CN105135816B - A kind of tank/bottle drink quick cooler - Google Patents

Abstract

The present invention relates to a can/bottle drink rapid cooling machine, which comprises: a shell, a cooling container for cooling the can/bottle drink and a cooling container for grabbing the can/bottle are arranged in the shell The grabbing device for beverages, the quick cooler is also provided with a lifting device that drives the grabbing device to move up and down, and the lifting device drives the grabbing device to grab the can/bottle drink on the liquid surface of the cooling liquid in the cooling container, and a lower position, the gripping device being at least partially above the cooling container. When the can/bottle drink is above the liquid level, the can/bottle drink is taken and placed, and when it is below the liquid level, the can/bottle drink is cooled, which is convenient to take and put, and the cooling liquid can be used many times, and Automatic operation, the user only needs to put the can/bottle drink to be cooled into the quick cooler. The lifting device adopts a balanced counterweight traction device, which can drive the grasping device up and down with a small traction force, greatly reducing the traction force used and reducing energy consumption.

Description

A quick cooling machine for can/bottle drinks

technical field

The invention relates to the field of beverage rapid cooling, in particular to a can/bottle beverage rapid cooling machine.

Background technique

In the catering, retail and entertainment sectors, various forms of devices are used to keep products cool. For cold beverages, these devices form two typical groups - commercial beverage refrigerators and cold beverage vending machines. Both types of units are essentially refrigerators with large glass fronts, with hinged or sliding doors in the case of the first group (for manual dispensing) and dispensing mechanisms in the case of the second group. They pre-chill and store beverages for sale. In many cases, beverages are kept cold for long periods of time before they are finally sold. Then, a considerable amount of energy is used, which may be unnecessary. In order to prevent people from buying without cooling beverages, there are usually a large amount of cooling beverages in refrigerators or vending machines, and the refrigeration system needs to run for a long time to keep the beverages at a low temperature.

To summarize the problem, both types of devices operate inefficiently. In use, the first set of beverage refrigerators experienced a significant loss of cold air every time the doors were opened. Vending machines must provide the user with easy access to the vending trays where items are collected, resulting in a poor seal. Refrigeration systems often require background cycles to maintain efficiency, but this uses additional energy that is not directly used to cool the contents. Various beverage vending machines are also known that store beverages in an open-front refrigerator compartment for easy access and viewing of the product. These compartments obviously have an even greater waste of energy.

The end result is a high waste of electrical energy used to keep beverages cold for long periods of time ready for sale, regardless of when they may be sold. Energy waste isn't limited to hospitality vending machines at corporate venues. Beverage cooling compartments are also available at various small corner stores, petrol stations and coffee shop outlets. For these operators, the cost of electrical energy will account for a high proportion of their operating expenses. Energy waste isn't the only problem. Due to the heat generated by the refrigeration system, usually the waste heat energy by-products from the refrigeration system can cause unwanted warming of the localized area around the machine. This creates the embarrassment for the user of having to drink their satisfactorily cold beverage in an unsatisfactory warm zone.

Cooling speed is also an issue, especially in venues with high volume of beverage sales, such as at special events - concerts, sporting events, etc. Usually, at the start of the event, the drinks are sufficiently chilled as they have been refrigerated for several hours. However, once the event is under way, the volume of beverages being sold exceeds the capacity of the refrigerator to cool more beverages. The beverage is then sold only partially chilled or not chilled at all.

With the improvement of people's living standards, people's pursuit of quality of life is getting higher and higher, especially young people, they are more willing to drink cold drinks, and it takes more than ten minutes or even to put the drinks directly into the refrigerator to cool from room temperature to a suitable low temperature for drinking. Longer time, such a long time, does not meet the current high-efficiency life rhythm, and people's requirements for cooling speed are getting higher and higher, especially when people urgently need to drink low-temperature drinks, conventional cooling methods are not suitable. apply again.

