TWM574593U - Equipment for externally packaging flexible handle - Google Patents

Abstract

A soft handle outer sealing processing device, comprising a feeding mechanism for storing and conveying a bag body preparation; a force leveling mechanism disposed after the discharging side of the feeding mechanism, the tension leveling mechanism adjusting the bag body a conveying tension of the preparation; at least one tear line generating device is disposed in contact with the bag body preparation, the tear line generating device generates a tear line on the bag body preparation; a tape covering mechanism is disposed on the On one side of the bag preparation, the tape covering mechanism is adhered to a surface of the bag body by a tape; the two-hand processing mechanism is disposed behind the discharge side of the tension leveling mechanism, and the two handles The processing mechanism is separately disposed on both sides of the bag body feeding conveyance, and each of the handle processing mechanisms on the two sides separately performs processing on the other surface of the bag body to prepare a handle; a power transmission mechanism is disposed on the two After the handle processing mechanism, the power transmission mechanism transports the bag body preparation forward or backward; a bag body folding mechanism is disposed behind the discharge side of the power transmission mechanism, The pouch shall preparation bag folding means for folding semifinished bag, is formed. Therefore, the creation of the soft handle outer sealing processing equipment can simplify the process (process), increase the manufacturing speed, thereby increasing the yield and product yield, and achieving the effect.

Description

Soft handle outer sealing processing equipment

This creation is a processing device for a bag body, especially a soft handle outer sealing processing device for a bag body.

Common bag bodies, such as plastic bag bodies, paper bags or other bag bodies with accommodating and packaging functions, are essential items in daily life. And the bag body is usually provided with a pullable strap grip for the user to carry.

In this technical solution, as shown in the first figure, a conventional bag body 1 is disclosed, and the belt body grip 10 of the bag body 1 can be manually used for manufacturing, and the two belt grips 10 are fixed (adhesive). Solid on the bag body 1. Therefore, the bag body 1 manufactured by hand is slow in manufacturing speed, and the (hand) process is cumbersome, and the fixing between the band grip 10 and the bag body 1 is manually (manual), and it is easy to make the two belts grip. The asymmetry of 10 causes the product to be flawed. In addition, the two-belt grip 10 is disposed on the inner surface of the bag, which is commonly used in the manufacturing process. Since the two-belt grip 10 is attached to the same side of the bag body 1, it is easy to form a two-belt body when using thermocompression bonding. The grips 10 or between the two grips 10 and the thermocompression seals of the pouch 1 are adhesively sealed. Therefore, when the pouch 1 is used, the pouch cannot be spread out and accommodated. Used in packaging, with poor finished products.

Therefore, how to design a handle sealing processing device that can simplify the process (process), increase the manufacturing speed, and thereby increase the yield and product yield is a problem to be solved.

In view of the use of the application, this creation aims to solve and improve the problems and defects of the application.

In order to achieve the above object, the present invention provides a soft handle outer sealing processing device, comprising: a feeding mechanism for storing and conveying a bag body preparation; and a force leveling mechanism disposed behind the discharging side of the feeding mechanism The tension leveling mechanism adjusts the conveying tension of the bag body preparation; at least one tear line generating device is disposed to contact the bag body preparation, and the tear line generating device generates a tear line on the bag body preparation; a tape covering mechanism is disposed on one side of the bag body preparation, the tape covering mechanism is adhered to a surface of the bag body preparation by a tape; the two-handle processing mechanism is disposed on the tension leveling mechanism After the discharge side, the two-handle processing mechanism is separately disposed on both sides of the bag body preparation conveyance, and the handle processing mechanisms on both sides are separately processed on the other surface of the bag body to prepare a handle; a power transmission mechanism is disposed after the two-handle processing mechanism, and the power transmission mechanism transmits the bag body preparation material to advance or retreat; a bag body folding mechanism is provided After the discharge side to the power transmission mechanism, the bag body to be the bag folding means for folding stock, semi-finished products to form a bag body.

Preferably, the method further comprises at least one force support rod disposed between the discharge side of the tension leveling mechanism and the two-handle processing mechanism, wherein the tension support rod performs tension flattening on the bag body preparation.

