CN1624724A - Beverage antomatic vender - Google Patents
Beverage antomatic vender Download PDFInfo
- Publication number
- CN1624724A CN1624724A CN 200410096977 CN200410096977A CN1624724A CN 1624724 A CN1624724 A CN 1624724A CN 200410096977 CN200410096977 CN 200410096977 CN 200410096977 A CN200410096977 A CN 200410096977A CN 1624724 A CN1624724 A CN 1624724A
- Authority
- CN
- China
- Prior art keywords
- mentioned
- coin
- raw material
- beverage
- cup
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Apparatus For Making Beverages (AREA)
Abstract
The invention discloses a drink automatic selling machine, including a paper cup supplying device, a drink mixture device and the coin device. The relating paper cup supplying device is composed of two cup channels the glide guide can glide between the primary state and the compensational state, and guide the cup supporter; the driver is in charge of the cup supporter gliding from the above primary state to the compensational state. When the cups in the channel 1 are used up, this machine will accurately provide the cup in the channel 2 to the transmitting place. The operation is simple and low cost.
Description
Technical field
The present invention relates to a kind of automatic vending machine, particularly a kind of Drink dispenser.
Background technology
Common Drink dispenser, that is: sell coffee automatically, the automatic vending machine of hot beverage such as fruit juice can hold the various powders raw material, throw in the selection of coin or bank note and button operates according to the consumer, microcomputer is discerned this, offers the consumer after by suitable mixture ratio serving raw material and water being mixed.Mainly comprise following components: dixie cup feeding mechanism, beverage preparation mixing arrangement, and coin-feed machine.
But all there is certain defective in the various piece of prior beverage automatic vending machine.
At first, Fig. 5 is the synoptic diagram that opens the door of existing automatic vending machine.As shown in Figure 5, Drink dispenser 1 generally according to individual's selection preparation and beverage vending utensil, forms an integral body in appearance, is made up of with the door 5 of opening or closing shell 3 front openings a shell 3 that covers the required various devices of synthetic beverage.
The top is provided with the beverage preparation mixing arrangement in the shell 3, mainly comprise side by side in several savings box 212 and reserve tanks 405 that are used for water storage that are used to store the powder raw material of top, savings box 212 and reserve tank 405 are connected with the drink-mixing device of its below respectively, water be discharged to the dixie cup that the dixie cup feeding mechanism supplies after raw material mixes in this drink-mixing device in.
There are the dixie cup feeding mechanism of a supply dixie cup, the beverage that responsible reception mixes up in the inboard of door 5.
The dixie cup feeding mechanism by the dixie cup support portion by one for the cup road and standby for the cup road form; Standbyly be responsible for carrying standby dixie cup, after using up, just begin to supply dixie cup for the dixie cup of cup in the road for a cup road, and by the hinge junction at a certain angle that links to each other with dixie cup handover portion.
On the dixie cup feeding mechanism of above-mentioned existing automatic vending machine 1, go out glass portion with dixie cup handover portion and exist together after the using up of an axis for the dixie cup of cup in the road, standby compile to make by radial direction for the cup road standbyly exist together on the axis for cup road and dixie cup handover portion; At this moment, guarantee that the standby accuracy rate that exists together on the axis for cup road and cup mouth can descend, cause the standby maloperation that can't arrive at cup mouth smoothly for the cup road.And the beverage for preparing can't flow in the dixie cup, directly flows out, and causes that automatic vending machine is contaminated.
Secondly, for the beverage preparation mixing arrangement, a variety of patterns are arranged, but all have some problems, such as: at the beverage powder raw material discharging initial stage, a large amount of powder stocks drop, and a lot of raw materials splash on the peripheral device outward it is polluted, and are very unhygienic.
The hot moisture that is produced in powder stock and the warm water mixed process enters in the raw material box by the raw material box opening top of discharging powder raw material, and raw material is set in the loading hopper of the outlet of discharging powder raw material and below, and hot beverage can't normally be provided.
Mixer after can only mixing warm water and powder raw material simply discharges potpourri.Therefore, warm water and powder raw material can't fully be mixed.At this moment, the taste of hot beverage can't reach the initial desired level of consumer, causes being discontented with of consumer easily.
Usually, the built-in system of commingled system is divided into pre-hybrid system and later mixing system.Pre-hybrid system is to mix under the state of the storage of raw materials with certain composition ratio in advance, warm water dissolving and discharge only are provided.And later mixing system is to be stored in respectively on the individual containers at the raw material with needs, and the user selects beverage, and mixed material is discharged with warm water dissolving back more as requested.The shortcoming of above-mentioned pre-hybrid system is, because the beverage of mixed raw materials decision in advance taste, so the user can not will set the taste that oneself needs at every turn.And the shortcoming of above-mentioned later mixing system is, because system configures mixing ratio in advance, therefore, the consumer can not be according to own hobby sugaring or companion etc., so that can not provide and satisfy the beverage that the individual has a liking for
And, different because tealeaves is chip solid with the mixing situation of common powder beverage, the present Drink dispenser that also is not exclusively used in tea beverage
Summary of the invention
The present invention has overcome the shortcoming of prior art, and a kind of Drink dispenser is provided, and its dixie cup feeding mechanism after the dixie cup in the cup road one uses up, is fed to the dixie cup in the cup road two on the transmitting place, thereby reduces misuse rate.
In order to achieve the above object, the present invention is a kind of Drink dispenser, comprises the dixie cup feeding mechanism, beverage preparation mixing arrangement, and coin-feed machine is characterized in that, described dixie cup feeding mechanism is made up of cup road one, dixie cup support portion, rail plate, drive division, wherein:
Cup road one can carry and hold a plurality of dixie cups; And a cup road two parallel with above-mentioned cup road one arranged on the dixie cup support portion;
Rail plate can be at initial state: above-mentioned cup road one is on transmitting place, and above-mentioned cup road two is on standby position, also can be in additional attitude: above-mentioned cup road one withdrawing from the position, and above-mentioned cup road two is on transmitting place, rail plate can slide between above-mentioned two states, is responsible for the above-mentioned dixie cup of guiding support portion;
And drive division is responsible for allowing above-mentioned dixie cup support portion slide to above-mentioned additional attitude from above-mentioned initial state.
Drink dispenser of the present invention as mentioned above after one li dixie cup uses up when the cup road, is fed to the dixie cup in two li in road of cup on the transmitting place exactly, has reduced the misuse rate, simple to operation of equipment, can save manufacturing expense.
Drink dispenser of the present invention improves the joint composite rate, and can brew tealeaves, and can realize controlling automatically the functions such as concentration of beverage.
Description of drawings
Fig. 1 is the beverage slot machine oblique view of the embodiment of the invention;
Fig. 2 is the dixie cup feeding mechanism exploded perspective view of automatic vending machine in the embodiment of the invention 1;
Fig. 3 is the stravismus constitutional diagram of the initial state of dixie cup feeding mechanism in the embodiment of the invention 1;
Fig. 4 is the stravismus constitutional diagram of the additional attitude of dixie cup feeding mechanism in the embodiment of the invention 1;
Fig. 5 is the synoptic diagram that opens the door of existing automatic vending machine;
Fig. 6 is the sectional side view of powder material discharging device structure in the beverage preparation mixing arrangement in the embodiment of the invention 2;
Fig. 7 is the exploded perspective view of the drink-mixing device of the embodiment of the invention 3 Drink dispensers;
Fig. 8 is the sectional side view of automatic vending machine drink-mixing device among Fig. 7;
Fig. 9 is the interflow facial planes figure of drink-mixing device among Fig. 8;
Figure 10 is the beverage preparation mixing arrangement partial cross section oblique view in the embodiment of the invention 4;
Figure 11 is the beverage preparation mixing arrangement full sectional view in the embodiment of the invention 4;
Figure 12 is the beverage preparation mixing arrangement side cross-sectional, view in the embodiment of the invention 4;
Figure 13 is the cutaway view of the Drink dispenser in the embodiment of the invention 5;
Figure 14 is the side view of the tealeaves mixer in the embodiment of the invention 5;
Figure 15 is the outward appearance skeleton diagram that the beverage in the embodiment of the invention 6 is used raw material discharge rate automatic regulator;
Figure 16 is the structured flowchart that the beverage in the embodiment of the invention 6 is used raw material discharge rate automatic regulator;
Figure 17 is the functional block diagram that the beverage in the embodiment of the invention 6 is used the chief component of raw material discharge rate automatic regulator;
Figure 18 is the process flow diagram that the beverage in the embodiment of the invention 6 is used the sequence of operation of raw material discharge rate automatic regulator control method;
Figure 19 is the sectional view of the heating part of assembling electron temperature induction part in the embodiment of the invention 7;
Figure 20 is a heating part electronics temperature induction part oblique view in the embodiment of the invention 7;
Figure 21 is a heating part electronics temperature induction part side view in the embodiment of the invention 7;
Figure 22 is a heating part electronics temperature induction part sectional view in the embodiment of the invention 7;
Figure 23 is the warm water temperature regulator control system synoptic diagram of the embodiment of the invention 7 Drink dispenser heating parts;
Figure 24 is to be beverage capacity regulating feeding mechanism circuit diagram of the present invention in the embodiment of the invention 8;
Figure 25 is a coin-feed machine oblique view in the embodiment of the invention 9;
Figure 26 is the exploded perspective view of coin-feed machine in the embodiment of the invention 9;
Figure 27 (a) is that other coin-feed machine assembled state masters look and sectional view is looked on the right side in the embodiment of the invention 9 (b);
Figure 28 is the user mode figure that inserts coin on other coin-feed machines in the embodiment of the invention 9.
