CN202114573U

CN202114573U - Fixture transmission mechanism of full-automatic diamond polishing system

Info

Publication number: CN202114573U
Application number: CN2011201896297U
Authority: CN
Inventors: 张岳恩
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-06-01
Filing date: 2011-06-01
Publication date: 2012-01-18
Anticipated expiration: 2021-06-01

Abstract

The utility model relates to a fixture transmission mechanism of a full-automatic diamond polishing system, comprising an upstream transmission mechanism and a downstream transmission mechanism which are arranged in parallel and make relative motion in opposite directions. The upstream transmission mechanism comprises a feeding station, a processing station A, a transfer station A, a gluing station and a fixture transmission belt A which are sequentially associated with one another. The downstream transmission mechanism comprises a blanking and gluing station, a transfer station B, a processing station B, an interim station and a fixture transmission belt B which are sequentially associated with one another. Each fixture forms a relatively closed circulation in the stations and the transmission belts. The front face of a fixture A on the processing station A is opposite to the front face of a fixture B on the processing station B, and the fixture A and the fixture B are driven by a drive mechanism to be relatively jointed and separated. In the fixture transmission mechanism of the full-automatic diamond polishing system, a multiple-station shift scheme is utilized so as to avoid the consumption of time for waiting a bead billet to transfer when polishing is completed, transfer and polishing are continuously cycled, and the production efficiency is greatly improved. The fixture transmission mechanism of the full-automatic diamond polishing system has the advantages of compact structure, stable transfer, high work efficiency and strong reliability.

Description

The anchor clamps connecting gear of full-automatic diamond polishing system

Technical field

The utility model relates to a kind of anchor clamps connecting gear of full-automatic diamond polishing system.

Background technology

Produce the switching machine of diamond in the market; Its anchor clamps generally adopt the switching of single station and since during switching the time of welding and cooling long, be about 2 times of grinding and polishing time basically; Like this; The station of subsequent processing grinding and polishing completion certainly exists the phenomenon of waiting for that workpiece gets into, and time loss is more, causes production efficiency low.

Summary of the invention

In order to overcome the time difference that there are work in common transfer machine and grinding and polishing sector in the prior art; Cause the low problem of production efficiency; The utility model provides a kind of anchor clamps connecting gear of full-automatic diamond polishing system, compact conformation, high efficiency, the good reliability of the anchor clamps connecting gear of this full-automatic diamond polishing system.

The utility model solves the technical scheme that its technical problem adopted: comprise laterally arranging and the up connecting gear and the descending connecting gear of reverse relative motion; Up connecting gear comprises material loading station, processing stations A, transfer station A, gluing station and the anchor clamps conveyer belt A that is associated successively, and anchor clamps A constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Descending connecting gear comprises blanking gluing station, transfer station B, processing stations B, transfer station and the anchor clamps conveyer belt B that is associated successively, and anchor clamps B constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Anchor clamps A on the processing stations A and the anchor clamps B on the processing stations B are relatively positive, and anchor clamps A is separated by the drive mechanism relative bonding with anchor clamps B.

Processing stations A in the up connecting gear comprises corase grind station A, fine grinding station A successively, slightly throws station A and carefully throw station A; Processing stations B in the descending connecting gear comprises corase grind station B, fine grinding station B successively, slightly throws station B and carefully throw station B; Anchor clamps on the above-mentioned grinding and polishing station all with the Burnishing wheel relative engagement.

The utility model is through above-mentioned concrete design; Avoided grinding and polishing to accomplish the consumption of back wait pearl base transit time with multistation displacement scheme; Switching, grinding and polishing continuously circulation are carried out, and have improved production efficiency greatly, have that compact conformation, switching are stable, an advantage of high efficiency, good reliability.

Description of drawings

The detailed content of the utility model is described below in conjunction with accompanying drawing and embodiment.

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the structural representation of processing stations A in the utility model.

