16results about "Television connectors" patented technology

There is provided a broadband signal tap (10) comprising a housing (12) and a cover (14) adapted to be removable from and attachable to the housing (12), the housing (12) comprising a power continuity connector (24) and the cover (14) comprising at least one external subscriber port (16), wherein at least one electrically conductive pad (32, 34) is disposed within the housing (12) to physically and electrically contact the housing (12) and the power continuity connector (24) and so remove resonant effects. The at least one electrically conductive pad (32, 34) comprises a first portion (56, 62) for engaging with the housing and a second portion (58, 60) for engaging with the power continuity connector (24). A cover (14) incorporating at least one electrically conductive pad (32, 34) is also provided.

An ethernet device connector built-in module for a controllable apparatus from lighting, sound, video or special effects engineering, for incorporating the apparatus in a chain of apparatuses serially connected by ethernet. The construction of the built-in module allows serial control of complexly switchable apparatuses. The built-in module provides a data supply and, for example, a power supply of a chain of serially interconnected apparatuses via two external plug-in locations being interconnected via an interposed distributor component that has an ethernet contact interface on a PCB of the built-in module for connecting within the apparatus, the built-in module to control electronics of the apparatus. The distributor component is configured here to distribute a data supply signal and optionally a power supply signal supplied by one of the two external plug-in locations to the other one of the two external plug-in locations and the ethernet contact interface on the PCB.

A camera module according to an embodiment of the present application has a first component mounting substrate, a second component mounting substrate, and a spacer component. The first component mounting substrate has an imaging element. The second component mounting substrate is electrically connected to the first component mounting substrate. The spacer component is provided between the first component mounting substrate and the second component mounting substrate. The spacer component has a component body made of a first insulating material. The component body has a first main surface portion having three or more first reference surfaces and being in contact with the first component mounting substrate, a second main surface portion having three or more second reference surfaces and being in contact with the second component mounting substrate, and a component housing portion with or without a bottom provided to at least one of the first and second main surface portions.

There is provided a broadband signal tap (10) comprising a housing (12) and a cover (14) adapted to be removable from and attachable to the housing (12), the housing (12) comprising a power continuity connector (24) and the cover (14) comprising at least one external subscriber port (16), wherein at least one electrically conductive pad (32, 34) is disposed within the housing (12) to physically and electrically contact the housing (12) and the power continuity connector (24) and so remove resonant effects. The at least one electrically conductive pad (32, 34) comprises a first portion (56, 62) for engaging with the housing and a second portion (58,60) for engaging with the power continuity connector (24). A cover (14) incorporating at least one electrically conductive pad (32, 34) is also provided.

A connector having a conductive shell that supports at least one signal contact therein. The shell includes a front end for mating with a mating connector and a rear end opposite the front end for connection to a power or data transfer cable. A coupling member is configured to engage the conductive shell and engage a corresponding assembly associated with the mating connector to mechanically couple the connector and the mating connector together. A plurality of ground connections are provided at the front end of the conductive shell and a front section of the coupling member for grounding.

A display device can include a display panel, a chassis assembly supporting the display panel, a printed circuit board accommodated in the chassis assembly and disposed to control driving of the display panel, and a connector mounted to the printed circuit board and including a seating portion and connector terminals positioned at one side of the seating portion, wherein the connector is connected to a cable by seating a main body of the cable on the seating portion in a vertical direction when one surface of the main body of the cable is opposite the seating portion and by contact-coupling cable terminals formed at one end of the main body of the cable with the connector terminals.

Provided are an aviation connector and a display screen. The aviation connector includes an aviation connector main body, which includes a shaft section and an insertion end, at least one end of the shaft section is fixed with the insertion end, and an end face of a side of the insertion end away from the center of the shaft section is a first waterproof surface, which gradually approaches the center of the shaft section from top to bottom, and the first waterproof surface is provided with an insertion port extending along a first direction; and a top surface of the insertion end is a second waterproof surface, the second waterproof surface extends along a second direction, and a height of the second waterproof surface gradually decreases or increases from one end to another end; or, a height of the second waterproof surface gradually decreases from the middle to both ends.