1...... Drink dispenser; 3...... shell; 5...... door; 10...... dixie cup feeding mechanism; 21...... dixie cup support portion; 22...... cup road one; 23...... cup road two; 24...... supporter; 26, the 27...... bearing part; 28...... slide bar; 29...... concave part; 30...... dixie cup handover portion; 31...... rail plate; 32...... cup mouth; 33...... lug boss; 34...... support bar; 35...... spring connection strap; 40...... dixie cup arrangement portion; 51...... spring part; 52...... stop valve; 53...... helical; 212...... savings box; 214...... raw material discharge portion 218...... peristome; 220...... fan flexible pipe; 222...... silicon flexible pipe; 224...... circular stream pipe; 226...... raw material storage lid; 228...... funnel; 230...... inflow entrance; 232...... raw material storage box guide rail; 234...... raw material storage box; 236...... connect inlet; 238...... pipe connector; 240...... outlet; 242...... extension bar; 244...... mixing portion; 246...... insert mouth; 248...... splash-back; 250...... blending space; 252...... discharge bar; 254...... connection opening portion; 258...... hybrid electric motor; 260...... motor shaft; 264...... oil sealing; 312...... sheath portion; 313...... interflow portion; 314...... mixing part; 320...... steam discharge portion; 321...... powder stock delivery section; 330...... warm water supply department; 331...... interconnecting part; 340...... stirred vessel; 341...... inflow entrance; 342...... insertion section; 343...... discharge portion; 351...... homo-mixer; 352...... driving shaft; 353...... stirring motor; 501...... tealeaves mixer; 502...... fixed head; 503...... warm water tube; 504...... tealeaves savings box; 403...... motor; 404...... screw rod; 406...... drainpipe; 405...... reserve tank; 408...... feeder sleeve; 407...... mixing casing; 409...... multilevel hierarchy is domatic; 410...... oblique projecture; 601...... microcomputer; 602...... keyboard region; 602A...... the raw material discharge rate is regulated keyboard; 602B...... beverage is selected keyboard; 603...... display part; 603A...... temperature display part; 603B...... duty display part; 603C...... raw material discharge rate display part; 604...... power supply unit; 605...... cleaning part; 606...... temperature induction part; 610...... heating part; 710...... heating part shell; 711...... air bag; 712...... well heater; 713...... securing member; 721...... thermistor; 722...... aluminium pin; 723...... lead; 724...... epoxy coating; 725...... induction part outer cover; 726...... heat-shrinkable tube; 730...... analog bracket; 731...... through hole; 760...... switch portion; 950...... coin-feed machine; 952...... coin-box; 954...... case shell junction surface; 956...... coin slot; 958...... case lid engages mouth; 960...... coin refund; 962...... coin mouth; 964...... arrangement portion; 966...... coin path; 968, the 970...... teat; 972...... Coin validator; The case lid 974...... insert coins; 976...... elongated slot; 978...... thrust; 980...... bolt mouth; 982...... bolt; 990...... coin-feed machine; 992...... coin-box; 994...... case shell junction surface; 996...... coin slot; 998...... guides one; 9100...... guides two; 9102...... sensor; 9104...... coin path; 9106...... solid lever; 9108, the 9110...... teat; 9112...... bolt mouth; 9114...... connection thrust; 9116...... set bolt.
Embodiment
With reference to accompanying drawing, will be described in detail the specific embodiment of the present invention.
Embodiment 1
By the present invention is described in detail referring to accompanying drawing.Fig. 1 is the oblique view of automatic vending machine of the present invention; Fig. 2 is the dixie cup feeding mechanism exploded perspective view of Drink dispenser among Fig. 1.
Drink dispenser 1 generally according to individual's selection preparation and beverage vending utensil, forms an integral body in appearance, is made up of with the door 5 of opening or closing shell 3 front openings a shell 3 that covers the required various devices of synthetic beverage.
There is a coin-feed machine of throwing in coin the inboard of door 5, and its effect is to allow the user put into coin by this coin-feed machine obtain your drink, and opposite side has the dixie cup feeding mechanism 10 of a supply dixie cup, the beverage that responsible reception mixes up.
In addition, the dixie cup feeding mechanism 10 among the present invention is made up of dixie cup handover portion 30, dixie cup arrangement portion 40, spring part 51, drive division; Wherein, dixie cup handover portion 30 is arranged on and is responsible for 21 belows, dixie cup support portion that a plurality of dixie cups are supported in carrying, and main being responsible for transmitted down the dixie cup on the dixie cup support portion 21; Dixie cup arrangement portion 40 is positioned at dixie cup handover portion 30 bottoms, be responsible for to receive the dixie cup that dixie cup handover portion 30 transmits and also will be fixed on the beverage supply position; Spring part 51 is responsible for allowing dixie cup support portion 21 slide to dixie cup handover portion 30 tops; And drive division is made up of stop valve 52 and solenoid 53.
Dixie cup support portion 21 comprises with double-row type carries the cup road one of a plurality of dixie cups and cup road 2 22,23 and links to each other with cup road one and cup 2 22,23 belows, road and the supporter 24 in support cup road one and cup road 2 22,23 is formed.
Cup road 1 vertically holds a lot of dixie cups, and cup road 2 23 is parallel with cup road 1, mainly carries standby dixie cup, and the dixie cup in 2 23 li in glass road is provided after one li dixie cup uses up when the cup road.
Cup road two bearing parts 27 that cup road one bearing part 26 that the dixie cup bearing part is linked to each other by one 22 belows, cup road links to each other with cup 2 23 belows, road are formed.
In addition, what there was a protrusion supporter 24 sides of cup road one and cup road two bearing parts 26,27 stops bar 25, vertical with supporter 24, prevents that mainly spring part 51 1 ends from moving up.
What respectively there was a protrusion at the front of supporter 24 and the back side slides bar 28, keeps certain distance with the moving direction of supporter 24; In addition, also has a concave part that falls in 29.
There is a means of delivery of being responsible for the dixie cup on the dixie cup support portion 21 is transported to dixie cup arrangement portion 40 dixie cup handover portion 30 inside, there is a cup mouth 32 that penetrates panel the centre, the dixie cup that makes 21 li of dixie cup support portions is transferred and passes under the instrument in the dixie cup arrangement portion 40 vertically by dixie cup handover portion 30.
Dixie cup handover portion 30 tops are that a rail plate 31 is respectively arranged before and after the center with cup mouth 32, and cup mouth 32 has a spring connection strap 35 and support bar 34 for its side, center, and opposite side has a lug boss 33.
When supporter 24 slides to dixie cup handover portion 30 tops along with the operation of drive division, lug boss 33 is anchored to the concave part 29 of supporter 24 mutually, prevents that dixie cup support portion 21 breaks away from dixie cup handover portion 30 fully and dixie cup support portion 21 breaks away from away from dixie cup handover portion 30 tops fully.
Under the additional state of Fig. 3 described later, what lug boss 33 made that glass road 1 keeps that axle with cup mouth 32 separates withdraws from the position.
The one jiao of spring connection strap 35 that a protrusion is arranged in dixie cup handover portion 30 tops buckles among the clasp at spring part 51 centers.
Drive division is made up of the spring part 51 that hooks support bar 34 and stop valve 52, solenoid 53; Wherein, stop valve 52 is arranged in the dixie cup handover portion 30, connects with solenoid 53, carries out elevating movement along with the operation of solenoid 53 is as the criterion with dixie cup handover portion 30 tops.
When stop valve 52 rises when dixie cup handover portion 30 end faces protrude, spring part 51 links to each other across supporter 24 with stop valve 52; When stop valve 52 declines are sagged from going out dixie cup handover portion 30 planes, push away supporter 24 to a certain direction for elasticity.
As mentioned above, about the operation of dixie cup feeding mechanism 10 of the present invention, mainly describe by dixie cup feeding mechanism 10 initial states of Fig. 3 and the dixie cup feeding mechanism 10 additional attitudes of Fig. 4.
As shown in Figure 3, when dixie cup feeding mechanism 10 was in initial state, stop valve 52 rose and protrudes from dixie cup handover portion 30 planes, is connected with spring part 51.At this moment, cup road 1 arrives with dixie cup handover portion 30 cup mouths 32 and exists together on the transmitting place on the axis, and cup road 2 23 arrives on the standby position that the axis with dixie cup handover portion 30 cup mouths 32 separates.
