KR850002304Y1 - Beverage dispenser - Google Patents

Abstract

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Description

Beverage dispenser

1 is a partially broken side view of the beverage dispenser of the present invention.

2 is a partially broken front view of the dispenser of FIG.

3 is a perspective view of the front side of the structural chassis of the distributor of FIG.

4 is a perspective view from the front of the drawer and pumps of the dispenser of FIG.

FIG. 5 is a partially broken side view of the dispenser of FIG. 1 with the drawer and pumps pulled forward. FIG.

6 is a front view of the dispenser with the drawer and pumps removed and the lid open.

A postmix beverage dispenser (hereinafter referred to as a beverage dispenser) having a beverage mixing pump mounted on a slidable and extractable drawer in a usual beverage dispenser of the present invention.

A typical beverage dispenser has a cooler, a distribution valve and a carbonizer, a water pump is located far away and the syrup is delivered to the distributor at the pressure of the propellant.

The electric water pump is fixed in the vessel to a remotely located carbonizer and the pressurized tank is intended for syrup use. Therefore, there is a problem that the syrup is discharged to the bottom due to the bursting of the pressurized syrup pipe

The coin dispenser has an open front door, and many internal parts are hinged to be adjacent to each other.

Some drink vending machines are equipped with a cup dropper and an ice cube dispenser.

The mechanisms for pushing or supplying carbon dioxide gas, water and syrup are typically inverted and fixed in relation to the dispensing nozzle and the dispensing actuator. As such, there has not been conventionally provided that the propulsion mechanism is completely separated from the cooling mechanism and the cabinet.

The present invention is intended to solve such drawbacks of the prior art, the purpose of the present invention is driven by a pressurized fluid, it is usually installed inside, but fluid power and syrup pump can be removed from the distributor for access to the internal parts In addition to providing a beverage dispenser with a drawer, a drawer is provided, and a fluid-powered syrup pump with flexible pipes is installed on top of it to remove the pump without removing the pump. It is intended to provide a beverage dispenser with a chassis and drawer that allows the beverage pump to be pulled out of the dispenser in an activated state.

One object of the present invention is to provide a water dispenser that is equipped with a pneumatic water and syrup pump, a pneumatic dispensing actuator, and accessible to the pump and the actuator without removing or removing parts.

Another object of the present invention is to provide a beverage dispenser equipped with a self-contained beverage mixing pump accessible therein without having to disassemble or move the dispenser or dismantle any fluid lines.

One object of the present invention is to provide a water dispenser that is equipped with a pneumatic water and syrup pump, a pneumatic dispensing actuator, and accessible to the pump and the actuator without removing or removing parts.

According to the basic principle of the present invention, an external cabinet having a front part in which a distribution nozzle and a drip tray are installed, and a front and rear vertical corner column which are installed in the cabinet and extends upward from the bottom part, and the left. A chassis having a lower right rail, a cooling device for cooling beverage components located in the upper compartment, a slide formed to be slidable, a drawer disposed to be slidable on the track, and a pressurized product from In a fluid-powered postmix beverage dispenser, the chassis is powered by A supporting plate mounted on the rear vertical corner column is provided. The supporting plate is provided to divide the interior of the cabinet into an upper compartment and a lower compartment having a track. Spaced above the lower right rail, the drawer is slidably disposed on the track in the lower compartment, and above the drawer, a syrup pump, a water pump, a partition for fluid piping, and a propellant fluid from the compartment to the pump. Propellant fluid pipes for supply and water and syrup conveying pipes for supplying syrup and water to the syrup and water pumps from the partitions, respectively, are installed, and the drawers are pumps, partitions, fluid piping and product piping. The water and syrup conveying pipes are connected to the chiller at each pump, and each conveying pipe is normally housed in the lower compartment, exiting from the lower compartment towards the front of the front of the cabinet. This extra length includes the length and access to the pump without failure without dismantling any piping when the drawer is in the access position. It is flexible so that naelsu drew the drawer, and all the parts inside without disassembly of the various components will be configured so that naolsu in front of the front of the cabinet to refer.

Hereinafter, a preferred embodiment of the postmix dispenser of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 shows a preferred embodiment of the beverage dispenser 10, wherein the beverage dispenser 10 is a post-mix type for distributing flavorful syrup and water separately or as a beverage mixed with water and syrup. It is a beverage dispenser.

The beverage dispenser 10 is formed of a chassis 11 and an external cabinet 12, and a cooling device 13 for cooling a beverage component is built into the beverage dispenser 10, and the dispenser 10 has a built-in cooling device. Sliding drawers 16 are mounted on which the front part 50, the distribution tower 51 and the water pump 17, and the syrup pumps 18, 19, 20 and 21 are mounted.

