CN211979771U - Beverage vending machine - Google Patents

Abstract

The utility model relates to a machine is selld to beverage, including selling the machine body, handling device and beverage processing subassembly, sell the machine body and be equipped with the shell, control circuit board, the touch screen, the product show screen, the user has selected the beverage variety in the touch screen, behind required condiment, handling device takes out beverage container from getting the cupule and carries condiment interpolation device, condiment interpolation device adds the syrup in toward the beverage container, fresh fruit mud, fresh milk, condiment such as honey, beverage manufacturing installation produces coffee, beverage container is carried to beverages such as tea-drinking, the closing cap machine carries out the closing cap to the beverage container of adorning condiment and beverage, the beverage container of adorning finished product beverage finally reachs the finished product exit, make the original taste promptly, accord with the beverage of individual taste, bring better experience for the user, satisfy consumer's individual customization demand.

Description

Beverage vending machine

Technical Field

The utility model relates to a beverage field of making, concretely relates to machine is selld to beverage.

Background

The beverage vending machine is a machine placed outdoors or indoors for automatically selling beverages, people pay for and purchase the beverages in modes of coin insertion, card swiping, mobile payment (WeChat, Unionpay, Paibao) and the like, so that the living requirements of people are facilitated, the conventional beverage vending machine is mainly used for vending various brands of bottled beverages (such as various types of beverages, unification, Master and the like), the tastes of the beverages are preset by manufacturers and cannot be changed, meanwhile, in order to be capable of being stored for a long time, more or less preservatives can be added, the original taste and flavor cannot be made, compared with the beverage prepared by brewing in a beverage shop and adding seasonings such as sugar, honey, milk and the like according to the personal taste of consumers, the beverage vending machine is poor in taste. In addition, the existing beverage vending machines and beverage shop beverage machines rapidly make ice liquid beverages by adding ice cubes into hot beverages, and the cooling method has the defects that the mouthfeel of the beverages is directly influenced by the amount of added ice, if the ice is added too much, the beverages are diluted, the temperature of the beverages is not reduced and the beverages are possibly too thick, and the mouthfeel of the beverages is influenced by the melting speed of the ice cubes, so that consumers cannot drink the beverages with good mouthfeel.

SUMMERY OF THE UTILITY MODEL

Technical problem to prior art exists, the utility model aims to provide an add condiment, can make the beverage of the good beverage of cool taste and sell machine, concrete technical scheme as follows:

the utility model provides a machine is selld to beverage, sells the machine body including selling machine body, handling device and beverage processing subassembly, sells the machine body and is equipped with shell, control circuit board, touch screen, product show screen, and touch screen, product show screen are installed in shell the place ahead, and shell the place ahead is equipped with the finished product export, control circuit board connection of electric lines touch screen, product show screen, shell internally mounted handling device and beverage processing subassembly, its characterized in that: the beverage processing assembly comprises a cup taking device, a seasoning adding device, a beverage manufacturing device and a capping machine, wherein a plurality of beverage containers are arranged in the cup taking device, the beverage containers are taken out from the cup taking device by the conveying device and conveyed to the seasoning adding device, the cold liquid manufacturing device and the capping machine, the seasoning adding device adds seasonings into the beverage containers, the beverages manufactured by the beverage manufacturing device are conveyed to the beverage containers, the capping machine caps the beverage containers filled with the seasonings and the beverages, and the conveying device conveys the capped beverage containers to a finished product outlet.

