TW201800321A - Transformation mechanism used in zero-waste manufacturing method of grip bag capable of simultaneously manufacturing the first bag and the second bag while meeting the requirements of eco-friendliness and carbon reduction without producing any waste materials - Google Patents

Abstract

The present invention relates to a transformation mechanism used in zero-waste manufacturing method of grip bag, comprising a fixed platform, a first transformation platform, and a second transformation platform. The top surface area of the fixed platform is matched with the bag body area of the first bag excluding the grip straps and the bundling straps thereon, the first transformation platform whose top surface area is matched with the bag body area of a second bag semi-finished product along with the grip straps and the bundling straps thereon, the second transformation platform which can be flipped horizontally so that the top surface thereof corresponds to the top surface of the first transformation platform, in order to make the suction holes on the platforms only perform air suction for a half portion of the second bag semi-finished product after co-holding the second bag semi-finished product, and when the second transformation platform is flipped back to the horizontal state, the two bundling straps of the second bag semi-finished product and any two corresponding grip straps are arranged in a state of being correspondingly pasted onto each other.

Description

Transforming mechanism used in zero waste production method with handle bag

The invention is a turning mechanism, especially a turning mechanism used in a zero waste manufacturing method with a handle bag. The turning mechanism can complete a first sealing and cutting operation in the manufacturing method, and a After a first bag and a second bag semi-finished product are formed on the flat bag material with a containing space, a transformation operation is performed on the second bag semi-finished product, so that the manufacturing method can perform a second sealing on the second bag semi-finished product. Cooperation industry to form a second bag, so that the entire production process will not generate waste at all, or only a small amount of waste, so it can completely or substantially eliminate the resources required to recycle and reuse such waste, and then realize from the source The goal of energy saving and environmental protection.

In recent years, with the increasing awareness of environmental protection, although plastic bags have been banned in cities in many countries around the world, in fact, most other countries and cities still use plastic bags widely, and their fields include packaging pharmaceuticals, personal Nursing supplies and food, therefore, environmental protection problems caused by plastic bags always exist; after all, plastic bags made of petrochemical products, in addition to the characteristics of pollution during the manufacturing process, will not naturally rot, but also cause waste pollution problems, Not only will the gutters be blocked, but fish will also be swallowed to death; if the temperature is insufficient and the incineration is incomplete during incineration, dioxin will be produced, which will have a great impact on human health. However, if the government excessively restricts the use of plastic bags, and businesses and the public switch to paper bags, it does not mean that they are environmentally friendly, because paper products consume more energy than plastic when they are manufactured, and also cause environmental burdens. Moreover, for papermaking Cutting down trees will cause ecological catastrophe.

According to the fact, every time the world ’s industry produces a plastic bag with a handle, it will produce about 1/6 ~ 1/5 of the central waste and side waste. Here, Taiwan uses about 20 billion plastic bags a year. For example, about 33 to 4 billion plastic bags of waste are also created every year. Although these wastes can be recycled, the resources consumed each year to recover and reuse these wastes (including: (Costs of manpower, time and energy) are also considerable and cannot be ignored. In view of this, the inventor once thought that in the production of the source of these handle bags, the production method is completely free of waste, or only a small amount of waste is generated, in order to completely or substantially eliminate the consumption required when recycling such waste Resources, and from the root to achieve the goal of energy conservation and environmental protection, and accordingly developed a "zero waste production method with handle bag", and has applied for a patent.