When dixie cup feeding mechanism 10 is in original state, falls the dixie cup that arrives at cup mouth 32 from cup road 1 and be transported to dixie cup arrangement portion 40, thereby supply dixie cup to the consumer by the means of delivery of dixie cup handover portion 30.
Along with continuing to use, after the one 22 li dixie cups in cup road use up, stop valve 52 descends in company with solenoid 53 operations, sag from dixie cup handover portion 30 end faces, remove the pressurized state of spring part 51, and slide up to dixie cup handover portion 30 tops by a direction in company with rail plate 31 for elasticity dixie cup support portion 21, becomes the additional attitude of dixie cup feeding mechanism 10 as shown in Figure 4.Though do not show in the accompanying drawing, lack dixie cup by the cup road on the induction pieces induction transmitting place, and control part be based on this induced signal control dixie cup feeding mechanism.
As shown in Figure 4, under the additional attitude of dixie cup feeding mechanism 10, cup road 1 is in withdrawing from the position that axis with dixie cup handover portion 30 cup mouths 32 separates, and cup road 2 23 is in dixie cup handover portion 30 cup mouths 32 and exists together on the transmitting place on the axis.
Dixie cup when cup road 1 uses up, and dixie cup feeding mechanism 10 becomes when replenishing attitude, and the dixie cup in the cup road 2 23 arrives at cup mouth 32, and is transplanted on dixie cup arrangement portion 40 by the means of delivery of dixie cup handover portion 30, continues to provide dixie cup to the consumer.
In the foregoing description,, also can design plural cup road and carry dixie cup though the cup road of two carrying dixie cups is arranged.
In the foregoing description, the handover instrument of dixie cup support portion 21 adopts leaf spring more, also can use multiple springs such as wind spring except leaf spring.
Other conditions are identical with embodiment 1, and wherein the beverage preparation mixing arrangement spatters outside fashionable adding in order to prevent the powder raw material, or is set in the outlet of raw material, and the beverage preparation mixing arrangement among the present invention has following characteristics:
Fig. 6 is the sectional side view of powder material discharging device general structure in the beverage preparation mixing arrangement among explanation the present invention.
As shown in the figure, the present invention is made up of circle stream pipe and raw material storage lid, raw material storage box, mixing portion (Housing), hybrid catheter; Wherein, an end and the bottom of circular stream pipe 224 are open type, and the end by opening is connected or separates with the peristome 218 of raw material discharge portion 214 1 ends; Raw material storage lid 226 is arranged on the centre below of above-mentioned circular stream pipe 224, and the side has an inflow entrance 230 can connect fan flexible pipe 220, and there is a funnel 228 toward lower recess in interior central authorities; Raw material storage box 234 is connected by being arranged on extension bar 242 installations that connect inlet 236 (top has above-mentioned raw materials to store lid 226 and raw material storage box guide rail 232) inward flange, the side has a flexible pipe connector 238 can connect silicon flexible pipe 222, and be funnel shaped bottom center an outlet 240 is arranged.
And a mixing portion 244 is arranged below the above-mentioned raw materials Storage Box 234, central authorities leave a blending space 250 in the mixing portion, there is a downward-sloping splash-back 248 these blending space 250 tops, and inferoanterior has a discharge bar 252, the back also has a connection opening portion 254, and above-mentioned raw materials Storage Box 234 escape holes 240 are connected with mixing portion by the insertion mouth 246 at top; And hybrid catheter generally is inserted in the connection opening portion 254 of mixing portion 244 and is fixed, there is a hybrid electric motor 258 back, there are homo-mixers 260 that link to each other with motor shaft 260 tips of the hybrid electric motor 258 that protrudes the front, and connects oil sealing 264 on motor shaft 260.
As mentioned above, effect of the present invention and effect specify as follows:
Effect of the present invention: a series of devices of supplying powder raw material and bland are dismounting or assembling easily on project organization, has improved the convenience in productivity and the assembling; Its structural design is very firm, is subjected to extraneous intense impact and also can disintegrate; During actual the use, easily inside is periodically cleared up, guaranteed the hot beverage health and improved the degree of belief of product greatly and product, merchantability.
As mentioned above, the beverage blends discharger is made up of circle stream pipe 224, raw material storage lid 226, raw material storage box guide rail 232, raw material storage box 234, mixing portion 244 as supply, the discharge of powder stock and the general name of mixing required a series of devices with warm water.These parts have adopted the structure of easy dismounting or assembling as shown on its structural design.
In addition, circle stream pipe 224, raw material storage lid 226, raw material storage box guide rail 232, raw material storage box 234, mixing portion 244 are as supplying and discharge powder stock, mixing the required beverage blends discharger of warm water in the process of supply and discharging powder stock, not only can reach hygienic standard, can also fully mix.
And the present invention and existing raw material automatic vending machine different is, a circular stream pipe 224 is arranged between the peristome 218 that the savings box 212 of being responsible for that powder stock is transferred out exports and the raw material storage lid 226 of below, supplying powder raw material under the state that is isolated from the outside, thereby overcome when operating according to consumer's requirement, a large amount of powder stocks splash peripheral device and cause pollution problems outside the initial stage that powder stock falls;
Be exactly in addition reduce funnel 228 (with above-mentioned mixing portion 244 and above stack gradually the raw material storage box guide rail 232 that links to each other and link to each other with raw material storage lid 226) and the globule that spills when stirring of the hot moisture that produced when the supply warm water of splash-back 248 and homo-mixer 262 attached to the phenomenon of the raw material storage box 234 and savings box 212 peristomes 218 of supplying powder raw material, to prevent to solidify in the powder stock supply process or, to hinder the problem of hot beverage regular supply attached to the inward flange of above-mentioned raw materials Storage Box 234 and raw material storage lid 226;
Taken into full account the blending space 250 of the mixing portion 244 of powder stock and warm water process on the structural design of the present invention, powder stock and warm water are flowed smoothly, discharge again after also fully stirring powder stock and warm water, make the taste of hot beverage reach the initial desired level of consumer to satisfy the demands of consumers with homo-mixer 262.
Other conditions are identical with embodiment 1, and wherein the beverage preparation mixing arrangement is in order to increase the composite rate of raw material and warm water, and the beverage preparation mixing arrangement among the present invention has following characteristics:
Fig. 7 is the exploded perspective view of the beverage preparation mixing arrangement of Drink dispenser beverage, and Fig. 8 is the sectional side view of automatic vending machine beverage preparation mixing arrangement among Fig. 7, and Fig. 9 is the interflow facial planes figure of beverage preparation mixing arrangement among Fig. 8.
Drink dispenser 1 can be according to individual's selection synthetic beverage, and it is by the warm water storage portion of deposit warm water and the raw material storage box of deposit powder stock, and the responsible beverage blends discharger that mixes warm water and powder stock is formed.
As Fig. 7 and shown in Figure 8, the beverage blends discharger of indication is made up of the sheath portion 312 and the sheath portion 312 following interflow portion 313 and the interflow portion 313 following mixing parts 314 of raw material storage box below among the present invention.
One end of sheath portion 312 is infundibulate, coexist on the axis with the raw material storage box, by be responsible for the powder stock in the raw material storage box be delivered to powder stock delivery section 321 in the interflow portion 313, the steam discharge portion 320 adjacent with powder stock delivery section 321 formed.
Above-mentioned steam discharge portion 320 is pipe-like, communicates with interflow portion 313 inner spaces by steam discharge portion 320, is responsible for that the up water vapor of generation discharged when powder stock and warm water mixed.
As shown in Figure 9, the vertical noncircular cross section that is with incidence of interflow portion 313 makes powder stock and warm water converge the formation eddy current.
An opening is arranged at interflow portion 313 tops, makes the powder stock of 321 li of powder stock delivery section flow to the inner space of interflow portion smoothly; And there is a warm water supply department 330 that communicates with interflow portion inner space interflow portion 313 sides, are responsible for warm water is transported to interflow portion 313 inside from warm water supply department; There is an interconnecting part 331 interflow portion 313 belows, and separate design with the axis A1 of powder stock delivery section 321, make their keep certain distance.
Above-mentioned interconnecting part 331 communicates with stirred vessel 340 inflow entrances 341 described later, is responsible for connecting the inner space of interflow portion 313 and the inner space of mixing part 314, makes powder stock and warm water flow to mixing part 314 after forming a kind of potpourri in the interflow portion 313.
Mainly the powder stock that forms in the interflow portion 313 links to each other with the stirred vessel 340 of warm water potpourri, with stirred vessel 340 sides and the responsible stirring tool that stirs the potpourri in the stirred vessel 340 is formed by receiving in above-mentioned mixing part 314.
