CN2116358U

CN2116358U - Soda water machine

Info

Publication number: CN2116358U
Application number: CN 92207104
Authority: CN
Inventors: 陈宇
Original assignee: Individual
Current assignee: Individual
Priority date: 1992-04-18
Filing date: 1992-04-18
Publication date: 1992-09-23

Abstract

The utility model discloses a miniature soda water machine. A CO2 steel cylinder is connected with the pipeline of a control regulation system through a transferring bridge, a CO2 exhaust mechanism is connected with the transferring body of a goblet and the transferring pipe of the gas, and the inner part of the transferring pipe is provided with a valve core mechanism which is composed of a valve core, a spring, a base seat and a spring piece. The inner part of a case body is provided with a control button valve which can control the action that the beverage is filled with the CO2, the atomizing plate of an atomizing mechanism is a circular disk, and the end surface is provided with a projection, an annular projection and a micro-hole. The plunger piston of the exhaust mechanism can be pushed aside by the projection, and the soda water machine has simple structure and is suitable for being used in the family.

Description

Soda water machine

The utility model relates to a kind of aerated water machine, belongs to the technical field of beverage industry.

The carbonated drink beverage is liked by the people generally, be characterized in pure white, exquisiteness is arranged and lasting foam, stimulate appetite when drinking, stimulate circulation, stimulating central nervous system can produce pressure simultaneously microorganism and many fungus grown of having a liking for oxygen are obstructed and deadly dying, and makes the adjustment of beverage material play the effect of cushioning liquid pH value.

China market mainly is a soda at present, to carry out proportioning by the special manufacturer, can, aerating, cooling, also to store transportation with special container, these need of work manpower and materials, but health, quality are difficult to again guarantee that some factory's technical conditions is poor, the beverage that does not conform to quality is come into the market, bring disaster to people.

The purpose of this utility model is that a kind of miniature soft-drink machine will be provided, and is particularly useful for the family manufacture beverage, and it can overcome above-mentioned deficiency.

Existing aerated water machine only is applicable to small-sized cold drink restaurant, school of factory uses, need to add auxiliary equipment, increased cost, for example the CN2036754 patent is provided with water filling port and need injects treated running water by pipeline, makes carbonated water through mixture again, allocate fruit juice when drinking again into, need to increase auxiliary equipment like this.Can not accurately guarantee the pressure of carbonated water, the CO of beverage ₂Content also has limitation, needs the input quantity of special messenger and meter reading control carbonic acid gas in addition, and the pressure oscillation scope is bigger.

The purpose of this utility model provides a kind of miniature soft-drink machine, and it can overcome above-mentioned shortcoming, does not need external power supply, and pressure can be aligned automatically, is applicable to that family uses.

The purpose of this utility model is achieved in that left part is equipped with CO in the aerated water machine casing ₂Steel cylinder is connected with the pipeline of pressure automatic control and adjustment system by switching bridge (35).CO ₂The goblet chovr body of discharging mechanism is connected with the gas transfer tube, and valve core spring is housed in the transfer tube, the spool mechanism that spring abutment and spring top flat are formed.

CO ₂Gas just enters discharging mechanism after P adjusts the output of control system pipeline, spool moves up when needing exhaust, but the seal spool pad is mobile, makes the micropore of spool be higher than sealing gasket, so CO ₂Gas enters the spool hollow pipe from micropore and enters atomising mechanism again.

At bottom half the pressure base is housed, stage clip is arranged below its cover plate, stage clip is on press spring base, and there is the guide rail of cup the cover plate bottom surface, and anterior also have an inclined plane to make cup be easy to push.

Control button and P regulator control system are housed in casing, can control to fill to beverage as required and release CO ₂Action.

The pulverizer plate of atomising mechanism is the garden dish type, but there is the plunger of a projection jacking discharging mechanism at the center, around it annular lug is arranged, and can seal, and end face has micropore.

Goblet divides mug and cuvette, and its cup has internal layer and skin, and bowl cover is arranged at top, and suction pipe and sealing ring are housed.

