Molding mold with buffering function

Abstract

The utility model discloses a mold with a buffering function, which belongs to the field of buffering molds, and is characterized in that a concave top block and a second protective edge are arranged on a second buffering mold, the protective edge can better limit and press a bottle body of a product on the edge side through a step surface structure, and the top block can separate a space of a bottle cap, so that the bottle cap is prevented from being damaged. The edge of the bottle body is jacked and pressed, and the bottle cap is protected between the jacking blocks or between the jacking blocks and the second protective edge, so that when the mold is used for buffering, no conduction force acts on the bottle cap even if the mold is stressed, only the pressure acts on the bottle body, the bottle body can be protected, and meanwhile, the joint of the bottle cap can be prevented from being extruded and damaged; meanwhile, the second protective edge can also buffer and protect the side edge of the product, the reinforcing groove and reinforcing rib structures on the first buffer molding plate body and the second buffer molding plate body can protect the strength of the product, and the protective ring structure surrounding the side edge can perform better pressure buffering, so that the safety of the product is better ensured.

Description

Technical Field

[0001] The utility model belongs to the field of buffer molding, in particular to a molding with buffering. Background Art

[0002] When packaging products that are easily damaged by pressure, in order to prevent the products from being damaged by pressure, molding is added to the product packaging to limit the position of the product and cushion the pressure. In particular, in Tetra Pak packaging of beverages such as milk, if the buffer molding mechanical energy is not protected, it is easy to cause the packaging to be damaged and leak. However, when the prior art is used, when the traditional buffer molding is used in Tetra Pak packaging with a bottle cap, the contact force between the molding and the product will directly act on the bottle cap. Since the bottle cap and the cover need to be opened, hard materials must be used, which can easily cause the bottle cap to be squeezed and concave into the bottle body when the molding is stressed. In severe cases, the connection between the bottle cap and the bottle body is easily damaged by pressure, resulting in leakage. At the same time, the traditional molding is simply buffered by the material and the buffer cavity structure. In the case of poor buffering effect, in order to improve the protection effect, a buffer sheet in the form of a whole side piece is used, which leads to high consumables and costs. In addition, when the prior art is used, the traditional buffer molding uses grooves to separate and assemble the Tetra Pak packaging when acting on the bottom protection of the Tetra Pak packaging. As a result, when the product is being processed and produced automatically, if the robot arm wants to grab the whole group of Tetra Pak packaging for docking and assembly with the buffer molding, the product needs to be separated at intervals corresponding to the buffer molding grooves before it can be grabbed and assembled, which is relatively cumbersome. At the same time, in the separation and grabbing process, interval deviations are prone to occur, resulting in inaccurate docking of the whole group of Tetra Pak packaging and the buffer molding, or the robot arm is used to grab a single Tetra Pak packaging for docking and assembly, which affects production efficiency and is not convenient for automated production. Utility Model Content

[0003] 1. Technical issues to be resolved

[0004] In order to overcome the shortcomings of the prior art, a mold with a buffer is proposed to solve the problem that when the prior art is used, the contact force between the mold and the product will directly act on the bottle cap when the conventional buffer mold is used for Tetra Pak packaging with a bottle cap. Since the bottle cap and the cover need to be opened, a hard material must be used, which can easily cause the bottle cap to be squeezed and sunken into the bottle body when the mold is stressed. In severe cases, the connection between the bottle cap and the bottle body is easily damaged by pressure, resulting in leakage. At the same time, the conventional mold is simply buffered by the material and the buffer cavity structure, and the buffer effect is poor.

[0005] Secondly, in order to solve the problem that when the prior art is used, the traditional buffer molding uses grooves to separate and assemble the Tetra Pak packaging when it acts on the bottom of the Tetra Pak packaging for protection. As a result, when the product is undergoing automated processing and production, if the robot arm wants to grab the entire group of Tetra Pak packaging for docking and assembly with the buffer molding, the product needs to be separated at intervals corresponding to the buffer molding grooves before it can be grabbed and assembled, which is relatively cumbersome. At the same time, in the separation and grabbing process, interval deviations are prone to occur, resulting in inaccurate docking between the entire group of Tetra Pak packaging and the buffer molding, or the robot arm is used to grab a single Tetra Pak packaging for docking and assembly, which affects production efficiency and is not convenient for automated production.