As an optimized scheme of the utility model, the beverage making device comprises a heating mechanism, a brewing mechanism and a cooling mechanism, the heating mechanism heats drinking water for standby, hot drinking water is delivered to the brewing mechanism, the brewing mechanism has at least one, the brewing mechanism is used for brewing hot beverage, the cooling mechanism is used for cooling the hot beverage, the cooling mechanism comprises a first-stage cooling sleeve, a second-stage cooling sleeve, a cooling liquid container, a cooling liquid temporary storage, a heat exchanger and a compressor, the first-stage cooling sleeve and the second-stage cooling sleeve are of double-layer pipe structures, the inner pipe of the first-stage cooling sleeve is communicated with the inner pipe of the second-stage cooling sleeve, the outer pipe of the first-stage cooling sleeve is communicated with a room temperature water source, the outer pipe inlet of the second-stage cooling sleeve is communicated with the cooling liquid container, the outer pipe liquid outlet of the second-stage cooling sleeve is, the beverage cooled for the first time reaches the secondary cooling sleeve and exchanges heat with the low-temperature cooling liquid to realize cooling and cooling for the second time to form the ice beverage, the cooling liquid after heat exchange firstly enters the cooling liquid temporary storage and then flows back to the cooling liquid container, and the compressor drives the heat exchanger to cool the cooling liquid.

As the utility model discloses a preferred scheme, heating mechanism includes external water pipe, heating vessel and heat preservation container, and during the drinking water passed through external water pipe and inputed heating vessel, heat preservation container was carried behind the heating vessel heating drinking water, heat preservation container heat preservation drinking water, and heat preservation container output drinking water is to steep mechanism.

As the utility model discloses a preferred scheme, steep mechanism includes the small-heating water storage container, steep container and throws the material spout, and the drinking water of heating mechanism heating carries the small-heating water storage container, and the small-heating water storage container carries hot drink water to steep container, and steep container top opening forms the dog-house, throws material spout slope installation and throw material spout end and be located the steep container, and the raw materials is through throwing the material spout guide and drop into in the steep container.

As an optimal proposal of the utility model, the brewing container is communicated with a hot drink drain pipe and a hot drink cooling conduit, the hot drink which does not need to be cooled is directly output through the hot drink drain pipe, and the hot drink which needs to be cooled is conveyed to the inner pipe of the one-level cooling sleeve through the hot drink cooling conduit.

As a preferred aspect of the present invention, the brewing container side is provided with a first motor for driving the brewing container to rotate, incline and pour out the waste material and a second motor for driving the brewing container to integrally rise, and a container cover is installed right above the brewing container.

As an optimized proposal of the utility model, the heat exchanger is a coil heat exchanger or a plate heat exchanger.

As an optimized scheme of the utility model, the beverage container is paper cup, plastic cup, metal can or plastic can, and the bottle capper is film sealing machine, plastic cover capper or metal bottle capper, and film sealing machine, plastic cover capper or metal bottle capper correspond paper cup, plastic cup, metal can or plastic can and seal.

As an optimized proposal of the utility model, the flavoring added by the flavoring adding device to the beverage container is one or a mixture of several of syrup, fresh fruit puree, fresh milk, honey, fruit juice concentrated solution and nitrogen.

The utility model has the advantages that: the user selects beverage variety, required condiment after in the touch screen, handling device takes out beverage container from getting the cup ware and carries to condiment filling device, condiment filling device adds condiment such as syrup, fresh fruit paste, fresh milk, honey to the beverage container, beverage manufacturing installation makes beverage such as coffee, tea drink carry the beverage container, the closing cap machine carries out the closing cap to the beverage container of dress condiment and beverage, the beverage container of dress finished product beverage finally reaches the finished product exit, make the original flavor, the cool beverage that accords with individual taste, bring the better experience for the user, satisfy consumer's individual customization demand, realize DIY preparation beverage.

Drawings

Fig. 1 is an overall perspective view of the present invention;

fig. 2 is a schematic perspective view of the vending machine body according to the present invention;

fig. 3 is a schematic diagram of the electrical connection between the control circuit board and each component of the present invention;

FIG. 4 is a schematic perspective view of the beverage making apparatus of the present invention;

FIG. 5 is a cross-sectional view of the beverage making apparatus of the present invention;

FIG. 6 is a schematic structural view of the beverage of the present invention during heat exchange in the primary cooling jacket and the secondary cooling jacket;

FIG. 7 is a block diagram of a beverage making process of the present invention;

fig. 8 is a block diagram of a coolant heat exchange process according to the present invention.