An inflow entrance 341 is arranged at stirred vessel 340 tops, is responsible for the powder stock that enters into interflow portion 313 through interconnecting part 331 and form and the potpourri of warm water are transported to 340 li of stirred vessels.
The axis A2 of above-mentioned inflow entrance 341 and the powder stock delivery section of sheath portion 312 321 axis A1 separate design, make them keep certain distance D.
There are a homo-mixer 351 insertion sections 342 stirred vessel 340 sides, make homo-mixer 351 described later be inserted into stirred vessel 340 inner spaces, there is a discharge portion 343 stirred vessel 340 belows, by this discharge portion the beverage that stirring tool stirs in stirred vessel 340 are discharged.
Stirring tool is made up of homo-mixer 351, driving shaft 352, stirring motor 353; Homo-mixer 351 is arranged on stirred vessel 340 inside, is responsible for stirring the potpourri of 340 li of stirred vessels; Driving shaft 352 two ends link to each other with stirring motor 353 with homo-mixer 351 separately; Stirring motor 353 transmits revolving force by driving shaft 352 to homo-mixer 351.
As mentioned above, the beverage preparation order of Drink dispenser of the present invention during according to the personal choice beverage is transported to interflow portion 313 to a certain amount of powder stock in the raw material storage box by the powder stock delivery section 321 of sheath portion 312; Simultaneously, warm water enters interflow portion 313 by the warm water supply department 330 in the interflow portion 313 that links to each other with warm water storage portion, and powder stock and warm water are converged in interflow portion 313.
When powder stock and warm water converge in interflow portion 313, after transmitting the powder stock that down by the powder stock delivery section 321 of sheath portion 312 and the warm water of 313 li in interflow portion fully mixing, pass through stirred vessel 340 inflow entrances 341 with the potpourri form and arrive at stirred vessel 340.
In sum, the potpourri that obtains well-mixed powder stock and warm water in interflow portion 313 enters into 340 li of stirred vessels through the interconnecting part 331 of interflow portion 313 and the inflow entrance 341 of stirred vessel 340, and the driving force of the stirring motor 353 that homo-mixer 351 reception driving shafts 352 pass over is rotated, after the potpourri stirring, discharge the beverage that stirs by the discharge portion 343 of stirred vessel 340.
Other conditions are identical with above embodiment, and wherein the beverage preparation mixing arrangement is in order to increase the composite rate of raw material and warm water, and the beverage preparation mixing arrangement among the present invention has following characteristics:
As Figure 10, Figure 11, shown in Figure 12, the transversely arranged a plurality of savings boxes 212 in the upper end of shell 3 inside, this raw material storage box is discharged raw material by the screw rod 404 of the bottom that each motor 403 starts.The reserve tank 405 of a side bottom band drainpipe 406 has been assembled in its rear end, arranges the mixing casing 407 of a side bottom band mixing feed pipe 408 in each beverage outlet bottom transverse.
At this moment, it is domatic 409 that the bottom surface of mixing casing 407 forms multilevel hierarchy, and each layer is domatic a plurality of oblique projectures 410 arranged, and raw material is mixed according to the vortex mode of bottom surface flowing water.
Accompanying drawing 10, the C among Figure 11 and Figure 12 is a cup, SV is a solenoid valve.
The present invention who becomes with above-mentioned structural group selects and regulates motor 403 driving times of the startup screw rod 404 of each savings box 212 according to circuit diagram, and the individual selects and regulate the amount of raw material by own inclination.Quantitatively raw material is delivered to from each savings box 212 and is mixed the casing 407, water in the reserve tank 405 carries out draining by drainpipe 406 on domatic 409 tops of multilevel hierarchy of mixing casing 407, water forms vortex at multilevel hierarchy domatic 409 like this, after the raw material of delivering to casing mixed, deliver on the cup C by the mixing feed pipe 408 of bottom, a side.
At this moment,, enlarge vortex, make immixture more flexible at a plurality of oblique projecture 410 of each layer formation of above-mentioned multilevel hierarchy domatic 409.
Other conditions are identical with above embodiment, and wherein the beverage preparation mixing arrangement is in order to be used to prepare the beverage that brews with tealeaves, and the beverage preparation mixing arrangement among the present invention has following characteristics:
As shown in figure 13, in Drink dispenser, be provided with the tealeaves savings box 504 that is used to store tealeaves, below the end opening of described tealeaves savings box 504 is the tealeaves escape hole, tealeaves mixer 501 is housed, described tealeaves mixer 501 be one suitable for reading big, following young funnel in vertical state, its end opening over against tealeaves savings box 504 suitable for reading, place suitable for reading at tealeaves mixer 501 bends forward, vertically stretch out fixed head 502 again, have threaded hole on it, can be tealeaves mixer 501 is fixing by screw, the end opening of tealeaves mixer 501 is over against dixie cup.
Level is inserted a warm water tube 503 from the described fixed head 502, is connected with reserve tank 405, after tealeaves falls by tealeaves mixer 501, can supply warm water by tealeaves mixer 501 again and brew tealeaves.The side view of tealeaves mixer 501 as shown in figure 14.
Embodiment 6
Other conditions are identical with above embodiment, for hobby according to the user, conveniently regulate the discharge rate of beverage exactly with raw material, beverage preparation mixing arrangement among the present invention also comprises beverage raw material discharge rate automatic regulator, and described beverage has following characteristics with raw material discharge rate automatic regulator:
Figure 15 is the outward appearance skeleton diagram that the beverage among suitable the present invention is used raw material discharge rate automatic regulator.Figure 16 is the structured flowchart that the beverage among the present invention is used raw material discharge rate automatic regulator.Figure 17 is the functional block diagram that the beverage among the present invention is used the chief component of raw material discharge rate automatic regulator.Figure 18 is the process flow diagram that the beverage among the present invention is used the sequence of operation of raw material discharge rate automatic regulator control method.
On Figure 15～Figure 18, for control the present invention comprehensively, the microcomputer 601 of configuration control program in the internal memory is connected with keyboard region 602 as the center.
This keyboard region 602 is by being used to regulate the raw material discharge rate adjusting keyboard 602A of raw material discharge rate and being used to select the beverage of beverage to select keyboard 602B to form.The above-mentioned raw materials discharge rate is regulated keyboard 602A and is had 8 buttons, on the raw material discharge rate display part 603C that shows common specified feedstock amount of preparation, according to user's button operation demonstration raw material discharge rate.
If, common people like the hobby grade (being grade for simplicity) of drinking, be set to coffee 5, the companion 5, sugar 5, (specify as follows: original coffee 2 little spoons, the little spoon of companion 3, sugar 2 little spoons, microcomputer 601 is converted into digital quantity by control so, even this numeral changes other Any Digits into, also belong to category of the present invention certainly.) if the consumer likes espresso, then by 1 key, microcomputer 601 these instructions of identification discharge the coffee powder of respective amount from savings box 212 increments, or by 4 keys, decrement are discharged the companion who is less than current companion's amount and are got final product.
When the user by above-mentioned 1 key, keycoder (not shown) will produce corresponding electric signal, this signal is input on the microcomputer 601, adjusts the discharge rate of coffee powder according to the internal control program.
If the user likes weak coffee, just press coffee 2 keys or companion's 3 keys.
Beverage selects keyboard 602B to have 6 keys, according to the needs of equipment vendors or customer requirements or fashion trend at present, can increase or delete function.
Above-mentioned display part 603 shows the duty display part 603B of multiple function and shows that according to the operation that the raw material discharge rate is regulated keyboard 602A the raw material discharge rate display part 603C of raw material discharge rate forms by the Current Temperatures display part 603A that shows current water temperature with according to duty.606 is temperature induction part, the Current Temperatures of its induction drink manufacturing water by heating part 610 heating after 330 water outlets of warm water supply department, so that microcomputer 601 is measured current water temperature by recognition function.
The symbol 604 expression power supply units that do not have explanation, to all component power supply of the present invention (direct current or interchange) that comprises microcomputer 601,605 expression cleaning parts, 244 expression mixing portions are used for mixing from the water of warm water supply department 330 with from the material (raw material) of savings box 212.
Temperature by 606 inductions of said temperature induction part is adjusted in the specified for temperature ranges all the time by microcomputer 601.
If surpass temperature range when lower or higher () of appointment, then control heating part 610 and regulate heating-up temperatures.
Below, with reference to process flow diagram shown in Figure 180, contact Figure 15～Figure 17 describes.
At first at step S
1In, carry out initialization, so that realize control method of the present invention under the top condition.Step S
2In, check whether the drink manufacturing water that is stored in warm water supply department 330 usually is in low-water level.
Testing result, if be shown as low-water level (when being YES), expression can not be made beverage, so, at step S
3In, microcomputer 601 is lighted the low-water level pilot lamp, allows the user replenish the water of warm water supply department 330.If not low-water level (when being NO), then at step S
4In, detect water temperature and whether surpass assigned temperature (for example more than 85 ℃).