[0006] (II) Technical solution

[0007] The utility model is realized by the following technical scheme: the utility model proposes a mold with buffer, the structure of which includes a first buffer mold and a second buffer mold, wherein the first buffer mold and the second buffer mold are coated on the upper and lower ends of the product;

[0008] The first buffer molding comprises a first plate body, a first edge guard, and a first platform structure. The first plate body is provided with a raised first platform structure and a first edge guard. The distance between the first edge guard and the first plate body is greater than the distance between the first platform structure and the first plate body. The first edge guard is provided on the side of the first platform structure, and the first edge guard is used for limiting and protecting the product.

[0009] The second buffer molding includes a top block, a second edge guard, a second plate body, and a second platform structure. The second plate body is provided with a concave top block, a second platform structure, and a second edge guard. The distance between the second edge guard and the second plate body is greater than the distance between the top block and the second plate body. The distance between the top block and the second plate body is greater than the distance between the second platform structure and the second plate body. The second edge guard is arranged on the side of the second platform structure. The top blocks are evenly arranged between the second edge guards. The second edge guard is used for limiting and protecting the product. The top block is used to space the bottle mouth to perform top pressure limiting and protection on the edge of the product.

[0010] Furthermore, the first buffer molding also includes a first reinforcement groove, which is uniformly recessed on the side end surface of the first platform structure. The first edge guard is adjacent to the first platform structure and has a limiting surface. The limiting surface is a straight surface at the junction with the first platform structure, and the limiting surface is an inclined surface that is inclined upward toward the side away from the first platform structure when it is away from the first platform structure.

[0011] Furthermore, the first buffer molding also includes a first protective ring, and the first protective ring is fixedly surrounded by a side edge of the first plate body.

[0012] Furthermore, the first protective ring is composed of a first buffer ring and a first reinforcement ring. The first buffer ring is arranged around the side of the first plate body, and the first reinforcement ring is arranged around the side of the first buffer ring away from the first plate body. The first buffer ring is fixedly connected to the first plate body and the first reinforcement ring.

[0013] Furthermore, the first buffer molding is formed with a first empty groove on the side away from the product according to the concave-convex structure, and the first buffer molding also includes a first reinforcing rib, and the first reinforcing rib is fixed inside the first empty groove.

[0014] Furthermore, the second buffer molding also includes a direction pointing groove, which is used to indicate the assembly direction of the second buffer molding. The second buffer molding also includes an observation notch, which is used to observe the assembly status of the product. The second buffer molding also includes a second reinforcement groove, which is evenly recessed on the side end surface of the second platform structure.

[0015] Furthermore, the second buffer molding also includes a second protective ring, and the second protective ring is fixedly surrounded by the side of the second plate body.

[0016] Furthermore, the second protective ring is composed of a second buffer ring and a second reinforcement ring. The second buffer ring is arranged around the side of the second plate body. The second reinforcement ring is arranged around the side of the second buffer ring away from the second plate body. The second buffer ring is fixedly connected to the second plate body and the second reinforcement ring.

[0017] Furthermore, a second hollow groove is formed on the side of the second protection ring away from the product according to the concave-convex structure.

[0018] Furthermore, the second edge guard is provided with a second reinforcing rib, a first step surface, and a second step surface; the second edge guard is recessed on the side away from the top block and the second plate body and is equipped with a second reinforcing rib; the second edge guard is provided with an L-shaped first step surface and a second step surface in a stepped manner on the side adjacent to the top block; the first step surface is located on the side of the second step surface away from the top block and the second plate body; the first step surface is used for limiting and protecting the top edge of the edge side product; the distance between the top blocks and the second step surface is greater than the diameter of the product bottle cap; the distance between the top blocks and the second platform structure is greater than the height of the product bottle cap.