Fig. 1 aerated water machine front view

Fig. 2 pressure base schematic diagram

Fig. 3 pressure base cover plate schematic diagram

Fig. 4 P regulates and the control system schematic diagram automatically

Fig. 5 CO ₂The drain valve schematic diagram

Fig. 6 P is control and regulating system schematic diagram automatically

Fig. 7 control button schematic diagram

The vertical view of Fig. 8 control button

The schematic diagram of the mist pipe of Fig. 9 Coke bottle special use

The schematic diagram of Figure 10 goblet mist pipe

The schematic diagram of Figure 11 garden dish type pulverizer plate

The vertical view of Figure 12 Figure 11

The another kind of structural representation of Figure 13 aerated water machine

The control pull-button figure of Figure 14 manual modulation valve

The schematic diagram of Figure 15 goblet structure

The schematic diagram of the another kind of structure of Figure 16 aerated water machine

Now in conjunction with the accompanying drawings the structure of aerated water machine is described in further detail:

By Fig. 1, liquid CO ₂Steel cylinder (38) is positioned at the left side of aerated water machine casing (36), and steel cylinder is undertaken non-return by valve (37), be limited to 7kg/cm on the output pressure of steel cylinder ², CO ₂Steel cylinder (38) is controlled automatically with pressure by the switching bridge (35) that is easy to dismantle and is connected with the pipeline of regulating system;

CO ₂The goblet chovr body (19) of discharging mechanism is connected with gas transfer tube (20), valve core spring (22) and spool press spring base (23) are housed below the spool (21), chovr body spring (25) is contained between spring abutment (26) and the spring top flat (27), transfer tube (20) is tightly connected mutually with regulator control system efferent duct (59), spool mechanism is housed in transfer tube, spool (21) top is spool compression spring seat (23), one hollow pipe is arranged at the bottom, its root has a horizontal micropore (58), and the aperture is less than the thickness of seal spool pad (24).

CO ₂Gas just enters discharging mechanism after the output of P regulator control system, when the needs exhaust, spool just moves up, and seal spool pad (24) is under the effect of press spring base (23), sealing gasket (24) is not moved, thereby make the micropore (58) of spool (21) be higher than seal spool pad (24), CO ₂Gas will enter the spool hollow pipe from micropore, enters atomising mechanism again.

Spring base (26) is tightly connected with gas transfer tube (20), in spring base (26) top compression spring (25) and spring top flat (27) are arranged, top flat (27) can automatically move up and down, pulling downwards make chovr body (19) and goblet (28) when being connected at needs, as long as just can connect lightly.

In Fig. 1, the aerated water machine lower box is equipped with pressure base (62) (Fig. 2), stage clip (32) is arranged below its cover plate, and stage clip (32) is seated on the press spring base (33), there is cup guide rail (34) cover plate (31) bottom surface, cup is convenient to push in an anterior inclined-plane in addition, and the spring pedestal rear portion also is a polygon, can match with the cup bottom, base has press spring base (33), and cover plate (31) pressing spring (32) is so cover plate (31) can move up and down.

Casing can be divided into CO ₂Steel cylinder (11) storeroom and CO ₂Two ones two parts of flood chamber also can be synthesized a Room.Figure (13), figure (16), CO ₂There is a face shield notes chamber of putting, and the control button of P regulator control system is equipped with on casing top, but also can be contained in the front portion of casing, and button is 1～6 group, and there is CO at the casing middle part ₂Discharging mechanism, it is 1～4 group.

CO among Fig. 1 ₂Discharging mechanism, its hold-down nut (49) is threaded with gas transfer tube (20), is used for fixing chovr body (19), needle piston (48).At needs discharging CO ₂The time, can be placed on the pulverizer plate of accompanying drawing 11 (69) on the little goblet, this cup is sent in the chovr body (19), rotates and tightens, and in this process, the projection (70) of pulverizer plate (69) backs down needle piston (48).The CO that discharges ₂Gas fills liquid in the goblet by micropore (72) to be released.

The mist pipe of atomising mechanism (65), (68), (69) are the hollow pipes that has micropore, and mist pipe is stuck in the rim of a cup place of goblet, by goblet and CO ₂The screw thread rotation that discharging mechanism matches makes mist pipe back down CO gradually ₂Discharging mechanism spool (21) or needle piston (48), and sealing.

Fig. 2 is the schematic diagram of pressure base (62).

The pressure base has a special-shaped dead slot (62), but inserting spring holddown groove (33) in the groove is put spring (32) and base cover plate (31) above again.

