124results about "Mounting boards securing" patented technology

A toolless computing housing assembly includes an enclosure, front lid, and first side cover. The enclosure includes connected panels defining a front opening and internal volume, with front toolless coupling features along its front opening and side toolless coupling features along its panels. The front lid includes lid toolless coupling features that interact with the front toolless coupling features of the enclosure to facilitate the ready removal and reassembly of the front lid from and to the enclosure without the use of tools. The first side cover includes an outer face, inner face, and a first set of side cover toolless coupling features that interact with the side toolless coupling features of the enclosure to facilitate the ready removal and reassembly of the first side cover from and to the enclosure without the use of tools. The toolless computing housing assembly also includes a second side cover and mounting arrangement.

A lock catch assembly comprises a fixing mechanism, an elastic piece, a sliding block and a rotating piece. The fixing mechanism is provided with a sliding groove and a containing groove, the sliding groove extends in the first direction, and the sliding groove and the containing groove communicate with each other and are arranged in the second direction. The elastic piece is accommodated in the accommodating groove; the sliding block is movably arranged in the fixing mechanism in the second direction, the sliding block comprises a first blocking part and a first protruding and extending part which are fixedly connected, the first blocking part can be contained in the sliding groove and used for enabling the elastic piece to deform in the second direction, and the first protruding and extending part protrudes and extends into the containing groove in the first direction; the rotating piece is rotatably arranged on the fixing mechanism in the first direction and comprises a second protruding part, and the second protruding part is used for rotating in the first direction and abutting against the first protruding part so as to drive the sliding block to move in the second direction and compress the elastic piece.

A peripheral mounting system. The peripheral mounting system includes a first slot, the first slot being configured to mount a first peripheral component and a first peripheral connector component, the first peripheral component and the first peripheral connector component corresponding a first component standard; and, a second slot, the configurable second slot being configured to mount a second peripheral component and a second peripheral connector component, the second peripheral component and the second peripheral connector component corresponding to a second component standard, the first component standard and the second component standard being different component specifications, and wherein the peripheral mounting system is configurable to include a first slot configuration, a second slot configuration, and a first slot and second slot combined configuration.

A top-loading drive caddy has a body comprising a crossmember with a first and second grip on opposing sides, a stopping edge, and first and second guiding sides having first and second widths extending from the crossmember to connect to the storage drive with one or more mounting pins. A stopping edge extends from a guiding side placed to determine the location of the drive. A guideway receiving the caddy comprises notches on first and second sides extending transversely from top to bottom of an elongated body, the notches spaced apart to engage the guiding sides. A guideway assembly comprises a plurality of the caddy and two or more of the guideways, parallel to each other with aligned notches, the guideways separated to allow caddies to be inserted with guiding sides engaging notches on at least two of the guideways.

A lifting module for a chassis and an electronic device including the lifting module are provided. The lifting module includes a sidewall bracket, a lifting bracket, a sliding button assembly, and a driven assembly. The sidewall bracket is disposed on a side frame of the chassis. The lifting bracket is movably connected to the sidewall bracket. The sliding button assembly is slidably disposed on the side frame of the chassis. Part of the sliding button assembly is exposed from the chassis. The driven assembly is movably disposed on the sidewall bracket. The driven assembly is connected to interact the sliding button assembly and the lifting bracket. The lifting bracket is driven to move relative to the sidewall bracket selectively by the sliding button assembly through the driven assembly.

The present disclosure provides an abutment structure and an abutment method thereof. The abutment structure includes a body, an abutment part, and a fastening part. The abutment part is movably arranged on the body. The abutment part abuts against the fastening part. According to the present disclosure, the abutment part can drive the fastening part to achieve the effect of limiting by abutment.

A fan tray, for a fan module of a network device chassis, may include an inner assembly that includes an inner cassette, one or more fans connected to the inner cassette, a first latch connected to the inner cassette and configured to removably connect to an outer assembly of the fan tray, and a fan controller connected to the inner cassette and configured to control operation of the one or more fans. The outer assembly may be configured to receive and retain the inner assembly, and may include an outer cassette with one or more openings configured to communicate with the one or more fans, a second latch connected to the outer cassette and configured to removably connect to a rear portion of the network device chassis, and an adaptor connected to the outer cassette and configured to connect and provide power to the fan controller.

