SU123570A1 - Multiple coordinate connector - Google Patents

Description

Compared with the known designs of multiple coordinate connectors (MKS), such as the Swedish and Hungarian types, the proposed design of the MKS provides new high-quality capabilities by simplifying the structural elements and reducing the current consumption during connection establishment.

A multiple coordinate connector (MKC) design is proposed for switching technology in which the contact system of each vertical block is formed from twenty groups of moving contact springs symmetrically located on one side of the other fixed tires. In the non-working state, the movable contact springs and the stationary contact tires are not closed between them. In each vertical unit, the closure of the contact groups of the drain is connected to one of two holding electromagnets that act on each and every measure. When one holding electromagnet is triggered, measles keeps in a closed position moving contacts of selected groups located on one side of fixed contact pieces, and when another holding electromagnet triggers, the same measles holds in a closed position movable contact springs of selected groups located on the other side of fixed contact tires .

The principle of construction and the scheme of the proposed ISS is shown in the drawing.

The MKS consists of ten vertical blocks 1 - Sh. Each block has two holding electromagnets // and 72 with one common core, as well as a contact system consisting of twenty groups of movable springs 13 with six springs each and six fixed contact tires 14 (only one is shown in the drawing) common to twenty groups of moving contact springs. The MKS also has ten select electromagnets 15 that act on five select strips 16. Choosing strips carry ten select fingers. To switch any movable contact arms of a vertical block, joint operation of one of the ten MKS solenoids on one of the two holding electromagnets of this vertical block is necessary.

When the first pick and hold electromagnets are activated, the sliding springs of the corresponding

contact block of a vertical block / with non-movable tires. When the nerve selector and the second holding electromagnets are triggered, the springs of the second brackets with fixed contact tires are closed. If non-moving contact tires are considered as an input, and each group of moving springs as an output, then the vertical block, with its switching capabilities, is equivalent to a six-wire rotary finder at 20 positions (outputs), i.e., the type MKS 10 X 20 X 6.

Subject invention

Claims (2)

1. A multiple coordinate connection with switching capabilities of up to 10 X 20 X 6 or up to 10 X 10 X 12, characterized in that, in order to increase the life of the searcher and reduce the current consumption for the operation of the holding electromagnets, as well as to simplify the connection control, for each of ten vertical blocks are applied - a contact system of twenty groups of moving contact springs, half of which are located on one side of fixed contact pieces and half on the other side, two holding electromagnets with a common with a shoulder with windows for accommodating the selection fingers, located midway between the rows of moving contact springs, and insulating strips, each of which is intended for switching two groups of contact springs located in the same row, having in the middle part a cutout for choosing finger . 2. A multiple coordinate connector according to claim. Characterized in that, for the purpose of doubling and conduction, connecting by reducing the number of exits by half, it uses vertical blocks consisting of non-moving contact tires separated by nonols, forming a 12-wire input, and groups of movable contact springs, forming ten 20-wire outputs; two selectors and one holding electromagnets that connect the input to any of the outputs. IffO P s sixteen - //  D h, 2 /five