Please refer to Figure 1. The "Zero Waste Production Method with Handle Bags" is applied to plastic bags, paper bags or cloth bags, etc., which mainly includes the following steps: (a) first a roll bag The material 10 is erected to a production line. Alas, one end of the rolled bag material 10 is stretched to a work platform 20 in the direction of the arrow, and the rolled bag material 10 is spread on a work platform 20 to become a flat. Bag material 101, the flat bag material 101 has a hollow accommodating space 102; (b) Please refer to FIG. 1 again, using a piece of combined cutting jig 70 that can be moved up and down (in the direction of the double arrow), The flat bag material 101 is firstly sealed and cut in sequence. Among them, for bags of different materials, such as plastic bags, paper bags or cloth bags, the first sealing can be hot-pressed sealing and gluing. Or stitching, please refer to FIG. 2 to form a first bag 80 and a second bag semi-finished product 90, respectively. The first bag 80 and the second bag semi-finished product 90 are completely complementary in configuration, wherein the first The upper and lower edges of a bag 80 are sealed to form a first sealing line 802, respectively. The lower edge 80, adjacent the upper edge of the central portion and two opposite side edges were cut portion, respectively to form a first cutting line 801: (c) Please refer to Figures 1 and 2 again. After the sealing and cutting jig 70 completes the first sealing and cutting operation, the first bag 80 is adjacent to the central part of the upper edge and the two opposite sides. The edge part will be cut off, and become the four second handle straps 901 and two second binding straps 93 of the second bag semi-finished product 90, and make the first bag 80 the handle 81 and the handle shown in FIG. 3 A bag with a strap 83, the upper edge of the first bag 80 has two first handles 81 spaced apart from each other for users to hold, a first opening 82 is formed between the first handles 81, and the first opening The 82 is in communication with the receiving space 102 in the first bag 80, so that a user can hold items in the receiving space 102 through the first opening 82. The upper edge of the first bag 80 corresponds to The relative positions of the first handles 81 are respectively formed with a first binding band 83 for users to bind, so as to limit the size of the first opening 82, so that the articles contained in the accommodation space 102 cannot be easily removed from the first An opening 82 falls out; (d) Please refer to FIG. 4 to perform a turning operation. The turning operation is the second bag. The corresponding centerline portion CC on the finished product 90 is displaced in the opposite direction (as shown by the dashed arrow), so that the second binding bands 93 are in a flat state corresponding to each other, and any two corresponding second handle bands 901 is also in the state of corresponding flat stickers; (e) 后 After completing the turning operation, please refer to Figures 4 and 5, using a joint fixture (not shown) to the second bag of semi-finished products 90 executes the second sealing cooperation, so that the lower edge of the second bag semi-finished product 90 and the upper edge of any two flat handle strips 901 corresponding to each other are sealed to form a second sealing line 902;俟 After the second sealing and closing operation is completed, the second bag semi-finished product 90 becomes a finished product of the second bag 100 with a handle and a binding strap as shown in FIG. 5. The upper edge of the second bag 100 has two mutually spaced A second handle 91 is provided for the user to hold, and a second opening 92 is formed between the second handles 91, and the second opening 92 is connected with the second bag 100. The accommodating space 102 communicates with each other, so that the user can store items in the accommodating space 102 through the second opening 92. The upper edge of the second bag 100 is at a relative position corresponding to the second handles 91. A second binding band 93 is formed for users to bind to limit the size of the second opening 92, so that items contained in the accommodation space 102 cannot be easily dropped out of the second opening 92.

In this way, since the "zero waste production method with handle bag" can be sequentially passed through the first sealing and cutting operation, the turning operation and the second sealing cooperation industry, no waste is generated at all and it is in line with energy conservation. The carbon reduction requirements were raised before, and the first bag 80 and the second bag 100 were made at the same time, and the first bag 80 and the second bag 100 not only have a handle, but also have a strap, which fully meets the user's requirements. Therefore, it is indeed possible to completely eliminate the resources needed to recycle and reuse such waste materials in the production source of the handle bag, and then effectively achieve the goal of energy conservation and environmental protection from the root. However, how to successfully complete the necessary transformation operation in the "Zero Waste Production Method with Handle Bags" through a concrete and feasible transformation mechanism is an important issue to be solved by the present invention.