CN102686959A patent discloses a cooling device, comprising: a cavity, the cavity is used to receive the product to be cooled; a rotating device, the rotating device rotates the product received in the cavity; and a cooling liquid supply device , the cooling liquid supply device supplies cooling liquid to the cavity, wherein the rotating device is adapted to rotate the product at a rotational speed above 90 rpm and is also adapted to provide pulsed or discontinuous rotation for a predetermined period.

CN102869934A patent discloses a cooling device, comprising: a cavity for receiving a product to be cooled, a rotating device for rotating the product received in the cavity, and a cooling device for supplying coolant to the cavity An agent supply device, wherein the device further comprises means for applying auxiliary motion to the cavity.

But above-mentioned two patents all are to put the product to be cooled into the cavity first, provide cooling liquid in the cavity through the cooling liquid supply device, and the rotating device rotates the product to complete the rapid cooling, and the cooling liquid cannot be recycled. Both provide cooling liquid in the cavity, wasting time, and the coolant whose temperature reaches minus ten degrees is a saline solution sticking on the beverage can body, which will affect the drinking effect.

Chinese patent 200910010353.9 discloses a small-package beer and beverage rapid cooling device, including a refrigeration unit, a cooling box and an electrical control part. There is a water circulation system between the refrigeration unit and the cooling box. The evaporator of the refrigeration unit is connected to the cooling box through the water inlet pipe. After exchanging heat in the cooling box, the cold water returns to the evaporator of the refrigeration unit through the return pipe and the circulation pump. The invention utilizes refrigeration technology and the principle of heat conduction, through the continuous cooling of the refrigerant, and adopts the way of flow and direct contact to achieve rapid cooling of beverages. However, the structure is complicated, and the cooling liquid needs to be refrigerated from time to time, the cooling efficiency is low, and the user waits for a long time.

Chinese patent 200810071886.3 discloses a rapid cooling device for bottled, canned and boxed beverages, which belongs to a refrigeration device. The invention provides a refrigerating unit with an evaporator whose heat flux density can be automatically controlled; an open heat-insulated cooling pool with a more perfect water flow circulation system; it can store the cooling capacity of the system and keep the liquid level of the cooling pool at any setting The height of the intermediate container; the structure of the rapid cooling device for bottled, canned and boxed beverages of the automatic renewal and self-cleaning system that can automatically replenish and discharge the refrigerant (water), but the structure is complex and the cooling efficiency is low. long time.

In view of this, the present invention is proposed.

Contents of the invention

The object of the present invention is to overcome the deficiencies of the prior art and provide a can/bottle drink quick cooler.

In order to achieve this goal, the present invention adopts the following technical solutions: a can/bottle drink quick cooler, the quick cooler includes: a shell, the shell is provided with a can/bottle drink input port and a take-out port, the shell A cooling container for cooling the can/bottle drink and a grabbing device for grabbing the can/bottle drink are arranged inside, and the quick cooler is also provided with a lifting device that drives the grabbing device to move up and down. The lifting device drives the can/bottle drink grabbed by the grabbing device to move between the liquid surface and the lower position of the cooling liquid in the cooling container, and the grabbing device is at least partly located above the cooling container.

The grabbing device includes a disc, the lower surface of the disc is provided with a plurality of grippers, and the plurality of grippers are evenly distributed along the circumference of the disc center, the disc is located on the upper part of the cooling container, and the grabbing device When it is at the uppermost end, the gripper is located at the upper part of the cooling container, and when the grabbing device is at the lowermost end, the gripper and the can/bottle drink grasped by the gripper are located below the cooling liquid level in the cooling container.

The lower end of the gripper is provided with the inlet of the can/bottle drink, and when the grabbing device is at the uppermost end, the inlet end of the can/bottle drink of the gripper is located behind the input port and the take-out port where the can/bottle drink is placed The upper part of the horizontal position of the upper end of the can/bottle drink; or, the upper end of the gripper is provided with the inlet of the can/bottle drink, and when the grabbing device is at the uppermost end, the inlet end of the can/bottle drink of the gripper It is located at the lower part of the horizontal position of the lower end of the can/bottle drink after the can/bottle drink is placed at the input port and the take-out port.

