TWI682365B - Freezing storage device and now-made ice vending machine - Google Patents

Abstract

A ready-made ice vending machine has a freezing storage device and an ice crusher. The freezing storage device has a plurality of pushing plates, a transmission component, a transmission component, a rail component, and a temperature control unit. The pushing plates are parallel to each other, the driving assembly drives the pushing plates, and the track assembly spirally surrounds the pushing plates. The freezing storage device can store and supply ice cubes to the ice crusher. In this way, the objects on the rail assembly can be pushed when the push plate is detoured along the track assembly, so even when the moisture condenses and the items are stuck to the push plate, the items will still be driven by the push plate for freezing storage The device can feed smoothly, so the ice vending machine can store ice cubes, and then break the ice cubes to make ice cubes.

Description

Freezing storage device and now-made ice vending machine

This creation is about a storage device and a vending machine, especially a storage device with a freezing effect and an ice vending machine.

There are various vending machines in the prior art. The most common vending machines for drinks and snacks have recently appeared in vending machines for selling cooked food. The beverage vending machine has a cold room, and all drinks are contained in the cold room, and the drinks are stacked on top of each other. When a consumer chooses one of the beverages, the lower opening of the beverage opens, allowing it to expel a beverage through gravity and finally drop to the fetching port. In a snack vending machine, snacks are placed on a spiral frame, and each circle of the spiral frame is placed with a snack. When consumers buy snacks, the screw rack will turn, so the snacks can be moved, and finally fall to the mouth. And the way of supply of cooked food vending machines is probably not out of the scope as mentioned above. Therefore, no matter what kind of vending machine, the temperature of the space in which the items are stored is higher than the freezing point, otherwise the moisture in the vending machine will freeze the goods after condensation, so there is no vending machine selling ice products on the market. .

In view of this, it is a problem that the industry urgently needs to solve to propose a better improvement plan.

The main purpose of this creation is to propose a freezing storage device that can be used to store and supply raw materials, food materials, articles, etc. below freezing point.

In order to achieve the above purpose, the freezing storage device proposed in this work can transport ice cubes, food materials, or storage cups, and can be installed in a ready-made ice vending machine, and has: a housing with a discharge Mouth; a track assembly, which is provided in the housing and spirally extends around and has a discharge end, the discharge end is adjacent to the discharge port of the housing, the track assembly can supply the ice cube Or the food material or the storage cup slides on the track assembly; a plurality of pushing plate bodies, which are provided in the housing and are surrounded by the track assembly, and the plurality of pushing plate bodies can surround the inner side of the track assembly Move, and can push the ice cube, the food material, or the storage cup on the track assembly to slide along the track assembly; a transmission assembly, which is arranged in the housing, and connects and drives the plurality of pushing plate bodies Move around; and a temperature control unit, which is connected to the housing and keeps the inside of the housing below freezing point.

The main purpose of this creation is to propose a fresh ice vending machine that can store ice cubes, ingredients, and lunch boxes, and can make and sell ice products. It has: a bowl storage device that can store and supply the ice cream The bowl of the lunch box; a freezing storage device as described above, which can store and supply the ice cubes an ice crusher, which can receive the ice cubes and make the ice cubes into crushed ice; at least one food storage A device that can store and supply the food; a conveying device that passes through the bowl storage device, the ice crusher, and the at least one food storage device; and a housing that has an intake port; the bowl The storage device, the ice crusher, the at least one food storage device, and the conveying device are located in the housing; wherein, the conveying device can receive the bowl supplied by the bowl storage device and move the bowl to The ice crusher receives the crushed ice, moves the bowl to the at least one food storage device to receive the food, and moves the bowl to the extraction port of the housing.

Therefore, the advantage of the present invention is that when the stored items (such as a storage cup) are provided between the pushing plate body and the rail assembly, the pushing plate body can push the items on the rail assembly when it circulates along the track assembly For example, the storage cup, so even when the moisture condenses and the item is stuck to the pushing plate, the item will still be driven by the pushing plate, so that the frozen storage device can smoothly feed. Furthermore, the freezing storage device is applicable to an existing ice vending machine, so the ice vending machine can store ice cubes, and then break the ice cubes into ice products.

