Doll pendant production equipment with puncture test function

Abstract

The invention discloses doll pendant production equipment with a puncture test function, and relates to the technical field of ornament processing and detection, in particular to a base, a trapezoidal clamping plate, an adjustable puncture test mechanism, a turbine turning mechanism and a quick dismounting and replacing mechanism, a conveying rail is arranged at the top end of the base, and guide wheels are arranged at the surface end of the trapezoidal clamping plate; according to the doll pendant production equipment with the puncture test function, through the arrangement of the adjustable puncture test mechanism, the guide rails arranged on the frames on the two sides of the adjustable puncture test mechanism and the through groove formed in the middle end of the adjustable puncture test mechanism, accurate guidance is provided for a directional puncture experiment of a turbine steering mechanism, a mounting and moving space is provided for the turbine turning mechanism, and the resource integration rate is increased; the adjustable puncture test mechanism achieves the purpose of changing the longitudinal stroke of the turbine steering mechanism connected with the connecting rod by changing the position of the sliding pin at the bottom end of the lead screw track, more variables are created for a puncture experiment of pea pod doll pendant materials, and the reliability of an experiment result is improved.

Description

technical field [0001] The invention relates to the technical field of jewelry processing and detection, in particular to a doll pendant production equipment with a puncture test function. Background technique [0002] Ornaments are items used for decoration. The general purpose is to beautify the personal appearance, decorate the living room, beautify the public environment, and decorate the car; the ornaments can be divided into the following categories according to the purpose: home accessories, clothing accessories, car accessories, etc.; pea pod doll pendant as A subdivision of clothing accessories, the doll has a plush cover in the shape of a pea pod, with a zipper attached to one side of the open end, and several toy dolls are wrapped in the plush cover; the accessory is small and exquisite in appearance, playable and decorative Very strong, but limited by the production process, the supply of this kind of dolls in the market has been in a state of being lower than th...

AI Technical Summary

Problems solved by technology

[0002] Ornaments are items used for decoration. The general purpose is to beautify the personal appearance, decorate the living room, beautify the public environment, and decorate the car; the ornaments can be divided into the following categories according to the purpose: home accessories, clothing accessories, car accessories, etc.; pea pod doll pendant as A subdivision of clothing accessories, the doll has a plush cover in the shape of a pea pod, with a zipper attached to one side of the open end, and several toy dolls are wrapped in the plush cover; the accessory is small and exquisite in appearance, playable and decorative Very strong, but limited by the production process, the supply of this kind of dolls in the market has been in a state of being lower than the demand

[0003] The existing pea pod doll pendant processing and testing equipment, common problems include: pea pod doll pendant, as a subdivision of doll toys, is often in complex application environments such as extrusion, twisting or puncture in actual use scenarios, but there is currently a lack of such equipment in the market. The special equipment for the puncture test of the jewelry, or the existing equipment cannot realize the fixed positioning of the material and the changeable experimental conditions, so that the experimental results are unrepresentative and unconvincing; therefore, special equipment is needed for the pea pod doll pendant The finished product is tested for resistance to the puncture force brought by different materials and different stress surfaces, and the experimental conditions are changeable, so the reliability of the experimental results is better

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