Spinning demolding frozen product mold

Abstract

The invention relates to a spinning demolding food mold for frozen food in a refrigerator. The mold is of a bucket frame type structure and is subjected to spinning demolding. The mold comprises a bucket frame and an ice lifter, the bucket frame comprises a front coaming, a rear coaming, a left coaming, a right coaming, a bottom plate and an opening, and the bucket frame is of an integrated structure; the ice lifter comprises a rotating rod, a top seat and a handle; the rotating rod comprises a middle shaft rod, a top seat connecting rod and a handle connecting rod which are of an integrated structure; the top seat is of a spherical arch structure and comprises a top seat connecting rod hole, a top seat locking hole and a top seat locking screw. The handle is provided with a handle hole, the handle comprises the handle hole and a handle fixing screw hole, and the handle hole is provided with threads. A handle hole is connected to a handle connecting rod in a screwed mode, a middle shaft rod is connected with a bucket frame bottom plate rotating rod hole in a screwed mode, and a top base is connected with a top base connecting rod through a top base top connecting rod hole, a gasket of a top base locking screw and a screw; and the spinning demolding frozen product mold is formed.

Description

Technical Field

[0001] The invention relates to a mold used in a refrigerator. The mold can regularize the shape of food that needs to be frozen in the refrigerator and can easily demould the frozen food. The mold is convenient and fast and easy to promote and use. It can adjust the original large-volume refrigerator used by a family to a medium- and small-volume refrigerator, and from two refrigerators to one refrigerator, which is beneficial to energy saving for families and society. Background Art

[0002] When people use refrigerators to freeze and preserve food, they usually pack the food in plastic bags to form food bags, and then put the food bags into freezers to form frozen products.

[0003] People go to the refrigerator freezer to get cold food. After finding the frozen food and taking it out, the freezer cannot hold the original frozen food. The reason is that the space coordination between the frozen food has changed.

[0004] When a bag of fresh food is placed in the refrigerator, due to the softness of the food bag, it fits tightly with the frozen food to form an irregular block-shaped combination. After the user takes out the required frozen food, the combination is decomposed into multiple irregular-shaped frozen food blocks, and the block-shaped frozen food is stacked together again. Since the fitting surfaces between the frozen food blocks change, the storage of the irregular-shaped frozen food creates a certain amount of space, and this space affects the storage capacity of the freezer.

[0005] Currently, there are no mature frozen food molds on the market that can be demolded multiple times. The reason is that after the frozen food expands, it will cause great damage to the mold, have strong adhesion, and is not easy to demold. Summary of the invention

[0006] In view of the above shortcomings, the present invention is inspired by the structure of the rice bucket traditionally used by the Chinese people, which has a large upper opening and a small lower opening, and the threaded jack structure in the lifting equipment, and designs a frozen product mold, which is made of plastic or metal; in the frozen product mold, a bucket frame structure is adopted, and a spinning ice remover is also provided, so that the frozen product after shaping can be easily demoulded from the mold, and the mold has the characteristics of being repeatedly used. The mold comprises a bucket frame and an ice maker, wherein the ice maker is screwed into a hole in the center of a bottom plate of the bucket frame to form a refrigerator mold. BRIEF DESCRIPTION OF THE DRAWINGS

[0007] The present invention is further described below in conjunction with the accompanying drawings.

[0008] Figure 1 It is the front view of the invention.

[0009] Figure 2 It is a bottom plan view of the invention.

[0010] Figure 3This is the structural diagram of the ice maker.

[0011] Explanation of numbers in the figure: 1-front panel, 2-rear panel, 3-left panel, 4-right panel, 5-bottom plate, 6-bottom foot, 7-load-bearing platform, 8-turn rod hole, 9-longitudinal force beam, 10-transverse force beam, 11-central axis rod, 12-top seat connecting rod, 13-handle connecting rod, 14-top seat, 15-top seat fixing hole, 16-top seat connecting rod hole, 17-top seat locking hole, 18-top locking screw, 19-handle hole, 20-handle hole, 21-handle fixing screw hole. DETAILED DESCRIPTION

[0012] The spinning demoulding frozen food mold is provided with a bucket frame and an ice maker; the bucket frame is a rectangular bucket-shaped container, including: a front panel 1, a rear panel 2, a left panel 3, a right panel 4, and a bottom panel 5, which is an integrated structure; there is an opening above the bucket frame for placing food and taking out frozen food; The bottom plate is provided with a foot 6, a load-bearing platform 7, a rotating rod hole 8, a longitudinal force beam 9, and a transverse force beam 10.

[0013] The base feet are arranged below the four sides of the bottom plate, and are used to bear the gravity of the bucket frame and protect the ice maker; the load-bearing platform is a local thickening device in the center of the bottom plate, and is used to install the ice maker and bear the rotational force of the ice maker; the rotating rod hole is arranged in the center of the bottom plate load-bearing platform, and the hole is provided with a thread; the longitudinal force beam and the transverse force beam are devices for enhancing the strength of the bottom plate, and are used to protect the bottom plate from deformation when the ice maker rotates.

[0014] The ice lifter is of a spinning type, and by rotating the rotating rod, a lifting pressure is applied to the frozen product to separate the frozen product from the mold. The rotating rod includes a central axis rod 11, a top seat connecting rod 12, and a handle connecting rod 13. The central axis rod, the top connecting rod, and the handle connecting rod are an integrated structure. The central axis rod has a larger diameter than the top connecting rod, and the connecting portion thereof forms an upper step; the central axis rod has a larger diameter than the handle connecting rod, and the connecting portion thereof forms a lower step. The upper and lower steps are the transmission surfaces of the force of the ice lifter to spin and lift the frozen product.

