Fresh vegetable and fruit packaging bag with handle structure

Abstract

The fresh vegetable and fruit packaging bag with the handle structure comprises a packaging paper bag body, the handle structure protruding towards the upper portion of a bag opening is pasted to the inner side of the bag opening of the packaging paper bag body, and air holes are punched in the front face, the back face, the left side face, the right side face and the bottom face of the packaging paper bag body. The handle structure comprises an inner paster with one face pasted to the inner side of the packaging paper bag body, an outer paster fixedly pasted to the other face of the inner paster, and a handle rope fixedly pasted between the inner paster and the outer paster. The packaging bag is endowed with multiple functions by combining the packaging bag of the fresh vegetables and fruits with the handle structure, secondary packaging is not needed after the packaging bag is used for packaging the fresh vegetables and fruits, packaging materials and packaging procedures can be saved, multiple purposes are achieved, and the situation that the fresh vegetables and fruits are crushed and rotten in the whole process that the fresh vegetables and fruits are picked and packaged into the hands of consumers is prevented; and the handle structure is sufficient in strength and high in load capacity, so that the service life and the use quality of the packaging bag are ensured.

Description

Technical Field

[0001] This utility model relates to the technical field of an environmentally friendly paper bag for loading fresh fruits and vegetables such as grapes, cherry tomatoes, and cucumbers. In particular, it relates to a packaging bag product that allows ripe fresh fruits and vegetables to be picked directly, placed in the packaging bag, and then delivered directly to supermarkets for sale. It is convenient to pick up and can be combined with takeout delivery. Background Technology

[0002] Currently, after grapes, cherry tomatoes, cucumbers, and other fresh fruits and vegetables ripen, they need to be harvested and transported to supermarkets and shopping malls for sale. The traditional process is as follows: 1. After harvesting at the farm, the fresh fruits and vegetables are placed in plastic crates or similar containers; 2. They are then manually sorted and transported to supermarkets and shopping malls; 3. Upon arrival at the supermarket or shopping mall, the fresh fruits and vegetables are packaged again, or packaged before transport; 4. Finally, they are placed on display shelves or counters in the supermarket or shopping mall; 5. At checkout, the fresh fruits and vegetables are placed in separate bags or similar containers for easy carrying, or they are loaded and carried along with other purchased items (this method may cause the fresh fruits and vegetables to rot due to being squeezed by other items). From the planting site to the supermarket, the entire process requires at least one packaging and one sales packaging for fresh fruits and vegetables, resulting in at least two instances of packaging material loss. This wastes packaging materials and fails to achieve the goal of being able to pick up the produce from the supermarket after a single packaging. Furthermore, there is a risk that fresh fruits and vegetables will be crushed when packed in shopping bags with other items.

[0003] In addition, the conventional packaging methods of existing technologies have some problems, as follows: (1) When delivering fresh fruits and vegetables for takeout, after the fresh fruits and vegetables are packaged in traditional packaging bags, takeout bags are still needed for delivery. This results in secondary packaging of fresh fruits and vegetables and the use of special takeout packaging bags, which not only wastes packaging, but also requires the configuration of special takeout packaging bags, resulting in extremely high packaging costs for takeout delivery. (2) When fresh fruits and vegetables are sold in supermarkets and shopping malls after packaging, they are generally placed on freezer shelves, shelves, etc., relying on the support of freezer shelves for placement. However, when it is necessary to hang bags containing fresh fruits and vegetables on artificial trees or racks as decorative items (similar to hanging them on artificial fruit and vegetable plants, such as hanging gifts on a Christmas tree) for display and sale, it is often necessary to tie the bags to the racks or use bags with hanging ears or handle holes for hanging. Since fresh fruits and vegetables have a certain weight, there is a risk of them falling off when tied. As for hanging with handle holes, the handle holes are prone to deformation or tearing during long-term hanging under pressure, resulting in unsightly damage to the entire packaging bag, and in severe cases, the bags may fall off. (3) When packaging fresh fruits and vegetables, the process of putting them into and taking them out of plastic baskets and supermarket freezer shelves after packaging can only be done by holding the edge or corner of the packaging bag with your hands (without holding the fruit or vegetables), or by supporting them with your hands. This process is troublesome and inconvenient, and it is difficult to pick them up. If they slip, the packaging bag will fall to the ground and the fruits and vegetables will be damaged. If ordinary handle holes are designed on the packaging bag, it is convenient to lift them up, but the handle holes are also prone to deformation or tearing during repeated lifting (due to the weight of the fresh fruits and vegetables), causing the bag to break.

