167results about How to "Exact width" patented technology

The device to join a sheet of smooth cardboard (N4) to a sheet of corrugated cardboard (N1; N2; N3), comprises a series of heated plates (3) aligned according to a longitudinal direction of feed (F) of the cardboard and, above said heated plates, pressure elements (53) to press the cardboard against said heated plates, which are fastened by elastic elements to a supporting structure (41). The supporting structure comprises a plurality of frames (41) aligned according to the longitudinal direction (F) and the inclination of the frames is adjustable to modify the pressure profile applied by said pressure elements to the cardboard (C).

A blind is provided which uses a toothed band bodies such as slender toothed belts as rod holding bodies including operating band bodies, instead of conventional cords and tape, having a straightforward structure providing accurate and stable parallel holding of moving rods, and quit and smooth movement, due to accurate operations without slippage due to engaging of bands and wheels having teeth, without problems such as tangling and bending and the like. Particularly, a rod movement holding device suitable for having multiple moving rods and having multiple shielding adjustment faces, and a blind having a rod operating device, can be provided.

An electronic measuring device is disclosed which includes a pair of wheels connected to an axle that passes through a drive gear. The drive gear is enmeshed to a second gear which, in turn, is coaxially connected to an encoder disk. The encoder disk has spaced-apart fins around its outer periphery. As the wheels turn and the encoder disk rotates, the fins and openings between the fins pass between an emitter and a receiver. The emitter and receiver are linked to a controller which calculates the distance traversed by the wheels based upon the number of fins that pass between the emitter and receiver, or with an active counting system (ACS). The controller also includes functions to establish start and stop points for a measurement and an easy means for dividing a measured distance into equal parts or segments and a means for marking the boundary points that define the segments when the measuring device is rolled back across the measured distance. The device can be used on both planar and non-planar surfaces.

A method of fabricating a gate of a fin type transistor includes forming hard masks to define active regions of a substrate. A shallow trench isolation method is performed to form a first device separation layer, and then an etch-back process is performed such that the active regions protrude. Sidewall protection layers are formed on sidewalls of the active region, and a second device separation layer is formed thereon, thereby obtaining a device isolation region. The sidewall protection layers include an insulation material with an etch selectivity with respect to an insulation material composing the device isolation region. The device isolation region is selectively etched to form recesses for a fin type active region. Dry etching and wet etching are performed on the silicon nitride to remove the hard masks and the sidewall protection layers, respectively. Gates are formed to fill the recesses.