Abstract: A partition device capable of receiving power from an external power supply unit includes a panel assembly and a power coupling mechanism. The panel assembly includes an electric panel unit. The power coupling mechanism is for coupling electrically the panel assembly to the external power supply unit and includes first and second conducting units coupled electrically to the external power supply unit and the electric panel unit, respectively. The first and second conducting units are capable of establishing contact with each other so as to make electrical connection between the external power supply unit and the electric panel unit.

Abstract: A horizontal sliding wall structure is located in a rail which has a housing space and a sliding slot communicating with the housing space. The horizontal sliding wall structure includes a sliding door panel, a horizontal sliding assembly located in the housing space and a suspension rod connecting to the sliding door panel and horizontal sliding assembly. The horizontal sliding assembly includes a main body, four bottom roller sets, four lateral roller sets perpendicular to the bottom roller sets, a suspension hole and an upper lid. The upper lid and suspension hole form a concealed space therebetween. The suspension rod has a support end held in the concealed space and a connection end running through the sliding slot to connect to the sliding door panel. The upper lid can prevent dust and dirt from accumulating and also prohibit the suspension rod from moving vertically.

Abstract: The present invention is related to a suspended pulley structure for a movable and folding door which is mounted in a track on the ceiling for hanging a door leaf. The pulley structure includes a pulley set having at least four wheels which are straddled at the right and left sides of the bottom of the track and roll. The pulley set has at least four horizontal turning wheels hinged thereon and divided into two pairs at the front and rear sides respectively roll against the right and left walls of the track. Between the two pairs of the horizontal turning wheels, a vertical rolling wheel is mounted for rolling at the top of the track. Thereby, it can prevent the door leaf from swinging and/or tilting during folding or unfolding and also avoid the folded door leaves from tilting.

Abstract: A sliding track for sliding doors includes a sliding door track and a glass fixed panel track which have an inverted U-shape cross section with an opening facing downward. The sliding door track has a left and a right inner wall that have a pair of guiding tracks formed thereon to allow a plurality pairs of rollers which are hinged on a hanging track which is fastened to a sliding door on a lower side to roll thereon in a straddle manner. The sliding door track further has a pair of first wedge troughs on the upper left and upper right corners, and a pair of second wedge troughs on a lower side. The first and second wedge troughs are coupled with the glass fixed panel track. The sliding door track and the glass fixed panel track may also be coupled with an ornamental plate on the top. The glass fixed panel track may further be coupled with a sealing plate on the bottom.

Abstract: A frameless glass door lock includes interior and exterior lock units disposed respectively on inner and outer side surfaces of a glass doorplate. The interior lock unit includes an interior lock housing mounted fixedly on the doorplate, a spindle disposed rotatably in the interior lock housing, a pinion connected fixedly to and coaxial with the spindle, a sliding member movable in the interior lock housing along a direction perpendicular to the spindle, and a rack disposed on the sliding member and engaging the pinion.

Abstract: A suspension pulley structure for movable partitions of the present application which is mounted on a track includes a wheel seat having a pendent axis penetrating therethrough for locking with a door plank, wherein two guiding wheels are pivoted on the bottom of the wheel seat for moving along the track, the right and left sides of the wheel seat are both pivotally connected with rolling wheels for rolling on the inner bottom wall of the track, the wheel seat has an indentation port for accommodating a hanger shaft head at the top of the pendent axis and the indentation port is sealed by a guiding plate, and the pendent axis is connected with the wheel seat through a thrust bearing. Moreover, the top surface of the guiding plate has one side higher than the opposite side with each side has two guiding wheels at the front and rear ends.

Abstract: A sliding track for sliding doors includes a sliding door track and a glass fixed panel track which have an inverted U-shape cross section with an opening facing downward. The sliding door track has a left and a right inner wall that have a pair of guiding tracks formed thereon to allow a plurality pairs of rollers which are hinged on a hanging track which is fastened to a sliding door on a lower side to roll thereon in a straddle manner. The sliding door track further has a pair of first wedge troughs on the upper left and upper right corners, and a pair of second wedge troughs on a lower side. The first and second wedge troughs are coupled with the glass fixed panel track. The sliding door track and the glass fixed panel track may also be coupled with an ornamental plate on the top. The glass fixed panel track may further be coupled with a sealing plate on the bottom.

Abstract: An adjustable top holder comprises a pivotal strut assembly and an anchor assembly that consist of a plurality of anchor means and a plurality of anchor disks for protecting and anchoring tempered glasses. The pivotal strut assembly includes a first vertical rod, a first transverse rod and a pivotal strut. The anchor assembly includes a second vertical rod, a third vertical rod and a second transverse rod. The invention is made and assembled from cylindrical bars without using molds. Thus production cost is greatly reduced. In addition, the vertical rods and the transverse rods may be switched between the right side and the left side to increase flexibility and interchangeability. Production and warehousing costs and space also are reduced. The invention provides multiple functions and a greater versatility.

Abstract: An adjustable top holder comprises a pivotal strut assembly and an anchor assembly that consist of a plurality of anchor components and a plurality of anchor disks for protecting and anchoring tempered glasses. The pivotal strut assembly includes a first vertical rod, a first transverse rod and a pivotal strut. The anchor assembly includes a second vertical rod, a third vertical rod and a second transverse rod. The invention is made and assembled from cylindrical bars without using molds. Thus production cost is greatly reduced. In addition, the vertical rods and the transverse rods may be switched between the right side and the left side to increase flexibility and interchangeability. Production and warehousing costs and space also are reduced The invention provides multiple functions and a greater versatility.

Abstract: A magnetic glass door holder includes a position device fixed on a mobile door and a fix device fixed on a stationary door, and a sucking device respectively provided hidden in the position device and the fix device. Then the two sucking devices suck each other to keep the mobile door from receiving shocks to secure it in an opened or closed position. The magnetic glass door holder can be applied to a frameless tempered glass door consisting of a stationary one and a mobile door combined in an angle such as 90°, 135° or 180°.

Abstract: A magnetic glass door holder includes a position device fixed on a mobile door and a fix device fixed on a stationary door, and a sucking device respectively provided hidden in the position device and the fix device. Then the two sucking devices suck each other to keep the mobile door from receiving shocks to secure it in an opened or closed position. The magnetic glass door holder can be applied to a frameless tempered glass door consisting of a stationary one and a mobile door combined in an angle such as 90°, 135° or 180°.

Abstract: A corner transom fitting of a frameless tempered glass door. A first seat has an L shape, and through holes and screw holes are installed and locked by the locking studs. The first seat has a long side installed with a protruding resisting block for placing and resisting against the glass so as to prevent the glass from falling down. The first seat is installed at one side of the glass. A second seat has a shape with respect to a long side of the first seat and is installed at another side of the glass with respect to the glass. A third seat is at a position with respect to a short side of the first seat. The first seat, the second seat, and the third seat serve to be formed as a corner transom fitting of a frameless tempered glass door.