CN206586383U - A kind of mould for being used to manufacture Five-pointed star chilli oil chafing dish bottom flavorings - Google Patents

Abstract

The utility model relates to a mold for making five-pointed star-shaped red oil hot pot bottom material, which comprises an upper module, a lower module and a middle module. The middle module is correspondingly placed between the upper module and the lower module. There is a five-pointed star-shaped mold cavity on the surface. The middle module includes a cuboid-shaped left sub-mold and a cuboid-shaped right sub-mold. There are corresponding half-mold cavities inside the left sub-mold and right sub-mold respectively. The two half-mold cavities form a five-pointed star shape. Mold cavity; five injection holes corresponding to each corner of the mold cavity are opened on the upper module, and sealing columns are detachably fixed in the injection holes. The mold provided by the utility model can be used to make a pentagram-shaped solid red oil hot pot bottom material, which increases the viewing and interest of eating hot pot, and is convenient for diners to independently control the consumption of the red oil hot pot bottom material.

Description

A mold for making five-pointed star-shaped red oil hot pot bottom material

technical field

The utility model relates to the technical field of moulds, in particular to a mold used for manufacturing five-pointed star-shaped red oil hot pot bottom material.

Background technique

Hot pot is one of the delicacies that people like very much in daily life. The existing red oil chafing dish bottom material is all directly poured into the chafing dish pot in liquid form, which lacks interest. If the hot pot bottom material is made into solid shapes such as geometric shapes, animal shapes, flower shapes, etc., when eating hot pot, put it in the hot pot pot, and add it by heating a little bit to melt, not only can control the amount, but also will not cause waste, and also It is ornamental and interesting.

Utility model content

The technical problem to be solved by the utility model is to provide a mold for manufacturing the pentagram-shaped red oil hot pot bottom material, and use the mold to make the liquid red oil hot pot bottom material into a solid state for use.

In order to solve the above-mentioned technical problems, the utility model provides the following technical solutions: a mold for making five-pointed star-shaped red oil hot pot bottom material, including a cube-shaped upper module, a cube-shaped lower module corresponding to the upper module, and an upper module. The cube-shaped middle module corresponding to the module, the middle module is placed between the upper module and the lower module. mold, cuboid-shaped right sub-mold, the inner side of the left sub-mold and the right sub-mold are respectively provided with corresponding half-mold cavities, and the two half-mold cavities form a five-pointed star-shaped mold cavity; the upper module is provided with five and Injection holes corresponding to each corner of the mold cavity, in which a sealing column is detachably fixed;

The left sub-mold and the right sub-mold are respectively fixed on the lower module by first countersunk screws, and the first through holes corresponding to the first countersunk screws are respectively opened on the left sub-mold and the right sub-mold. A first blind hole corresponding to the first countersunk screw is opened on the lower module;

The upper module, the middle module, and the lower module are detachably fixedly connected by second countersunk screws located at four corners, and the upper module and the middle module are respectively provided with second channels corresponding to the second countersunk screws. The lower module is provided with a second blind hole corresponding to the second countersunk screw.

On the basis of the above scheme, the upper surface of the middle module is embedded with a square groove, and the upper surfaces of the left sub-mold and the right sub-mold are respectively provided with rectangular half-grooves, and the two half-grooves form a groove. The half-mold cavities of the left and right sub-moulds are respectively embedded in the corresponding half-grooves; the bottom surface of the upper module extends downwards with a pressing block corresponding to the groove, and the injection hole penetrates from the top surface of the upper module to the bottom of the block.

