31results about How to "Fast reading" patented technology

A target is illuminated with illumination light for image capture by a solid-state imager of an imaging reader. Internal reflections of the illumination light at a window are minimized, if not eliminated, by configuring the window as a non-planar optical element operative for redirecting the internal reflections away from the imager to enhance reader performance.

The invention has a bootstrapped high voltage pass gate transistor that couples the low voltage sense amplifier to the bitlines. Since the pass gate transistor is bootstrapped its gate floats to the high voltage of the power supply (VCC) plus a delta voltage. This overdrives the pass gate transistor and allows it to pass signals between the sense amplifier and the bitlines with low impedance. This results in good sense differential margins and fast read speeds. The circuit has a pass gate control circuit that places a negative high voltage signal on the gate of the pass gate during non-volatile write operations. This causes the pass gate to isolate the low voltage circuit from the high voltage circuits during this operation. Finally, the circuit is smaller than earlier column multiplexer circuits.

In a device including a programmable circuit, the programmable circuit is connected to a non-volatile memory in which configuration information is stored, and another memory having a faster reading speed than the non-volatile memory, and the programmable circuit includes a configuration memory control circuit, and a signal line group for performing reading with respect to the other memory such as a volatile memory and an embedded memory from the non-volatile memory by the configuration memory control circuit, and copies a part of circuit configuration information which is required to be subjected to fast restoration from failure into the other memory.

The invention discloses a library management robot and a control method thereof. The robot comprises an navigation module, a travelling module, a recognition module, a book taking module and a mastercontrol module, wherein the navigation module, the travelling module, the recognition module and the book taking module are connected to the master control module; the navigation module realizes point-to-point optical path planning and navigation according to location information and location of a book shelf on which target books are located; the master control module is used for controlling the travelling module to move between the book shelves according to navigation of the navigation module, and moving the robot to a position near the book shelf on which the target books are located; the recognition module is used for recognizing the target books on the position near the book shelf on which the target books are located; and the master control module is used for controlling the book taking module to grab the target books according to the recognized results of the recognition module, and correctly and safely placing the target books onto a book support plate. The library management robot shortens book finding time, and realizes intelligent book taking.

The invention provides a secondary-confirmation type queuing machine and a queuing method therefor, which belong to the technical field of automation. The invention aims to provide an intelligent queuing machine with the function of secondary confirmation, and a corresponding queuing method. The secondary-confirmation type queuing machine consists of a queuing machine and a secondary confirmation device, wherein the queuing machine is used for generating queue numbers and simultaneously generating secondary confirmation information corresponding to the queue numbers, and the secondary confirmation device is connected with a host computer in the queuing machine and is used for receiving the secondary confirmation information and transferring the information to the host computer. In the process of calling numbers, the queuing machine prompts customers to utilize the secondary confirmation information obtained when tickets are got to perform secondary confirmation in advance in real time before a forthcoming call number, and the customers that have fingerprint data stored when getting the numbers only need to perform secondary confirmation with fingerprints. A queuing machine program identifies the customers in a queuing field through secondary confirmation; and the queuing machine automatically filters out and does not call the queue numbers of people not in the queuing field, thereby preventing calls for people-free numbers from wasting time and reducing efficiency.

Providing a serial array semiconductor architecture achieving fast program, erase and read times is disclosed herein. By way of example, a memory architecture can comprise a serial array of semiconductors coupled to a metal bitline of an electronic memory device at one end of the array, and a gate of a pass transistor at an opposite end of the array. Furthermore, a second metal bitline is coupled to a drain of the pass transistor. A sensing circuit that measures current or voltage at the second metal bitline, which is modulated by a gate potential of the pass transistor, can determine a state of transistors of the serial array. Because of low capacitance of the pass transistor, the serial array can charge or discharge the gate of the pass transistor quickly, resulting in read times that are significantly reduced as compared with conventional serial semiconductor array devices.

Transmitting information based on reading speed is disclosed, including: receiving an information acquisition request from a client device, wherein the information acquisition request includes a user identifier; determining the user identifier included in the information acquisition request; determining one or more historical information sent times and one or more historical sent information quantities corresponding to the user identifier from stored historical records; determining a reading speed corresponding to the user identifier based at least in part on the one or more historical information sent times and the one or more historical sent information quantities corresponding to the user identifier; determining a quantity of requested information to be sent to the client device based at least in part on the reading speed corresponding to the user identifier; and sending the quantity of requested information to the client device.