An object of the present invention is to provide a turning mechanism, which is applied to a zero waste manufacturing method with a handle bag (including a plastic bag, a paper bag or a cloth bag, etc.), wherein the manufacturing method can be implemented in a After the first sealing (including thermocompression sealing, gluing or sewing, etc.) and cutting operations, a first bag and a second bag semi-finished product are formed on a flat bag material containing a space, the first bag It is completely complementary in configuration to the second bag semi-finished product; the transformation mechanism is used to perform a transformation operation in the manufacturing method, and the transformation mechanism includes a work platform and a second transformation platform, wherein the work The platform includes a fixed platform and a first turning platform. The fixed platform and the first turning platform are arranged along the longitudinal direction of the working platform, and a plurality of them are respectively arranged on the top surface. Suction holes, which can perform suction operation on one side of the flat bag material spread on the work platform, so that the flat bag material can be stably positioned on the work platform; the fixed platform The area formed by the top surface of the first turning platform and the area formed by the first bag and the second bag semi-finished product are matched. The top area of the fixed platform is the first bag minus the first lifting on the first bag. The area of the bag body after the belt and the first binding belt are matched, and the top area of the first turning platform is the same as the area of the bag body of the second bag semi-finished product together with the second handle belt and the second binding belt. Matching; the second turning platform is arranged on one side of the first turning platform, the top area of the second turning platform is matched with the top area of the first turning platform, and the first turning platform The platform can be turned from a horizontal state to a state where the top surface of the first transformation platform corresponds to the top surface of the second transformation platform, so as to collectively hold the second bag semi-finished product on the first transformation platform, A plurality of suction holes are arranged on the top surface of the second turning platform Such suction holes perform suction operations can hold the second side surface of the other semi-finished products between the pouch and the second platform and Transformation Transformation of the first platform right.

Thus, in a state where the second bag semi-finished product is clamped between the second turning platform and the first turning platform, the second turning platform and the suction holes on the first turning platform Only the corresponding half of the second bag semi-finished product will be subjected to the suction operation, and the first turning platform will be turned back to the horizontal state, so that the corresponding two second straps on the second bag semi-finished product are in the Correspond to the state of flat sticking, and make any two corresponding second handle belts on the second bag semi-finished product also in the state of flat sticking to each other to complete the turning operation; 俟 After completing the turning operation, the manufacturing method can Use a binding fixture to perform a second sealing operation on the second bag of semi-finished products so that the lower edge of the second bag of semi-finished products and the upper edge of any two second handle tapes that are flat and corresponding to each other are sealed. , Forming a second sealing line respectively to make a finished product of a second bag.

According to this, the turning mechanism of the present invention can indeed smoothly connect the first sealing and The cutting operation and the second sealing and contracting business are carried out before no waste is generated at all and the energy conservation and carbon reduction requirements are met, and the first bag and the second bag are produced at the same time, and the first bag and the second bag are produced. The bag not only has a handle, but also has a strap, which fully meets the needs of users.

In order that the review committee can have a further understanding and understanding of the technical, structural features and purposes of the present invention, the embodiments are described in detail with the drawings, as follows:

10‧‧‧ roll bag material

101‧‧‧flat bag material

100‧‧‧ second bag

102‧‧‧accommodating space

20‧‧‧Working Platform

21‧‧‧Fixed platform

22‧‧‧The first transformation platform

211, 221, 301‧‧‧ Suction holes

30‧‧‧Second Transform Platform

70‧‧‧Sealed cutting fixture

80‧‧‧ first bag

801‧‧‧first cutting line

802‧‧‧First Sealing Line

81‧‧‧First mention

82‧‧‧ the first opening

83‧‧‧First Bundle

90‧‧‧Second bag semi-finished product

901‧‧‧Second Handle

902‧‧‧Second Closing Line

91‧‧‧ Second Handle

92‧‧‧ Second opening

93‧‧‧Second Bundle

C-C‧‧‧ Centerline

Figure 1 is a schematic diagram of a production line with zero waste production method; Figure 2 is a schematic diagram of the first sealing and cutting operation on a production line with zero waste production method; Figure 4 is a schematic diagram of the zero-waste manufacturing method to perform the transformation operation on the second bag of semi-finished products; Figure 5 is a schematic diagram of the second bag made of the second bag of semi-finished products after the second bag sealing operation is performed by the zero-waste manufacturing method; FIG. 7 is a schematic diagram of a transforming mechanism of the present invention; FIG. 7 is a schematic diagram of a transforming operation of the transforming mechanism of the present invention; and FIG. 8 is a schematic diagram of a returning mechanism of the transforming mechanism of the present invention.