Current water temperature is when assigned temperature (being NO) is following, owing to implied terms that satisfy to make beverage is waited for and reached assigned temperature (heating operation).If current water temperature reaches assigned temperature (when being YES), then the implied terms of beverage is made in expression, satisfies the drink manufacturing condition as water and temperature, therefore, and microcomputer 601 control integrated circuit (IC
1), light relay indicating light and use pilot lamp.
This action is at step S
5In finish, promptly microcomputer 601 recognizes after water temperature reaches assigned temperature, by output terminal (01～07) to integrated circuit (IC
1) carry control signal, so according to this integrated circuit (IC
1) Current Temperatures of the above-mentioned drink manufacturing water of demonstration on Current Temperatures display part 603A, light the relay indicating light of duty display part 603B simultaneously and use pilot lamp.
At this moment, numeral or functional status that above-mentioned Current Temperatures display part 603A and duty display part 603B go up to show are so long as the brightness that extraneous people can discern get final product, regardless of being that light emitting diode or LCD all can.
Under this state, step S
6Carry out the operation of regulating the raw material discharge rate.At this moment, during as if the locking of regulated variable locking device, the raw material discharge rate can not be regulated,, material quantity could be regulated as long as accent amount locking switch is disengaged.
Above-mentioned accent amount locking switch is when disarm state, and above-mentioned microcomputer 601 control raw material discharge rate display part 603C make it show designation number (as coffee 5, the companion 5, sugar 5, tea 6).
The raw material acquiescence discharge rate of the original flavor of the initial setting of expression that Here it is, microcomputer 601 discharges to increment discharge or decrement based on this default data.
Therefore, if the user will taste the taste (when being YES) of the original flavor that is different from above-mentioned initial setting, just carry out the button (key1～key8) get final product that the raw material discharge rate is regulated keyboard 602A.
(key1～key8), this signal is imported on the microcomputer 601, and (above-mentioned button is that per 1 unit representation is risen or descended) regulates the raw material discharge rate by internal processes along with the user carries out above-mentioned button.
The adjusting of this raw material discharge rate is by microcomputer 601 controls and adjusting savings box 212.When above-mentioned microcomputer 601 to integrated circuit (IC
1) transmission of control signals, system's meeting increment or decrement are discharged the required materials of user such as coffee, companion, sugar, tea, and raw material is discharged by dedicated path.If want increment to discharge the specified feedstock of setting in the microcomputer 601, then close discharge path and get final product.(with microcomputer timer internal counting) certainly, the user does not need to regulate raw material discharge rate (when being NO), and (key1～key8) operation, therefore, the raw material discharge rate is constant, directly enters step S just can not carry out button
8The selection beverage gets final product.If the user selects the beverage classification, microcomputer 601 is responded to this instruction immediately, lights the pilot lamp of duty display part 603B, to inform extraneous user.(step S
9) at this moment, finish the beverage of preparation and deliver on the cup by discharge path.
As equipment completing steps S
9Operation after, at step S
10The middle state (original flavor) that recovers initial setting.In the present invention, under the state that locking device is disengaged, be made as and automatically reset, promptly coffee is after 2 seconds, and tea recovered the initial taste of setting (coffee 5, companion 5, sugar 5, tea 6) after 1.5 seconds.
In the process of the beverage of discharging manufacturing, the raw material discharge rate reverts to the taste that configures in advance.This is to finish aforesaid operations after counting by the timer of microcomputer 601 inside.
Above-mentioned steps S
10In, when the reset operation of raw material discharge rate finishes, at step S
11In extinguish relay indicating light, finish to inform extraneous user's drink manufacturing, the user can drink and make good beverage.
Embodiment 7
Other conditions are identical with above embodiment, in order to respond to the temperature of the water of heating part heating in the beverage slot machine more exactly, suitably regulate the heating part internal temperature, make the heating part water temperature inside remain uniform temperature, design the heating part 610 of following structure.
Figure 19 is the sectional view of the heating part of assembling electron temperature induction part.Air bag 711 and well heater 712 are equipped with in shell 710 inboards in heating part, and a side of above-mentioned air bag 711 is in abutting connection with electron temperature induction part 606 simultaneously.
The lateral surface of above-mentioned heating part shell 710 has vertically assembled the securing member 713 of bolt form, and heating part shell 710 is placed in the inboard of small-sized automatic vending machine like this.
Figure 20 is a heating part electronics temperature induction part oblique view; Figure 21 is a heating part electronics temperature induction part side view.
Above-mentioned electron temperature induction part 606 is made up of thermistor, induction part outer cover, lead 723, heat-shrinkable tube 726 and analog bracket 730.Electron temperature induction part 606 is under the state that runs through the heating part shell, and is fixing by said fixing carriage 730, and detects by above-mentioned lead 723 with controller, the temperature of being measured by electron temperature induction part 606 thermistors.
Said fixing carriage 730 is made with writing board shape, and, forming 2 through holes 731 on the said fixing carriage 730, it simultaneously runs through electron temperature induction part 606, and is fixed on the shell of heating part by another through hole.
Figure 22 is a heating part electronics temperature induction part sectional view.
Above-mentioned electron temperature induction part 606 is made into shaft-like, adopts enclosed construction.Thermistor 721 is positioned at its tapered inboard, side longitudinally, and aluminium pin 722 is welded on the above-mentioned thermistor 721.Lead 723 is connected on the above-mentioned aluminium pin 722, and epoxy coating 724 is coated in the above-mentioned thermistor 721 and lead 723 outsides.The induction part outer cover made from the stainless steel protection pipe 725 is finally wrapped in above-mentioned epoxy coating 724 outsides, and runs through the lead 723 at above-mentioned induction part outer cover 725 rears, finally encases with heat-shrinkable tube 726.Above-mentioned electron temperature induction part 606 rears vertically are connected and fixed carriage 730, and are fixed on the shell of heating part.
Figure 23 is the warm water temperature regulator control system synoptic diagram of small-sized automatic vending machine of the present invention heating part.Microcomputer 601 connects thermistor 721, detects the inner warm water temperature in heating part; Above-mentioned microcomputer 601 is connected with the switch portion of being made up of most switches 760, and above-mentioned microcomputer 601 is connected with the well heater 712 of heating water temperature.Above-mentioned microcomputer 601 connects the temperature display part 603A that shows numerical value.
Said temperature display part 603A displays temperature or graphic presentation design temperature, above-mentioned thermistor 721 is connected with microcomputer 601 by printed circuit board (PCB) (PCB), after setting warm water temperature and comparing, the well heater 712 of control linkage on above-mentioned microcomputer 601, and whether decision sells.
Electron temperature induction part 606 is equipped with in heating part shell 710 inboards of above-mentioned Drink dispenser, above-mentioned electron temperature induction part 606 is a kind of negative resistance---thermistors, promptly all coat conductive silver glue on the two sides of ceramic pellet, form electrode, after inserting lead, seal with epoxy (EPOXY).Above-mentioned electron temperature induction part 606 is, when the user by microcomputer 601 during at any design temperature of switch portion 760, well heater 712 will heat warm water and reach design temperature, thus the warm water temperature of adjustment inside, heating part.
Because the voltage of the thermistor 721 of inboard, above-mentioned heating part is changing, and therefore just can detect warm water temperature according to this voltage.Particularly, after water temperature that configures in advance and heating part internal temperature compare, when warm water temperature is lower than 5 ℃ of design temperatures, will start well heater 712.If warm water temperature is equal to or higher than setting value, will close well heater 712, regulate warm water temperature simultaneously.
That is to say that the user can control the inner warm water temperature in heating part of above-mentioned small-sized automatic vending machine arbitrarily, so, can the regulated at will warm water temperature according to seasonal variations, satisfy the demand that the user drinks the small-sized automatic vending machine beverage as far as possible.
Other conditions are identical with above embodiment, in order to allow the user choose at random that raw material mixes and regulate selected material quantity by individual's hobby, the present invention also comprises beverage supply device, start drive unit by following simple circuit arrangement and realize beverage supply, its circuit diagram as shown in figure 24
Master control set is by water supply load device L
1With feed load device L
2Form; Wherein, the former is by passing through variable resistor VR
1The timer of restraint of labour time integrated circuit (IC) apparatus IC
1, and by being connected this integrated circuit (IC) apparatus IC
1On photoelectricity TRIAC driver PT
1Running and the TRIAC T that works
1Be composed in series; The latter by by with integrated circuit (IC) apparatus IC
1Operating switch SW
1The switch SW of interlock
2, press variable resistor VR
2The integrated circuit (IC) apparatus IC of adjustment amount work
2, and amplify this integrated circuit (IC) apparatus IC by transistor T R
2Signal power, and photoelectricity TRIAC driver PT by connecting therewith
2Running and the TRIAC T that works
2Be composed in series; The output terminal of transistor T R is connected switch SW
3, SW
4On, by the variable resistor VR that links therewith
3, VR
4Control, by the integrated circuit (IC) apparatus IC that adjusts time constant work
3, IC
4, and by following integrated circuit (IC) apparatus IC
3, IC
4The photoelectricity TRIAC driver PT that links to each other
3, PT
4Running and the TRIAC T that works
3, T
4, form load device L with series system
3, L
4Thereby, start hyperchannel (Multi channel).
