Abstract: A wireless switch panel integrated with a magnetic electric-shock charging fixed base is provided. The wireless switch panel integrated with the magnetic electric-shock charging fixed base includes: a magnetic charging stand, a wireless panel, and an angle adjustment bracket. The magnetic charging stand includes: an outer protective casing and a rear mounting plate. The outer protective casing is fixedly connected to a front side edge of the rear mounting plate. Interior of the outer protective casing is concave. The angle adjustment bracket is provided on a rear side of the rear mounting plate. A magnetic connection male socket is fixedly connected to the middle of an inner-side bottom end of the outer protective casing. The angle adjustment bracket includes: a support plate and a support base. A rotating shaft runs through two upper ends of the support base. Two charging manners are provided on the wireless panel.

Abstract: An electronic device includes a first housing and a second housing rotatably coupled to the first housing about a rotation axis and having a display disposed therein. The second housing includes a first outer surface on which the display is exposed and a second outer surface facing away from the first outer surface. A stepped portion is provided on the second outer surface, the stepped portion extending in an intersecting direction that intersects with the rotation axis and is parallel to the second outer surface. A rib extending in the intersecting direction is provided on a back surface of the second outer surface. At least a part of the rib is at a position overlapping the stepped portion in the intersecting direction.

Abstract: A multi-directional input device includes a housing, an operation stick, a magnetic member, a printed circuit board, a supporting seat, a reset assembly, an elastic sheet, a pressing member and a magnetic induction chip. The operation stick includes an operation portion and a rocker portion connected to the operation portion. The reset assembly includes a pressing plate and a spring. The magnetic induction chip includes a chip and an induction part. Centers of the rocker portion, the magnetic member, the pressing member, the elastic sheet and the induction part are located at a same vertical line. In response to the operation stick being tilted or vertically pressed, the magnetic member is driven to move relative to the induction part in any one direction, and the induction part detects magnetic field variation of the magnetic member and outputs magnetic field variation signal.

Abstract: A display module includes: a substrate; a side wiring extending along a side surface of the substrate, the side wiring electrically connecting a TFT layer of the substrate at a first end of the side wiring with a rear wiring layer of the substrate at a second end of the side wiring; a front cover disposed on and bonded with a mounting surface of the substrate; a metal plate disposed on and bonded with the rear surface; a side cover covering the side wiring and the side surface; a waterproof member configured to seal the second end of the side wiring from outside and prevent moisture permeation; and a side end member disposed on and covering the side cover and the waterproof member, and the side end member being grounded to the metal plate.

Abstract: A thermostat includes a display having a metal backing, a printed circuit board having a ground plane, and one or more electrical components mounted to the printed circuit board in a shielded region on the printed circuit board between the ground plane and the metal backing. One or more conductive side shield elements are positioned between the printed circuit board and the display, extending along and defining the shielded region of the printed circuit board. The one or more conductive side shield elements are electrically connected to the ground plane of the printed circuit board and provide a side shield that reduces Electro-Magnetic Interference (EMI) generated by the one or more electrical components situated in the shielded region of the printed circuit board from escaping laterally out from between the ground plane of the printed circuit board and the metal backing of the display.

Abstract: A display assembly for an automotive interior includes a cover substrate comprising a first major surface and a second major surface opposite the first major surface; and a support structure. The support structure comprises a plurality of frame portions adhered to separate regions of the second major surface via an adhesive layer to retain the cover substrate in a curved configuration. A shear joint couples two of the plurality of frame portions to one another, the shear joint being configured to maintain a mechanical connection between the two frame portions despite bending stresses being present in the cover substrate, while permitting the two frame portions to move relative to one another along at least a first axis. A gap in the adhesive layer is disposed proximate to the shear joint, the gap decoupling thermally-induced strain distributions of different segments of the adhesive layer from one another via the shear joint.

Abstract: A retaining device includes a seat and a swingable clamp member. The seat is repeatedly, quickly and removably connectable to a predetermined substrate and has a stop section transversely extending over an open topped receiving space thereof, and the swingable clamp member has a middle section pivotally connected to the seat to be received in the open topped receiving space. The swingable clamp member has a clamping recess and a push section located at its front and rear ends, respectively; and a recessed section located between the clamping recess and the push section. When an electronic card has a free edge downward pressed against the clamping recess, the clamping recess can swing downward to clamp the free edge of the electronic card thereto. The push section can be pressed to tip up the clamping recess, so that the electronic card is released from the retaining device.

Abstract: A frame system (3) according to the present disclosure includes a plurality of back frames (4) and a plurality of base frames (5). The plurality of back frames (4) is arranged side by side, and can respectively holds back surfaces of display units (2). The plurality of base frames (5) couples the back frames (4), which are adjacent to each other, in a direction parallel to a floor (F). In addition, each of the back frames (4) and a pair of the base frames (5) coupled to the back frame (4) include an angle adjustment unit (20) that adjusts an angle between the pair of base frames (5).

Abstract: A semiconductor storage device according to one embodiment includes a first board, a molded resin, and a memory chip. The first board has a first surface and a second surface on a side opposite to the first surface. The molded resin covers the first surface when viewed in a thickness direction of the first board. The memory chip is between the first surface and the molded resin. The first board includes a terminal on the second surface and exposed to the outside. The terminal includes a first non-planar portion. The first non-planar portion includes at least one of a plurality of recesses and a plurality of protrusions. The first non-planar portion includes a first recessed portion and a first protruding portion. The first recessed portion and the first protruding portion are aligned alternately on the first non-planar portion.

