67results about How to "Degrading direction" patented technology

A second electric motor is arranged on a first axis on which an output shaft of the engine is arranged, a transmission is arranged on a second axis which is parallel with the first axis, and a clutch is arranged on the first axis to selectively connect and disconnect the second electric motor and the transmission to and from the engine. Power on the first axis is transmitted to an input shaft of the transmission via a power transmitting mechanism.

In a touch screen, the number of dummy column block region patterns is made smaller than the number of plurality of detection block region patterns. The plurality of detection block region pattern are obtained as a result of dividing a crossing region where a column direction wire bunch and a row direction wire bunch cross each other. The dummy column block region patterns are obtained as a result of dividing a crossing region where a dummy column direction wire bunch and a row direction wire bunch cross each other.

A door handle assembly includes a door handle having an operator portion, and a shank extending from the operator portion. A mounting plate has a first bearing, the first bearing being sized to receive the shank of the door handle. An auxiliary bearing assembly includes an auxiliary bearing support and a second bearing. The auxiliary bearing support is connected to the mounting plate, wherein the second bearing is spaced apart a distance from the first bearing along an axis passing through the first bearing and the second bearing, the second bearing being sized to receive the shank of the door handle.

An integrated semiconductor optical device includes first and second semiconductor optical devices. The first semiconductor optical device includes a first core layer, a first upper cladding layer including a first ridge portion, a first buried layer surrounding the first ridge portion, and a first adjusting layer provided between the first buried layer and the first ridge portion. The second semiconductor optical device includes a second core layer, a second upper cladding layer including a second ridge portion. The first semiconductor optical device and the second semiconductor optical device are arranged next to each other in a predetermined axis direction. The first core layer is joined to the second core layer by a butt joint method at a joint boundary between the first and second semiconductor optical devices. The first adjusting layer has a refractive index lower than a refractive index of the first core layer and higher than a refractive index of the first buried layer. The first adjusting layer extends in the predetermined axis direction. The first adjusting layer has a constant width from one end facet to the joint boundary.

The invention relates to a supply device for the supply of filled sacks to a palletizing device, comprising a main supply belt for the supply of a first row of filled sacks on a sliding area of the palletizing device, wherein beneath the main supply belt at least one secondary feed belt is assembled for the supply of another row of filled sacks on the sliding area beneath a first row of filled sacks.

A film pattern forming method is for forming a film pattern on a predetermined region of a substrate that has a predetermined shape. The film pattern forming method includes: rendering a surface of the substrate liquid-repellent; applying droplets of a liquid containing material for forming the film pattern in a margin area of the predetermined region in which the film pattern is to be formed, thereby forming a margin band of the applied droplets and forming a margin band film by drying or hardening the margin band; rendering the surface of the substrate lyophilic; and applying droplets of the liquid in the predetermined region circumscribed by the margin band film and thereby filling the predetermined region.