Detailed Description

The following description of the embodiments of the present invention will be made with reference to the accompanying drawings:

in the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", and the like indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the indicated position or element must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood as appropriate by those of ordinary skill in the art.

As shown in fig. 1 to 3, a beverage vending machine comprises a vending machine body 1, a carrying device 2 and a beverage processing assembly 3, wherein the vending machine body 1 is provided with a casing 11, a control circuit board 12, a touch screen 13 and a product display screen 14, the touch screen 13 and the product display screen 14 are installed in front of the casing 11, a finished product outlet 15 is arranged in front of the casing 11, the control circuit board 12 is connected with the touch screen 13 and the product display screen 14 through wires, the carrying device 2 and the beverage processing assembly 3 are installed inside the casing 11, the beverage processing assembly 3 comprises a cup taking device 31, a flavoring adding device 32, a beverage manufacturing device 33 and a capping machine 34, a plurality of beverage containers are installed in the cup taking device 31, the carrying device 13 takes out the beverage containers from the cup taking device 31 and carries the beverage containers to the flavoring adding device 32, the cold liquid manufacturing device 33 and the capping machine 34, the flavoring adding device 32 adds flavoring to the beverage, the beverage producing device 33 produces a beverage to be delivered to the beverage container, the capping machine 34 caps the beverage container filled with the seasoning and the beverage, and the carrying device 13 carries the capped beverage container to the finished product outlet.

After the user determines the type and formula of the selected beverage on the touch screen 13 and pays by cash, card swiping, and the like, the control circuit board 12 sends instructions to the conveying device 2, the flavoring adding device 32, the beverage manufacturing device 33, and the capping machine 34, the conveying device 2 takes out the beverage container from the cup taking device 31 and conveys the beverage container to the flavoring adding device 32, the flavoring adding device 32 adds various flavorings to the beverage container according to the flavoring formula, then the conveying device conveys the beverage container to the beverage manufacturing device 33, the beverage manufacturing device 33 conveys the manufactured beverage to the beverage container, the conveying device 2 conveys the beverage container to the capping machine for capping, the conveying device 2 shakes the beverage container to fully mix the flavoring and the beverage, and finally, the conveying device 2 conveys the beverage container filled with the finished beverage to the finished product outlet.

As shown in fig. 4 to 6, the beverage producing apparatus 33 includes a heating unit 331, a brewing unit 332, and a cooling unit 333, the heating unit 331 heats drinking water for standby, the drinking water is supplied to the brewing unit 332, at least one, in this embodiment 3, of the brewing unit 332 infuses hot beverage, the cooling unit 333 cools the hot beverage, the cooling unit 333 includes a primary cooling jacket 3331, a secondary cooling jacket 3332, a coolant tank 3333, a coolant buffer 3334, a heat exchanger 3335, and a compressor 3336, the primary cooling jacket 3331 and the secondary cooling jacket 3332 are of a double-layer pipe structure, an inner pipe of the primary cooling jacket 3331 communicates with an inner pipe of the secondary cooling jacket 3332, inner pipes of the primary cooling jacket 3331 and the secondary cooling jacket 3332 are used for supplying hot beverage, an outer pipe of the primary cooling jacket 3331 communicates with a room-temperature water source, an outer pipe of the primary cooling jacket 3331 is provided with a room-temperature water inlet 3331a and a room-temperature water outlet 3331b, the room temperature water enters the outer pipe of the primary cooling sleeve 3331 from the room temperature water inlet 3331a and then is discharged from the room temperature water outlet 3331b, the outer pipe of the secondary cooling sleeve 3332 is provided with a cooling liquid inlet 3332a and a cooling liquid outlet 3332b, the outer pipe inlet 3332a of the secondary cooling sleeve 3332 is communicated with a cooling liquid container 3333, the outer pipe liquid outlet 3332b of the secondary cooling sleeve 3332 is communicated with a cooling liquid temporary storage 3334, the hot beverage is subjected to heat exchange with the room temperature water in the primary cooling sleeve 3331 to realize primary cooling, the beverage subjected to the primary cooling reaches the secondary cooling sleeve 3332 and is subjected to heat exchange with low-temperature cooling liquid to realize secondary cooling and cooling to form ice beverage, the cooling liquid subjected to the heat exchange firstly enters the cooling liquid temporary storage 3334 and then flows back to the cooling liquid container 3333, and the compressor 3336 drives a refrigerant to circulate in the heat exchanger 3335 to cool.