The cooling container is a container with an open upper end, and clean water is placed in the container. A refrigeration system is installed outside the cooling container. The evaporative refrigeration pipeline of the refrigeration system is wound on the peripheral wall of the container, and the cooling container is fixed.

The outer layer of the evaporative refrigeration pipeline of the cooling container is provided with a cold storage plate equipped with a cold storage liquid, and the outer layer of the cold storage plate is provided with an insulation layer. The cold storage liquid is an inorganic salt solution or a polyol cold storage liquid, and a detection cooling container is installed inside the cooling container An ice layer thickness sensor for the freezing thickness of the cooling liquid on the inner wall, the ice layer thickness sensor is connected with the control system of the quick cooler.

The quick cooler is also provided with a rotating device that drives the grabbing device to rotate, and the rotating device includes a first motor arranged at the center of the disc to drive the disc to rotate, and a separate driving gripper arranged at the top of each gripper Rotate the second motor.

The lifting device is a hydraulic/pneumatic lifting device or a cam/eccentric wheel structure lifting device or a motor traction lifting device or a balance weight lifting device.

The lifting device includes a balance weight, a belt connecting the balance weight and the grabbing device, a fixed rotating shaft of the belt and a driving motor, the grabbing device and the balancing weight are hung on the two ends of the belt, and the driving motor drives the belt The movement around the fixed shaft drives the lifting of the grabbing device. The balance counterweight is a rod-shaped structure, which is vertically arranged between the cooling container and the shell. The quality of the balancing counterweight and the grabbing device together with the captured can/bottle Drinks are of the same quality.

The lifting device includes at least two fixed rotating shafts, the two fixed rotating shafts are respectively located directly above the grasping device and the balance weight, and the motor shaft of the driving motor is used as one of the fixed rotating shafts, and the other fixed rotating shaft is a pulley. The driving motor is arranged directly above the center of the grabbing device, the pulley is arranged directly above the center of the gravity rod, and the pulley and the driving motor are fixed on the upper part of the quick cooler shell.

The inlet and outlet are the same opening.

After adopting the technical scheme described in the present invention, bring following beneficial effect:

1. The grasping device of the present invention and the cooling container move relatively in the vertical direction, so that the can/bottle beverage can be switched between the liquid surface and the lower position of the cooling liquid in the cooling container. When the can/bottle beverage is above the liquid surface , take and place the can/bottle drink, and cool the can/bottle drink when it is below the liquid level. It is easy to take and put, the cooling liquid can be used many times, and the operation is automatic. The user only needs to cool the can/bottle Put the body drink into the quick cooler.

2. The lifting device of the present invention adopts a balanced counterweight lifting device, which can drive the grasping device to go up and down with a small traction force, and the traction force used is greatly reduced, reducing energy consumption.

3. The beverage in the can/bottle body rotates and revolves in the cooling liquid, which increases convective heat transfer, reduces the temperature gradient of the cooling liquid, and makes the temperature of the cooled can/bottle body drink uniform.

4. The present invention can cool multiple cans/bottles at one time, and the average cooling time of each can/bottle is shortened.

5. The present invention circulates and purifies the cooling liquid to ensure the cleanliness of the cooling solution, the cooling liquid can be recycled, the visual effect is improved, and the user can use it with confidence.

6. The coolant is kept at constant temperature, and the cooling temperature of the can/bottle drink is controlled accurately. When the solid-liquid coexists, the heat energy absorbed or released and the internal energy are converted cleverly. The principle of constant temperature controls the coolant in the state of solid-liquid coexistence. It can maintain the constant temperature of the coolant for a long time, reduce the start-stop frequency of the refrigeration system, prolong the service life of the refrigeration system, and reduce the frequency of noise.

The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings.