[0004] Therefore, it is necessary to improve the structure of existing fresh produce packaging bags and develop an environmentally friendly packaging bag product that can meet multiple functional requirements in a single packaging process from the planting site to the supermarket. Summary of the Invention

[0005] The purpose of this utility model is to overcome the shortcomings of the prior art and provide a fresh produce packaging bag with a handle structure. This packaging bag allows for on-site harvesting, sorting, and packaging of fresh produce at the growing site, which can then be directly delivered to supermarkets for sale. A single packaging method is sufficient for the entire fresh produce, eliminating the need for secondary packaging, thus saving packaging materials and reducing packaging costs. The handle structure enables the packaging bag to perform multiple functions, such as hanging it on harvesting equipment during harvesting for easy loading (the bottom of the bag does not contact the bottom of the growing site, preventing soil contamination), serving as a takeaway bag for fresh produce delivery, allowing for direct pickup after checkout at the supermarket without the need for other shopping bags, preventing crushing by other items due to the independent packaging of fresh produce, and facilitating display and hanging in supermarket freezers with strong hanging capacity to prevent damage and deformation. The product, featuring a handle structure, gives the fresh produce packaging bag multiple functions. Since fresh produce doesn't require secondary packaging after being packaged, it saves on packaging materials and processes, achieving multiple uses and preventing fresh produce from being crushed or damaged during the entire process from harvesting and packaging to the consumer. Furthermore, the handle structure is strong and has a high load-bearing capacity, allowing the entire packaging bag to withstand heavy loads without deformation or tearing, ensuring a long service life and high quality.

[0006] The technical solution adopted by this utility model to solve its technical problem is: a fresh fruit and vegetable packaging bag with a handle structure, including a packaging paper bag body, a handle structure protruding upward from the bag opening attached to the inside of the bag opening of the packaging paper bag body, and ventilation holes punched on the front, back, left and right sides and bottom of the packaging paper bag body.

[0007] The handle structure includes an inner sticker that is pasted on the inside of the packaging paper bag, an outer sticker that is pasted and fixed to the other side of the inner sticker, and a handle rope that is pasted and fixed between the inner sticker and the outer sticker.

[0008] Furthermore, the handle rope is inverted U-shaped, and the handle rope is formed by spirally twisting together a piece of paper to create a circular cross-section.

[0009] Furthermore, the packaging paper bag body has four ventilation holes on both sides of the front, back and bottom surfaces, which are arranged in a semi-circular arc; the packaging paper bag body has eight ventilation holes on both the left and right sides, which are arranged in a circular pattern.

[0010] Furthermore, the left and right sides of the packaging paper bag are provided with inverted Y-shaped fold lines, and the front of the packaging paper bag is provided with a horizontal fold line. The intersection of the inverted Y-shaped fold lines and the horizontal fold line overlap horizontally.

[0011] In summary, the fresh produce packaging bag with handle structure of this utility model allows for on-site harvesting, sorting, packaging, and direct delivery to supermarkets for sale. A single packaging method eliminates the need for secondary packaging, saving packaging materials and reducing costs. The handle structure enables the bag to perform multiple functions, such as hanging it on harvesting equipment for easy loading (the bottom of the bag does not contact the ground of the growing area, preventing soil contamination), serving as a takeaway bag, allowing for direct pickup after supermarket checkout without additional shopping bags, preventing crushing by other items, and facilitating display and hanging in supermarket freezers with strong hanging capacity, preventing damage and deformation. The product, featuring a handle structure, gives the fresh produce packaging bag multiple functions. Since fresh produce doesn't require secondary packaging after being packaged, it saves on packaging materials and processes, achieving multiple uses and preventing fresh produce from being crushed or damaged during the entire process from harvesting and packaging to the consumer. Furthermore, the handle structure is strong and has a high load-bearing capacity, allowing the entire packaging bag to withstand heavy loads without deformation or tearing, ensuring a long service life and high quality. Attached Figure Description