Specifically, the heating mechanism 331 includes external water pipe 3311, heating vessel 3312 and insulated container 3313, the drinking water is inputed to heating vessel 3312 through external water pipe 3311, heating vessel 3312 communicates insulated container 3313 through connecting pipe 3314, solenoid valve a is installed to connecting pipe 3314, heating vessel heats the drinking water and carries insulated container 3313 to set temperature 60 ~ 80 ℃, insulated container 3313 keeps warm the drinking water so that use at any time, insulated container 3313 installs outlet pipe 3315, outlet pipe 3315 installs water pump B, insulated container 3313 passes through outlet pipe 3315 output drinking water to brewing mechanism 332, heating vessel 3312 and insulated container 3313 accessible electromagnetic induction, the resistance wire, existing modes such as heat radiation realize heating and heat preservation.

The brewing mechanism 332 comprises a small heating water storage container 3321, a brewing container 3322 and a feeding chute 3323, wherein the liquid storage amount of the small heating water storage container 3321 is much smaller than that of the heat preservation container 3313, after the heat preservation drinking water enters the small heating water storage container 3321, the small heating water storage container 3321 is heated to a specified temperature according to the temperature of the required beverage, the small heating water storage container 3321 is positioned above the brewing container 3322, the small heating water storage container 3321 and the brewing container 3322 are positioned below the small heating water storage container 3321 and the brewing container 3322 are communicated through a beverage pipe 3324, the beverage pipe 3324 is provided with an electromagnetic valve A, the electromagnetic valve A is opened, the small heating water storage container 3321 is used for delivering hot drinking water to the brewing container 3322, a feeding port is formed in an opening above the brewing container 3322, the feeding chute 3323 is obliquely arranged, the tail end of the feeding chute 3323 is close to the opening above the brewing container 3322, raw materials (such as coffee, tea bags, material powder, fruit tea powder or tea leaves) A hot beverage.

Specifically, the brewing container 3322 is communicated with a hot beverage outlet pipe 3325 and a hot beverage cooling guide pipe 3326, the hot beverage outlet pipe 3325 and the hot beverage cooling guide pipe 3326 are both provided with a water pump B, hot beverage which does not need to be cooled is directly output through the hot beverage outlet pipe 3325, and hot beverage which needs to be cooled is conveyed to the inner pipe of the primary cooling sleeve 3331 through the hot beverage cooling guide pipe 3326.

Specifically, a first motor 3327 for driving the brewing container 3322 to rotate and obliquely pour waste materials and a second motor 3328 for driving the brewing container 3322 to integrally ascend are arranged at the side of the brewing container 3322, a container cover 3329 is arranged right above the brewing container 3322, the first motor 3327 drives the brewing container 3322 to rotate through two mutually meshed gears so as to pour out waste tea bags, and the second motor 3328 is arranged at the side of the brewing container 3322 through mutually meshed gears, racks and racks to realize that the brewing container 3322 integrally ascends or descends to cover the container cover 3329 so as to realize quick brewing of beverages.

Particularly, the room-temperature water is tap water which is easy and convenient to obtain, the cooling liquid is propylene glycol or ethylene glycol, and the propylene glycol and the ethylene glycol can be used for rapidly cooling the beverage without waiting for too long time, so that the commercial requirement is met. The heat exchanger 35 is a coil heat exchanger or a plate heat exchanger.

