Abstract: A sensor insertion device comprises a lower case and an upper case. A base holder and a needle holder are disposed in the lower case. A needle holder raising mechanism is disposed above the needle holder. A sensor base having a sensor unit is held by the base holder. When the upper case is pushed down, the base holder and the needle holder move toward an opening on the lower surface side of the lower case, and the needle holder is raised by the needle holder raising mechanism. A protrusion that holds the upper case on the lower case is provided to the upper case in a state in which the upper case has been pushed down until the opening on the lower surface side comes into contact with the skin.

Abstract: A display device (10) includes a display section (20), a detector (30), and a controller (50). The display section (20) has a display surface (22). The display section (20) is configured to display an image (G). The detector (30) is capable of detecting a plurality of contact positions based on contact made on the display surface (22) by a detected object. The plurality of contact positions include a first contact position (P1), a second contact portion (P2), and a third contact position (P3). When the detector (30) detects the first contact position (P1) and subsequently detects the second contact position (P2) and the third contact position (P3), the controller (50) moves the image (G) so that the first contact position (P1) is positioned at a prescribed reference point (BP).

Abstract: An information processing device includes a control unit functioning as a receiving unit, a processing unit, and a storage controller, a storage, and a communication unit. The storage controller stores data in the storage when the receiving unit receives a predetermined storage instruction, transmits the data to a predetermined storage device among a plurality of storage devices, and stores the transmitted data in the predetermined storage device.

Abstract: A display device (10) includes a display section (20), a detector (30), and a controller (50). The display section (20) has a display surface (22). The display section (20) is configured to display an image (G). The detector (30) is capable of detecting a plurality of contact positions based on contact made on the display surface (22) by a detected object. The plurality of contact positions include a first contact position (P1), a second contact potion (P2), and a third contact position (P3). When the detector (30) detects the first contact position (P1) and subsequently detects the second contact position (P2) and the third contact position (P3), the controller (50) moves the image (G) so that the first contact position (P1) is positioned at a prescribed reference point (BP).

Abstract: An information processing device includes a control unit functioning as a receiving unit, a processing unit, and a storage controller, a storage, and a communication unit. Each of a plurality of sheets of data is associated with each predetermined storage device among a plurality of storage devices, and information indicating a correspondence between the plurality of sheets and the predetermined storage devices is stored in the storage in advance. When the receiving unit receives a predetermined storage instruction, the storage controller performs a process of storing data in the storage and causing the communication unit to transmit data indicating the plurality of sheets to storage devices associated with the sheets with respect to each of the plurality of sheets, and stores the transmitted data in the storage devices.

Abstract: An information processing device includes a control unit functioning as a receiving unit, a processing unit, and a storage controller, a storage, and a communication unit. The storage controller stores data in the storage when the receiving unit receives a predetermined storage instruction, transmits the data to a predetermined storage device among a plurality of storage devices, and stores the transmitted data in the predetermined storage device.

Abstract: An information processing device includes a control unit functioning as a receiving unit, a processing unit, and a storage controller, a storage, and a communication unit. The storage stores information indicating a plurality of predetermined storage devices among a plurality of storage devices and information indicating priorities concerning storage destinations of the plurality of predetermined storage devices. When the receiving unit receives a predetermined storage instruction, the storage controller performs a process of storing data in the storage and causing the communication unit to transmit the data to a storage device in which a priority equal to or higher than a value indicated by the storage instruction is set among the plurality of predetermined storage devices in response to the storage instruction received by the receiving unit, and stores the transmitted data in the storage devices.

Abstract: An information processing device includes a control unit functioning as a receiving unit, a processing unit, and a storage controller, a storage, and a communication unit. Each of a plurality of sheets of data is associated with each predetermined storage device among a plurality of storage devices, and information indicating a correspondence between the plurality of sheets and the predetermined storage devices is stored in the storage in advance. When the receiving unit receives a predetermined storage instruction, the storage controller performs a process of storing data in the storage and causing the communication unit to transmit data indicating the plurality of sheets to storage devices associated with the sheets with respect to each of the plurality of sheets, and stores the transmitted data in the storage devices.

Abstract: A biosensor chip is placed in a biosensor device and is rotated while a biochemical analysis specimen is measured, the biosensor chip comprising a main body, a holding chamber, a dispensing chamber, a plurality of quantification chambers, and a plurality of measurement chambers. The main body has an inlet into which the specimen is poured. The holding chamber holds the poured specimen inside the main body. The dispensing chamber is connected to the holding chamber via a first channel and dispenses the specimen. The quantification chambers are connected to the dispensing chamber, hold a specific amount of the dispensed specimen, and are disposed at positions located away from a rotational center of a rotary motion according to a distance from the first channel. The measurement chambers are connected to the quantification chambers via a second channel and react the specimen with a biochemical analysis reagent.

Abstract: Provided is a password-authenticating device in which a password is not perceived from the hand movements of an operator during entry of a password. The password-authenticating device according to the present disclosure executes a login process by comparing an entered password candidate with a registered password. The password-authenticating device includes a comparison unit, and an authenticating unit. The comparison unit receives entry of the password candidate together with a number of times of dummy input, and when the entered password candidate matches the registered password, receives re-entry of the password candidate. After re-entry of the password candidate reaches the number of times of dummy input, the authenticating unit executes the login process regardless of whether or not the re-entered password candidate matches the registered password.