In the freezing storage device as described above, the transmission assembly has: two rotation shafts, which are disposed in the housing and the track assembly surrounds the two rotation shafts, and the two-axis moving shafts are parallel to each other; at least one belt body, the at least one A belt body is sleeved on the two rotation shafts and driven by one of the rotation shafts; the plurality of pushing plates are fixed on the at least one belt body.

In the aforementioned freezing storage device, the track assembly spirally extends up and down in a plurality of turns, and each of the plurality of pushing plates extends up and down, and extends from the uppermost circle of the track assembly to the track assembly The bottom circle.

In the freezing storage device as described above, each of the plurality of pushing plate bodies has: a bottom plate portion, which is fixed on the transmission assembly; and two partition plate portions, which are fixed on both side edges of the bottom plate portion, And set apart from each other.

In the freezing storage device as described above, the track assembly has: a lower track bar, which surrounds the plurality of pushing plates and extends spirally around, and can bear against the ice cube, the food material, or the The bottom surface of the storage cup; and a side rail rod, which surrounds the plurality of pushing plates and extends spirally around, and can abut the lateral side of the ice cube or the food material or the storage cup.

As mentioned above, the freezing storage device further has a defrosting tank, which is located outside the casing and adjacent to the discharge port of the casing.

In the freezing storage device described above, the defrosting tank contains water.

As mentioned above, the now-made ice-cream vending machine can store sauce, and it further has at least one sauce storage device, which can store the sauce; the conveying device further passes through the at least one sauce storage device Below, and when the bowl is moved to the at least one sauce storage device by the conveying device, the at least one sauce storage device supplies the sauce to the bowl.

As described above in the current ice-making machine, the ice crusher has: an ice crusher body, which is fixed above the conveying device; a receiving tube, which has a first end and a second end, The first end is connected to the body of the ice crusher, the opening of the second end faces upward; and a closure cap, which selectively closes the opening of the second end of the receiving tube.

As mentioned above, in the current ice-making vending machine, there is a clamping device with a clamping claw that can put the ice cube into the ice crusher.

As described above in the current ice-making vending machine, the gripping device can be moved to an inlet of the housing adjacent to the freezing storage device.

As mentioned above, the now-made ice-cream vending machine further has a lid storage device, which is arranged in the housing and can store and supply the lid of the lunch box; the conveying device passes through the lid storage device; wherein When the bowl body is moved to the lid body storage device by the conveying device, the lid body storage device provides the lid body to the bowl body and fixes the lid body to the bowl body.

1‧‧‧Freezing storage device

11‧‧‧Housing

12‧‧‧ Transmission components

121‧‧‧Rotation axis

122‧‧‧Body

13‧‧‧Push the board

131‧‧‧Bottom board

132‧‧‧Partition

133‧‧‧Upper fixing

134‧‧‧Lower fixing

14‧‧‧ track assembly

140‧‧‧feeding end

141‧‧‧lower track rod

142‧‧‧Side track rod

15‧‧‧Temperature control unit

16‧‧‧ Thawing tank

2‧‧‧Housing

20‧‧‧ Take the mouth

3‧‧‧ Bowl storage device

4‧‧‧ ice crusher

41‧‧‧Crusher body

42‧‧‧Receiving tube

43‧‧‧Seal cap

5‧‧‧Food storage device

6‧‧‧ Cover storage device

7‧‧‧Conveying device

8‧‧‧Sauce storage device

81‧‧‧Storage tank

82‧‧‧Connecting pipe

9‧‧‧ gripping device

91‧‧‧jaw

A‧‧‧Storage cup

B‧‧‧ Bowl

C‧‧‧cover

Figure 1 is a three-dimensional schematic diagram of the current ice maker.

FIG. 2 is a schematic side view of the creation of the frozen storage device installed in a current ice vending machine.

Figure 3 is a schematic rear view of the ice-making machine that is currently being created.

Fig. 4 is a schematic side view of the other side of the currently-made ice-cream vending machine.

FIG. 5 is a perspective schematic view of a pushing plate body and a track assembly provided in the created freezing storage device.

