Abstract: An adapter module including an adapter and a power cord is provided. The adapter includes a first interface, at least a second interface coupled with at least a load, an identifying circuit having a sensing switch configured at the first interface, a controller, and a detecting circuit. The first interface is provided for inserting by a connector of the power cord. The sensing switch changes its on/off state depending on whether the first connector provides a trigger. A first message is generated if the first connector provides the trigger. The controller is coupled to the identifying circuit and receives the first message. The detecting circuit is coupled between the first interface and the second interface for detecting a power parameter value, and provides a second message to the controller. The controller sends a warning message according to the first message and the second message.

Abstract: An adapter module including an adapter and a power cord is provided. The adapter includes a first interface, at least a second interface coupled with at least a load, an identifying circuit having a sensing switch configured at the first interface, a controller, and a detecting circuit. The first interface is provided for inserting by a connector of the power cord. The sensing switch changes its on/off state depending on whether the first connector provides a trigger. A first message is generated if the first connector provides the trigger. The controller is coupled to the identifying circuit and receives the first message. The detecting circuit is coupled between the first interface and the second interface for detecting a power parameter value, and provides a second message to the controller. The controller sends a warning message according to the first message and the second message.

Abstract: An extension-type frame for power cable tie, the extension-type frame comprises a first cable frame having a first plane surface, the first plane surface has a plurality of first protruding rings, each of the first protruding rings can form a first cable tie hole; a second cable frame having a second plane surface, the second plane surface has a plurality of second cable tie holes; wherein a plurality of edges of the second cable frame respectively insert into a plurality of rail spaces of the first cable frame, the first and second cable frames can slide each other, the first protruding rings of the first plane surface are located above the second cable tie holes of the second plane surface, thereby preventing interference between the second cable tie holes of the second plane surface and the first cable tie holes of the first plane surface, and therefore the second plane surface can adjust the available quantity of the second cable tie holes.

Abstract: A power receptacle having at least one separable plug retaining frame includes a shell body, at least one outlet element and at least one plug retaining frame. The shell body as at least one first through hole, the outlet element is fixed on the shell body and has at least one outlet, and the plug retaining frame has at least one first bending portion, at least one second bending portion and at least one first retaining slot outlet element such that at least one outlet of the outlet element is exposed to the first through hole, and the first and second bending portions are held together by the outlet element and the shell body. As a result, a plug strap can be inserted into the first retaining slot, and the color of the plug retaining frame will indicate the function or the group of the outlet element.

Abstract: An extension-type frame for power cable tie, the extension-type frame comprises a first cable frame having a first plane surface, the first plane surface has a plurality of first protruding rings, each of the first protruding rings can form a first cable tie hole; a second cable frame having a second plane surface, the second plane surface has a plurality of second cable tie holes; wherein a plurality of edges of the second cable frame respectively insert into a plurality of rail spaces of the first cable frame, the first and second cable frames can slide each other, the first protruding rings of the first plane surface are located above the second cable tie holes of the second plane surface, thereby preventing interference between the second cable tie holes of the second plane surface and the first cable tie holes of the first plane surface, and therefore the second plane surface can adjust the available quantity of the second cable tie holes.

Abstract: A power receptacle having separable plug retaining frame, the power receptacle comprises a shell body, at least one outlet element and at least one plug retaining frame; wherein the outlet element and the plug retaining frame can be fixed on the shell body, at least one outlet of the outlet element can be exposed to the shell body, at least one first retaining slot of the plug retaining frame can be inserted a plug strap, the color of the plug retaining frame can be used to indicate the function of the outlet element or the group of the outlet element.

Abstract: A power converter having a pivotable and receivable power plug has a housing, an adapter board, a power output unit and a plug. The adapter board and the power output unit are mounted inside the housing. The adapter board has two conducting strips and a grounding strip. Each conducting strip has a shaft holder formed by bending a free end of the conducting strip, and two metal pivot shafts formed on two opposite sides of the plug are pivotally and respectively mounted in the shaft holders. The plug has a ground plate having a first engagement portion formed thereon. The grounding strip has a second engagement portion formed therein in a pivoting path of the plug to engage the first engagement portion and position the plug when the plug is pivoted and protrudes beyond the housing. Accordingly, the power converter can have a pivotable and receivable plug with minimum parts.

