Abstract: A server device includes a chassis, a rail assembly, and a server. The rail assembly is fixed inside the chassis. The rail assembly includes a lateral board and a flange. The lateral board is arranged vertically, the flange protrudes from one side of the lateral board, the flange is arranged horizontally and extends horizontally in a long strip shape, a positioning flexible arm is disposed on the lateral board, and the positioning flexible arm and the flange protrude from the same side of the lateral board. The server is loaded on the flange and movable along the flange, the server includes a front portion and a rear portion opposite to the front portion. When the server is entirely received in the chassis, the front portion is fixed to one end of the rail assembly, and the positioning flexible arm is engaged with an outer surface of the rear portion.

Abstract: A server rack includes a shell and a plurality of brackets configured to receive a plurality of data storages. The data storages are electrically connected to the bracket. The shell includes a power supply module configured to provide power to the data storages, and an adapter plate connected with the power supply module through a cable. The bracket is electrically connected to a connecting device. When the bracket is slid in the shell, the connecting device closely contacts the adapter plate to be electrically connected with the adapter plate, and the data storages are thus electrically connected with the power supply module.

Abstract: An electrical system includes a power electronics system and a bus bar coupled to the power electronic system. The power electronics system includes a switching device configured to selectively connect and disconnect. The bus bar includes a first conductive layer and a second conductive layer. The first conductive layer is disposed directly adjacent a first insulation layer, wherein the first conductive layer is configured to conduct a first polarity of electrical power to, from, or both the power electronics system. The second conductive layer is disposed directly adjacent the first insulation layer, and is configured to conduct a second polarity of electrical power opposite the first polarity to, from, or both the power electronics system. The first conductive layer comprises a first thickness half a second thickness of the second conductive layer.

Abstract: An electronic device includes a sealable housing, constituent surfaces of which are configured by a conductor, a plurality of heat generating components including a coil having a relatively large heating value during operation and an electrolysis capacitor having a heating value during operation relatively smaller than the heating value of the coil and having a heatproof temperature lower than the heatproof temperature of the coil, the heat generating components being housed on the inside of the housing, and an internal air fan housed on the inside of the housing. The electrolysis capacitor is housed above the coil. The internal air fan sends wind from one right side surface side of two side surfaces opposed to each other in the housing to the other side surface side between the coil and the electrolysis capacitor to thereby blow air between the electrolysis capacitor and the coil including heat generated by the coil against the other side surface.

Abstract: A system for an electrical power distribution network includes a plurality of electrical apparatuses, each electrical apparatus including a mechanical connection and at least one electrical connector; and a single-piece unitary support configured to receive and hold the plurality of electrical apparatuses, the support including: a frame including a plurality of mechanical interfaces, each of the mechanical interfaces configured to receive and hold a mechanical connection of one of the plurality of electrical apparatus; a cover extending from a side of the frame; and a panel integrated with the frame, the panel including a plurality of electrical interfaces, each of the plurality of electrical interfaces configured to couple to an electrical connector of one of the electrical apparatuses, the cover positioned over the panel.

Abstract: A display device includes a first substrate, a second substrate, a first polarizer, a second polarizer and a frame. The frame contacts with a first surface and a first side of the first substrate, a second surface and a second side of the second substrate, and a third side of the first polarizer. The frame has a fourth surface and a fourth side connecting to the fourth surface, and the fourth side is disposed corresponding to the second side. In a first direction perpendicular to the first surface, a shortest distance between the fourth and first surfaces is a first distance, a shortest distance between the fourth and first surfaces is a second distance, and a shortest distance between the third and first surfaces is a third distance. The third distance is substantially equal to the first distance, and the first distance and the second distance are different.

Abstract: A device may have: a frame section having a cage with a first receiving portion and a second receiving portion, the second receiving portion receiving a module; a first plate having an end, the first plate being received by the first receiving portion; a heat pipe having a first end attached to the end of the first plate and having a second end; a second plate attached to the second end of the heat pipe; and a spring attached to the first plate to bias the first plate against the module, the first plate being capable of receiving heat dissipated by the module, the heat pipe being capable of receiving the heat received by the first plate and transferring the heat to the second plate, the second plate receiving the heat transferred by the heat pipe and dissipating the received heat.

Abstract: A housing mountable on a mounting rail includes an upper housing part which has two side walls, extending longitudinally in a longitudinal direction and spaced apart from one another in a transverse direction transverse to the longitudinal direction; and a receiving chamber, formed between the side walls, for receiving an electronics module, at least one of the side walls having a first opening via which a first electrical line is connectable to a first port of the electronics module. The upper housing part has a connection chamber which is offset in the longitudinal direction from the receiving chamber, is formed between the side walls, and is open to the receiving chamber such that a second electrical line is connectable to a second electrical port of the electronics module via the connection chamber.

Abstract: Embodiments of the invention relate to electrostatic discharge (ESD) protection. One embodiment includes creating a window for multiple leads in a first plane on a cable. A common bus bar is attached adjacent to the window in a second plane on the cable. A first dissipative adhesive (DA) is applied across at least a portion of the multiple leads to connect the multiple leads to one another and to the common bus bar. At least some leads of the multiple leads are operatively connected to an element of an electronic device.

