Nsk Corporation

Sony Corporation

Masaaki Sekine

Michiharu Naka

Katsuyoshi Yamashita

Jiro Yamada

Kohji Hanawa

Shinichiro Morikawa

Naoki Matsushita

Keishi Tada

Yutaka Soda

An organic EL display unit includes a first substrate, a second substrate, a display layer, and a sealing section. The display layer is provided between the first substrate and the second substrate. The display layer includes an organic layer. The sealing section is provided continuously from an end surface of the display layer to at least a portion of respective end surfaces of the first substrate and the second substrate.

Organic EL display unit, method of manufacturing the same, and electronic apparatus

A laser diode capable of being easily mounted and a laser diode device in which the laser diode is mounted are provided. A hole is disposed in a semiconductor layer, and a p-type electrode and an n-type semiconductor layer are electrically connected to each other by a bottom portion (a connecting portion) of the hole. Thereby, the p-type electrode has the same potential as the n-type semiconductor layer, and a saturable absorption region is formed in a region corresponding to a current path. Light generated in a gain region (not shown) is absorbed in the saturable absorption region so as to be converted into a current. The current is discharged to a ground via the p-side electrode and the bottom portion, an interaction between the saturable absorption region and the gain region is initiated, and thereby self-oscillation can be produced.

Magneto-resistance effect type magnetic head and magnetic tape apparatus

In a lubricant application system, a prescribed volume of lubricant is transferred from a lubricant discharge portof a prescribed liquid volume discharge device to a rolling elementof a rolling bearingin a state in which the lubricant discharge portis positioned directly above and sufficiently close to the rolling element, whereby the lubricant is applied to the interior of the rolling bearing. Further, the application system inspects whether or not a prescribed volume of lubricant is injected from the discharge device for injecting a lubricant into the interior of a rolling bearing. A laser beam Lis irradiated between a lubricant discharge portof the lubricant discharge device and the rolling bearing, and a reflected laser beam Lreflected by the lubricant when it is discharged from the lubricant discharge portis received by a photoreceptordisposed on the optical axis of the reflected laser beam L, whereby whether or not the lubricant is applied to the rolling bearingis determined based on an output from the photoreceptor

Lubricant applying system for a rolling bearing

A prescribed volume of lubricant is transferred from a lubricant discharge port of a liquid volume discharge device to a rolling element of a rolling bearing when the lubricant discharge port is positioned directly above and close to the rolling element , whereby the lubricant is applied to the interior of the rolling bearing . Further the application system inspects whether or not a prescribed volume of lubricant is injected from the discharge device for injecting a lubricant into the interior of a rolling bearing

In a lubricant application system, a prescribed volume of lubricant is transferred from a lubricant discharge port of a prescribed liquid volume discharge device to a rolling element of a rolling bearing in a state in which the lubricant discharge port is positioned directly above and sufficiently close to the rolling element whereby the lubricant is applied to the interior of the rolling bearing Further, the application system inspects whether or not a prescribed volume of lubricant is injected from the discharge device for injecting a lubricant into the interior of a rolling bearing

In a lubricant application system, a prescribed volume of lubricant is transferred from a lubricant discharge port ( ) of a prescribed liquid volume discharge device to a rolling element ( ) of a rolling bearing ( ) in a state in which the lubricant discharge port ( ) is positioned directly above and sufficiently close to the rolling element ( ), whereby the lubricant is applied to the interior of the rolling bearing ( ). Further, the application system inspects whether or not a prescribed volume of lubricant is injected from the discharge device for injecting a lubricant into the interior of a rolling bearing ( ). A laser beam (L ) is irradiated between a lubricant discharge port ( ) of the lubricant discharge device and the rolling bearing ( ), and a reflected laser beam (L ) reflected by the lubricant when it is discharged from the lubricant discharge port ( ) is received by a photoreceptor ( ) disposed on the optical axis of the reflected laser beam (L ), whereby whether or not the lubricant is applied to the rolling bearing ( ) is determined-based on an output from the photoreceptor ( ).

In a lubricant application system, a prescribed volume of lubricant is transferred from a lubricant discharge port of a prescribed liquid volume discharge device to a rolling element of a rolling bearing in a state in which the lubricant discharge port is positioned directly above and sufficiently close to the rolling element , whereby the lubricant is applied to the interior of the rolling bearing . Further, the application system inspects whether or not a prescribed volume of lubricant is injected from the discharge device for injecting a lubricant into the interior of a rolling bearing . A laser beam L is irradiated between a lubricant discharge port of the lubricant discharge device and the rolling bearing , and a reflected laser beam L reflected by the lubricant when it is discharged from the lubricant discharge port is received by a photoreceptor disposed on the optical axis of the reflected laser beam L , whereby whether or not the lubricant is applied to the rolling bearing is determined based on an output from the photoreceptor

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Kanagawa, Japan

Masaaki Sekine