The chassis 11 has a lower left rail 22, a lower right rail 23, a pair of front vertical corner strips 24 and 25, and a pair of rear vertical corner supports 26, as shown in detail in FIG. (27) and there is no hole and the support plate 28 is not leaking, the support plate 28 is to be spaced above the lower rails (22) (23). It is fixed to the rear vertical corner posts 24, 25, 26 and 27.

Left behind the chassis (11). The lower right rails 22 and 23 are connected by the rear horizontal rail 29. As shown in FIG.

The relatively long front vertical corner struts 24 and 25 are joined by the mounting plate 30 to intersect with the base plate 28 on the top of the base plate 28.

Each left. The right lower rails 22 and 23 are formed with cantilever portions 31 and 32 extending forward.

Left. The inner surfaces of the lower right side rails 22 and 23 form the raceway 33 on which the drawers 16 are placed.

Left. The front part of the right lower rails 22 and 23 is fixed by welding the front vertical corner supports 24 and 25 to the support plate 28 and the mounting plate 30, and left. Between the front parts of the lower right side rails 22 and 23, it is better not to cross a rail. The cabinet 12 includes a back plate 36, an upper plate 37 having air intake and discharge holes 38 and a left side. It consists of a right side plate (39) 40, the outer cabinet 12 configured as described above is mounted to the chassis (11), which will be described in detail, the outer cabinet 12 constituting a part of the beverage dispenser 10 described above Left. The front plate installed in the corner of the chassis (11) that posted the right plate (39) (40) and the back plate (36). The chassis 11 described above is installed in the beverage dispenser 10 by being mounted on the rear vertical corner holders 24, 25, 26, 27.

The base plate 28 on the chassis 11 has a back plate 36 and a left side. It is flat with respect to the right side plates 39 and 40 and divides the inside of the cabinet 12 into separate first or upper compartments 41 and second or lower compartments 42.

The cabinet 12 is the front of the chassis 11. It is fixedly attached to the rear vertical corner posts 24, 25, 26 and 27, and is assembled in parallel to the lower rails 22, 23 and the horizontal rails 29.

The cooling device 13 is mounted on the support plate 28 of the chassis 11 and fully loaded in the upper compartment 41.

The cooling device 13 includes an electric compressor 45, a condenser coil 46, a condenser fan 47 installed to discharge ambient air through the discharge hole 38 of the upper plate 37, and a heat exchanger for cooling the beverage components. Group 48 is included.

An ice bucket is formed in the heat exchanger 48, and there are separate cooling coils for flavoring water and syrup.

The heat exchanger 48 is mounted to the rear of the front vertical corner circumference 24, 25. The base plate 28 of the chassis 11 without holes prevents condenser air from being sucked in and discharged through the lower compartment and also circulates in all condensate and debris from the heat exchanger 48 and the upper compartment 41. Blocking the air to prevent heat from being transferred from the condenser coil 46 to the lower compartment 42.

The cooling device 13 is made to be accessible by lifting the cabinet 12 upwards of the chassis 11.

In addition, the front part 50 of the distributor 10 is provided with a distribution tower 51, a distribution nozzle 52, a beverage selection button 53, a drip tray 54, and a drop plate 55.

The distribution tower 51 is mounted on the upper portion of the front vertical corner column 24 and 25 with the hinge 56 crossed.

The nozzle plate 57 is attached to the mounting plate 30 of the chassis 11 to support the lock 58 and the nozzle 52 for tightly fixing the distribution tower 51.

The droplet plate 55 extends to the back of the nozzle plate 57 but is not extended to the rear of the droplet receiver 54.

The droplet plate 55 is attached to the front surface of the front vertical corner columns 24 and 25 and is spaced apart in front of the heat exchanger 48.

As shown in FIG. 4, the drawer 16 is mounted on the track 33 in the pair of side flanges 60, 61 and the lower compartment 42 on the left and right sides, and slides the plastic sliding buttons ( 63) is formed.

The midplane 64 of the drawer 16 rises above the flanges 60 and 61 and is supported on the counter on which the track 33 and the beverage dispenser 10 are mounted.

A stop piece 65 is formed on the rear side of each side flange 60, 61. In the second half of the drawer 16, a pump bracket 66 is formed on which the syrup pumps 18, 19, 20 and 21 are mounted by fixing screws 67.

The syrup pumps 18, 19, 20 and 21 are mounted opposite one another with their syrup pump inlet 68 and the syrup pump outlet 69 facing outwards and their spring motors 109 facing inward. do.