The specific embodiment

As shown in the figure; The utility model comprises and laterally arranging and the up connecting gear 1 and descending connecting gear 2 of reverse relative motion; Up connecting gear 1 comprises material loading station 3, processing stations A4, transfer station A5, gluing station 6 and the anchor clamps conveyer belt A7 that is associated successively, and anchor clamps A13 constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Descending connecting gear 2 comprises blanking gluing station 8, transfer station B9, processing stations B10, transfer station 11 and the anchor clamps conveyer belt B12 that is associated successively, and anchor clamps B14 constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Anchor clamps A13 on the processing stations A4 and the anchor clamps B14 on the processing stations B10 are relatively positive; Anchor clamps A13 is separated by the drive mechanism relative bonding with anchor clamps B14, can comprise corase grind station A15, fine grinding station A16 among the processing stations A4 in the up connecting gear 1 successively, slightly throw station A17 and carefully throw station A18; Can comprise corase grind station B19, fine grinding station B20 among the processing stations B10 in the descending connecting gear 2 successively, slightly throw station B21 and carefully throw station B22; Anchor clamps on the above-mentioned grinding and polishing station all with Burnishing wheel 23 relative engagement.In working order down; Like Fig. 1, shown in Figure 2; There are anchor clamps 13 material loading station 3 positions of setting up connecting gear 1; Anchor clamps 13 move to corase grind station A15 among the processing stations A4, fine grinding station A16 successively, slightly throw station A17 and when carefully throwing station A18 position under the effect of driving mechanism (not shown); Welding is at the diamond blank of anchor clamps 13 pin ends, through Burnishing wheel 23 roughly grind successively, meticulous mill, slightly throw, meticulous throwing (this technology also can be that corase grind, meticulous mill and polishing three process are accomplished certainly) is processed into the shape that front end is many faceted pebbles; The anchor clamps of carefully throwing then on the station A18 13 move to A5 position, transfer station more in the direction of arrows; The semi-finished product diamond that the grinding and polishing of many faceted pebbles of front end is good docks with the anchor clamps 14 that B9 position, transfer station has glued rubber powder, and the semi-finished product diamond welding of butt joint back is on anchor clamps 14 pin ends.After the welding of semi-finished product diamond; B9 locational empty anchor clamps 13 in transfer station move to machine end gluing station 6 positions in the direction of arrows and go up rubber powder; After rubber powder glued, anchor clamps 13 moved on the anchor clamps conveyer belt A7 again, and anchor clamps 13 are sent to machine head end position in the direction of arrows through anchor clamps conveyer belt A7; Anchor clamps 13 are transported to material loading station 3 position material loadings again through driving mechanism, and next periodic duty begins.Anchor clamps 14 to connecting the semi-finished product diamond; Under the effect of driving mechanism (not shown), move to corase grind station B19, fine grinding station B20 in the direction of arrows successively, slightly throw station B21 and when carefully throwing station B22 position; Welding is at the semi-finished product diamond of anchor clamps 14 pin ends; Through Burnishing wheel roughly grind successively, meticulous mill, thick throw, meticulous throwing (this technology also can be that corase grind, meticulous mill and polishing three process are accomplished certainly) is processed into the shape that front end is many faceted pebbles; The thin locational anchor clamps 14 of station B22 of throwing move to machine head end transfer station 11 positions in the direction of arrows, and anchor clamps 14 move on the anchor clamps conveyer belt B12 more then, and anchor clamps 14 are sent to the machine end position in the direction of arrows through anchor clamps conveyer belt B12; Anchor clamps 14 are transported to the 8 position blanking gluings of blanking gluing station through driving mechanism, and next periodic duty begins.Above-described embodiment describes the preferred implementation of the anchor clamps connecting gear of the utility model full-automatic diamond polishing system; Be not that design and scope to utility model limits; Under the prerequisite that does not break away from the utility model scheme; Various external form modification and improvement that those skilled in the art make the technical scheme of the utility model all should fall into the protection domain of the anchor clamps connecting gear of the utility model full-automatic diamond polishing system.

Claims

1. the anchor clamps connecting gear of a full-automatic diamond polishing system; It is characterized in that comprising and laterally arrange and the up connecting gear (1) and the descending connecting gear (2) of reverse relative motion; Up connecting gear (1) comprises material loading station (3), processing stations A (4), transfer station A (5), gluing station (6) and the anchor clamps conveyer belt A (7) that is associated successively, and anchor clamps A (13) constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Descending connecting gear (2) comprises blanking gluing station (8), transfer station B (9), processing stations B (10), transfer station (11) and the anchor clamps conveyer belt B (12) that is associated successively, and anchor clamps B (14) constitutes the circulation of relative closure in above-mentioned station and conveyer belt; Anchor clamps A (13) on the processing stations A (4) and the anchor clamps B (14) on the processing stations B (10) are relatively positive, and anchor clamps A (13) is separated by the drive mechanism relative bonding with anchor clamps B (14).

2. the anchor clamps connecting gear of full-automatic diamond polishing system according to claim 1 is characterized in that processing stations A (4) in the up connecting gear (1) comprises corase grind station A (15), fine grinding station A (16) successively, slightly throws station A (17) and thin throwing station A (18); Processing stations B (10) in the descending connecting gear (2) comprises corase grind station B (19), fine grinding station B (20) successively, slightly throws station B (21) and thin throwing station B (22); Anchor clamps on the above-mentioned grinding and polishing station all with Burnishing wheel (23) relative engagement.