279results about How to "Improper operation" patented technology

An apparatus and method for driving an electric device using speech recognition are disclosed. The method for driving an electric device using speech recognition includes switching an operation stop state to a pre-operation speech recognition standby mode if a first keyword is recognized at the operation stop state; starting basic operation of the device if a second keyword is recognized at the pre-operation speech recognition standby mode; and performing a corresponding command if at least one of a plurality of command languages that may be recognized by a user command is recognized within a predefined time during the basic operation, wherein the first keyword, the second keyword and the plurality of command languages are different from one another.

Short circuit failures and open circuit failures of light-emitting elements used for the backlight in an LCD panel can be reliably and easily detected. The voltage at the node between each series-connected light-emitting element array and a drive circuit is detected as a monitored voltage. A maximum detector detects the highest and a minimum detector detects the lowest of these monitored voltages. Short circuit or open circuit failure of a light-emitting element is detected by comparing the voltage difference between the maximum detector output and the minimum detector output with a specific reference voltage.

A communication apparatus includes a touch panel for inputting a command by touching a surface thereof having an oblong profile short in one direction relative to the other direction orthogonal thereto, the touch panel outputting a touch position detection data in response to a touch given to a spot on the surface thereof for locating the touch position but not outputting touch position detection data when some other spot is touched while the spot is being touched, a speaker arranged outside and near one of the edges of the touch panel running in the one direction and a microphone arranged outside and near the other edge of the touch panel running in the one direction. The touch panel provides a command input region inputting a command in at least a part of the surface thereof arranged along the other direction and close to the other edge in a talk mode.

A method for receiving data from a radio network by a terminal includes: receiving downlink data while the terminal operates according to a first discontinuous period; transmitting a response message with respect to the downlink data; and operating according to a second discontinuous period after transmitting the response message.

The invention relates to a multipole fused switch arrangement for busbar systems having at least two fused switch units (10) which each holds a fuse link (20), with the fused switch units (10) having a mounting and contact apparatus (11) for a busbar, and having a switching apparatus for closing and interrupting the circuit of all the switched fuse units, with the fused switch arrangement comprising a combined switching and blocking apparatus (30), having a switching lever (40), an operating arrangement (60), a blocking apparatus (70) for each fused switch unit (10), and a locking apparatus (80).

An input section includes a palm rest and a hand detection sensor on the top surface of a housing. The input section also includes, for example, an analog resistive touch panel above the housing to the front. A palm rest is used as a base for placing a palm for manipulating the touch panel and has a flat surface slightly forward with reference to a horizontal level. The touch panel tilts below the surface of the palm rest. The touch panel is given a tilt angle so that the fingertip or the finger cushion naturally touches the surface (panel surface) of the touch panel when the palm is placed on the palm rest.

An automatic upgrading method in which, when software is downloaded and upgraded to change a specification of a software defined radio system on a vehicular system, convenience to a user who receives services using wireless communication is not reduced and error operations of the vehicular system is inhibited, is provided. A state in which a vehicle is not used is the most appropriate for the upgrade. It is determined whether a key is removed. When the key is removed, the download is executed using wireless communications. After that, a software defined radio system and a car navigation system are stopped. The upgrade and test operation are executed. When the test result is good, the software defined radio system and the car navigation system are restarted.

An agricultural utility vehicle includes a computer to execute the steps of storing data representing steering direction, position and speed of the agricultural vehicle; recognizing repeated drive events wherein each drive event comprises a plurality of serially performed functions including changing steering direction, changing speed and changing lift position of a hitch of the agricultural utility vehicle; displaying each function on a screen and enabling a user to skip functions and execute subsequent functions; executing the functions to automatically control the vehicle on private areas, which are determined in accordance with means for sensing position; blocking execution of the functions in public areas; deactivating control when obstacles are encountered, wherein the obstacles are recognized by way of signals received from cameras mounted on the agricultural vehicle; and periodically prompting a user for input.