Preferably, the first buffer adjustment mechanism is disposed between the discharge side of the tension leveling mechanism and the two-handle processing mechanism, and the first buffer adjustment mechanism performs the conveying of the bag body. Buffer adjustment.

Preferably, the method further includes a second tension support bar disposed on the two handles The front end or the rear end of the processing mechanism, the second tension support rod performs tension flattening on the bag body preparation.

Preferably, the movable roller mechanism is disposed between the two-handle processing mechanism and the power transmission mechanism, and the movable roller mechanism performs front-back position adjustment of the bag body preparation.

Preferably, the second buffer adjustment mechanism is disposed between the discharge side of the power transmission mechanism and the bag body folding mechanism, and the second buffer adjustment mechanism performs the conveying of the bag body. Buffer adjustment.

Preferably, the third tension support rod is disposed between the discharge side of the power transmission mechanism and the bag body folding mechanism, and the third tension support rod performs tension flattening on the bag body preparation.

Therefore, the creation of the soft handle outer sealing processing equipment can simplify the process (process), increase the manufacturing speed, thereby increasing the yield and product yield, and achieving the effect.

[Use]

1‧‧‧ bag body

10‧‧‧With body grip

[this creation]

2‧‧‧Feeding agency

21‧‧‧ bag preparation

211‧‧‧Dream line

3‧‧‧ Tension leveling mechanism

31‧‧‧ rod body

4‧‧‧Tear line generator

5‧‧‧ Tape Covering Mechanism

51‧‧‧ Tape

6‧‧‧Hand processing mechanism

7‧‧‧Power transmission mechanism

8‧‧‧ bag body folding mechanism

81‧‧‧ triangular or triangular (flat) frame

82‧‧‧ rod body

91‧‧‧Tension support rod

92‧‧‧First buffer adjustment mechanism

921‧‧‧Frame

922‧‧‧ rod body

923‧‧‧Cylinder device

924‧‧‧ Telescopic rod

925‧‧‧ shaft

926‧‧‧ sensor

93‧‧‧Second tension support rod

95‧‧‧Active roller mechanism

96‧‧‧Second buffer adjustment mechanism

97‧‧‧ Third tension support rod

100‧‧‧Handle

200‧‧ ‧ bag body semi-finished products

300‧‧‧The finished product

400‧‧‧ oblique side

The first figure is a schematic view of the structure of a conventional bag (including a body grip).

The second drawing is a schematic structural view of a preferred embodiment of the present invention.

The third figure is a schematic diagram of the processing of the bag body preparation by the tear line generating device of the preferred embodiment of the present invention.

The fourth figure is a plan view of the handle processing mechanism of the preferred embodiment of the present invention, and the handle processing of the bag body preparation.

The fifth figure is the (first or second) buffer adjusting mechanism of the preferred embodiment of the present invention, and the detailed structure and action diagram of the cushioning adjustment for the conveyance of the bag body preparation.

The sixth figure is the bag body folding mechanism of the preferred embodiment of the present invention, which folds the bag body preparation material and forms a detailed structure and action diagram of the bag body semi-finished product.

The seventh drawing is a schematic structural view of the finished bag body of the preferred embodiment of the present invention.

In order for your review board to have a clear understanding of the content of this work, please refer to the following examples with diagrams and symbols, please refer to it.

Referring to the second figure, the present invention provides a soft handle outer sealing processing apparatus, comprising: a feeding mechanism 2, a force flattening mechanism 3, two tear line generating devices 4, a tape covering mechanism 5, and two The handle processing mechanism 6, a power transmission mechanism 7, a bag folding mechanism 8, a plurality of tension support rods 91, a first buffer adjustment mechanism 92, a second tension support rod 93, a movable roller mechanism 95, and a second The buffer adjustment mechanism 96 and a third tension support rod 97.

