A kind of automatic stone setting equipment

Abstract

The invention discloses automatic diamond inlaying equipment. The automatic diamond inlaying equipment is used for inlaying workpieces which are provided with sharp corners and are of pyramid structures. A discharge outlet of a tray of a vibrating hopper is connected with a ranking and orienting mechanism. Workpieces coming out of the discharge outlet of the vibrating hopper move forwards to enter a V-shaped groove of an orienting part and continue to move forwards to enter a V-shaped groove of a screening part, and the workpieces can be squeezed by a cover plate in the process of advancing towards a V-shaped groove of a traveling part, so that the workpieces are ranked in a single row in the V-shaped groove, and the pointed ends of the workpieces face downwards. According to the automatic diamond inlaying equipment, movement power is provided for the workpieces in the tray through vibration of the vibrating hopper, and the ranking and orienting mechanism is arranged at the discharge outlet of the tray so that the required workpieces can be screened automatically, the procedure of mutual screening of workpieces in the prior art is replaced, labor is saved, and cost is reduced; and when the workpieces reach the discharge outlet, an actuator is driven by a movable arm to suck the workpieces to the position of a diamond inlaying mold, and the risk that the workpieces fall in the moving process is avoided. By adoption of the automatic diamond inlaying equipment, the production efficiency can be improved, the automatic degree is improved, and standard production is achieved.

Description

technical field [0001] The invention relates to the technical field of automation, in particular to an automatic stone setting equipment for popular ornaments. Background technique [0002] At present, when inlaid with crystals or diamonds, many workpieces of different specifications are placed in the material tray. When using it, the workpieces with the specifications required for inlaying are selected by human eyes. After finding them, they are sucked up by a needle with negative pressure, and then manually placed. Inlaid position in the jewelry wax model. This method requires manual work for a long time to find just the desired workpiece among many workpieces. Because the size of the workpiece is small, the worker needs to look for the crystal in the correct state for a long time, which is prone to visual fatigue and damage to the human body; Manpower and time, and low efficiency, can not achieve standardized production. Contents of the invention [0003] The present ...

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Problems solved by technology

[0003] Aiming at the deficiencies in the technology of manual screening of workpieces in the prior art, the present invention designs a set of stone-setting devices that can use mechanical devices to screen workpieces and quickly deploy them

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