Abstract: In an embodiment, a device includes: a sensor die having a first surface and a second surface opposite the first surface, the sensor die having an input/output region and a first sensing region at the first surface; an encapsulant at least laterally encapsulating the sensor die; a conductive via extending through the encapsulant; and a front-side redistribution structure on the first surface of the sensor die, the front-side redistribution structure being connected to the conductive via and the sensor die, the front-side redistribution structure covering the input/output region of the sensor die, the front-side redistribution structure having a first opening exposing the first sensing region of the sensor die.

Abstract: A drive device of an adjustable desk, which includes a drive shaft and a drive source. The drive shaft is detachably connected to an elevating device of the adjustable desk. The drive source is connected to the drive shaft and is configured to rotate the drive shaft to drive the elevating device, thereby allowing users to drive the adjustable desk manually or electrically.

Abstract: A lift table includes a base unit having a supporting beam connected between two legs. An elongated member is connected to a first linking rod, a second linking rod and a third linking rod and is pivotably connected to the legs. The first linking rod, the second linking rod and the third linking rod are pivotable together with the elongated member relative to the legs and are, thus, pivotable relative to the base unit. A telescopic actuator includes two ends pivotably connected to the supporting beam and the second linking rod, respectively. A top board unit is pivotably connected to the first and third linking rods and includes a switch operable to actuate the actuator to proceed with a telescope movement, causing the first and third linking rods to pivot relative to the legs, thereby lifting or lowering the top board unit.

Abstract: A lift table includes a base unit having a supporting beam connected between two legs. An elongated member is connected to a first linking rod, a second linking rod and a third linking rod and is pivotably connected to the legs. The first linking rod, the second linking rod and the third linking rod are pivotable together with the elongated member relative to the legs and are, thus, pivotable relative to the base unit. A telescopic actuator includes two ends pivotably connected to the supporting beam and the second linking rod, respectively. A top board unit is pivotably connected to the first and third linking rods and includes a switch operable to actuate the actuator to proceed with a telescope movement, causing the first and third linking rods to pivot relative to the legs, thereby lifting or lowering the top board unit.

Abstract: Embodiments of performing a photolithography process are provided. The method for performing the photolithography process includes providing a substrate and forming a photoresist layer over the substrate. The method further includes forming exposed photoresist portions by performing an exposure process on the photoresist layer. The method further includes performing a surface modifying treatment on the photoresist layer after the exposure process and removing the exposed photoresist portions by performing a developing process.

Abstract: A back support cushion device includes a support member, at least one cushion assembly, and at least one elastic assembly. The support member includes a first groove. The cushion assembly includes a second groove. The elastic assembly is located between the support member and the cushion assembly and includes an elastic member, and first and second members. The elastic member includes first and second portions. The first portion is engaged into the first groove, and the second portion is engaged into the second groove. The first member includes a first end disposed in the first portion and a second end connected to the first groove. The second member includes a first end disposed in the second portion and a second end connected to the second groove.

Abstract: A back support cushion device includes a support member, at least one cushion assembly, and at least one elastic assembly. The support member includes a first groove. The cushion assembly includes a second groove. The elastic assembly is located between the support member and the cushion assembly and includes an elastic member, and first and second members. The elastic member includes first and second portions. The first portion is engaged into the first groove, and the second portion is engaged into the second groove. The first member includes a first end disposed in the first portion and a second end connected to the first groove. The second member includes a first end disposed in the second portion and a second end connected to the second groove.

Abstract: Embodiments of performing a photolithography process are provided. The method for performing the photolithography process includes providing a substrate and forming a photoresist layer over the substrate. The method further includes forming exposed photoresist portions by performing an exposure process on the photoresist layer. The method further includes performing a surface modifying treatment on the photoresist layer after the exposure process and removing the exposed photoresist portions by performing a developing process.