Abstract: Provided is a password-authenticating device in which a password is not perceived from the hand movements of an operator during entry of a password. The password-authenticating device according to the present disclosure executes a login process by comparing an entered password candidate with a registered password. The password-authenticating device includes a comparison unit, and an authenticating unit. The comparison unit receives entry of the password candidate together with a number of times of dummy input, and when the entered password candidate matches the registered password, receives re-entry of the password candidate. After re-entry of the password candidate reaches the number of times of dummy input, the authenticating unit executes the login process regardless of whether or not the re-entered password candidate matches the registered password.

Abstract: A display device includes a display section, a controller, and a touch panel. The display section has a display surface. The controller allocates, on the display surface, a plurality of file selection areas in one-to-one correspondence with a plurality of files. The touch panel detects a position of a touch on the display surface. The controller selects two or more of the plurality of files corresponding to two or more of the plurality of file selection areas through which the touch has traveled after a specific input is detected.

Abstract: This biosensor chip is placed in a biosensor device and is rotated while a specimen is measured, the biosensor chip comprising a main body, a holding chamber, a dispensing chamber, a plurality of quantification chambers, and a plurality of measurement chambers. The main body has an inlet into which a biochemical analysis specimen is poured. The holding chamber holds the poured specimen inside the main body. The dispensing chamber is connected to the holding chamber via a first channel and dispenses the specimen. The plurality of quantification chambers are connected to the dispensing chamber, hold a specific amount of dispensed specimen, and are disposed at positions located away from the rotational center of the rotary motion according to the distance from the first channel. The plurality of measurement chambers are connected to the quantification chambers via a second channel and react the specimen with a biochemical analysis reagent.

Abstract: An image forming apparatus which includes: a job storage unit for storing a plurality of print jobs; an image forming unit for executing the print jobs stored in the job storage unit; and a job managing unit for managing an execution order of the print jobs performed by the image forming unit. The job managing unit includes: priority job managing portion which, during execution of a specific print job carried out according to an execution order set in advance, manages the image forming unit to suspend the specific print job and preferentially to execute another print job; and job continuation judging portion which, when completing a priority print job that is executed by the priority job managing portion, judges whether or not to continue execution of the specific print job based on a job execution state of the specific print job that is being executed when starting the priority print job.

Abstract: An electronic component mounting apparatus includes a component feeding device that supplies an electronic component to a pickup position, a suction nozzle that picks up the electronic component supplied to the pickup position and mounts the picked up electronic component on a printed board, a height level detection device that measures height levels of the printed board positioned in a mounting position, a monitor graphically that displays a warping state of a sample printed board positioned in the mounting position based on height level measurements by the height level detection device on predetermined positions of the sample printed board, a setting device that sets measurement positions for actual mounting operations using the monitor, a converting device that converts the set measurement positions into coordinates on the printed board, and a memory that stores the converted coordinates of the set measurement position.

Abstract: The invention realizes setting of measurement positions suitable for a warping state of a printed board and an easy work of setting the measurement positions. A printed board as a measurement sample is positioned three-dimensionally in X, Y and vertical directions on a positioning portion, and then a backup base is lifted up to apply backup pins to the back surface of the board and support the board horizontally. Then, the warping state of the board is measured by a height level detection device, and based on the measurement result the CPU displays the board on a monitor three-dimensionally or by contour lines. Once an operator sets measurement positions on the screen, the CPU converts each of the set positions into coordinates on the board, writes the coordinates of the set positions in the top of mounting data, and stores the data in the RAM.

Abstract: An image processor has an image scanning unit, a memory, an address specification unit, a scan control unit, and a transmission control unit. The image scanning unit is configured to scan an original image. The memory is configured to store image data scanned by the image scanning unit. The address specification unit is able to specify a plurality of addresses of different protocols as multi-address destination. The scan control unit controls the image data scanned by the image scanning unit. The transmission control unit is configured to generate an image data from an image data stored in the memory, such that the image data has an image quality that is appropriate for the protocol corresponding to each of the addresses specified by the address specification unit, and transmit the image data to each of the addresses.

Abstract: An image forming apparatus which includes: a job storage unit for storing a plurality of print jobs; an image forming unit for executing the print jobs stored in the job storage unit; and a job managing unit for managing an execution order of the print jobs performed by the image forming unit. The job managing unit includes: priority job managing portion which, during execution of a specific print job carried out according to an execution order set in advance, manages the image forming unit to suspend the specific print job and preferentially to execute another print job; and job continuation judging portion which, when completing a priority print job that is executed by the priority job managing portion, judges whether or not to continue execution of the specific print job based on a job execution state of the specific print job that is being executed when starting the priority print job.

Abstract: An instruction acceptance program is provided which is capable of saving time and labor required if a user has to choose a driver individually when choosing and executing either faxing or printing. This instruction acceptance program is used for allowing: a display control portion to display, in a display portion of a personal computer, a processing choice message which prompts the input of an instruction to execute either faxing or printing (Si); and an acceptance portion to accept the instruction to execute either faxing or printing.

Abstract: Recognition of a position of a printed board is performed both before and after a chip component is mounted on the printed board. When a difference between the positions recognized before and after that is out of a predetermined allowable range, the printed board is treated as a defective. A CPU compares positions of a positioning mark provided on a printed board recognized both before and after a chip component is mounted on the printed board, the positions being taken an image by a board recognition camera and recognized by a recognition processing device. The CPU checks whether or not a difference between the positions is within a predetermined range stored in a RAM, that is, within a range from ?0.100 mm to +0.0100 mm, in both X and Y directions. When judging that the difference is within the range, the CPU controls an electronic component mounting apparatus to stop because of an error.