CN-224198117-U - Chain riveting partial shipment structure

CN224198117UCN 224198117 UCN224198117 UCN 224198117UCN-224198117-U

Abstract

The utility model relates to a gang nail split charging structure which comprises a single gang nail output table, a middle buffer storage table structure, an assembly sorting table structure and a split-flow transmission table, wherein the single gang nail output table comprises a gang nail introduction table body, a built-in gang nail transmission channel arranged in the gang nail introduction table body, and an object guide port arranged at the end part of the built-in gang nail transmission channel, the middle buffer storage table structure comprises an adjustment connection table connected with the gang nail introduction table body, a gap reciprocating inner transmission belt arranged in the table surface of the adjustment connection table, and a limiting guide frame structure arranged in the gap reciprocating inner transmission belt, and the assembly sorting table structure comprises a sorting table and plastic package coding equipment arranged at the upper part of the sorting table. This chain riveting partial shipment structure is then realized the process of automatic packing chain riveting, reduces workman's operation intensity, can improve the packing quality of nail body moreover. Meanwhile, various stations can be quickly assembled and implemented according to the layout of a processing site.

Inventors

YIN XIGANG
LI JIANGUO
ZHOU SHOUXI

Assignees

芜湖代曼特金属制品有限公司

Dates

Publication Date: 20260505
Application Date: 20250521

Claims (4)

1. The split-charging structure for the single gang nails is characterized by comprising a single gang nails output table, a middle buffer storage table structure connected with the single gang nails output table, an assembly sorting table structure connected with the middle buffer storage table structure and a split-charging transmission table connected with the assembly sorting table structure, wherein the single gang nails output table comprises a gang nails introduction table body, a built-in gang nails transmission channel arranged in the gang nails introduction table body, an object guide opening arranged at the end part of the built-in gang nails transmission channel, the middle buffer storage table structure comprises an adjustment connection table connected with the gang nails introduction table body, a gap reciprocating inner transmission belt arranged in the adjustment connection table surface and a limiting guide frame structure arranged in the gap reciprocating inner transmission belt, and the assembly sorting table structure comprises a sorting table and plastic package coding equipment arranged at the upper part of the sorting table.
2. The gang nail split charging structure of claim 1, wherein the spacing guide frame body structure comprises a group of opposite flaring guide frames which are arranged at intervals, and an inner side guide roller group is arranged on the inner side surface of each flaring guide frame.
3. The gang nail split charging structure of claim 1, wherein the built-in gang nail conveying channel is a crawler-type conveying belt.
4. The gang nail sub-packaging structure of claim 2, wherein the plastic package coding device comprises a device connection frame, plastic package devices arranged on the upper part of the device connection frame, and a coding device arranged on the device connection frame behind the plastic package devices.

Description

Chain riveting partial shipment structure Technical Field The utility model relates to a chain riveting processing device, in particular to a chain riveting split charging structure. Background Chain riveting, T-shaped article made of 45# mild steel. One end is provided with a flat head, the other end is sharp, the diameter of the nail rod is 2.2 ¢, the nail rod is adhered together by glue, the decorative fixing and connecting effects are mainly achieved, the nail rod can also be used for hanging articles, and the ST64 pneumatic gun is used for replacing a hammer for a steel nail. The row nails adopt a plurality of column production processes, the regularly arranged nail monomers are effectively integrated, and the row nails are integrated through special adhesive glue to form a whole row nail with regular arrangement. And the existing chain riveting is subjected to split-flow storage after being packaged by a whole box after being molded. The existing package sorting of chain nails is mostly manually operated, so that the processing efficiency is low, Disclosure of utility model The utility model aims to provide a chain riveting split charging structure which is a chain riveting split charging result which is produced in a production line and is automatically implemented. The utility model solves the technical problems by adopting the technical scheme that the chain riveting split charging structure comprises a single chain riveting output table, a middle buffer storage table structure connected with the single chain riveting output table, an assembly sorting table structure connected with the middle buffer storage table structure and a split-flow transmission table connected with the assembly sorting table structure, wherein the single chain riveting output table comprises a chain riveting introduction table body, an internal chain riveting transmission channel arranged in the chain riveting introduction table body, an object guide port arranged at the end part of the internal chain riveting transmission channel, the middle buffer storage table structure comprises an adjustment connection table connected with the chain riveting introduction table body, a gap reciprocating inner transmission belt arranged in the table surface of the adjustment connection table, and a limit guide frame structure arranged in the gap reciprocating inner transmission belt, and the assembly sorting table structure comprises a sorting table and plastic package coding equipment arranged at the upper part of the sorting table. The limiting guide frame body structure comprises a group of flaring guide frames which are opposite and arranged at intervals, and an inner guide roller group is arranged on the inner side surface of each flaring guide frame. The built-in chain riveting transmission channel is a crawler-type transmission belt. The plastic package code printing device comprises a device connection frame body, plastic package equipment arranged on the upper part of the device connection frame body and a code printing device arranged on the device connection frame body behind the plastic package equipment. The chain riveting split charging structure has the beneficial effects that the chain riveting split charging structure further realizes the process of automatically packaging chain riveting, reduces the operation intensity of workers and can improve the packaging quality of the nail body. Meanwhile, various stations can be quickly assembled and implemented according to the layout of a processing site. The limiting guide frame body structure can be used for independently adjusting the heights of the movable blocks, the flaring guide frame can be used for respectively placing the chain nails with different widths between different two limiting distances for adjustment, and smooth blanking of chain nails with different sizes is facilitated. Meanwhile, the intervention of the robot can be configured, so that the working efficiency is improved. The utility model will be described in more detail below with reference to the drawings and examples. Drawings Fig. 1 is a schematic view of the construction of the present utility model. Fig. 2 is a partial enlarged view of fig. 1. Fig. 3 is a partial enlarged view of fig. 1. Fig. 4 is a schematic view of another embodiment of the present utility model. Fig. 5 is a schematic view of the construction of a third embodiment of the present utility model. In the figure, a diversion transmission platform, a row nail introduction platform body, a row nail transmission channel, an object guide opening, an adjustment connection platform, a clearance reciprocating inner transmission belt, a flaring guide frame, an inner guide roller set, an equipment connection frame body, a plastic packaging device, a code printer, an equipment connection seat, a sorting inner transmission belt, a sorting platform, a pick-and-place robot and a transitional aggregate transmission belt. Detailed Description The pos