SU635004A1 - Arrangement for conveying radio components with axial leads - Google Patents

Description

rigidly mounted on the inside of the guides and covered by the U-shaped brackets mounted on the inner ends of the links of valuable traction organs.

At the same time, the improvers are fitted with the possibility of reposition and fixation relative to the longitudinal axis of the device.

FIG. 1 and the scheme of the proposed device, non-sectional section; in fig. 2 is a diagram of transporting bodies in non-ribbing areas.

The device consists of two parallel-mounted in non-moving guides I n 2 of the transporting organs, endless sleeve-roller chains 3 and 4, at the ends of whose links opposite and each other are installed and rigidly fixed. Shaped brackets 5 and 6, designed to fix transnable radio components 7 with leads eight.

In order to ensure reliable fixation of transdortied radio components 7, for their conclusions 8 on tracks 1 n 2, longitudinal V-shaped channels 9, which are located inside U-shaped brackets 5 and 6, and together with the grooves 10 made in them, form along the entire transport route of radio components closed longitudinal grooves for fixing the pins 8 of transposable radio components 7.

Guides 1 and 2 are mounted on common guide brackets 11 with the possibility of non-positioning (approaching or extending) relative to the longitudinal axis of the device and fixing them with screws 12, which makes it possible to change-over the device for transporting radio components of other sizes with a small amount of time.

The device works as follows.

Radio components 7 are individually fed by terminals 8 to 10 brackets 5 and 6, continuously moving from the common drive (not shown) of circuits 3 and 4. As a result, terminals 8 of radio components 7 are inserted into V-shaped channels 9 and are securely dislocated along the whole transport route, both on the straight-line and on the critical parts of the device.

At the end of the device, the radio components 7 are transmitted one by one to the subsequent aggregates or fall out under their own weight into the installed container.

For transporting radio components of another size, depending on their larger or smaller size, guides I, 2, together with transporting bodies, are respectively moved apart or shifted relative to the longitudinal axis of the device and fixed by screws 12.

Using the invention will improve the reliability of the transporting devices, in particular devices for transportation. radio components of various sizes in drying units that provide for repeated changes in the movement path of parts in different planes.

Claims (2)

1. A device for transporting radio components with axial leads, including enveloping driving and tensioning stations, two endless chain traction bodies located in guides and having cargo connectors that fix radio components for conclusions, characterized in that, in order to improve the reliability of the device When transporting various sizes of radio components, the load carriers are made in the form of V-shaped grooves, rigidly mounted on the inside of the guides and covered by U-shaped brackets, data on the inner ends of the links of chain organs. 2. The device according to claim 1, characterized in that the guides are mounted with the possibility of movement and fixation relative to the longitudinal axis of the device. Sources of information taken into account during expertise 1. USSR author's certificate number 324194, cl. In 65G 17/06, 1968. 2. Authors certificate of the USSR 468843, cl. In 65G 17/32, 1972. Phi g.2