Abstract:
A patching system is disclosed herein. The patching system includes a plurality of patching jacks. The jacks include switches for changing the circuit configurations of the patching circuitry of the jacks. The switches are positioned to enhance the circuit density of the patching system.
Abstract:
A telecommunications apparatus (10) for use with a plug (34-1) having at least first (308), second (308) and third (310) pins. The telecommunications apparatus (10) includes a plug connector (36-1) for receiving the plug (34-1). The plug connector (36-1) includes at least first (302), second (302) and third (305) electrical contacts for electrically contacting the first (308), second (308) and third (310) pins, respectively, when the plug (34-1) is inserted in the plug connector (36-1). The plug connector (36-1) also includes an electrical bypass pathway (304) that: i) electrically connects the first and second electrical contacts (302) when the plug (34-1) is fully removed from the plug connector (36-1) such that a signal can enter the plug connector (36-1) through the first contact (302), pass through the by-pass pathway (304) to the second contact (302), and exit the plug connector (36-1) through the second contact (302); and ii) does not electrically connect the first and second electrical contacts (302) when the plug (34-1) is fully inserted within the plug connector (36-1) such that a signal can enter the plug connector (36-1) through the first contact (302), pass through the plug to the second contact (302), and exit the plug connector (36-1) through the second contact (302).
Abstract:
A coaxial locking cable connector is described which when used in conjunction with a port adaptor precludes the use of a standard connector and provides increased security for signals emanating from a cable tap port or drop. A connector optionally includes redundant environmental sealing. An additional embodiment of the invention is an adaptor to adapt a standard cable spice or tap port to accept the connector and preclude acceptable standard coaxial connectors.
Abstract:
A multi-tap device for a cable television (CATV) system includes a tap housing and a first circuit board positioned within and removably connected to the tap housing. A directional coupler is connected to the first circuit board. A faceplate is integral with the tap housing. One or more subscriber tap ports are connected to the faceplate. An access cover is connected to the tap housing. The access cover is configured to be opened to provide access to an interior of the tap housing for a user to disconnect the first circuit board from the tap housing.
Abstract:
본 실시예는, 렌즈부; 상기 렌즈부와 결합되는 제1하우징; 이미지 센서가 실장되며, 상기 제1하우징에 수용되는 제1기판부; 상기 제1하우징과 결합되며, 적어도 일부에서 가요성을 갖는 제2하우징; 및 상기 제2하우징에 수용되며, 상기 제1기판부와 전기적으로 연결되는 제2기판부를 포함할 수 있다.
Abstract:
According to one embodiment, a television receiver includes: a housing including a first opening and a second opening; a display in the housing, the display including a display surface exposed through the first opening; a circuit board in the housing; and a connector on the circuit board, exposed through the second opening, an external connector configured to be inserted into the connector, wherein the connector includes: a terminal configured to be electrically connected to the external connector; a base portion as a separate member from the housing, the base portion including an electrically insulated holder holding the terminal; and a second hook as a part of the housing, a first hook of the external connector configured to engage with the second hook.
Abstract:
The invention relates to an automatic retractable power connection for wall- mounted flat panel displays. The principle is that no cables are visible when the display is not in use. Furthermore, when in future the battery technology enables hours of TV watching, the recharging of the display's battery can be done automatically. In this case the user truly has the experience that the display is completely wireless, since he never sees the power connection.
Abstract:
An in-line digital cable television adapter and method for receiving and converting digital television signals to an analog format for display on an analog television set. Dual-capable video decryption and decoding is available to support a television, VCR, and a picture-in-picture independently and simultaneously. Dual-BTSC audio and video frequency modulators are available for output. A bypass switch selectively switches between television channels for modulation and for passing an analog supplied television signal directly to the analog television set. An infrared transceiver integrated with the digital cable adapter receives infrared frequencies from a compatible infrared remote control and stimulates input to a target infrared receiver.
Abstract:
The invention relates to surge suppressors. One embodiment provides a surge suppressing device including: a power circuit having an MOV and a thermal fuse in proximity to the MOV; an isolation structure containing the MOV and the thermal fuse; and a plurality of utility outlets in electrical communication with the power circuit. The isolation structure isolates the MOV and thermal fuse from at least a portion of the surge-suppressing device and encapsulates emissions from the MOV during an overvoltage event. Another embodiment provides a surge suppressing device including: a power section having a power circuit; an intermediate section adjacent to the power section; and an outlet section adjacent to the intermediate section such that the intermediate section separates the power section and the outlet section. The outlet section includes a plurality of utility outlets in electrical communication with the power circuit. Further embodiments are described.
Abstract:
A telecommunications apparatus (10) for use with a plug (34-1) having at least first (308), second (308) and third (310) pins. The telecommunications apparatus (10) includes a plug connector (36-1) for receiving the plug (34-1). The plug connector (36-1) includes at least first (302), second (302) and third (305) electrical contacts for electrically contacting the first (308), second (308) and third (310) pins, respectively, when the plug (34-1) is inserted in the plug connector (36-1). The plug connector (36-1) also includes an electrical bypass pathway (304) that: i) electrically connects the first and second electrical contacts (302) when the plug (34-1) is fully removed from the plug connector (36-1) such that a signal can enter the plug connector (36-1) through the first contact (302), pass through the by-pass pathway (304) to the second contact (302), and exit the plug connector (36-1) through the second contact (302); and ii) does not electrically connect the first and second electrical contacts (302) when the plug (34-1) is fully inserted within the plug connector (36-1) such that a signal can enter the plug connector (36-1) through the first contact (302), pass through the plug to the second contact (302), and exit the plug connector (36-1) through the second contact (302).