JPS59128129A - Loading method - Google Patents

Abstract

PURPOSE:To transport a prescribed number of loaded articles onto a loading base by transporting loaded articles one by one by a conveyor having standing- up partition parts and feeding the loaded articles in succession onto a receiving base and counting the number of loaded articles which pass on the receiving base and stopping the conveyor when a prescribed number is reached. CONSTITUTION:The rolled articles 1 which are supplied on a conveyor 7 are accommodated one by one between each hook 9 of inclined conveyors 8 and transported upward, and dropped onto an inclined surface 10a at one edge of a receiving base 10, and dropped as it is onto the horizontal surface 10b of the base 10, and stopped by a stopper 11 at the other edge. The number of rolled articles 1 which are supplied, passing on the inlined surface 10a, is confirmed by a photoelectric tube 6 over the inclined surface 10a, and said rolled article 1 is lifted by the holding member 5 of a loading machine 3 over the horizontal surface 10a and transferred and loaded onto a pallet. When the number of rolls which is set beforehand in a counter is reached, the inclined conveyor 8 stops, and feeding of the rolled article 1 onto the receiving base 10 is suspended.

Description

[Detailed description of the invention] 〔Technical field〕 The present invention relates to a method for loading scrolls and the like.

[Background technology]

@1 As shown in Figure 1, when stacking rolls such as polyvinyl chloride sheets or other cylindrical loads 1 (hereinafter, rolls will be explained as a representative) on a pallet 2 in a pyramid shape, Figure 2 A loading machine 3 as shown has been used conventionally. That is, this ff12 machine 3#i conveyor 4 reciprocates between the roll 1st pick part at the tip and the pallet soto 2, closes the pair of claw holding members 5 provided at the lower part, and closes the upper claw 5.
At step a, a predetermined number of scrolls 1 are lifted (see Fig. 3), and the holding member 5 is opened on the pallet throat 2 to load the scrolls 1.

In this case, as shown in the first factor, in order to stack the scrolls 1 in a multi-tiered pyramid, if n scrolls 1 are stacked in the first tier, n-1 in the second tier, and n in the third tier. -You must make sure that the number of books loaded in each stage is one less than the number of books loaded in the previous stage, such as 2 bottles. At this point, normally a conveyor j:Vc photoelectric pft6 is provided as shown in FIG. The conveyor 4 is stopped and the product etm3 is driven.

However, when the distance between the rolls 1 flowing on the conveyor 4 is narrow, the number of rolls 1 is smaller than the number of rolls loaded on a predetermined stacking stage.
There was a problem in that a large number of scrolls i were loaded. Furthermore, if each scroll 1 flows in a pinched manner, the count value remains 1.

[Purpose of the invention]

This invention reliably transports loaded items such as scrolls one by one,
The purpose is to eliminate mistakes in counting the number of loaded cars.

[Disclosure of the invention]

In the loading method of the present invention, the loaded items are conveyed one by one using a conveyor provided with partitions extending from the surface at predetermined intervals in the conveying direction, and the trays are sequentially fed and arranged on a table. The number of passes is counted on the platform, and when the count reaches a predetermined value, the conveyor is stopped, and the receiver holds the loaded items on the platform with a loading machine and transfers and loads them onto the loading platform.

In this way, the loaded items are conveyed one by one on a conveyor equipped with a partition plate, eliminating the need to count the loaded items held by the loading machine and making it possible to accurately place the predetermined number of loaded items on the loading platform. It can be loaded.

Embodiment An embodiment of the present invention will be described based on Figure @4. In addition, in FIG. 4, the same members as in FIGS. 1 and 2 are given the same reference numerals, and explanations thereof will be omitted. In FIG. 4, 7 is a conveyor that conveys the scroll 1 in the horizontal direction;
An inclined conveyor 8 that rises upward at the tip of this conveyor 7
This conveyor 8 is provided with claws 9 extending in the direction of conveyance and raised from the surface at appropriate intervals, and each roll 1 is accommodated in the opening of the winter melon 9 and conveyed northward. The scroll 1 transported north falls onto the slope 10a at one end of the stand 10 and rolls down until it reaches the horizontal surface 10b of the stand 10 and is stopped by the stopper 11 at the other end. . photoelectric'
The receiver 1F6 is located on the side of the inclined surface 10a of the table 10, and the number of scrolls 1 to be supplied passing on the inclined surface 10a is checked. Further, a stack ta3 is located on the horizontal surface 10b J:, and the scroll 1 is held by the holding member 5 and transferred and stacked on a pallet (not shown).

The rolls 1 that have flowed on the conveyor 7 are stored one by one between each claw 90 of the inclined conveyor 8 and conveyed in the opposite direction, and the receivers are sequentially supplied onto the table 10 and arranged in a line on the horizontal surface 10''b. When the number of scrolls arranged on the horizontal surface 10b reaches the number set in advance on the counter, the inclined conveyor 8
, and the receiver stops supplying the scroll 1 to the table 10. During the stoppage of the inclined conveyor 8, the roll 1 is stored on the tip of the conveyor 7.

The receiver holds the scrolls 11-1 arranged on the table 10. The loading machine 3 descends, the holding member 5 opens, and the C-roll is picked up and transferred and loaded onto a loading platform such as a pallet. Therefore, by setting the number of stacked stacks and the number of stacked cables in each stack in advance using the counter, °Cp ((For example, if the first stage is 0, the second stage is n-1, and the third stage is n-2. With this setting, the phototube 6 installed on the inclined surface 10a of the table 10 checks each scroll 1 passing on the inclined surface 10a and counts it with a counter. A predetermined number of scrolls 1 for each stage are transferred onto the loading table, and the scrolls 1 can be reliably stacked in a multi-stage pyramid-lad shape.

〔Effect of the invention〕

According to this invention, it is possible to reliably transport the loaded items one by one and to perform loading accurately.

[Brief explanation of the drawing]

@ Figure 1 is a front view of the stacked part of the loaded object, Figure 2 is an explanatory diagram of the conventional loading method, Figure 3 is an explanatory diagram showing the state in which the loaded object is held by the loading machine, and Figure @ 4 is the front view of the stacked part of the loaded object. It is an explanatory diagram of one example. 1...Scroll (loaded object), 2...Barre,, 7 To (loading platform), 3...Loading machine, 4.7...Conveyor, 6.
...Photocell, 8... Inclined conveyor (conveyor), 9.
...Claw (partition), 10...Base is stand

Claims (1)

[Claims] A conveyor with partitions rising from its surface at predetermined intervals along the conveyance direction transports the loaded items one (1) liter at a time. When the count reaches a predetermined value, the conveyor is stopped, and the receiver holds the loaded items on the platform with a loading machine and transfers and loads them onto the loading platform.