46results about "Television connectors" patented technology

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.

Disclosed is a display device. The display device may include: a head including a display panel; a stand that supports the head; a first connector fixed to any one of the head and the stand; and a second connector fixed to the other one of the head and the stand, and is aligned with the first connector in one direction, wherein the first connector may include a first pin extending in the one direction, and the second connector may include a second pin that defines a boundary of a pin hole into which the first pin is inserted and that surrounds and contacts a side surface of the first pin.

To provide an apparatus for incorporating an apparatus in a chain of apparatuses serially connected by ethernet and capable of controlling lighting, sound, video or special effects engineering.SOLUTION: An ethernet-based construction of an ethernet device connector built-in module 1 allows serial control of complexly switchable apparatuses. The built-in module provides data and power of a chain of serially interconnected apparatuses via two external slots 3A, 3B being connected to an ethernet contact interface on a circuit board via distributors 10 interconnected to each other, for connecting the ethernet device connector built-in module 1 to control electronics of the apparatus within the apparatus. The distributor 10 (e.g., PoE switch or PoDL switch) is configured to distribute a data signal and a power supply signal, as necessary, supplied by one of the two external slots 3A, 3B to the other one of the slots and the ethernet contact interface on the circuit board.SELECTED DRAWING: Figure 2

A display device including a head including a display panel, a pole supporting the head, and a base coupled with the pole and supporting the pole, wherein the base includes a first weight in the base, and a plurality of second weights on the first weight in the base.

Disclosed herein is an image sensor package including a printed circuit board, an image sensor electrically coupled to the printed circuit board, a sealing configuration coupled to a front face of the printed circuit board via a first gasket, and a base coupled to a back face of the printed circuit board via a second gasket. Electronic components embedded on the back face of the printed circuit board align with and connect to mating pads surrounding the image sensor on the front face of the printed circuit board. Wire bonds electrically connect the image sensor to the mating pads and the electronic components. The sealing configuration includes a cover attached to a frame surrounding the image sensor. A gap separates the image sensor from abutting the surrounding printed circuit board, which is coupled to the image sensor via the base.

There is provided a connector assembly comprising: a first connector comprising: a main body; a first hollow body having an inner face, the first body being rotatably mounted to the main body and comprising a connection protrusion projecting inwardly from the inner face; and a biasing body mounted to the main body and the first body for applying a biasing rotational force on the first body in a first rotational direction; and a second connector comprising a second hollow body provided with a recess configured for receiving the connection protrusion therein, the second body comprising an engaging protrusion projecting within the recess. The second connector being configure such that when the connection protrusion is pushed against the second body, the first body is rotated in a second rotational direction until the connection protrusion is positioned into the retaining slot, thereby removably securing the first and second connector together.

A display apparatus including: a display panel; a chassis assembly supporting the display panel; a printed circuit board accommodated in the chassis assembly, and configured to drive and control the display panel; and a connector installed on the printed circuit board, and including a seating portion and a connector terminal positioned on one side of the seating portion, wherein the connector is connected to the cable by seating a surface of a body of a cable on the seating portion in a vertical direction while the surface of the body of the cable faces the seating portion and contact-coupling a cable terminal formed at one end of the body of the cable with the connector terminal.

A camera module according to an embodiment of the present invention is provided with: 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 disposed 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 part which has three or more first reference surfaces, and which comes into contact with the first component mounting substrate; a second main surface part which has three or more second reference surfaces, and which comes into contact with the second component mounting substrate; and a bottomed or bottom-less component storage part which is provided to at least one of the first and second main surface parts.

To provide an apparatus for incorporating an apparatus in a chain of apparatuses serially connected by ethernet and capable of controlling lighting, sound, video or special effects engineering.SOLUTION: An ethernet-based construction of an ethernet device connector built-in module 1 allows serial control of complexly switchable apparatuses. The built-in module provides data and power of a chain of serially interconnected apparatuses via two external slots 3A, 3B being connected to an ethernet contact interface on a circuit board via distributors 10 interconnected to each other, for connecting the ethernet device connector built-in module 1 to control electronics of the apparatus within the apparatus. The distributor 10 (e.g., PoE switch or PoDL switch) is configured to distribute a data signal and a power supply signal, as necessary, supplied by one of the two external slots 3A, 3B to the other one of the slots and the ethernet contact interface on the circuit board.SELECTED DRAWING: Figure 2

To prevent a panel-mounted connector from falling off to the inside of a housing.SOLUTION: A connector unit 40 comprises: a connector attachment member 41 that has an attachment hole 42; and a connector 50 that is inserted into the attachment hole 42 and attached to the connector attachment member 41. The connector 50 has a terminal part to which a mating connector is connected, and a pawl part that is engaged with an edge of the attachment hole 42. The connector attachment member 41 has a panel part 43 in which the attachment hole 42 is formed, an extension part 44 that is extended from the panel part 43 in an insertion direction D1 of the mating connector with respect to the connector 50, and a regulation part 45 that projects from the extension part 44 at a position in contact with or in proximity to an end 55 on the opposite side of the terminal part of the connector 50 in the insertion direction D1.SELECTED DRAWING: Figure 10

A camera module according to an embodiment of the present technology includes a first component-mounting board, a second component-mounting board, and a spacer component. The first component-mounting board includes an imaging device. The second component-mounting board is electrically connected to the first component-mounting board. The spacer component is arranged between the first component-mounting board and the second component-mounting board. The spacer component includes a component body that is made of a first insulating material. The component body including a first primary-surface portion that includes a plurality of first reference surfaces including at least three first reference surfaces, a second primary-surface portion that includes a plurality of second reference surfaces including at least three second reference surfaces, and a component accommodation portion with or without a bottom, the first primary-surface portion being brought into contact with the first component-mounting board, the second primary-surface portion being brought into contact with the second component-mounting board, the component accommodation portion being provided to at least one of the first primary-surface portion or the second primary-surface portion.

