SU1084887A1 - Template for manufacturing code cable assemblies for read-only stores - Google Patents

Abstract

PATTERN FOR MANUFACTURING CODE HARNESSES OF CONSTANT DRIVES, containing a base with pins, characterized in that, in order to expand the scope of application due to the firmware of direct permanent drives, it contains racks, two directions, with retainers, two lines with address pins, , while the racks are rigidly fixed in the corners of the base, in the center of which pins are placed for making cable strands and stirring the ferrite cores of permanent drives, on which racks are rigidly fixed rulers with address pins perpendicular to the guides are installed with the possibility of moving along the guides.

Description

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The invention relates to computing, in particular, to the technology of manufacturing permanent storage devices.

A known template for the manufacture of permanent storage devices, comprising a base with technological and address pins 1 attached to it.

The closest in technical essence to the invention is a template containing a base with pins located on it imitating the arrangement of cores for a certain type of permanent drives 2.

A disadvantage of the known patterns is the limited use.

The purpose of the invention is to expand the scope of the template by flashing directly permanent drives.

The goal is achieved by the fact that the template for the manufacture of permanent harness code cords, including the base with pins, contains racks, two guides with clamps, two rulers with address pins, while the racks are rigidly fixed in the corners of the base, in the center the pins are placed for the manufacture of code bundles and the placement of permanent-core ferrite cores, guides are fixed on racks, on which rulers with address pins perpendicular to the guides are mounted movement along guides.

On the proposed template - it is possible to make harnesses for permanent drives or to directly lay the code wires in the drive.

Due to the fact that the layout of the stitching conductors is carried out in the same plane, technological extenders (pins) are installed in the sleeves-holders of the cores of the memory unit. The marking of the ends of the wires marked on the line near the corresponding address pins. The ends of the wires are soldered in the memory block directly in the template, therefore marking the ends of the wires and wrapping the bundle is excluded from the process of manufacturing the code bundle.

The drawing shows the proposed pattern.

The template contains a base 1, guides 2, pillars 3, screws 4, pins 5, rulers 6, address pins 7, clamps 8, pins 9, stops-stops 10, adjusting fingers And 12. 12. The rulers 2 move rulers 6 seconds address pins 7. The locking of the rulers 6 on the guides 2 is carried out by a latch 8. To carry out the layout of wires in one plane, the pins 9 are used. On the guides 2 there are stops-stops 10 excluding similar lines of the 6 from the guides 2. For precise placement of ferrite memory card cores in the address pin field Rei 7 rulers b on base 1 provides mouths 11 and 12. The template is placed on the table. The precipitation of the harness conductors is carried out by the precipitation mechanism.

The template works as follows.

The rulers 6 are set in the initial 0 position and fixedly fixed by the locks 8. On the base 1, the memory block 13 is placed and fixed by means of the adjusting fingers 11 and 12. The pins 9 are inserted into the holders of the magnetic cores of the memory unit.

The template assembled with the memory unit is fixed on the table of the automated firmware device.

The layout of the piercing conductors is carried out in the same plane between the Q pins of the 9 cores of the memory block 13. The ends of the conductors are fastened by winding onto the address pins 7 of the pattern. The precipitation of the piercing conductor after it is laid out is provided by the precipitation mechanism

At the end of the layout of the interconnecting 5 conductors, the finished tow is lowered along the conical guides of the pins 9 and placed between the cores in the memory block 13. In this case, the previously unclamped lines 6 with the address pins 7 are shifted along the rails 2. The ends of the piercing wires are soldered directly to the corresponding address pin 7 7 of the memory unit.

Compared with the known template, the proposed template eliminates the need to perform viscous rope operations and marking the ends of the wires.

Claims (1)

PATTERN FOR MANUFACTURING code bundles of permanent STORES, containing a base with pins, characterized in that, in order to expand the scope of application by flashing directly permanent drives, it contains racks, two guides with latches, two rulers with address pins, while the racks are rigidly fixed in the corners of the base, in the center of which there are pins for making code bundles and placing ferrite cores of permanent drives, rails are rigidly fixed on the racks, on which enes line with address pins perpendicular to the guide can be moved along the guide rails.