TWM604792U - Integrated device of woven bag machine - Google Patents

Abstract

This creation is related to an integrated device of a woven bag machine, especially an integrated device structure that connects a slitting machine and a flat mouth machine, so that the woven bag can perform a consistent bag-making process; it is composed of a slitting machine and A conveying platform is connected between the flat-mouth machine, and a translation device is installed under the flat-mouth machine. The conveying platform can transport the woven bag sewn by the slitting machine to the flat-mouth machine, and the woven bag in the slitting machine can be smoothly For processing in the flat-mouth machine, the translation device can adjust the displacement of the flat-mouth machine, thereby adjusting the position of the woven bag, so that the slitting machine and the flat-mouth machine can perform continuous operations on the woven bag.

Description

Integrated device of woven bag machine

This creation is to provide an integrated device for the woven bag machine, which connects the slitting machine and the flat mouth machine and adjusts the translation to ensure the smooth operation and operation of the woven bag to achieve the goal of consistent operation of the woven bag.

According to the current woven bag body manufacturing machine, in the process of completing a bag body, multiple process steps and machines are required to give the bag body more additional functions.

In the process of bag body manufacturing, multiple processes are required to complete a bag body. Therefore, the machines currently designed on the market usually require more than two machines with different functions to meet the requirements of bags with multiple functions. Therefore, there are slitting machines for sewing bottom forming, flat-mouth machines for bag opening concave folding and bonding, etc., all need to use the functions of the above-mentioned machines to meet customer needs; although the above-mentioned various machines can meet the processing of general woven bags , But in order to give more additional functions to the bag body, it needs to be wheeled between multiple machines. The handling process will consume manpower and time. Usually the bag body is manufactured in large quantities to save costs, but the middle wheel is The loss of this will be able to consume the cost saved. In this case, it is necessary to propose specific improvement plans to meet the needs of industrial progress and further provide users with more choices.

The main purpose of this creation is to provide an integrated device for the woven bag machine. The manufacturing of bags for decision-making requires the consumption of the machine wheel system to implement the connection and displacement adjustment between the machines, so as to achieve the goal of uniform bag manufacturing.

In order to achieve the above goals, the technical means and schemes adopted in this creation are as follows:

This is an integrated device for a woven bag machine. A conveying platform is connected between the slitting machine that sews the bottom forming bag body and the flat mouth machine that is concavely folded and bonded to the formed bag body, and a translation is provided under the flat mouth machine The device includes a frame located below the leveling machine, two rails arranged on the frame, fixed on the multiple bases of the leveling machine and each embedded on the track, and two ends are pivoted on the screw of the leveling machine , And a convex seat with one end screwed on the screw, and the convex seat base is fixed on the frame; therefore, the conveying platform can convey the bag body of the sewing machine to the leveling machine, and then use the translation device to drive the leveling The machine is displaced to adjust the position of the bag body for the flat-mouth machine, so that the bag body can be directly processed after the bag body is transported to the flat-mouth machine.

The above-mentioned conveying platform is provided with a pressing wheel, which can press the bag body in operation to prevent displacement caused by the influence of external force.

The surface of the conveying platform is recessed with a pulley, one end of which is fixed on the conveying platform, and the other end is sleeved on the rod of the leveling machine, so that the rod can be slid.

The above-mentioned screw and track are arranged in parallel to ensure that they can operate in the same direction.

(1): Cutting machine

(2): Flat mouth machine

(21): Rod body

(3): Shipping platform

(31): Pressure wheel

(32): Pulley

(4): Translation device

(41): Frame

(42): Orbit

(43): Seat

(44): Screw

(45): Convex seat

(A): Bag body

Figure 1: A schematic diagram of the side view of each device integrated in this creation.

Figure 2: A schematic side view of this creative delivery platform.

Figure 3: A schematic side view of this creative translation device.

Figure 4: A schematic top view of each device integrated in this creation.

Figure 5: A schematic top view (1) of the actions implemented by each device in this creation.

Figure 6: A schematic top view (2) of the actions performed by each device in this creation.

