An improved appliance for binding archives

Abstract

The invention relates to an improved appliance for binding archives, which is composed of scale clips and drilling pads. The scale clip is marked on the upper or lower clip by the edge of the clip, and semicircular holes are designed at a certain distance along the length of the clip, and the centers of the three semicircular holes are taken as the drilling points for file binding; The pad is a cuboid, and one end of the long side is designed with a strip-shaped hollow groove, which corresponds to the position of the semicircular hole on the scale clamp; one end of the hollow groove of the drilling pad is designed with a concave platform in the middle, which is close to the concave platform and parallel to the concave platform. The horizontal scale is marked on the upper surface of the drilling pad of the concave table, and a magnet is embedded in each end of the concave table to place and fix the scale clip; on the surface of the drilling pad parallel to the concave table, the scale is marked from left to right, and the scale clip is clamped When the archives are placed on the concave platform of the drilling pad, the scales of the two correspond one by one. By using the improved tool for binding archives and materials, the traditional "three points and one line" binding tool components are integrated, the binding steps are simplified, and the efficiency is improved.

Description

technical field [0001] The invention relates to a clamping tool, in particular to an improved tool for binding archives. Background technique [0002] According to industry requirements, most of the archives are made of international standard paper, mainly A4 (210×297mm). Archives and materials require "three points and one line" to be bound and stored in boxes. Now, in addition to some large and well-funded units that have the conditions to purchase modern archival data binding equipment, there are still many units that have no conditions or are not suitable for investing a lot of equipment due to the small amount of archival data. They still use the traditional "three "One-line" manual thread binding tools: clips, scales, marker pens, drilling machines, sewing needles, special threads, drilling pads and other components to bind archives. The "three points and one line" manual thread binding process is: first, clamp the file data firmly with a clip, use a scale to measure...

AI Technical Summary

Problems solved by technology

[0003] The present invention aims at the shortcomings of existing traditional binding tool components such as scattered and low efficiency, and designs an improved instrument for binding archives and materials. It combines a scale, a clip and a marker pen into one, and designs a scale clip. Design semi-circular holes at a certain distance along the length of the scale clip clip, as long as the scale clip is used to hold the neat file data, and three semi-circular holes are determined on the scale clip, and its center is the drilling point; matching with the scale clip It is a cuboid drilling pad with a strip-shaped hollow groove designed along one long side, which corresponds to the position of the semi-circular hole on the scale clip when in use; the drilling pad rests on one end of the strip-shaped hollow groove, and a concave table is designed in the middle. It is the position where the scale clip is placed; there are two kinds of scales marked on the drilling pad: one is the horizontal scale on the upper surface of the drilling pad that is close to the concave table and parallel to the concave table, marking 0~30cm from left to right, and the scale clip When the file is placed on the concave platform of the drilling pad, the two scales correspond to each other; the other is the longitudinal scale on the wide edge of the drilling pad, which is used as a reference for setting the left margin of the file binding

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