66 results about "DIN rail" patented technology

A mounting enclosure assembly is configured to mount an electronic component onto a Deutsches Institut für Normung (DIN) rail. The mounting enclosure includes a mounting bracket including a body having a slot configured to receive the DIN rail therein. A locking mechanism is operatively connected to the body of the mounting bracket to selectively engage and disengage the mounting enclosure assembly to the DIN rail. There is also a position for mounting the mounting bracket to a flat surface, e.g. where there is no DIN rail.

Electronic component arrangement of a charging device for electric vehicles in column form, consisting of an elongated housing (1) with a polygonal cross-section and an electronic component carrier (3) accommodating DIN rails (2) as well as a bottom-side mains access, wherein the housing has at least one removable cover enabling component access, characterized in that the housing (1) is designed as a single unit and all mains current and mains voltage carrying electronic components are stacked vertically on top of each other in the housing (1) starting from the bottom-side mains access (4), and furthermore the low-voltage electronic components, in particular those with critical electromagnetic compatibility, are located in the installation space furthest from the bottom side of the housing (1).

The invention relates to an electronic component having a latch system for securing to a DIN rail, and specifically relates to an apparatus having: an electronic component; a latch system positioned on the rear end of the electronic component, adapted to be attached to the DIN rail; wherein the latch system comprises three or more upper fins and three or more lower fins extending from the rear end of the electronic component; a recess positioned between the three or more upper fins and the three or more lower fins, adapted to receive a DIN rail; a notch positioned in a lower surface of the three or more upper fins adapted to receive an outer end of the first flange of the DIN rail; and an upper surface of three or more lower fins adapted to position an outer end of the second flange of the DIN rail.

The present application discloses a guide rail clip and electrical equipment, and relates to the technical field of electrical accessories. The guide rail clip includes a base, an elastic clip assembly and a sliding clip assembly detachably mounted on the base, a first abutting surface and a second abutting surface are arranged opposite to each other on the base, the elastic clip assembly is located on the side where the first abutting surface is located, and the sliding clip assembly is located on the side where the second abutting surface is located, the first abutting surface and the second abutting surface cooperate with each other to clamp the opposite ends of the DIN guide rail along the width direction, and the base, the elastic clip assembly and the sliding clip assembly cooperate with each other to clamp the opposite sides of the DIN guide rail along the thickness direction. The guide rail clip can solve the problem that the guide rail clip in the prior art is difficult to be smoothly disassembled and assembled in different installation environments.

The invention relates to the technical field of electrical equipment, in particular to a quick release auxiliary device for a heater and a terminal strip, which comprises a terminal strip body, a fixed clamping jaw, a movable clamping jaw and a locking mechanism, and a wire inlet terminal and a wire outlet terminal are arranged on the front side of the terminal strip body at an interval up and down. The terminal strip is reasonable and compact in structure, the terminal strip body adopts a standard interface, line connection is facilitated, the terminal strip body can be directly inserted into a pin guide rail, locking is performed through the rotary locking mechanism after insertion, connection stability and safety are ensured, the locking mechanism can ensure that a heater cannot be loosened due to vibration or other external force during working, and the service life of the heater is prolonged. According to the utility model, the structure is simple, the reliability of equipment is improved, when heaters need to be replaced, only the locking mechanism needs to be rotated, the terminal strip body is easily pulled out, the tedious steps in the dismounting process are reduced, the maintenance efficiency is improved, each terminal strip is connected with one heater, only the corresponding module needs to be replaced during replacement, and the replacement is more convenient.