[0019] (III) Beneficial effects

[0020] One of the above technical solutions has the following advantages or beneficial effects:

[0021] 1) To solve the problem that when the conventional buffer molding is used in Tetra Pak packaging with a bottle cap, the contact force between the molding and the product will directly act on the bottle cap. Since the bottle cap and the cover need to be opened, hard materials must be used, which can easily cause the bottle cap to be squeezed and sunken into the bottle body when the molding is stressed. In severe cases, the connection between the bottle cap and the bottle body is easily damaged by pressure, resulting in leakage. At the same time, the conventional molding is simply buffered by the material and the buffer cavity structure, and the buffering effect is poor. In the case of a case where a concave top block and a second edge guard are provided on the second buffer molding, the edge guard can better limit the top pressure on the edge side of the product through the step surface structure, and the top block can separate the space of the bottle cap, which can effectively prevent the bottle body from leaking. The edge is pressed and the bottle cap is protected between the top block or between the top block and the second edge guard, so that when the molding is buffering, even if the force is applied, the conductive force will not be applied to the bottle cap, and the pressure will only be applied to the bottle body, thereby protecting the bottle body and preventing the connection of the bottle cap from being squeezed and damaged, thereby better protecting the safety of the product. At the same time, the second edge guard can also buffer and protect the side of the product, and the reinforcement groove and reinforcement rib structure on the first and second buffer molding plates can protect their strength, and the protective ring structure surrounding the side can better buffer the pressure, thereby better ensuring the safety of the product. The molding of this application is provided with empty grooves according to the edge guard, reinforcement groove, and platform structure, and the buffer protection effect is achieved through the structure, which can better save consumables and costs.

[0022] 2) To solve the problem that when the conventional buffer molding is used as the protection at the bottom of the Tetra Pak packaging, the Tetra Pak packaging is separated and assembled in the form of a groove, which results in that when the product is being processed and produced automatically, if the robot arm wants to grab the whole group of Tetra Pak packaging for docking and assembly with the buffer molding, the product needs to be separated at intervals corresponding to the buffer molding grooves before it can be grabbed and assembled, which is relatively cumbersome. At the same time, it is easy to have interval deviations during the separation and grabbing process, resulting in inaccurate docking of the whole group of Tetra Pak packaging with the buffer molding, or the robot arm is used to grab a single The docking assembly of Tetra Pak packaging affects production efficiency and is not convenient for automated production. By providing an upwardly convex platform on the first buffer molding and a first edge guard on the side of the platform, the first edge guard and the product are connected by a limiting surface structure that first guides with an inclined surface and then limits with a straight surface. The entire group of products can be directly clamped by a robotic arm for assembly and placement without spacing, which is convenient for positioning. At the same time, combined with the observation notch and indicator groove of the second buffer molding, the second buffer molding can also be automatically aligned and installed after automatically identifying the direction, which is more convenient for automated production and improves production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Other features, objects and advantages of the present invention will become more apparent by reading the detailed description of non-limiting embodiments with reference to the following drawings:

[0024] Figure 1 It is a three-dimensional structural schematic diagram of the utility model;

[0025] Figure 2 It is a schematic diagram of the assembly structure of the utility model;

[0026] Figure 3 It is a three-dimensional structural schematic diagram of a bottom view of the second buffer molding of the utility model;

[0027] Figure 4 It is a structural schematic diagram of the front view of the utility model;

[0028] Figure 5 It is a three-dimensional cross-sectional structural schematic diagram of the utility model;

[0029] Figure 6 It is a structural schematic diagram of a top view of a second buffer molding of the utility model;

[0030] Figure 7 This is a structural schematic diagram of a bottom view of the first buffer molding of the utility model;

[0031] Figure 8 It is a structural schematic diagram of the side view of the utility model;

