Abstract: A novel additive for recycling thermoset materials, its related recyclable thermoset composition and its application are disclosed. Specifically, the composition of the additive comprises at least one copolymer that has at least one carbamate group, at least one carbonate group and/or at least one urea group, and a number-average molecular weight of the copolymer is between 100 and 50,000 Da.

Abstract: A transmission interface between at least a first module and a second module is proposed. The transmission interface includes at least two physical transmission mediums. Each physical transmission medium is arranged to carry a multiplexed signal in which at least two signals are integrated. The at least two physical transmission mediums include a first physical transmission medium arranged to carry a first multiplexed signal including a first IF signal and a reference clock signal. The first IF signal and the reference clock signal are at different frequencies.

Abstract: A method includes forming a pad layer. The pad layer includes a first portion over a first part of a semiconductor substrate, and a second portion over a second part of the semiconductor substrate. The first portion has a first thickness, and the second portion has a second thickness smaller than the first thickness. The semiconductor substrate is then annealed to form a first oxide layer over the first part of the semiconductor substrate, and a second oxide layer over the second part of the semiconductor substrate. The pad layer, the first oxide layer, and the second oxide layer are removed. A semiconductor layer is epitaxially grown over and contacting the first part and the second part of the semiconductor substrate.

Abstract: A bracket for attachment to a support for mounting a fixture, and method for installing the same are provided. The bracket includes a base having first and second sides. The bracket also includes first and second flanges extending from the first side of the base, the first and second flanges defining an elongate aperture therebetween. The elongate aperture further extends from the first side of the base towards the second side of the base. The elongate aperture is adapted to movably receive one end of the fixture so that the fixture may be mounted to, and demounted from, the bracket by sliding the end of the fixture at least partially along the length of the elongate aperture and wherein the first and second flanges are structured to contact the support to provide lateral support to the base and the fixture.

Abstract: An improved structure rapid assembly/disassembly lamp shade consisting of a double-layer type lamp shade design in which the outer layer lamp shade rests on a plurality of support rods the length of the lamp shade insertionally coupled to the bottom ring and, furthermore, the support rods are upwardly whorl-folded relative to the axial center of the bottom ring such that the support rod top sections are inwardly against the bottom edge of the outer layer lamp shade top ring. Additionally, a top support frame is disposed at the apex of the inner layer lamp shade and, furthermore, the top support frame provides for light bulb mounting.

Abstract: A detachable lamp assembled device comprises a lamp seat secured to a wire winding box, and a lamp rod. A top of the lamp seat is protruded with a connecting seat and a receiving hole is formed in the connecting seat for locating a limiting structure. The limiting structure is formed by a buckling lock at a lowermost side of the receiving hole. An elastomer is above the buckling pin, and a positioning plate is locking above the connecting seat by a first stud. In another case, a buckling hole is formed in the lamp seat and penetrated two sides of the lamp seat. A buckling pin is placed in the buckling hole. A reed is locked below the buckling hole by a first stud and one free end of the reed is inserted into the buckling hole. Thereby, the buckling pin is limited in the buckling hole.

Abstract: A lamp hanging structure comprises a wire connecting box; an edge of the wire connecting box having two ears; a hanging rod; each of two ends of the hanging rod being installed with an fixing hole which is corresponding to a respective one of two positioning holes; a retaining block having a threaded section; a hook being embedded into the retaining block and the elastomer extending upwards to the hook; an elastomer resisting against the hook so as to seal the hook. In assembly, the hanging rod is locked to the positioning holes of the ears. Then the hook is suspended from the hanging rod. The hanging rod resists against the elastomer of the retaining block so that the hanging rod slides through the elastomer to enter into the hook. It can restore automatically through the elastomer so that the hook is positioned to the hanging rod.

