Feeding device

Abstract

The invention discloses a feeding device. The feeding device comprises a jig, a rack, a first conveying mechanism and second conveying mechanisms, wherein the first conveying mechanism comprises a conveying driving assembly and a bearing guide assembly which are arranged on the rack, the bearing guide assembly comprises a bearing conveying piece and a guide rail which are arranged on the rack and are in parallel with each other, the jig loaded with a workpiece is born by the bearing conveying piece and is in sliding fit with the guide rail, and the conveying driving assembly is associated with the jig or the bearing conveying piece to drive the jig to move along a direction in parallel with the guide rail; at least one clamping station is distributed on the rack along a direction in parallel with the guide rail, any clamping station is correspondingly provided with a second conveying mechanism, each second conveying mechanism comprises a turnover assembly and at least one clamping assembly which are arranged on the rack, the clamping assembly is connected to the turnover assembly, an avoiding part which is distributed along the pivoting direction of the clamping assembly and is used for avoiding the turnover action of the jig is arranged at the clamping station on the guide rail, the clamping assembly is provided with an auxiliary guide rail corresponding to the avoiding part, and the jig is in sliding fit with the auxiliary guide rail.

Description

technical field [0001] The invention relates to a mechanical device for conveying workpieces, in particular to a feeding device. Background technique [0002] In the field of wire rod processing, wire rods need to be processed by laser cutting, peeling, flux dipping, tinning, cutting, welding and other processes. Among them, the currently used methods of transferring the jig loaded with the wire to be processed from the horizontal conveying flow channel to the vertical state for dipping flux or tinning operations are mainly: [0003] One is to use a manipulator to grab the jig and move it away from the horizontal conveying channel in the vertical direction, and then turn the jig grabbed by the manipulator to the vertical state through the mechanical device of the flip operation, and then move the jig vertically down to complete the wire feeding process. This method has the disadvantages of many steps in the transfer process, long time consumption, low wire processing effici...

AI Technical Summary

Problems solved by technology

[0003] One is to use a manipulator to grab the jig and move it away from the horizontal conveying channel in the vertical direction, and then turn the jig grabbed by the manipulator to the vertical state through the mechanical device of the flip operation, and then move the jig vertically down to complete the wire feeding process. This method has the disadvantages of many steps in the transfer process, long time consumption, low processing efficiency of wire rods, extremely complicated structure and high manufacturing cost.

[0004] The second is to send the jig from the horizontal conveying channel to a section of vertical conveying channel after turning over, so as to dip flux or tin-plate the wire, and then turn the fixture back to the horizontal conveying channel after the operation is completed. This method also has the disadvantages of many steps in the transfer process, long time-consuming, low processing efficiency of wire rods, extremely complicated structure and high manufacturing cost.

Moreover, the jig needs to be provided with a structure that prevents it from falling away from the vertical conveying flow channel, which increases the processing difficulty of the jig and accordingly increases the manufacturing cost of the equipment.

[0005] The third is to set a movable rotating conveying channel to rotate together with the jig. This method also has the disadvantages of extremely complicated structure and high manufacturing cost; The processing difficulty of the jig is increased, which also increases the manufacturing cost of the equipment; moreover, the structure of the rotary conveying channel and the jig turned over together is huge and heavy, and it needs to use a high-power motor or a large-bore cylinder to smoothly Driving the entire structure to realize the flipping action consumes a lot of energy, and the structure is complicated, the manufacturing cost is expensive, the operation noise is loud and the response speed is slow

[0006] To sum up, the currently used mechanical device for transferring the jig loaded with the wire to be processed from the horizontal conveying flow channel to the vertical state for dipping flux or tinning operations is far from meeting the needs of today's use.

Images