[0032] In the figure: the first buffer molding-1, the second buffer molding-2, the first plate body-1a, the first edge guard-1b, the first platform structure-1c, the first reinforcement groove-1d, the first protective ring-1e, the first empty groove-1f, the first reinforcement rib-1g, the limiting surface-1b1, the first buffer ring-1e1, the first reinforcement ring-1e2, the top block-2a, the second edge guard-2b, the second plate body-2c, the second platform structure-2d, the direction pointing groove-2e, the second protective ring-2f, the second reinforcement groove-2g, the second empty groove-2h, the observation groove-2i, the second reinforcement rib-2b1, the first step surface-2b2, the second step surface-2b3, the second buffer ring-2f1, the second reinforcement ring-2f2. DETAILED DESCRIPTION

[0033] The present invention is further described in detail below in conjunction with the embodiments, but the implementation manner of the present invention is not limited thereto.

[0034] The utility model provides a mold with a buffer: its structure includes a first buffer mold 1 and a second buffer mold 2, the first buffer mold 1 is used to support and protect the product, and the second buffer mold 2 is covered and assembled on the top of the product;

[0035] The first buffer molding 1 includes a first plate body 1a, a first edge guard 1b, and a first platform structure 1c. The first plate body 1a is provided with a raised first platform structure 1c and a first edge guard 1b. The distance between the first edge guard 1b and the first plate body 1a is greater than the distance between the first platform structure 1c and the first plate body 1a. The first edge guard 1b is provided at a side corner of the first platform structure 1c. The first platform structure 1c is used for supporting and placing products. The first edge guard 1b is used for limiting and protecting the bottom of the edge side product.

[0036] The second buffer molding 2 includes a top block 2a, a second edge guard 2b, a second plate body 2c, and a second platform structure 2d. The second plate body 2c is provided with a concave top block 2a, a second platform structure 2d, and a second edge guard 2b. The distance between the second edge guard 2b and the second plate body 2c is greater than the distance between the top block 2a and the second plate body 2c. The distance between the top block 2a and the second plate body 2c is greater than the distance between the second platform structure 2d and the second plate body 2c. The second edge guard 2b is arranged at the side corner position of the second platform structure 2d. The top block 2a is evenly arranged between the second edge guards 2b. The second edge guard 2b is used for limiting and protecting the top of the edge side product, and the top block 2a is used for pressing the top of the product.

[0037] The first buffer molding 1 further includes a first reinforcement groove 1d, and the first reinforcement groove 1d is evenly recessed and arranged on the side end surface of the first platform structure 1c.

[0038] The first buffer molding 1 further includes a first protective ring 1e, and the first protective ring 1e is fixedly surrounded by the side of the first plate body 1a.

[0039] Among them, the first protective ring 1e is composed of a first buffer ring 1e1 and a first reinforcement ring 1e2. The first buffer ring 1e1 is arranged around the side of the first plate body 1a, and the first reinforcement ring 1e2 is arranged around the side of the first buffer ring 1e1 away from the first plate body 1a. The first buffer ring 1e1 is fixedly connected to the first plate body 1a and the first reinforcement ring 1e2.

[0040] The first buffer ring 1e1 is a ring-shaped body with a concave middle portion.

[0041] The first edge guard 1b is provided with a limiting surface 1b1 adjacent to the first platform structure 1c. The limiting surface 1b1 is a straight surface at the junction with the first platform structure 1c, and the limiting surface 1b1 is an inclined surface inclined upward toward the side away from the first platform structure 1c when it is away from the first platform structure 1c.

[0042] The first buffer molding 1 also includes a first empty groove 1f, which is arranged following the first platform structure 1c, the convex structure of the first edge guard 1b and the concave structure of the first reinforcement groove 1d to reduce the material used in the first buffer molding 1 and save costs.

[0043] The first buffer molding 1 further includes a first reinforcing rib 1g, which is fixed inside the first empty groove 1f to reinforce the first platform structure 1c, the convex structure of the first edge guard 1b and the concave structure of the first reinforcing groove 1d.

