CN1449711A - Extraction device - Google Patents

Abstract

The invention provides an extraction device which is convenient in use for a user. In the case that a setting switch (SW) is turned on (the extraction device is set such that water is manually fed to a water storing tank) (on at a step S1), when a water feeding solenoid valve is opened at a step S2 and a water level SW is turned on at a step S3 (YES at the step S3), the water feeding solenoid valve is closed (S5 to S6) after 15 seconds from on of water level sensing SW, a hot water heating operation in a hot water storing tank subsequent to a step S7 is carried out. In turn, in the case that the set SW is turned off (it is set such that water is automatically fed to the water storing tank), when the water level sensing SW is turned on (YES at the steps S3 and S4), hot water heating operation in the hot water storing thank subsequent to the step S7 is carried out as it is.

Description

Draw-out device

Technical field

The present invention relates to draw-out device, especially relate to by being comprised that the container hot-water supply of powder stock and filter obtains to extract the draw-out device of liquid.

Background technology

In the past, exist by being comprised that the container 600 automatic hot-water supplies of powder stock and filter obtain to extract the device of liquid such as the automatic selling-machine of coffee beverage etc.

In device shown in Figure 26, the water that is provided by water container 503 is sent to hot water tank 505, and in this hot water tank, water becomes hot water by heating member 550 heating and is admitted in the main cup 507 with predetermined volume.Subsequently, the hot water in this master cup 507 detects under the condition that hot water reached predetermined temperature at temperature sensor 554 and is admitted in the container 600 that comprises powder stock and filter by the air of being sent here by pump 506.Then, the extraction liquid that obtains from this container 600 is supplied to cup 400.

Steam in the hot water tank 505 is admitted to water container 503 by steam pipe 559.And when the level sensor 530 on the lower position in being installed in water container 503 detected water and dries up, draw-out device was reported this situation and is quit work to the user.Then, according to this report, the user contacts dry up detection signal and restart this draw-out device of the water that is sent by level sensor 530 by adding water for water container 503.

When constituting device shown in Figure 26 for automatically water container 503, be necessary the change design with supplying water.This be because, according to water container 503 supply water manually or automatically, the testing goal of the level sensor 530 of this device is different.

Specifically, under the occasion that manually supplies water, so design draw-out device, promptly level sensor 530 is placed on the height that prevents dry combustion method, and when the water level in the water container 503 was low, level sensor report water dried up.

On the other hand, under the occasion of automatic water-supply, so design draw-out device, promptly level sensor promptly reports that water dries up at water container during 503 fast expiring in order to stop to water container 503 water supply.

In addition, be used under the occasion of automatic water-supply at the device that is designed to be suitable for manually supplying water, the water in the water container 503 normally level sensor 530 detects the amount that water dries up, promptly as mentioned above, and the amount of preservation under fewer state.Because the water in water container 503 is normally not rich, so such situation is dangerous, and, wanted water and just supplied water, and the switch number of times of the open/close valve of the water supply that hockets has increased unfriendly at once.

On the other hand, under the occasion that is used to manually supply water at the device that is designed to be suitable for automatic water-supply, even if also leaving at water container 503 under the situation of more water, level sensor 530 reports that also water dries up, therefore, require the user to add water, this is undesirable at once.In other words, the device that is designed to be suitable for automatic water-supply had better not be used for the situation that manually supplies water.

As mentioned above, traditional draw-out device is to be designed to be suitable for the device of automatic water-supply and the device that manually supplies water, and they do not exchange shape and they are to be convenient to the device that the user arbitrarily uses hardly.

In addition, in device shown in Figure 26, hot water in hot water tank 505 can flow in the steam pipe 559, when this hot water influx increases, in other words, when water arrives near the connecting portion of steam pipe 559 always, will consider the circulation that water occurs between water container 503 and hot water tank 505 in water container 503.Under the occasion that has such circulation, except the water in hot water tank 505 and main cup 507, heating member 550 also has to heat the water in water container 503.Therefore, heating member 550 carries out invalid heating, the operation cost of device increases, promptly, owing to, be to be convenient to the arbitrarily device of use of user so it is hard to tell such device from supplying water for water container 503 to begin the time till reaching above-mentioned predetermined temperature to the water in above-mentioned main cup 507 ineffectually to prolong.

Summary of the invention

Formulate the present invention in view of the above fact, the purpose of this invention is to provide the draw-out device that a kind of user of being convenient to arbitrarily uses.

According to the draw-out device of one aspect of the invention by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, wherein, it comprises the hot water tank that holds described hot water, be arranged on the heating member of this hot water tank, in order to supply water and the water container of storage of water for this hot water tank, detect whether water reaches specific storage capacity in this water container sensor, output is configured for water is injected the injection signal efferent of water filling signal of the signal of this water container, set the water filling configuration part that whether makes this injection signal efferent output water filling signal, the heating member control part that comprises this heating member action of control, wherein set under the occasion of the described water filling signal of output in this water filling configuration part, this injection signal efferent detects from this sensor and plays through this water filling signal of output behind the certain hour when water in this water container has reached described specific storage capacity, stop the output of this water filling signal subsequently, this heating member control part makes this heating member begin to heat after this water filling signal output stops, be set under the occasion of not exporting this water filling signal in this water filling configuration part, described heating member control part has reached described specific storage capacity and has made this heating member begin to heat in response to the water that this sensor detects in this water container.

According to an aspect of the present invention, draw-out device can carry out a kind of in following two kinds of actions, promptly according to the setting of water filling configuration part, automatically supply water within a certain period of time and begin the heating of heating member subsequently from the water of the removing sensor examining report that dries up, perhaps the dry up releasing of examining report begins to carry out heating by heating member according to the water of sensor.

So, under the fewer occasion of the above-mentioned specified quantitative that sensor detected, promptly under the occasion that draw-out device is designed to be suitable for manually supplying water, even if draw-out device is used in the occasion to the water container automatic water-supply, can guarantee that also the water yield when water ratio sensor in the water container detects water and dries up is many.Therefore, need not change the design of draw-out device, it just can be fast and is applicable to safely automatically or manually and supplies water to water container.

In draw-out device of the present invention, the heating portion of this heating member has the part of spirality.

So, the hot water that can carry out efficiently in the hot water tank heats.

Draw-out device according to a further aspect of the invention by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, be characterized in, it comprises the hot water tank that holds described hot water, in order to supply water and the water container of storage of water for this hot water tank, that constitute by the pipe of receiving this water container from this hot water tank and will import the steam pipe of this water container at the water vapour in this hot water tank, this steam pipe in the local diameter of this that side of water container less than diameter in this that side of hot water tank.

According to a further aspect in the invention, even if the hot water in hot water tank flows in this steam pipe, its internal diameter near that side of water container little with at the part place of the internal diameter of this that side of hot water tank, stoped described hot water to flow into water container.