A small thin film-movable element is provided and includes: a movable portion supported elastically deformably and capable of being displaced bidirectionally in one direction and a direction reverse thereto; a first drive source for applying a physical acting force to the movable portion, in which the movable portion produces a modulating or switching function by the first drive source; and a second drive source, which is different from the first drive source, for increasing or reducing an absolute value of the physical acting force to restrain a vibration of the movable portion in driving to displace the movable portion in a first direction by the first drive source.

A remote controller allowing a user to change settings is provided. The remote controller includes a touch panel, a control circuit, a screen display memory, a setting data memory, a control data memory, an infrared transmission unit, and a battery. The control circuit includes a screen-display control circuit for displaying an image provided in advance for controlling the operation of a specific apparatus, a pressed-area detection circuit for detecting pressing in the display area of touch panel, an instructed-operation detection circuit for detecting the instruction of an operation, a display-data generation circuit for generating image data for displaying icons in the display area of touch panel, and a control-signal generation circuit for generating a signal for controlling the operation of the apparatus.

A smart mobile detection platform for a greenhouse comprises a frame, a front suspension assembly, a rear suspension assembly, a power assembly and a drive assembly for driving a mobile platform to move, a steering system for controlling the mobile platform to steer, an automatic-cruising pose-detection sensor module needed for automatic mobile platform cruising, a greenhouse environment and crop detection image sensor module (29), a signal collection module (30) for collecting a sensor signal, a central control system for controlling the mobile platform to move, an information transmission module, and a power module for supplying power to the whole mobile platform. By means of a central control system, a mobile platform completes automatic inspection of the greenhouse environment and crop growth information, and an automatic charging device provides supplemental electric energy to the mobile platform, thereby improving detection efficiency and accuracy.

In a urine receptacle of an automatic urine disposal device, a urine backflow prevention sheet, with no water permeability, and having funnel-shaped pores, is placed between a top sheet and a urine absorbing sheet. A pair of rectangular electrodes, constituting a urine detection sensor, is glued onto an electrode support sheet and is placed between the top sheet and the urine backflow prevention sheet. A plurality of funnel-shaped pores is formed on the urine backflow prevention sheet.

A file operations engine is provided that manages many user interactions with their files via a computer system. The operation engine may provide a user with the option to keep both files that have a file name conflict. It may further permit the user to rename a file involved with a file name conflict. The operations engine may also automatically rename one of the files of a file name conflict by appending a character to a root of the filename. The character may include the lowest integer available for the root in a destination for the files. The operations engine may provide the option to keep both files as part of a pre-calculation of potential errors for a requested operation. The operations engine may place file name conflicts in an error queue and permit the user to select an option to keep both files after the conflict is encountered.

An obstacle detection system includes a static capacitance detection module including a sensor strip for detecting a static capacitance, an RF oscillator connected to the sensor strip, a phase lock loop section for maintaining the oscillation frequency of the RF oscillator to a selected value and a first MCU for controlling the operation of the phase lock loop section, a control module including a second MCU for remotely controlling the first MCU of the static capacitance detection module and a transmission line for connecting the static capacitance detection module and the control module and transmitting the information acquired by the first MCU so as to be transmitted to the control module, a control signal to be transmitted from the second MCU to the first MCU and drive power of the static capacitance detection module.

An information processing apparatus includes a touching detection unit configured to detect a touching operation and a touch-up operation for the display unit, a time counting unit configured to count a time period of continuous touching on a specific area of the display unit, and a control unit configured, when a touch-up operation from the specific area is detected and a counted time period of continuous touching has not reached a predetermined time period, to execute a function assigned to the specific area while when the touch-up operation from the specific area is detected and the counted time period of continuous touching has reached the predetermined time period, not to execute the function assigned to the specific area in relation only to the detected touch-up operation.

An operator of a monitored instrument is authenticated and a maintenance function for the monitored instrument is released. The head of the authenticated operator is then tracked in a dynamic image and the maintenance function for the monitored instrument is operated when the tracking fails.

