Abstract: A semiconductor package including a first semiconductor die, a second semiconductor die, a first insulating encapsulation, a dielectric layer structure, a conductor structure and a second insulating encapsulation is provided. The first semiconductor die includes a first semiconductor substrate and a through silicon via (TSV) extending from a first side to a second side of the semiconductor substrate. The second semiconductor die is disposed on the first side of the semiconductor substrate. The first insulating encapsulation on the second semiconductor die encapsulates the first semiconductor die. A terminal of the TSV is coplanar with a surface of the first insulating encapsulation. The dielectric layer structure covers the first semiconductor die and the first insulating encapsulation. The conductor structure extends through the dielectric layer structure and contacts with the through silicon via.

Abstract: The present disclosure is directed to a semiconductor device. The semiconductor device includes a substrate, an insulating layer disposed on the substrate, a first conductive feature disposed in the insulating layer, and a capacitor structure disposed on the insulating layer. The capacitor structure includes a first electrode, a first dielectric layer, a second electrode, a second dielectric layer, and a third electrode sequentially stacked. The semiconductor device also includes a first via connected to the first electrode and the third electrode, a second via connected to the second electrode, and a third via connected to the first conductive feature. A part of the first via is disposed in the insulating layer. A portion of the first conductive feature is directly under the capacitor structure.

Abstract: The present invention provides a wireless communication method of an electronic device, wherein the wireless communication method includes the steps of: receiving a first beacon with TIM comprising an AID of the electronic device; in response to the first beacon with TIM, controlling the electronic device to switch to an active mode from a power saving mode to receive a first packet, wherein a time length of the active mode is less than a beacon period; receiving a second beacon with no TIM, wherein the second beacon with no TIM does not comprise the AID of the electronic device; and in response to the second beacon with no TIM, controlling the electronic device to switch to the active mode from the power saving mode.

Abstract: The present invention provides a wireless communication method of an electronic device, wherein the wireless communication method includes the steps of: receiving a first beacon with TIM comprising an AID of the electronic device; in response to the first beacon with TIM, controlling the electronic device to switch to an active mode from a power saving mode to receive a first packet, wherein a time length of the active mode is less than a beacon period; receiving a second beacon with no TIM, wherein the second beacon with no TIM does not comprise the AID of the electronic device; and in response to the second beacon with no TIM, controlling the electronic device to switch to the active mode from the power saving mode.

Abstract: An deck capable of being assembled quickly and conveniently includes a desk frame formed by two rectangular frames; a rear upper bar being connected between two respective corners of two rectangular frames and a lower bar being connected between a middle section of front bars of two rectangular frames; each of two opposite inner lateral sides of the desk frame being formed with an insertion sheet, and two inner lateral sides of the two inclined sections of the two rectangular frames being formed with respective embedding sheets; a front stop plate being assembled to a front end of the desk plate; each of the two lateral sides of the desk plate being formed with a respective inward slot and each inward slot being further formed with an inner groove; in assembly, the two insertion sheets of desk frame will insert into the two inward slots of the desk plate for engagement.

Abstract: A chair capable of installing a handle freely, comprising: a chair frame formed by two symmetrical sub-frame; each sub-frame including a supporting bar and an assembly bar bending from the supporting bar; one end of the assembly being formed with a hollow space for being inserted by a handle; a seat supported by the chair frame and installed between the two sub-frame. Each chair back has two sleeves at two sides thereof; each sleeve enclosing a respective one of the assembly bars; and a retainer for fixing the sleeve to the assembly bar of the frame. The chair further comprises at least one rotatable handle; for each chair frame, a shaft being inserted into a hollow space of the assembly bar of the frame; and a pivotal device is used to pivotally install the handle and the shaft, and a supporting plate is installed on the shaft.

Abstract: A chair capable of installing a handle freely, comprising: a chair frame formed by two symmetrical sub-frame; each sub-frame including a supporting bar and an assembly bar bending from the supporting bar; one end of the assembly being formed with a hollow space for being inserted by a handle; a seat supported by the chair frame and installed between the two sub-frame. Each chair back has two sleeves at two sides thereof; each sleeve enclosing a respective one of the assembly bars; and a retainer for fixing the sleeve to the assembly bar of the frame. The chair further comprises at least one rotatable handle; for each chair frame, a shaft being inserted into a hollow space of the assembly bar of the frame; and a pivotal device is used to pivotally install the handle and the shaft, and a supporting plate is installed on the shaft.

Abstract: An easy and quick assembly desk includes a desk frame formed by two rectangular frames; a rear upper bar being connected between two respective corners of two rectangular frames and a lower bar being connected between a middle section of front bars of two rectangular frames; each of two opposite inner lateral sides of the desk frame being formed with an insertion sheet, and two inner lateral sides of the two inclined sections of the two rectangular frames being formed with respective embedding sheets; a front stop plate being assembled to a front end of the desk plate; each of the two lateral sides of the desk plate being formed with a respective inward slot and each inward slot being further formed with an inner groove; in assembly, the two insertion sheets of desk frame will insert into the two inward slots of the desk plate for engagement.

Abstract: A technique, as well as select implementations thereof, pertaining to adaptive memory preparation is described. The technique may involve analyzing memory usage data of a plurality of child processes of a parent process. The technique may also involve determining whether a shared memory space is to be prepared by the parent process for use by at least a first child process based at least in part on the analyzing.

Abstract: A chair supporting structure comprises a base frame having a plurality of connecting arms which is downwardly inclined; a lower distal end of each connecting arm being formed with outer threads for combining with the connecting units; a plurality of legs being installed at a bottom of the a seat of a chair; an upper end of each leg being formed with an insertion hole; and a plurality of combining units for combining the base frame and let set; an upper end of the combining unit being formed with a combining hole which has inner threads; so that the outer threads of each combining arm being threadly engaged with the inner threads of the combining hole of the combining unit; a lower end of the combining unit being tightly engaged to the insertion hole so that the base frame is combined with the legs.