So, can avoid causing that because of hot water is full of steam pipe water circulates between hot water tank and water container, and can avoid thus resembling even heat the so invalid heating of water in the water container.Therefore, this draw-out device can be avoided the efficiency of heating surface to reduce also thereby be convenient to random use.

In addition, in draw-out device of the present invention, at the connecting portion place of this water container, this steam pipe at the internal diameter of this that side of water container preferably less than internal diameter in this that side of hot water tank.

Thus one, can avoid water in the steam in steam pipe and the hot water in air separation and the hot water tank to enter water container effectively.

In addition, in draw-out device of the present invention, preferably water container is configured to see its at least a portion from the outside of draw-out device and confirms the water yield in this water container thus.

Thus one, can be easily and do not use the low-cost water yield that detects in water container in other parts ground.

According to the present invention the draw-out device of another aspect by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, be characterized in, it comprises the hot water tank that holds described hot water and is arranged on the interior heating member of this hot water tank that the heating portion of this heating member has the part of spirality.

According to this invention scheme, to compare with the occasion that is provided with the linearity heating member, the hot water in the hot water tank can earlier be heated.

So, from the hot water heating of beginning in hot water tank, can earlier provide extraction liquid, so this draw-out device is to be convenient to the device that the user arbitrarily uses.

And, in draw-out device of the present invention, this hot water tank preferably has the flow export that makes the hot water outflow that is held in order to give this evacuation container hot-water supply, and the heating portion of this heating member has the part of described spirality near this flow export of this hot water tank.

So,, also can more effectively heat, so the hot water in the beginning hot water tank heats, and can also will earlier provide extraction liquid at the locational hot water that is used to extract even if in the hot water in hot water tank.

Draw-out device according to a further aspect of the present invention by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, it is characterized in that, it comprises the hot water tank that holds described hot water, be arranged on heating member in this hot water tank, be pumped in the hot water in this hot water tank and be sent to this evacuation container pump, make hot water from this hot water tank flow to this pump suction tube, constitute in vertical direction and the rectification part of this suction tube at the relative parts of the opening of this hot water tank side.

According to this invention scheme, blocked by the rectification part because of in hot water tank, adding the bubble that hot water produces, thereby bubble is difficult to invade in the suction tube.

So, owing to can avoid bubble to sneak in the hot water of pump suction, so, having suppressed to supply with the hot water amount's of evacuation container variation, thereby made the concentration that extracts liquid become stable, this draw-out device becomes is convenient to the device that the user arbitrarily uses.

In addition, draw-out device of the present invention also comprise be connected with this hot water tank and in order alternately to carry out the discharge of the hot water in this hot water tank and not eject out and close the switch portion of this hot water tank, this hot water tank have with part that this switch portion links to each other on form drain hole and nut that be connected with this switch portion, so constitute described nut, promptly in this hot water tank, form the otch that leads to this drain hole from this nut peripheral part.

So, during hot water in discharging hot water tank, near the hot water nut flows to tap along otch from the nut peripheral part, can avoid hot water to remain near the nut thus.

Description of drawings

Fig. 1 is the oblique view of an embodiment of draw-out device of the present invention.

Fig. 2 is the front view of draw-out device shown in Figure 1.

Fig. 3 is that view is surveyed on the right side of draw-out device shown in Figure 1.

Fig. 4 is the local oblique view of draw-out device shown in Figure 1.

Fig. 5 schematically illustrates the internal structure of draw-out device shown in Figure 1.

Fig. 6 is the front view under the state of draw-out device armour shell front portion outside removing of Fig. 1.

Fig. 7 is the plane under the state of draw-out device armour shell upper part outside removing of Fig. 1.

Fig. 8 is the right side view under the state of draw-out device armour shell right side part outside removing of Fig. 1.

Fig. 9 is illustrated near the sliding door when sliding door stretches out in the draw-out device of Fig. 1.

Figure 10 is illustrated in the variation that the fixture high response in the draw-out device of Fig. 1 is rotated in gear.

Figure 11 is illustrated in the variation that the fixture high response in the draw-out device of Fig. 1 is rotated in gear.

Figure 12 is illustrated in fixture and the local state of contact of sliding door in the draw-out device of Fig. 1.

The position relation of the dividing plate in the draw-out device of Figure 13 presentation graphs 1, pump housing shell and circuit board.

Figure 14 represents the internal structure of the pump housing shell of Figure 13.

Near the structure bottom of the hot water tank of Figure 15 key diagram 6.

Figure 16 is the plane of the nut of Figure 15.

Figure 17 is the enlarged drawing of connecting portion between the steam pipe of draw-out device of Fig. 1 and the water container.

Figure 18 is near the enlarged drawing of the flow pass that is placed in hot water tank top of the draw-out device of Fig. 1.

Figure 19 is the flow chart that the control of the general action carried out of the CPU that draw-out device had of Fig. 1 is handled.

Figure 20 is the flow chart that the control of the general action carried out of the CPU that draw-out device had of Fig. 1 is handled.

Figure 21 is the flow chart that subprogram is handled in the extraction action of Figure 20.

Figure 22 is the circuit diagram of part in the circuit on the circuit board of the draw-out device that is arranged on Fig. 1, relevant with the driven wheel motor.

Figure 23 be in the circuit on the circuit board of the draw-out device that is arranged on Fig. 1, set the circuit diagram of relevant part with the hot water injection rate.

Figure 24 is the time chart that the extraction action of the draw-out device of Fig. 1 is handled.

Figure 25 is the time chart that the extraction action of the draw-out device of Fig. 1 is handled.

Figure 26 schematically illustrates the hot-water supply device of traditional draw-out device.

Symbol description 1-draw-out device; The outer armour shell of 2-; The 3-water container; The 5-hot water tank; The 6-gear pump; 11～17-resistance; The 20-guidance panel; 21,22-begins key; The 23-window; The 29-sliding door; The 30-level sensor; The 31-glass stand; The 32-saucer; The 50-heating member; 51,53,62, the 63-pipe; The 52-flow pass; 52A-rectification part; The 58-nut; The 59-steam pipe; The 60-three-way magnetic valve; The 64-fixture; The 64A-pin; 65-injects pin; The 66-circuit board; The 70-extracting cavity; The 73-gear motor; The 74-gear; The 75-tooth bar; The 76-projection; 77,78,91～97,171, the 172-switch; The 81-motor; 100-extracts cup; 177, the 178-discharge resistance.

Concrete form of implementation

Below, a form of implementation of draw-out device of the present invention is described with reference to accompanying drawing.Fig. 1 is the oblique view of a form of implementation of draw-out device of the present invention, and Fig. 2 is the front view of this draw-out device, and Fig. 3 is the right side view of this draw-out device, and Fig. 4 is the bottom oblique view of this draw-out device.