In the process of making the bag body, the feeding mechanism 2 stores and transports a bag body preparation 21, and the tension leveling mechanism 3 is disposed on the discharge side of the feeding mechanism 2, and the tension leveling mechanism 3 adjusts the bag body. The tension of the stock 21 is conveyed, and the bag preparation 21 is conveyed. In the present embodiment, the tension leveling mechanism 3 is mainly composed of a plurality of rod bodies 31 and a frame body of the processing apparatus (not shown in the frame). Further, as shown in the third figure, the two tear line generating devices 4 are disposed on the two outer peripheral sides of the bag body preparation 21 and distributed on the bag body preparation 21, and the two tear line generating devices 4, which is fixed by the rod body on the processing equipment (not shown), and therefore, the individual tear line generating device 4 generates two tear lines 211 on the bag body preparation 21. Preferably, the tear line generating device 4 can be a rotating blade or a similar functional device having serrations or needles.

Further, as shown in the fourth figure, the tape covering mechanism 5 is disposed on one side of the bag body preparation 21, preferably on the lower side of the bag body preparation material 21, and the tape covering mechanism 5 by adhering a tape 51 to the lower surface of the bag preparation 21. In this embodiment, the adhesive tape 51 can be formed by a adhesive tape body and a cover layer (protective layer) or a coating adhesive layer and a cover layer (protective layer). The tape reeling mechanism 5 can be a roller mounted on the processing device, and the tape 51 can be Double-sided adhesive.

In addition, when the bag preparation 21 is transported to the processing portion of the handle, the two-hand processing mechanism 6 is disposed behind the discharge side of the tension flattening mechanism 3, and the two-hand processing mechanism 6 is separately disposed on the bag preparation 21 The two outer sides, preferably located above, further or simultaneously, the two outer handle processing mechanisms 6 are separately processed on the other upper surface of the bag body preparation 21 to form two handles 100, in this embodiment The two handles 100 are soft handles, and the detailed structure and operation principle of the handle processing mechanism 6 can be referred to the technical content of the "semi-automatic bottom sealing bag soft handle sealing machine" disclosed in the Republic of China Patent Publication No. 260099. No longer. The power transmission mechanism 7 is disposed after the two-handle processing mechanism 6, and the power transmission mechanism 7 conveys the entire bag body preparation 21 forward or backward (controlling the size of the bag body preparation 21, the position and distance of the conveyance), preferably The power transmission mechanism 7 can be composed of a (servo) motor, a gear, and a plurality of rollers.

Further, after the bag body folding mechanism 8 is disposed on the discharge side of the power transmission mechanism 7, the bag body folding mechanism 8 folds the bag body preparation material 21 to form the bag body semi-finished product 200. Preferably, the bag-folding mechanism 8 can be a triangular plate or a triangular (flat) frame 81 and is formed by a plurality of rods 82. The principle of operation is first through a triangular plate or a triangular (flat) frame. 81. The bag body preparation material 21 is folded in half, and the folded bag body preparation material 21 is inserted between the respective rod bodies 82 (here, semi-automatic operation, manual operation is required). Further, the bag semi-finished product 200 is further subjected to subsequent thermal pressing and cutting to further form the finished bag body 300 shown in FIG. 7 , and therefore, the finished bag body 300 can have two handles 100, tear lines 211 on both sides, tape 51, and a beveled edge 400 that is thermocompression bonded.

Therefore, the creation of the soft handle outer sealing processing equipment can simplify the process (process), increase the manufacturing speed, and thus increase the yield and product yield, and achieve the effect.

Further, in order to improve the product yield, each of the tension support rods 91 is disposed between the discharge side of the tension leveling mechanism 3 and the two-handle processing mechanism 6, and each of the tension support rods 91 performs the conveyance. The bag preparation 21 is used for tension flattening. The second tension support rod 93 is disposed at the front end or the rear end of the two-hand processing mechanism 6, and the second tension support rod 93 performs tension flattening on the bag preparation 21. The third tension support rod 97 is disposed between the discharge side of the power transmission mechanism 7 and the bag body folding mechanism 8, and the third tension support rod 97 performs tension flattening on the bag body preparation 21.

Further, the movable roller mechanism 95 is disposed between the two-handle processing mechanism 6 and the power transmission mechanism 7, and the movable roller mechanism 95 performs position adjustment before and after the conveyance of the bag preparation 21. In this embodiment, the movable roller mechanism 95 can specifically perform functions of adjusting the height position by, for example, rotating a handle, a screw and a gear (not shown). Thereby, the height position of the movable roller mechanism 95 can be adjusted according to the length dimension or actual demand of the (plastic) bag body product, so that the creation can be provided in the production, and the function of assisting monitoring or checking whether the material preparation position is correct is provided.