The present invention provides a turning mechanism used in a zero waste production method with a handle bag. The turning mechanism is applied to the aforementioned "zero waste production method with a handle bag." The zero waste method is used to make plastic. Bags, paper bags or cloth bags, etc. Please refer to Figures 1 and 2 for details. The zero waste method can perform the first sealing (including heat sealing, gluing or stitching, etc.) After cutting and cutting, a first bag is formed on a flat bag material 101 containing a storage space 102 The child 80 and a second bag semi-finished product 90 are completely complementary in configuration to the first bag 80 and the second bag semi-finished product 90.

Please refer to FIG. 6, the turning mechanism is used to perform one of the turning operations in the zero-waste manufacturing method. The turning mechanism includes a working platform 20 and a second turning platform 30, wherein the working platform 20 is a combination of a fixed platform 21 and a first turning platform 22, and the fixed platform 21 and the first turning platform 22 are arranged along the longitudinal direction of the work platform 20, the fixed platform 21 and the first A plurality of suction holes 211 and 221 are respectively arranged on the top surface of the turning platform 22, and the suction holes 211 and 221 can perform suction on one side of the flat bag material 101 spread on the work platform 20 Operation so that the flat bag material 101 can be stably positioned at a predetermined position on the work platform 20; the area formed by the top surfaces of the fixed platform 21 and the first turning platform 22 is a first bag 80 and a The area formed by the second bag semi-finished product 90 is matched; the top area of the fixed platform 21 is matched with the area of the bag body after the first bag 80 deducts the first handle 81 and the first strap 83 therefrom. The top area of the first turning platform 22 and the second bag semi-finished product 90 together with the The belt 901 and the second carrying handle of the bag body with the second binding area of 93 matches.

Please refer to FIG. 6 again, the second transformation platform 30 is arranged on one side of the first transformation platform 22, and the top area of the second transformation platform 30 is the same as that of the first transformation platform 22. The top area is matched, please refer to FIG. 7, and the first turning platform 22 can be turned from a horizontal state so that the top surface of the first turning platform 22 corresponds to the top surface of the second turning platform 30. State (or the second turning platform 30 can be turned from a horizontal state to a state where the top surface of the second turning platform 30 corresponds to the top surface of the first turning platform 22) to hold the first turning platform together The second bag semi-finished product 90 on the transformation platform 22, and a plurality of suction holes 301 are arranged on the top surface of the second transformation platform 30. The suction holes 301 can be clamped on the second transformation platform. 30 and the second bag between the first turning platform 22 The other side of the semi-finished product 90 performs a suction operation.

In this way, please refer to FIG. 7 again. In a state where the second bag semi-finished product 90 is clamped between the second turning platform 30 and the first turning platform 22, the second turning platform 30 and The suction holes 301, 221 on the first turning platform 22 will only perform suction operations on the corresponding half of the second bag semi-finished product 90, and the first turning platform 22 (or the second The turning platform 30) will be turned back to the horizontal state, so that the corresponding two second binding bands 93 on the second bag semi-finished product 90 are in a flat state corresponding to each other, and any two of the second bag semi-finished product 90 are corresponding. The second handle belt 901 is also in the state of corresponding flat stickers, and the turning operation is completed; 俟 After the turning operation is completed, the zero-waste manufacturing method can use a joint fixture to the second bag of semi-finished products 90 A second sealing operation is performed, so that the lower edge of the second bag semi-finished product 90 and the upper edge of any two flat handle strips 901 corresponding to each other are sealed to form a second sealing line 902, Then, a second bag 100 with one of the second handle 91 and the second binding strap 93 was produced. Products.

According to the above, since the transforming mechanism of the present invention can smoothly connect with the first sealing and cutting operation and the second sealing and contracting business in the zero-waste manufacturing method, no waste is generated at all and it is in line with energy conservation and reduction. The carbon requirement was lifted before, and the first bag 80 and the second bag 100 were made at the same time. Please refer to FIG. 3 and FIG. 5, and make the first bag 80 and the second bag 100 not only have handles. 81, 91, still have binding straps 83, 93, which fully meet the needs of users, so it can indeed eliminate the resources required to recycle and reuse such waste materials at the production source of the handle bag, and from The root cause effectively achieves the goal of energy conservation and environmental protection.