Abstract: A cable clamp has a body, at least one front binding hole, at least one rear binding hole, multiple front connecting elements, multiple rear connecting elements, a first lateral connecting element and a second lateral connecting element. The front and the rear connecting elements are formed on the body, and the rear connecting elements correspond respectively to the front connecting elements. The first lateral and the second lateral connecting elements are formed on the body, and the second lateral connecting element corresponds to the first lateral connecting element. Each cable clamp is capable of attaching to another cable clamp rather with connecting the front connecting element of the cable clamp to the rear connecting element of another cable clamp or with connecting the second lateral connecting element of the cable clamp to the first lateral connecting element of another cable clamp.

Abstract: A flat restorable cable has a cable body and two connectors. The cable body is wound to have a spirally wound form. The cable body is extended by pulling two ends of the cable, and restores back to the original spirally wound form once either end of the cable is released. The two connectors are securely mounted to respective ends of the cable body and used to respectively connect with two external compatible interfaces. As a result of less part required, compact size and thin thickness, the flat restorable cable addresses an inexpensive and portable solution to connect two electronic devices over a short distance.

Abstract: A wire guide for an electronic device has a base being mounted in the electronic device and a protecting tube being pivotally mounted in the base. Wires of the electronic device are mounted through the protecting tube so the wires pivot smoothly to connect the electronic device conveniently to a power supply. Therefore, The wires do not have to be bent or forced so the electronic device is more convenient to use, and safer since the wires and protective tube are not snapped easily.

Abstract: A wire guide for an electronic device has a base being mounted in the electronic device and a protecting tube being pivotally mounted in the base. Wires of the electronic device are mounted through the protecting tube so the wires pivot smoothly to connect the electronic device conveniently to a power supply. Therefore, The wires do not have to be bent or forced so the electronic device is more convenient to use, and safer since the wires and protective tube are not snapped easily.

Abstract: A cable clamp has a body, at least one front binding hole, at least one rear binding hole, multiple front connecting elements, multiple rear connecting elements, a first lateral connecting element and a second lateral connecting element. The front and the rear connecting elements are formed on the body, and the rear connecting elements correspond respectively to the front connecting elements. The first lateral and the second lateral connecting elements are formed on the body, and the second lateral connecting element corresponds to the first lateral connecting element. Each cable clamp is capable of attaching to another cable clamp rather with connecting the front connecting element of the cable clamp to the rear connecting element of another cable clamp or with connecting the second lateral connecting element of the cable clamp to the first lateral connecting element of another cable clamp.

Abstract: An electronic device casing with a plug housing that has a housing, a plug and a recess. The plug has an electrical wire that connects the plug and the housing, and a connector that electrically connects to the electrical wire through the plug. The recess corresponds to the plug and the connector and has a magnet mounted on the recess where the connector may be stored. When the plug is stored in the recess, the magnet holds the connector. Consequently, the plug can be mounted easily and stably in the recess and removed from the recess without pulling and tugging the electrical wire. Thus the electrical wire will be less likely to have contact faults. Besides, the recess may have a simpler shape that reduces the production cost of the plug housing.

Abstract: A shell for an electrical appliance includes a base, a cover, and a plug-receiving assembly. The plug-receiving assembly includes a recess attached to the cover for receiving a plug of the electrical appliance. The recess has a bottom and two opposing sides. The bottom supports the plug, and the opposing sides have protrusions for retaining the plug in the recess. The plug-receiving assembly further includes a slanted guide formed on the bottom of the recess for guiding the plug in the recess. A user may remove the plug from the recess by the pulling an electrical wire attached to the plug to move the plug along the slanted guide and out from the recess. Additionally, the plug-receiving assembly may include a mounting grove adjacent to the slanted guide for retaining the electrical wire.

Abstract: A shell for an electrical appliance includes a base, a cover, and a plug-receiving assembly. The plug-receiving assembly includes a recess attached to the cover for receiving a plug of the electrical appliance. The recess has a bottom and two opposing sides. The bottom supports the plug, and the opposing sides have protrusions for retaining the plug in the recess. The plug-receiving assembly further includes a slanted guide formed on the bottom of the recess for guiding the plug in the recess. A user may remove the plug from the recess by the pulling an electrical wire attached to the plug to move the plug along the slanted guide and out from the recess. Additionally, the plug-receiving assembly may include a mounting grove adjacent to the slanted guide for retaining the electrical wire.