[0015] The central axis rod has a screw thread on its outer edge, which is screwed to the rotating rod hole of the bucket frame bottom plate.

[0016] The top connecting rod is used to connect the top seat, and the top seat is a spherical arch structure. The top seat connecting rod is used to connect the top seat 14; the top seat connecting rod is provided with a top seat fixing hole 15 for fixing the top seat; the top seat includes: a top seat connecting rod hole 16, a top seat locking hole 17, and a top seat locking screw 18; if the diameter of the top connecting rod hole is larger than the diameter of the top connecting rod, after the top seat is embedded in the top connecting rod through the top seat connecting hole, the top seat and the top connecting rod are limitedly connected through the gasket and screw of the top seat locking screw; a certain gap is retained between the connected gasket and the plane of the top seat fixing hole.

[0017] The handle connecting rod is provided with screw threads for connecting the handle 19. The handle comprises a handle hole 20 and a handle fixing screw hole 21. The handle hole is provided with an internal thread, and the thread is used in pair with the connecting rod screw threads.

[0018] Installation of ice maker: 1. Screw the handle and the handle connecting rod together until the handle surface fits the lower step, and tighten the handle fixing screws.

[0019] 2. Use the handle to screw the center axis of the rotating rod into the rotating rod hole of the bottom plate.

[0020] 3. Connect the top and the top connecting rod through the top connecting rod hole, tighten the gasket and screws of the top seat locking screw. After the connection, the top seat can rotate on the top connecting rod and can make local limited sliding up and down. When rising, the top base contacts the upper step and bears force. When descending, the gasket of the top locking screw prevents the top from detaching.

[0021] Working conditions of ice maker: 1. Take the mold out of the refrigerator, place it on the table with the opening facing downward, and turn the handle clockwise to rotate the shaft so that the rotating force lifts the frozen product.

[0022] 2. When the top seat is lifting the frozen product, the upper step of the rotating rod pushes the top seat up, and at the same time, the frozen product presses the top seat so that the top seat does not rotate, thereby maintaining the integrity of the frozen product.

[0023] 3. When descending, turn the handle counterclockwise to drive the rotating rod to descend through the handle fixing screw, and the gasket of the top seat locking screw drives the top seat to descend.

[0024] Use of mold: 1.Pack the food to be frozen in plastic bags, put them into the bucket frame, and press them flat.

[0025] 2. Put the bucket frame into the refrigerator to freeze the food in the plastic bag into solid frozen products.

[0026] 3. Take out the bucket frame, place it on the table with the opening facing downwards, turn the handle clockwise, rotate the rod to push the frozen food out of the bucket frame, and store the frozen food in the refrigerator freezer.

[0027] 4. Turn the handle counterclockwise to the appropriate position, clean the bucket frame, dry it and store it for later use.

[0028] The mold has the following features: 1. The mold is designed to be in a rectangular bucket shape so that the expanded volume of the frozen product during freezing can be released toward the top, reducing the adhesion of the frozen product to the mold.

[0029] 2. Use metal or plastic as mold making material, the mold has a long service life.

[0030] 3. The mold also has the characteristics of simple component structure, easy use, and low production and use costs.

[0031] The above-mentioned preferred embodiments further describe the objects, technical solutions and advantages of the present invention in detail. It should be understood that the above-mentioned are only preferred embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. A frozen product mold with spinning demoulding, characterized in that: The mold is a bucket-shaped container; the mold is used to organize the frozen products in the refrigerator so that the frozen products become a flat bucket shape; the mold includes a bucket frame and an ice maker, and the bucket frame includes a front panel, a rear panel, a left panel, a right panel, a bottom plate, and an opening, which is an integrated structure; the ice maker is used to lift the frozen products out of the mold, is installed in the center of the bottom plate, and forms a frozen food mold together with the bucket frame.

2. The base plate according to claim 1, characterized in that: The bottom plate is provided with a base, a bearing platform, a rotating rod hole, a longitudinal force beam, and a transverse force beam. The base is arranged on the four sides of the bottom plate to bear the gravity of the bucket frame and protect the ice maker; the bearing platform, the longitudinal force beam, and the transverse force beam are local thickening devices for the bottom plate, which are devices for enhancing the strength of the bottom plate. The rotating rod hole is arranged in the center of the bottom plate, and the hole is provided with a thread.

3. The ice maker according to claim 1, characterized in that: The ice maker comprises: a rotating rod, a top seat, and a handle, and the top seat is lifted by rotating the handle on the rotating rod to demold the frozen product from the mold; the rotating rod comprises: a central axis rod, a top seat connecting rod, and a handle connecting rod, which are an integrated structure; the central axis rod is provided with screw threads; the top connecting rod is used to connect the top, and is provided with a top seat fixing hole, and its diameter is smaller than that of the central axis rod, and an upper step is formed at the connection portion; the handle connecting rod is used to connect the handle, and its rod surface is provided with screw threads, and the handle connecting rod has a smaller diameter than that of the central axis rod, and a lower step is formed at the connection portion; the top seat is a spherical arch structure, and is used for the top When the frozen product is taken out, the spherical contact surface of the frozen product is kept from rotating, including: a top seat connecting rod hole, a top seat locking hole, and a top seat locking screw; the handle is provided with a handle hole, and the handle includes: a handle hole, a handle fixing screw hole, and the handle hole is provided with a thread; the handle hole is screwed to the lower step of the handle connecting rod and fixed with the handle fixing screw hole; then the central axis rod is screwed to the rotating rod hole of the bottom plate of the bucket frame through the handle, and the top connecting rod after screwing is exposed in the center of the container; then the top seat is connected to the top seat connecting rod through the top connecting rod hole of the top seat, the gasket of the top seat locking screw, and the screw; and a spinning demolding frozen product mold is formed with the bucket frame.

Images