Fig. 3 is the schematic diagram of pressure base cover plate.Base cover plate (31) is provided with cup guide rail (34), there is an inclined-plane cover plate front portion, be convenient to push cup, the base rear portion is a polygon, match with the goblet bottom, be provided with spring holddown groove (33) in the base, but inserting spring (32) cover plate (31) be pressed on the spring, thereby cover plate can move up and down.

Fig. 4 is a P automatic control and adjustment system schematic, main valve pipe (3) upper end is contained in the flange (1), sealing gasket (2) is housed therebetween, O RunddichtringO (75) is housed on the plunger (8), between bellows (4) and the plunger (8) compression spring (5) is housed, P adjusting nut (7) is contained in below the compression spring (5), bellows (4) is contained in above the plunger (8) with bellows stator (6), stretch out outside the centre bore of flange (1) plunger (8) upper end, transfer tube (10) top and main valve pipe (3) lower end join, sealing gasket (9) is arranged therebetween, uses attaching nut (11) fixing again, transfer tube (10) again with CO ₂The switching bridge of discharging mechanism joins, and transfer tube (12) one ends of switching bridge are contained in main valve pipe (3) inner chamber, and the other end is contained in another CO ₂In the delivery pipe inner chamber, between main valve pipe (3) and the transfer tube (12) sealing gasket (13) is housed, fixing with switching nut (14) again.Transfer tube (10) one end and CO ₂Primary input pipeline (63) is tightly connected, the other end is tightly connected with main valve pipe (3) with attaching nut (11), and playing the effect of non-return plunger (8), the adjusting nut (7) on the pilot plunger (8) can change the elastic force of compression spring (5), reaches to set required force value.

Fig. 5 is CO ₂The drain valve schematic diagram, plunger (55) is contained in the valve body (54), between valve body (54) upper end and the flange (52) hole that sealing gasket (53) plunger (55) one ends pass flange (52) is housed, and be with spring (51), be connected with button (50) again, also there is sealing gasket (56) plunger (55) lower end, changes by pipe (10) also to link to each other with valve body (54) lower end, and the outside is suit transfer tube (57) again.

Fig. 6 is the automatic control and adjustment system schematic, hold-down nut (44) is arranged above the adjusting nut (43), pressure spring (5) is arranged below, bellows (4) is fixed on the plunger (8) with stator (6), adjusting nut (43) passes flange (1) centre bore, valve body (45) is threaded CO with flange (1) ₂Input port (63) can be tightly connected with the switching bridge; CO ₂Delivery outlet (64) can with CO ₂Discharge duct (59) connects, and all has pipeline to be connected between each valve, so feeding CO ₂The time, can realize mutual chainly, adjusting nut (43) is threaded with flange (1), regulates this nut (43) and can change CO ₂Output valve.

Hold-down nut (44) also is threaded with plunger (8), and plunger (8) is used for manual controlled pressure, carries out (seeing picture) by button (47).

Fig. 7 is the control button schematic diagram, Fig. 8 is the vertical view of accompanying drawing 7, cylinder (18) one ends are contained in button (15) the inside, the button below has spring (16) and adjusting nut (17) to be sleeved on the plunger (8), plunger (8) lower end is passed casing (36) again, there is an inclined-plane plunger (8) lower end, fills to beverage at needs and releases CO ₂And when pushing button downwards, pressure along with spring, cylinder (18) moves down, make the plunger (8) that on the inclined-plane, remains static fall in the groove of cylinder (18) by the inclined-plane, at this moment the branch road of P regulator control system is opened, and all the other branch roads automatically lock, when reaching required setup pressure value, plunger (8) is under the effect of compression spring (5), in the groove of cylinder (18), outwards move again, when reaching the inclined-plane of cylinder, cylinder (18) pops up button cylinder (18) under the effect of spring, further compresses plunger (8) again, the P regulator control system is made up of one to five group of P control valve and control corresponding button, the shared CO of each pressure-control valve ₂Input channel and output channel, thereby interlock in mutually between each valve when reaching setting value, the effect of closing is automatically arranged.

Fig. 9 is the mist pipe schematic diagram of Coke bottle special use, and mist pipe (65) is an elongated tubular, and there are two steps (66), (67) in its upper end.