1. The name of this design product: solid-state relay (guide rail type). 2. Purpose of this design product: solid-state relay used for control circuits. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

Electricity meter for DIN rail mounting

1. Name of the design product: Housing for industrial equipment. 2. Use of the design product: It is used to house mechanical parts for power distribution or control, electro-communication mechanical parts, electronic application mechanical parts and other industrial equipment, and is set on the DIN rail for organizing various equipment components. 3. Design key points of the design product: Lies in the shape. 4. Picture or photo that best shows the design key points: Perspective view 1. 5. The right view is symmetrical to the left view, so the right view is omitted. 6. Other situations that need to be explained: In the reference view of the use state, numbers 1 to 4 respectively represent the spring, DIN rail, this product, and the rod of this product of this product. The DIN rail is locked by the rod with a spring.

A wall plate for DIN rail style devices includes a rail extending along a longitudinal axis and configured for receiving DIN rail style devices mounted thereto. A surface mount section extends along the longitudinal axis from a first lateral end of the surface mount section to a second lateral end of the surface mount section. The rail is connected integrally to the surface mount section. The surface mount section is configured to be mounted to a surface to support the rail and DIN rail style devices from the surface. A cable support is connected integrally to the surface mount section. The cable support includes cable anchors extending laterally away from the rail configured to support cables and / or wires extending from the DIN rail style devices tied to the cable anchors. The rail, the surface mount section, and the cable support are monolithic with one another.

The utility model relates to the technical field of communication, and discloses a track mounting structure for a communication module, which comprises a shell and a DIN track buckle, the shell is provided with a first limiting column, a second limiting column, a limiting clamping column, a first limiting clamping wall and a second limiting clamping wall, the DIN rail buckle is provided with a first elastic rod, a second elastic rod, a limiting rod, a third limiting clamping wall, a fourth limiting clamping wall, a first sliding buckle, a second sliding buckle and a first clamping foot. The DIN track buckle has the advantages that the first elastic rod and the second elastic rod are used for forming the V-shaped structure, the first limiting column and the second limiting column are matched, the DIN track buckle obtains rebounding reset force, the DIN track buckle is limited in the upward direction, the downward direction and the backward direction through clamping, the first clamping foot can tightly press the DIN track, and the DIN track buckle is prevented from being damaged. The communication module is tightly clamped on the DIN track, and the DIN track buckle has the advantages of being good in resilience force, stable and reliable in installation and convenient and fast to disassemble.

To provide an equipment mounting component that can securely fasten multiple pieces of equipment using a small number of components.SOLUTION: An equipment mounting component 10 for mounting equipment to a DIN rail includes a mounting portion 11 for mounting first equipment to the DIN rail, an extension portion 12 extending from the mounting portion 11 in a direction intersecting the longitudinal direction of the DIN rail, and at least one equipment fixing portion 12a to 12d provided on the extension portion 12 for fixing second equipment adjacent to the first equipment to the first equipment. The equipment fixing portions 12a to 12d are provided at positions spaced apart from the mounting portion 11.SELECTED DRAWING: Figure 2

A DIN rail unit, such as a top-hat rail unit, includes a plastic base structure including an elongated baseplate and a side mount plate. The elongated baseplate is in a length direction of the baseplate in a first magnetic fixation section with at least one magnet embedded and covered by, e.g., double-sided tape on a back side of the baseplate, a mounting section with flanges extending along a width direction of the baseplate and forming a first top-hat rail configuration for attaching the electronic device in a base mounted orientation on a front side of the baseplate, and a second magnetic fixation section covered by double-sided tape. The side mount plate extends from a long side of the baseplate and provides flanges extending along a normal direction of the baseplate, which form a second DIN rail configuration for having attached thereon the electronic device in a side mounted orientation.

The invention relates to a fiber optic connection box (100) with a base housing (110) which has fastening means such as a DIN rail clip, and with a connecting component (120) on which at least one output (OUT) is arranged. Such a connection box (100) is further characterized in that at least one fiber optic input (IN) is also arranged on the connecting component (120). Additionally or alternatively, the connecting component (120) and the base housing (110) can be positively coupled such that the connecting component is secured against falling out of the base housing at various insertion depths. Furthermore, the connecting component (120) and the base housing (110) can optionally be reversibly fixed to one another by a single fixing element such as a screw (S).

