Abstract: A wall hook includes an inserting head and a levering handle. The inserting head has a front penetrating tip and a rear fulcrum end. The levering handle includes a cable holder and a fastening enhancer. The cable holder is transversely and integrally extended from the inserting head, wherein the cable holder defines a receiving cavity and an access opening communicating with the receiving cavity for allowing a user to dispose at least one cable in the receiving cavity via the access opening. On the other hand, the fastening enhancer is transversely and inclinedly extended from the inserting head in such a manner that when the inserting head is rotatably inserted on the wall surface, the fastening enhancer is arranged to be rotated until the fastening enhancer basis against the wall surface for restricting a further axial displacement of the wall hook while providing an enhanced torque applying structure.

Abstract: A self-controllable device for a sprinkle arrangement of a water sprinkle system includes a pipe joint and a water regulator. The pipe joint has a water channel adapted for operatively coupling with the water sprinkle system to guide a water flow passing from the water pipe line to the water channel. The water regulator, which is coupled with the pipe joint, includes a regulator body having a water detouring passage operatively communicating with the water channel for guiding the water flow passing to one of the sprinkle heads, and a flow adjuster operatively extended within the water detouring passage for selectively controlling the water flow passing from the water channel to the water detouring passage. Therefore, when the flow adjustor is actuated for blocking the water flow passing to the water detouring passage, the respective sprinkle head is shut off while other sprinkle heads are remained operated.

Abstract: A frame jamb marker includes a sliding panel for sliding on the side surface of the frame and a guiding panel perpendicularly extended from the sliding panel for sliding on the marking surface of the frame, wherein the guiding panel has a top stepping edge and a bottom stepping edge to define a top marking point and a bottom marking point at stepping corners at the top and bottom stepping edges respectively. The user is able to point a marker tool on the marking surface at one of the top and bottom marking points. When the sliding panel is slid on the side surface to drive the guiding panel sliding on the marking surface, the marker tool is guided to slidably mark on the marking surface to make a straight marking line thereon so as to precisely form the marking line parallel to the common edge of the frame.

Abstract: A wall hook includes an inserting head defining a rotational axis, and a levering handle. The inserting head has a front penetrating tip adapted for rotatably inserting into a wall surface of the wall and a rear fulcrum end rearwardly extended from the penetrating tip along the rotational axis. The levering handle has a transverse arm integrally and transversely extended from the fulcrum end of the inserting head to substantially prolong a torque distance along the transverse arm with respect to the rotational axis, and a controlling arm integrally extended from the transverse arm in such a manner that when the levering handle is rotated, the inserting head is driven to rotate for rotatably penetrating into the wall so as to minimize a torque required to directly apply at the inserting head.

Abstract: An dry wall hand tool for a dry wall includes a pusher handle and a penetrating pin including an elongated pin body having a tail end portion protruding from the pusher handle and a sharp penetrating tip for initially penetrating into the dry wall to form a hole thereat in a tool-less manner when a rotational pushing hand force is applied at the pusher handle. The dry wall hand tool further includes locking arrangement including a retention pin slidably extended from the pusher handle at a position that the retention pin is spaced apart from the penetrating pin, wherein the retention pin is arranged for penetrating into the dry wall after the penetrating pin penetrated into the dry wall, such that the pusher handle is securely locked up by the retention pin to prevent the pusher handle being rotated to remove the penetrating pin from the dry wall.

Abstract: A method of binding a sheet stack having a mounting hole includes the steps of: slidably inserting two fastening arms into the mounting hole of the sheet stack at a top side thereof until a first binding portion of a binding body is biased against the top side of the sheet stack at an edge portion thereof; adjustably bending a second binding portion of the binding body to bias against a bottom side of the sheet stack at the edge portion thereof with respect to a thickness of the sheet stack; aligning an elongated guiding slot of the binding body with the mounting slot; and bending the fastening arms for resting on the bottom side of the sheet stack to reinforce the edge portion of the sheet stack being securely sandwiched between the first and second binding portions of the binding body.

Abstract: An affixing pin for penetrating a dry wall includes a pusher handle and a penetrating pin. The penetrating pin has a sharp penetrating end portion, a tail end portion connected with the pusher handle, and an elongated pin body integrally extend portioned between the penetrating end portion and the tail end portion, wherein the penetrating pin has a non-circular cross section defining at least one penetrating corner having a predetermined inclination angle between two corresponding outer surfaces of the penetrating pin; such that when the penetrating pin is rotatably pressed towards the dry wall by the pusher handle, the sharp penetrating end portion is arranged to rotatably penetrate the dry wall, in which the penetrating corner substantially assists optimally breaking the dry wall so as to maintain an optimal performance of the affixing pin in penetrating the dry wall while maintaining secure engagement between the penetrating pin and the dry wall after penetration thereof.

Abstract: A binder unit, for binding a sheet stack having a mounting hole, includes an elongated binding body and two fastening arms. The binding body has a first binding portion biasing against a top side of the sheet stack at an edge portion thereof, a second binding portion biasing against a bottom side of the sheet stack, and a guiding slot aligning with the mounting hole. The fastening arms are extended from a first edge of the binding body to detachably engage with the second binding portion of the binding body at a position that the fastening arms are slidably coupled within the guiding slot through the mounting hole, wherein the fastening arms are bent for resting on the bottom side of the sheet stack to reinforce the edge portion of the sheet stack being securely sandwiched between the first and second binding portions of the binding body.