Abstract: A display device includes a cover module having a storage space therein, a display panel configured to be at least partially disposed inside the storage space or withdrawn outside the storage space, a first driving system configured to embed the display panel into the cover module or withdraw the display panel from the cover module in a first direction, and a first elevation assistance system disposed inside the storage space and configured to control a speed of raising and lowering the display panel.

Abstract: An inlay element configured to be arranged in a module termination unit of a modular process control system includes a first connector section and a second connector section, wherein the first connector section is configured to be connected to at least one controller module and wherein the second connector section is configured to be connected to at least one fieldbus device.

Abstract: Disclosed is a display device mounted on a vehicle, the display device including a display module, a back cover surrounding side and rear surfaces of the display module, the back cover having a cover bracket formed by protruding from a lower side of a rear surface thereof, a printed circuit board connected to the display module and having one surface covered by the cover bracket, and a bottom cover covering the other surface of the printed circuit board and coupled to the cover bracket, wherein the printed circuit board is positioned vertical to the rear surface of the back cover, whereby watertight performance of the display device may be improved by covering a printed circuit board through a cover bracket formed to protrude from a back cover and a bottom cover coupled to the cover bracket.

Abstract: A power supply mechanism for a server is provided. The server includes a computer case provided with an accommodating cavity and a power supply through hole that are in communication with each other. The power supply mechanism includes: a cable including a first wiring portion and a second wiring portion at both ends thereof; a waterproof housing provided in the accommodating cavity, wherein the waterproof housing is provided with a waterproof cavity, a first through hole, and a second through hole that are in communication with each other, the second wiring portion extends through the first through hole and is located in the waterproof cavity, and the second through hole is in communication with the power supply through hole; and a power supply plug extending through the power supply through hole and the second through hole and electrically connected to the second wiring portion.

Abstract: Disclosed are a PCB, a PCB mounting box, a case assembly, and a case. The PCB includes: a PCB body and a grounding region on a side surface of the PCB body. The grounding region is connected to a GND network in the PCB body. By providing an additional grounding region connected to the GND network of the PCB body on the side surface of the PCB body, the PCB can be grounded by means of the grounding region on the side surface instead of a grounding hole running through the PCB. In this way, the PCB is allowed to be grounded by means of the grounding region on the side surface in a pluggable mounting mode, so that the mounting mode of the PCB becomes more flexible, and the grounding of the PCB becomes more convenient.

Abstract: A retaining mechanism includes an open topped seat having a rear inner stop surface and two lateral guide sections; and a sliding clamp member received in the seat and including mating guide sections slidably engaged with the guide sections and a rear curved elastic section having a free end pressing against the inner stop surface. The sliding clamp member further includes a front pressing section having a beveled guide surface on an upper front thereof. The sliding clamp member is movable toward the inner stop surface to elastically deform the curved elastic section when an electronic card is pressed downward against the beveled guide surface, such that the sliding clamp member stores an elastic force and can automatically spring forward to retain the electronic card in place when the electronic card passes over the pressing section. The electronic card can be released simply by pushing the sliding clamp member backward.

Abstract: A flexible display device for a vehicle includes a casing having an opening, a display part to be retracted or extended into or out of the casing through the opening, a display driver configured to move the display part, and a display winder configured to wind the display part based on movement of the display part.

Abstract: An electronic device is provided.

Abstract: A remote control device is disclosed. A single-piece casing has a front surface, rear surface, and pair of opposing side surfaces disposed between the front and rear surfaces. An inner cavity is formed within the casing between the top, bottom and side surfaces and extends along at least part of a length of the casing. A front opening is formed in the front surface and extends into the inner cavity. The front opening is configured to receive a display. At least one key opening is formed in the front surface and extends into the inner cavity. A keypad is configured to be disposed within the inner cavity and includes at least one key positioned on the keypad to extend through the at least one key opening. A chassis has a body configured to be disposed within the inner cavity at least beneath the keypad and the front opening.

Abstract: A vehicle controller includes: a box; a control board mounted in the box and including a communication module, a vehicle control module, a charge control module, and a motor control module, and the vehicle control module controlling operations of a vehicle according to signals of the communication module; a driver board mounted in the box, the control board being connected to the driver board, and the motor control module controlling a motor of the vehicle through the driver board; and an on-off switch mounted in the box and connected to the control board, the on-off switch having an input end and an output end, the charge control module controlling on-off of the input end and the output end, the output end being connected to an energy storage member of the vehicle, and the input end being connected to a charging cable of the energy storage member.

Abstract: A protective cap component includes first and second interface connector protective components and a coupling component. Both of the first and second interface connector protective component include side panels, a top panel, a bottom panel, and an extension tab. The top panel of each interface connector protective component is located between respective top edges of the side panels and extends perpendicular to the first and second side panels. The bottom panel of each interface connector protective component is located between respective bottom edges of the side panels and extends perpendicular to the side panels. The extension tab of each interface connector protective component extends from the respective bottom panel. The coupling component is in physical communication with and located between the first and second interface connector protective components.