The pre-coding matrix is a matrix produced by puncturing a unitary matrix.

The matrix is decomposing into a column matrix and a row matrix, wherein a width of the column matrix is substantially smaller than a height of the column matrix and the height of the row matrix is substantially smaller than the width of the row matrix.

A second matrix, which is the covariance matrix of the first matrix, is calculated.

The matrix may be a collagen matrix.

The supplementary matrix calculation unit calculates a projection-matrix supplementary matrix by using the motion data, the first matrix, and a past supplementary matrix.

A forming mould for an insole enclosing an uneasy deformable material interlayer (30) comprises an upper die (40) and a lower die (50) cooperating with the upper die (40).

The press mould also includes at least one elastic storing restrictor provided between the upper mould(3) and the lower mould(9).

A moulding die for a coupler (40) comprises a fixed side split die (41) and a movable side split die (43), and a core (45) assembled with both split dies (41, 43).

The die assembly includes a bottom die and a top die.

The die comprises a pool die plate, an orifice die plate, and a profile die plate.

The roll forming die includes a first and second die.

The apparatus includes a right die plate (16), a left die plate (18), a lower die plate (12) and an upper die plate (14).

A die block holder holds the die block and the second die.

The DNA template formed using the target RNA as template is then rendered single-stranded to enable the hybridization of the DNA template to a promoter template.

The DNA template is then extended using the promoter template to form an extended DNA template comprising a functional double-stranded promoter.

The method provides the first template and the second template to the learning object repository.

The shapes on the upper template (12) align with the shapes of the lower template (14) when the posts and the regions of the upper template (12) and lower template (14) are in alignment.

The target gene has a template strand and a coding strand complementary to the template strand.

The IC can include the master die and a slave die (110, 410).

Also disclosed are a molding die and an electroforming master.

The mold cavity (14) is laterally delimited by vertical mold walls (15, 16) of the mold frame (21).

The antimicrobial matrix prevents the growth of microbes, such as molds, on the matrix.

A bending mold for a bending apparatus according to the present invention includes an upper mold (12) and a lower mold (14).

The die is then assembled with a second die (12A) to form a mold.

The invention also relates to a covered array, comprising the array and an array cover, as well as an apparatus comprising the array, which comprises the array, an array cover and a stage.

The light extracting elements can be an array of trenches, an array of holes, an array of ridges or an array of etched strips.

The transducer array includes a 2D array of transducer elements (104).

The array is programmed in a conventional EPROM cell array manner.

The array of image cells consists of an array of detector cells and an array of image cell circuits.

The metal matrix composite layers may include fiber reinforced metal matrix composites.

Each row is modulation encoded to enforce a first modulation constraint; the array is transformed into a second array which is transformed into a third array having predetermined empty locations in each column interleaved with the modulated data.