JPS58162425A - Automatic transfer apparatus for packed cotton - Google Patents

Abstract

PURPOSE:To automate the processes from packing to housing by constituting the captioned apparatus so that the short-fibrous packed cotton is pushed out onto an unloading conveyor from a packing machine and transferred to a weighing device through a traverser and a transferring flat car, and weighing the cotton, and then executing the works such as inversion setting, assortment, and storage onto a load receiving board. CONSTITUTION:The packed cotton 1 is pushed-out onto an inclined unloading conveyor 4 from a packing machine 4 by a push 6, and transferred in sliding onto the bed 6 of a traverser 5. The traverser 5 shifts to the position of a pusher 7, and a conveyance flat car 9 comes to the position of the traverser 5. Then, the packed cotton 1 is transferred onto the flat car 9 by the pusher 7. The flat car 9 traversely shifts and is returned to a position 6 after the cotton 1 is delivered to a weighing device 8 by a transfer device 10. After weighing, the cotton 1 in the packed state is inverted by an inverting machine 16 so that the longitudinal direction is set vertical, said cotton 1 is transferred onto a transfer base 18 by a pusher 17. The transfer base 18 shifts to each load receiving base 20 separated in each brand, and the cotton is transferred by a pusher 19. Thus, the processes from packing to storage and custody can be automated.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an automatic conveying device for short fiber packing cotton. Generally, the final step in producing staple fibers is packaging.
A certain amount of bulky short fibers are compressed and packed into rectangular parallelepipeds with cloth, iron bands, etc. before being stored and shipped.

Conventionally, as a method of storing in such a flexible warehouse, ts
In many cases, the packing cotton transported from process 'a' is placed on a pallet C@ and then received using a loading machine such as a forklift F, and in the warehouse, it is simply placed on a pallet and lined up.

The second method is to use a multi-level warehouse with multi-level columns arranged in horizontal and vertical rows to place the packing cotton on pallets and transport the whole pallet.
IJII, but all of these require manpower,
In addition, it is necessary to prepare as many pallets as possible for packaging, and it has been desired to save labor through automation.

The present inventors relied on nine people to transport the baled cotton.

As a result of intensive study on automation of sorting, 9 inventive cm
It has been achieved.

In other words, the present invention includes an extrusion device that unloads packing cotton from a packing machine and extrudes it onto a conveyor, a movable tofu parser to which the packing cotton that has slid on the 1# unloading conveyor is transferred, and packing cotton on trapper f. A conveyance truck that transfers the tofu bar amount and measuring devicef)lI and conveys the 1fjI packed cotton, a transfer scissor device that moves the packed cotton on the conveying truck to the weighing device, and inverts the packed cotton that has been weighed by needles. Inverted machine.

This automatic packing cotton conveying device is characterized in that it includes a transfer cart for transporting inverted packing cotton, and a cargo receiver for sorting and accommodating the packing width on the transfer cart by a stand.

By adopting the automatic conveyance device of the present invention.

Easy weighing of packaging widths with weights from 100 to 400 k.

Since it can be transported automatically, the effects of automation and labor saving are extremely large.

The details of the present invention will be explained below based on the drawings.

The short fibers compressed into a predetermined shape are made of plastic eye 1.
A rectangular parallelepiped cm wraparound stripe is formed using fi/mu, other packaging materials, and band iron. The packing cotton 1 is extruded from the packing machine 3 by an extrusion device 21C having an air cylinder, slides on an unloading conveyor 4 having an inclined loaf, and is transferred to the loading platform 6 of the tofu versa 5. The toff parser 5 can move on a rail provided perpendicularly to the unloading conveyor 4, and has one or more loading platforms 6 for accommodating packing materials. After confirming that it has been transferred to the timer or extrusion device loading platform, the tofu parser 5 is moved to a position where the center of the packing cotton on the traverser loading platform 6 and the center of the transfer tray 7 match.

