Abstract: A fingerprint identification apparatus includes a cover lens, an optically clear adhesive layer, a fingerprint sensitive layer and a stress buffer. A total thickness of the cover lens and the optically clear adhesive layer is less or equal to a value “M”, wherein 0.3 mm?M?0.45 mm. The cover lens and the fingerprint sensitive layer are adhered by the optically clear adhesive layer. The fingerprint sensitive layer is disposed on the stress buffer. The stress buffer has greater hardness than that of the fingerprint sensitive layer.

Abstract: A fingerprint identification apparatus includes a cover lens, an optically clear adhesive layer, a fingerprint sensitive layer and a stress buffer. A total thickness of the cover lens and the optically clear adhesive layer is less or equal to a value “M”, wherein 0.3 mm?M?0.45 mm. The cover lens and the fingerprint sensitive layer are adhered by the optically clear adhesive layer. The fingerprint sensitive layer is disposed on the stress buffer. The stress buffer has greater hardness than that of the fingerprint sensitive layer.

Abstract: Disclosed is a magnetic elastic hairdressing massage comb, which includes a circle of outer non-electric conductive adiabatic gears with a certain interval space arranged around a working face of the shell and a heat conductive comb body layer arranged at the inner of the non-electric conductive adiabatic gear circle, on which several lattice arrayed magnetic elastic moving gears are set. Said magnetic elastic moving gears are hollow heat conductive gears. A heat resistant magnetic body X is fixed in the bottom of the hollow heat conductive gear body. On the upside of X, a heat resistant magnetic body Y is arranged with X with like poles facing each other. The top of Y is connected to a small high-temperature resistant adiabatic column, which stretches out of the opening at the top of said hollow heat guide gears.

Abstract: A routing method for differential current switch (DCS) pairs initially shortens the min/max length window for a first routed rail in order to increase the likelihood that length of the second rail will fall within the window. Next, the routing domain for the first rail is modified so that the first pin exit direction to the route is toward the second pin of the differential current switch pair. A suitable algorithm, such as a prior art mazerouter algorithm, is used to route the first rail along a path restricted to the routing domain. At each proposed via connection for connecting the first rail route from one plane to another, the program accepts the proposed via connection only if there is an available adjacent via for routing the second via. If a via for routing the second rail is not available, the proposed route for the first rail is rejected.

Abstract: A method of assigning pins to corresponding connection points in the design of computer modules where connection points on one layer need to be electrically connected through the pins to a wiring layer so as to minimize the length of the wiring between the points. A best area for selecting a pin is identified for each point that needs to use a pin, and pins are preferentially assigned to the points from their respective best areas. The method introduces a consideration of the direction of the destination point into the assignment solution and allows previous assignment methods to be used which incorrectly assumed that the direction to the destination point could be ignored.