The above description is only a preferred embodiment of the present invention. However, the present invention is not limited to this when it is actually implemented. The transformation mechanism shown in FIGS. 6 to 8 is taken as an example. Among them, The second turning platform 30 is maintained at a distance from one side of the first turning platform 22; After completing the first sealing and cutting operation on the flat bag material 101, and after forming the first bag 80 and the second bag semi-finished product 90 on the flat bag material 101, the fixed platform 21 and the first rotation The suction holes 211, 221 on the platform 22 corresponding to the first bag 80 will stop performing the suction operation on the first bag 80 in order to perform the procedure of removing the first bag 80; please refer to FIG. 6 again As shown, after the first bag 80 is removed, the first turning platform 22 together with the second bag semi-finished product 90 thereon will be laterally displaced (as shown by the dotted arrow in FIG. 6). As shown in FIG. 7, one side of the first turning platform 22 can be brought closer to the second turning platform 30. At this time, the first turning platform 22 and the second turning platform 30 can be respectively The horizontal state is reversed (as shown by the dashed arrow in Figure 7) to a vertical state, so that the first turning platform 22, the second bag semi-finished product 90, and the second turning platform 30 can be respectively connected with The fixed platforms 21 are perpendicular to each other, and the top surface of the second turning platform 30 can correspond to the top surface of the first turning platform 22, so that Hold the second bag semi-finished product 90 on the first turning platform 22; 夹持, the second turning platform 30 and the suction holes 301, 221 on the first turning platform 22 will only The corresponding half of the second bag semi-finished product 90 performs the suction operation. Finally, when the second turning platform 30 and the first turning platform 22 are respectively turned back to the horizontal state, the turning operation is completed.

Please refer to Fig. 7. After the transformation operation is completed, the zero-waste manufacturing method can use a joint fixture (not shown) to perform a second sealing cooperation on the second bag semi-finished product 90. So that the lower edge of the second bag semi-finished product 90 and the upper edge of any two second handle tapes 901 that are flat and corresponding to each other are sealed to form a second sealing line 902, respectively, and a second The finished product of the second bag 100, which is one of the handle 91 and the second binding belt 93; 嗣, the first turning platform 22 and the second turning platform 30 correspond to the suction holes 221 of the second bag 100, 301. The suction operation of the second bag 100 will be stopped to perform the procedure of removing the second bag 100. As shown in FIG. 8, after the second bag 100 is removed, the first turning platform 22 will be laterally displaced (as shown by the dashed arrow in FIG. 8) and returned to the original position to communicate with the fixed platform. 21 together form the working platform 20, and continue to implement the zero waste method repeatedly.

However, please refer to FIGS. 6 to 8 again. In another embodiment of the present invention, the second turning platform 30 can be directly brought closer to one side of the first turning platform 22 according to actual needs. And enable the second turning platform 30 (or the first turning platform 22) to be turned 180 degrees to hold the first turning platform 22 (or the second turning platform 30) together. Two bags of semi-finished products 90, or the second turning platform 30 and the first turning platform 22 can be respectively turned 90 degrees, and the second bag of semi-finished products 90 are held together; in another embodiment of the present invention, According to actual needs, the second turning platform 30 can be kept at a distance from one side of the first turning platform 22, and the second turning platform 30 can be moved in the direction of the first turning platform 22, Close to one side of the first turning platform 22, so that the second turning platform 30 (or the first turning platform 22) can be turned 180 degrees to connect with the first turning platform 22 (or the first turning platform 22) The second turning platform 30) holds the second bag semi-finished product 90 together, or enables the second turning platform 30 and the first turning platform 22 to be turned 90 degrees respectively, and Hold of the semifinished product 90 second pouch. According to this, regardless of the configuration and operation relationship between the second turning platform 30 and the first turning platform 22 in the aforementioned turning mechanism of the present invention? As long as the second turning platform 30 and / or the first turning platform 22 can be turned over, the second bag semi-finished product 90 is held together; 嗣, the second turning platform 30 and the first turning platform 22 The above suction holes 301 and 221 perform suction operations only on the corresponding half of the second bag semi-finished product 90. Finally, the second turning platform 30 and the first turning platform 22 are turned over respectively. Return to the horizontal state, so that the corresponding two second binding bands 93 on the second bag semi-finished product 90 are in a flat state corresponding to each other, and any two corresponding second handle bands 901 on the second bag semi-finished product 90 are also on each other. Corresponding flat The state to complete the transformation operation is the transformation mechanism referred to herein.

