110results about How to "Short width" patented technology

An adjustment mechanism for armrests includes an armrest plane and a lower plate fastened under the armrest plane. A removable block with smaller length is disposed inside the lower plate. Elastic locating rings are disposed on right and left sides of the removable lock, corresponding to linear locating slot composed of a plurality of curved slots on right and left sides of an inner part of the lower plate. Thus the removable block and the lower plate are moving or located relative to each other. A rectangular slot with a rectangular piece whose width is smaller than that of the rectangular slot is mounted on the removable block. And curved slots for location is arranged on side of the rectangular piece so that the rectangular piece and the rectangular slot move transversely and being located, relative to each other. Moreover, a round slot with a disc therein is arranged on the rectangular piece while a plurality of locating slots is mounted on circumference of the disc so that the rectangular piece and the disc rotate and locate relative to each other. By a fastening member inserting through the disc, the rectangular piece, and the transverse slot on bottom of the removable block, the disc is secured on a fastening seat that is secured on the armrest support. Thereby the armrest has adjustable rotation angle, longitudinal displacement and transverse displacement, relative to the armrest support.

An electrode inspection apparatus for spot welding is provided for precisely measuring diameters of a tip of an electrode without reducing availability ratio in a production line, and is particularly useful when inspecting a weld gun having electrodes with a narrow distance therebetween.A CCD camera 91 for imaging the tip of the electrode held to the weld gun is disposed in an inspection apparatus body 6. The inspection apparatus body 6 includes a measuring reference unit 7 in which a fixing hole 72a for fixing the tip of the electrode is formed, and a mirror 8 obliquely arranged with respect to the electrode so as to be distant from the fixing hole 72a at a position opposite to the electrode with respect to the measuring reference unit 7. The CCD camera 91 is disposed in a side of the mirror 8 with a distance therebetween for imaging the tip of the electrode from a direct front thereof reflected on the mirror 8 by reflection.

An engine and a transmission case are connected to configure a drive unit. Left and right lower portions of the engine and left and right lower portions of the transmission case are supported on an underframe by lower anti-vibration mounts. A lateral frame is provided in a form bridging left and right upper frames. An upper portion of the transmission case is supported by an upper anti-vibration mount on a middle portion of the lateral frame.

The present invention is directed to a shipping and display tray for holding a plurality of articles contained therein in an upright position at a point of sale. The shipping and display tray is made of paperboard and defined by a one-piece shallow tray having a bottom wall, a front wall, a back wall, and opposite side walls foldably joined with one another. A plurality of parallel spaced apart bumpers are foldably joined to the respective opposite side walls and forming two rows, an aisle, and a plurality of channels when positioned on the bottom wall. The plurality of the channels engages with bottom edges of the plurality of articles to hold the article in standing upright position and prevent the articles from falling over when one of the articles is removed from the display tray. The front wall of the tray includes a flap panel foldably joined thereto and has a pair of openings used to engage with the bumpers.

A high voltage MOS transistor including a substrate, a well, a gate insulation layer, a gate, two drift regions, a channel region, a source / drain region and an isolation structure is provided. The well is disposed in the substrate and the gate insulation layer is disposed over the substrate. The gate is disposed over the gate insulation layer. The two drift regions are in the well at two sides of the gate and the width of the gate is smaller than or equal to that of the drift regions. The channel region is disposed between the drift regions and the width of the channel region is greater than that of the drift regions. The source / drain regions are formed within the drift regions. The isolation structure is disposed inside the drift regions between the source / drain region and the channel region. The drift regions enclose the source / drain regions and the isolation structure.