[0044] The second buffer mold 2 also includes a direction pointing groove 2e, which is used to indicate the assembly direction of the second buffer mold 2, avoiding the inconvenience of labeling and labels falling off, and making it easier for the automated processing robot arm to visually identify the assembly direction.

[0045] The second buffer mold 2 further includes a second protective ring 2f, and the second protective ring 2f is fixedly surrounded by the side of the second plate body 2c.

[0046] Among them, the second protective ring 2f is composed of a second buffer ring 2f1 and a second reinforcement ring 2f2. The second buffer ring 2f1 is arranged around the side of the second plate body 2c, and the second reinforcement ring 2f2 is arranged around the side of the second buffer ring 2f1 away from the second plate body 2c. The second buffer ring 2f1 is fixedly connected to the second plate body 2c and the second reinforcement ring 2f2.

[0047] The second buffer ring 2f1 is a ring-shaped body with a concave middle portion.

[0048] The second buffer molding 2 further includes a second reinforcement groove 2g, and the second reinforcement groove 2g is evenly recessed and arranged on the side end surface of the second platform structure 2d.

[0049] The second buffer molding 2 also includes a second empty groove 2h, which is arranged following the second platform structure 2d, the concave structure of the second edge guard 2b and the concave structure of the first reinforcement groove 1d to reduce the material used in the second buffer molding 2 and save costs.

[0050] The second buffer molding 2 further includes an observation notch 2i, and the observation notch 2i is used to observe the placement of the side-by-side assembled products.

[0051] The second edge guard 2b is provided with a second reinforcing rib 2b1, a first step surface 2b2, and a second step surface 2b3. The second edge guard 2b is recessed and equipped with the second reinforcing rib 2b1 on the side away from the top block 2a and the second plate body 2c. The second edge guard 2b is provided with an L-shaped first step surface 2b2 and a second step surface 2b3 in a stepped manner on the side adjacent to the top block 2a. The first step surface 2b2 is located on the side of the second step surface 2b3 away from the top block 2a and the second plate body 2c. The first step surface 2b2 is used for limiting and protecting the top edge of the edge side product.

[0052] The distances between the top blocks 2a and between the top block 2a and the second step surface 2b3 are greater than the diameter of the product bottle cap, and the distance of the top block 2a beyond the second platform structure 2d is greater than the height of the product bottle cap.

[0053] Among them, the first buffer molding 1 and the second buffer molding 2 comply with the Inner Mongolia Yili Group's "Paper-based materials for aseptic packaging of liquid foods (Tetra Pak)" standard with file number: YLYT-YF-BZ-F2.

[0054] The utility model is more suitable for slim Tetra Pak bricks with bottle caps.

[0055] Implementation scheme: When assembling products, it is only necessary to place a fixed number of products side by side, and then the robot arm can directly clamp the whole group of products, align the whole group of products with the first platform structure 1c of the first buffer molding 1 and put them down. When there is a slight error between the edge of the whole group of products and the first platform structure 1c, the corners of the products will press against the inclined surface of the limiting surface 1b1 of the first edge guard 1b for automatic adjustment, and then they will be limited and stabilized by the straight surface of the limiting surface 1b1, which is convenient for automatic clamping and assembly of the whole group of products. Then the robot arm can clamp the second buffer molding 2 for assembly. During assembly, the second buffer molding 2 is provided with a direction pointing groove 2e, which is convenient for the robot arm to identify the clamping direction, and the observation notch 2i is convenient for the identification and positioning of the second buffer molding 2 during automatic assembly. At the same time, the observation notch 2i is also convenient for subsequent observation of whether the product packaging is intact, which is more convenient for automated production and improves production efficiency.

