Abstract: An electrical connector includes: an insulative housing; a terminal module received by the insulative housing, the terminal module including an insulator, a plurality of terminals, and an internal, horizontal printed circuit board (PCB) carrying plural magnetic components; and a shielding shell enclosing the insulative housing and the PCB, wherein the insulative housing has a pair of restraining slots receiving a front of the insulator, and the shielding shell has a pair of abutting arms received between the insulator and the PCB.

Abstract: A hand-held belt sander includes a head, an arm, a retaining unit, and a positioning unit. The head includes a mounting seat surrounding an axis. The arm has a sleeve segment mounted to the mounting seat. The retaining unit has an annular groove formed in the mounting seat, and multiple protrusions disposed on the sleeve segment and engaging the annular groove. The positioning unit includes multiple engaging grooves formed in the mounting seat, and an engaging member disposed on the sleeve segment. When the engaging member engages one of the engaging grooves, the arm is positioned relative to the head at an operating position. When the engaging member is disengaged from the one of the engaging grooves, the arm is rotatable about the axis relative to the head.

Abstract: A power operated dispensing tool includes a housing having a material packing receiving space, and a rod disposed within and movable relative to the housing and having a plunger head that is disposed in the material packing receiving space. The rod is operably coupled to a power transmitting mechanism so as to make a forward movement driven by a power of a motor through the power transmitting mechanism to discharge a dispensing material in the material packing receiving space. The rod has an initiating portion disposed to actuate a sensing member in the housing to deactivate the motor when the rod is moved forwardly to a first stop position. The rod can be moved manually to a second stop position to project the plunger head outwardly so as to permit a plunger kit to be attached thereto.

Abstract: A handheld abrader has a body, a driving device, an eccentric device, and a grinding tray. The body has a handle and a gun body. The driving device is mounted in the gun body and has a driving shaft. The eccentric device is connected to the driving device and has a transmitting sheath, a transmitting shaft, and an eccentric sleeve. The transmitting sheath is connected to the driving shaft and has two positioning recesses and a receiving chamber. The transmitting shaft has at least one engaging face. The eccentric sleeve is movably mounted around the transmitting sheath and has at least one positioning slice abutting against the transmitting sheath in one of the positioning recesses and an engaging ring mounted in the eccentric sleeve, mounted around the transmitting shaft, and having at least one pressing arm selectively pressed against the transmitting shaft at the at least one engaging face.

Abstract: A power operated dispensing tool includes a housing having a material packing receiving space, and a rod disposed within and movable relative to the housing and having a plunger head that is disposed in the material packing receiving space. The rod is operably coupled to a power transmitting mechanism so as to make a forward movement driven by a power of a motor through the power transmitting mechanism to discharge a dispensing material in the material packing receiving space. The rod has an initiating portion disposed to actuate a sensing member in the housing to deactivate the motor when the rod is moved forwardly to a first stop position. The rod can be moved manually to a second stop position to project the plunger head outwardly so as to permit a plunger kit to be attached thereto.

Abstract: A handheld abrader has a body, a driving device, an eccentric device, and a grinding tray. The body has a handle and a gun body. The driving device is mounted in the gun body and has a driving shaft. The eccentric device is connected to the driving device and has a transmitting sheath, a transmitting shaft, and an eccentric sleeve. The transmitting sheath is connected to the driving shaft and has two positioning recesses and a receiving chamber. The transmitting shaft has at least one engaging face. The eccentric sleeve is movably mounted around the transmitting sheath and has at least one positioning slice abutting against the transmitting sheath in one of the positioning recesses and an engaging ring mounted in the eccentric sleeve, mounted around the transmitting shaft, and having at least one pressing arm selectively pressed against the transmitting shaft at the at least one engaging face.

Abstract: A method for managing and controlling graphic user interface starts with an initial graphical user interface being displayed on a display device. When a request is made in a particular manner, it is determined that such request requires an update of the initial graphical user interface, and a substitute graphic user interface is generated. The substitute graphic user interface is a scaled-down replica of the initial graphical user interface. The substitute graphic user interface is displayed on the display device to replace the initial graphic user interface and so as to have the same functionality as the initial graphic user interface.

Abstract: An electronic device and volume adjusting method detect ambient light and generate corresponding intensity signals via a sensor. Programs in a storage device, executed by at least one processor, cause the at least one processor to receive and sample light intensity signals and determine whether the ambient light level is changing. Time passing is counted if the ambient light level is changing, until the ambient light level stops changing. The counting of time stops when ambient light level stops changing and the counted time period is compared with a preset time period, a longer time period causes a volume adjusting command to be sent to a playback output device.

Abstract: An electric rivet nut tool has a motor, a torque adjuster and a control device. The control device drives the motor to rotate a driving shaft so as to set a rivet nut. The torque adjuster serves to adjust a preset torque value. When a torque generated by the driving shaft exceeds the preset torque value of the torque adjuster and it represents that the rivet nut setting job is completed, the torque adjuster then displace for the control device to detect the displacement and drive the motor to reversely rotate. Given the torque adjuster and the control device, the problems of being time-consuming, inefficient, increasing in cost and damage prone to rivet nut or motor upon setting rivet nut because of the manual switch of forward or reverse rotation of an electric rivet nut tool can be effectively resolved.

