42results about How to "Little complexity" patented technology

Described are laser systems for treating skin. The system includes a first solid-state laser for producing a first output beam, a second solid state laser for producing a second output beam, and a delivery device for directing the second output beam to a target region of skin. The second solid state is adapted to absorb a first part of the first output beam for generating excitation in a rare-earth doped gain medium to produce the second output beam. The second output beam is for treating the skin.

A data processing system 2 includes a single instruction multiple data register file 12 and single instruction multiple processing circuitry 14. The single instruction multiple data processing circuitry 14 supports execution of cryptographic processing instructions for performing parts of a hash algorithm. The operands are stored within the single instruction multiple data register file 12. The cryptographic support instructions do not follow normal lane-based processing and generate output operands in which the different portions of the output operand depend upon multiple different elements within the input operand.

A dental implant consisting more especially of a ceramic material has an implant body for anchoring in a jawbone. An implant post as a tooth support is inserted into the implant body and locked by means of a plug and turn coupling as a bayonet connection.

A circuit for protecting an electric load from overvoltages has an n-channel MOSFET (metal oxide semiconductor field-effect transistor) (T1) and a means for producing a reference voltage in order to achieve the most effective overvoltage protection possible by means of the cheapest and most compact circuit possible, wherein the means for producing a reference voltage is connected to the gate of the MOSFET (T1), wherein a supply voltage is applied to the circuit on the input side and wherein the gate is supplied with a voltage greater than the supply voltage using an auxiliary voltage source in such a way that the MOSFET (T1) is turned on.

The invention provides a shuffle switch matrix compression method based on mode shift, which comprises the following steps: 1, presetting an SF_Table as the table for storing a shuffle mode, setting data granularity for a current shuffle request to be the minimum data granularity supported by a crossbar switch, and compressing according to the current granularity index method; 2, judging whether mode shift relation exists between the compressed shuffle mode for the current shuffle request and a certain table entry in the shuffle mode table; if yes, jumping to step 3, otherwise, jumping to step 4; 3, keeping the shuffle mode table unchanged, adding corresponding shuffle mode address information and relative shift information to a current shuffle command, and then processing the next shuffle request; and 4, adding the current shuffle mode to the shuffle mode table, adding corresponding shuffle mode address information and relative shift information to the current shuffle command, and processing the next shuffle request. The shuffle switch matrix compression method is simple, is convenient to operate and has the advantages of wide application range, improved compression efficiency and the like.

Apparatus, system, and method for clipping graphics primitives are described. In one embodiment, a graphics processing apparatus includes a mapping unit and a clipping engine that is connected to the mapping unit. The mapping unit is configured to map a graphics primitive onto a canonical representation. The clipping engine is configured to perform a set of clipping operations with respect to the canonical representation.

The invention discloses a polarization characteristic detection device and a detection method for a non-planar transparent element. The device comprises polarization characteristic measurement equipment, matching liquid, a container and a clamping piece, wherein the matching liquid is arranged in the container, and the clamping piece is used for clamping the non-planar transparent element and completely immersing the non-planar transparent element in the matching liquid in the container; the matching liquid and the non-planar transparent element are matched for use, so that the emitting direction of the measurement light beam after passing through the matching liquid and the non-planar transparent element is consistent with the emitting direction of the measurement light beam after passing through the planar transparent element independently; the polarization characteristic measurement device is used for detecting the overall polarization characteristic of the non-planar transparent element used in cooperation with the matching liquid and obtaining the polarization characteristic of the non-planar transparent element based on the overall polarization characteristic. The non-planar transparent element is completely immersed in the matching liquid, so that the emitting direction of the measurement light beam after passing through the matching liquid and the non-planar transparent element is consistent with the emitting direction of the measurement light beam after passing through the planar transparent element independently, and the effect of the planar transparent element is further achieved.

The present invention discloses one kind of dragon-tiger Chinese chess developed on the basis of available Chinese chess. The dragon-tiger Chinese chess has one chess board the same as that of available Chinese chess and altered taking rules. The dragon-tiger Chinese chess has 32 chessmen, which have front faces with the same names as that in available Chinese chess but the back faces with the names of corresponding chessmen of the opposite side except black tigers in the back faces of red knights, red cannons and red pawns, and red dragons in the back faces of black knights, black cannons and black pawns. The taken chessman may be used as one of one's own side, and the increased dragons and tigers possess the functions of both knight and cannon, reaching the name of dragon-tiger Chinese chess.

A method for displaying continuous lines on a raster-based display appliance, with a continuous line being defined by a sequence of two-dimensional support points v1 and v2 and a line width w, and with a rectangle 1, which connects the support points v1, v2, having a rectangle length predetermined by the distance between the support points v1, v2 and having a rectangle width predetermined by the line width w being displayed between two support points v1, v2. The method provides that a triangle sequence 6, which covers a gap 5 between the rectangles 1, 2, is displayed between two successive rectangles 1 and 2 whose alignment with respect to one another is at an angle α≧α₀. The triangle sequence 6 includes a plurality of triangles which each have the support point v2, which connects the successive rectangles 1, 2, as a common corner point. A connecting triangle 7 is in each case displayed between the rectangle 1 and the triangle sequence 6 and between the triangle sequence 6 and the subsequent rectangle 2, the corner points of which connecting triangle 7 are the two corner points, which face the triangle sequence 6, of the rectangle 1, and of the subsequent rectangle 2 and the connecting support point v2. The corner points of the triangle sequence 6 are predetermined as a function of the angle α between the alignment of the successive rectangles 1, 2.