[0056] After the product is assembled, during use, when under pressure, the first protective ring 1e and the second protective ring 2f of the first buffer molding 1 and the second buffer molding 2 can first buffer and absorb the pressure. During buffering, the first buffer ring 1e1 and the second buffer ring 2f1 can buffer, and the first protective ring 1e and the second protective ring 2f can strengthen the control of the deformation of the first buffer ring 1e1 and the second buffer ring 2f1, so that the first buffer ring 1e1 and the second buffer ring 2f1 have a certain strength to avoid arbitrary deformation and strengthen the buffering effect, and then the convex and concave first platform structure 1c and the second platform structure 2d and the first reinforcement groove 1d and the second reinforcement groove 2g on the platform can play the role of the second layer of buffering, and the first edge guard 1b and the second edge guard 2b raised on the sides of the first platform structure 1c and the second platform structure 2d can It can provide buffering and protection for the sides of the entire group of products, and at the same time, it can limit and stabilize the assembly of the entire group of products. Among them, the second edge guard 2b of the second platform structure 2d can be stuck on the side corners of the bottle body of the entire group of products through its stepped first step surface 2b2 and second step surface 2b3 structure, and can avoid contact with the bottle cap. Combined with the top block 2a that presses on the top corners of the adjacent bottle bodies of the entire group of products, the second buffer molding 2 will not transmit pressure to the bottle cap when under pressure, but will transmit the buffered pressure to the harder corners of the bottle body, which can better avoid damage to the product and ensure the protective effect. At the same time, compared with the traditional buffer sheet in the form of a whole side block, the molding of the present application is provided with empty grooves according to the edge guard, reinforcement groove, and platform structure, and the buffering protection effect is achieved through the form of structure, which can better save consumables and costs.

[0057] In the description of the present invention, it should be noted that the directions or positional relationships indicated by the terms "up", "down", "left", "right", etc. are based on the directions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction, and therefore cannot be understood as a limitation on the present invention.

[0058] The control method of the present invention is to control by manually starting and closing the switch. The wiring diagram of the power element and the provision of power supply are common knowledge in the field, and the present invention is mainly used to protect mechanical devices, so the present invention will not explain the control method and wiring arrangement in detail.

[0059] The above shows and describes the basic principles and main features of the utility model and the advantages of the utility model. For those skilled in the art, it is obvious that the utility model is not limited to the details of the above exemplary embodiments, and can be implemented in other specific forms without departing from the spirit or basic features of the utility model. Therefore, no matter from which point of view, the embodiments should be regarded as exemplary and non-restrictive. The scope of the utility model is limited by the attached claims rather than the above description, and it is intended to include all changes within the meaning and scope of the equivalent elements of the claims. Any figure mark in the claims should not be regarded as limiting the claims involved.

[0060] In addition, it should be understood that although the present specification is described according to implementation modes, not every implementation mode contains only one independent technical solution. This description of the specification is only for the sake of clarity. Those skilled in the art should regard the specification as a whole. The technical solutions in each embodiment may also be appropriately combined to form other implementation modes that can be understood by those skilled in the art.

Claims

1. A mold with a buffer, the structure of which comprises a first buffer mold (1) and a second buffer mold (2), wherein the first buffer mold (1) and the second buffer mold (2) are coated on the upper and lower ends of a product; Features: The first buffer molding (1) comprises a first plate body (1a), a first edge guard (1b), and a first platform structure (1c); the first plate body (1a) is provided with a protruding first platform structure (1c) and a first edge guard (1b); the distance between the first edge guard (1b) and the first plate body (1a) is greater than the distance between the first platform structure (1c) and the first plate body (1a); the first edge guard (1b) is provided on the side of the first platform structure (1c); and the first edge guard (1b) is used for limiting and protecting the product; The second buffer molding (2) comprises a top block (2a), a second edge guard (2b), a second plate body (2c), and a second platform structure (2d); the second plate body (2c) is provided with a concave top block (2a), a second platform structure (2d), and a second edge guard (2b); the distance between the second edge guard (2b) and the second plate body (2c) is greater than the distance between the top block (2a) and the second plate body (2c); the distance between the top block (2a) and the second plate body (2c) is greater than the distance between the second platform structure (2d) and the second plate body (2c); the second edge guard (2b) is arranged on the side of the second platform structure (2d); the top block (2a) is evenly arranged between the second edge guards (2b); the second edge guard (2b) is used for limiting and protecting the product; the top block (2a) is used for spacing the bottle mouth to perform top pressure limiting and protecting the edge of the product.