Specifically, the coolant container 3333 and the coolant temporary storage 3334 are communicated through a coolant pipe 3338, the coolant pipe 3338 is provided with a water pump B, the coolant which is subjected to heat exchange and discharged from the secondary cooling sleeve 3332 and becomes high-temperature coolant enters the coolant temporary storage 3334, when the high-temperature coolant in the coolant temporary storage 3334 is stored to a certain amount, the low-temperature coolant in the coolant container 3333 is discharged and then is delayed to flow back to the coolant container 3333 to avoid mixing of the low-temperature coolant and the high-temperature coolant, which is beneficial to avoiding difficult re-temperature drop of the coolant and larger energy consumption.

Specifically, 2 compressors 3336 work alternately, and 2 heat exchangers 3335 matched with the compressors 3336 also work, when one of the compressors 3336 stops working due to faults such as overheating or overload, the other compressor starts working, and cooling is not stopped.

Specifically, the beverage container is a paper cup, a plastic cup, a metal can or a plastic can, the capping machine is a film sealing machine, a plastic cap capping machine or a metal capping machine, and the film sealing machine, the plastic cap capping machine or the metal capping machine is used for sealing the paper cup, the plastic cup, the metal can or the plastic can.

Specifically, the flavoring added to the beverage container by the flavoring adding device is one or a mixture of several of syrup, fresh fruit paste, fresh milk, honey, fruit juice concentrated solution and nitrogen, the syrup, the fresh fruit paste, the fresh milk, the honey and the fruit juice concentrated solution are liquid, the nitrogen is filled in a nitrogen bottle, the output quantity of the flavoring at each time can be controlled by adopting a sensor, the cold liquid produced by the beverage producing device 33 is any one of cold tea soup, cold coffee and plain boiled water, when the cold tea soup is prepared into the syrup, the fresh fruit paste, the fresh milk, the honey and the fruit juice concentrated solution, the ice tea beverage can be produced, the cold coffee is prepared into the syrup and the fresh milk, the cold coffee is prepared into the syrup, the fresh milk can be prepared into coffee with different tastes, the beverage container is prepared into the flavoring first and then into the liquid, and the nitrogen is matched with the plain boiled water and is filled in a filter to produce bubble water, and then.

The beverage manufacturing process comprises the following steps: as shown in fig. 7 and 8, firstly, the drinking water enters the heating vessel 3312 through the external water pipe 3311, the heating vessel 3312 heats the drinking water to a set temperature (about 60 to 80 ℃), and the hot drinking water enters the heat-insulating vessel 3313 for preservation; secondly, the heat preservation container 3313 is conveyed to the small heating water storage container 3321 through a water outlet pipe 3315, and the small heating water storage container 3321 is heated to a specified temperature in coordination with the required beverage temperature; ③ the raw materials (such as coffee, tea bags, material powder, fruit tea powder, raw materials or tea leaves) are guided by a feeding chute 3323 to be fed into a brewing container 3322 to be brewed into hot beverage; fourthly, the hot beverage which does not need to be cooled is directly output to the beverage container through the hot beverage outlet pipe 3325, and the hot beverage which needs to be cooled is conveyed to the inner pipe of the primary cooling sleeve 3331 through the hot beverage cooling guide pipe 3326; the hot beverage exchanges heat with room temperature water in a primary cooling sleeve 3331 to realize primary cooling; sixthly, the beverage after the first cooling reaches the secondary cooling sleeve 3332 and is subjected to heat exchange with low-temperature cooling liquid to realize the second cooling and the second cooling to form ice beverage, and the ice beverage is discharged to a beverage container through a discharge pipe 3337.

The above description is provided for the purpose of describing the present invention in more detail with reference to the preferred embodiments, and it should not be construed that the present invention is limited to these descriptions, and it will be apparent to those skilled in the art that the present invention can be implemented in many ways without departing from the spirit and scope of the present invention.