Further, as shown in the fifth figure, the first buffer adjustment mechanism 92 is disposed between the discharge side of the tension leveling mechanism 3 and the two-handle processing mechanism 6, and the first buffer adjustment mechanism 92 is The adjustment of the conveyance of the bag preparation 21 is performed.

Similarly, the second buffer adjustment mechanism 96 is disposed on the power transmission mechanism 7 Between the discharge side and the bag body folding mechanism 8, the second buffer adjustment mechanism 96 adjusts the conveyance of the bag body preparation 21 by buffer.

In this embodiment, the first buffer adjustment mechanism 92 may specifically be a frame 921, a plurality of rod bodies 922, a cylinder device 923, and a shaft 925. The principle of operation is based on the shaft 925 as a central axis. And by the telescopic rod 924 of the cylinder device 923, the frame 921 and each of the rod bodies 922 are driven together on one side to swing up and down (the sensor 926 can be configured to detect the swing), so that the bag body preparation 21 can be prepared. The effect of storage, buffering, and accumulation is generated on the first buffer adjustment mechanism 92. The second buffer adjustment mechanism 96 is the same as the first buffer adjustment mechanism 92, and will not be described herein.

The above discussion is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention; therefore, the equivalent shapes, configurations, or combinations that are made without departing from the spirit and scope of the present invention are It should be covered by the patent application scope of this creation.

Claims (7)

A soft handle outer sealing processing device, comprising: a feeding mechanism for storing and conveying a bag body preparation; a force leveling mechanism disposed after the discharging side of the feeding mechanism, the tension leveling mechanism adjusting the bag The conveying tension of the body preparation; at least one tear line generating device is disposed to contact the bag body preparation, the tear line generating device generates a tear line on the bag body preparation; a tape covering mechanism is disposed on the One side of the bag body preparation, the tape covering mechanism is adhered to a surface of the bag body preparation by a tape; the two-handle processing mechanism is disposed behind the discharge side of the tension leveling mechanism, and the two The handle processing mechanism is separately disposed on two sides of the bag body feeding conveyance, and each of the handle processing mechanisms on the two sides separately performs processing on the other surface of the bag body to prepare a handle; a power transmission mechanism is disposed on the handle After the two-handle processing mechanism, the power transmission mechanism feeds the bag body preparation forward or backward; a bag body folding mechanism is disposed behind the discharge side of the power transmission mechanism The pouch The pouch shall preparation folding means for folding semifinished bag, is formed. The soft handle outer sealing processing apparatus according to claim 1, further comprising at least one force support rod disposed between the discharge side of the tension leveling mechanism and the two-handle processing mechanism, the tension The support rod performs tension flattening on the bag body preparation. The soft handle outer sealing processing apparatus according to claim 1, further comprising a first buffer adjusting mechanism disposed between the discharge side of the tension leveling mechanism and the two-handle processing mechanism, The first buffer adjustment mechanism adjusts the buffer for the conveyance of the bag stock. The soft handle outer sealing processing device according to claim 1, wherein the method further comprises A second tension support rod is disposed at the front end or the rear end of the two-handle processing mechanism, and the second tension support rod performs tension flattening on the bag body preparation. The soft handle outer sealing processing apparatus according to claim 1, further comprising a movable roller mechanism disposed between the two-handle processing mechanism and the power transmission mechanism, wherein the movable roller mechanism performs the bag The front and rear position of the body preparation is adjusted. The soft handle outer sealing processing device of claim 1, further comprising a second buffer adjustment mechanism disposed between the discharge side of the power transmission mechanism and the bag body folding mechanism, The second buffer adjustment mechanism buffer adjusts the conveyance of the bag preparation. The soft handle outer sealing processing apparatus according to claim 1, further comprising a third tension support rod disposed between the discharge side of the power transmission mechanism and the bag body folding mechanism, The third tension support rod performs tension flattening on the bag body preparation.