Abstract: A computer equipment for a car includes a display mounted in a car, a host system mounted in the car, and a keyboard mounted in the car and connected between the display and the host system to connect the host system to the display. Thus, after the car is stopped, a user can control operation of the host system of the computer equipment by operating the keyboard to co-operate with the display so as to perform the functions of a computer, such as, the E-mail or word processing functions. In addition, the display functions as a monitor of the computer equipment, thereby enhancing the versatility of the display.

Abstract: A headrest includes a cushioning pad for attaching to a vehicle and having a chamber for receiving a displaying device, and a pivotal coupling device for pivotally coupling the displaying device to the cushioning pad and for allowing the displaying device to be pivoted and adjusted relative to the cushioning pad to selected or suitable angular positions. The displaying device may be received in the cushioning pad without occupying any space of the passenger vehicle and without affecting the seating or the movement of the passengers in the passenger vehicle.

Abstract: A structural innovation of cord retriever, a structural design for multiple-step control of pulling length of a cord, to achieve the purpose of making adjustment of a cord length as required by the user and fast and smooth retrieving thereof.

Abstract: A structural innovation of cord retriever, a structural design for multiple-step control of pulling length of a cord, to achieve the purpose of making adjustment of a cord length as required by the user and fast and smooth retrieving thereof.

Abstract: A displayer mounting device includes a receptacle for attaching to a vehicle and for acting as a headrest for the vehicle, a display, and a moving device for moving the display relative to the receptacle, to selectively move the display out of the receptacle for operating purpose, or for selectively moving the display into the receptacle for storing purpose. A housing is slidably received in the receptacle for supporting the display. A driving device may be used to move the housing relative to the receptacle. The display is preferably pivotally attached to the housing with an axle. The receptacle includes one or more stops for limiting the housing to slide relative to the receptacle.

Abstract: It is the primary object of the invention to provide an improved structure of a hub, said hub having two cables that are drawn out and recoiled independently thereof; whereby the cable lengths are adjusted in a multitude of stages to the desired length, and means mounted in said hub to smoothly recoil the cables.

Abstract: A cable reel having a one-way locking mechanism for locking a cable winding hub in one direction so that the user can adjust the extending status of the cables freely, and a button for unlocking the one-way locking mechanism for enabling the cable winding hub to receive the cables by means of the spiral spring force of a spiral spring.

Abstract: A monitor supporting device for vehicle includes a control panel having a chamber formed by an inner peripheral surface, for receiving a housing and for detachably attaching the housing to the control panel with catches and protrusions. The housing includes a front recess formed by a partition for receiving an electronic device, and includes a rear space located behind the partition, and includes one or more orifices formed in the partition and communicating with the rear space of the housing, for forming an air passage and for air circulating and heat dissipating purpose, and for preventing the electronic device from over-heating, and thus for allowing the working life of the electronic device to be increased.

Abstract: A cable reel having a one-way locking mechanism for locking a cable winding hub in one direction so that the user can adjust the extending status of the cables freely, and a button for unlocking the one-way locking mechanism for enabling the cable winding hub to receive the cables by means of the spiral spring force of a spiral spring.

Abstract: A multi-media displaying device includes a receptacle having an interface module, a processor device coupled to the interface module for signal processing purposes, a screen coupled to the processor device for signal displaying purposes, and includes a coupler. A transforming device may be selectively pluggable into the coupler of the receptacle, for selectively communicating with the processor device via the interface module, and one or more further transforming device may further be selectively plugged into the coupler of the receptacle, for selectively communicating with the processor device via the interface module.

Abstract: A structure and method are provided for protecting a substrate of an active area adjacent to an isolation region. A substrate including an isolation region is provided, wherein a gate is disposed on the substrate adjacent to the isolation region. A sacrificial protective layer is deposited on the substrate and then etched back to form a sidewall protective layer on the sidewall of the gate, covering a portion of isolation region to protect the substrate adjoining the gate and the isolation region.

Abstract: A quick open-closed device for biochemical equipment (1) comprises a socket (2) disposed on the biochemical equipment and a plug (3) for coupling with the socket. The socket is a hollow, cylindrical element, and comprises a cylindrical sidewall (25) and a passage (26) in communication with an interior chamber of the biochemical equipment. The cylindrical sidewall of the socket defines an engaging slot (27), which comprises a guiding portion (271) and a retaining portion (272) connected with each other. The plug has a straight pin (31) for being inserted into the passage of the socket. A peg (312) is provided on the straight pin for rotatively and releasably engaging with the engaging slot of the socket to assembly the plug and the socket together as a unit.

Abstract: A support device for attaching objects to vehicles includes two or more plates received in a housing, and guided to move radially in and out of the housing, and a moving device to move the plates radially in and out of the housing, and to detachably secure the housing to the vehicles, such as to the cup holders of the vehicles. A bolt is rotatably attached to the housing, a follower is threaded to the bolt and has one or more inclined channels, the plates each has an inclined board sildably received in the inclined channels of the follower, to guide the plates to move radially in and out of the housing when the bolt is rotated relative to the follower.

Abstract: An information communicating device for vehicles includes a housing having a seat for supporting phones, and having an emergent key for dialing emergent calls, a vocal key for switching to a vocal dialing mode, a traffic condition key for receiving traffic condition, and a phone receiving key for receiving phone call without carrying the phones. A primary control unit is received in the housing, and coupled to the keys, a voice control unit coupled to the primary control unit, and a power supply unit for supplying electric power to the primary control unit and the voice control unit.

Abstract: A cradle includes an arm attached to a casing and having a flap for engaging with the phone piece, a slidable arm having a beam slidably attached to the casing and having a flap to engage with the phone piece. The beam includes a rack, a gear includes a pinion engaged with the rack of the beam. A lever is rotatably attached to the casing and has one end biased to engage with the gear and to lock the beam to the casing. A button is slidably received in the casing and engageable with the lever, to move the end of the lever away from the gear and to release the beam from the casing when the button is moved into the casing, and to allow phones of different widths to be solidly locked between the flaps of the arms.

Abstract: A method of forming a polysilicon spacer with a vertical profile. A dielectric layer and a sacrificial layer are successively deposited to cover the entire surface of a polysilicon layer that covers an insulating structure. Then, CMP is used to remove parts of the sacrificial layer, the dielectric layer and the polysilicon layer to reach a planarized surface. Then, a part of the polysilicon layer outside the insulating structure is removed to make the insulating structures protrude from the top of the polysilicon layer. After removing the sacrificial layer, forming a second oxide layer on the exposed surface of the polysilicon layer and removing the dielectric layer, dry etching is used to remove the polysilicon layer that is not covered by the second oxide layer. The polysilicon layer left under the second oxide layer serves as a polysilicon spacer with a vertical profile.