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.

The present invention relates to an Ethernet device connector built-in module for a controllable device from lighting, sound, video or special effect engineering to combine the device into a chain of a plurality of devices serially connected over the Ethernet. The Ethernet-based architecture of the Ethernet device connector built-in module allows serial control of complex switchable devices. An Ethernet device connector built-in module provides data supply and provides power supply of a chain of devices interconnected in series, for example through two external insertion locations interconnected via an inserted distributor assembly, the distributor assembly has an Ethernet contact interface on a printed circuit board of an Ethernet device connector built-in module for connecting the Ethernet device connector built-in module inside the apparatus to control electronic devices of the apparatus.

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.

The embodiment of the present invention relates to the field of household appliance accessories, and discloses a radio frequency connector, including: a hollow outer conductor, an elastic member, a first insulator, a second insulator, a third insulator, a first inner conductor, a second inner conductor, a third inner conductor, and a fourth inner conductor. When the third inner conductor is not connected to an external device, the elastic member is in a relaxed state, the second inner conductor is connected to the fourth inner conductor, and the first inner conductor is in a non-conductive state with the third inner conductor; when the third inner conductor is connected to an external device, the elastic member is in a compressed state, the third inner conductor is connected to the first inner conductor, and the second inner conductor is in a non-conductive state with the fourth inner conductor. When the radio frequency connector in the present invention is in operation, it can realize the function of rapid signal switching, thereby improving the user experience.

To make it possible to obtain stable communication performance even if the connection position of a second coaxial connector relative to a first coaxial connector is misaligned.SOLUTION: A coaxial connector connection structure 28 is a connection structure between a first coaxial connector 40 and a second coaxial connector 70. The first coaxial connector includes a first inner conductor 50, a first outer conductor 60, and a first dielectric 42, and the second coaxial connector includes a second inner conductor 80, a second outer conductor 90, and a second dielectric 72. When, in a connected state of both the coaxial connectors, a portion where the first inner conductor and the second inner conductor overlap in a connection direction is defined as an inner-side overlap portion E1, and a portion where the first outer conductor and the second outer conductor overlap in the connection direction is defined as an outer-side overlap portion E2, both the first dielectric 42 and the second dielectric 72 are positioned to avoid both the inner-side overlap portion and the outer-side overlap portion.SELECTED DRAWING: Figure 5

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.

There is provided a jumper tool configured for use with a CATV back box comprising a horizontal U- shaped housing 62 bent at each open end of the U-shape to form first and second downwardly depending limbs 66, 66’ further comprising an electrically conductive elongate element 70 located within the housing 62 and passing from the first to the second downwardly depending limb so as to provide an electrical connection passing between each limb. The electrically conductive element may comprise a conductive wire with a resilient connector at each end.

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.

The present invention is directed to a connector assembly having an increased outer diameter of the connector part relative to an equivalent G-type connector and an increased inner diameter of the receptacle part (also known as a locknut) relative to an equivalent G-type receptacle to achieve a higher current-carrying capacity and a target frequency of, for example, up to 3.0 GHz. In a preferred example, this results in a connector assembly in accordance with the present invention having a connector part with an outer diameter of at least 10.70 mm, more preferably 10.76 ± 0.01 mm, rather than the 9.4 mm diameter of existing G-type connectors. Despite the increased diameter, a tight-fit assembly in accordance with the present invention can achieve a characteristic impedance of 75 ohms to maintain the rated signal quality.

A port inlet adapter for a housing of a cable network line extender or bridge includes an elongated dielectric housing oriented horizontally having an opening defined therein to engage a horizontally oriented conductor of a coaxial cable extending through the housing; a compressible conductive member oriented in the horizontal orientation to form a compressive electrical interconnection with an interior surface of the housing; an electrically conductive press-fit retention structure adapted to engage the horizontally oriented conductor of the coaxial cable extending through the housing; a vertically oriented connector, the vertically oriented connector having a conductive tubular member and a central conductive member, and being press-fitted to form an electrical connection with the electronics included within the housing; and the port inlet adapter provides a controlled impedance structure between a signal path and a ground reference potential in a range of 40 MHz to 1.8 GHz between 55 ohms and 95 ohms.

The invention relates to the technical field of transmission lines, in particular to a high-speed FFC (flexible flat cable), which comprises two flat cable bodies, a printed circuit board is fixedly arranged at the adjacent ends of the two flat cable bodies, flat cable plugs are fixedly connected to the ends of the outer sides of the two flat cable bodies, and the flat cable plugs are fixedly connected to the flat cable bodies. The two flat cable plugs and the flat cable body are distributed in a bilateral symmetry mode. In the invention, the signal input unit is amplified twice through the first amplifier and the second amplifier, and finally, the signal is transmitted to the flat cable body at the left side, when the signal is transmitted in the flat cable body, the signal is not lost, the energy consumption is reduced, the current is delayed through the capacitor, and the situation that more current is always located in an alternating resistor and cannot pass through the alternating resistor is avoided. And the current can be stabilized, the current and voltage output of the flat cable are stable, energy supply operation can still be carried out when a single output line goes wrong, no influence is caused to equipment, and the use of the equipment is facilitated.