Abstract: A method for switching unlocking modes of a mobile terminal includes controlling a locating device of the mobile terminal to determine a current position of the mobile terminal, and determining a location ranges that the current position falls into. According to the determined location ranges and a pre-stored relation list which defines a relationship between multiple location ranges and multiple unlocking modes for the mobile terminal, a new unlocking mode corresponding to the determined location range is determined. A current unlocking mode of the mobile terminal is switched to the new unlocking mode.

Abstract: An unlocking method of electronic device includes controlling a display device to display an unlocking interface which includes an input area. Information of one or more input traces is received in response to a series of touch operations applied to the input area. Shapes of the one or more input traces are determined, and whether the shapes of the one or more input traces match predetermined shapes of multiple preset traces which are pre-stored in a storage device. The electronic device is unlocked if the shapes of the one or more input traces match the predetermined shapes of the multiple preset traces.

Abstract: A method for inputting characters into an electronic device by receiving proximity signals from proximity sensors. The proximity sensors include a first proximity sensor and at least one proximity sensor. Predetermined character types are displayed on the display device after enabling the proximity sensors. A character type from the predetermined character types is selected by receiving a proximity signal from the first proximity sensor, and a predetermined number of characters of the selected character type are displayed on the display device. Then, a character of the selected character type is input into the electronic device after receiving a proximity signal from the second proximity sensor.

Abstract: A light bar structure is disclosed in the present invention. The light bar structure includes a housing whereinside an accommodating space is formed, and the accommodating space is for accommodating a light unit. The housing includes an engaging portion for engaging with the light unit to constrain a movement of the light unit at a first direction, and a contacting portion for contacting against the light unit to constrain a movement of the light unit at a second direction different from the first direction. The light bar structure further includes an isolating component disposed on a bottom inside the housing, and two conductive components disposed on the isolating component for electrically connecting two electrodes of the light unit.

Abstract: A method for displaying virtual keyboard in an electronic device can show a pair of virtual sub-keyboards each having predetermined key configuration structure on a touch screen of the electronic device, and move at least one virtual sub-keyboard with an input device to a target position where the input device stops, in response to a user operation for moving the at least one virtual sub-keyboard.

Abstract: An electronic device and display control method includes a plurality of first receivers and second receivers, respectively to receive first electromagnetic waves and second electromagnetic waves. An input device transmits first and second electromagnetic waves respectively from transmitters at opposite ends of the input device. Programs cause at least one processor to determine an actual first distance and an actual second distance according to the different electromagnetic waves and determine whether the input device is in a certain orientation in relation to the electronic device. The method lights up a backlight device and displays an unlocked interface on a display device if the input device is in the certain orientation.

Abstract: An electric rivet nut tool has a motor, a torque adjuster and a control device. The control device drives the motor to rotate a driving shaft so as to set a rivet nut. The torque adjuster serves to adjust a preset torque value. When a torque generated by the driving shaft exceeds the preset torque value of the torque adjuster and it represents that the rivet nut setting job is completed, the torque adjuster then displace for the control device to detect the displacement and drive the motor to reversely rotate. Given the torque adjuster and the control device, the problems of being time-consuming, inefficient, increasing in cost and damage prone to rivet nut or motor upon setting rivet nut because of the manual switch of forward or reverse rotation of an electric rivet nut tool can be effectively resolved.

Abstract: An electronic device and document editing method are provided. Programs in a storage device, executed by at least one processor, cause the at least one processor to display an interface showing a first electronic document including an insertion area having a first size; determine whether a touch operation applied on the interface showing the first electronic document is an editing operation; adjust size of the insertion area based on the touch operation if the touch operation is the editing operation to a second size that is different from the first size; and locate a selected object on the adjusted insertion area if the selected object is moved toward and overlapping the adjusted insertion area, the selected object being a copy of an object displayed on an interface showing a second electronic document.

Abstract: An electronic device and volume adjusting method detect ambient light and generate corresponding intensity signals via a sensor. Programs in a storage device, executed by at least one processor, cause the at least one processor to receive and sample light intensity signals and determine whether the ambient light level is changing. Time passing is counted if the ambient light level is changing, until the ambient light level stops changing. The counting of time stops when ambient light level stops changing and the counted time period is compared with a preset time period, a longer time period causes a volume adjusting command to be sent to a playback output device.

Abstract: An icon management system and method for an electronic device are provided. The icon management system includes a number of software units stored in a storage device which are executed by a processor to: determine that a touch input applied to an icon is an icon move operation; actuate the icon into a moveable state; update the location of the icon in response to a drag operation on a current page; detect a trace corresponding to the drag operation on the current page; recognize the trace and determine whether the trace matches an image of a page number among a number of page numbers; control a display device to display a target page associated with a matched page number, if the trace matches an image of a page number among the page numbers; and locate the icon on the target page after the target page is displayed.

Abstract: An extraction device includes a first housing, a second housing slidable received in the first housing for receiving a memory card, an engaging member, a processor, communicating pins, an identifying pin, an elastic member and a popping delay member. The engaging member engages with the second housing or disengages from the second housing. The communicating pins and the identifying pin respectively connect with communicating pin connecting portions and an identifying pin connecting portion in the second housing. The elastic member drives the second housing away from the first housing when the engaging member is disengaged from the second housing. The popping delay member delays the second housing from popping out of the first housing when the identifying pin disconnects from the identifying pin connecting portion. The processor executes a program when the identifying pin and the identifying pin connecting portion are disconnected.