Abstract: A customizable headlight and taillight cover system to cover a headlight and a taillight of a vehicle, the customizable headlight and taillight cover system including a headlight cover to replace the headlight of the vehicle, the headlight cover including a plurality of headlight cover lights disposed on a surface of the headlight cover to illuminate based on a preference of a user, and a headlight cover central processing unit (CPU) to control illumination of the plurality of headlight cover lights, and a mobile device having a mobile application running thereupon to be wirelessly connected to the headlight cover CPU to allow the user to program the headlight cover CPU, such that the plurality of headlight cover lights are selectively illuminated based which of the plurality of headlight cover lights the user selects to be illuminated via the mobile device.

Abstract: An electronic device includes a first printed circuit board (PCB) including an opening, and a plurality of first connecting terminals disposed to be spaced apart from each other along a circumference of the opening, a camera module including a second PCB, and a connecting interface including an interface body connected to a lower end of the camera module. A plurality of second connecting terminals formed of an elastic material and are disposed to be spaced apart from each other along a circumference of the interface body to be electrically connected to the second PCB. The connecting interface is inserted into the opening so that the first connecting terminals are electrically connected to one respective second connecting terminal of the plurality of second connecting terminals, and a relative position of the connecting interface with respect to the opening is fixed by an elastic force of the plurality of second connecting terminals.

Abstract: A card edge connector with reduced height that operates reliably. The connector has a housing with a slot extending toward a mounting face. An electronic card can be inserted into the slot until an edge of the card is in a seating plane. The connector has a latch pivotally connected to the housing which may be rotated to eject the card. A reinforcing member may be disposed in the latch with a foot extending between the edge of the card and the mounting face such that, when the latch is rotated, the foot may press against the edge of the card to eject the card. The reinforcing member is both mechanically stronger and thermally more conductive than the latch. Such a configuration enables the seating plane to be closer to the mounting face than that required to meet industry standards.

Abstract: A connector (1) with a connected multi-core cable (2), a connector housing (3) and contact elements (4). The multi-core cable (2) has at least two individual cores (21) surrounded by a cable sheath (22). A receiving space (31) is formed in the connector housing (3) at a longitudinal end. The individual cores (21) are introduced into the connector housing (3) through the receiving space (31) and then run through a cable guide portion (32). The contact elements (4) are abutted against a respective end of the individual cores (21) at the end of the cable guide portion (32) and are mounted in a contact chamber (33) of the connector housing (3) with a floating clearance. A sealing element (6) is arranged in the receiving space (31) and the sealing element (6) abuts against a stop (311) of the receiving space (31).

Abstract: A spatial illumination or lighting system based on a light color target has a control device and an actuating device, wherein the control device is configured to interact with a user and communicates with the actuating device, the control device receives identity identification information about the illuminated object input by the user, detects real-time light color data of the object and feeds the detection result back to the user, and sends the identity identification information about the object, the detection result and the light color target to the actuating device. The actuating device is arranged in the space or place, configured to communicate with the control device and implement lighting for the illuminated object: it receives the identification information, the detection result and the light color target of the object, calculates a comprehensive adjustment parameter corresponding to the object, and illuminates the object to achieve the desired light color target.

Abstract: An ion implanter includes a high energy multi-stage linear acceleration unit including a plurality of linear acceleration units, wherein each of the linear acceleration units includes high frequency accelerators respectively in a plurality of stages; and a control device controlling an operation of the high energy multi-stage linear acceleration unit in accordance with a data set defining a voltage amplitude, a frequency, and a phase of the high frequency accelerator in each of the plurality of stages.

Abstract: Reliable electrical connectors that enable simple architectures for systems in which connections are made through an opening of a casing. A connector may have a housing with an inner portion and an outer portion at least partially surrounding the inner portion. The inner portion may have first and second mating interfaces. The connector may have conductive elements each with first and second mating ends disposed in the first and second mating interfaces respectively. Intermediate portions of the conductive elements may be held by the inner portion of the housing to provide sealed electrical paths between the first mating interface and the second mating interface. The outer portion may be mounted against the casing with the first mating interface inside and second mating interface outside. The outer portion may have a support member embedded therein to improve its strength for an improved seal to the casing.

Abstract: The present disclosure provides a board-end connector for flexible connection with a PCB. According to the present disclosure, a board-end connector is provided. The board-end connector comprises: an insulating housing with openings at both ends; a locknut, to be used for mated installation with a first end of the insulating housing; and a cover, to be used for mated installation with a second end of the insulating housing by insertion, wherein the cover is configured to receive a first terminal having a soldering tail end and, the cover and the second end of the insulating housing, after the mated installation, are capable of sliding axially and being limited within a predetermined spatial range.

Abstract: A socket connector includes a socket housing in which an island part and a peripheral wall surrounding the island part project upward from a bottom plate, a plurality of socket contacts arranged in the socket housing, and two protective metal fittings. In a cutting step, a half-dome part of the two protective metal fittings is formed by cutting a metal plate in such a way that a dome part in a symmetrical shape formed by drawing in the metal plate is split into two halves along a line of symmetry. In a press-fitting step, two press-fitting parts of each socket hold-down are press-fit into two long walls, respectively.