The following will illustrate the spirit and method of this creation with illustrations and detailed explanations. Anyone with ordinary knowledge in the technical field can change and modify the techniques taught in this creation after understanding the best embodiment of this creation. It does not deviate from the spirit and scope of this creation.

Please refer to the first to third pictures, this creation is an integrated device for a woven bag machine, which is a slitting machine (1) that sews the bottom forming bag body and a flat-end machine ( 2) A conveying platform (3) is inter-connected, and a pressing wheel (31) is arranged on the conveying platform (3), which can press the bag (A) in operation to prevent displacement due to the influence of external force; The surface of the platform (3) is recessed with a pulley (32), one end of which is fixed on the conveying platform (3), and the other end is sleeved on the rod (21) of the leveling machine (2) to make the rod (21) Can be implemented as sliding. A translation device (4) is provided under the leveling machine (2), which includes a frame (41) located below the leveling machine (2), and two rails (42) arranged on the frame (41), It is fixed to the plurality of seats (43) of the leveling machine (2) and each is embedded on the rail (42), two ends are pivoted to the screw (44) of the leveling machine (2), and one end is screwed to the screw (44) The convex seat (45) on the ), the bottom of the convex seat (45) is fixed on the frame (41); and the screw (44) and the rail (42) are arranged in parallel.

Please refer to Figures 4-6. During implementation, the bag body (A) is sewn by the slitting machine (1) to form the bottom, and then the bag body (A) is removed by the belt pulley (32) on the conveyor platform (3). Transport to the flat mouth machine (2), during which the pressure roller (31) can resist the bag body (A) for smooth operation, and the flat mouth machine (2) can adjust the size of the bag body (A) before pre-operation The position of the flat mouth machine (2) is adjusted to match the position of the flat mouth machine (2) for bag body (A) processing, and the bag body (A) of the slitting machine (1) is transported to the flat mouth machine (2) The bag body (A) can be processed directly.

When the leveling machine (2) wants to use the translation device (4) to adjust the displacement, firstly the rotating screw (44), and one end of the convex seat (45) is screwed on the screw (44), and its bottom is fixed to On the frame (41), when the screw (44) rotates, it rotates forward or backward on one end of the convex seat (45), and the leveling machine (2) of the screw (44) rotates forward or backward. The displacement is matched with the track (42) on the fixed base (43) of the leveling machine (2) and the frame (41), which can assist the displacement operation of the leveling machine (2) to match the screw (44) Sliding in the direction of rotation to reduce the advantage of screw (44) rotation and achieve the purpose of facilitating adjustment.

(1): Cutting machine

(2): Flat mouth machine

(3): Shipping platform

(4): Translation device

Claims (4)

An integrated device of a woven bag machine. A conveying platform is connected between a slitting machine that sews the bottom forming bag body and a flat mouth machine that folds and bonds the pockets of the formed bag body, and a translation device is provided under the flat mouth machine , It includes a frame located below the leveling machine, two rails arranged on the frame, fixed on the multiple bases of the leveling machine and each embedded on the track, two ends are pivoted on the screw of the leveling machine, And a convex seat with one end screwed on the screw, and the convex seat base is fixed on the frame; therefore, the conveying platform can transport the bag body of the sewing machine to the leveling machine, and then use the translation device to drive the leveling machine Make the displacement to make it adjust to the position of the bag body processing by the flat mouth machine, so that the bag body can be directly processed after the bag body of the cutting machine is transported to the flat mouth machine. For example, the integrated device of the woven bag machine described in item 1 of the scope of patent application, wherein a pressure roller is provided on the conveying platform, which can press the bag body in operation to prevent displacement caused by external force. As for the integrated device of the woven bag machine described in the first item of the patent application, the surface of the conveying platform is recessed with a pulley, one end of which is fixed on the conveying platform, and the other end is sleeved on the rod of the flat mouth machine to make it The rod body can be implemented as sliding. For the integrated device of the woven bag machine described in the first item of the patent application, the screw and the track are arranged in parallel to ensure that the two can operate in the same direction.

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