Description of drawings

Figure 1: Schematic diagram of the structure of the rapid cooling machine of the present invention

Figure 2: Schematic diagram of the structure of the rapid cooling machine of the present invention

Fig. 3: the flow chart of quick cooling beverage of the present invention

Among them: 1. Cooling container, 2. Ice layer, 3. Coolant, 4. Ice layer thickness sensor, 6. Main control board, 7. Evaporator pipeline, 8. Insulation layer, 9. Grabbing device, 10. Can/bottle drink, 11, disk, 12, gripper, 13, first motor, 14, second motor, 15, shell, 16, input port, withdrawal port.

Detailed ways

A can/bottle drink 10 quick cooling machine according to the present invention comprises: a cooling container 1 containing cooling liquid 3, a grabbing device 9 for grabbing a can/bottle drink 10, the grabbing device 9 and the The cooling container 1 is located in the same vertical direction, and the grabbing device 9 and/or the cooling liquid 3 container moves up and down, so that the can/bottle drink 10 grabbed by the grabbing device 9 is on the liquid level of the cooling liquid 3 in the cooling container 1 The upper and lower positions are switched, and the can/bottle drink 10 grasped by the grasping device 9 rotates at least around two axes at least when the can/bottle drink 10 is located below the liquid surface.

Vertical direction: the position of the grasping device 9 in the vertical direction is fixed, and the cooling container 1 moves up and down in the vertical direction, so that the can/bottle drink 10 grasped by the grasping device 9 The cooling container 1 is switched between the upper and lower positions of the cooling liquid 3 . Put in and take out the can/bottle beverage 10 when it is above the liquid surface of the cooling liquid 3 ; cool the can/bottle beverage 10 when it is below the liquid surface of the cooling liquid 3 .

Or the position of the cooling container 1 in the vertical direction is fixed, and the grabbing device 9 moves up and down in the vertical direction, so that the can/bottle drink 10 grabbed by the grabbing device 9 is in the cooling container 1 The coolant 3 is switched between the upper and lower positions. Put in and take out the can/bottle beverage 10 when it is above the liquid surface of the cooling liquid 3 ; cool the can/bottle beverage 10 when it is below the liquid surface of the cooling liquid 3 .

In terms of relative movement in the vertical direction, simultaneous relative movement of the grasping device 9 and the cooling container 1 is the optimal solution. At the same speed, the relative movement of the two devices can save half the time, thereby shortening the waiting time of the user. But in practice, since the cooling liquid 3 is housed inside the cooling container 1, the upper opening of the cooling container 1 allows the can/bottle drink 10 to enter, and the cooling container 1 is also provided with a refrigeration system for the cooling liquid 3, so the cooling liquid is rotated or moved. 3. It is easy to spill or needs to be rotated or moved together with the refrigeration system, which is inconvenient. Therefore, in most cases, the cooling container 1 is fixed, and the grasping device 9 moves up and down in the vertical direction.

Horizontal direction: one of the grabbing device 9 and the cooling container 1 containing the cooling liquid 3 rotates around the axis of the quick cooler, and the other does not move; or control the grabbing device 9 and the cooling liquid containing the can/bottle drink 10 The cooling container 1 of 3 rotates at the same time: reverse or in the same direction at different speeds. The relative movement in the horizontal direction also includes the rotation of the beverage can/bottle 10 around its own axis. form complex relative motions.

Convective heat transfer is largely governed by the fluid flow regime within the boundary layer. Increasing the velocity gradient within the boundary layer will increase convective heat transfer. Although the Reynolds number is the main parameter controlling whether the boundary layer is laminar or turbulent, it can be switched due to surface texture or roughness and local pressure gradients. The more complex movement of the container and cooling liquid 3 provided by this arrangement gives more degrees of freedom to control the thickness and velocity gradients within the boundary layer. This allows the device to maximize convective heat transfer while eliminating semi-melting or ice formation that has hindered attempts to achieve rapid cooling in the past.

