Abstract: In injection-molding a conductive material, prolongation of an injection molding cycle and occurrence of defective appearance of a molded article are reduced, and the molded article is given uniform conductivity. An injection molding apparatus has a heating injection means which heats a conductive material to a temperature that allows the conductive material to melt and flow, and which injects the conductive material to a mold. The mold has a plurality of conductive portions at least at a portion of a surface defining a cavity, the conductive portions being insulated from each other. A predetermined voltage is applied to the conductive portions. A static mixer is provided in an area including a tip portion of the heating injection means and a flow path of the conductive material.

Abstract: A coil apparatus includes a base having a front surface and a rear surface, a magnetic portion provided on a side of the front surface of the base, and a coil portion which is provided on an opposite side from the base with respect to the magnetic portion and includes a conductive wire. The magnetic portion includes a first passing region, the base includes a second passing region, and the conductive wire is drawn out from the rear surface of the base through the first passing region and the second passing region.

Abstract: A power transmission coil device includes a first helical coil having a first conductive wire forming a helical shape around an axis, and a second helical coil having a second conductive wire forming a helical shape around the axis, in which the first helical coil is electrically connected in parallel to the second helical coil, and the first conductive wire and the second conductive wire arranged along a direction of the axis.

Abstract: An air conditioner includes: a duct including an upstream flow path unit having an inlet through which air is taken in, and a downstream flow path unit provided with an outlet through which the air is discharged; a cooling unit positioned in the upstream flow path unit of the duct and cools the air; and a heating unit that is positioned in the downstream flow path unit of the duct and heats the air. The upstream flow path unit has a partition plate that partitions an inside space thereof into a main-flow flow path and a sub-flow flow path. The cooing unit is positioned in the main-flow flow path. The upstream flow path unit is provided with a flowrate adjusting member that covers at least a part of the sub-flow flow path so as to adjust an opening area of the sub-flow flow path.

Abstract: A coil device according to an aspect of this disclosure includes a coil portion including a conductive wire and a holding member that holds the conductive wire, and a cooling flow path through which a cooling fluid flows is provided in the holding member.

Abstract: A first coil device includes a first coil portion that faces a second coil portion of a second coil device in a first direction and includes a conductive wire, and at least one nonmagnetic member that includes a protrusion protruding to an outside of the first coil portion in a second direction orthogonal to the first direction. The nonmagnetic member includes an eddy current interrupter that interrupts a part of an eddy current generated in the nonmagnetic member.

Abstract: A fixing structure for a coil device according to an aspect of the disclosure is an attachment structure for a coil device which attaches a flat coil device including a coil portion to an attachment portion, the attachment structure including a cylindrical holding portion provided in the attachment portion to hold the coil device, and a cylindrical engaged portion provided in the coil device and engaged with the holding portion, wherein the holding portion and the engaged portion are disposed along an axis extending in a thickness direction of the coil device, and the engaged portion is engaged over an entire circumference thereof with the holding portion.

Abstract: An information processing device 10 is provided with a first option group area where a slide operation of options of a first search criterion can be performed and a second option group area where a slide operation of options of a second search criterion can be performed, a slide operation performed in a direction different from that of the above-mentioned slide operation to switch the display of hierarchical options of the first search criterion can be performed in the first option group area, and a selection area is provided including a predetermined number of options of the first search criterion and a predetermined number of options of the second search criterion.

Abstract: Disclosed is a technique for providing an image display device enabling a user to understand the entire correspondence relationship between a three-dimensional photographed image and a two-dimensional map image. According to the technique, when a photographed image and a map image in the imaging position are separately displayed on the screen of an image display unit 33, a map drawing unit 24 reads the position information (x, y) of the camera and the azimuth angle ? of the camera, reads a view angle ? of the camera, and reads map data around the imaging range of the camera using the position information (x, y) of the camera to process and draw the map image so that the view angle ? and the azimuth angle ? match the view angle ? and the azimuth angle ? of the photographed image taken by the camera.