[0012] Figure 1 This is a front view of the structure of a fresh fruit and vegetable packaging bag with a handle structure according to Embodiment 1 of this utility model;

[0013] Figure 2 This is a right-side view of a fresh produce packaging bag with a handle structure according to Embodiment 1 of this utility model;

[0014] Figure 3 This is a three-dimensional schematic diagram of a fresh fruit and vegetable packaging bag with a handle structure according to Embodiment 1 of this utility model;

[0015] Figure 4 This is a schematic diagram of a handle structure according to Embodiment 1 of this utility model;

[0016] The markings in the attached diagram are: 1. Packaging paper bag body; 2. Handle structure; 3. Ventilation hole; 4. Inner sticker; 5. Outer sticker; 6. Handle rope; 7. Inverted Y-shaped fold line; 8. Horizontal fold line. Detailed Implementation

[0017] Example 1

[0018] This embodiment 1 describes a fresh produce packaging bag with a handle structure, such as... Figure 1 , Figure 2 and Figure 3As shown, the package includes a paper bag body 1, a handle structure protruding upwards from the bag opening 2, and ventilation holes punched on the front, back, left and right sides, and bottom of the paper bag body 3. The paper bag body is made of paper, which is more environmentally friendly than traditional plastic bags, reducing environmental pollution. The handle structure serves as a handle for the paper bag body, and its design gives the entire fresh produce packaging bag multiple functions, not only as a handle but also for hanging. Numerous ventilation holes are provided on the outside of the paper bag body to ensure that fresh produce is fully ventilated from harvesting to the consumer (including during transportation, placement in supermarket freezers, and before consumption), preventing the presence of high-temperature gases due to the sealed bag, which could cause the produce to rot easily.

[0019] When harvesting fresh fruits and vegetables at the planting site, the packaging paper bag is first opened horizontally to form a rectangular bag structure. Then, the entire bag is hung on the harvesting equipment, hooks, or branches using a handle. The harvested fruits and vegetables are then sorted and placed inside the bag. The bag is sealed and placed in a plastic crate for collection. After collection, it can be transported to supermarkets for immediate sale. The height of the opened bag can be designed according to transportation requirements, meaning the height of the bag matches the height of the transport crate, allowing for convenient and unified collection and transportation after harvesting. From harvesting to consumption by the consumer, only one packaging bag is needed for the entire process, eliminating the need for secondary packaging and saving on other packaging materials. It's convenient, fast, and a one-step packaging solution. In addition, the designed handle structure can be used not only for hanging fresh fruits and vegetables during harvesting, but also for hanging in supermarket freezers (not limited to placing the packaging bag directly in the freezer), and can also be hung on supermarket decorative shelves (such as hanging on biomimetic fruit and vegetable plants), and can also be used directly as a takeaway packaging bag (i.e., no takeaway bag is needed when delivering takeaways).

[0020] In this embodiment 1, as Figure 4 As shown, the handle structure includes an inner sticker 4, one side of which is pasted to the inside of the packaging bag; an outer sticker 5, which is pasted and fixed to the other side of the inner sticker; and a handle rope 6, which is pasted and fixed between the inner and outer stickers. The method of pasting the handle rope with the inner and outer stickers strengthens the adhesion of the handle rope to the inside of the packaging bag. Pasting the inner sticker to the inside of the packaging bag increases the adhesion area between the entire handle structure and the packaging bag, achieving a more stable adhesion effect. Furthermore, using the outer sticker and inner sticker to clamp the handle rope prevents it from easily detaching from the inner and outer stickers, increasing the strength of the handle rope's adhesion to the packaging bag. In addition, the handle rope design facilitates the lifting and placing of the entire packaging bag, making it very convenient and comfortable. It also allows for hanging the entire packaging bag, making it convenient whether at the harvesting site, during transportation, at the supermarket sales site, or when the consumer picks it up.

[0021] In this embodiment 1, the handle rope is inverted U-shaped, formed by spirally twisting together paper pieces to create a circular cross-section. The inverted U-shaped design provides ample carrying space, facilitating easy lifting of the entire packaging bag and improving comfort. When the bag is transported to supermarkets or shopping malls for display and sale, consumers can easily pick it up, making it more convenient and faster. Furthermore, the handle rope offers sufficient hanging space to meet most hanging requirements. Additionally, the handle rope is manufactured by spirally twisting and pressing together paper pieces, resulting in a solid structure with high strength, resistance to deformation under tension, and resistance to breakage, thus enhancing the overall strength and toughness of the handle rope during use.

