A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Disclosed is an electrical switch cabinet driven by use of hydraulic pressure. The electrical switch cabinet comprises a cabinet body (7) and a sliding door (8) disposed at an opening at the front end of the cabinet body (7), a locking projection (70) is fixed arranged at a position, which is oriented towards the opening, at the frame intermediate position of the cabinet body (7), a dragging mechanism is arranged at a position at the side, which is opposite to the locking projection (70), of the sliding door (8), the dragging mechanism comprises an installation block (82) fixedly installed on the body of the sliding door (8) and a guide rail block (81) fixedly connected with the installation block (82), the guide rail block (81) and the installation block (82) form a cavity together, and a contour portion which comprises a vertical blocking segment (810) in a front-back direction, an inner concave horizontal segment (811), a transition inclined plane segment (812) and an external convex horizontal segment (813) successively from the left to the right is arranged at the side surface, which faces the cavity, of the guide rail block (81).
Disclosed is an electrical switch cabinet driven by use of hydraulic pressure. The electrical switch cabinet comprises a cabinet body (7) and a sliding door (8) disposed at an opening at the front end of the cabinet body (7), a locking projection (70) is fixed arranged at a position, which is oriented towards the opening, at the frame intermediate position of the cabinet body (7), a dragging mechanism is arranged at a position at the side, which is opposite to the locking projection (70), of the sliding door (8), the dragging mechanism comprises an installation block (82) fixedly installed on the body of the sliding door (8) and a guide rail block (81) fixedly connected with the installation block (82), the guide rail block (81) and the installation block (82) form a cavity together, and a contour portion which comprises a vertical blocking segment (810) in a front-back direction, an inner concave horizontal segment (811), a transition inclined plane segment (812) and an external convex horizontal segment (813) successively from the left to the right is arranged at the side surface, which faces the cavity, of the guide rail block (81).
Electrical switch cabinet driven by use of hydraulic pressure
ZOU KEYIN (author)
2015-08-19
Patent
Electronic Resource
English