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Goods partition delivery part, shipment mechanism and shipment system

A cargo separation and component technology, which is applied to coin-operated equipment for distributing discrete items, coin-operated equipment for distributing discrete items, and coin-operated equipment for distributing discrete items, etc. The number of goods, the inability to reasonably optimize the shipment arrangement, the inability to orderly and accurately ship the goods, etc., to achieve the effect of solving the problem of goods adaptability, reducing the number of motors used, and having a simple structure

Pending Publication Date: 2017-10-03
湖州市高新智能终端有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although gravity is used to ship goods, the quantity of goods to be shipped cannot be reasonably controlled, and the arrangement of goods to be shipped cannot be reasonably optimized, so that goods cannot be shipped in an orderly and accurate manner, and it is easy to pick up wrong goods, take more goods, Issues such as taking empty goods

Method used

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  • Goods partition delivery part, shipment mechanism and shipment system
  • Goods partition delivery part, shipment mechanism and shipment system
  • Goods partition delivery part, shipment mechanism and shipment system

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0027] The shipping mechanism of the present invention includes a shipping platform. The delivery platform includes an inclined delivery channel, and cargo separating and conveying components arranged on the side of the delivery channel. Such as figure 1 , 2 , the cargo separating and conveying part includes a rotating shaft 201 , and a first blocking member 203 , a second blocking member 205 , and an elastic member 206 arranged on the rotating shaft 201 . The cargo separating and conveying parts are arranged in the groove 207 in the shell 202 of the cargo lane partition. Wherein, the rotating shaft 201 runs through the groove 207 along the direction of the delivery channel, and protrudes out of the casing 202, and one end of the rotating shaft extending out of the casing 202 is a free end, and one end disposed in the groove 207 is a fixed end. The first blocking member 203 and the second blocking member 205 are sequentially arranged on the rotating shaft 201 along the deli...

Embodiment 2

[0032] The delivery mechanism of the present invention also has a toggle component, which provides a toggle force for the goods separating and conveying components in the embodiment, so as to realize automatic delivery. Such as image 3 , the toggle component includes a delivery lever 801 and an electromagnet 802 acting on the delivery lever 801 . Under normal conditions, the electromagnet 802 is not energized; when it is working, the electromagnet 802 is energized, so that the delivery lever 801 stretches out to separate the conveying parts of the goods, making its rotating shaft rotate, and then drives the two blocking parts to switch the working state, realizing sequential delivery. When the goods are finished, the electromagnet is powered off, and a spring can be set in order to reset the delivery lever. The toggle part can also be set as a cylinder. When the cylinder is in action, the cylinder shaft extends to separate the conveying parts for the goods, and the cylinder ...

Embodiment 3

[0035] A delivery system of the present invention includes the delivery mechanism of the first or second embodiment above, and a transmission mechanism. Whether it is the automatic retail industry, or the logistics industry, or other shipping and transmission fields, there are multiple channels for shipment, and each cargo separation and conveying part of each channel can be equipped with a toggle part, but this is costly and complicated. . In order to improve efficiency, several shipping channels can be planned in the form of a toggle component to optimize shipping. For this reason, a transmission mechanism is set, which is used to transmit the toggle component to a specific delivery channel opening for work. The conveying mechanism can be configured as a transverse conveying mechanism or a longitudinal conveying mechanism or a combination of both. The transfer mechanism also includes a loading structure, such as a tray.

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PUM

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Abstract

The invention provides a goods partition delivery part, a shipment mechanism and a shipment system, and belongs to the technical field of automated shipment. The shipment mechanism comprises a shipment platform; the shipment platform comprises a slant shipment channel and a goods partition delivery part arranged at the lateral of the shipment channel, the goods partition delivery part comprises a rotation shaft placed in the shipment channel direction, a first baffle piece and a second baffle piece arranged on the rotation shaft in the shipment direction in sequence and an elastic part used for restoring the initial state of the two baffle pieces; when the first baffle piece and the second baffle piece rotate along with the rotation shaft, the working states of the two baffle pieces are mutually switched. The shipment system comprises the shipment mechanism and a conveying mechanism, the conveying mechanism is used for transmitting a toggling part to an opening of the shipment channel, and through the effect of the toggling part and the goods partition delivery part, the rotation shaft and the baffle pieces rotate. The goods partition delivery part, the shipment mechanism and the shipment system are applicable to many shipment products, and are simple in structure, low in cost and low in fault rate.

Description

technical field [0001] The invention relates to the field of shipping technology, in particular to a cargo separating and conveying component, a shipping mechanism and a system that can be used in industries such as automatic retail industry, logistics industry, and parts processing and transmission. Background technique [0002] The existing automatic shipping equipment mainly has the following shipping methods: snake-shaped cargo lanes, spring cargo lanes, crawler cargo lanes, mechanical cargo lanes (including gear meshing, manipulators). These types of cargo lanes have their own advantages and disadvantages. Serpentine cargo lanes are stable, but only limited to beverage shipments; spring cargo lanes are suitable for many types, but the structure itself needs to install too many motors, low reliability, and easy to jam goods; crawler cargo lanes take up a lot of space, and the market Basically, it is rarely used in the field; the mechanical cargo lane (gear meshing) requ...

Claims

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Application Information

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IPC IPC(8): G07F11/00G07F11/32
CPCG07F11/00G07F11/32
Inventor 胡宇舟马壮黄超陆乐潘晨旭
Owner 湖州市高新智能终端有限公司
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