logic Device) module, a DSP (Digital Signal Processor) module and other protocol processing modules; the FPGA subsystem comprises GOOSE (Generic Object Oriented Substation Event) message identification module, and an IEC (International Electrotechnical Commission) 61850-9-2 protocol processing model module; the DSP module is connected with the CPLD module and the clock synchronization module through a parallel bus; the CPLD module is connected with the multi-channel AD and conditioning circuit module through a parallel data channel; pulse signals are collected by the clock synchronization module through a parallel port; and the FPGA subsystem is connected with the process layer sampled value conversion and merging subsystem through an FIFO (First-in, First-out) interface. The intelligent transformer station process layer information acquisition, conversion and transmission device integrates sampling, protocol conversion and data merging, the intermediate process for data transmission is reduced, and real-time transmission of data is facilitated.