CN205131742U - Modular tobacco leaf baling press - Google Patents

Abstract

The utility model belongs to the technical field of tobacco equipment, concretely relates to modular tobacco leaf baling press. The utility model discloses a modular tobacco leaf baling press is by weighing module (1), workbin moving mechanism (2), dibit workbin (3), packing apparatus (4), removal frame (5), discharge mechanism (6), support frame (7) constitution, its relation of connection does: weighing module (1) is arranged in and is supported frame (7) below, and all install on supporting frame (7) workbin moving mechanism (2), dibit workbin (3), packing apparatus (4), baling press moving mechanism (5), discharge mechanism (6), supports frame (7) and installs in removing frame (5) top through weighing module (1). The utility model has the advantages of: A. Simple structure, easy and simple to handle, B. Remove in a flexible way, C. Effectively improve labor efficiency, reduce intensity of labour, shorten the operating time of tobacco leaf purchasing station.

Description

Combined Tobacco Leaf Baler

Technical field:

The utility model belongs to the technical field of tobacco equipment, in particular to a combined tobacco leaf packing machine.

Background technique:

The purchase of flue-cured tobacco is mainly based on the purchase station as the basic unit. The tobacco leaf purchase station purchases the tobacco leaves from the tobacco farmers and packs them with hemp flakes. According to the allocation plan, the packed tobacco leaves are sent to the warehouse or re-curing factory. Since each tobacco station is located in a town where flue-cured tobacco planting is relatively concentrated, the quantity of flue-cured tobacco purchased is relatively large, and the tobacco leaves need to be packaged in time after purchase. At present, the tobacco leaf purchasing station mainly relies on manual packing of tobacco leaves by weight. After the tobacco leaves are packed, they are manually sewn into bags. The packing process is scattered and the site is relatively messy. The amount of labor is large, the labor intensity is high, and the labor efficiency is low, resulting in long working hours.

At present, in this technical field, although there are some packing technologies, they only solve the problem of packing, and do not solve the problems of large labor consumption, high labor intensity and low labor efficiency. The utility model invents a packing machine, which adopts a new Technology and process, improve production efficiency and reduce labor intensity.

Through document retrieval, do not see the public report identical with the utility model.

Utility model content:

The purpose of the utility model is to overcome the deficiencies of the prior art, invent a combined baler, adopt new technology and process, improve production efficiency and reduce labor intensity.

As shown in the accompanying drawings, the combined tobacco leaf packing machine of the present utility model consists of a weighing module (1), a feed box moving mechanism (2), a double-position feed box (3), a packing device (4), and a mobile frame ( 5), the discharge mechanism (6) and the support frame (7); the connection relationship is: the weighing module (1) is placed under the support frame (7), the material box moving mechanism (2), the double-position material The box (3), packing device (4), packing machine moving mechanism (5), and discharging mechanism (6) are all installed on the support frame (7), and the support frame (7) is installed through the weighing module (1) above the mobile frame (5). Wherein: the weighing module (1) weighs and displays the weight of the packaged tobacco leaves in the hopper, the hopper moving mechanism (2) reciprocates the double-position hoppers (3) to both sides, and the packing device (4) moves the tobacco leaves in the hopper Tobacco leaves are packaged, and the discharge mechanism (6) pushes out the packaged tobacco leaves in the hopper laterally from the hopper.

The working principle of the utility model is as follows: the tobacco leaves are manually placed in a bin of the double-position material box (3), and the weight is weighed by the weighing module (1). When the weight of the tobacco leaves reaches the specified weight, the material box moving mechanism (2) Move the two-position hopper (3) to the other side, the silo that has been filled with tobacco leaves is located under the packaging device (4), and the other silo can be manually loaded, at this time the packaging device (4) Pack the tobacco leaves in the full material silo. After the packing is completed, the packed tobacco leaf packs will be pushed out of the silo by the discharge mechanism (6), and the pre-sewn sacks will be manually connected at the discharge port to complete the process. sewing bag. When the tobacco leaves in the full material silo are discharged, the empty material silo has been filled with tobacco leaves of a specified weight by the loading workers, and the material box moving mechanism (2) will move the full material silo worker in the double-position material box (3) The position moves to below the packing device (4), and after packing, the tobacco leaf pack after packing is pushed out of the silo by the discharge mechanism (6), so the reciprocating cycle.

