CN108778076A

CN108778076A - Agitating device and stirring system

Info

Publication number: CN108778076A
Application number: CN201780018688.8A
Authority: CN
Inventors: 木路仁; 冈田俊范; 高桥大辅; 钟筑律夫; 芳井基也寿; 儿玉正明; 长井慎二; 村上浩二
Original assignee: Sharp Corp
Current assignee: Sharp Corp
Priority date: 2016-03-24
Filing date: 2017-03-24
Publication date: 2018-11-09
Also published as: JPWO2017164378A1; WO2017164378A1

Abstract

It reconstitutes and is readily susceptible to be configured at the fixed position of apparatus main body with bottle, and desired state is maintained with the hygienic state in the configuration place of bottle by reconstituting.Reconstituting the slot (411) that at least one party's opening is formed with the bottom of bottle (4), mounting surface (211) in apparatus main body (2) is formed with the guiding piece (212) of convex form that is chimeric with slot (411) and will reconstituting the fixed position that mounting surface (211) is directed to bottle (4), is put into or takes out in the horizontal direction relative to mounting surface (211) and reconstitutes with bottle (4).

Description

Agitating device and stirring system

Technical field

The present invention relates to the agitating device of the liquid in stirring container and stirring systems.Specifically, the present invention relates to The composition of above-mentioned agitating device configuration said vesse.

Background technology

Patent Document 1 discloses the placements of the container of the limitation of positioning or movement for carrying out the container on pallet Part and for the container transport system along transport boxs such as guide rails.

Existing technical literature

Patent document

Patent document 1：Special open 2005-000570 bulletins (on January 6th, 2005 is open)

Invention content

Problems to be solved by the invention

But there is no the open stirring for container to be configured to the liquid in stirring container in above patent document 1 The composition of the fixed position of device.In addition, in above-mentioned agitating device, it is contemplated that the case where liquid in container overflows, it is desirable to easily Cleaning in the configuration place for carrying out dispensing containers, and the configuration place is hygienic.

It is an object of the invention to realize user be readily susceptible to by container be configured at agitating device fixed position and can will The hygienic state in the configuration place of dispensing containers is maintained the agitating device of desired state.

The solution to the problem

To solve the above-mentioned problems, the agitating device of a mode of the invention is the stirring for the liquid that stirring is put into container Device, which is characterized in that have：Mounting portion has the mounting surface of mounting said vesse；And mixing part, it is used to stir The liquid being configured in the said vesse of the fixed position of above-mentioned mounting surface is formed at least one party in the bottom of said vesse and opens The slot put is formed with fixed position chimeric with above-mentioned slot and that said vesse is directed to above-mentioned mounting surface in above-mentioned mounting surface The guiding piece of convex form is removed or placed into said vesse in the horizontal direction relative to above-mentioned mounting surface.

Invention effect

A mode according to the present invention, user are readily susceptible to for container to be configured at the fixed position of agitating device, and can incite somebody to action The hygienic state in the configuration place of dispensing containers is maintained desired state.

Description of the drawings

Fig. 1 is the stereogram of the appearance for the milk powder preparing device for indicating an embodiment of the present invention.

Fig. 2 is the schematic diagram for the summary for indicating above-mentioned milk powder preparing device.

Fig. 3 is stereogram when reconstituting with bottle for watching above-mentioned milk powder preparing device from below.

Fig. 4 is to indicate that above-mentioned reconstitute is set to specified position with bottle on the apparatus main body of above-mentioned milk powder preparing device The sectional view of state.

Fig. 5 is the cooling end for indicating above-mentioned milk powder preparing device and the above-mentioned figure for reconstituting the composition with bottle.

Fig. 6 is solid when reconstituting with bottle of the milk powder preparing device of viewing other embodiments of the present invention from below Figure.

Fig. 7 is the stereogram of the appearance of the cap for the milk powder preparing device for indicating other embodiments of the present invention.

Fig. 8 is six face views of the appearance of the cap for the milk powder preparing device for indicating above-mentioned other embodiment.

Fig. 9 is the sectional view of the cap of the milk powder preparing device of above-mentioned other embodiment.

Figure 10 is the appearance reconstituted with bottle for being equipped with cap for the milk powder preparing device for indicating above-mentioned other embodiment Stereogram.

Figure 11 is the appearance reconstituted with bottle for being equipped with cap for the milk powder preparing device for indicating above-mentioned other embodiment Other stereograms.

Figure 12 is the direction mistake in cap for the milk powder preparing device for indicating above-mentioned other embodiment and by cap It is assemblied in and reconstitutes the cap with the state of bottle and reconstitute the stereogram with bottle.

When Figure 13 is the appearance of the apparatus main body for the milk powder preparing device for watching above-mentioned other embodiment from obliquely downward Stereogram.

Figure 14 is the guide portion for being set to apparatus main body of the milk powder preparing device for illustrating above-mentioned other embodiment Schematic diagram.

Figure 15 is to indicate to reconstitute above-mentioned with bottle on the apparatus main body of the milk powder preparing device of above-mentioned other embodiment It is set to the sectional view of the state of specified position.