The shell of draw-out device 1 is covered with and is being provided with guidance panel 20 on the upper left quarter in draw-out device front and is provided with sliding door 29 on its positive upper right quarter by outer armour shell 2, and pallet 4 is installed below the front.Draw-out device 1 is so work, the extraction that will soon constitute the container that comprises powder and filter is placed in the sliding door 29 and to this extraction container hot-water supply with container (extraction cup 100 described later), supplies the extraction liquid of the powder stock in this evacuation container thus.Under state shown in Figure 1, cup 40 is installed on the pallet 4, is laying cup 400 on cup 40.Under this state, cup 400 is positioned at the below of sliding door 29.Thereby draw-out device 1 can be supplied above-mentioned extraction liquid to cup.

On guidance panel 20, be provided with beginning key 21 and 22, window 23, lamp 24-27.Beginning key 21 is to be used to carry out the extraction action of above-mentioned powder stock so that allow user's hot drink extract the button of liquid.Below, hot drink is called as " hot drink extraction liquid " with extraction liquid.Beginning key 22 is that the extraction action (be designated hereinafter simply as to extract and move) that is used to carry out above-mentioned powder stock is so that allow the user drink the button that extracts liquid under the cold state on the rocks the grade.Below, cold drink is called as " cold drink extraction liquid " with extraction liquid.And the amount of passing through the cold drink extraction liquid of once extraction action extraction is lacked than hot drink extraction liquid.Make cold drink extraction liquid and hot drink extract liquid as many by sneaking into ice.

Draw-out device 1 inside of armour shell 2 outside is equipped with container (following water container 3).Water container 3 is covered by container cover 41, and people can see the part of water container from the outside of draw-out device by window 23.In addition, this container is made of transparent or semitransparent material, so the user can confirm the residual amount that container is interior by window 23.And, by opening container cover 41, can add water for from the outside water container 3, but can't from outer armour shell 2, take out this water container.

On the positive basifacial of draw-out device 1, powder baffle plate 28 is installed.As shown in Figure 4, the inboard of armour shell 2 is installed with powder box 42 outside dust excluding plate 28 depth inside is.Extract cup 100 and exchange along with each extraction action, powder box 42 is installed in the outer armour shell 2, extracts the extraction cup 100 that action was used so that be collected in.Like this, rotate for middle heart with its upper end by making powder baffle plate 28, shown in Fig. 3,4, powder case 42 can be fetched to outside the outer armour shell 2.

When draw-out device 1 is in the following time of state of preparing to extract action, light lamp 24.When draw-out device 1 is in the following time of state that can extract action, light lamp 25.(when detecting water by level sensor described later and dry up) lights lamp 26 in the time must adding water to water container.When detecting powder case 42 by predetermined sensor and filled with, light lamp 27.

Fig. 5 schematically illustrates the internal structure of draw-out device 1.

In draw-out device 1, the water that adds water container 3 is admitted in the hot water tank 5 by managing 51.Water in the input hot water tank 5 is heated by heating member 50.Detect the temperature of the hot water on the top that is positioned at hot water tank 5 by temperature sensor 54.Thereby, when the detected temperatures of temperature sensor 54 reached predetermined temperature and presses beginning key 21 or 22, the hot water in the hot water tank 5 was driven by flow pass 52, pipe 53 and three-way magnetic valve 60 by pump toward gear pump 6 and then by managing 63 and inject pin 65 and be sent to and extract cup 100 because of gear pump 6.And the water vapour in hot water tank 5 is sent to water container 3 by steam pipe 59.

Injecting pin 65 is pins of hollow.Extracting cup 100 is fixed by being inlaid on the saucer 32 in the glass stand 31.Glass stand 31 can be fixed in the sliding door 29 with freely dismantling.On injection pin 65, fixture 64 is installed.Glass stand 31 can serve as that axle ground rotates relative to sliding door 29 with pin 31A, 31B by such mode, promptly forms to sell 31A, 31B and will sell 31A, the embedding of 31B suspension type on two ends, the left and right sides suitably to be opened in the hole in the sliding door 29.Because glass stand 31 so rotates relative to sliding door 29, can be placed in the powder case 42 so extract cup 100.

Extract cup in above-mentioned giving and add in the process of hot water, injection pin 65 and fixture 64, then, inject pin and are inserted in the extraction cup 100 near the extraction cup 100 that is fixed on the glass stand 31 by predetermined mechanism, extract action under such state.

Three-way magnetic valve 60 will manage 53 or air admission hole 61 couple together with pipe 62.53 is connected with pipe if manage 62, then the hot water in the hot water tank 5 can be as described above flow to and manage 53 from managing 62.On the other hand, be connected with air admission hole 61, then by gear pump 6, pipe 63 and inject pin 65 to extracting cup 100 blow air if manage 62.Extract cup 100 by making three-way magnetic valve 6 be positioned at the left-hand seat side so that hot water or air are sent to by gear pump 6, hot water or air can both be sent to the extraction cup by gear pump 60.

On the bottom of hot water tank 5, be connected with drain plug 57 and drainpipe 56.Drain plug 57 is installed on the bottom of hot water tank 5 by nut 58.Drain plug 57 has the function of valve, and this valve is alternately opened and closed by action bars 55.In other words, by operating operation bar 55, drain plug 57 is opened, and the hot water (or water) in the hot water tank 5 is drained by drain plug 57 and through drainpipe 56.

Below, the internal structure of draw-out device 1 is described.Fig. 6 is the front view under the state of the front portion of armour shell 2 outside taking down, and Fig. 7 is the plane under the state on the top of armour shell 2 outside taking down of draw-out device 1, and Fig. 8 is the right side view under the state of armour shell 2 right side parts outside taking down of draw-out device 1.In Fig. 6, partly cut-away at the parts in the place ahead of hot water tank 5, abandon in order to describe the inside of hot water tank 5 in detail, show its longitudinal section.In Fig. 8, office cuts open and shows this extracting cavity 70 for the internal structure of representing extracting cavity 70, and cuts open figure at the sliding door 29 also office of showing.

Referring to Fig. 6-Fig. 8, in the inside of draw-out device 1, water container 3 is positioned in upper left-hand, and extracting cavity 70 is placed in the place ahead of upper right.And, between powder case 42 and extracting cavity 70, be provided with dividing plate 85.In addition, on the rear lower portion in draw-out device 1, hot water tank 5 is being set, and the steam pipe 59 that stretches out is connected with the rear end of water container 3 from hot water tank.Be provided with three-way magnetic valve 60 at the rear of water container.In addition, on the top of water container 3, be provided with the filter 43 that is covered by container cover 51.The user opens container cover 41 and gives water container 3 supplementing water by filter 43.

Extracting cavity 70 is the frameworks with end face, the back side and left and right side.On the left and right side of extracting cavity 70 inner rooms, be separately installed with slide rail 71,72.On sliding door 29, respectively about arm spare 29A, 29B are installed, described arm spare 29A, 29B are installed in respectively on the slide rail 71,72. Slide rail 71,72 is configured to retractable, owing to sliding door 29 is extracted out forward, so slide rail 71,72 trails.So, sliding door 29 moves up in the front and back of draw-out device 1.Describe the state that sliding door 29 is drawn out of in detail referring to Fig. 9.Fig. 9 be expression draw-out device 1 the sliding door 29 of sliding door 29 when being drawn out of near.