Compared with the prior art, the utility model has the beneficial effects that: the mold provided by the utility model fixes the left sub-mold and the right sub-mold of the middle module on the lower module, and the lower surface of the left sub-mold and the right sub-mold are connected with the lower module. The upper surface is sealed and attached, and the five-pointed star-shaped mold cavity is assembled by using the left sub-mold and the right sub-mold, and then the upper module is fixed to the middle and lower modules by sealing the bottom surface of the middle module to the top surface of the middle module, then The injection hole is connected with the mold cavity, take out the sealing column in the injection hole, and then install the delivery tube on the injection hole to realize the injection of liquid red oil hot pot bottom material into the cavity. The tube is removed, the sealing column is installed, and the whole mold is frozen under low temperature conditions to form a five-pointed star-shaped solid red oil hot pot bottom material. Take out the mold, remove the upper module, and then remove the left and right sub-moulds of the middle module from the lower module respectively, and then the five-pointed star-shaped solid red oil hot pot bottom material can be taken out. Using this module, it is possible to manufacture a five-pointed star-shaped solid red oil hot pot base, which increases the viewing and interest of eating hot pot, and is convenient for diners to independently control the amount of red oil hot pot base used.

Description of drawings

Fig. 1 is the structural schematic diagram under the split state of the utility model;

Fig. 2 is a schematic diagram of the upper module, the middle module and the lower module of the utility model fixedly connected by the first countersunk screw and the second countersunk screw;

Fig. 3 is a schematic diagram of the upward viewing angle of the upper module of the utility model;

Fig. 4 is a schematic diagram of the module structure in the utility model;

Fig. 5 is a schematic diagram of the top view angle of the module in the utility model;

Fig. 6 is a structural schematic view of the left sub-mould and the right sub-mould of the utility model.

The marks in the figure are: 1-upper module, 11-injection hole, 12-sealing column, 13-briquetting block, 2-middle module, 21-cavity, 211-half cavity, 22-left sub-mold, 23- Right sub-mould, 24-groove, 241-half groove, 3-lower module, 4-first countersunk screw, 41-first through hole, 42-first blind hole, 5-second countersunk screw, 51-the second through hole, 52-the second blind hole.

detailed description

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

Referring to Fig. 1 to Fig. 6, it can be known that a mold for making five-pointed star-shaped red oil chafing dish bottom material comprises a cube-shaped upper module 1, a cube-shaped lower module 3 corresponding to the upper module 1, and a cube-shaped lower module 3 corresponding to the upper module 1. The corresponding cube-shaped middle module 2, the middle module 2 is placed between the upper module 1 and the lower module 3, the middle part of the middle module 2 is provided with a five-pointed star-shaped mold cavity 21 that runs through the upper and lower surfaces, and the middle module 2 It includes a cuboid-shaped left sub-mold 22 and a cuboid-shaped right sub-mold 23. The inner sides of the left sub-mold 22 and the right sub-mold 23 are respectively provided with corresponding half-mold cavities 211, and the two half-mold cavities 211 form a complete five-pointed star. Shaped cavity 1.

The upper surface of the middle module 2 is embedded with a square groove 24, and the upper surfaces of the left sub-mold 22 and the right sub-mold 23 are respectively provided with a rectangular half-groove 241, and the two half-groove 241 form a groove 24. The half mold cavities 211 of the left sub-mold 22 and the right sub-mold 23 are respectively embedded in the corresponding half grooves 241 .

The upper module 1 is provided with five injection holes 11 corresponding to the corners of the mold cavity 21, and the bottom surface of the upper module 1 extends downwards with a briquetting block 13 corresponding to the groove 24. The injection holes 11 penetrates from the top surface of the upper module 1 to the bottom surface of the pressing block 13, and the sealing column 12 is connected with the sealing thread in the injection hole 11.

A complete five-pointed star-shaped mold cavity 21 is formed by the two corresponding half mold cavities 211, which is convenient for dismantling and taking out the base material after the solid red oil hot pot base material is manufactured. Through the cooperation of the pressing block 13 of the upper module 1 and the groove 24 of the middle module 2, the bottom surface of the pressing block 13 is sealed and attached to the surface of the five-pointed star-shaped mold cavity 21, which is helpful for injection and shaping in the mold cavity 21.

The left sub-mold 22 and the right sub-mold 23 are respectively fixed on the lower module 3 by the first countersunk head screws 4, and the left sub-mold 22 and the right sub-mold 23 are respectively provided with holes corresponding to the first countersunk head screws 4. A first through hole 41 , a first blind hole 41 corresponding to the first countersunk screw 4 is opened on the lower module 3 . The first countersunk screw 4 is used to thread through the first through hole 41 of the middle module and then threadedly connected to the first blind hole 42 of the lower module 3, so that the left sub-mould 22 and the right sub-mould 23 are respectively stably and sealed fixed on the lower module. on module 3.