The combined tobacco leaf packing machine of the utility model adopts products or materials purchased on the market, and is prepared according to a conventional method.

The advantages of the utility model are:

a. Simple structure and easy operation;

b. The equipment occupies a small area and can be moved flexibly, which is convenient for moving and packing tobacco leaves in the warehouse section of the tobacco leaf purchasing station;

c. Effectively improve labor efficiency and reduce labor intensity; shorten the working hours of tobacco leaf purchasing stations.

Description of drawings:

Fig. 1 is a schematic diagram of the external structure of the utility model.

Fig. 2 is a schematic cross-sectional view of the structure center of the utility model.

Fig. 3 is a top view of the device of the present invention.

detailed description:

The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the accompanying drawings. The combined tobacco leaf packing machine of the utility model adopts products or materials purchased on the market, and is prepared according to a conventional method.

Example 1:

As shown in the figure, the tobacco leaf baler of the present utility model is composed of a weighing module 1, a material box moving mechanism 2, a double-position material box 3, a packing device 4, a moving frame 5, a discharging mechanism 6, and a supporting frame 7. The connection relationship is: the weighing module 1 is placed under the supporting frame 7, the material box moving mechanism 2, the double-position material box 3, the packing device 4, the packing machine moving mechanism 5, and the discharging mechanism 6 are all installed on the supporting frame 7, the support frame 7 is installed above the mobile frame 5 through the weighing module 1. Wherein: the weighing module 1 weighs and displays the weight of the packaged tobacco leaves in the hopper, the hopper moving mechanism 2 reciprocates the double-position hopper 3 to both sides, the packing device 4 packs the tobacco leaves in the hopper, and the discharge mechanism 6 will Packed tobacco leaves in the feed box are pushed out of the feed box laterally.

The combined tobacco leaf packing machine of the utility model adopts products or materials purchased on the market, and is prepared according to a conventional method.

The working process of the combined tobacco leaf packing machine of the present utility model is as follows:

The tobacco leaves are manually placed in a bin of the double-position material box 3, and weighed by the weighing module 1. When the weight of the tobacco leaves reaches the specified weight, the material box moving mechanism 2 moves the double-position material box 3 to the other side, The silo that has been filled with tobacco leaves is located below the packaging device 4, and the other hopper can be manually loaded. At this time, the packaging device 4 packs the tobacco leaves in the full material silo. The packaged tobacco leaf packs are pushed out of the silo, and the pre-sewn sacks are manually connected at the discharge port to complete the sewing. When the tobacco leaves in the full material bin are discharged, the empty material bin has been filled with tobacco leaves of a specified weight by the loading workers, and the material box moving mechanism 2 moves the full material bin station in the double-position material box 3 to the packaging position. Below the device 4, after the packing device 4 packs the tobacco leaves in the full material silo, the packed tobacco leaf packs are pushed out of the hopper by the discharge mechanism 6, and the reciprocating cycle is like this.

The specific embodiment shows: the utility model fully meets the design requirements. Not only is the structure simple, easy to operate, and flexible to move; it can also effectively improve labor efficiency, reduce labor intensity, and shorten the working hours of the tobacco leaf purchasing station.

Claims (1)

1. A combined tobacco leaf baler is characterized in that this combined tobacco leaf baler consists of a weighing module (1), a feed box moving mechanism (2), a double-position feed box (3), a packing device (4), and a mobile The frame (5), the discharge mechanism (6), and the support frame (7) are composed; the connection relationship is: the weighing module (1) is placed under the support frame (7), the material box moving mechanism (2), The double-position material box (3), the packing device (4), the packing machine moving mechanism (5), and the discharging mechanism (6) are all installed on the support frame (7), and the support frame (7) passes through the weighing module ( 1) Installed above the mobile frame (5).