Abstract: A flexible light emitting module includes: a flexible substrate; and a flexible multi-layer structure formed on the flexible substrate, and including a plurality of light emitting bare chips that are disposed on the same level and that cooperatively define a spacing thereamong, a dielectric material that fills the spacing and that cooperates with the bare chips to form a light emitting layer, and first and second conductive layers sandwiching and adapted to connect the light emitting layer to a power source.

Abstract: A conduct (3) includes a retention portion (31), a contacting portion (334) extending upwardly from the retention portion (3), a tail portion (34) formed on a distal end of the retention portion. The tail portion (34) has a relatively larger bottom surface vertical to the major surface of the base defining a multilateral-shaped recess (340) adapted to engage a solder member, e.g. solder ball, thereby establishing electrical engagement between the contact and the PCB.

Abstract: A monitor support structure generally comprises a clamping unit, a rotatable arm, a support arm, a pivotal connecting unit, a linking rod, and a shiftable unit. The clamping unit is provided for fixing so as to allow the monitor support structure to hold and support an article. The pivotal connecting unit allows the support arm to shift upward or downward for adjusting the tilt angle of the article. Besides, the elastic devices provide the elastic force for pulling the support arm downward so as to share the weight of the article. Moreover, the linking rod can balance the weight of the article for steadily supporting the article.

Abstract: An adjustable rail-hanging apparatus comprises a main body and a limit device, wherein a hooking part for hooking an aluminum extrusion hanging board is mounted on the upper end of the main body. First screw holes to be inserted by first locking devices are formed on both sides of the main body and guiding grooves are oppositely formed on both sides of the lower end of the main body respectively for movably holding the limit device. A hooking notch is formed on each holding part of the limit device. The adjustable limit device is movably shifted up and down by disposing second locking devices in the guiding grooves and holding the aluminum extrusion hanging board by the hooking notch and the hooking part on the upper end of the main body cooperatively. Consequently, the movable limit device is suitable for aluminum extrusion hanging board with various rail gauges.

Abstract: A wall mounting monitor bracket comprises a sliding base means, at least a movable arm means, and at least a connection means. The movable arm means is hung on the sliding base means via one end, and connected to the connection means via the other end. The other end of the connection means is attached to a first monitor. By adjusting the movable arm means and the connection means, the first monitor can be firmly and easily adjusted to different angles.

Abstract: An adjusting structure is located between a bracing frame and a monitor for height adjustment by using slide-type mechanisms. The adjusting structure comprises a fixing base, a slide base, and a slide means, wherein several trenches are formed on the fixing base for holding the bracing frame. Two insertion trenches are oppositely formed on both sides of the fixing base for holding the slide base. The slide means is coupled with the monitor. When the user holds the both sides of the monitor, he can exactly hook and hold a braking shaft by hands so as to release ratches from a stop device such that the slide means, which is coupled with the monitor, can be inserted into the slide base so as to engage the ratches with the racks. As a result, the adjusting structure can be rapidly, accurately, and finely shifted to a proper height.

Abstract: A bi-axial keyboard bracket is disclosed. The bi-axial keyboard bracket comprises: a slideable plate; a set of X-axis slideways; and a set of Y-axis slideways. The X-axis slideways are horizontally spaced out in a predetermined distance. Each X-axis slideway comprises: a fixed track having a trench; a shorter movable track mounted in the trench; and a connection plate movably embedded in the movable track. The Y-axis slideways are horizontally located between the X-axis slideways. Each Y-axis slideway comprises: a fixed track having a trench; a shorter movable track mounted in the trench; and a connection plate movably embedded in the movable track for connecting the slideable plate with the Y-axis slideways. Accordingly, the keyboard bracket can be pulled out or pushed back by shifting the slideable plate along the Y-axis slideways and the keyboard bracket can be shifted leftward or rightward by shifting the slideable plate along the X-axis slideways.

Abstract: A modular integrated socket apparatus comprises a shell, a pop-up structure, an adapter module, a connector base, and a coupling device. The pop-up structure, the adapter module, the connector base, and the coupling device are mounted in the shell. The adapter module is electrically connected to the connector base. When in use, the shell and the adapter module are located higher than the table by use of the pop-up structure and the coupling device. As a result, the purpose of adding the connector of new hardware or power source can be achieved easily.

Abstract: A bracing frame to be clipped to a cantilever comprises a spool and a fixing rest, wherein the spool consists of a bar-shaped spindle and a plurality of bar-shaped raised tracks. The raised tracks surround the periphery surface of the spindle. A gap is formed between every two adjacent raised tracks. An inward contracted connection part having narrower width is formed between every raised track and the spindle for improving the clipping effect, and a notch is formed respectively on both sides of the connection part. The bracing frame is connected to a clip and a cantilever for holding articles. One or more clips can be disposed side by side or crisscross in any direction. The clips can clip to the raised track at different heights thereby achieving the optimum practicability and efficacy.

Abstract: An adjustable rail-hanging apparatus comprises a main body and a limit device, wherein a hooking part for hooking an aluminum extrusion hanging board is mounted on the upper end of the main body. First screw holes to be inserted by first locking devices are formed on both sides of the main body and guiding grooves are oppositely formed on both sides of the lower end of the main body respectively for movably holding the limit device. A hooking notch is formed on each holding part of the limit device. The adjustable limit device is movably shifted up and down by disposing second locking devices in the guiding grooves and holding the aluminum extrusion hanging board by the hooking notch and the hooking part on the upper end of the main body cooperatively. Consequently, the movable limit device is suitable for aluminum extrusion hanging board with various rail gauges.