An apparatus having an electronic component; a latching system positioned on a rear end of the electronic component adapted for attachment to a DIN rail; wherein the latching system includes three or more upper fins and three or more lower fins extending from the rear end of the electronic component; a recess positioned between the three or more upper fins and the three or more lower fins adapted to receive the DIN rail; a slot positioned in a lower surface of the three or more upper fins adapted to receive an outer end of a first flange of the DIN rail; and an upper surface of the three or more lower fins adapted to have an outer end of the second flange of the DIN rail positioned.

The invention relates to a retaining mechanism for attaching a technical equipment unit, such as a PCB module or a circuit breaker, to a mounting rail, such as a DIN rail. The retention mechanism includes a slider that is translationally movable in a sliding direction and a lever that is pivotable about a pivot axis. The rod is mechanically coupled with the slider. The slider includes a first retaining section, and the lever includes a second retaining section aligned with the first retaining section in the sliding direction. A receiving area for receiving a mounting rail is defined between the first holding section and the second holding section. The holding mechanism of the present invention combines two components with different movement characteristics, i.e. Translational and pivotal movement, and thus has a broad dynamic behavior while having a simple structure. Due to the mechanical coupling, the first holding section and the second holding section are configured to synchronously grip or release the mounting rail and thus improve the functionality of the holding mechanism. The invention further relates to a technical equipment unit having such a holding mechanism.

The application discloses a multi-channel solid-state relay, and belongs to the solid-state relay field.The multi-channel solid-state relay comprises a plurality of solid-state relay bodies, and the solid-state relay bodies are matched with a DIN rail connecting frame.A heat conduction piece in contact with the back of the solid-state relay body is fixedly installed on the DIN rail connecting frame.The solid-state relay body is slidingly installed on the heat conduction piece.A heat conduction partition plate in contact with the side of the solid-state relay body is slidingly connected to the heat conduction piece, and one end of the heat conduction piece is fixedly connected with a limiting plate.The multi-channel solid-state relay is modularized, and the user can select the number of relay bodies and channel configurations according to requirements, without the need of customizing an overall shell, so that the research and development and production costs are remarkably reduced.The three-stage heat dissipation structure of the heat conduction piece, the heat pipe and the fin improves the heat dissipation efficiency compared with a traditional integrated shell, and effectively solves the temperature rise problem caused by the dense installation of the multi-channel relay.

This item is an input / output device used in a network-compatible data collector that takes in input data and digital signals of process quantities such as temperature, transmits them to an external computer, and collects and monitors the data on the external computer. As shown in the "front, top, and left side perspective views with the cover removed" and the "front, bottom, and right side perspective views with the cover removed," a plurality of input / output terminals (push-in terminals) are provided on almost the entire front surface to form a terminal group. As shown in the "front view," a cover is normally attached to the terminal group, and the cover is removed when connecting input / output wiring. As shown in the "rear view," a rail insertion section through which a DIN rail is inserted horizontally is provided in the center of the back, and a DIN rail lock lever for fixing the input / output device to the DIN rail is provided at the lower right of the back. As shown in the "right side view," a header-type connector is provided in the center of the right side. As shown in the "left side view," a receptacle-type connector is provided in the center of the left side. As shown in the "Front View," the circular section appearing on the upper right is an LED that displays the operating status (normal startup / operating, parameter initialization, failure prediction alarm, various errors, etc.). As shown in the "Plane View" and "Bottom View," the multiple elongated rectangular sections that appear lined up on the left and right are heat dissipation holes for releasing heat from within the case. This product is used by inserting the rail insertion part into a DIN rail and fixing it to the DIN rail with the DIN rail lock lever, as shown in the "Reference Oblique View of the Product Mounted on a DIN Rail." As shown in the "Reference Diagram Showing the State of Use", this item can be used by connecting one or more units, and is attached to a DIN rail alongside other devices equipped with various functions such as power, communication, input, and output. The right protrusion on the rear side of this item is inserted into the hole of the device on the left, and the protrusion of the device on the left is inserted into the hole on the rear side of this item to align the devices, and the receptacle-type connector is connected to the header-type connector of the device on the left, and the receptacle-type connector is connected to the header-type connector of the device on the right to form a data recorder. The protrusion and holes prevent the devices from shifting positions after they are connected. With this data recorder, the arrangement and combination of the devices can be changed depending on the application and situation.

