Abstract: A satellite receiver detachably combined to a blue tooth handset comprises a blue tooth satellite receiver module including a blue tooth module, a central processing unit, satellite receiver module, a GPS satellite antenna, and a power control module; the satellite receiver module being coupled to the GPS satellite antenna for receiving signals and then decoding the signals; the decoded signals being transferred to the central processing unit to be processed and then sent digital data to the blue tooth module; a blue tooth handset including a blue tooth module, an auto-dialing transmission software unit, and a mobile phone module; the signals from the blue tooth module being received by the blue tooth module of the handset; then the signals received by the blue tooth module being transferred to the auto-dialing transmission software unit; and then the mobile phone module actuating a dialing mechanism for transferring message to a receiving end.

Abstract: A vehicle-used suction disk retainer has a seat. The seat is installed with a suction disk and a buckling seat which are connected as an integral body. An adjusting sheet is installed in an embedding groove of the seat. As the retainer is used in a car, when the adjusting sheet is moved, the buckling seat has a force to pull a part of the suction disk to move downwards and the suction disk presses downwards. Thereby the upper and lower forces are fixed. When a reverse action is applied, it can be pulled up from the ear. Thereby the retainer can be fixed, which can be used to place a device, such as a PDA32. Furthermore, the retainer is compact, light and small volume and thus it is portable and usable.

Abstract: A satellite-receiver equipped video monitor primarily comprises a housing, a signal output device, a satellite receiver module and a video camera module, which implements the satellite receiver module to acquire satellite signals and utilizes a software tool to integrate received real-time coordinate and position information with the real-time monitoring images, so as to associate the images captured from the monitoring video with the relevant real-time time and position information. Hence, the disclosed subject matter can be applied to record the movement of a mobile object. That is, the disclosed subject matter can be installed in moving conveyances such as cars, airplanes, ships and so on for recording various circumstances that the conveyances encounters. Alternatively, the disclosed subject matter may be equipped to a human or an animal for precisely recording monitoring images thereof at particular time points.

Abstract: A holder device includes a base having an opening formed in a board, a seat received in the base and having a bracket attached to a panel, to form a channel between the bracket and the panel. The channel of the bracket is aligned with the opening of the board. A retainer is rotatably secured to a stand with a pivot shaft, and adjustable relative to the stand, and a housing is attached onto the retainer, and including a chamber formed therein for receiving an object therein. The stand is engageable into the channel that is formed or defined between the bracket and the panel, via the opening of the board. The board includes a front bag to receive a receiver device.

Abstract: A plug-in satellite navigation device comprises a handle hold device having a slot which is electrically connected to a central processing unit; an intellectual satellite navigation receiver having an interface at a front end thereof; The interface can be inserted into the slot of the handle hold device; a memory in the intellectual satellite navigation receiver for storing software, main programs, electrical maps, drawing data; a display unit in a surface of the handle hold device; the display unit being electrically connected to the central processing unit; the display unit having a navigation icon, a map icon, a film icon, a mobile phone icon, a network icon; a power manage unit electrically connected to the central processing unit for supplying power to the central processing unit and intellectual satellite navigation receiver; and an auto program detection-and-actuation device connected to the intellectual satellite navigation receiver.

Abstract: A vehicle-used suction disk retainer has a seat. The seat is installed with a suction disk and a buckling seat which are connected as an integral body. An adjusting sheet is installed in an embedding groove of the seat. As the retainer is used in a car, when the adjusting sheet is moved, the buckling seat has a force to pull a part of the suction disk to move downwards and the suction disk presses downwards. Thereby the upper and lower forces are fixed. When a reverse action is applied, it can be pulled up from the ear. Thereby the retainer can be fixed, which can be used to place a device, such as a PDA32. Furthermore, the retainer is compact, light and small volume and thus it is portable and usable.

Abstract: A wireless controller for a display of a game machine comprises a gun body having a substrate; a Y axis solid static gyro and an X axis solid static gyro being installed on the substrate; the Y axis solid static gyro and X axis solid static gyro being connected to a direction detector. When the Y axis solid static gyro or the X axis solid static gyro moves, the direction detector will sense the moving directions of the Y axis solid static gyro and the X axis solid static gyro. Signals related to the moving direction is transferred wirelessly to wireless receiver which is further connected to a computer through an USB interface so that the movement of the gun body can be displayed on a screen of a display of the computer.

Abstract: A satellite signal receiver used with blue tooth transmission and electronic maps comprises a box having one end extended with a shaft; two ends of the shaft having two connecting ends, respectively; a Blue tooth satellite receiver installed in the box; a lower cover having two connecting ends at one side thereof; an upper cover assembled with the lower cover so as to form an inserting card; one side of the upper cover being formed as a cambered concave edge; when the upper cover is assembled to the lower cover; the cambered concave edge is formed as an opening for receiving an SD card; and a terminal retainer received in the space between the upper cover and the lower cover; two ends of the terminal retainer being extended with respective power wires which are extended to the lower cover so as to supply power to the SD card.