Abstract: An improved structure disassembly-type lamp shade comprised of a top ring; a bottom ring; a lamp shade, the upper and lower end surfaces of which are respectively disposed on the top ring and the bottom ring; and support elements braced between the top and bottom rings. A plurality of insertion blocks and are disposed along the physical circumferences of the said top ring and bottom ring which provide for the respective insertion of the upper and lower extremities of the support elements between the top and bottom rings. The support elements are stuck together a ornamental cloth respectively, and having resilience. When the support elements are inserted or insert, the support elements distend arcuately along the lamp shade exterior sides, and then push the said arcuately position to bows inward against the surface of the lamp shade.

Abstract: An improved structure rapid assembly/disassembly lamp shade consisting of a double-layer type lamp shade design in which the outer layer lamp shade rests on a plurality of support rods the length of the lamp shade insertionally coupled to the bottom ring and, furthermore, the support rods are upwardly whorl-folded relative to the axial center of the bottom ring such that the support rod top sections are inwardly against the bottom edge of the outer layer lamp shade top ring. Additionally, a top support frame is disposed at the apex of the inner layer lamp shade and, furthermore, the top support frame provides for light bulb mounting.

Abstract: A locking structure of a ceiling lamp for locking a ceiling lamp to a wire winding box comprises a retaining sheet locking to a bottom of a wire winding box and a plug inserting through the retaining sheet. A middle part of the retaining sheet has a positioning hole formed by overlapping a large size hole and a small size hole. A reed has a round buckling surface with a notch. The round buckling surface covers upon the large size hole. One end of the plug is locked with a nut. After the plug passing through the positioning hole of the retaining sheet from the large size hole to the small size hole, a lower end of the nut resisting against the small size hole of the positioning hole so that the plug is positioned to the retaining sheet.

Abstract: A conductive wire insertion device for installing a lamp rod including a retaining seat and a locking seat. The retaining seat has a stepped through hole. A larger stepped hole of the through hole is exactly inserted by a female joint of a first electric wire. A male joint of a second electric wire is exactly positioned in a bottom stepped hole of the inserting hole. After the locking seat inserts into the retaining seat from a top end thereof, a male joint slightly protruded from a bottom end of the locking seat has an end portion which is exactly inserted into the female joint. A user only inserts the locking seat into the retaining seat without using any locking tool. Thus, the user may assemble it by himself or herself.

Abstract: An insertion structure for inserting a lamp rod to a wire winding box comprises a lamp seat and an inserting head. The retaining seat has a flange and a lateral side of the flange is a threaded surface. The threaded surface passes through the via hole of the wire winding box. A hollow slot is formed on threaded surface of the retaining seat. A lateral side of the slot is locked with a reed. An inner side of the reed is punched with an embedded block. The embedded block protruding into the slot of the retaining seat. An interior of the insertion head is fixed with a conductive plug. A lateral side of the insertion head has a bank of teeth for buckling the retaining seat. Thereby, a lamp rod with the insertion structure is detachable from the wire winding box easily for storage and transfer.

Abstract: An easily assembled lamp assembling device comprising a supporting frame installed on a light steel frame and a base locking to the supporting frame by screws. Two sides of the supporting frame have respective shrouds. The supporting frame has a buckling hole. The buckling hole extends to the shroud. An open space is formed above the buckling hole. The suspending screw rod is buckled to the opening space. The confining plate is exactly buckled to the buckling hole. Thereby, the suspending screw rod exactly protrudes from the supporting frame. A protruding end of the suspending screw rod exactly passes through a via hole in the base. A lock nut engages the suspending screw rod so that the base is substantially positioned to the supporting frame. A lamp is fixed to a lower side of the though hole. Thereby, an easy assembly lamp is formed.

Abstract: A ceiling lamp suspending device comprise the following elements. A wire connecting box has two ears arranged at two edges thereof. A retaining sheet is below the wire connection box. A through hole is near a center of the retaining sheet. One edge of the through hole is extended with and communicable to a long hole. A stop elastomer is disposed aside the through hole. A part of the stop elastmoer covering the through hole. A retaining block is installed below the retaining sheet. The retaining block has a threaded section and a shaft extended from the threaded section upwards. An upper end of the shaft is a neck portion and a suspending portion. A via hole is formed on the shaft. The suspending portion passes through the through hole of the retaining sheet; and the neck portion is movable in the long hole.