According to the above, it is only a few preferred embodiments of the present invention. However, the technical features of the present invention are not limited to this. Those skilled in the related art can easily think about the technical content of the present invention after considering the technical content of the present invention. And equivalent changes should not depart from the protection scope of the present invention.

100‧‧‧ second bag

102‧‧‧accommodating space

22‧‧‧The first transformation platform

221, 301‧‧‧ suction hole

30‧‧‧Second Transform Platform

90‧‧‧Second bag semi-finished product

901‧‧‧Second Handle

902‧‧‧Second Closing Line

91‧‧‧ Second Handle

93‧‧‧Second Bundle

Claims (7)

A turning mechanism used in a zero-waste manufacturing method with a handle bag includes a work platform including a fixed platform and a first turning platform, and the fixed platform and the first turning platform are along the working platform. It is longitudinally arranged, and a plurality of suction holes are respectively arranged on the top surface thereof. The suction holes can perform suction operation on one side of a flat bag material spread on the working platform; the fixed platform and the first The area formed by the top surface of the turning platform is matched with the area formed by a first bag and a second bag semi-finished product. The first bag and the second bag semi-finished product are completely complementary in configuration, wherein the fixed The top area of the platform matches the area of the bag body after the first bag is deducted from the first handle and the first strap, and the top area of the first turning platform and the second bag semi-finished product together with it The second handle strap and the second binding strap have a matching bag body area; and a second turning platform is arranged on one side of the first turning platform, and the top surface of the second turning platform is arranged There are multiple suction holes, the second The top area of the platform is matched with the area of the top of the first platform, and the first platform or the second platform can be turned from a horizontal state to correspond to the top surface of the first platform. In the state of the top surface of the second turning platform, the second bag semi-finished product is held together; in a state where the second bag semi-finished product is held between the second turning platform and the first turning platform , The second turning platform and the suction holes on the first turning platform will only perform suction operations on the corresponding half of the second bag semi-finished product, and the first turning platform or the first turning platform The two turning platforms will be flipped back to a horizontal state, so that the corresponding second binding straps on the second bag semi-finished product are in a flat state corresponding to each other, and any two corresponding second handles are put on the second bag semi-finished product. The belts are also in a flat state corresponding to each other. The turning mechanism according to claim 1, wherein the first turning platform can be turned 180 degrees from a horizontal state so that a top surface of the first turning platform corresponds to a top surface of the second turning platform. After holding the second bag semi-finished product together, after the suction operation is performed on the corresponding half of the second bag semi-finished product on the second turning platform and the suction holes on the first turning platform, The first turning platform will be turned back to the original state. The turning mechanism according to claim 1, wherein the second turning platform can be turned 180 degrees from a horizontal state so that the top surface of the second turning platform corresponds to the top surface of the first turning platform. After holding the second bag semi-finished product together, after the suction operation is performed on the corresponding half of the second bag semi-finished product on the second turning platform and the suction holes on the first turning platform, The second turning platform will be turned back to the original state. The turning mechanism according to claim 1, wherein the first turning platform and the second turning platform can be turned from a horizontal state to a vertical state, respectively, so that a top surface of the second turning platform corresponds to The top surface of the first turning platform holds the second bag semi-finished product together, and the suction holes on the second turning platform and the first turning platform correspond to the second bag semi-finished product. After the suction operation is performed in one and a half parts, the first turning platform and the second turning platform are respectively turned back to the original state. The turning mechanism according to claim 1, 2, 3 or 4, wherein the second turning platform is close to the first turning platform. The turning mechanism according to claim 5, wherein the second turning platform maintains a distance from the first turning platform and can move in the direction of the first turning platform to move closer to the first turning platform. Transform platform. The transformation mechanism according to claim 5, wherein the first transformation platform is flat with the second transformation. The platform maintains a distance and can move in the direction of the second turning platform to be close to the second turning platform.