On arm spare 29A, 29B, setting-in pin 31A, the 31B of above-mentioned glass stand 31.So, glass stand 31 can be fixed between arm spare 29A, the 29B with freely loading and unloading.Slide rail 71,72 is configured to retractable, and under state shown in Figure 9, they trail under the state that embeds arm spare 29A, 29B, and under state shown in Fig. 7 etc., they become retracted state.

On the bottom of extracting cavity 70, run through dividing plate 85 ground and be provided with funnel 33.In slide rail 71,72 retraction, glass stand 31 are housed in outer armour shell 2 and extract when moving, funnel 33 is positioned at the below of the extraction cup that is positioned on the glass stand 31.Therefore, when adding hot-water flooding for extraction cup 100, extraction liquid that flow out from this extraction cup 100 are supplied to cup 400 containers such as grade by funnel 33.Exactly, funnel 33 below extraction opening 33A is equipped with, extract liquid and be supplied to cup 400 containers such as grade by this extraction opening 33A.

On the central portion that extracts chamber 700 end faces, the guide rail 69 that extends along fore-and-aft direction is installed.And tooth bar 75 is formed with tooth in the above and its downside is embedded in the guide rail 69.In addition, in tooth bar 75, toothed above than extracting cavity 70 more by last, and the downside that embeds guide rail 69 is positioned at extracting cavity 70.One end of arm 79 is installed on tooth bar 75 rear ends that are positioned at extracting cavity 70.The other end of arm 79 is installed on the fixture 64.

On the left and right side of extracting cavity 70 inner rooms, the track 68,67 of longitudinal extension is installed.Therefore, embed in the track 68,67 by the parts on the left and right sides that will suitably be installed in fixture 64, fixture 64 just can move up and down along track 67,68.

On the top of extracting cavity 70, the gear 74 that is connected with gear motor 73 with gear pump 73 is installed.By driven wheel motor 73, gear 74 rotates.Gear 74 and the engagement of the tooth on tooth bar 75 end faces.Therefore, along with the rotation of gear 74, tooth bar 75 turns to ground to slide gear 74 front and back relatively corresponding to gear 74.Along with moving forward and backward of tooth bar 75, the stretching, extension angle of arm 79 has changed.The change of the stretching, extension angle of arm 79 causes the variation of fixture 64 height.

The height change of the fixture 64 that rotates corresponding to gear 74 here, is described referring to Figure 10,11.Here, Figure 10 represents that fixture 64 is in draw-out device 1 and waits locational state, and Figure 11 represents that fixture 64 is in the state of the position when extracting action.

The other end of arm 79 is installed on fixture 64.In addition, an end of pipe 63 also is contained on this fixture.On an end of pipe 63, be installed with and inject pin 65.Extracting cup 100 is placed on the saucer 32 of glass stand 31.Under state shown in Figure 10, the front end of tooth bar 75 and gear 74 are chimeric.Thereby along with gear motor 73 rotates (making the direction of rotating on the counter clockwise direction of gear 74 at Figure 10) on certain direction, tooth bar 75 (for draw-out device 1, advances on forward) in the right of Figure 10.Along with tooth bar 75 advances on the right of Figure 10, an end of arm 79 (being contained in that end on the tooth bar 75) does not change it yet and advances to heavens on the right of Figure 10.So, the other end of arm 79 makes fixture 64 move down along track 67,68.

Subsequently, when the rear end (left end among Figure 10) that the rotation of gear 74 is performed until tooth bar 75 arrived with the chimeric position of gear 74, as shown in figure 11, fixture 64 touched the end face that extracts cup 100 and will extract glasss 100 and presses down.And under state shown in Figure 11, inject pin 65 and be inserted in this extraction cup from the top of extracting cup 100.

On the bottom of glass stand 31, be provided with hollow and extract pin 31C and extract the extraction path 31D that pin 31C is connected with this hollow.Under state shown in Figure 10, extract cup 100 and be placed under the state that floats on the extraction pin 31D.Therefore, under state shown in Figure 11, extract cup 100 and be crushed on the glass stand 31 because of being pressed downward with saucer 32.So, extract pin 31C and thrust the bottom surface of extracting cup 100.Therefore, under state shown in Figure 11, when hot water is injected into when extracting cup 100 from managing 63 by injecting pin 65, the extraction liquid that forms in extracting cup 100 is by extracting pin 31C and extracting that path 31D flows out and be added into by extraction opening 33A in the container such as cup 400.

As mentioned above, when extracting action, along with the rotation of gear motor 73, fixture 64 moves down, and injects pin 65 and inserts in the extraction cup 100, extracts pin 31C and thrusts the bottom of extracting cup 100.When extracting release,, return state shown in Figure 10 from Figure 11 along with gear motor 73 and above-mentioned direction are rotated on the contrary.Thus one, inject pin 65 and extract pin 31C and leave and extract cup 100.

In addition, switch 86 is fixed on the fixture 64.So constitute switch 86, promptly it has bar 86A and disconnects by the connection of pressing commutation circuit that bar 86A is made progress.Under state shown in Figure 10, bar 86A is pressurized not, and under the state of Figure 11, bar 86A is extracted on cup 100 lines and presses and thereby be contained in switch 86 main bodys.So, be placed in the saucer 32, when fixture 64 moves down as illustrated in fig. 11, extract cup 100 and make switching on and off of switch 86 commutation circuits if extract cup 100.

In addition, although in Figure 10 and Figure 11, do not draw, on fixture 64, be provided with the part of the arm spare 29A of contact sliding door 29.Figure 12 represent when extract when action fixture 64 with the state of sliding door 29 local butts.In addition, Figure 10, the 11st sees the view of extracting cavity 70 inside from the left side, they have omitted arm spare 29A for the inside of extracting cup 100 is shown, but, Figure 12 also is a view of seeing extracting cavity 70 inside from the left side, but its expression is seen state in the past from the more left side of arm spare 29A.In addition, under state shown in Figure 12, fixture 64 and state shown in Figure 11 are on the position when extracting action the samely, promptly are positioned on the position that always moves on to below.

Fixture 64 has the pin 64A that stretches out downwards on its left end.And sliding door 29 has projection 290 on the left surface of arm spare 29A.Therefore, in sliding door 29 is accommodated in extracting cavity 70 and extract cup 100 and be under the locational occasion that is suitable for extracting, the position of projection 290 than pin 64A more by back (left among Figure 12).Like this, under this state, even if sliding door 29 is thought to stretch out forward, projection 290 has prevented this stretching out with also having blocked pin 64A.In other words, in draw-out device 1, when not extracting action, prevented stretching out of sliding door 29.So, avoided by the phenomenon of injecting the hot water splatter that pin 65 injects.