The invention provides a cartridge comprising a socket of insulative material and having upper and lower sides and a formation on the upper side to hold an electronic device; a set of contacts held in the socket to connect to the electronic device; a set of terminals connected to the set of contacts held by the socket; a circuit board, the set of terminals connected to the set of contacts being connected to a set of contacts on the circuit board; a lid; a detector mounted to the lid, the lid being movable to be positioned over the socket with the detector located in a position to detect a feature of the electronic device when and due to power being supplied through at least one of the set of terminals held by the socket to the electronic device; and a measurement channel connecting the detector to an interface on the circuit board.

The present invention relates to a housing (1) for an electronic circuit, the housing having a housing bottom (2), a housing top (3), and a printed circuit board (4) arranged in the housing (1) for receiving the electronic circuit. The housing bottom (2) is designed in a basin shape and has at least two support elements (6) for the printed circuit board (4) on at least two opposing inner walls (5). Furthermore, at least one position-fixing molded portion (7) is provided on each of the at least two opposing inner walls (5) for engaging with a corresponding fixing slot (8) in the printed circuit board (4) for position fixing. A first portion (10) of a locking device is provided on each of the at least two opposite outer walls (9) for connection with the housing top (3). The printed circuit board (4) is designed in a rectangular shape and has fixing slots (8) on at least two opposite sides for receiving the position of the housing bottom (2). The molded part is formed, and the printed circuit board (4) has slots (13) at its four corners (15), the slots extending parallel to the inner wall (5) of the bottom of the housing (2), on which support elements (6) are mounted, wherein the length of the slot (13) is greater than the distance between the slot (13) and the adjacent edge (14) of the printed circuit board, so that an elongated, elastic tab (16) is formed at each corner (15) of the printed circuit board (4), wherein the top of the housing (3) is designed to be basin-shaped and has pin-shaped portions (19) extending from the plane of the top edge (18) of the housing at its four corners, the pin-shaped portions being designed to press the tabs (16) formed on the printed circuit board (4) from the plane of the printed circuit board into the bottom of the housing (2) in the assembled state of the housing (1), and has a second part (11) of a locking device on at least two opposite outer walls (9) for connection with the bottom of the housing (2).

The invention provides a cartridge comprising a socket made of insulative material and having upper and lower sides, the upper side having a first formation for releasably holding a first electronic device, the socket having a first socket thermal opening formed from the lower side to the upper side through the socket, an interface connected to the socket to connect the first electronic device to an electric tester, a chuck of a thermally conductive material, a first thermal post attached to the chuck, the first thermal post being inserted into the first socket thermal opening, an end of the first thermal post being thermally connected to and in contact with the first electronic device, such that heat transfers primarily through the first thermal post as opposed to the insulative material of the socket between the chuck and the first electronic device, and a first set of contacts held in the socket and connecting terminals of the first electronic device to the interface, the first set of contacts being resiliently depressible to bring the first electronic device into contact with the end forming a first thermal surface of the first thermal post.

The present invention relates to a system comprising an electronic printed circuit board and a support frame for receiving the printed circuit board.

A guide frame used for a gantry crane includes a casing, at least one first rolling component and at least one second rolling component. The casing is sleeved on a hanging arm of the gantry crane. The first rolling component is disposed at an inner side of a first side wall of the casing. The second rolling component is disposed at an inner side of a second side wall of the casing located opposite to the first side wall. The first rolling component and the second rolling component are configured to guide an object gripped by the hanging arm to move along a direction of gravity or a direction opposite thereto.

Various embodiments of a sealed package and method of forming such package are disclosed. The package can include a housing having an inner surface and an outer surface, and a substrate having a first major surface and a second major surface. The package can also include an electronic device disposed on the first major surface of the substrate, and a power source disposed at least partially within the housing. The substrate can be sealed to the housing such that a non-bonded electrical connection is formed between a device contact of the electronic device and a power source contact of the power source.

The application provides an LED display device, comprising: a frame comprising an outer frame and a support beam; an LED module detachably connected to the front side of the frame; a rear cover detachably connected to the rear side of the frame, the frame, the LED module and the rear cover surrounding a containing space; a board card assembly arranged in the containing space, the board card assembly comprising a support substrate and a first board card arranged on the front side of the support substrate and capable of being plugged with the LED module, the support substrate comprising a main body plate extending along a first direction and an extension plate arranged on the side of the main body plate and extending along a second direction, wherein the second direction is perpendicular to the first direction, and wherein the support beam is provided with a avoiding structure corresponding to the position of the extension plate. The technical scheme of the application can effectively solve the problem that the box frame in the related art cannot be applied to the application scene of each column having more LED modules.