As mentioned above, effect of the present invention and effect are summarized as follows: when the user passes through to adjust variable resistor VR
1Start integrated circuit (IC) apparatus IC
1Switch SW
1The time, according to variable resistor VR
1With capacitor C
1The time constant of appointment is exported strong+signal (High signal), so during the high signal of this output, photoelectricity TRIAC driver PT
1Be activated, simultaneously TRIAC T
1Be switched on, to water supply load device L
1Power supply starts water supply installation and begins draining; And switch SW
2With switch SW
1Interlock starts feed load device L under identical duty
2, supply base stock in the time of draining.
Equally, by operating switch SW
3, SW
4And variable resistor VR
3, VR
4Adjustment, by feed load device L
3, L
4Form the feeding mechanism that supplies raw material.The user can pass through switch SW
3, SW
4And variable resistor VR
3, VR
4Deng operation, from feed load device L
3, L
4Obtain meeting the beverage that oneself requires.Actual use is simple to operate, can be by choosing at random switch SW
3, SW
4Cut off, perhaps can arbitrarily operate variable resistor VR
3, VR
4
As mentioned above, can supply various raw materials by hyperchannel, the system of selection of needed raw material has a variety of; Descend for remedying signal power, formation is amplified the transistor T R of usefulness thereby multichannel input end is connected in parallel.Therefore, transistor T R increases hyperchannel and subsidiary structure.
So the beverage supply device among the present invention can pass through switch SW
3, SW
4And to variable resistor VR
3, VR
4Operation select the raw material oneself liked arbitrarily and regulate material quantity, can be arranged in oneself or the office building, regulate according to individual's hobby and select beverage.In addition, can also pass through resistance VR
1, VR
2Operation regulate supply and base stock amount, therefore can select in right amount according to individual's hobby.
Embodiment 9
Other conditions are identical with above embodiment,
Just the coin-feed machine used of Drink dispenser of the present invention can be divided into type that drops into 1 yuan and 5 jiaos coin simultaneously and the type that only drops into 1 yuan of coin, two types all employing recognize the project organization that other coins outwards spue at once, price is low, and is economical and practical.
As Figure 25 and shown in Figure 26, above-mentioned coin-feed machine 950 is divided into 3 major parts.Wherein, there is the case shell junction surface 954 of being close to casing in coin-box 952 fronts; 1 yuan of Coin validator 972 combines with the coin mouth 962 of above-mentioned coin-box 952 pars intermedias, discerns 1 yuan of coin; The case lid 974 of inserting coins is connected above-mentioned coin-box 952.
The coin-box 952 of above-mentioned coin-feed machine 950 forms case lid continuously and engages mouth 958, so that the coin slot 956 of positive case shell junction surface 954 central authorities and the case lid 974 of inserting coins combine.Above-mentioned coin-box 952 is made suitable bending design, so that coin passes through well, forms coin mouth 962, the disme so that equipment outwards spues, 1 yuan of coin of internal reservoir in abutting connection with coin slot 956 simultaneously.Above-mentioned coin mouth 962 connects 1 yuan of Coin validator 972, and forms the coin path that there is 1 yuan and 5 jiaos coin of identification at coin refund 960 and coin mouth 962 places on the above-mentioned coin-box 952.Above-mentioned coin path 966 has formed coin path 966 by in coin refund 960 and the teat 968,970 of coin mouth 962 both sides upper and lower side protuberances and the combination of the inner recess of the case lid 974 of inserting coins.
In the above-mentioned coin-feed machine 950, the coin refund 960 of the disme that outwards spues is designed to outward-dipping inclined-plane, so that the coin that is dropped into by coin slot 956 directly leads to the outside according to its speed.
Be connected 1 yuan of Coin validator 972 of above-mentioned coin mouth 962, the intermediate portion is the inclined-plane, and top and bottom are horizontal.The structure of above-mentioned 1 yuan of Coin validator 972 is, this recognizer 972 is inserted in the arrangement portion 964 of coin mouth 962 upper ends, and above-mentioned coin mouth 962 inwardly forms vertical inclined-plane in both sides.
The above-mentioned case lid 974 of inserting coins forms groove in the inboard, so that form coin path 966, and form vertical elongated slot 976 in the central authorities in the coin path 966 of level, positively forms longitudinally 2 and connects thrusts 978, and the case lid of being close to coin-box 952 engages mouthfuls 958.
When above-mentioned coin-box 952 engaged with the case lid 974 of inserting coins, the teat 968,970 of coin-box 952 was close to inner recess one end of the case lid 974 of inserting coins, and forms coin path 966.Be that its structure is, the teat 968,970 of coin-box 952 is close to case lid 974 inner recess of inserting coins, and above-mentioned case lid 974 rears of inserting coins form has done the groove that bending is handled, and coin can successfully be circulated.
On above-mentioned coin-feed machine 950, when the consumer drops into disme from coin slot 956, will outwards spue from coin refund 960, when the user drops into 1 yuan of coin from coin slot 956, will drop on coin mouth 962 sides, be stored in the pars intermedia of coin-feed machine 950 by 1 yuan of Coin validator 972.When the consumer drops into 5 jiaos of coins from coin slot 956, will be stored in the rear by coin path 966.
In above-mentioned coin-box 952, the lateral surface that forms coin path 966 has a plurality of bolt mouths 980, the case lid 974 of inserting coins of being close to above-mentioned coin-box 952 forms coin-box 952 bolt mouths 980, also there is bolt mouth 980 relative therewith position, above-mentioned bolt mouth 980 combines with set bolt 982, firmly fixedly the coin-box 952 and the case lid 974 of inserting coins.
Figure 27 (a) (b), Figure 28 is the figure of other coin-feed machines of the present invention.
The structure of other coin-feed machines 990 is as follows.There is the case shell junction surface 994 of being close to casing in coin-box 992 fronts; Coin route guidance device 1 is connected an end of above-mentioned coin-box 992; And coin route guidance device 2 9100 is connected the other end of above-mentioned coin-box 992.
There is rectangle case shell junction surface 994 in above-mentioned coin-box 992 fronts, and above-mentioned case shell junction surface 994 central authorities form the coin slot 996 of inclination.994 back, case shell junction surface of above-mentioned coin-box 992 have formed the coin path 9104 of coin circulation, and there is teat 9108,9110 both sides in above-mentioned coin path 9104.Wherein, above-mentioned upper end teat 9108 has a plurality of bolt mouths 9112 and is connected thrust 9114, forms a plurality of bolt mouths 9112 on the above-mentioned lower end teat 9110.
The upper end teat 9108 of above-mentioned coin-box 992 is connected with coin route guidance device 1, and the lower end teat 9110 of above-mentioned coin-box 992 connects coin route guidance device 2 9100.Above-mentioned coin route guidance device 2 9100 by sensor 9102 identifications 1 yuan of coin of process.
1 yuan of coin from the coin slot 996 of above-mentioned coin-feed machine 990 drops into is stored in automatic vending machine inside separately.Because the end in above-mentioned coin path 9104 has assembled solid lever 9106, therefore, when the consumer when coin slot 996 drops into 1 jiao or 5 jiaos of coins, these coins are changed to flow to by solid lever 996 and are spued.
On above-mentioned coin-feed machine 990, when the consumer when rectangular recess drops into 1 yuan of coin, therefore coin can discern 1 yuan of coin by the sensor 9102 of coin path 9104 through the lower end.When the consumer dropped into 1 jiao or 5 jiaos of coins from this rectangular recess, equipment can outwards spue.That is to say that be fixed bolt 9116 of above-mentioned coin-box 992 and coin route guidance device one, 2 998,9100 is fixing, discern the external diameter and the thickness of coins by the sensor 9102 of lowermost end, store after 1 yuan of coin is distinguished in the inboard, 1 jiao and 5 jiaos coins of nonrecognition directly outwards spue.
As mentioned above, coin-feed machine 950,990 of the present invention is divided into device that drops into 1 yuan and 5 jiaos coin simultaneously and the device that only drops into 1 yuan of coin.According to small-sized automatic vending machine place to use and purposes, to be divided into device that drops into 1 yuan and 5 jiaos coin simultaneously and the device that only drops into 1 yuan of coin certainly, so omit detailed explanation at this.