In addition, although in Figure 10-Figure 12, do not illustrate, in draw-out device 1, be provided with detection sliding door 29 and whether be in the locational switch (door position switch described later) that is suitable for extracting.By the detection output of this switch, can know whether sliding door 29 is on the position (the extraction cup 100 that is placed on the saucer 32 is positioned at the position of injecting pin 65 and extracting pin 31C insertion as illustrated in fig. 11) that is suitable for extracting.

Refer again to Fig. 6-Fig. 8, the inside of armour shell 2 and at the rear of powder box 42 and dividing plate 85 is provided with the waterproof bulkhead 82 that is made of plastics etc. outside.Above dividing plate 82, pump housing shell 80 is being set.In pump housing shell 80, laying gear pump 6.And, circuit board 66 is installed on the bottom surface of dividing plate 82.The position relation of dividing plate 82, pump housing shell 80 and circuit board 66 as shown in figure 13.

Referring to Figure 13, between circuit board 66 and hot water tank 5, laying dividing plate 83.In the place ahead of hot water tank 5, dividing plate 84 is being set.On circuit board 66, plug-in mounting the various components such as circuit that resembling in draw-out device 1 is used for driving gear pump 6.In outer armour shell 2 inside of draw-out device 1, on top, settling and managing flow of hot water siphunculus such as 62,63, and thereunder, circuit board 66 is being set.So, spill hot gas, also can avoid hot gas to arrive circuit board 66 even if manage 62,63.And the top of circuit board 66 is covered with by dividing plate 82.Thus one, even if on the outer surface of pipe 62,63, form dew and just in case pipe 62,63 chaps, the water droplet that can both avoid forming thus is attached directly on the circuit board 66.In addition, by dividing plate 83,84 is set, near the water vapor diffusion that has suppressed to produce hot water tank 5 is in outer armour shell 2.

In pump housing shell 80, laying gear pump 6.Although the motor 81 of driving gear pump 6 is installed on the gear pump 6, its major part is projected into outside the pump housing shell 80.Figure 14 illustrates the internal structure of pump housing shell shown in Figure 13.Figure 14 represents to see from the top state of the cross section of pump housing shell 80.

Referring to Figure 14, pipe 62,63 runs through pump housing shell 80 for being connected with gear pump 6 in the pump housing shell 80.On the inwall of pump housing shell 80, the sound-absorbing material of the sound that produces when being used to be absorbed in gear pump 6 delivering hot waters is installed.So, in draw-out device 1, suppressed extracting the noise in when action.And, be projected into outside the pump housing shell 80 by at least a portion that makes motor 81, even if under the occasion of drive motor 81, also can carry out the heat radiation of motor 81 fully.

Refer again to Fig. 6-Fig. 8, be provided with heating member 50 in the hot water tank 5.The part of heating member 50 has helical structure.Like this, have helical structure, compare with the heating member that has only linear structure by making heating member 50, can be stronger and the hot water in the heat hot water container 5 more quickly, can shorten thus and extract time.And helical structure is positioned at the top of hot water tank 5, for example in the upper half area of hot water tank 5.Like this, by making spiral part, can give efficiently and extract cup 100 supplying high temperature hot water near flow pass 52.

Then, referring to Figure 15 near the structure bottom of hot water tank 5 is described.In Figure 15, show hot water tank 5 and be installed in the longitudinal section of nut 58 of hot water tank 5 bottoms and the side of drain plug 57 and action bars 55.Drain plug 57 links up drainpipe 56 with connecting cylinder 57A.

Nut has horizontal plane 58A and the vertically extending tube 58B of portion.Horizontal plane 58A has such shape, and promptly disk is formed with otch 58X from peripheral part towards part, interior perimembranous ground.Figure 16 shows the plane of nut 58.On horizontal plane 58A, formed the otch 58X in the cavity in the 58B of connecting cylinder portion, thus one, nut has the hole of vertical perforation.And the wall of the bottom of hot water tank 5 tilts.When opening operation bar 55 and when making hot water from hot water tank 5, be discharged in the drainpipe 56, because the wall of bottom tilts, so hot water concentrates on the bottom center of hot water tank by drain plug 57.Therefore, bottom center promptly near the hot water of concentrating nut from otch 58X and and then the 58B of tube portion in the cavity flow to drain plug 57.So, when opening operation bar 55, the hot water in the hot water tank 5 does not stay, and all is sent to drainpipe 56 by drain plug 57.

Figure 17 represents the enlarged drawing of the contact portion of steam pipe and water container 3.Compare with the internal diameter of that part of 59A that contacts with water container 3 of steam pipe 59, the internal diameter of water container 3 those sides is less.So, even if the hot water in the hot water tank 5 is invaded in the steam pipe 59, also can avoid described hot water to flow in the water container 3.Therefore, for example when a lot of hot water were temporarily sneaked in the steam pipe 59, steam pipe 59 became the hot water circuit path, perhaps, even if water arrived water container 3 contact with steam pipe 5 that part of, also can avoid hot water (or water) between water container 3 and hot water tank 5, to circulate.Avoided such thing thus, promptly water circulates between water container 3 and hot water tank 5, thereby, must the water in the water container 3 also be heated to the temperature the same at the heating member 50 of hot water tank 5 with hot water in the hot water tank 5 after, could begin to extract.In order to be sent to water container 3 in the steam major part in the steam pipe 59, steam pipe 59 resemble the such internal diameter varies part of part 59A preferably near water container 3, be the position that water container 3 is connected with steam pipe 59 better.

Figure 18 shows near the enlarged drawing the flow pass 52 that is provided with on the top of hot water tank 5.Flow pass 52 is connected with pipe 53.Near flow pass 52, be formed with the gauge hole 54A of mounting temperature sensor 54.In Figure 18, temperature sensor 54 is not shown.

Because flow pass 52 is connected with pipe 53, so the lower end of flow pass 52 becomes the opening in hot water tank 5 sides of hot water flow pipe in gear pump 6.Therefore, on the bottom of flow pass 52, rectification part 52A is installed so, promptly on the lower ending opening of flow pass 52, has distance ground vertically opposite with this opening.Because rectification part 52A is installed, when the hot water in the hot water tank 5 when the lower end of flow pass 52 is upwards inhaled, hot water does not have vertically (the arrow P direction among Figure 18) to be admitted in the flow pass 52.Exactly, hot water is mainly from direction (the arrow Q direction Figure 18) the inflow and outflow passage 52 along rectification part 52A inwall.Like this, in hot water tank 5,, also can avoid bubble to be inhaled into gear pump 6 through flow pass 52, pipe 53 even if bubble when heat hot water, occurs.By in draw-out device 1, using gear pump 6, quantitative hot water is sent into extracted in the cup 100.Therefore, draw-out device 1 can be avoided air is sent in the gear pump 6 by rectification part 52A is set, and thus one, it just can correctly be sent into quantitative hot water and extract cup 100.