This document describes a camera device with an adjustable stand. The camera device includes a head assembly and a stand assembly that are pivotally connected together by a bar to form a hinge. The bar provides a 360-degree range of pan and a 45-degree range of tilt of the head assembly relative to the stand assembly. The stand assembly is capable of rotational movement relative to the head assembly to configure the camera device into different configuration states, including a tabletop state and a wall state. The tabletop state has a low profile for resting on a horizontal surface, while the wall state has a high profile that provides additional clearance between a vertical surface to which the head assembly and the stand assembly are affixed. In the wall state, cables of the camera device can be routed through and constrained by the stand assembly.

A computing device includes a mounting arrangement having bistate spring clips. Each bistate spring clip has a main component, elongated spring member, and protrusion. The main component moves in a first direction under a first biasing spring force when the spring clip operates in a first state and in a second direction opposite the first direction under a second biasing spring force when the spring clip operates in a second state. The spring member couples at a proximal end to the main component, extends to a distal end, and imparts a biasing spring force to the main component depending on which way it is moved. The protrusion couples to the spring member and extends into a track at the mounting outer surface. The track forces the protrusion to move in different directions as it travels along the track, which causes the spring member to correspondingly move in its different directions.

A method and guide are provided that facilitate the installation and removal of cabling in hard-to-reach locations using a holder to maintain the relative locations of a cable and cable-side connectors and a handle that slides with respect to the holder. The handle may be used to move the cable and cable-side connectors into position with respect to board-side PDB connectors within a chassis. With further downward movement or insertion of the handle, the connectors are then mated. With the handle in a fully downward, inserted, or otherwise latched position with respect to the holder, raised sections of the handle prevent latching teeth or hooks on the cable-side connector from becoming disengaged from the PDB board-side connector, thereby maintaining the connection of the PDB connectors. Uninstallation is the reverse of installation with a single movement of the sliding handle both unlatching and disconnecting the connections.

The invention discloses a supporting device for installing electronic equipment. The supporting device comprises a panel assembly, an electromagnetic protection assembly, a shell assembly arranged between the panel assembly and the electromagnetic protection assembly, a support assembly and a containing assembly arranged on the support assembly and used for containing the electronic equipment. The electromagnetic protection assembly is arranged between the shell assembly and the support assembly. The panel assembly includes a hole. The housing assembly includes a housing projection. The shell protruding part is arranged in the hole of the panel assembly. The hole of the panel assembly exposes the protruding part of the shell.

Disclosed are PCB assemblies. According to an embodiment of the present invention, a PCB assembly is provided as a printed circuit board on which a plurality of devices are mounted, including: a power supply area arranged on one side of a main printed circuit board; a first area located in a direction of the other side of the main printed circuit board based on the power supply area and including a plurality of devices; a second area located in a direction of the other side of the main printed circuit board based on the first area and including a plurality of devices; a third area located in a direction of the other side of the main printed circuit board based on the second area and including a plurality of devices; and a bridge printed circuit board receiving power from the power supply area and arranged perpendicularly to the main printed circuit board, the bridge printed circuit board crossing the first area, the second area, and the third area and transferring power and signals to at least one area.

A substrate assembly includes a first substrate, a second substrate, a retainer attached to the second substrate, and a housing connected to the first substrate. The retainer is mounted to the housing, and the first substrate and the second substrate are electrically connected. The retainer includes an adjustable arm that is configured to vary in length, and a clamp that engages the second substrate.

A controller for an e-machine of a turbomachine including a support structure, a printed circuit board, and a fastener arrangement that retains the printed circuit board on the support structure, the fastener arrangement including a resilient member that resiliently biases the printed circuit board towards the support structure.

A circuit board mounting and demounting device, which is used with a guide and fulcrum device, includes at least one actuation mechanism. The at least one actuation mechanism includes a substrate and a linkage assembly. The substrate is connected to a second circuit board and has at least one second guiding portion. The at least one second guiding portion is guided by the guide and fulcrum device. The linkage assembly includes an actuating rod pivotally disposed on the substrate by a pivot shaft. The actuating rod is pivotable between a first position and a second position and one end of the actuating rod abuts against the guide and fulcrum device. When the actuating rod is pivoted from the first position to the second position, the substrate is moved through the at least one second guiding portion along a guiding direction of the at least one guide and fulcrum device.