Figure 10 is the mist pipe schematic diagram of goblet, and mist pipe (68) is a criss-cross pipe.

Figure 11 is a garden dish type pulverizer plate schematic diagram, Figure 12 is the vertical view of accompanying drawing 11, pulverizer plate (69) is the garden dish type, centre bit is equipped with a garden clavate projection (70), can withstand the plunger of discharging mechanism, one garden annular lug (72) is arranged all around in addition, and it plays the effect of a sealing, and many micropores (72) are arranged between the annular lug inner face of garden.

Figure 13 is the another kind of structural representation of aerated water machine, and the right part of casing (36) is equipped with CO ₂Steel cylinder (38), switching bridge (35) left side links to each other with steel cylinder (38), the right joins with the bearing of Pressure gauge (73), goblet chovr body (19) is connected with gas transfer tube (20), and spool (21) is that face has spring (22), refills upper valve core press spring base (23), little goblet chovr body (19) and big goblet chovr body (19) are sleeved on together, suit hold-down nut (49) again on the transfer tube (20), its operation principle such as preceding will not be repeated.

After goblet inserts chovr body (19), rotate and tighten, the pulverizer plate boss (70) on the goblet just backs down CO ₂The pin type piston (21) of discharging mechanism; Open CO then ₂Cylinder valve (37) is observed Pressure gauge (49), controls its pressure value.

Figure 14 is the adjusting button figure of manual modulation valve, and button (47) joins with plunger (46), and valve body (45) is just in time below plunger (46).

Figure 15 is the schematic diagram of goblet structure, and goblet is made up of mug (being the bin stock cup) (60) and cuvette (61), and its shape is similar, the cup screw thread respectively with CO ₂The discharging mechanism screw thread matches, and cuvette cup (61) has internal layer (29) and outer (28), and internal layer (29) is the stainless steel courage, and skin is a guard shield, but also can be the structure of individual layer.The mug bottom surface is a polygon, and the figure bottom is connected with a carrying handle (30), and goblet has lid (40), and suction pipe (41) is housed on the bowl cover (40), with sealing ring (42) sealing.Suction pipe one end stretches in the cup, and the other end stretches out outside the cup, and suction pipe (41) is in small lid (40) outside, and the part of suction pipe (41) outside bowl cover (40) the one section bellows that contacted with bowl cover makes suction pipe (41) be easy to bending and twists.

Figure 16 is the schematic diagram of the another kind of structure of aerated water machine, CO ₂Steel cylinder (38) places the left part of casing (36), casing (36) left part is equipped with door (74), steel cylinder (38) be connected again after Pressure gauge (73) joins, PBU pushbutton unit (50) (being triplets among the figure) is contained in the upper right quarter of casing (36), chovr body parts such as (19) all is contained in the right lower quadrant of casing (86), its operation principle such as preceding.

After goblet inserts chovr body (19), rotate and tighten, then just can push P exhaust knob (50), and its force value is controlled in meter reading.

During use, turn on CO earlier ₂Cylinder valve (37), maximum output are 7kg/cm ²So, CO ₂Gas by the switching bridge enter regulator control system left pipeline, can utilize the cold water of domestic refrigerator in summer to pour in the aerated water machine goblet.(mug is used for storing; cuvette is used for existing drink and now makes), it is double-deck injecting fruit juice liquid cup again in goblet, and internal layer is a little less than skin; place pulverizer plate above the cup internal layer this moment, again the guide rail of big goblet along aerated water machine pressure base cover plate just pushed away inward lightly and can put in place.

At this moment with the connection cover of discharging mechanism and cup toward drop-down, match to merge with the external screw thread of cup and tighten, in rundown process, pressure base cover plate is outer gradually moving under the effect of spring, the boss of the interior nebulization catheter of cup backs down CO gradually ₂The spool of discharging mechanism, after tightening just the dress cup finish, at this moment press P automatic button (15), just begin liquid in the cup is inflated, totally 1～5 group on button, the phase interconnected lock, button just automatically resets when reaching required setting value, and with CO ₂Shut off gas is rotated CO more gently ₂The goblet connection cover of discharging mechanism, connection cover just pops up under the stage clip effect after turning on, and presses down goblet more gently and just can take out goblet.