Abstract: A rapidly-assembled lamp with a detachable lamp rod and lamp seat is disclosed. The lamp seat has a penetrating hole at a position coupled to a via hole of the wire winding box. A side of the penetrating hole is formed with a slot. At a middle section of an inner periphery of the penetrating hole has an annular groove for buckling the lamp rod. A portion of the lamp rod is protruded with a positioning key. A C ring has a tapered shape so as to have a lager diameter opening which exactly protrudes from the surface of the lamp rod. After the lamp rod is inserted into the lamp seat, the inserting portion is inserted into the inserting seat so that the lamp seat is electrically conductive. Thereby, the lamp is detachable for storage and transfer with a smaller volume.

Abstract: A device for rapid installation of a lamp provides easy connection for a plurality of fluorescent tubes to a connecting box. Each of the fluorescent tubes is mounted into a base frame where a slide rod on a sliding track thereof secures the insertion of a fluorescent tube. As a fluorescent tube is inserted into the base frame, a slopped upper surface at the end thereof pushes the slide rod inward and upward. The slide rod, pushed by the fluorescent tube to the higher end of the sliding track, departs from a higher side of the slopped upper surface, slides back to the lower end of the sliding track, and thereby steadily holds the fluorescent tube. To unplug a fluorescent tube, the slide rod is pushed over the higher end of the sliding track so that the base frame and the fluorescent tube are unlocked.

Abstract: An assembled lamp retaining device comprises a lamp seat, a limiting structure and a lamp rod. In the limiting structure, a pin passes through an upper locking hole of the lamp seat, a limiting block and a tension spring above the limiting block so as to confine the limiting block and the tension spring to the lamp seat. A vertical surface of the limiting block is formed with a through hole and a lower end thereof is protruded with a buckling sheet. One end of the buckling sheet is an inclined surface and another end of the buckling sheet is an inclined stepped surface. The tension spring is between two vertical sides of the limiting block. Thereby, the limiting block is positioned; and thus, the lamp rod can be assembled or detached from the lamp seat easily.

Abstract: An easily assembled lamp retaining device comprises a lamp seat firmly secured to a lateral side of a wire winding box, and a lamp rod inserted into the lamp seat. A front end of the lamp rod has an inserting block. The lamp rod has a buckling block which inserts into the slot so as to confine the movement of the lamp rod. The lamp rod has a flange. A top of the flange has a limiting hole. A pin is insert into the embedding hole of the embedding block to the limiting hole of the lamp rod so as to limit the lamp rod. The inserting block of the lamp rod inserts into the inserting seat so that the lamp seat is conductive to the lamp rod. Thereby, a user can assemble the lamp rod by inserting it into the lamp seat easily.

Abstract: A device for rapid installation of a lamp provides easy connection for a plurality of fluorescent tubes to a connecting box. Each of the fluorescent tubes is mounted into a base frame where a slide rod on a sliding track thereof secures the insertion of a fluorescent tube. As a fluorescent tube is inserted into the base frame, a slopped upper surface at the end thereof pushes the slide rod inward and upward. The slide rod, pushed by the fluorescent tube to the higher end of the sliding track, departs from a higher side of the slopped upper surface, slides back to the lower end of the sliding track, and thereby steadily holds the fluorescent tube. To unplug a fluorescent tube, the slide rod is pushed over the higher end of the sliding track so that the base frame and the fluorescent tube are unlocked.

Abstract: A detachable lamp assembly device is disclosed. A limiting reed is locked to the receiving groove. A buckling elastic piece is locked to the limit groove. Two sides of the limiting reed are installed with buckles; and the buckles slightly protrude from an edge of the receiving groove. An edge of each buckle of the reed is installed with a bank of stepped surface. Thus, after the lamp rod is inserted into the lamp seat, the lamp rod is prevented from being out of the lamp seat. Thereby, a user can assemble the lamp rod by inserting it into the lamp seat easily. Moreover, the lamp is detachable for storage and transfer with a smaller volume.