Claims (13)
1, a kind of Drink dispenser comprises the dixie cup feeding mechanism, and beverage preparation mixing arrangement, and coin-feed machine is characterized in that described dixie cup feeding mechanism is made up of cup road one, dixie cup support portion, rail plate, drive division, wherein:
Cup road one can carry and hold a plurality of dixie cups; And a cup road two parallel with above-mentioned cup road one arranged on the dixie cup support portion;
Rail plate can be at initial state: above-mentioned cup road one is on transmitting place, and above-mentioned cup road two is on standby position, also can be in additional attitude: above-mentioned cup road one withdrawing from the position, and above-mentioned cup road two is on transmitting place, rail plate can slide between above-mentioned two states, is responsible for the above-mentioned dixie cup of guiding support portion;
And drive division is responsible for allowing above-mentioned dixie cup support portion slide to above-mentioned additional attitude from above-mentioned initial state.
2, Drink dispenser as claimed in claim 1 is characterized in that comprising above-mentioned dixie cup support portion and supporter;
Above-mentioned cup road one and cup road two are supported with vertical type in above-mentioned dixie cup support portion, make glass road one parallel with cup road two;
Supporter is slided by the guide of above-mentioned rail plate.
3, Drink dispenser as claimed in claim 2 is characterized in that, above-mentioned drive division comprises spring part, stop valve, solenoid; Wherein:
Spring part is responsible for upwards pushing to stating the dixie cup support portion, makes above-mentioned dixie cup support portion slide into above-mentioned additional attitude from above-mentioned initial state;
And stop valve is relative with above-mentioned spring part, is responsible for keeping the initial state of above-mentioned dixie cup support portion;
Solenoidal main effect is to be responsible for the above-mentioned stop valve of lifting.
4, Drink dispenser as claimed in claim 3, it is characterized in that, the beverage preparation mixing arrangement comprises the beverage blends discharger, and described beverage blends discharger is made up of circle stream pipe (224) and raw material storage lid (226), raw material storage box (234) and mixing portion (244);
Wherein, an end and the bottom of circular stream pipe (224) are open type, and the end by opening is connected or separates with the peristome (218) of raw material discharge portion (214) one ends;
Raw material storage lid (226) is arranged on the centre below of above-mentioned circular stream pipe (224), and the side has an inflow entrance (230) can connect fan flexible pipe (220), and there is a funnel (228) toward lower recess in interior central authorities;
Raw material storage box (234) has above-mentioned raw materials to store extension bar (242) the installation connection that is connected inlet (236) inward flange of lid (226) and raw material storage box guide rail (232) by being arranged on the top, raw material storage lid (226) is played the effect of being connected and fixed, the side has a flexible pipe connector (238) can connect silicon flexible pipe (222), has an outlet (240) to allow raw material pass through smoothly and be funnel shaped bottom center;
Raw material storage box (234) is installed connection by being arranged on the extension bar (242) that connects inlet (236) edge, described connection inlet (236) top has above-mentioned raw materials to store lid (226) and raw material storage box guide rail (232), medial surface has a flexible pipe connector (238) can connect silicon flexible pipe (222), and be funnel shaped bottom center an outlet (240) is arranged;
Interior central authorities of mixing portion (244) leave a blending space (250), there is a downward-sloping splash-back (248) this blending space (250) top, and inferoanterior has a discharge bar (252), the back also has a connection opening portion (254), and above-mentioned raw materials Storage Box (234) escape hole (240) is connected with mixing portion by the insertion mouth (246) at top;
And hybrid catheter generally is inserted in the connection opening portion (254) of mixing portion (244) and is fixed, there is a hybrid electric motor (258) back, there is a most advanced and sophisticated homo-mixer (260) that links to each other of the motor shaft (260) with the hybrid electric motor (258) that protrudes the front, and goes up connection oil sealing (264) at motor shaft (260).
5, Drink dispenser as claimed in claim 3 is characterized in that, the beverage preparation mixing arrangement comprises the beverage blends discharger, and described beverage blends discharger is made up of sheath portion, interflow portion, mixing part;
Wherein, sheath portion has a powder stock delivery section of being responsible for powder stock is transmitted down from the raw material storage box; Interflow portion links to each other below above-mentioned sheath portion, and powder stock that above-mentioned powder stock delivery section sends out and the warm water that flows out from warm water storage portion converge at this; And the mixing part is responsible for stirring from above-mentioned interflow portion and is sent and state the potpourri that inflow entrance that interflow portion communicates enters by catching up with.
The vertical noncircular cross section that is with incidence of above-mentioned interflow portion makes above-mentioned powder stock and above-mentioned warm water converge the formation eddy current;
Comprise that also a discharge of steam portion is arranged on above-mentioned sheath portion side, and adjacent, by exist together steam (vapor) outlet vent water vapor on the axis of the above-mentioned inflow entrance with above-mentioned mixing part with above-mentioned powder stock delivery section;
The separately design of the above-mentioned inflow entrance axis of the axis of above-mentioned powder stock delivery section and above-mentioned mixing part, and keep certain distance.
6, Drink dispenser as claimed in claim 3, it is characterized in that, the beverage preparation mixing arrangement comprises the beverage blends discharger, described beverage blends discharger, the transversely arranged a plurality of raw material storage boxes of inner upper end (212) that comprise shell (3), this raw material storage box is discharged raw material by the screw rod (404) that motor (403) starts, the reserve tank (405) of a side bottom band drainpipe (406) has been assembled in its rear end, arrange the mixing casing (407) of one side bottom band mixing feed pipe (408) in each beverage outlet bottom transverse, and the bottom surface of mixing casing (407) forms multilevel hierarchy domatic (409), each layer is domatic again in the vortex mode, and raw material and flowing water are mixed.
7, Drink dispenser as claimed in claim 3, it is characterized in that, wherein the beverage preparation mixing arrangement comprises beverage raw material discharge rate automatic regulator, and described beverage comprises the Current Temperatures of temperature induction part (606) induction by the drink manufacturing water of heating part (610) heating with raw material discharge rate automatic regulator; The temperature of display part (603) displays temperature induction part (606) induction; Keyboard region (602) is used for selecting beverage; Native system has disposed the microcomputer that can control above-mentioned keyboard region (602), display part (603), heating part (610); Above-mentioned keyboard region (602) regulates keyboard (602A) by the raw material discharge rate and beverage selects keyboard (602B) to form, so that regulate the raw material discharge rate; Above-mentioned display part (603) regulates keyboard (602A) by the raw material discharge rate and beverage selects keyboard (602B) to form, so that adjusting key panel (602); And a raw material discharge rate display part (603C) arranged, the corresponding data of raw material discharge rate that the Display And Keyboard district is selected on the above-mentioned display part (603).
8, Drink dispenser as claimed in claim 3, it is characterized in that, described beverage adopts the control method that may further comprise the steps with raw material discharge rate automatic regulator: first step: equipment is carried out initialization, check the water level of warm water supply department (330), after detecting the Current Temperatures of drink manufacturing water, be presented at Current Temperatures display part (603A); Second step: if at first step, the water temperature and the water level that are used to make beverage meet the requirements, and can light relay indicating light and use pilot lamp; Third step: in order to carry out raw material discharge rate adjusting key, microcomputer (601) will be removed raw material discharge rate locking device, show the initial data of setting that are equivalent to original flavor at display part with numeral, in this state, when the user selects specific taste, microcomputer (601) will be discerned this instruction, goes up at display part (603C) to show this executing state with numeral, and prepares increment or decrement is discharged the material quantity that converts according to the executed signal; The 4th step: when the user selects the beverage of needs, make the bright pilot lamp of process mid-point of this beverage, after a period of time, automatically restPose, so that the raw material discharge rate of above-mentioned change can be discharged by original set amount, show this process at Current Temperatures display part (603A) and duty display part (603B) and raw material discharge rate display part (603C) simultaneously; The 5th step: after a period of time, drink manufacturing to be specified is finished, and extinguishes pilot lamp, after finishing to make the everything of beverage, and its original state of all recovering states.
9, Drink dispenser as claimed in claim 8, it is characterized in that, described heating part (610) has following structure: the thermistor (721) of forming electron temperature detecting means (606) is equipped with in the inboard of above-mentioned heating part shell, the resistance detection voltage that becomes according to warm water temperature;
Above-mentioned electron temperature detecting means (606) vertically is connected and fixed carriage (730) in the wings, and is fixed on the heating cabinet shell (710);
Above-mentioned thermistor (721) is connected with microcomputer (601) by printed circuit board (PCB) (PCB);
Above-mentioned microcomputer (601) combines with well heater (712), and relatively also warm water temperature has been set in control, and whether decision sells;
Above-mentioned microcomputer (601) is connected with temperature display part (603A), confirms design temperature, can also increase and decrease this setting value arbitrarily.