Big goblet, the mist pipe of little goblet and exhaust gear can be inflated respectively, also can make up a shared exhaust gear mutually, when using cuvette, in cuvette, pour frozen water and fruit juice into earlier, cover pulverizer plate, again cuvette is inserted in the connection cover of discharging mechanism and cup, connection cover is provided with the internal thread that matches with cup, and the cuvette connection cover is fixed on the cabinet, after the insertion, rotate little goblet, and tighten, the mist pipe boss of cuvette backs down the spool of discharging mechanism, can select to fill the force value of releasing, press the button, begin inflation, inflation back button is upspring automatically, and it is just drinkable to back out cup.

The CO that special use is also arranged for Coke bottle ₂Gas discharging port and special-purpose mist pipe, method is to above-mentioned similar.

Compared with prior art, this aerated water machine has following advantage:

1, simple in structure, do not need the servicing unit that adds.

The pressure of assurance carbonated water that 2, can be correct.

3, the input quantity of carbonic acid gas can be controlled, local flavor and the quality of soda can be guaranteed.

Claims

1, a kind of aerated water machine is characterized in that CO ₂Steel cylinder is positioned at the left side of casing (36), be connected with the pipeline of pressure automatic control and adjustment system by switching bridge (35), goblet chovr body (19) is connected with gas transfer tube (20), spring (22) and valve core spring seat (23) are housed below the spool (21), chovr body spring (25) is contained in that transfer tube (20) is connected with regulator control system efferent duct (59) between spring abutment (26) and the spring top flat (27), spool mechanism is contained in the transfer tube, spool top is compression spring seat (23), one hollow pipe is arranged at the bottom, its root has a horizontal micropore (58), spring base (26) is connected with gas transfer tube (20), and compression spring (25) and spring top flat (27) are in spring base (26) top.

Lower box is equipped with pressure base (62), stage clip (32) is arranged below the cover plate (31), and stage clip (32) is seated in above the press spring base (33), and there is cup guide rail (34) cover plate (31) bottom surface.

CO ₂The hold-down nut of discharging mechanism (49) is threaded with transfer tube (20), is used for fixing chovr body (19) needle piston (48).

2, aerated water machine according to claim 1, main valve pipe (3) upper end that it is characterized in that the automatic control and adjustment system is contained in the flange, sealing gasket (2) is housed therebetween, O RunddichtringO (75) is housed on the plunger (8), compression spring (5) is housed between bellows (4) and the plunger 8, adjusting nut (7) is contained in below the compression spring (5), bellows (4) is contained in above the plunger (8) with bellows stator (6), stretch out outside the centre bore of flange (1) on the plunger (8), transfer tube (10) top overlaps mutually with main valve pipe (3) lower end, sealing gasket (9) is arranged therebetween, use nut (11) fixing again.

3, aerated water machine according to claim 1 is characterized in that CO ₂The drain valve of discharging mechanism, its plunger (55) is contained in the valve body (54), between valve body (54) upper end and the flange (52) sealing gasket (53) is housed, plunger (55) one ends pass the hole of flange (52), and be with spring (51) and be connected with button (50) again, also there is sealing gasket (56) plunger (55) lower end, and transfer tube (10) is connected outside suit transfer tube (57) with valve body (54) lower end.

4, aerated water machine according to claim 1, cylinder (18) one ends that it is characterized in that control button are contained in the button (15), have spring (16) and adjusting nut (17) to be sleeved on the plunger (8) below the button (15), cylinder (18) lower end is passed casing (36) again.

5, aerated water machine according to claim 1 is characterized in that the pulverizer plate (69) of atomising mechanism is the garden dish type, and there is a garden clavate projection (70) at the center, and a garden annular lug (71) is arranged all around in addition, and the end face in the projection has micropore (72).

6, aerated water machine according to claim 1, it is characterized in that goblet is made up of mug (60) and cuvette (61), its shape is similar, and cuvette (61) cup has internal layer (29) and outer (28), there is bowl cover (40) that suction pipe (41) is housed on the cup, seals by sealing ring (42).

7, aerated water machine according to claim 1 is characterized in that the mist pipe (65) of atomising mechanism is an elongated tubular, and there are 2 steps (66), (67) in its upper end.

8, aerated water machine according to claim 1, the mist pipe (68) that it is characterized in that atomising mechanism is a cross pipes.