Abstract: When display of an image that is sent from a portable terminal (101) for a portable screen is divided into screens for two vehicle mounted terminals, an image receiving unit A (21) of a vehicle mounted terminal A (102) receives image data necessary for screen display on both the vehicle mounted terminals from the portable terminal (101) and stores image data necessary for a vehicle mounted terminal B (103) in a huller memory unit (23). Thereafter, a cut-out processing unit (25) cuts out the image data for the display screen of the vehicle mounted terminal A (102) and stores the same in the buffer memory (23). Furthermore, an image transmission unit A (26) provides image data necessary for screen display by the vehicle mounted terminal B (103) when required by the vehicle mounted terminal B (103).

Abstract: An information processing device 10 is provided with a first option group area where a slide operation of options of a first search criterion can be performed and a second option group area where a slide operation of options of a second search criterion can be performed, a slide operation performed in a direction different from that of the above-mentioned slide operation to switch the display of hierarchical options of the first search criterion can be performed in the first option group area, and a selection area is provided including a predetermined number of options of the first search criterion and a predetermined number of options of the second search criterion.

Abstract: An information display processing device includes: an image input part which acquires a video signal outputted from an external terminal; an image detector which detects a to-be-highlighted image section from an image indicated by the video signal acquired by the image input part; an image processor which highlights the image section detected by the image detector; and an image display processor which performs processing so that the image processed by the image processor is displayed on a display device connected to the information display processing device.

Abstract: Disclosed is a technique for providing an image display device enabling a user to understand the entire correspondence relationship between a three-dimensional photographed image and a two-dimensional map image. According to the technique, when a photographed image and a map image in the imaging position are separately displayed on the screen of an image display unit 33, a map drawing unit 24 reads the position information (x, y) of the camera and the azimuth angle ? of the camera, reads a view angle ? of the camera, and reads map data around the imaging range of the camera using the position information (x, y) of the camera to process and draw the map image so that the view angle ? and the azimuth angle ? match the view angle ? and the azimuth angle ? of the photographed image taken by the camera.

Abstract: An input apparatus includes a case, an operation body stored rotatably in the case, a magnetic body fixed to the operation body, a magnet provided around the operation body, a magnetic detection element for detecting a magnetic flux from the magnetic body, and a frame for retaining the case. The magnetic detection element faces the operation body with a predetermined space therebetween. The frame includes depression sections for causing the magnetic detection element to elastically contact the lower surface of the case. This input apparatus can accurately detect a rotation angle.

Abstract: A display apparatus for displaying an information screen and an operation screen concerning an apparatus to which the display apparatus is connected, is disclosed, including: a screen display request receiving part, a display component creating part, and a display component drawing part. The screen display request receiving part receives a screen display request from the apparatus. The display component creating part creates a display component to display at a screen, in response to the screen display request received by the screen display request receiving part. The display component drawing part draws the display component created by the display component creating part.

Abstract: Disclosed is a display system capable of achieving a prompt drive-forced function even in an environment where, as in a remote UI, a delay occurs until a change by an information providing device is reflected in an information display device. This display system is provided with an information providing device (101) and an information display device (111), said information providing device (101) comprising a communication section “a” (104) and an accumulation section (102) which accumulates scripts (103) that include displayed parts constituting displayed images and the arrangement thereof, descriptions of animation movements etc. of the displayed parts, and drive-forced flags for all of the displayed parts, and said information display device (111) comprising a communication section “b” (112), a script processing section (113), a display section (114), and a sensor determination section (115).

Abstract: A mobile communication system 100 according to the present invention comprises handover control apparatus 1 and radio terminal unit 10. The handover control apparatus 1 controls handover of a radio terminal unit 10 between access routers 31-34 provided in respective base stations 21-24 for radio communication with the radio terminal unit 10. The handover control apparatus 1 counts the number of relay routers for every candidate access router 32-34 for a destination of the radio terminal unit 10, from a gateway device 52 and determines a COR on the basis of the number of relay routers for every access router 32, 33, 34 thus counted.

Abstract: A plasma display driving method capable of displaying a vigorous image having enhanced maximum luminance and contrast. For this purpose, one field is divided into a plurality of sub-fields each including a sustain period. In the sustain period, the number of sustain pulses obtained by multiplying a proportionality factor by a brightness weight set for each of the sub-fields are applied to display electrode pairs to generate sustaining discharge in discharge cells having generated addressing discharge therein. Thus, the total number of the sustain pulses in one field period can be changed. When a predetermined image meeting predetermined conditions is displayed, the total number of the sustain pulses in one field period is made larger than those in the case where the other normal images are displayed.