Abstract: A land grid array connector (1) for electrically connecting a CPU package (3) to a printed circuit board includes a housing (2) and a number of contacts received in passageways (284) of the housing. The housing has a bottom wall (28) and sidewalls (22,24,26). The bottom wall and the sidewalls cooperatively define a receiving space (20) for accommodating the package therein. Protrusion member (228) is formed on the sidewalls and extends inwardly into the receiving space. A through hole (280) below the protrusion member is defined in the bottom wall for facilitating molding the protrusion member. The protrusion member is configured with a vertical abutting surface (2280) formed at a lateral end toward the receiving space thereof. The bottom wall forms a mounting surface (2820) for sustaining the CPU chip thereon. A vertical shortest distance is formed between a lowest end of the abutting surface of the protrusion member and the mounting surface of the bottom wall.

Abstract: A suspension device for a tool handle has a body (10) with a U-shaped recess (13), and an elastic bracket (20) mounted on the body (10) at two ends in front of the U-shaped recess (13). When the tool handle presses the elastic bracket (20) and the tool handle into the U-shaped recess (13), the tool handle is clamped by the deformed elastic bracket (20) within the U-shaped recess (13). Thereby, the tool handle is directly mounted in the suspension device by simple pressing. Additionally, the body (10) can be detachably mounted on a track assembly to adjust the position of the suspension device and the tool handle.

Abstract: A suspension device for a tool handle has a body (10) with a U-shaped recess (13), and an elastic bracket (20) mounted on the body (10) at two ends in front of the U-shaped recess (13). When the tool handle presses the elastic bracket (20) and the tool handle into the U-shaped recess (13), the tool handle is clamped by the deformed elastic bracket (20) within the U-shaped recess (13). Thereby, the tool handle is directly mounted in the suspension device by simple pressing. Additionally, the body (10) can be detachably mounted on a track assembly to adjust the position of the suspension device and the tool handle.

Abstract: A land grid array connector (1) for electrically connecting a CPU package (3) to a printed circuit board includes a housing (2) and a number of contacts received in passageways (284) of the housing. The housing has a bottom wall (28) and sidewalls (22,24,26). The bottom wall and the sidewalls cooperatively define a receiving space (20) for accommodating the package therein. Protrusion member (228) is formed on the sidewalls and extends inwardly into the receiving space. A through hole (280) below the protrusion member is defined in the bottom wall for facilitating molding the protrusion member. The protrusion member is configured with a vertical abutting surface (2280) formed at a lateral end toward the receiving space thereof. The bottom wall forms a mounting surface (2820) for sustaining the CPU chip thereon. A vertical shortest distance is formed between a lowest end of the abutting surface of the protrusion member and the mounting surface of the bottom wall.

Abstract: A method of preparing a test sample for electron microscopy analysis is disclosed. First, a chip segment is attached to a holder of a sample polisher, and a first polishing end of the chip segment is polished by using the sample polisher to generate a first polished cross section. Thereafter, the chip segment is detached from the holder. Further, a carrier segment is attached to the first cross section of the chip segment and the conjoined carrier segment and the chip segment are attached to a pad segment so as to form a stacked structure. Finally, the stacked structure is attached to the holder, and a second polishing end of the chip segment is polished to generate a second polished cross section.

Abstract: The invention relates to a pliable connector comprising a plurality of metal conductor wires arranged as the plurality of parallel coplanar ones being equally spaced apart, a first insulated medium for embedding the conductor wires to form an insulated layer wherein the spacing between any two adjacent conductor wires is not changed and either end of the insulated layer is open, and a second insulating medium coated on both sides of the insulated layer to form a lamination with a predetermined thickness so as to possess a predetermined flexibility and strength and be cut into a plurality of said pliable connectors with predetermined size.

Abstract: The invention relates to a pliable connector comprising a plurality of metal conductor wires arranged as the plurality of parallel coplanar ones being equally spaced apart, a first insulated medium for embedding the conductor wires to form an insulated layer wherein the spacing between any two adjacent conductor wires is not changed and either end of the insulated layer is open, and a second insulating medium coated on both sides of the insulated layer to form a lamination with a predetermined thickness so as to possess a predetermined flexibility and strength and be cut into a plurality of said pliable connectors with predetermined size.

Abstract: Heat sink securing means is adapted to accommodate a heat sink, and has a circuit board (20) sandwiched therein. The securing means includes a retention module (10), a back plate (30), and a plurality of screws (40). The retention module defines a plurality of through holes (12) therein. The back plate defines a plurality of engaging holes (32) corresponding with the through holes of the retention module. The screws extend through the through holes of the retention module and the circuit board, with lower ends of the screws threadedly engaging in the engaging holes of the back plate. The retention module, circuit board and back plate are thereby firmly and securely combined together.

Abstract: A connecting device for gardening tool has a locking sleeve with a screw bolt and a tool head connector firmly secured in the locking sleeve by inserting the cubic part of the connector into the cubic portion of the locking sleeve and screwing the screw bolt on the locking sleeve. The connecting device allows gardening tool heads to be changed easily and conveniently to satisfy different requirements.