Embodiment one

A quick cooler for can/bottle beverage 10 described in this embodiment, said quick cooler includes a housing 15, and the housing 15 is provided with a cooling container 1 for cooling can/bottle beverage 10 and a cooling liquid 3 for cooling the can/bottle beverage 10. A grabbing device 9 for grabbing the can/bottle drink 10, the quick cooler is also provided with a lifting device that drives the grabbing device 9 to move and a rotating device that drives the grabbing device 9 to rotate, and the lifting device drives The can/bottle beverage 10 grasped by the grasping device 9 moves between the liquid surface and the lower position of the cooling liquid 3 of the cooling container 1 . The rotating device drives the can/bottle drink 10 grasped by the grasping device 9 to rotate around two axes at least when the can/bottle drink 10 is located below the liquid surface. The shell 15 is sealed to prevent the loss of cold.

The grasping device 9 is a disc 11 , and a plurality of grippers 12 are arranged on the upper surface or the lower surface of the disc 11 , and the plurality of grippers 12 are evenly distributed around the center of the disc 11 . The inlet of the can/bottle drink 10 can be set at the lower end of the gripper 12. When the grabbing device 9 is at the uppermost end, the inlet end of the can/bottle drink 10 of the gripper 12 is located between the input port 16 and the take-out port. The upper part of the horizontal position of the upper end of the can/bottle drink 10 behind the outlet is placed. The upper end of the gripper 12 can also be provided with an inlet of the can/bottle beverage 10, and when the grabbing device 9 is located at the uppermost end, the inlet end of the can/bottle beverage 10 of the gripper 12 is located between the input port 16 and the take-out port. The lower part of the horizontal position of the lower end of the can/bottle drink 10 behind the outlet is placed.

The quick cooler also includes a rotating device that drives the grabbing device 9 to rotate, and the rotating device includes a first motor 13 that is arranged at the center of the disc 11 to drive the disc 11 to rotate, and is arranged on each gripper 12 The upper part respectively drives the second motor 14 that the gripper 12 rotates.

The disc 11 is provided with a disc 11 bracket, the outer edge of the lower part of the disc 11 bracket extends downwards and then extends inwards to form a card support, the disc 11 is located on the card support, and the disc 11 support is provided with upper and lower The moving track, the lifting device drives the support of the disc 11 to move up and down along the track, drives the entire grasping device 9 to move up and down, the first motor 13 on the disc 11 drives the disc 11 to rotate, and drives the gripper 12 on the disc 11 to rotate .

The shell 15 is provided with an input port 16 and a take-out port for the can/bottle drink 10, the height of the input port 16 and the take-out port corresponds to the handle 12, and the input port 16, the take-out port and the grasping device 9 A movable or rotating transfer platform feeding platform is arranged between them. Preferably, the inlet 16 and the outlet are the same opening.

The input port 16 and the take-out port are arranged on both sides of the quick cooler, and the user puts the can/bottle drink 10 in and moves it to the take-out port on the other side of the quick cooler, and takes it out from the input port 16 for cooling Good can/bottle drink 10. This situation is applicable to when many users need to queue up, and the user leaves from the other direction after taking the drink, so that there will be no collision with the next user, and the order is in good order.

The inlet 16 and the outlet may be the same opening. After the user puts the can/bottle drink 10 in, he can wait in situ, and take out the cooled can/bottle drink 10 from the input port 16 after the time is up. This situation is used when the quick cooler is set at the corner or the end of the road, or it is suitable for the situation where the user does not often concentrate.

The quick cooler is also provided with a lifting device that drives the grabbing device 9 to move, and the lifting device is a hydraulic/pneumatic lifting device or a cam/eccentric wheel structure lifting device or a motor traction lifting device or a balance counterweight lifting device.