The control content of the whole action of carrying out in draw-out device 1 then, is described.The control handling process of the common action that the CPU that had by draw-out device 1 carries out has been shown in Figure 19,20.This CPU can control the action of all parts of draw-out device 1 by electrical means.

In following control processing spec, configuration switch (setting SW) is such switch, be that it can set the water supply that makes to water container 3 corresponding to the user's manual mode or the switch of its automated manner that links to each other with certain waterworks in draw-out device, and this switch is arranged on the circuit board 66.

In addition, water level detection switch (water level detecting SW) is the switch that is switched on when level sensor 30 detects water and the detection signal of level sensor is exported to the predetermining circuit on the circuit board 66.According to the testing result of water level detection switch, whether the water level that can detect in water container 3 reaches the height that level sensor 30 is set.In this form of implementation, level sensor 30 is provided with relatively by following in water container 3.

In addition, door position switch (door SW) is to detect above-mentioned sliding door 29 whether to be positioned at the locational sense switch that is suitable for extracting action, in sliding door 29 is contained in extracting cavity 70 and when being positioned on the position that is suitable for extracting, this switch is switched on, leave this appropriate location according to sliding door 29, this switch is disconnected.

In addition, preceding switch (preceding SW) is a switch 78, and back switch (back SW) is a switch 77.Refer again to Fig. 7 here, and describe the action of switch 77,78 in detail relevantly with the mobile status of tooth bar 75.By depress plate body 78A on arrow RB direction, switch 78 is changed between Kai Heguan.By depress plate body 77A on arrow RA direction, switch 77 is changed between Push And Release.On the side of switch 77,78 those sides, be provided with projection 76 at tooth bar 75.

Starting switch (starting switch SW) is by depressing the switch that beginning key 21 or 22 is switched on.

When gear motor 73 rotate on certain direction and tooth bar 75 when arrow RB direction moves, the front end of projection 76 is pushed plate body 78A on arrow RB direction, at this moment, switch 78 is switched on.Thus one, stop to gear motor 73 energisings.When tooth bar 75 on the arrow RA direction when this state moves and removes exerting pressure of 76 couples of plate body 78A of projection, switch 78 is disconnected.

On the other hand, when gear motor 73 rotate in the opposite direction with above-mentioned side and tooth bar 75 on arrow RA direction when mobile, plate body 77A (state shown in Figure 7) is pushed in the rear end of projection 76 on arrow RA direction, at this moment, switch 77 is switched on.Thus one, stop to gear motor 73 energisings.When tooth bar 75 on the arrow RB direction when this state moves and removes exerting pressure of 76 couples of plate body 77A of projection, switch 77 is disconnected.

In other words, move by the rotation of 75 years old gear motor 73 of tooth bar, the Kai Heguan of switch 77,78 hockets.And tooth bar 75 is moving in the scope of the position of pushing plate body 78A from the position of projection 76 compressing plate body 77A.

In addition, cup sense switch (cup detect SW) is along with bar 86A is contained in the switch that is switched in the main body of switch 86.In other words, it is that detection is extracted having or not of cup 100 and extract cup 100 whether be positioned at the locational switch that is suitable for extracting.

Referring to Figure 19, when giving draw-out device 1 energising from the outside, CPU at first detects the ON/OFF of setting SW in step S1 (following omission step) again.Whether be installed in power switch 99 (see figure 3)s on draw-out device 1 rear portion by operation here, switches and gives draw-out device 1 energising from the external world.Subsequently, (draw-out device 1 is set to the mode of supplying water manually for water container 3) handles entering S3 under the occasion that setting SW is switched on.On the other hand, (draw-out device 1 is set to the mode of supplying water for automatically water container 3) handles entering S2 under the occasion that setting SW is disconnected.

In S2, CPU opens water supply electromagnetic valve and output signal, and proceeds to S3.Water supply electromagnetic valve is meant the valve that links to each other with water container 3, and by opening this valve, water is admitted to water container 3, and by closing this valve, stops for the water supply of water container 3.

In S3, promptly detect on the position of level sensor 30 water is arranged unless received the testing result of water level detecting SW, otherwise CPU lights supplementing water LED (lamp 26) in S4, and handle and proceed to S5.

In S5, the same with S1, detect the ON/OFF of setting SW, under the occasion of opening, proceed to S8, under the occasion of closing, proceed to S6.In Figure 19, described CPU and judged the situation of setting the state that SW is in out really.

In S6,, wait after S5 handles through 15 seconds by with reference to predetermined timer.Then, when through 15 seconds, in S7, send the signal of closing above-mentioned water supply electromagnetic valve and proceed to S8.

In S8, CPU judges whether the water temperature that is detected by temperature sensor 54 surpasses 97 ℃, if water temperature below 97 ℃, then starts heating member 50 and begins heating in S6, in S10, lights LED in the preparation (lamp 24).Heating in S9 is carried out always, has reached 97 ℃ up to judge water temperature in S11.Then, in S11, when judging water temperature and reached 97 ℃, CPU turns off heating member 50 and handles and proceeds to S13 in S12.

This shows, in draw-out device 1, in the processing of S1-S12, corresponding to set SW with the relevant setting content of water container 3 water supply forms, change the control content.In other words, when setting SW is set to out, there is water to start heating on the position according to detecting being provided with of level sensor 30.On the other hand, when setting SW is set to the pass, water is arranged, open water supply electromagnetic valve ground and carry out supplying water in 15 seconds, subsequently, close this water supply electromagnetic valve and begin heating from detecting in the position that is provided with of level sensor 30.Hence one can see that, in this form of implementation, constitutes injection signal efferent and inject the configuration part by setting SW formation water by CPU.In addition, setting occasion that SW is set to the pass is equivalent to 2 and injects the setting occasions that configuration part output water injects signal at water.

Then, in S13, CPU lights lamp 25, and in S14, whether detecting gate SW closes.If close, then handle and proceed to S15, if after extracting action last time, detect the pass once more, then return S8.

In S15, CPU waits a SW and becomes out, and handles to proceed to S16.In S16, extinguish lamp 25, and processing proceeds to S17.In S17, whether CPU detects startup SW and opens.Detect and start before SW opens, CPU returns the processing of S16-S17, when detecting when starting SW and being opened, handles proceeding to S18.

In S18, rotate at positive veer row driven wheel motor 73.Just changeing the rotation that is meant on the direction that tooth bar 75 is moved forward.Like this, tooth bar 75 changes to state shown in Figure 11 from state shown in Figure 10.

Then, when SW was opened before CPU detects in S19, it made gear motor 73 stop operating in S20 and makes to handle and proceeds to S21.

In S21, CPU judges that cup detects SW and whether is opened, and when being opened, extracts in S22, proceeds to S24 subsequently.Also to describe the processing procedure of the extraction action of S22 later on referring to Figure 21 in detail.On the other hand, be not opened if cup detects SW, then CPU breaks down by reports such as buzzers in S23, and makes processing proceed to S24.