Claims (8)

1. The utility model provides a machine is selld to beverage, sells the machine body including selling machine body, handling device and beverage processing subassembly, sells the machine body and is equipped with shell, control circuit board, touch screen, product show screen, and touch screen, product show screen are installed in shell the place ahead, and shell the place ahead is equipped with the finished product export, control circuit board connection of electric lines touch screen, product show screen, shell internally mounted handling device and beverage processing subassembly, its characterized in that: the beverage processing assembly comprises a cup taking device, a seasoning adding device, a beverage manufacturing device and a capping machine, wherein a plurality of beverage containers are arranged in the cup taking device, the beverage containers are taken out from the cup taking device by the conveying device and conveyed to the seasoning adding device, the cold liquid manufacturing device and the capping machine, the seasoning adding device adds seasonings into the beverage containers, the beverages manufactured by the beverage manufacturing device are conveyed to the beverage containers, the capping machine caps the beverage containers filled with the seasonings and the beverages, and the conveying device conveys the capped beverage containers to a finished product outlet.

2. A beverage vending machine according to claim 1, wherein: the beverage making device comprises a heating mechanism, a brewing mechanism and a cooling mechanism, the heating mechanism heats drinking water for standby, the hot beverage water is conveyed to the brewing mechanism, the brewing mechanism is provided with at least one heating mechanism, the brewing mechanism is used for brewing hot beverage, the cooling mechanism is used for cooling the hot beverage, the cooling mechanism comprises a first-stage cooling sleeve, a second-stage cooling sleeve, a cooling liquid container, a cooling liquid temporary storage device, a heat exchanger and a compressor, the first-stage cooling sleeve and the second-stage cooling sleeve are of a double-layer pipe structure, an inner pipe of the first-stage cooling sleeve is communicated with the inner pipe of the second-stage cooling sleeve, an outer pipe of the first-stage cooling sleeve is communicated with a room temperature water source, an outer pipe liquid inlet of the second-stage cooling sleeve is communicated with the cooling liquid temporary storage device, the hot beverage is subjected to first cooling in the first-stage cooling sleeve by heat exchange with the room temperature water And cooling the cooled liquid into ice beverage, wherein the cooling liquid after heat exchange firstly enters a cooling liquid temporary storage and then flows back to a cooling liquid container, and a compressor drives a heat exchanger to cool the cooling liquid.

3. A beverage vending machine according to claim 2, wherein: heating mechanism includes external water pipe, heating vessel and heat preservation container, and the drinking water passes through external water pipe and inputs into heating vessel, carries heat preservation container behind the heating vessel heating drinking water, heat preservation container heat preservation drinking water, and heat preservation container output drinking water is to steep mechanism.

4. A beverage vending machine according to claim 2, wherein: the brewing mechanism comprises a small heating water storage container, a brewing container and a feeding chute, drinking water heated by the heating mechanism is conveyed to the small heating water storage container, hot drinking water is conveyed to the brewing container by the small heating water storage container, a feeding port is formed in an opening above the brewing container, the feeding chute is installed in an inclined mode, the tail end of the feeding chute is located on the brewing container, and raw materials are guided by the feeding chute to be fed into the brewing container.

5. A beverage vending machine according to claim 4, wherein: the brewing container is communicated with a hot drink liquid outlet pipe and a hot drink cooling guide pipe, hot drink which does not need to be cooled is directly output through the hot drink liquid outlet pipe, and the hot drink which needs to be cooled is conveyed to the inner pipe of the primary cooling sleeve through the hot drink cooling guide pipe.

6. A beverage vending machine according to claim 4, wherein: the side of the brewing container is provided with a first motor for driving the brewing container to rotate and obliquely pour out waste materials and a second motor for driving the brewing container to integrally rise, and a container cover is arranged right above the brewing container.

7. A beverage vending machine according to claim 2, wherein: the heat exchanger is a coil type heat exchanger or a plate type heat exchanger.

8. A beverage vending machine according to claim 1, wherein: the beverage container is a paper cup, a plastic cup, a metal can or a plastic can, the capping machine is a film sealing machine, a plastic cap capping machine or a metal capping machine, and the film sealing machine, the plastic cap capping machine or the metal capping machine is used for sealing the paper cup, the plastic cup, the metal can or the plastic can correspondingly.

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