Move to the transfer position. After confirming that the transfer position, that is, the traverser loading platform 6 is at the position of the transfer pusher 7,
The transport cart 9 installed on the side of the weighing Sa moves on the rails installed parallel to the rail μ of the tofu burner, stops at the position of the tofu bar on the m-color striped loading platform, and then moves to the transfer butt. From 7tC, the packing cotton is transferred from the traverser platform 6 to the transport vehicle 9.
pushed upwards. After confirming that the material has been transferred to the SI wrapped striped carrier, the carrier 9 moves in the opposite direction (left direction in FIG. 1) and returns to its original position.

In this case, when the carriage 9 is moving to transfer the packing width from the traverser loading platform 6, or when it is moving to a position during the period with packing cotton transferred from the traverser loading platform 6, Even if it is confirmed that there is a new packing cotton on another traverser loading platform 6c, the transport vehicle 9 ignores the signal and continues the moving operation. The transport cart 9 moves to a position cm during the packing period, and the transfer device 10 weighs the packing cotton from the top of the transport cart! After finishing the # carpet to I8, the machine moves to the position of the traverser loading platform 6 holding the packing cotton.

If the tofu parser 5 has two or more loading platforms 6, the packing cotton can be transferred to other loading platforms of the tofu parser even if the arrival of the transport cart 9 is delayed due to the transportation of the packing cotton from another packing machine. This is preferable because it is not necessary to stop the packing machine from packing.

As shown in FIG. 2, the transfer device 10 is pulled by a chain 11, and has a push-out arm 15.degree. It is composed of pillars 15. Extrusion surface 1
3, when the packing cotton is pushed to the center position of the measuring instrument 8 and weighed, if the extrusion arm and the packing cotton are in contact with each other, an error in needle amount will occur, so the extrusion arm 1S is once retreated. When the weighing is completed, the extrusion arm moves forward again and transfers the baled cotton to the inverter 16. By using the push-out arm 13, the operation of moving the packing cotton 7 to the scale 8 is extremely slow and smooth, so there is no failure of the scale #8 due to impact or the like.

In the above delivery process, the packing cotton 1, which was conveyed with its longitudinal direction horizontally 1, is turned vertically by an inverter 16 to facilitate handling in the subsequent process and to save storage space. The inverted machine 16 is.

An L-shaped loaf conveyor is installed and an air cylinder is used to
° Stand the packing cotton upright by turning it.

The packing cotton 1 on the inverter 16 is transferred from the busher 171 to the transfer cart 18. The transfer cart 18 travels to an unloading position corresponding to the brand of the loaded cotton 1, and the cotton 1 is unloaded and transferred to the receiving platform 20 by the pusher 19Ic. A plurality of receiving tables 20 are installed so that the packing cotton can be divided by production brand, and since it consists of a loaf conveyor, when the unloading pusher 19 is operated, the packing cotton 1 is lined up and the receiving table 2 Ut is installed. Packing cotton 1
will be stored.

As mentioned above, the automatic packing cotton conveying apparatus of the present invention does not require a pallet, can be automated, and can be said to be extremely effective.

[Brief explanation of the drawing]

FIG. 1 is a plan view showing an embodiment of the present invention. FIG. 2 is an explanatory diagram of a transfer device used in the automatic packing cotton conveyance device of the present invention. Explanation of symbols 1: Packing cotton, 2: Extrusion device, 5: Packing machine. 4: Unloading conveyor, 5: Tofupana. 8: Weighing instrument, 92 transport cart, 10: Transfer device. 16: Inverted machine, 18: Transfer trolley, 20: Receiving platform Patent applicant Unitika Co., Ltd.

Claims (1)

[Claims] (1) An extrusion device that unloads the baled cotton from the packing machine and extrudes it onto a conveyor, a movable tofu parser to which the baled cotton that has slid on the unloading conveyor is transferred, and a movable tofu parser to which the baled cotton on the tofu parser is transferred and loaded. , a transport vehicle that moves between the tofu parser and the weighing machine and transports the packed cotton, a transfer device that moves the packed cotton on the transport vehicle to the scale, an inverter that turns the weighed packed cotton upside down,
1. An automatic packing cotton conveying device characterized in that a transfer cart for transporting inverted packing cotton, and a cargo receiver for sorting and storing the packing cotton on the transfer cart are constituted by a stand.