The cooling container 1 is a container with an open upper end, the cooling liquid 3 is clean water, and the evaporator pipeline 7 of the cooling liquid 3 is wound around the container wall, and an insulating layer 8 is arranged outside the evaporator pipeline 7 . The cooling liquid 3 is water, and the temperature of the cooling liquid 3 is controlled to be lower than or equal to the set temperature of the cooling tank/bottle drink 10, generally maintained at 0°C±1°C. The cooling liquid 3 is a saline solution whose temperature can drop to more than ten degrees below zero. After the can/bottle drink 10 is rapidly cooled from the solution, some solution will stick to the tank body. The saline taste of the saline solution on the body affects the drinking effect of the beverage, so the cooling liquid 3 is preferably water, colorless and tasteless, preferably pure water, which will not affect the drinking effect, nor will it affect human health. The lowest liquid temperature of water is 0°C, and it will freeze when it is lower than 0°C, and the best drinking temperature of most beverages is above 0°C, such as: the best drinking temperature of cola is 2.2°C, the best drinking temperature of beer The best drinking temperature is 8°C. Therefore, using water as the cooling liquid 3 can meet the cooling temperature requirements of most beverages.

The outer layer of the evaporative refrigeration pipeline of the cooling container 1 is provided with a cold storage plate equipped with a cold storage liquid, and the outer layer of the cold storage plate is provided with an insulating layer 8. The cold storage liquid is an inorganic salt solution or a polyol cold storage liquid. An ice layer thickness sensor 4 for detecting the freezing thickness of the cooling liquid 3 on the inner wall of the cooling container 1, the ice layer thickness sensor 4 is connected with the control system of the quick cooler. Part of the cold energy radiated by the cooling container 1 and the refrigeration system is absorbed by the cold storage structure. When the ice layer 2 melts or the temperature of the cooling liquid 3 rises, this part of the cold energy is released, reducing the frequency of refrigeration system startup. The ice layer thickness sensor 4 is connected with the main control board 6 .

The position of the cooling container 1 in the vertical direction is fixed, and the quick cooler also includes a lifting device that drives the grabbing device 9 to move up and down, and the lifting device is a hydraulic/pneumatic lifting device or a cam/eccentric wheel structure lifting device or motor traction lifting device or balance counterweight lifting device.

The lifting device is a balance counterweight traction device. Described elevating device comprises a balance counterweight, a belt that connects balance counterweight and grasping device 9, the fixed rotating shaft of belt and a driving motor, and grabbing device 9 and balance counterweight are hung on the two ends of belt, and driving motor The movement of the driving belt around the fixed rotating shaft drives the lifting of the grabbing device 9 .

Gear teeth are provided on the fixed rotating shaft, and corresponding gear teeth are also provided on the mating side of the belt. Increased friction, the drive belt is to avoid slipping.

The balance weight is a rod-shaped structure, vertically arranged between the cooling container 1 and the shell 15, and the quality of the balance weight is the same as that of the grasping device 9 together with the can/bottle drink 10 grasped. The balance weight is located inside the casing 15 against the inner wall of the casing 15 .

The lifting device includes at least two fixed rotating shafts, and the two fixed rotating shafts are respectively located directly above the grasping device 9 and the balance weight, so as to ensure that the grasping device 9 and the balance weight move in respective vertical directions.

The motor shaft of the drive motor is used as one of the fixed rotating shafts, and the other fixed rotating shaft is a pulley. The driving motor is arranged directly above the center of the grabbing device 9, and the pulley is arranged directly above the center of the gravity rod. The pulley and the drive motor are fixed on the top of the quick cooler housing 15, preferably the drive motor and the pulley are located at the same height.

The outside of the cooling container 1 is provided with a water circulation purification device, and the water inlet to the water outlet of the water circulation purification device is provided with a filter unit, an adsorption unit and a disinfection and sterilization unit once, and the water inlet of the water circulation purification device communicates with the bottom of the cooling container 1. The water outlet of the water circulation purification device communicates with the upper part of the cooling container 1, and a circulation pump is arranged between the cooling container 1 and the water circulation purification device. The cooling liquid 3 is circulated and purified to ensure the cleanliness of the cooling solution, the cooling liquid 3 can be recycled, the visual effect is improved, and the user can use it with peace of mind.