A pin connector receptacle for use with cable TV pin connectors is described. The receptacle has a cylindrical base that can accept a pin of a pin connector from any of four quadrants. The pin connector has a spring-loaded connection plate that grips a pin of a pin connector firmly in place against the cylindrical base.

An embodiment of this application provides a television, which includes a housing with an opening; a display module disposed within the housing; a first ribbon cable interface disposed on a circuit board fixed to the back of the display module; a guide rail located between the circuit board and the opening, with the sliding direction defined by the guide rail parallel to the plane of the display module; an external component with a second ribbon cable interface; and a ribbon cable connecting the first and second ribbon cable interfaces; between the first and second ribbon cable interfaces, there are sequentially a first cable exit point, a first fold point, a fold completion point, a second fold point, and a second cable exit point, the cable exit point including the first and second cable exit points; at the first and second fold points, the ribbon cable is folded so that the ribbon cable surface at the fold completion point is perpendicular to the plane of the display module.

There is provided a broadband signal tap (10) comprising a housing (12) and a cover (14) adapted to be removable from and attachable to the housing (12), the housing (12) comprising a power continuity connector (24) and the cover (14) comprising at least one external subscriber port (16), wherein at least one electrically conductive pad (32, 34) is disposed within the housing (12) to physically and electrically contact the housing (12) and the power continuity connector (24) and so remove resonant effects. The at least one electrically conductive pad (32, 34) comprises a first portion (56, 62) for engaging with the housing and a second portion (58, 60) for engaging with the power continuity connector (24). A cover (14) incorporating at least one electrically conductive pad (32, 34) is also provided.

An image sensor as an electrical connection structure includes a flexible circuit board and a connector that is electrically connected to the flexible circuit board. The flexible circuit board has terminals with a conductive property formed on a surface of a substrate portion and an insulator layer with an electrical insulation property formed to cover the terminals. The connector has connecting protrusions formed to individually correspond to a corresponding one of the terminals. During assembling the connector and the flexible circuit board, at least one of the connecting protrusions breaks and penetrates the insulation layer to come in contact with the corresponding one of the terminals and establishes an electrical connection between the connector and the flexible circuit board.

An interconnection for a cable network-based housing with improved signal integrity.

A structure that suppresses the occurrence of abnormal electrical connections is provided. [Solution] The image sensor (10) as a structure includes a flexible circuit board (60) and a connector (52) electrically connected to the flexible circuit board (60). The flexible circuit board (60) has a substrate (61), conductive terminals (62a) formed on the surface of the substrate (61), and an insulating layer (63) that is electrically insulating and is formed to cover the terminals (62a) from the opposite side of the terminals (62a) sandwiched between the substrate (61). The connector (52) has a housing (53) that is electrically insulating and has a contact surface (53b) formed to be in close contact with the insulating layer (63), and connecting protrusions (54a) that are electrically conductive and correspond individually to the terminals (62a), protruding from the contact surface (53b) of the housing (53), breaking through the insulating layer (63) and coming into contact with the corresponding terminals (62a), thereby electrically connecting the connector (52) and the flexible circuit board (60).

An image sensor (10) as a structure includes a flexible circuit board (60) and a connector (52) electrically connected to the flexible circuit board (60). The flexible circuit board (60) has an insulating layer (63) that is formed so as to have electrical insulating properties and covers the terminal (62a) from the side opposite to the base part (61) with the terminal (62a) therebetween. The connector (52) has conductive connection protrusions (54a) which are formed so as to respectively correspond to the terminals (62a), protrude from the contact surface (53b) side of the housing part (53), pierce the insulating layer (63) and come into contact with the corresponding terminals (62a), thereby electrically connecting the connector (52) and the flexible circuit board (60).