Fig. 6 is a schematic top view of the setting of the frozen storage device created in this invention.

7 is a schematic cross-sectional view of a pushing plate body and a track assembly provided in the created freezing storage device.

FIG. 8 is an exploded schematic view of the push plate body and track assembly provided in the created freezing storage device.

FIG. 9 is another schematic cross-sectional view of the pushing plate body and the track assembly provided in the created freezing storage device.

Figure 10 is a schematic diagram of the action of the ice crusher of the current ice vending machine.

Please refer to Figures 1 to 4 first. This creation proposes a freezing storage device 1 and a ready-made ice vending machine having the freezing storage device 1, and specifically, it is a shaved ice vending machine.

It is now an ice vending machine that can store ice cubes, ingredients, and lunch boxes, and can make and sell ice products. The meal box includes a bowl B and a lid C. In addition to the aforementioned freezing storage device 1, the existing ice-cream vending machine also has a housing 2, a bowl storage device 3, an ice crusher 4, at least one food material storage device 5, a lid storage device 6, and a conveying device 7. At least one sauce storage device 8 and clamping device 9. The bowl storage device 3, the ice crusher 4, at least one food storage device 5, the lid storage device 6, the conveying device 7, the sauce storage device 8, and the gripping device 9 are all located in the housing 2. The housing 2 has an access port 20.

Then please refer to FIG. 2, FIG. 5 and FIG. 6. The freezing storage device 1 can store ice cubes or food materials, and has a housing 11, a transmission assembly 12, a plurality of pushing plate bodies 13, a track assembly 14, and a temperature control unit 15, and can further have a Thaw tank 16. In this embodiment, ice cubes or food materials can be placed in the storage cup A, and a plurality of storage cups A are arranged on the rail assembly 14 and driven by the pushing plate body 13 so that the storage cup A can be placed on the rail assembly 14 Slide up, and the following is shown with ice cubes in the content of storage cup A Illustrative example. However, in other embodiments, the ice cubes or food materials may not be contained in the storage cup A, but are directly driven by the pushing plate body 13 on the rail assembly 14, or may have a container or package covering the ice cubes or food materials.

The casing 11 is formed with a material outlet and a material inlet. The transmission assembly 12, the pushing plate 13, the track assembly 14, and the temperature control unit 15 are disposed in the housing 11, and the storage cup A can be moved into the housing 11 from the feeding port of the housing 11 to move on the rail assembly 14. , Can also be removed from the outlet of the housing 11. The housing 11 further has two gates, which selectively close the outlet and inlet respectively. However, as long as the purpose of closure can be achieved, the gate is not limited. In this embodiment, the outlet is lower than the inlet, but not limited to this.

Then please refer to FIG. 6 and FIG. 7. The transmission assembly 12 may have two rotating shafts 121 and at least one belt 122. For example, in this embodiment, there are three belts 122 in total. The two rotating shafts 121 are both disposed in the casing 11 and the two rotating shafts are parallel to each other. Each belt 122 is sleeved on the two rotating shafts 121, so that when the rotating shaft 121 rotates, the belt 122 can be driven around. The pushing plate 13 is fixed on the belt 122. In this embodiment, the belt body 122 is a chain, and there are three chains in total, and the three chains are sleeved on the transmission shaft in parallel in an upper, lower and middle manner. However, the structure and number of the belt 122 are not limited thereto.

Then please refer to FIG. 7 to FIG. 9. The pushing plates 13 are parallel to each other and are connected to the transmission assembly 12 to be driven by the transmission assembly 12. Each pushing plate body 13 extends vertically. In this embodiment, each of the plurality of pushing plate bodies 13 has a bottom plate portion 131, two partition plate portions 132, an upper fixing member 133, and a lower fixing member 134. The bottom plate portion 131 may be a flat plate or an arc-shaped plate body, and the bottom plate portion 131 is fixed on the transmission assembly 12, specifically, on the belt 122. The two partition parts 132 are fixed on the two sides of the bottom plate 131 respectively. In this embodiment, the upper fixing member 133 and the lower fixing member 134 may be L-shaped pieces, but not limited thereto. One side of the upper fixing member 133 is fixed above the belt 122, and the other side is fixed on the bottom plate portion 131; one side of the lower fixing member 134 is fixed below the belt body 122, and the other side is fixed on the bottom plate portion 131. Through the upper fixing member 133 and the lower fixing member 134, the pushing plate body 13 can be stably fixed on the belt body 122.