Abstract: A portable satellite tracking system is disclosed.

Abstract: An air freshener device includes a card member for plugging to electric facility, a housing attached to the card member, a casing received in the housing to receive air freshener material, and a heater received in the housing for being energized to heat an air received in the housing when the card member is plugged to the electric facility, and to allow the air freshener material to flow out of the casing and to be heated by the heater. The card member includes a tubular member to receive the heater or the casing, and to anchor the housing to the tubular member. The housing includes a screen to show a quantity of the air freshener material.

Abstract: A multiple-in-one retaining seat comprises a retaining seat; two lateral front sides of the retaining seat being installed with two frames; a lower side of the center of the retaining seat being installed with a receptacle for receiving the personal digital assistant; an interface cartridge inserted in the retaining seat for transferring received signal to the personal digital assistant through the retaining seat; a circuit board installed in an embedding groove at an upper end of the backside of the retaining seat; the circuit board being connected to a slot seat; a lateral side of the embedding groove being protruded with a mask for receiving a speaker; the speaker being electrically connected to the circuit board for providing a hand free function; a slot being formed in the slot seat for receiving the interface cartridge; and two guide posts are installed on the retaining seat for positioning the interface cartridge.

Abstract: A remote receiver assembly includes a remote receiver device having a card member for plugging to a computer facility, and a control member rotatably coupled to the card member for receiving remote signals. The control member includes a duct, the card member includes one or more conduits rotatably coupled to the duct of the control member, to rotatably couple the control member to the card member. The control member may be rotated relative to the card member to suitable angular position, in order to effectively receive signals. One or more cable members may couple the remote receiver device to various computer facilities.

Abstract: A connecting device with an adjustable rotary structure comprises a cruciform connector; an upper side of the cruciform connector having a slot; a rotary joint having a cruciform hollow space which is capable of receiving the cruciform connector; a center of the rotary joint being extended with a hollow post; an actuating shaft being installed in the receiving chamber; one distal end of the actuating shaft opposite to the head end having at least one pin which is a compressible conductive metal; a spring enclosing a middle section of the actuating shaft; an interface seat having a first ring and a second ring; the cruciform connector being buckled to the second ring; the cruciform connector being movable in the slot; the rotary joint being buckled between the first ring and the second ring; and the cruciform connector passing through the second ring to be embedded into the cruciform hollow space.

Abstract: A multiple-in-one retaining seat comprises a retaining seat; two lateral front sides of the retaining seat being installed with two frames; a lower side of the center of the retaining seat being installed with a receptacle for receiving the personal digital assistant; an interface cartridge inserted in the retaining seat for transferring received signal to the personal digital assistant through the retaining seat; a circuit board installed in an embedding groove at an upper end of the backside of the retaining seat; the circuit board being connected to a slot seat; a lateral side of the embedding groove being protruded with a mask for receiving a speaker; the speaker being electrically connected to the circuit board for providing a hand free function; a slot being formed in the slot seat for receiving the interface cartridge; and two guide posts are installed on the retaining seat for positioning the interface cartridge.

Abstract: A blue tooth hard disk receiver comprises a first blue tooth module for receiving image data from an external device having a second blue tooth module; and a hard disk drive for storing image data transferred from the first blue tooth module. The blue tooth hard disk receiver further comprises a casing, a circuit board, a microprocessor, an IDE conversion interface, a USB interface, a power supply module and a battery. The data received by the blue tooth hard disk receiver is transferred to the hard disk drive through an IDE conversion interface. The blue tooth hard disk receiver is connected to a computer or a notebook computer through a USB interface. The first blue tooth module in the blue tooth hard disk receiver is connected to a third blue tooth module in one of a computer and a notebook computer so as to wirelessly transfer image data thereto.

Abstract: A replaceable multiple-functional interface card for inserting into an inserting seat is disclosed. The inserting seat has a rotary seat; and one side of the rotary set is installed with an inserting hole. The replaceable multiple-functional interface card comprises an interface card; a receptacle extended from one end of an interface card; a plug extended from one side of the receptacle; the plug being wound by three insulating wires; the three insulating wires dividing the plug into four surfaces. When the plug is inserted into the inserting hole, data in the interface card is transferred to or received from the inserting seat through the four surfaces. The plug is replaceable so as to replace interface card. The inserting seat is the inserting seat of a GPA satellite signal receiver or a blue tooth device, or a digital camera.

Abstract: A remote receiver assembly includes a remote receiver device having a card member for plugging to a computer facility, and a control member rotatably coupled to the card member for receiving remote signals. The control member includes a duct, the card member includes one or more conduits rotatably coupled to the duct of the control member, to rotatably couple the control member to the card member. The control member may be rotated relative to the card member to suitable angular position, in order to effectively receive signals. One or more cable members may couple the remote receiver device to various computer facilities.