Abstract: Provided is a connector including a terminal and a housing, wherein the terminal includes a first mount portion, a first leg portion, a top portion, a second leg portion, a bottom portion, and an elastic portion, the terminal is configured to house a terminal of a partner connector in a fitting recessed portion formed by the second leg portion, the bottom portion, and the elastic portion, and the second leg portion and the elastic portion contact the terminal of the partner connector, a side wall portion of the housing extends in the fitting direction, and contacts or is provided close to the elastic portion of the terminal, the elastic portion of the terminal and the side wall portion of the housing are elastically deformed together in a lateral direction of the connector when the terminal of the partner connector is inserted into the fitting recessed portion of the terminal.

Abstract: A cable connector assembly comprises a cable connection module and a shell module connectable thereto. The cable connection module includes a center conductor, a first insulation housing in which the center conductor is disposed, and a second insulation housing slidably fitted around the first insulation housing. The first insulation housing includes a guiding member sized to slidably guide an inner conductor of a cable assembly therethrough and into the center conductor. The shell module includes a metal shell connectable with the second insulation member. The cable connection module and the shell module are adapted such that, when the cable connection module and the shell module are assembled together with the cable assembly, a braid of the cable assembly fitted around the inner conductor of the cable assembly is fixed outside of the first insulation housing.

Abstract: According to the present disclosure, a connector (10) configured to engage a connection object (50) includes i) an insulator (20) including an engagement projection (22) and a peripheral wall (23) surrounding the engagement projection (22), ii) a first metal fitting (40a) attached to the engagement projection (22), and iii) a second metal fitting (40b) attached to the peripheral wall (23). The first metal fitting (40a) and the second metal fitting (40b) are separate members. A strength of the first metal fitting (40a) and a strength of the second metal fitting (40b) are different from each other.

Abstract: A connector, a frame device, and a connector assembly method. Some terminal modules in the connector provided in the present disclosure are removed, or some terminal pairs in the terminal module are removed, so that a quantity of terminal pairs included in the connector is reduced without changing an outline dimension of the connector, thereby ensuring an original docking capability of the connector. In addition, a serial connector may be formed based on different quantities of removed terminal modules or removed terminal pairs. In this way, in the frame device, a user may select a connector of a corresponding specification based on an actual specification of a board, instead of selecting connectors of a high specification uniformly.

Abstract: Proposed is a connector for high-speed signal transmission with a rigid alignment function. The connector allows rigid alignment between pin arrays as a part of the connector moves slightly in the left-right or front-rear direction depending on the degree of engagement between corresponding pins when coupled to a counterpart connector.

Abstract: Connector structures that can help to reduce corrosion of contacts in a connector receptacle and can reduce liquid ingress into an electronic device that houses the connector receptacle. An example can increase an effective width between adjacent contacts. This and other examples can force dendritic growth to occur in a location where it can be at least partially cleared by the insertion of a corresponding connector into the connector receptacle.

Abstract: There is provided a connector including: an electric wire; a terminal connected to the electric wire; a housing having an accommodation space inside the housing, the accommodation space accommodating a connection portion between the electric wire and the terminal; a seal member configured to seal an opening portion of the accommodation space to isolate the connection portion accommodated in the accommodation space from outside; and a heat storage member disposed in the accommodation space to surround the connection portion. The heat storage member is deformable to elastically expand and contract in accordance with a shape of the accommodation space. A first part of the heat storage member is in contact with an inner surface of the housing defining the accommodation space, and a second part of the heat storage member is in contact with an outer surface of the connection portion.

Abstract: A connector outer housing is provided, which comprises a first opening at a tail end and a second opening at a connection end, the first opening is for wire entrance and the second opening is to form a connection relationship with a mating connector outer housing, wherein a elastic lock arm is provided on an operating surface of the connector outer housing and comprises a locking segment proximate to the connection end and an unlocking segment away from the connection end, the elastic lock arm is positioned on the connector outer housing by means of a support structure and can be elastically deformed to raise the locking segment under an external force applied to the unlocking segment, wherein the support structure is connected to the elastic lock arm through a plurality of connection portions.

Abstract: A differential transmission board set includes a mounting board on which a compression connector is mounted and a contact board configured to come into contact with the compression connector. In the contact board, a second conductor layer is a ground layer and has a penetrating hole. The penetrating hole is formed in such a way that a first signal pad and a second signal pad are both located inside an inner edge of the penetrating hole. In the contact board, the penetrating hole is formed to overlap an outer region of the first ground pad and an outer region of the second ground pad. In the mounting board, the penetrating hole is formed to be away from the first ground pad and the second ground pad when viewed along the vertical direction.

Abstract: The present invention discloses a pin combined structure for a power converter with a smaller volume. The present invention overlaps the space occupied by the American standard pin assembly, the European standard pin assembly and the British standard pin assembly, reduces the overall length of the power converter, reduces the overall volume of the power converter, and is more convenient for a user to carry on a trip.

Abstract: A service board includes a flexible board, at least one chip, and at least one optical cage layer. Each optical cage layer includes a plurality of optical cages. Each optical cage has an opening that faces a panel side and that is configured to connect to an optical module. The optical cage includes a housing and a plurality of signal pins. One end of the flexible board is electrically connected to tail ends of the plurality of signal pins, and another end of the flexible board is electrically connected to one chip, thereby shortening a connection path between the optical module and the chip, and reducing a link loss. Therefore, integration of the service board is improved, assembly is convenient, and a high-density connection and a simplified design of the service board are implemented, so that the service board is applicable to a high-density and high-speed transmission scenario.