Then please refer to FIG. 2 and FIG. 5. The track assembly 14 spirally surrounds the plurality of pushing plates 13 and the two rotating shafts 121 and the belt 122 of the transmission assembly 12. Specifically, the track assembly 14 spirally extends up and down in a plurality of turns, and the uppermost circle of the track assembly 14 corresponds to the upper end of the push plate 13, and the lowermost circle of the track assembly 14 corresponds to the push plate 13. Lower end. In other words, the height of the track assembly 14 corresponds to the length of each pushing plate body 13, and the pushing plate body 13 passes through each turn of the track assembly 14. The rail assembly 14 may have a discharge end and a feed end 140, and a plurality of surrounding portions. The discharge end is the lower end of the rail assembly 14 and corresponds to the discharge opening of the casing 11, and the discharge end 140 is the upper end of the rail assembly 14 and corresponds to the intake opening of the casing 11. In this embodiment, the feed end 140 further extends out of the feed port of the housing 11. In other words, in this embodiment, the inlet end 140 of the track assembly 14 is higher than the outlet end, but not limited to this.

The rail assembly 14 has a lower rail bar 141 and a side rail bar 142. The lower rail 141 spirally extends around and surrounds the plurality of pushing plates 13, and can abut against the bottom surface of ice cubes, food ingredients, or the storage cup A. The side rail bar 142 spirally extends around and surrounds the plurality of pushing plate bodies 13 so as to be able to abut on the lateral side of the ice cube, food material, or storage cup A. In other words, in the same turn, the lower rail bar 141 is higher than the side rail bar 142. The distance of the side rail bar 142 relative to the pushing plate body 13 is greater than the distance of the lower rail bar 141 of the same surrounding portion relative to the pushing plate body 13.

Please refer to Figure 9 as well. A plurality of storage cups A are disposed on the rail assembly 14 and between the rail assembly 14 and the plurality of pushing plate bodies 13, whereby each storage cup A is pushed by one of the pushing plate bodies 13. Ice cubes or ingredients can be stored in multiple storage cups A. In this embodiment, each storage cup A is located between the two partition plates 132 of the same pushing plate body 13 and on the lower rail bar 141 of the surrounding part, and the side rail bar 142 of the surrounding part and the pushing plate body 13 Between the bottom plate 131. Therefore, each storage cup A is abutted between the two partition plates 132, on the lower rail bar 141, between the side rail bar 142 and the bottom plate 131, and can be stably fixed and moved on the rail assembly 14.

Since the pushing plate body 13 extends up and down, and the track assembly 14 extends spirally, the paths of the two are staggered multiple times. When the storage cup A is set on the track assembly 14 and driven by the pushing plate body 13, even if the storage cup A is frozen on the track assembly 14 or the pushing plate body 13, the pushing plate body 13 will destroy the generated The frost place makes the storage cup A move continuously. Specifically, if it is left standing for a period of time, the storage cup A is frozen on the track assembly 14 and the storage cup A is toggled when the plate body 13 is pushed, so the frost can be destroyed and the storage cup A can be moved. On the other hand, if the storage cup A is frozen on the pushing plate body 13, since the track assembly 14 is spirally extended, the pushing plate body 13 extends diagonally. At this time, the storage cup A frozen on the pushing plate body 13 can only move horizontally with the pushing plate body 13, and after moving a certain distance, it will abut against the lower side of the rail assembly 14 located above, so it can be returned to normal On the path.

The temperature control unit 15 is used to control the temperature in the housing 11 so that the temperature can be suitable for storing ice cubes.