Embodiment two

A can/bottle drink 10 quick cooler described in this embodiment includes: a shell 15, a cooling container 1 for cooling the can/bottle drink 10 and a cooling container 1 for grabbing the can are arranged inside the shell 15. The grasping device 9 of the bottle drink 10, the shell 15 is provided with the input port 16 and the take-out port of the can/bottle drink 10, and the grab device 9 moves up and down to drive the grabbed can/bottle drink 10 to cool. The container 1 moves between the liquid surface and the lower position of the cooling liquid 3, and the cooling container 1 is located below the horizontal position of the inlet 16 and the outlet.

The cooling container 1 is a container with an open upper end. Clean water is placed in the container. A refrigeration system is arranged outside the cooling container 1. The evaporative refrigeration pipeline of the refrigeration system is wound on the peripheral wall of the container. The cooling container 1 is fixed. The lower edge of the inlet 16 and the outlet is arranged above the horizontal position of the upper edge of the cooling container 1 .

Embodiment three

A can/bottle drink 10 quick cooler described in this embodiment includes: a shell 15, a cooling container 1 for cooling the can/bottle drink 10 and a cooling container 1 for grabbing the can are arranged inside the shell 15. The grabbing device 9 of the bottle drink 10, the grabbing device 9 is provided with a lifting device that drives the grabbing device 9 to move up and down, and the lifting device drives the grabbing device 9 to grab the can/bottle drink 10 in the cooling container 1 The cooling liquid 3 moves between the upper and lower positions, and the grasping device 9 is at least partly located above the cooling container 1 .

The grasping device 9 includes a disc 11, the lower surface of the disc 11 is provided with a plurality of grippers 12, and the plurality of grippers 12 are evenly distributed along the circumference of the center of the disc 11, and the disc 11 is located in the cooling container 1 upper part, when the gripping device 9 is at the uppermost end, the gripper 12 is at the upper part of the cooling container 1, and when the gripping device 9 is at the lowermost end, the gripper 12 together with the gripper 12 grabs the can/ The bottle drink 10 is located below the liquid level of the cooling liquid 3 in the cooling container 1 .

Embodiment Four

A can/bottle drink 10 quick cooler described in this embodiment includes: a shell 15, a cooling container 1 for cooling the can/bottle drink 10 and a cooling container 1 for grabbing the can are arranged inside the shell 15. The grasping device 9 of the bottle drink 10, the shell 15 is provided with the input port 16 and the take-out port of the can/bottle drink 10, and the grab device 9 moves up and down to drive the grabbed can/bottle drink 10 to cool. The cooling liquid 3 of the container 1 moves between the liquid surface and the lower position, and the grasping device 9 is at least partly arranged at the upper part of the horizontal position of the inlet 16 and the outlet.

Described grasping device 9 is a disc 11, and disc 11 lower surface is provided with a plurality of grippers 12, and a plurality of grippers 12 is circumferentially evenly distributed along the center of disc 11, and described grabbing device 9 is positioned at the most At the upper end, the gripper 12 is located above the horizontal position of the inlet 16 and the outlet.

The lower end of the gripper 12 is provided with the inlet of the can/bottle beverage 10, and when the grabbing device 9 is located at the uppermost end, the inlet end of the can/bottle beverage 10 of the gripper 12 is placed at the input port 16 and the removal port. The upper part of the horizontal position of the upper end of the can/bottle body drink 10 behind the can/bottle body drink 10 .

The upper end of the gripper 12 is provided with the inlet of the can/bottle beverage 10, and when the grabbing device 9 is located at the uppermost end, the inlet end of the can/bottle beverage 10 of the gripper 12 is placed at the input port 16 and the removal port. The lower part of the horizontal position of the lower end of the can/bottle drink 10 behind the can/bottle drink 10 .

The above description is only a preferred embodiment of the present invention. It should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, various modifications and improvements can be made, which should also be regarded as the present invention. protection scope of the invention.