A support bracket for an expansion card and an electronic enclosure are disclosed that have ribs formed between vent openings that promote improved airflow through the vent openings as compared to conventional stamped and deburred ribs.

The invention provides a cartridge comprising a socket made of insulative material and having upper and lower sides, the upper side having a first formation for releasably holding a first electronic device, the socket having a first socket thermal opening formed from the lower side to the upper side through the socket, an interface connected to the socket to connect the first electronic device to an electric tester, a chuck of a thermally conductive material, a first thermal post attached to the chuck, the first thermal post being inserted into the first socket thermal opening, an end of the first thermal post being thermally connected to and in contact with the first electronic device, such that heat transfers primarily through the first thermal post as opposed to the insulative material of the socket between the chuck and the first electronic device, and a first set of contacts held in the socket and connecting terminals of the first electronic device to the interface, the first set of contacts being resiliently depressible to bring the first electronic device into contact with the end forming a first thermal surface of the first thermal post.

A retention mechanism for installing an expansion card in a computer system comprises at least one ratchet rack mounted in a fixed location in the chassis and a corresponding sliding retainer adapted to slide along the ratchet rack in a vertical direction. The ratchet rack can include a plurality of rack gear teeth and the sliding retainer can include a pawl that is biased into engagement with the rack gear teeth. When the expansion card is inserted into an edge connector socket, the sliding retainer slidingly engages the ratchet rack to linearly move in the vertical direction to contact the expansion card and the pawl is urged into engagement with the rack gear teeth.

A locking assembly includes a fixing mechanism, an elastic member, a sliding block, and a rotating member. The fixing mechanism defines a sliding groove and a receiving groove. The sliding groove extends along a first direction. The elastic member is disposed in the receiving groove. The sliding block is movably disposed in the fixing mechanism along a second direction. The sliding block includes a first blocking portion and a first protruding portion. The first protruding portion protrudes from the receiving groove along the first direction. The rotating member rotatably is disposed on the fixing mechanism. The rotating member includes a second protruding portion. The second protruding portion can rotate around the first direction and resist against the first protruding portion, such that the second protruding portion drives the sliding block to move along the second direction to compress the elastic member.

A network architecture designed for efficiency and scalability. The assembly utilizes an orthogonal connection system where line cards and fabric cards are positioned orthogonally within physical infrastructure equipment including racks and modular data centers. The network architecture offers several advantages, including improved signal integrity, enhanced thermal management, and increased modularity. By eliminating the traditional backplane and utilizing direct connections, the network architecture reduces signal degradation and allows for better airflow, which is crucial for high-density systems. The modularity simplifies adding, removing, or upgrading components, making the network architecture easily adaptable to future needs.

An electric compressor is provided that can suppress deformation in the circuit board caused by the fastening connection to the housing and busbar and effectively reduce noise components in the circuit board. The converter section includes a circuit board, a busbar fixed to the converter housing and electrically connecting an external power supply to the circuit board, a noise reduction circuit mounted on the circuit board, a first fastening connection member fastening the circuit board to the converter housing, and a second fastening connection member fastening the circuit board to the busbar. The circuit board has a first fastening connection hole through which the first fastening connection member is inserted, a second fastening connection hole disposed adjacent to the first fastening connection hole and through which the second fastening connection member is inserted, and a slit extending from the outer edge of the circuit board between the first fastening connection hole and the second fastening connection hole. Through the fastening connection of the first fastening connection hole, the circuit board is electrically connected to the converter housing as ground for the noise reduction circuit.

A power supply comprises a rack, a circuit board, a switch assembly and a bolt lock assembly. The rack is provided with an open hole, a first open groove and a second open groove. The circuit board is arranged in the rack. The switch assembly comprises a button part, a body and a coupling part. The body is embedded in the open hole, the button part is arranged on the body and located on the outer side of the rack, and the coupling part is arranged on the body and can be selectively connected with or disconnected from the circuit board. The bolt-lock assembly comprises an operating piece and a bolt-lock piece. The operating member has a pressing portion and an extending portion. The pressing part is connected with the extending part and provided with a first groove in a protruding mode, and the extending part is connected with the bolt-lock piece. The bolt-lock piece is connected with the machine frame and provided with a buckling part, and the buckling part protrudes out of the machine frame from the second open groove. When the button part is far away from the rack and the coupling part forms an open circuit, the pressing part moves towards the hole along the first open groove under the action force, and the buckling part is driven to move towards the interior of the rack.