KR950031816A - Vehicles and devices for small precision products - Google Patents

Abstract

The present invention is to develop a means and apparatus for precisely positioning and transporting small precision products when the processing speed is high, and to minimize the dynamic load received during transportation without excessive cost and space. There is.

In other words, the products on the feeding conveyor (2) and the loading conveyor (3) should be kept at a low pressure at least in the area where the products are delivered, and the carrier (9) of the carrier conveyor (B) on the receiving conveyor (B) fits the gap between the products. The product is passed through the next return cove (7) and then delivered to the lower carrier sprocket chain (11) which is in parallel with the guide rail (30) in the state adjacent to the rear carrier (9). Is done by supporting it.

The means and apparatus are applied to transfer products to high performance processing machines, in particular packaging machines.

Description

Vehicles and devices for small precision products

Since this is an open matter, no full text was included.

FIG. 1 is a conveyor placement diagram, and FIG. 2 is a schematic of a delivery site from a feeding conveyor to a stock conveyor, and FIG. 3 is a schematic of the apparatus of the present invention.

Claims (9)

The products are arranged, transported to the device in one direction and loaded on the feeding conveyor, which can be individualized (separately apart) by the incoming conveyor, where the feeding conveyor speed is synchronized at the machine cycle time and the product on the guide rail. They are conveyed to the processing machine by the carriers of the carrier conveyor below, and in the method for transporting small precision products, the products have a low pressure at the place of delivery of the minimum product on the feeding conveyor (2) and the receiving conveyor (3). The carrier 9 of the carrier conveyor is retained and engages the gap between the products on the carrier of the incoming conveyor. The products are characterized in that they are transported under the support of the carrier to the lower carrier sprocket chain (11) in contact with the rear carrier (9) and parallel to the guide rails (10) after passing through the next return conveyor. According to claim 1, wherein the low air pressure is constant according to the length of the feeding conveyor (2) and the low pressure distribution at the arrival conveyor (3) is the largest at the delivery site and gradually decreases to the end of the conveyor and becomes zero. How to feature. 2. Method according to claim 1, characterized in that the carrier (9) of the carrier conveyor is engaged at the end of the arrival conveyor (3) before delivering the product to the return conveyor (11). 2. The product according to claim 1, characterized in that its position with respect to the carrier conveyor in the direction of the rear carrier (9) is changed because the rotational speed of the return conveyor (7) is slightly slowed while products are transported in the return conveyor (7). How to. 2. Method according to claim 1, characterized in that the carrier (9) of the carrier conveyor has properly guided and unrolled products to the carrier conveyor (11) attached to the guide rail (10). The conveying device of small precision products is composed of stagnant conveyor, feeding conveyor and receiving conveyor. At this time, the products are transported in contact with each other without gap between them. In addition, it runs in parallel with the servo motor for adjusting the rotational speed of the feeding conveyor, and the guide rail to which the accompanying conveyor at the bottom belongs, and in the device for transporting small precision products according to claim 1 , The return conveyor (7) is in parallel with the above carrier conveyor, wherein the rotation speed of the return conveyor (7) is slightly slower than the rotation speed of the upper carrier conveyor, and at least at the feeding conveyor (2) Devices in the area up to the bearing (3) are characterized in that the products are properly positioned on the conveyor by low pressure. Device according to claim 6, characterized in that the upper carrier conveyor consists of a carrier sprocket chain (5). 8. The carrier sprocket chain (11) according to claim 6 or 7, wherein the carrier sprocket chain (11) is installed on the return conveyor (7), wherein the carrier carrier sprocket chain (11) is also partially overlapped with the arrival conveyor (3). Apparatus characterized by overlapping from the return conveyor (7) to the transmission area from the lower carrier sprocket chain (11). 7. The return carrier bearing according to claim 6, wherein the rotational speed of the return conveyor is slower than the rotational speed of the upper carrier sprocket chain (9) so that the upper carrier sprocket chain (8) is advanced and the lower carrier sprocket in the return conveyor (7). Apparatus characterized in that when delivered to the rocket chain (11) almost all products are adjacent to the rear carrier (9) of the upper carrier sprocket chain (8). ※ Note: The disclosure is based on the initial application.