In S24, CPU (be judged as in S25 and be) before back SW opens makes gear motor 73 counter-rotatings always, and in S26, the rotation and the processing that stop gear motor 73 proceed to S27.

In S27, judge whether water level detecting SW opens, under the situation that is opened, proceed to S8 and handle, otherwise, proceed to S1 and handle.

In the processing of above explanation, the driving of gear motor 73 is opened by preceding SW or back SW and stops.In the present embodiment, the driving of gear motor 73 stops to carry out in two stages.Referring to Figure 22 stopping of gear motor 73 drivings is described.Figure 22 is arranged on the circuit diagram of the relevant part of the driving with gear motor 73 in the circuit on the circuit board 66.

In circuit diagram shown in Figure 22, connecting gear motor 73, switch 77 and 78, discharge resistance 177,178, relay 170 and IC 175.Switch 77 and 78 is configured to respectively be subjected to projection 76 compressing disconnecting circuits and connect circuit because of contacting this compressing because of its plate body 77A, 78A.In relay 170, include the switch that turns to 171,172 of change gear motor 73.Switch 171,172 has three contact 171A-171C and 172A-172C respectively.The ON/OFF of the driving of integrated circuit 175 control gear motor 73.In addition, according to controlling from the control signal of unshowned circuit by the switching on and off of the circuit of switch 171,172, control gear motor 73 turns to thus.

When driven wheel motor 73 on positive veer, contact 171A, the 171B of switch 171 are switched on, and contact 172A, the 172B of switch 172 are switched on.On the other hand, when making gear motor 73 reverse drive, contact 171B, the 171C of switch 171 are switched on, and contact 172B, the 172C of switch 172 are switched on.Contact P1, P2 in circuit shown in Figure 22 with can supply galvanic circuit and be connected.In other words, by making in gear motor 73 sense of current that flows conversely, and the driving direction that makes gear motor 73 conversely.

Then, when stopping the driving of gear motor 73, the output of integrated circuit 175 is closed.In the present embodiment, in addition, also hocket by the Push And Release of the circuit of switch 77,78.

Specifically, when stopping the driving of the positive veer in gear motor 73 edges, switch 78 is because of projection 76 compressing plate body 78A disconnecting circuits.So, except stopping power supply by integrated circuit 175, the electric current on every side that residues in gear motor 73 also is consumed by discharge resistance 178.In circuit shown in Figure 22, when driven wheel motor 73 on positive veer, electric current flows in gear motor 73 according to the direction of diagram arrow L2.Therefore when switch 78 disconnecting circuits, diode 178A can so stop electric current to flow into gear motor 73, promptly residues in gear motor 73 electric current on every side and has been consumed by discharge resistance 178 effectively.

On the other hand, when stopping the driving of gear motor 73 on reverse directions, switch 77 is because of projection 76 compressing plate body 77A disconnecting circuits.So, except stopping power supply, residue in gear motor 73 electric current on every side and also be consumed by discharge resistance 177 by integrated circuit 175.In circuit shown in Figure 22, when driven wheel motor 73 on reverse directions, electric current flows in gear motor 73 according to the direction of diagram arrow L1.Therefore, when switch 77 disconnecting circuits, diode 177A can prevent so that electric current from flowing into gear motor 73, promptly residues in gear motor 73 electric current on every side and is consumed by discharge resistance 177 effectively.

As mentioned above, in the present embodiment, gear motor 73 drives stops to be carrying out in two stages of switch 77 and 78 utilizing integrated circuit 175 and utilize.So, gear motor 73 can stop in the moment that should stop reliably, and therefore, fixture 64 stops at reliably as on Figure 10 or the position when waiting the position or extracting action shown in Figure 11.

Figure 21 is the subroutine flow chart that the extraction action of S22 is handled.Below, describe in detail and extract the action processing.

Extracting during action handles, CPU judges that in S221 starting SW is opened and whether is depressed according to the beginning key 21 corresponding to hot drink, if then processing proceeds to S222.If not, then handle and proceed to S224.S222

In S222, CPU sends into hot water by gear pump 6 and injected quantitative hot water in 20 seconds in extracting cup 100, subsequently, in S223,, injection pin 65 is communicated with air admission hole 61 by switching three with magnetic valve 60, in 10 seconds, carry air for extraction cup 100, return then with gear pump 6.

On the other hand, in S224, CPU judges whether being opened of startup SW is to be depressed according to the beginning key 22 corresponding to cold drink.Then, if then handle proceeding among the S225.Also be depressed if can not judge beginning key 22 in S224, then CPU returns S221 once more.

In S225, also in 6 seconds, the part of quantitative hot water is injected conveying thus by gear pump 6 delivering hot waters and extract in the cup 100, in S226, waited for 2 seconds subsequently.Then, in 12 seconds, the remainder injection of quantitative hot water is extracted in the cup 100, then,, injection pin 65 is connected with air admission hole 61, in 10 seconds, use gear pump 6 to give and extract cup 100 conveying air, return then by switching three-way magnetic valve 60.

In draw-out device 1, can set for different many hot water sent into according to hot drink and cold drink and extract in the cup 100.Figure 23 shows the partial circuit figure that is arranged on the setting hot water amount of sending in the circuit on the circuit board 66 in draw-out device 1.

In circuit shown in Figure 23, include the motor 81, integrated circuit 10, transistor 90,98, switch 91-97, resistance 11-17 and the resistance 18,19 that are used for driving gear pump 6. Transistor 90,98 respectively be used to control cold drink and extract the circuit (cold drink control circuit) of action and be used to control hot drink and extract the circuit (hot drink control circuit) that moves and be connected.In addition, integrated circuit 10 is connected with the circuit (extraction control circuit) that is used to control whole extraction action.

Switch 91-93 and resistance 11-13 connect with transistor 90.And switch 94-97 and resistance 14-17 connect with transistor 98.Resistance 11-17 connects with resistance 18 parallel connections and with resistance 19.

In draw-out device 1, when carrying out cold drink extraction action, transistor 90 is switched on, and at this moment, supplies with the voltage of motor 81 and is shared with the combined resistance and the resistance 19 of resistance 18 by one of resistance 11-13.The magnitude of voltage that motor 81 provides is the magnitude of voltage of driven wheel motor, and therefore, this magnitude of voltage is corresponding to injecting the hot water amount who extracts cup 100.In other words, when carrying out ice-cold extraction action, locate disconnecting circuit, set the extraction amount that cold drink extracts action thus at one of switch 91-93.In addition, in draw-out device 1, when carrying out hot drink extraction action, transistor 98 is switched on.Like this, the same with cold drink extraction action, by locating disconnecting circuit, set the extraction amount that hot drink extracts action thus at one of switch 94-97.Extraction amount under each occasion is determined by the resistance value of suitable adjusting resistance 11-17.