The upper module 1, the middle module 2, and the lower module 3 are detachably fixedly connected by the second countersunk screws 5 located at the four corners, and the upper module 1 and the middle module 2 are provided with the second countersunk screws respectively. 5 corresponding to the second through hole 51 , and the second blind hole 52 corresponding to the second countersunk screw 5 is opened on the lower module 3 . Use the second countersunk screw 5 to thread through the second through hole 51 of the upper module 1 and the middle module 2 and then fit in the second blind hole 52 of the lower module 3 in a threaded manner to realize the upper module 1 and the middle module 2 , The fixed connection of the lower module 3.

The left sub-mold 22 and the right sub-mold 23 of the middle module 2 are fixed on the lower module 3, the lower surfaces of the left sub-mold 22 and the right sub-mold 23 are sealed and bonded to the upper surface of the lower module 3, and the left sub-mold 22 and the right sub-mold are used 23 Assemble the five-pointed star-shaped mold cavity 21, and then fix the upper module 1 to the middle module 2 and the lower module 3 by sealing the bottom surface of the upper module 1 to the top surface of the middle module 2, and then the injection hole 11 is connected to the mold cavity 21 Pass, take out the sealing column 12 in the injection hole 11, install it on the injection hole 11 with the delivery tube, then use the delivery tube to inject the liquid red oil hot pot bottom material into the mold cavity 21, after the injection is completed, put the The feeding pipe is removed, the sealing column 12 is installed, and the whole mold is placed in a low-temperature condition for freezing treatment to form a five-pointed star-shaped solid red oil hot pot bottom material.

Then take out the mold, pull down the upper module 1, then remove the left sub-mold 22 and the right sub-mold 23 of the middle module 2 from the lower module 3 respectively, and then you can take out the five-pointed star-shaped solid red oil hot pot bottom material.

Using this module, it is possible to manufacture a five-pointed star-shaped solid red oil hot pot base, which increases the viewing and interest of eating hot pot, and is convenient for diners to independently control the amount of red oil hot pot base used.

Claims (2)

1. A mold for making five-pointed star-shaped red oil hot pot bottom material is characterized in that: it comprises a cube-shaped upper module, a cube-shaped lower module corresponding to the upper module, and a cube-shaped middle module corresponding to the upper module , the middle module is correspondingly placed between the upper module and the lower module, the middle part of the middle module is provided with a five-pointed star-shaped mold cavity that runs through the upper and lower surfaces, and the middle module includes a cuboid-shaped left sub-mould and a cuboid-shaped right sub-mould, The inside of the left sub-mold and the right sub-mold are respectively provided with corresponding half-mold cavities, and the two half-mold cavities form a five-pointed star-shaped mold cavity; five injection holes corresponding to the corners of the mold cavity are opened on the upper module. A material hole, a sealing column is detachably fixed in the material injection hole; The left sub-mold and the right sub-mold are respectively fixed on the lower module by first countersunk screws, and the first through holes corresponding to the first countersunk screws are respectively opened on the left sub-mold and the right sub-mold. A first blind hole corresponding to the first countersunk screw is opened on the lower module; The upper module, the middle module, and the lower module are detachably fixedly connected by second countersunk screws located at four corners, and the upper module and the middle module are respectively provided with second channels corresponding to the second countersunk screws. The lower module is provided with a second blind hole corresponding to the second countersunk screw. 2. The mold for making five-pointed star-shaped red oil hot pot bottom material according to claim 1, characterized in that: the upper surface of the middle module is embedded with a square groove, and the upper surfaces of the left sub-mold and the right sub-mold are There are rectangular half-grooves on the top respectively, two half-grooves form a groove, and the half-mold cavities of the left and right sub-moulds are respectively embedded in the corresponding half-grooves; the bottom of the upper module extends downwards A briquetting block corresponding to the groove is produced, and the injection hole penetrates from the top surface of the upper module to the bottom surface of the briquetting block.