SU385367A1 - MULTI-CONTACT PLUG CONNECTOR - Google Patents

Description

one

A multi-pin plug connector with freely connected And | Mies contacts is known, consisting of two bodies, at least in about (D1Nom of which is mounted on an insulation block with spring contacts installed in it, and a pressure piece acting on the contacts in the direction perpendicular to the direction of the articulation axis of the connector.

To increase the reliability of the proposed plug connector, the case with the female iKOiHTaiKTaiMH is designed as a cup, on the inner surface of the KOTOpioro with diametrically opposite sides are parallel, the movement of the isolating cyan block is made in the form of a disc with holes for contacts, fitted with corresponding bevels and rasmes, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and rasmes, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and spreads, equipped with corresponding slots and rasmes, provided with corresponding slots. parallel hull projections. In the wall of the housing, the indicated clamping part made in the form of a finger is installed with the possibility of movement in the direction of displacement of the packed movable insulating block.

FIG. Figures 1 and 2 show, respectively, the jack and fork sections of the connector, longitudinal cuts; in fig. 3 shows a section along A.-L in FIG. one; on fi1g. 4 - socket contact and removed from it. Spring.

The socket outlet has body 1, bayonet “nut 2 with bayonet lugs 5 and 4. Protrusion 4 has a small slope.

In the case there are stationary insulators 5 and 6, which are pressed against the end surfaces M of the internal identical segmental protrusions 7 of the case, which have parallel planes; Between the fixed insulators there is a movable diak 8 with a (commanding bevel 9, with a play in the direction perpendicular to the articulation direction of the connector, let us take parallel side planes of the projections, interacting with the flats on the movable insulator, prevent its free swimming and rotation in plane that is perpendicular to the direction of articulation.

The thickness of the movable disk is somewhat less than the height of the segment protrusions of the housing, which poses to avoid the compression of the movable insulator stationary.

The doubled diak can be moved inside the body with the finger U for a length of /.

Through the holes in all three insulators, nest contacts // are provided, having springs 12 bent from a tape in the shape of the letter p. With loops 13, springs are taken into the apertures of the movable disk, and the loops are 1 to 14, having a T-shape; a shape, the springs are fixed

in the groove 15 nested .contacts by crimping.

The connector (Fig. 2) consists of a corrush 16, insulators 17 and 18, and melting pins 19. The housing has bayonet grooves 20.

When the connector articulates, the pins 19 of the plug enter the sockets without force. 11. Further, when turning the bayonet nut, the projections 3} {4 turn into the fork body 20, hooking the edges of these slots. At the same time, the protrusion 4 with the help of a finger 10 da1vit onto the movable disk 8, which presses the sockets // onto the pin 19 through the loops 13 of the springs.

Thanks to the fact that the pins are made floating and the hinges have elasticity, all contact pairs are compressed with the same force.

Subject and reference about the and “

Multi-pin plug connector with

freely soldering contacts, consisting of two buildings, at least one of which is equipped with a movable insulation block with a stacked, spring contacts in it, and a pressure piece acting on the contacts in a direction perpendicular the direction of the articulation axis of the connector, characterized in that, in order to increase the reliability of the connector, the housing with the socket and the copticacción is made in the form of a stack, whose parallel surfaces with diametrically opposite half-sides are parallel protrusions This insulating block is made in the form of a disk with openings for contacts, provided with bevels corresponding to the protrusions and placed between the parallel projections of the case, while the finger part of the movable insulating block is displaceable in the direction of displacement of the movable insulating block. .

AJI

Fig 1

) 7

79

F.

vz I

73

; j

15

(rig c.