An input device including a main device composed of a coordinate input device, an operating surface having input portions displayed thereon, and a switch device having switches connected in parallel, and a control device which selects one of a first mode in which an item signal is generated in accordance with an indication item at an input portion when the input portion is operated, and a second mode in which a position signal corresponding to an operating position on the operating surface is generated independently of the indication item at the input portion. The item signal is generated on the basis of an absolute coordinate signal output from the coordinate input device and a switch signal output from the switch device in the first mode, and the position signal is generated on the basis of a relative coordinate signal output from the coordinate input device in the second mode.

An electronic device and a method of operating a screen are disclosed; the touch screen has a display area and a non-display area, and the method includes steps as follows. First, a first sensing signal is generated when a designator controls a pointer on the non-display area. Then, a second sensing signal is generated when the pointer is moved from the non-display area to the display area. Then, a third sensing signal is generated when the pointer is moved on the display area. Last, a user interface is opened in the display area when a processing module receives the first, second and third sensing signals sequentially.

An error correction decoding method using a correlating decoding technique is provided. The method includes the steps of estimating a decoding reliability of a decoding result using one or more correlation values acquired in a correlating process; and correcting the decoding result according to the decoding reliability.

A magnetic resonance imaging apparatus includes control means 107 and 108 for continuously performing magnetic resonance imaging of a cross section including a portion subjected to measurement of an examinee (101) at a predetermined time interval, operation means 108 for calculating diagnosis information related to the portion subjected to measurement by using a plurality of sets of nuclear magnetic resonance signals related to cross sections imaged at different time points by measuring nuclear magnetic resonance signals generated from the examinee 101, and a position detection device 118 having a detection camera 118b for detecting in non-contact manner the position (three-dimensional position and rotation angle around an orthogonal coordinate axis) of a pointer 118a provided outside the examines body and moving while interlocked with the biological movement of the examinee 101. The control means 108 sets the position of the cross section according to the position of the pointer 118a detected by the position detection device 118, thereby eliminating an affect of the biological movement and improving the accuracy and the reliability of the diagnosis information including differential processing of a portion subjected to measurement.

There is a need for providing an electronic component mounting apparatus, a component supply apparatus, and an electronic component mounting method capable of reducing inadvertent insertion of component supply tape and ensuring high reliability or capable of reducing wrong insertion of component supply tape, supplying new electronic component tape, and ensuring a high operation rate. Supply tape is inserted into an insertion entry of a component supply apparatus. An electronic component mounted on the supply tape is absorbed and is mounted on a printed board. Information about the electronic component mounted on the supply tape is read. Based on the read information, the component supply apparatus for inserting the supply tape is selected. The insertion entry is opened while it is closed when no supply tape is mounted.

Provided are a passive entry system for changing a scan method to reduce battery consumption of a smart key and a method for performing a function thereof. In the passive entry system, a smart key ECU periodically transmits a low-frequency scan signal for detecting the smart key. When the smart key being in a slip state is located within a receiving radius of the scan signal, the smart key receives the scan signal and is converted into an active state. Battery consumption of the smart key can be reduced because the smart key normally being in the slip state is converted into the active state when receiving the scan signal from the smart key ECU. Furthermore, the smart key is converted into the active state only within the low-frequency scan signal receiving radius formed near an automobile and requests the smart key ECU to perform a function of the automobile, for example, a function of closing/opening doors. Accordingly, a reliable passive entry system can be achieved.

A medical information management system including: plural database devices for storing medical information in a database; a management device for managing the medical information integrally; and an operation terminal for operating at least one of the database and management devices, database devices having an automatic transmission section for extracting necessary information from the medical information stored in the database and sending the necessary information to the management device. The management device includes a reception section for receiving the medical information sent from the transmission section; a storage section for storing integrally the medical information received by the reception section based on predetermined information included in the medical information; an individual verification section for verifying whether an operator of the terminal is an individual registered beforehand; and a data access authentication section for judging whether medical information instructed to be operated by the terminal is information capable of being operated.