The invention discloses an intelligent anti-loss positioning system for medical devices, comprising RFID tags, radio-frequency receiving modules, and a device monitoring and managing module. The RFID tags are connected with the radio-frequency receiving modules which receive signals sent by the RFID tags, and the radio-frequency receiving modules are further connected with the device monitoring and managing module via a wireless network. The RFID tags are bound with medical devices, and each RFID tag corresponds to one medical device. The content of radio-frequency information of each RFID tag is entered into the device monitoring and managing module. One radio-frequency receiving module is installed at the entrance/exit of the gate of each department. The radio-frequency information of the medical devices in the department and in the coverage is entered in advance. When monitoring radio-frequency information sent by the RFID tag of a medical device, the device monitoring and managing module automatically sends the location of the device and carries out alarm. By adopting the system, the location of a device can be monitored timely and effectively, and therefore, devices are prevented from being lost, and the security of devices is improved.

The invention discloses an ultrasonic wave anti-fake device and method. The device comprises an anti-fake module and a verification module, the anti-fake module and an object needing anti-fake processing are packaged together, and the anti-fake module comprises a first acoustic wave receiver, a first acoustic wave generator and a first processing unit, wherein the first acoustic wave receiver is used for monitoring external pairing ultrasonic wave signals, the first acoustic wave generator is used for transmitting encryption signals containing object information, and the first processing unit is used for analyzing and processing the pairing ultrasonic wave signals and generating the encryption signals. The verification module comprises a second acoustic wave generator, a second acoustic wave receiver, a second processing unit and a displaying unit, wherein the second acoustic wave generator is used for generating pairing ultrasonic wave signals, the second acoustic wave receiver is used for receiving encryption signals, the second processing unit is used for generating pairing ultrasonic wave signals and decrypting the encryption signals, and the displaying unit is used for displaying the object information obtained through decrypting the encryption signals. When the information of the object needing anti-fake processing needs to be inquired, the verification module generates the pairing ultrasonic wave signals, the anti-fake module generates the encryption signals when monitoring that the pairing ultrasonic wave signals are matched with stored secrete keys, and the verification module receives and decrypts the encryption signals according to a conventional algorithm and displays the decrypted information on the displaying unit.

As part of a memory array, a circuit is provided for altering the drive applied to an access transistor that regulates electrical communication within the memory array. In one embodiment, the circuit is used to alter the drive applied to a sense amp's voltage-pulling transistor, thereby allowing modification of the voltage-pulling rate for components of the sense amp. A sample of test data is written to the memory array and read several times at varying drive rates in order to determine the sense amp's ability to accommodate external circuitry. In another embodiment, the circuit is used to alter the drive applied to a bleeder device that regulates communication between the digit lines of the memory array and its cell plate. Slowing said communication allows defects within the memory array to have a more pronounced effect and hence increases the chances of finding such defects during testing. The circuit is configured to accept and apply a plurality of voltages, either through a contact pad or from a series of discrete voltage sources coupled to the circuit.

The invention relates to a smart card swiping parking lot system, comprising a microcontroller, and a clock module, an RFID card reader, a first liquid crystal display screen and a second liquid crystal display screen which are connected with the microcontroller. The clock module is used for parking timing. The RFID card reader is used for reading identity identification information in a non-contact IC card of a user and reading/writing parking timing information and/or parking charging information of the non-contact IC card. The first liquid crystal display screen is set at an entrance position of a parking lot and is used for displaying the current number of residual parking places of the parking lot. The second liquid crystal display screen is set at an exit position of the parking lotand is used for displaying parking duration and to-be-paid parking charge of a current vehicle. According to the technical scheme provided by the invention, the problem that contact IC card identification in the prior art is low in vehicle identification accuracy is solved.

A method for the protection of files is performed on an integrated-circuit device that comprises a hardware memory protection module, which controls access to regions of the memory depending on region-specific settings. A new file is created in the memory by storing metadata and content data for the new file in a common memory region. An access condition is set for the common memory region in the configuration settings of the hardware memory protection module. A file is retrieved from the memory by searching the memory to identify a file meeting a search criterion. The searching involves comparing the metadata of files from the memory against the search criterion in order to identify a file from the memory that meets the search criterion.

The invention provides a measuring device which comprises a tower box, a height gauge, a width gauge, a wireless distance sensor and a display. Multiple levels of expandable structures are arranged inthe tower box; the bottom of the height gauge is fixed onto the uppermost level of expandable structure in the tower box, and the top of the height gauge extends out of the top of the tower box; a first movable rail is arranged on the height gauge; the width gauge is arranged on the top of the tower box and is perpendicular to the extension directions of the height gauge; a second movable rail isarranged on the width gauge; the wireless distance sensor is penetratingly arranged in the first movable rail and the second movable rail; the wireless distance sensor is connected with an end of thefirst movable rail and an end of the second movable rail by elastic connecting pieces; measured data can be transmitted to the display by the wireless distance sensor via wireless signals and can bedisplayed by the display. The measuring device has the advantages that sectional sizes of high-altitude beams in building structures can be quickly and effectively measured by the aid of the measuringdevice, and the measuring device is fast in reading and high in precision; labor and the cost can be saved, the time also can be saved, and operational risks of detection personnel can be reduced.