Abstract: A self-secure mount for a tubular object includes an outer holder and an inner holder. The outer holder includes two spaced apart holding panels and an arc-shaped cornering panel extended between the two holding panels for applying an elastic clipping force between the holding panels. The inner holder includes two spaced apart clipping panels overlapping with each other to define a clipping channel therebetween, wherein two inner edges of the clipping panels are extended towards a closed end of the clipping channel. The two inner edges of the clipping panels are adapted for pressing against an outer surface of the tubular object to retain the tubular object in position, such that when the holding panels are pressed to minimize a distance therebetween, the clipping force of the outer holder is substantially increased towards the inner edges of the clipping panels to hold the tubular object within the cornering panel.

Abstract: A binder unit, for binding a sheet stack having a mounting hole, includes an elongated binding body and two fastening arms. The binding body has a first binding portion biasing against a top side of the sheet stack at an edge portion thereof, a second binding portion biasing against a bottom side of the sheet stack, and a guiding slot aligning with the mounting hole. The fastening arms are extended from a first edge of the binding body to detachably engage with the second binding portion of the binding body at a position that the fastening arms are slidably coupled within the guiding slot through the mounting hole, wherein the fastening arms are bent for resting on the bottom side of the sheet stack to reinforce the edge portion of the sheet stack being securely sandwiched between the first and second binding portions of the binding body.

Abstract: A frame jamb marker includes a sliding panel for sliding on the side surface of the frame and a guiding panel perpendicularly extended from the sliding panel for sliding on the marking surface of the frame, wherein the guiding panel has a top stepping edge and a bottom stepping edge to define a top marking point and a bottom marking point at stepping corners at the top and bottom stepping edges respectively. The user is able to point a marker tool on the marking surface at one of the top and bottom marking points. When the sliding panel is slid on the side surface to drive the guiding panel sliding on the marking surface, the marker tool is guided to slidably mark on the marking surface to make a straight marking line thereon so as to precisely form the marking line parallel to the common edge of the frame.

Abstract: A wall mount clip for sheet like materials includes a sheet base and a sheet retainer, wherein the upper end of the sheet retainer is mounted together with the upper end of the sheet base, and the sheet retainer is extended downwardly to the curled lower end which provides resilient force due to deformation of the sheet retainer. The contact point between the curled lower end and the sheet base extends continuously and latitudinally along the elongated lower end to form a contact line to exert said resilient force to hold the sheet like materials. The user can easily slide the sheet materials from the contact point from various angles upwardly to the empty space created by the sheet base and sheet retainer. The wall mount clip will not damage the sheet materials because the resilient is smaller than that generated by conventional clips.

Abstract: A wall hook includes an inserting head defining a rotational axis, and a levering handle. The inserting head has a front penetrating tip adapted for rotatably inserting into a wall surface of the wall and a rear fulcrum end rearwardly extended from the penetrating tip along the rotational axis. The levering handle has a transverse arm integrally and transversely extended from the fulcrum end of the inserting head to substantially prolong a torque distance along the transverse arm with respect to the rotational axis, and a controlling arm integrally extended from the transverse arm in such a manner that when the levering handle is rotated, the inserting head is driven to rotate for rotatably penetrating into the wall so as to minimize a torque required to directly apply at the inserting head.

Abstract: A hidden edge connector includes a connector body which includes a base guider for biasing against a rear surface of a frame, an edge guider for biasing against a surrounding surface of a frame opening, and a panel guider which is extended from the base guider and is perpendicular to the edge guider. The connector body is adapted for mounting to the frame at the frame opening thereof to keep a front surface of the frame in a clean and obstructing free manner, such that the connector body is adapted for guiding the panel being mounted within the frame opening in a hidden manner when a rear surface of the panel is biased against the panel guider to align with the rear surface of said frame so as to substantially align the front surface of the panel with a front surface of the frame.

Abstract: A drywall mount for supporting an item on a drywall includes an elongated shank body having an upper portion defining an upper end, and a lower portion defining a lower end for holding the item in position, and an inserting body integrally and inclinedly extended from an upper portion of the shank body, wherein the inserting body has a sharp tip rearwardly and downwardly extended from the upper end of the shank body for inserting into the drywall until the shank body is rest on a front surface of the drywall so as to suspendedly support the item on the front surface of the drywall.

Abstract: A dry wall affixing pin, having a penetrating pin which has a penetrating tip for penetrating through a dry wall, a controlling tail coupling with the penetrating tip for determining a penetrating direction of the penetrating pin, and a force distributing surface which extends from the penetrating tip towards the controlling tail. The dry wall affixing pin also has a pusher head coupling with the controlling tail which has a grip handle and a flat pushing surface disposed at an end thereof for user to conveniently push the affixing pin into the dry wall. The force distributing surface further has a flat and peripheral surface for minimizing a contact force against materials from the dry wall while penetrating through.