2. A mold with cushioning according to claim 1, characterized in that: The first buffer molding (1) further comprises a first reinforcement groove (1d), the first reinforcement groove (1d) being evenly recessed and arranged on the side end surface of the first platform structure (1c), the first edge guard (1b) being provided with a limiting surface (1b1) adjacent to the first platform structure (1c), the limiting surface (1b1) being a straight surface at its junction with the first platform structure (1c), and the limiting surface (1b1) being an inclined surface inclined upwards towards the side away from the first platform structure (1c) at a position away from the first platform structure (1c).

3. A mold with cushioning according to claim 1, characterized in that: The first buffer molding (1) also includes a first protective ring (1e), and the first protective ring (1e) is fixedly surrounded by the side of the first plate body (1a).

4. A mold with cushioning according to claim 3, characterized in that: The first protective ring (1e) is composed of a first buffer ring (1e1) and a first reinforcement ring (1e2); the first buffer ring (1e1) is arranged around the side of the first plate body (1a); the first reinforcement ring (1e2) is arranged around the side of the first buffer ring (1e1) away from the first plate body (1a); the first buffer ring (1e1) is fixedly connected to the first plate body (1a) and the first reinforcement ring (1e2).

5. A mold with cushioning according to claim 1, characterized in that: The first buffer molding (1) is formed with a first hollow groove (1f) on the side away from the product according to the concave-convex structure, and the first buffer molding (1) also includes a first reinforcing rib (1g), and the first reinforcing rib (1g) is fixed inside the first hollow groove (1f).

6. A mold with cushioning according to claim 1, characterized in that: The second buffer molding (2) also includes a direction pointing groove (2e), and the direction pointing groove (2e) is used to indicate the assembly direction of the second buffer molding (2). The second buffer molding (2) also includes an observation notch (2i), and the observation notch (2i) is used to observe the assembly status of the product. The second buffer molding (2) also includes a second reinforcement groove (2g), and the second reinforcement groove (2g) is evenly recessed and arranged on the side end surface of the second platform structure (2d).

7. A mold with cushioning according to claim 1, characterized in that: The second buffer molding (2) also includes a second protective ring (2f), and the second protective ring (2f) is fixedly surrounded by the side of the second plate body (2c).

8. A mold with cushioning according to claim 7, characterized in that: The second protective ring (2f) is composed of a second buffer ring (2f1) and a second reinforcement ring (2f2); the second buffer ring (2f1) is arranged around the side of the second plate body (2c); the second reinforcement ring (2f2) is arranged around the side of the second buffer ring (2f1) away from the second plate body (2c); the second buffer ring (2f1) is fixedly connected to the second plate body (2c) and the second reinforcement ring (2f2).

9. A mold with cushioning according to claim 8, characterized in that: The second protective ring (2f) is formed with a second hollow groove (2h) on the side away from the product according to the concave-convex structure.

10. A mold with cushioning according to claim 1, characterized in that: The second edge guard (2b) is provided with a second reinforcing rib (2b1), a first step surface (2b2), and a second step surface (2b3); the second edge guard (2b) is recessed on the side away from the top block (2a) and the second plate body (2c) and is equipped with the second reinforcing rib (2b1); the second edge guard (2b) is provided with an L-shaped first step surface (2b2) ​​and a second step surface (2b3) in a stepped manner on the side adjacent to the top block (2a); the first step surface (2b2) ​​is located on the side of the second step surface (2b3) away from the top block (2a) and the second plate body (2c); the first step surface (2b2) ​​is used for limiting and protecting the top edge of the edge side product; the distance between the top blocks (2a) and the second step surface (2b3) is greater than the diameter of the product bottle cap; the distance of the top block (2a) beyond the second platform structure (2d) is greater than the height of the product bottle cap.

Images