Abstract: A chair without combining components comprises a chair frame including two leg frames for combining a chair seat and two assembly posts; a rear transversal supporting rod installed at a back side between the two leg frames of the chair frame; each of two lateral side of the chair back having an insertion hole for receiving one of the two assembly posts and a buckling sleeve; wherein in assembly, the assembly post is inserted into the hollow portion of the buckling sleeve and then the buckling sleeve is inserted into the insertion hole of the chair back; after assembly, a top end of the buckling sleeve is between a top end of the assembly post and an inner upper wall of the insertion hole so as to suffer forces from the assembly post toward the inner upper wall of the insertion hole.

Abstract: A chair supporting structure comprises a base frame having a plurality of connecting arms which is downwardly inclined; a lower distal end of each connecting arm being formed with outer threads for combining with the connecting units; a plurality of legs being installed at a bottom of the a seat of a chair; an upper end of each leg being formed with an insertion hole; and a plurality of combining units for combining the base frame and let set; an upper end of the combining unit being formed with a combining hole which has inner threads; so that the outer threads of each combining arm being threadly engaged with the inner threads of the combining hole of the combining unit; a lower end of the combining unit being tightly engaged to the insertion hole so that the base frame is combined with the legs.

Abstract: A technique, as well as select implementations thereof, pertaining to adaptive memory preparation is described. The technique may involve analyzing memory usage data of a plurality of child processes of a parent process. The technique may also involve determining whether a shared memory space is to be prepared by the parent process for use by at least a first child process based at least in part on the analyzing.

Abstract: A chair assembly includes a frame, seat, and a back. The frame has two foot frames and two back supports. The foot frame has an upper rod, and an extending supporting rib is formed to the upper rod. The back support has an assembling sheet. The seat has a cut for receiving the upper rod of the foot frame on two lateral sides thereof, and the rear side of the seat also has a cut for receiving the transverse shaft of the frame. The back has two pin holes on two lateral sides of the bottom thereof for receiving the back supports of the frame, and the pin hole has a slot for receiving the assembling sheet of the back support. The seat is fixed to the frame, and the back is fixed to the frame through the assembling sheet of the back support with two fastening components.

Abstract: A chair assembly includes a frame, seat, and a back. The frame has two foot frames and two back supports. The foot frame has an upper rod, and an extending supporting rib is formed to the upper rod. The back support has an assembling sheet. The seat has a cut for receiving the upper rod of the foot frame on two lateral sides thereof, and the rear side of the seat also has a cut for receiving the transverse shaft of the frame. The back has two pin holes on two lateral sides of the bottom thereof for receiving the back supports of the frame, and the pin hole has a slot for receiving the assembling sheet of the back support. The seat is fixed to the frame, and the back is fixed to the frame through the assembling sheet of the back support with two fastening components.

Abstract: A convenient telescopic folding chair includes a front foot, back cushion, rear foot, seat cushion, and telescopic rods arranged between the rear foot and the seat cushion. The front foot pivots on the rear foot by connecting components. The back cushion is inserted into two ends of the front foot. The rear foot connects the seat cushion through two telescopic rods arranged to two ends of the rear foot. The seat cushion is further connected to the front foot through connecting components. The seat cushion includes a tube frame and a cushion. The cushion is fixed to the frame will two plugs formed to two lateral sides of the cushion inserting into two ends of the frame so as to form a convenient, space-saving, light and fine folding chair.

Abstract: A supporting frame comprises four transversal supporting tubes, each of the transversal supporting tubes having two hollow ends; each two adjacent inner faces of each transversal supporting tube being formed with a screw hole; four longitudinal supporting tubes, each upper end of the longitudinal supporting tubes being a hollow end; moreover, each two adjacent inner faces of each longitudinal supporting tube being formed with respective screw holes; and a plurality of three-way internal connecting units; each three-way internal connecting unit having three inserting ends; each inserting end of the three-way internal connecting unit can be inserted into the hollow ends of the transversal supporting tube and the longitudinal supporting tube; thus by the longitudinal supporting tubes, the four transversal supporting tubes can be assembled as a rectangular upper frame and the four longitudinal supporting tubes being assembled as legs of the upper frame.

Abstract: A foot cushion for desk or chair consists of welded upper seat and lower pad by the means of secondary processing molding. A receiving portion is formed to an upper portion of the upper seat for receiving a foot of the desk or chair. The lower pad is welded to the bottom of the upper seat. The upper seat has stronger hardness than the lower pad, and the lower pad has higher resilience than the upper seat. The upper seat will tightly connected to the foot of the desk or chair, and the lower pad attached to the upper seat will never come off and provide soft contact to the ground without scratching, slippage, and noise.

Abstract: A supporting frame comprises four transversal supporting tubes, each of the transversal supporting tubes having two hollow ends; each two adjacent inner faces of each transversal supporting tube being formed with a screw hole; four longitudinal supporting tubes, each upper end of the longitudinal supporting tubes being a hollow end; moreover, each two adjacent inner faces of each longitudinal supporting tube being formed with respective screw holes; and a plurality of three-way internal connecting units; each three-way internal connecting unit having three inserting ends; each inserting end of the three-way internal connecting unit can be inserted into the hollow ends of the transversal supporting tube and the longitudinal supporting tube; thus by the longitudinal supporting tubes, the four transversal supporting tubes can be assembled as a rectangular upper frame and the four longitudinal supporting tubes being assembled as legs of the upper frame.