Abstract: The present technology provides an image display device capable of preventing a user from feeling glare as much as possible. The image display device according to the present technology includes: an irradiation system that irradiates an eyeball of a user with image light with which an image is formed; and a light amount adjustment system that adjusts a total light amount of the image light to be equal to or lower than a first threshold value regardless of a size of the image. Therefore, it is possible to provide the image display device capable of preventing a user from feeling glare as much as possible.

Abstract: An object is to provide a screen image projection system for moving object having a smaller and/or lighter head-mounted part. The present technology provides a screen image projection system for moving object (100) including a screen image projection device (101) mounted on a moving object, and an optical element for screen image display light diffraction (103) arranged in front of human eyes that move along with the moving object, the optical element for screen image display light diffraction (103) diffracting screen image display light projected from the screen image projection device (101) and causing the screen image display light to reach the human eyes. The present technology also provides a component of the screen image projection system and a method for projecting a screen image in the screen image projection system.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: A biological information monitoring system includes: a first monitoring device which includes a first displaying section and a first connector; a second monitoring device which includes a second connector; and a cable. The second monitoring device includes: a signal receiving section configured to receive a measurement signal related to biological information; and a second displaying section on which information corresponding to the measurement signal is displayed. When communication between the first and second connectors via the cable is established, the second displaying section is set to a non-display state, and the information corresponding to the measurement signal is displayed on the first displaying section.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: A conveying device drivable by rack gear has a towed hook further forward than a front end of a rack gear mounted to a conveying traveling body. A driving pinion gear, disposed at an entrance of a rack gear drive section, has a drawing-in claw that engages the towed hook and draws in the conveying traveling body to a position where the front end of the rack gear meshes with the driving pinion gear. The towed hook has, at a position at a rear side of a hook portion at a distal end thereof and further forward than the front end of the rack gear, an advance preventing claw portion disposed continuous thereto that, together with the hook portion, sandwiches the drawing-in claw, and the hook portion has a length such that it enters more deeply inside a rotation locus of the drawing-in claw than the advance preventing claw portion.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: A suspension conveying device according to the present invention includes screw shafts of two suspension line pulling-up/feeding mechanisms in a conveying traveling body 1. The screw shafts have low-speed drive regions, in which feed pitches for driven bodies are small, and high-speed drive regions, in which feed pitches for the driven bodies are large. The screw shafts are installed so that the low-speed drive regions and the high-speed drive regions are disposed mutually oppositely as viewed from the driven bodies when a conveyed object supporter is at one end of an elevation/lowering stroke, and the conveyed object supporter is tilted in a middle of the elevation/lowering stroke when the screw shafts are driven to undergo forward/reverse rotation at a fixed speed by a motor.

Abstract: A slat conveyor has a plurality of slat bodies supported between a pair of left and right driving endless turning bodies by concentric horizontal support shafts and has a pair of front and rear guide rollers supported to a guide rail laid on each of upper and lower horizontal path sections. A U-turn guiding mechanism at both ends includes the guide rollers, a slat body posture controlling rotating body, and a drive mechanism for the rotating body. The rotating body has the same turning radius as that of the horizontal support shaft on a U-turn path section, and includes an engaging portion for positioning and turning the guide rollers. The drive mechanism drives the rotating body such that the engaging portion is turned in the same direction and at the same speed as the turning speed of the horizontal support shaft on the U-turn path section.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: [Object] To prevent the occurrence of stuck without increasing the number of components and also to restore thread engagement of a rack with a lead screw to a normal condition. [Solution] Provided is an optical pickup including: a light source; an objective lens; an optical element; and an optical element driving device.

Abstract: A conveying device drivable by rack gear has a towed hook further forward than a front end of a rack gear mounted to a conveying traveling body. A driving pinion gear, disposed at an entrance of a rack gear drive section, has a drawing-in claw that engages the towed hook and draws in the conveying traveling body to a position where the front end of the rack gear meshes with the driving pinion gear. The towed hook has, at a position at a rear side of a hook portion at a distal end thereof and further forward than the front end of the rack gear, an advance preventing claw portion disposed continuous thereto that, together with the hook portion, sandwiches the drawing-in claw, and the hook portion has a length such that it enters more deeply inside a rotation locus of the drawing-in claw than the advance preventing claw portion.

Abstract: A surface of a plate (102) having a predetermined thickness is used as a cooling surface (101). A pair of cooling medium entrance and exit (111, 112) are provided on one end surface (102a). First and second cooling medium flow paths (131, 132), a cooling medium branch path (121) communicating with the cooling medium entrance (111) and used for dividing cooling medium to flow into the cooling medium flow paths (131, 132), and a cooling medium merging path (122) at which the cooling media flowing from the exits of the cooling medium flow paths (131, 132) merge, are formed on a surface opposite to the cooling surface (101).

Abstract: A suspension conveying device according to the present invention includes screw shafts of two suspension line pulling-up/feeding mechanisms in a conveying traveling body 1. The screw shafts have low-speed drive regions, in which feed pitches for driven bodies are small, and high-speed drive regions, in which feed pitches for the driven bodies are large. The screw shafts are installed so that the low-speed drive regions and the high-speed drive regions are disposed mutually oppositely as viewed from the driven bodies when a conveyed object supporter is at one end of an elevation/lowering stroke, and the conveyed object supporter is tilted in a middle of the elevation/lowering stroke when the screw shafts are driven to undergo forward/reverse rotation at a fixed speed by a motor.

Abstract: [Object] To prevent the occurrence of stuck without increasing the number of components and also to restore thread engagement of a rack with a lead screw to a normal condition. [Solution] Provided is an optical pickup including: a light source; an objective lens; an optical element; and an optical element driving device.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.

Abstract: A slat conveyor has a plurality of slat bodies supported between a pair of left and right driving endless turning bodies by concentric horizontal support shafts and has a pair of front and rear guide rollers supported to a guide rail laid on each of upper and lower horizontal path sections. A U-turn guiding mechanism at both ends includes the guide rollers, a slat body posture controlling rotating body, and a drive mechanism for the rotating body. The rotating body has the same turning radius as that of the horizontal support shaft on a U-turn path section, and includes an engaging portion for positioning and turning the guide rollers. The drive mechanism drives the rotating body such that the engaging portion is turned in the same direction and at the same speed as the turning speed of the horizontal support shaft on the U-turn path section.

Abstract: According to some aspect, an image display apparatus may include a communication section receiving a plurality of remote operation signals corresponding to remote operations of a plurality of input apparatuses, and a combination section combining a first image based on the plurality of individual remote operation signals received by the communication section and a second image supplied from other apparatus into a third image, and outputting the third image.