The defrosting tank 16 is located outside the casing 11 and adjacent to the discharge port of the casing 11 to receive the removed storage cup A and the ice cubes in the storage cup A. Specifically, the defrosting tank 16 has a tank body, a moving mechanism, an inlet, and an outlet. The moving mechanism is located in the tank, and the inlet and outlet are located at opposite ends of the tank. The inlet more corresponds to the outlet of the housing 11, and in this embodiment, the inlet is located directly below the outlet. With respect to the rear side of the housing 11, one end of the defrosting tank 16 is more protruding, and the outlet is located at the protruding end of the defrosting tank 16. The defrosting tank 16 can contain water. Thereby, the storage cup A containing ice cubes can enter the tank body from the inlet of the defrosting tank 16 and be driven by the moving mechanism to pass through the tank body, and then move out of the tank body from the outlet of the defrosting tank 16. In the process of passing through the tank, the storage cup A containing ice cubes will be soaked in water, so the water can heat the storage cup A to prevent the ice cubes from freezing on the storage cup A. However, the defrosting tank 16 does not melt ice. In other embodiments, the defrosting tank may have a heating tube or a microwave generator.

Then please refer to FIGS. 2 to 4. In this embodiment, the conveying device 7 of the current ice-cream vending machine passes under the bowl storage device 3, under the ice crusher 4, and under at least one food storage device 5 Square, under the lid storage device 6, and under the sauce storage device 8. One end of the conveying device 7 is adjacent to the retrieving port 20 of the housing 2, but not limited to this, the conveying device 7 may also pass through the inside of the retrieving port 20, or may extend from the end to the retrieving port 20. In other embodiments, the conveying device 7 can also pass through the bowl storage device 3, the ice crusher 4, the food storage device 5, the lid storage device 6, and/or the sauce storage device 8 above or laterally, or Through this element.

The bowl storage device 3 is used to store and supply the bowls B of the lunch box, and specifically it can store multiple bowls B, and can separate the multiple bowls B to supply one bowl at a time during the supply B.

Then please refer to Figure 10 together. The ice crusher 4 is used to receive ice cubes and make the ice cubes into crushed ice. In this embodiment, the ice crusher 4 has an ice crusher body 41, a receiving tube 42, and a sealing cap 43, but in other embodiments, it may not have the receiving tube 42, or may not have the receiving tube 42 and the sealing cap 43 . The ice crusher body 41 is fixed above the conveying device 7. The receiving tube 42 has a first end and a second end, the first end is connected to the ice crusher body 41, the second end is an open end, and the opening thereof faces upward. The sealing cap 43 selectively covers the opening of the second end of the receiving tube 42.

The food material storage device 5 is used to store and supply food materials. The food ingredients can be common ingredients such as fruits, powder balls, etc., and can be stored in the food material storage device 5 in one serving for each of these food ingredient ingredients, and one serving at a time, so each serving contains multiple food ingredients. In this embodiment, there may be two food storage devices 5. The structure of the food storage device 5 may be similar to that of the frozen storage device 1, but it may have other structures without being limited thereto.

The lid storage device 6 is used to store and supply the lid C of the lunch box, and specifically it can store a plurality of lids C, and can separate the plurality of lids C and supply one lid at a time during the supply C.

The sauce storage device 8 can store sauce. The sauce storage device 8 has a storage tank 81 and a connecting tube 82; one end of the connecting tube 82 is a connecting end, which is connected to the lower end of the storage tank 81; and the other end of the connecting tube 82 is a feeding end, which extends downward and faces输装置7。 Transport device 7. In this embodiment, there are a plurality of sauce storage devices 8, for example, two. The feeding ends of the connecting pipes 82 of the plurality of sauce storage devices 8 are mutually Adjacent and within the size range of a bowl B, whereby multiple sauce storage devices 8 can simultaneously supply sauce to the same bowl B.

The clamping device 9 may have a clamping jaw 91, but not limited thereto. The jaw 91 is movable and rotatable. The clamping claw 91 is used to grip the storage cup A of the freezing storage device 1 and pour the ice cubes in the storage cup A into the ice crusher 4. The gripping device 9 can be moved to an inlet of the housing 11 adjacent to the freezing storage device 1. In this embodiment, the inlet end 140 of the track assembly 14 of the freezing storage device 1 extends out of the inlet of the housing 11 of the freezing storage device 1, so when the gripping device 9 moves to the inlet of the housing 11 The storage cup A can be placed on the feeding end 140, so the storage cup A can enter the freezing storage device 1 again through the feeding port.