1. Name of the product in this design: Power Supply Housing (240W DIN Rail). 2. Purpose of this design: Power supply housing for industrial control power supplies and equipment power supplies. 3. The key design features of this product are its overall shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

Electricity meter for DIN rail mounting

An electronic device is configured for use with neighboring electronic devices mounted on a DIN rail to control at least part of a Building Management System (BMS). The electronic device includes a housing and a plurality of communication passthroughs extending between two opposing sides of the housing. Each of the plurality of communication passthroughs include a contact disposed on each of the two opposing side of the housing, wherein each of the contacts is configured to electrically and mechanically couple to a corresponding contact of a neighboring electronic device on the DIN rail. A first subset of the plurality of communication passthroughs collectively pass a first communication bus between the two opposing sides of the housing and a second subset of the plurality of communication passthroughs collectively pass a second communication bus between the two opposing sides of the housing.

The present invention provides a DIN rail for fixing electronic components, which is configured to prevent a fluid containing moisture due to condensation caused by sudden environmental changes outdoors from coming into contact with the electronic components, and to prevent a decrease in the insulation performance of the electronic components by applying a structure capable of draining the fluid. The DIN rail for fixing electronic components according to one aspect of the present invention includes a main body portion disposed on one side surface of the electronic component and configured to be coupled to the electronic component, and a protection portion connected to the main body portion, configured to cover the upper portion of the electronic component, and configured to discharge the fluid so that the fluid falling along the direction of gravity does not come into contact with the electronic component.

1. Name of the Design Product: Solid State Relay (Rail Type). 2. Use of the Design Product: The design product is used to control the current of a circuit. 3. Design Key Points of the Design Product: Lies in the shape. 4. Picture or Photograph that Best Illustrates the Design Key Points: Perspective View 1.

This item is an input / output device used in a network-compatible data collector that takes in input data and digital signals of process quantities such as temperature, transmits them to an external computer, and collects and monitors the data on the external computer. As shown in the "front, top, and right side perspective views with the cover removed" and the "front, bottom, and left side perspective views with the cover removed," a plurality of input / output terminals (screw terminals) are provided on almost the entire front surface to form a terminal group. As shown in the "front view," a cover is normally attached to the terminal group, and the cover is removed when connecting input / output wiring. As shown in the "rear view," a rail insertion section through which a DIN rail is inserted horizontally is provided in the center of the back, and a DIN rail lock lever for fixing the input / output device to the DIN rail is provided at the lower right of the back. As shown in the "right side view," a header-type connector is provided in the center of the right side. As shown in the "left side view," a receptacle-type connector is provided in the center of the left side. As shown in the "Front View," the circular section appearing on the upper right is an LED that displays the operating status (normal startup / operating, parameter initialization, failure prediction alarm, various errors, etc.). As shown in the "Plane View" and "Bottom View," the multiple elongated rectangular sections that appear lined up on the left and right are heat dissipation holes for releasing heat from within the case. This product is used by inserting the rail insertion part into a DIN rail and fixing it to the DIN rail with the DIN rail lock lever, as shown in the "Reference Oblique View of the Product Mounted on a DIN Rail." As shown in the "Reference Diagram Showing the State of Use", this item can be used by connecting one or more units, and is attached to a DIN rail alongside other devices equipped with various functions such as power, communication, input, and output. The right protrusion on the rear side of this item is inserted into the hole of the device on the left, and the protrusion of the device on the left is inserted into the hole on the rear side of this item to align the devices, and the receptacle-type connector is connected to the header-type connector of the device on the left, and the receptacle-type connector is connected to the header-type connector of the device on the right to form a data recorder. The protrusion and holes prevent the devices from shifting positions after they are connected. With this data recorder, the arrangement and combination of the devices can be changed depending on the application and situation.