Between the syrup pumps 18, 19, 20 and 21, a bracket 70 is mounted on which the propellant gas pressure regulator 71 is mounted.

A water pump 17 is placed in front of the syrup pumps 18, 19, 20, and 21 on the middle plate 64, and the water pump 17 has a water suction port 72 and a water discharge port 73. ) And propellant gas coupler 74 are provided toward syrup pumps 18, 19, 20, 21.

The syrup pumps 18, 19, 20, and 21 are provided with a gas connector 75 inwardly, and in front of the water and syrup pumps 17, 18, 19, and 20, the fluid wiring is fixed. The partition 76 is provided.

When the drawer 16 is in its usual position in the lower compartment 42 all the water and syrup pumps 17, 18, 19, 20, 21 and partition 76 are located in the lower compartment 42. do.

The drawer 16 extends throughout the front end of the cantilevered portions 31 and 32, and the opening 77 below the partition 76 provides an opening for the fluid supply piping and for gripping withdrawal of the drawer 16. Configure handle 78.

The pair of teeth 79 in front of the drawer 16 is to reinforce the chassis 11 firmly when transporting the dispenser 10 to the bottom of the front vertical corners 24 and 25. It is fixed.

The standing flange 80 and the handle 78 of the Epyeong 79 are provided to mount and support the water drop 54.

The syrup pumps 18, 19, 20, 21 are inserted into the syrup pump bracket 66 through the holes 81 and protrude downward, thereby shortening the height of the dispenser by about one inch.

The water supply inlet pipe 85 is mounted to the partition 76 and connected to the water suction port 72 of the water pump.

Syrup feed inlet pipe (86) (87) (88) (89) is mounted to the partition 76 is connected to the inlet (68) of the syrup pump.

Water and syrup feed inlet pipes 85, 86, 87 and 89 are commonly referred to as product pipes.

The propellant fluid pipe 90 is provided with a fluid pipe 91 connected to the pressure regulator 71 and the water pump propulsion gas connection 74.

The flexible water delivery pipe 92 extends from the water outlet 73 to the heat exchanger 48 and has a flexible redundant length 93 which is usually contained in the lower compartment.

The syrup conveying pipes 94, 95, 96, and 97 are installed from the syrup pump outlet 69 to the heat exchanger 48.

Each syrup delivery piping 94, 95, 96, 97 typically has a flexible redundant length 98 contained within the lower compartment.

These water conveying pipes and syrup conveying pipes 92, 94, 95, 96, and 97 are bound together to rise above the distributor front 50 between the heat exchanger 48 and the drip plate 55. It is accommodated under the mounting plate 30 of (11).

Syrup conveying pipes 94, 95, 96, 97, respectively, are connected to an adjustable flow volume regulator 99 below the distribution tower 51 to reach the heat exchanger 48.

The flexible water conveying pipe 92 is also bound together with the syrup carrying pipes 94, 95, 96 and 97, and is charged behind the droplet plate 55.

The propellant fluid piping 90 includes a propellant conveying pipe 101 which is connected from the propellant gas pressure regulator 71 in the drawer 16 to several fluid power distribution actuators 102 in the distribution tower 51, one of which is one. Actuators are installed for each syrup pump.

In addition, the propellant fluid pipe 90 includes a propellant return pipe 103 connected to the syrup pump gas connector 75 associated with each actuator. Propellant conveyance and return piping (101) (103) are bound together and guided over distributor front (50) between heat exchanger (48) and droplet barrier (55).

The propellant conveyance and return piping (101) (103) is bound to the left side of the cabinet (12) by the clamp (104) and the flow volume regulator (99), and adjacent to the transverse hinge (56) by the clamp (105). It is bound to the distribution tower 51.

Propellant conveyance and return piping (101) (103) is similar to water conveying piping and syrup conveying piping (92) (94) (95) (96) (97) (98) by the nozzle plate (57) 55) Built into the back.

The distribution tower 51 is normally closed and is fixed in the positions shown in FIGS. 1 and 2.

As shown in FIGS. 5 and 6, the distribution tower 51 can be rotated 180 ° to the alternately approaching position along the hinge 56, and in the open state the top plate 37 of the outer cabinet 12 Wit).

Parts of the dispensing actuator 102, the beverage selection button 53, and the propellant conveyance and return piping 101, 103 between the dispensing actuator 102 and the clamp 105 of the dispensing tower 51 are distributed to the dispensing tower 51. And access to the entirety of the distributing actuator 102, which is rotated together and eventually a three-way flow fluid power valve, is prevented.