Through the above-mentioned structure, the present-made ice-cream vending machine can supply ice products of various flavors. After consumers choose one of these flavors, they now make ice cream vending machines and start making ice cream.

First, the bowl storage device 3 supplies a bowl B to the conveying device 7, and the conveying device 7 conveys the bowl B to the ice crusher 4. At the same time, the transmission assembly 12 of the freezing storage device 1 drives and pushes the plate body 13. Thereby, the pushing plate body 13 is located around the track assembly 14 and the pushing plate body 13 pushes the plurality of storage cups A provided on the track assembly 14 to move along the track assembly 14 and moves the plurality of storage cups A out of the shell The outlet of the body 11. After one of the storage cups A is removed from the discharge port of the housing 11, the transmission assembly 12 stops, and the removed storage cup A enters the defrosting tank 16. Subsequently, the storage cup A moves in the tank body of the defrosting tank 16, and it is defrosted while moving.

When the storage cup A is moved to the outlet of the defrosting tank 16, the storage cup A can be moved out of the outlet of the defrosting tank 16 and then gripped by the gripping device 9, or the gripping device 9 extends into the outlet to take out the storage cup A. Subsequently, the gripping device 9 moves the storage cup A to the ice crusher 4, the sealing cover 43 of the ice crusher 4 is opened, and then the storage cup A is poured to pour the ice cubes in the storage cup A into the crushed ice Inside the receiving tube 42 of the machine 4.

Then, the ice cubes are crushed into ice by the ice crusher 4 and fall on the bowl B, and then the conveying device 7 moves the bowl B containing the crushed ice to the food storage device 5 to receive a portion of the food and move it to the sauce storage The device 8 receives a sauce and moves to the lid storage device 6 to receive a lid C, thereby making an ingredient Rich and fully packaged ice products. Finally, the ice products are transported to the picking port 20 of the housing 2 for consumers to use.

In this embodiment, after the ice cubes in the storage cup A are poured out, the storage cup A will be put back into the freezing storage device 1 by the gripping device 9 again, but it can also be placed in the recovery area in other embodiments Focus. In other embodiments, each of the plurality of pushing plate bodies 13 has only one partition portion 132 which is fixed on the transmission assembly 12, and the partition portion 132 of each pushing plate body 13 and the other pushing plate body 13 partition The portions 132 are arranged at intervals; there is a partition portion 132 between two adjacent storage cups A. In the embodiment with only one baffle portion 132, another difference is that the track assembly 14 can place the storage cup A alone without the auxiliary positioning of the pushing plate 132. In other embodiments, the existing ice-cream vending machine may not have the sauce storage device 8, and the sauce is stored in the food storage device 5 together with the food ingredients and ingredients. On the other hand, the freezing storage device 1 is not limited to use in ice vending machines, but can be used in any field requiring frozen storage items; in other words, the rail assembly 14 is not limited to only the storage cup A, It can also be used to place ice cubes or food materials, and the pushing plate 13 is directly used to push the ice cubes or food materials on the rail assembly 14. In other words, the ice cubes or food materials can also be pushed by the plate body 13 directly on the rail assembly 14.

In summary, when the items stored in the freezing storage device 1 (for example, the storage cup 15) are disposed between the pushing plate body 13 and the rail assembly 14, the pushing plate body 13 detours along the rail assembly 14 The items on the track assembly 14 can be pushed, so even when the moisture condenses and the items are stuck on the track assembly 14, the items will still be driven by the pushing plate 13, so that the frozen storage device 1 can be smoothly fed. Furthermore, the freezing storage device 1 is applied to an existing ice vending machine, so the ice vending machine can store ice cubes, and then break the ice cubes to make ice products.