10, Drink dispenser as claimed in claim 9, it is characterized in that, also comprise beverage supply device, start drive unit by following simple circuit arrangement and realize beverage supply: master control set is made up of water supply load device (L1) and feed load device (L2); Wherein, the former is composed in series with the integrated circuit (IC) apparatus (IC1) and the TRIAC (T1) of working by the running that is connected the photoelectricity TRIAC driver (PT1) on this integrated circuit (IC) apparatus (IC1) by the timer by variable resistor (VR1) the restraint of labour time; The latter is by the switch (SW2) that links by the operating switch (SW1) with integrated circuit (IC) apparatus (IC1), by the integrated circuit (IC) apparatus (IC2) of the adjustment amount work of variable resistor (VR2) and the signal power of amplifying this integrated circuit (IC) apparatus (IC2) by transistor (TR), and the TRIAC (T2) of working by the running of the photoelectricity TRIAC driver (PT2) that connects therewith is composed in series; An output terminal of transistor (TR) be connected switch (SW3) (SW4) on, by variable resistor (VR3) control (VR4) of interlock therewith, by the integrated circuit (IC) apparatus (IC3) of adjusting time constant work (IC4), and by (IC4) continuous photoelectricity TRIAC driver (PT3) running (PT4) TRIAC (T3) of working is (T4) with integrated circuit (IC) apparatus (IC3), form load device (L3) (L4) with series system, thereby start hyperchannel.
11, Drink dispenser as claimed in claim 1, it is characterized in that, in described Drink dispenser, be provided with the tealeaves savings box (504) that is used to store tealeaves, in described tealeaves savings box (504) escape hole below tealeaves mixer (501) is housed, described tealeaves mixer (501) be one suitable for reading big, following young funnel in vertical state, its end opening over against tealeaves savings box (504) suitable for reading, place suitable for reading at tealeaves mixer (501) bends forward, vertically stretch out fixed head (502) again, by described fixed head (502) that tealeaves mixer (501) is fixing, the end opening of tealeaves mixer (501) is over against dixie cup, insert a warm water tube (503) from described fixed head (502), described warm water tube (503) is connected with reserve tank (405), after tealeaves falls by tealeaves mixer (501), brew tealeaves by tealeaves mixer (501) supply warm water again.
12, according to the arbitrary described Drink dispenser of claim 1 to 11, it is characterized in that, the structure of used coin-feed machine is that the positive case shell junction surface (954) of the coin-box (952) of coin-feed machine (950) is gone up and formed coin slot (956) and case lid joint mouthful (958) continuously; Form the coin refund (960) of the disme that spues in above-mentioned coin-box (952) the case shell junction surface (954); The pars intermedia of above-mentioned coin-box (952) forms the coin mouth (962) that drops into 1 yuan of coin separately, above-mentioned coin mouth (962) connects 1 yuan of recognizer (972), combine by the teat (968) (970) of the upper and lower side of above-mentioned coin refund (960) and coin mouth (962) both sides protuberance and the inner recess of the case lid of inserting coins (974), form coin path (966), the pars intermedia of above-mentioned 1 yuan of Coin validator (972) is the inclined-plane, and the top and bottom of pars intermedia are horizontal; Above-mentioned 1 yuan of Coin validator (972) upper end is inserted in the arrangement portion (964) of coin mouth (962) upper end; The front of the above-mentioned case lid of inserting coins forms and connects thrust (978); Above-mentioned connection thrust (978) is close to case lid and is engaged mouthful (958); Above-mentioned coin-box (952) and the case lid of inserting coins (974) are fixing with set bolt (982), by the external diameter and the thickness of sensor identification coin, store behind 1 yuan of inside identification and 5 jiaos of coins, and disme do not need identification, directly outwards spues.
13, Drink dispenser according to claim 12, it is characterized in that, outwards spue in above-mentioned coin-feed machine (950) coin refund (960) of disme is outward-dipping inclined-plane, thereby coin is directly outwards spued according to the coin flow velocity that coin slot (956) drops into.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410096977 CN1624724A (en) | 2004-12-07 | 2004-12-07 | Beverage antomatic vender |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200410096977 CN1624724A (en) | 2004-12-07 | 2004-12-07 | Beverage antomatic vender |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1624724A true CN1624724A (en) | 2005-06-08 |
Family
ID=34766569
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200410096977 Pending CN1624724A (en) | 2004-12-07 | 2004-12-07 | Beverage antomatic vender |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1624724A (en) |
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101359409B (en) * | 2007-08-02 | 2011-11-02 | 株式会社东丘电子 | Small-sized automatic vending machine |
| CN102316774A (en) * | 2009-02-13 | 2012-01-11 | N&W全球自动售货股份公司 | Beverage vending machine |
| CN104680640A (en) * | 2008-05-22 | 2015-06-03 | 富士电机株式会社 | Paper currency discriminating device |
| CN107319938A (en) * | 2017-07-12 | 2017-11-07 | 安徽理工大学 | A kind of intelligent domestic water dispenser and its electrical control system |
| CN108784354A (en) * | 2018-07-07 | 2018-11-13 | 羊芳 | A kind of automation beverage dispensing equipment |
| CN108903651A (en) * | 2018-08-28 | 2018-11-30 | 陈志光 | The unmanned water bar of artificial intelligence |
| CN109410438A (en) * | 2018-12-19 | 2019-03-01 | 广州润虹医药科技股份有限公司 | A kind of good selling method and system of automatic vending machine |
| CN110495783A (en) * | 2019-08-22 | 2019-11-26 | 广东亿龙电器科技有限公司 | A kind of intelligent coffee machine of rotary automatic cup out |
| CN110754911A (en) * | 2019-11-28 | 2020-02-07 | 深圳不惑科技有限公司 | Intelligent juicing equipment |
-
2004
- 2004-12-07 CN CN 200410096977 patent/CN1624724A/en active Pending
Cited By (11)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101359409B (en) * | 2007-08-02 | 2011-11-02 | 株式会社东丘电子 | Small-sized automatic vending machine |
| CN104680640A (en) * | 2008-05-22 | 2015-06-03 | 富士电机株式会社 | Paper currency discriminating device |
| CN104680640B (en) * | 2008-05-22 | 2018-03-20 | 富士电机株式会社 | Paper money identifier |
| CN102316774A (en) * | 2009-02-13 | 2012-01-11 | N&W全球自动售货股份公司 | Beverage vending machine |
| CN107319938A (en) * | 2017-07-12 | 2017-11-07 | 安徽理工大学 | A kind of intelligent domestic water dispenser and its electrical control system |
| CN108784354A (en) * | 2018-07-07 | 2018-11-13 | 羊芳 | A kind of automation beverage dispensing equipment |
| CN108903651A (en) * | 2018-08-28 | 2018-11-30 | 陈志光 | The unmanned water bar of artificial intelligence |
| CN108903651B (en) * | 2018-08-28 | 2023-10-27 | 陈志光 | Artificial intelligent unmanned water bar |
| CN109410438A (en) * | 2018-12-19 | 2019-03-01 | 广州润虹医药科技股份有限公司 | A kind of good selling method and system of automatic vending machine |
| CN110495783A (en) * | 2019-08-22 | 2019-11-26 | 广东亿龙电器科技有限公司 | A kind of intelligent coffee machine of rotary automatic cup out |
| CN110754911A (en) * | 2019-11-28 | 2020-02-07 | 深圳不惑科技有限公司 | Intelligent juicing equipment |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN1624724A (en) | Beverage antomatic vender | |
| JP6467615B1 (en) | Beverage production apparatus and control method | |
| CN2760685Y (en) | Automatic vending machine for drink | |
| CN101048096A (en) | Method and system for in-cup dispensing, mixing and foaming hot and cold beverages from liquid concentrate | |
| US4624177A (en) | Combined coffee grinding and brewing machine | |
| CN1942392A (en) | Feeding formula appliance | |
| TW201002256A (en) | Beverage dispenser outlet | |
| CN2792368Y (en) | Small water and beverage feeder | |
| CN1864606A (en) | Cooking sequence automatic selection device, method and cooker mounted with the device | |
| JP2016120931A (en) | Beverage feeder | |
| CN1704004A (en) | Electric rice cooker | |
| JP2020530378A (en) | Centrifugal coffee extractor | |
| JP6467614B1 (en) | Beverage production apparatus and control method | |
| TWI819524B (en) | coffee machine | |
| US20230285997A1 (en) | System and methods for controlling pouring water from a brewer | |
| CN116075249B (en) | Coffee machine | |
| US20230284820A1 (en) | Single-serving coffee pod and single-serving beverage brewer system | |
| JP2019037879A (en) | Beverage production device and control method | |
| JP4155195B2 (en) | Beverage extractor | |
| EP4442175A1 (en) | Drip coffee machine | |
| JP3822203B2 (en) | Method for producing whipped cream for cup-type beverage vending machine, method for producing coffee | |
| JP6993695B2 (en) | Coffee making equipment and control method | |
| US20230284818A1 (en) | Automatically adjustable coffee grinder for a coffee brewing system | |
| US20230284815A1 (en) | Automatic capsule dock for a coffee brewing system | |
| JPH10208143A (en) | Beverage manufacture device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| AD01 | Patent right deemed abandoned | ||
| C20 | Patent right or utility model deemed to be abandoned or is abandoned |