Abstract: A novel foldable and highly portable display device is provided. Further, a novel display device capable of displaying information or the like on a seamless large screen is provided. The display device includes a flexible display panel, a first housing provided with a storage portion that includes a space in which pulled one end of the display panel is stored, a folding mechanism connected to the first housing, and a second housing connected to the folding mechanism. The other end of the display panel is connected to the second housing so that the display panel can be drawn in accordance with an opening operation of the folding mechanism and stored in accordance with a closing operation of the folding mechanism.

Abstract: The present invention relates to a connecting device for control terminals in a withdrawable type circuit breaker, and more particularly, a connecting device for control terminals in a withdrawable type circuit breaker, capable of automatically connecting or separating control power source terminals for controlling the circuit breaker upon pulling out or inserting a breaker main body.

Abstract: A power supply device includes a housing, a plug assembly, and a sliding assembly. The plug assembly includes a power jack positioned on the housing and a power plug. The sliding assembly is slidably mounted on the housing. When the sliding assembly slides to a first position, the sliding assembly is configured to block the power jack for preventing the power plug being inserted to the power jack. When the sliding assembly slides to a second position, the sliding assembly is configured to move away from the power jack for allowing the power plug being received in the power jack.

Abstract: An electronic device unit includes a printed board housing body, a printed board, and a front face panel to which the printed board is fixed. The front face panel is provided with hooks each having a tip provided with a recessed part and knobs for disengaging the hooks. The printed board housing body includes engagement parts each provided with a protruding part to fit with the recessed part of each hook. Pinching the knobs for removing the front face panel from the printed board housing body causes the hooks turn in directions such that engagement between the hooks and the engagement parts and fitting between the recessed parts and the protruding parts are released.

Abstract: A gas-insulated switchgear includes a grounded tank filled with insulation gas, a center conductor which is disposed in the grounded tank and to which a voltage is applied, an insulating support member which insulates and supports the center conductor, and a nonlinear resistive part disposed at least on a vertically lower side inner surface of the grounded tank and formed by an insulation material containing a nonlinear resistive material. If an electric field applied to the nonlinear resistive part is higher than an electric field value in a vicinity of a contact point between the nonlinear resistive part and a metallic foreign substance mixed in the grounded tank during an operation, a resistivity of the nonlinear resistive part at the center conductor side is lower than a resistivity at which a discharge delay time is equal to an electric field relaxation time constant.

Abstract: Provided are an energy storage system case and an energy storage system including the same. An energy storage system case includes: a body unit including a battery accommodating unit configured to accommodate a plurality of batteries, and a control module mounting unit on both sides of which control modules are configured to be mounted to control charge/discharge of a plurality of batteries; a casing cover coupled to the body unit; and a heat-dissipation unit located opposite the casing cover and coupled to the control module mounting unit to dissipate heat generated by a first control module among the control modules to an outside thereof.

Abstract: A method for manufacturing a composite part. Layers of composite material are cured to form the composite part. A primer is depicted on a surface of the composite part. A group of conductive elements is deposited on the primer to form an electronic device on the primer.

Abstract: In order to efficiently cool a heat-generating semiconductor element, it is desirable to cool a power semiconductor element from both surfaces. Therefore, in order to cool multiple power semiconductor elements, it is an effective way to alternately arrange a semiconductor component having the incorporated semiconductor element and a cooling device. A power conversion device for handling a high-power voltage needs to ensure pressure resistance between semiconductor elements or circuits inside the device. It is an effective way to seal the semiconductor component with a sealing material such as a silicone gel. Therefore, it is necessary to install the semiconductor component or the circuit having the incorporated semiconductor element, in a case from which a liquid silicone gel prior to curing does not leak even if the gel is injected.

Abstract: In an embodiment, a method includes arranging a first carrier on a first major surface of a circuit board such that an electronic component arranged on the first carrier is positioned in an aperture in the circuit board and spaced apart from side walls of the aperture, and arranging a second carrier on a second major surface of the circuit board such that the second carrier covers the electronic component and the aperture, the second major surface of the circuit board opposing the first major surface of the circuit board. The electronic component includes a power semiconductor device embedded in a dielectric core layer and at least one contact pad arranged on a first major surface of the dielectric core layer.

Abstract: A temperature conditioning module 6 having an integrated waste heat cooling circuit, comprising; a housing 10 having at least one air inlet 12 and a first 16 and second 20 spaced apart air outlets, one or more motor driven impellers 40A, 40B, one or more fluid recirculation pumps 52: one or more thermoelectric devices 80 that is located in the first passage 14 of the housing between the one or more motor driven impellers and the first air outlet 16, one or more heat exchangers 54 that is located in the second passage 18 of the housing, between the at least one motor driven impeller and the second air outlet 20; and a fluid circulation circuit 50 that is contained entirely within the housing, and passing fluid in thermal communication with the waste side of the one or more thermoelectric devices 80 to thereby absorb at least a portion of the waste heat and then to expel it to the heat exchanger 54.

Abstract: A latch assembly is provided and has a latch housing containing latch components and is integrally coupled to an electronic control assembly having control electronics for controlling the latch components and sensors and switches external to the latch housing. The control housing includes an exterior wall defining an interior cavity for mounting the control electronics. The control housing provides a mechanical connector with an external connector including a set of double sided connectors for coupling an electrical connector to the control electronics. The double sided connectors have a first portion projecting away from the exterior wall and outside of the interior cavity and associated with the mechanical connector for connecting with an electrical system of the vehicle and a second portion projecting away from the exterior wall and into the interior cavity to connect to the control electronics.