[0022] In this embodiment 1, the packaging paper bag has four ventilation holes on both sides of its front, back, and bottom surfaces, arranged in a semi-circular arc. The left and right sides of the packaging paper bag also have eight ventilation holes arranged in a circular pattern. The placement of these ventilation holes is designed so that when the packaging paper bag is folded, none of the holes are located at the fold line, preventing them from being easily torn due to creases. Sufficient ventilation holes also allow for adequate airflow to fresh fruits and vegetables. The shape of the ventilation holes distributed across the various surfaces of the packaging paper bag has a certain arc design, enhancing the overall aesthetics and visual effect of the packaging bag, especially when matched with the printed patterns on the bag, resulting in a stronger aesthetic appeal.

[0023] In this embodiment 1, the left and right sides of the packaging paper bag are provided with inverted Y-shaped fold lines 7, and the front of the packaging paper bag is provided with a horizontal fold line 8. The intersection of the inverted Y-shaped fold lines and the horizontal fold lines overlap horizontally. This design of the inverted Y-shaped fold lines and the horizontal fold lines allows the packaging bag to be folded into a flat shape after production in the production workshop, reducing the transportation volume of the packaged bag products to the planting site.

[0024] This fresh produce packaging bag with a handle structure allows for on-site harvesting, sorting, and packaging of fresh produce at the growing site, directly delivering it to supermarkets for sale. A single packaging method eliminates the need for secondary packaging, saving packaging materials and reducing costs. The handle structure enables the bag to perform multiple functions: it can be hung on harvesting equipment for easy loading (the bottom of the bag does not contact the ground of the growing area, preventing soil contamination); it can be used directly as a takeout bag; it allows for direct pickup after checkout at the supermarket without additional shopping bags; its individual packaging prevents crushing by other items; and it can be displayed or hung in supermarket freezers with strong hanging capacity, preventing damage and deformation. The product, featuring a handle structure, gives the fresh produce packaging bag multiple functions. Since fresh produce doesn't require secondary packaging after being packaged, it saves on packaging materials and processes, achieving multiple uses and preventing fresh produce from being crushed or damaged during the entire process from harvesting and packaging to the consumer. Furthermore, the handle structure is strong and has a high load-bearing capacity, allowing the entire packaging bag to withstand heavy loads without deformation or tearing, ensuring a long service life and high quality.

[0025] The above description is merely a preferred embodiment of the present utility model and does not constitute any limitation on the structure of the present utility model. Any simple modifications, equivalent changes, and alterations made to the above embodiments based on the technical essence of the present utility model shall still fall within the scope of the technical solution of the present utility model.

Claims

1. A fresh produce packaging bag with a handle structure, characterized in that, The packaging paper bag body (1) has a handle structure that protrudes upwards from the bag opening and is pasted on the inside of the bag opening of the packaging paper bag body (2) and ventilation holes are punched on the front, back, left and right sides and bottom of the packaging paper bag body (3); The handle structure includes an inner sticker (4) with one side pasted on the inside of the packaging paper bag, an outer sticker (5) pasted and fixed to the other side of the inner sticker, and a handle rope (6) pasted and fixed between the inner sticker and the outer sticker.

2. The fresh fruit and vegetable packaging bag with a handle structure according to claim 1, characterized in that, The handle rope is inverted U-shaped, and the handle rope is formed by spirally twisting together paper pieces to form a circular cross-section.

3. A fresh produce packaging bag with a handle structure according to claim 2, characterized in that, The packaging paper bag has four ventilation holes on both sides of the front, back and bottom, forming a semi-circular arc distribution; the packaging paper bag has eight ventilation holes on both the left and right sides, forming a circular distribution.

4. A fresh produce packaging bag with a handle structure according to claim 3, characterized in that, The packaging paper bag body has inverted Y-shaped fold lines (7) on both the left and right sides, and a horizontal fold line (8) on the front side. The intersection of the inverted Y-shaped fold lines and the horizontal fold line overlap horizontally.

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