122‧‧‧Body

13‧‧‧Push the board

131‧‧‧Bottom board

132‧‧‧Partition

14‧‧‧ track assembly

141‧‧‧lower track rod

142‧‧‧Side track rod

A‧‧‧Storage cup

Claims (9)

A freezing storage device capable of conveying ice cubes, foodstuffs, or storage cups, the freezing storage device has: a housing with a discharge opening; a rail assembly which is arranged in the housing and is spirally It extends around and has a discharge end, the discharge end is adjacent to the discharge port of the housing, the track assembly can allow the ice cube or the food material or the storage cup to slide on the track assembly; a plurality of The pushing plate body is arranged in the casing and is surrounded by the track assembly. The plurality of pushing plate bodies can move around along the inner side of the track assembly and can push the ice cubes, the foodstuffs on the track assembly, Or the storage cup slides along the track assembly; a transmission assembly, which is provided in the casing, and connects and drives the plurality of pushing plates to move around; the transmission assembly has: two rotating shafts, which are arranged in the casing In the body and the track assembly surrounds the two rotating shafts, the two rotating shafts are parallel to each other; and at least one belt body, the at least one belt body is sleeved on the two rotating shafts and is driven by one of the rotating shafts; the plurality of pushes The plate body is fixed on the at least one belt body; and a temperature control unit is connected to the housing and keeps the inside of the housing below freezing point. The freezing storage device according to claim 1, wherein the track assembly spirally extends up and down in a plurality of turns, and each of the plurality of pushing plates extends up and down, and extends from the uppermost circle of the track assembly to The bottom circle of the track assembly. The freezing storage device according to claim 1, wherein each of the plurality of pushing plate bodies has: a bottom plate portion, which is fixed to the transmission assembly; and two partition plate portions, which are respectively fixed to two of the bottom plate portion Side edges, and spaced from each other. The freezing storage device according to any one of claims 1 to 3, wherein the rail assembly has: a lower rail bar, which surrounds the plurality of pushing plates, extends spirally around, and can bear against The ice cube, the food material, or the bottom surface of the storage cup; and a side rail rod, which surrounds the plurality of pushing plates and extends spirally around, and can bear against the ice cube or the food material or The lateral side of the storage cup. The freezing storage device according to any one of claims 1 to 3, further comprising a defrosting tank, which is located outside the housing and adjacent to the discharge port of the housing; the defrosting tank can hold water. A fresh ice vending machine, which can store ice cubes, ingredients, lunch boxes, and can make and sell ice products; the fresh ice vending machine has: a bowl storage device, which can store and supply A bowl that should serve as a lunch box; a freezing storage device that can store and supply the ice cubes; the freezing storage device has: a housing with a discharge opening; a track assembly that is provided in the housing, And spirally extends around and has a discharge end, the discharge end is adjacent to the discharge port of the housing, the track assembly can allow the ice block to slide on the track assembly; a plurality of pushing plate body, It is arranged in the housing and is surrounded by the track assembly. The plurality of pushing plates can move around along the inner side of the track assembly and can push the ice block on the track assembly to slide along the track assembly; a A transmission component, which is arranged in the casing, and connects and drives the plurality of pushing plates to move around; and a temperature control unit, which is connected to the casing and keeps the casing below freezing point; an ice crusher , Which can accept the ice cube and make the ice cube into crushed ice; at least one food material storage device, which can store and supply the food material; A conveying device, which passes through the bowl storage device, the ice crusher, and the at least one food storage device; and a housing, which has an extraction port; the bowl storage device, the ice crusher, the at least one The food storage device and the conveying device are located in the housing; wherein, the conveying device can receive the bowl supplied by the bowl storage device, and move the bowl to the ice crusher to receive the crushed ice, The bowl body is moved to the at least one food material storage device to receive the food material, and the bowl body is moved to the extraction port of the housing. The ice-making vending machine as described in claim 6, which can store sauce, and further has at least one sauce storage device, which can store the sauce; the conveying device further passes the at least one sauce Under the storage device, and when the bowl is moved by the conveying device to the at least one sauce storage device, the at least one sauce storage device supplies the sauce to the bowl. The ice-making machine according to claim 6, wherein the ice crusher has: an ice crusher body fixed above the conveying device; a receiving tube having a first end and a first Two ends, the first end is connected to the body of the ice crusher, the opening of the second end faces upward; and a sealing cover, which selectively closes the opening of the second end of the receiving tube. The ice-making machine as described in claim 8, further comprising a gripping device having a gripper jaw which can put the ice cube into the ice crusher.

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