Claims (9)

1. A quick cooling machine for can/bottle drinks, characterized in that: the quick cooling machine comprises: a shell, the shell is provided with an input port and a take-out port for the can/bottle drink, and the shell is provided with a cooling liquid. For the cooling container for cooling can/bottle drinks and the grabbing device for grabbing can/bottle drinks, the quick cooler is also equipped with a lifting device that drives the grabbing device to move up and down, and the lifting device drives the grabbing device The can/bottle drink grasped by the device moves between the liquid surface and the lower position of the cooling liquid in the cooling container, the grasping device is at least partially located above the cooling container, and the grasping device includes a disc, the disc The lower surface is provided with a plurality of grippers, and the plurality of grippers are evenly distributed along the circumference of the disc. The quick cooler is also provided with a rotating device that drives the grabbing device to rotate. The rotating device includes a The central position drives the first motor to rotate the disk and the second motor arranged on the upper part of each gripper drives the rotation of the gripper respectively. 2. A quick cooling machine for cans/bottles according to claim 1, characterized in that: the disc is located on the upper part of the cooling container, and when the grabbing device is located at the uppermost end, the gripper is located at the top of the cooling container In the upper part, when the grasping device is at the lowermost end, the gripper and the can/bottle drink grasped by the gripper are located below the level of the cooling liquid in the cooling container. 3. A quick cooling machine for can/bottle drinks according to claim 2, characterized in that: the lower end of the handle is provided with an inlet for can/bottle drinks, and when the gripping device is at the uppermost end, the The inlet end of the can/bottle drink of the gripper is located at the upper part of the horizontal position of the upper end of the can/bottle drink after the can/bottle drink is placed at the input port and the take-out port; or, the upper end of the gripper is provided with an inlet of the can/bottle drink , when the grasping device is at the uppermost end, the inlet end of the can/bottle drink of the gripper is located at the lower part of the horizontal position of the lower end of the can/bottle drink after the can/bottle drink is placed in the input port and the take-out port. 4. A can/bottle drink quick cooler according to any one of claims 1-3, characterized in that: the cooling container is a container with an open upper end, clean water is placed in the container, and the outside of the cooling container A refrigeration system is provided, and the evaporative refrigeration pipeline of the refrigeration system is wound on the peripheral wall of the container, and the cooling container is fixed. 5. A can/bottle drink quick cooler according to claim 4, characterized in that: the outer layer of the cooling container evaporative refrigeration pipeline is provided with a cold storage plate equipped with cold storage liquid, and the outer layer of the cold storage plate is provided with an insulating layer , the cold storage liquid is an inorganic salt solution or a polyol cold storage liquid, and the inside of the cooling container is provided with an ice layer thickness sensor for detecting the freezing thickness of the cooling liquid on the inner wall of the cooling container, and the ice layer thickness sensor is connected with the control system of the quick cooler connect. 6. A can/bottle drink quick cooler according to claim 5, characterized in that the lifting device is a hydraulic/pneumatic lifting device or a cam/eccentric wheel structure lifting device or a motor traction lifting device or a balance Counterweight lifting device. 7. A quick cooling machine for cans/bottles according to claim 6, characterized in that the lifting device includes a balance weight, a belt connecting the balance weight and the grabbing device, and a fixed rotating shaft of the belt and a drive motor, the grabbing device and the balance weight are hung on both ends of the belt, and the drive motor drives the belt to move around the fixed shaft to drive the grabbing device up and down. The balance counterweight is a rod-shaped structure and is vertically arranged on the Between the cooling container and the housing, the mass of the balancing weight is the same as that of the gripping device with the gripped can/bottle of drink. 8. A quick cooling machine for cans/bottles according to claim 7, characterized in that: the lifting device includes at least two fixed shafts, and the two fixed shafts are respectively located at the front of the grabbing device and the balance weight. Above, the motor shaft of the drive motor is used as one of the fixed shafts, and the other fixed shaft is a pulley. The drive motor is arranged directly above the center of the grabbing device, and the pulley is arranged directly above the center of the gravity rod. The pulley and the drive motor are fixed on the top of the quick cooler shell. 9. A can/bottle quick cooler for beverages according to claim 1, characterized in that: the inlet and outlet are the same opening.