Cabinet installation and connection accessory

Abstract

The invention discloses a cabinet installation and connection accessory which comprises a connecting component I and a connection component II. The connection component I comprises a string converging component I and two fixed shaft sleeves I. The string converging component I comprises a cylinder I and a rectangular groove I. Each fixed shaft sleeve I is provided with a cylinder II and two rectangular side walls. The two fixed shaft sleeves I are respectively arranged on the upper portion and the lower portion of the cylinder I. The connection component II comprises a string converging component II, a hinge component and two fixed shaft sleeves II. The string converging component II comprises a cylinder III and a rectangular groove II. The hinge component comprises a graded groove I, a graded groove II and a hinge shaft. One end portions of the graded groove I and the graded groove II are respectively provided with a plurality of high shaft sleeves matched with the hinge shaft. The cabinet installation and connection accessory ingeniously changes a traditional cabinet hinge structure only with a connection function, and solves the problems that the string arrangement of an existing cabinet installation and connection accessory is inconvenient, an operation is difficult, and the size of a cabinet is miniaturized.

Description

technical field [0001] The invention relates to a cabinet installation and connection accessory. Background technique [0002] At present, the high and low voltage switch cabinets used in the domestic power supply and distribution system, the control cabinets and frequency conversion cabinets used in the industrial control field, the domestic KYN series high voltage cabinets, the GCS series low voltage cabinets and the Rittal series control cabinets all use traditional cabinets. The hinge structure is used to connect and install the cabinet body. This structure has a single function and can only rotate and close the cabinet door. It has poor flexibility and cannot provide help for the wiring of the power distribution cabinet. The wiring is inconvenient. At the same time, the existing cabinet Due to the constraints of door hinges, the arrangement of components and components in the power distribution cabinet is also affected to a certain extent. Generally, single-sided layout...

AI Technical Summary

Problems solved by technology

[0002] At present, the high and low voltage switch cabinets used in the domestic power supply and distribution system, the control cabinets and frequency conversion cabinets used in the industrial control field, the domestic KYN series high voltage cabinets, the GCS series low voltage cabinets and the Rittal series control cabinets all use traditional cabinets. The hinge structure is used to connect and install the cabinet body. This structure has a single function and can only rotate and close the cabinet door. It has poor flexibility and cannot provide help for the wiring of the power distribution cabinet. The wiring is inconvenient. At the same time, the existing cabinet Due to the constraints of door hinges, the arrangement of components and components in the power distribution cabinet is also affected to a certain extent. Generally, single-sided layout is adopted on the component mounting plate of the power distribution cabinet, that is, the components and connecting cables are placed On the same installation plane, not only the layout of cables and components is very crowded, it is easy to cause wiring cables to go around far away, the inside of the power distribution cabinet is neither neat nor standardized, wasting cable materials and manpower of wiring personnel, and regardless of installation The operation or on-site maintenance service can only be performed in a single space in front or behind the cabinet, which cannot cope with complex on-site conditions, thus causing certain difficulties in the installation and maintenance of the cabinet; in addition, due to the hinge products of the existing cabinet Existing application limitations make it impossible to fully meet any working conditions and the application of a large number of industrial components in a small-sized cabinet. In practice, the size of the cabinet has to be enlarged to meet the application requirements, resulting in space and waste of resources

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