As illustrated in FIG. 1, the drip tray 54 is actually flushed to the dispenser front 50 at the same height as the drawer 16 and the water and syrup pumps 17, 18, 19, 20 and 21. When mounted, the drawers 16 and water and syrup pumps 17, 18, 19, 20 and 21 are approached so that they are not exposed.

The drip tray 54 is formed with side portions 107 covering and concealing the cantilever portions 31 and 32 of the chassis 11.

The drip tray 54 is retained by the flange 80 of the drawer 16, and the flange 80 is covered by the outer portion 107 of the drip tray 54. To remove the drip tray 54, the drip plate 55 is removed and the drip tray 54 is pulled up to remove it. More importantly, the drawer 16 is provided with water and syrup pumps 17 and 18. (19) (20) (21) and the partition (76) come out of the lower compartment (42).

Position the lower compartment 42 in the lower compartment 42 with the lower compartment 42 opening to the front portion 50 of the beverage dispenser 10 and the drawer 16 also pulled out of the front portion 50. The lower left as bolt 108 after being pushed in. It is fixed to the right rail 22, 23.

The drawer 16 then exits until the stop piece 65 contacts the bolt 108.

At this time, the drawer 16 is in one optional position that completely exits the lower compartment 42.

In this position, the partition 76 and the entire water and syrup pumps 17, 18, 19, 20, 21, and syrup and water pump inlets 68, as shown in FIGS. 72, syrup and water pump outlets 69 and 73, propellant gas connections 74 and 75, and the product and propellant piping completely exit out of the lower compartment 42 and are accessible without obstacles. .

The stretched extra lengths 98 and 106 portions of the flexible exit out of the lower compartment 42 to allow the drawer 16 to exit.

Water and syrup pumps 17, 18, 19, 20, 21 and dispenser 10 are not dismantled and they are fully functional regardless of whether the drawer 16 is in its normal or withdrawn position Water and syrup pumps 17, 18, 19, 20, 21, dispense tower 51, nozzle plate 57 and dispenser front 50 under nozzle 52 Comes out.

The drawer is supported by the cantilever portion 31, 32 when the drawer 16 is in the pulled out position shown in FIG. 5.

This new distributor 10 is completely self-contained, capable of withdrawing water and syrup from open and pressurized vessels, and a complete unit of pumps and regulators is placed on the counter, moving the distributor without dismantling any piping. You can get enough access without doing it. The syrup and water supply tubing may be pulled directly from the partition 76, forward or back below the drawer 16, and the integrity of the structure may be obtained by binding to the chassis 11 while transporting the drawer 16.

As described above, the beverage dispenser of the present invention can be easily disassembled and assembled in a sliding drawer type without disassembling one by one as in the prior art described above in contact with the components mounted therein. And the ability to repair.

The advantages, uses, and many other uses of the dispenser of the present invention are apparent to those skilled in the art to which the present invention pertains, and all embodiments that are reasonable within the scope of the present invention proposed by them contribute to the present technology. It is included in the Claim of the invention.

Claims (1)

An outer cabinet 12 having a front part 50 on which a dispensing nozzle 52 and a drip tray 54 are installed, and inside and outside the cabinet, which extend upwards from the front part. The prop (24) (25) (26) (27) and the left. A chassis 11 having lower right lower rails 22 and 23, a cooling device 13 for cooling beverage components located in the upper compartment 41, a track 33 formed to be slidable, In the drawer 16 arranged to be slidable on this track and the pressurized fluid power postmix beverage dispenser constructed from the product piping, the chassis 11 is the front and rear vertical corner supports 24, 25, 26 ( 27 and a support plate 28 mounted thereon, and the electric support plate is divided to divide the interior of the cabinet 12 into an upper compartment 41 and a lower compartment 42 having a raceway 33. Left. The drawers 16 are spaced apart on the lower right rails 22 and 23, and the drawers 16 are slidably arranged on tracks in the lower compartment, and the syrup pumps 18, 19, 20 and 21 are placed on the drawers. ), A water pump 17, a partition for fluid piping 76, a propellant fluid pipe 90 for supplying a propellant fluid from the partition to the pump, and a syrup and water from the partition to the syrup and water pump, respectively. Water and syrup fluid lines 92, 94, 95, 96 and 97 are provided for supplying the water, and the drawers described above are provided with pumps, partitions, fluid lines and product lines in front of the front of the cabinet. The water and syrup conveying pipes are connected to the chiller at each pump, and each conveying pipe includes an extra length 98 which is normally accommodated in the lower compartment. This extra length is used for any piping when the drawer Is so naelsu drew the drawers and dismantle all its components in order to access various parts of without a pump without a hitch while not dismantle gender and beverage dispenser comprising naolsu configured so that the forward front side of the cabinet.