Abstract: An angle inclining structure for a desk contains a body and an angle inclining structure, the body including two opposite support legs, a horizontal rod, and two support posts connected with the two support legs and a first plate, wherein the angle inclining structure is disposed between the horizontal rod and the first plate and has a holder, a covering member, and a buffer member, the holder includes a locking tab and connects with the horizontal rod, a receiving room to receive a retainer and a pushing element, and a groove to receive a positioning member; the covering member includes a slot, plural tilted recesses, and a locking hole; a free end of the buffer member axially couples with one end of the covering member and a bottom surface of the first plate so that when the first plate axially rotates upwardly, the covering member slides on the holder.

Abstract: An adjustable desk includes a desk board, a supporting unit, and a first adjusting unit. The desk board includes front and rear ends. The supporting unit disposed between the desk board and the ground includes a first leg pivotally connected with the front end. The first adjusting unit mounted between the desk board and the first leg includes a screw shaft, at least one linkage, and at least one level. The linkage is engaged screwedly with screw shaft. The level pivotally connected between the linkage and the rear end. While the screw shaft is rotated, the linkage is moved axially between two ends of the outer screw portions to drive the level pivoting with respect to the screw shaft. The desk board is pivoted with respect to the first leg to adjust a slope angle formed between the desk board and the supporting unit steplessly without tools.

Abstract: An angle inclining structure for a desk contains a body and an angle inclining structure, the body including two opposite support legs, a horizontal rod, and two support posts connected with the two support legs and a first plate, wherein the angle inclining structure is disposed between the horizontal rod and the first plate and has a holder, a covering member, and a buffer member, the holder includes a locking tab and connects with the horizontal rod, a receiving room to receive a retainer and a pushing element, and a groove to receive a positioning member; the covering member includes a slot, plural tilted recesses, and a locking hole; a free end of the buffer member axially couples with one end of the covering member and a bottom surface of the first plate so that when the first plate axially rotates upwardly, the covering member slides on the holder.

Abstract: An adjustable desk includes a desk board, a supporting unit, and a first adjusting unit. The desk board includes front and rear ends. The supporting unit disposed between the desk board and the ground includes a first leg pivotally connected with the front end. The first adjusting unit mounted between the desk board and the first leg includes a screw shaft, at least one linkage, and at least one level. The linkage is engaged screwedly with screw shaft. The level pivotally connected between the linkage and the rear end. While the screw shaft is rotated, the linkage is moved axially between two ends of the outer screw portions to drive the level pivoting with respect to the screw shaft. The desk board is pivoted with respect to the first leg to adjust a slope angle formed between the desk board and the supporting unit steplessly without tools.

Abstract: A detachable computer desk having a frame with two substantially inverted T-shaped legs, two crosspieces interconnected tops of the legs, and two fastening boards each including two parallel series of first apertures at both sides; a bracket assembly having a bar, two endpieces each having an opening, and C-shaped brackets slidable about the bar; shelves coupled to the brackets; a desk top coupled to the fastening boards; a notched member coupled to one leg, the notched member having two parallel columns of notches; an L-shaped computer seat having two parallel columns of second apertures and a lateral slit; and an L-shaped abutment plate opposite to a vertical section of the computer seat, the abutment plate being releasably secured to the slit. Height adjustments of both the computer seat and the desk top are made possible.

Abstract: A detachable computer desk comprises a frame comprising two substantially inverted T-shaped legs, two crosspieces interconnected tops of the legs, and two fastening boards each including two parallel series of first apertures at both sides; a bracket assembly comprising a bar, two endpieces each having an opening, and C-shaped brackets slidable about the bar; shelves coupled to the brackets; a desk top coupled to the fastening boards; a notched member coupled to one leg, the notched member comprising two parallel columns of notches; an L-shaped computer seat comprising two parallel columns of second apertures and a lateral slit; and an L-shaped abutment plate opposite to a vertical section of the computer seat, the abutment plate being releasably secured to the slit. Height adjustments of both the computer seat and the desk top are made possible.

Abstract: A partition framework for dividing a space into small compartments is composed of a plurality of frame parts having an upright support, a plurality of connection heads, and at least one connect in column. The upright support is provided with a plurality of fastening holes and through holes. The connection heads have a base, a hollow projection and a stepped hollow projection. The connection column is provided with at least two slide slots extending along the direction of the longitudinal axis of the connection column.