A housing for DIN rail mounting has a DIN rail bracket with retaining projections on its rear side, between which a spring element is provided, with which the housing can be detachably attached to a DIN rail.

A DIN rail unit, such as a top-hat rail unit, includes a plastic base structure including an elongated baseplate and a side mount plate. The elongated baseplate is in a length direction of the baseplate in a first magnetic fixation section with at least one magnet embedded and covered by, e.g., double-sided tape on a back side of the baseplate, a mounting section with flanges extending along a width direction of the baseplate and forming a first top-hat rail configuration for attaching the electronic device in a base mounted orientation on a front side of the baseplate, and a second magnetic fixation section covered by double-sided tape. The side mount plate extends from a long side of the baseplate and provides flanges extending along a normal direction of the baseplate, which form a second DIN rail configuration for having attached thereon the electronic device in a side mounted orientation.

A mounting enclosure assembly is configured to mount an electronic component onto a Deutsches Institut für Normung (DIN) rail. The mounting enclosure includes a mounting bracket including a body having a slot configured to receive the DIN rail therein. A locking mechanism is operatively connected to the body of the mounting bracket to selectively engage and disengage the mounting enclosure assembly to the DIN rail. There is also a position for mounting the mounting bracket to a flat surface, e.g. where there is no DIN rail.

The invention relates to a modular PLC (Programmable Logic Controller) device, and provides a modular PLC device which comprises a network adapter connected with a CPU (Central Processing Unit) module for controlling instructions; an expansion module which controls the input / output of a sensor or an actuator according to a control command transmitted by the CPU module or the network adapter, and which comprises a plurality of input / output modules which are detachably coupled to a DIN guide rail and which are arranged so as to be expandable in the side direction of the DIN guide rail; and sliding modules which are formed on the surfaces facing each other between the extension modules so that one of the extension modules can be attached to and detached from the DIN guide rail by sliding along the side surface of at least one of the adjacent extension modules.

This utility model discloses a voltage sampling interface protection device for a doubly-fed induction generator (DFIG) converter in a wind turbine generator set, relating to the field of wind power equipment technology. It includes a fusible link fuse, a DC bus voltage sampling interface, a capacitor voltage sampling interface, a stator voltage sampling interface, and cables. It also includes a DIN rail bracket. The fusible link fuse is fixedly installed in the external terminal box of the DFIG converter control box via the DIN rail bracket. Three sets of fusible link fuses are connected in series on the voltage divider circuit side at the front end of the DC bus voltage sampling interface, the capacitor voltage sampling interface, and the stator voltage sampling interface, respectively. A protective component is installed at the cable through-hole. This device features an optimized structure, with the addition of fusible link fuses to enhance the protection characteristics of the converter grid-side voltage sampling interface, quickly cutting off short-circuit current and preventing fault propagation. The cable through-hole uses a special protective sleeve to prevent cable damage due to vibration or external force. The modular design of the fuse via the DIN rail and bracket simplifies the fuse replacement process and facilitates maintenance.

The invention relates to an optical fiber connection box (100) having a base housing (110) provided with fastening units such as a DIN rail clip and having a built-in part (120) connectable therewith, with at least one output (OUT) arranged on the built-in part. Such a connection box (100) is furthermore characterized in that at least one GF input (IN) is also arranged on the built-in part (120). In addition to that or in an alternative, the built-in part (120) and the base housing (110) can be form-fittingly coupled such that the built-in part is secured against falling off the base housing at different insertion depths. Furthermore, the built-in part (120) and the base housing (110) can optionally be reversibly fixed to each other by a single fixing element such as a screw (S), for example.