In other words, by switch 91-97, constituted and specified the hot water amount of each delivering hot water's action for gear pump 6.And, can allow the user set and whether locate disconnecting circuit at one of switch 91-97.

In addition, the time chart of Figure 24,25 expressions extraction action shown in Figure 21 processing.Figure 24 extracts action corresponding to hot drink, and Figure 25 extracts action corresponding to cold drink.In Figure 24,25, show the driving condition of gear motor 73, the driving condition of three-way magnetic valve 60 and the driving voltage of gear pump 6.

Referring to Figure 24, when the beginning hot drink extracts action, make gear motor 73 be driven about 1 second along positive veer.So, fixture 64 drops to the position that is suitable for extracting always.Subsequently, three-way magnetic valve 60 will manage 63 and pipe 53 be communicated with and reach 20 seconds with 18 volts of driving voltage driving gear pump 6.Thus one, carry out extracting cup 100 hot-water supplies and reaching 20 seconds as described the giving of S222.

Then, three-way magnetic valve 60 makes pipe 63 be communicated with air admission hole 61, reaches 10 seconds with 22 volts of driving voltage driving gear pump 6.So, as described in S223, in extracting cup 100, send into air and reach 10 seconds.Then, be driven about 1 second by make gear motor 73 on reverse directions, fixture 64 is risen to be waited on the position.

Referring to Figure 25, when the beginning cold drink extracted the action processing, gear motor 73 had been driven about 1 second on positive veer.So, fixture 64 drops on the position that is suitable for extracting.Then, three-way magnetic valve 60 is communicated with pipe 63 and pipe 53, reaches 6 seconds with 12 volts of driving voltage driving gear pump 6.Thus one, carry out extracting cup 100 hot-water supplies and reaching 6 seconds as described the giving of S225.Then, corresponding to the processing of S226, the driving that stops gear pump 6 reaches 2 seconds, corresponding to the processing of S227, with 12 volts of driving voltages once more driving gear pump reach second.

Subsequently, three-way magnetic valve 60 makes pipe 63 be communicated with air admission hole 61, and gear pump is driven with 22 volts of driving voltages and reaches 10 seconds.So, as described in S223, send into air for extraction cup 100 and reach 10 seconds.Subsequently, by driven wheel motor on reverse directions 73 about 1 second, fixture 64 is risen to waited the position.

Extracting in the action at above-described hot drink or cold drink, all is to extract action after fixture 64 is reduced on the position that is suitable for extracting in 30 seconds, in last 10 times in second therein, and input air in extracting cup 100.In the 10 second last time, the driving voltage the when driving voltage of the gear pump 6 when giving extraction cup 100 input airs is higher than the delivering hot water.So, air is compelled to send into and extracts in the cup 100.Therefore, remain in the extraction liquid that extracts in the cup 100 and can be supplied to cup 400 etc. more.

And the extraction amount that is used for hot drink and cold drink can so change the driving voltage value of the gear pump 6 when promptly changing hot-water supply in the identical time.In addition, the driving voltage of gear pump 6 changes as described in Figure 23.Like this, in the present embodiment, be used for hot drink no matter or be used for also in the identical time, extracting action under the occasion of extraction quantitative changeization of cold drink.

In addition, relevant with cold drink extraction action shown in Figure 25, in extracting the action way, stop 2 seconds by the driving that makes gear pump 6, stopped the hot water supply.So, for example, if will reach the extraction liquid of coffee, then can be in this 2 second boiling extract coffee bean in the cup 100, can strengthen the taste of the extraction liquid that obtains thus.

In foregoing invention embodiment, although gear pump is used as to the pump that extracts cup 100 delivering hot waters, so long as can carry the pump of quantitative hot water, then other type of pump is good.

Embodiment shown here should not be considered to be limited in all respects these examples.The scope of protection of present invention is not the described scope of book as described above, but by the scope shown in claims scope, and it makes every effort to comprise that those and claims scope have is equal to all change schemes meaning and that equivalency range is arranged with it.

Claims (9)

1, draw-out device, it by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, wherein, it comprises the hot water tank that holds described hot water, be arranged on the heating member of this hot water tank, in order to supply water and the water container of storage of water for this hot water tank, detect whether water reaches specific storage capacity in this water container sensor, output is configured for water is injected the injection signal efferent of water filling signal of the signal of this water container, set the water filling configuration part that whether makes this injection signal efferent output water filling signal, the heating member control part that comprises this heating member action of control, wherein set under the occasion of the described water filling signal of output in this water filling configuration part, this injection signal efferent detects from this sensor and plays through this water filling signal of output behind the certain hour when water in this water container has reached described specific storage capacity, stop the output of this water filling signal subsequently, this heating member control part makes this heating member begin to heat after this water filling signal output stops, be set under the occasion of not exporting this water filling signal in this water filling configuration part, described heating member control part has reached described specific storage capacity and has made this heating member begin to heat in response to the water that this sensor detects in this water container.

2, draw-out device as claimed in claim 1, wherein, the heating portion of this heating member has the part of spirality.

3, draw-out device, it by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, wherein, it comprises the hot water tank that holds described hot water, in order to supply water to this hot water tank storage of water water container, constitute by the pipe of receiving this water container from this hot water tank and will import the steam pipe of this water container at the water vapour in this hot water tank, this steam pipe in the local diameter of this that side of water container less than diameter in this that side of hot water tank.

4, draw-out device as claimed in claim 3, wherein, at the connecting portion place of this water container, this steam pipe at the internal diameter of this that side of water container less than internal diameter in this that side of hot water tank.

5, draw-out device as claimed in claim 1, wherein, this water container is configured to see its at least a portion from the outside of this draw-out device and confirms the water yield in this water container thus.

6, draw-out device, it by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, wherein, it comprises the hot water tank that holds described hot water and is arranged on the interior heating member of this hot water tank that the heating portion of this heating member has the part of spirality.

7, draw-out device as claimed in claim 6, wherein, this hot water tank has the flow export that makes the hot water outflow that is held in order to give this evacuation container hot-water supply, and the heating portion of this heating member has the part of described spirality near this flow export of this hot water tank.

8, draw-out device, it by give be comprise powder stock and filter container evacuation container the inside hot-water supply and obtain to extract liquid from this evacuation container outside by described filter, wherein, it comprise the hot water tank that holds described hot water, be arranged on heating member in this hot water tank, be pumped in the hot water in this hot water tank and be sent to this evacuation container pump, make hot water from this hot water tank flow to this pump suction tube, constitute in vertical direction and the rectification part of this suction tube at the relative parts of the opening of this hot water tank side.

9, draw-out device as claimed in claim 1, wherein, it also comprise be connected with this hot water tank and in order alternately to carry out the discharge of the hot water in this hot water tank and not eject out and close the switch portion of this hot water tank, this hot water tank have with part that this switch portion links to each other on form drain hole and nut that be connected with this switch portion, so constitute described nut, promptly in this hot water tank, form the otch that leads to this drain hole from this nut peripheral part.

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