Figure 16 is the schematic diagram of the summary for the milk powder preparing device for indicating above-mentioned other embodiment.

Figure 17 is the cooling end for the milk powder preparing device for indicating above-mentioned other embodiment and the above-mentioned composition reconstituted with bottle Figure.

Specific implementation mode

Hereinafter, the embodiment that the present invention will be described in detail.In addition, for convenience of description, for in each embodiment party The component of the identical function of component shown in formula encloses same reference numeral, and the description thereof is omitted as appropriate.

[embodiment 1]

In the present embodiment, such as illustrate the liquid as the milk powder for baby for mixing extraction raw material and after heating Automatic mixing and generate the milk powder preparing device (beverage generating means) of milk as beverage and milk powder preparing device has Control device of liquid cooling.In addition, in the present embodiment, as beverage generating means, illustrating milk powder preparing device, but this hair Bright beverage generating means are without being limited thereto.Such as can apply to coffee machine as beverage generating means, above-mentioned coffee machine will plus Liquid after heat is injected into as the coffee bean powder of mixing extraction raw material and is automatically generated as the coffee of mixture.Except this with Outside, the tea maker as beverage generating means is can apply to, the liquid after heating is injected into and is carried as mixing by above-mentioned tea maker Take the Japanese tea or black tea that mixture is automatically generated as after the tealeaves of raw material.Also, the Control device of liquid cooling energy of the present invention Applied to above-mentioned coffee machine or the cooling end for cooling down coffee or Japanese tea and black tea of above-mentioned tea maker.In addition, the present invention Control device of liquid cooling can reduce the cooling of the foreign matters such as dust being mixed into and quickly carry out liquid, such as can apply to other beverages Cooling or food manufacturing process or chemical process in cooling etc..

(summary of milk powder preparing device 1A)

Fig. 2 is the schematic diagram of the summary for the milk powder preparing device 1A for indicating present embodiment.As shown in Fig. 2, this embodiment party The milk powder preparing device 1A (stirring system) of formula has：Apparatus main body 2 (agitating device) as babinet；The storage of storing liquid L Deposit slot 3；And reconstituting with bottle 4 (container) as mixture modulation portion.

Storagetank 3 is configured at the top of apparatus main body 2 and can be assembled and disassembled relative to apparatus main body 2.It is stored in storagetank 3 Liquid L for being used in reconstituting.As liquid L, such as other than tap water, can also enumerate drinking water for baby, The water etc. that the suitable baby such as pure water or natural water drinks.In addition, being provided with feed water valve 3a in the lower part of storagetank 3.Feed water valve 3a is closed when having removed storagetank 3 from apparatus main body 2.Therefore, storagetank 3 can be removed from apparatus main body 2 and from tap water Pipe supplies water and can be carried after water supply.Later, when storagetank 3 is set to apparatus main body 2, feed water valve 3a is opened, liquid L It is supplied to supply piping 10 and heater 12.

Here, having scale in the side of storagetank 3 in order to grasp water.User can adjust punching using the scale Tune amount.In addition, scale can both invest the inner side surface of storagetank 3, storagetank 3 can also be set as it is transparent and can be true from outside Recognize.

Include the mistake that activated carbon and ion (not shown) replace film alternatively, it is also possible to be set as the setting for example in storagetank 3 Filter etc., can be by the composition of the ingredients such as impurity or chlorine, mould or bacterium, ionization series metal class in the liquid L injected removal. Furthermore, it is also possible to imagine storing liquid L in a long time and the sterilizing unit such as ultraviolet lamp is set to storage The top of slot 3.The liquid L irradiation ultraviolet lights of storage can be sterilized as a result,.

The mounting portion 21 for loading and reconstituting with bottle 4 is provided in apparatus main body 2.User using reconstitute with bottle 4 carry out hot water with The generation operation of the milk M such as the modulation mixing of milk powder PM as beverage raw material.In addition, being provided with in bottle 4 for mixing reconstituting Close the stirring parts 4a of liquid L and milk powder PM.

Operation panel 6 of the user for operating milk powder preparing device 1A is provided in apparatus main body 2.The operation panel 6 It is connected to the control unit 7 controlled the action in each portion of apparatus main body 2.In addition, in fig. 2, describing operation panel 6 and setting It is placed in the lower part of apparatus main body 2, but as described later, is set to the top of limiting unit 24 (apparatus main body 2).In addition, similarly controlling Portion 7 processed is actually assembled into the inside of apparatus main body 2.

In being internally provided with for above-mentioned apparatus main body 2：Supply piping 10；Heater 12, heating are supplied by supply piping 10 The liquid L answered；The heat supply mouth of a river 13 is set to the liquid L after being heated from heater 12 to reconstituting the nozzle 14 supplied with bottle 4 With the lower part of the nozzle 14；Rotary driving part 5 (mixing part) is used to make to reconstitute with the stirring parts 4a rotations in bottle 4；And heat Quick resistance TM measures the temperature reconstituted with the milk M in bottle 4.Supply piping 10, which has, prevents liquid L to 3 adverse current of storagetank Float-type check-valves 11.In addition, apparatus main body 2, which is assembled with cooling, is reconstituting the cooling end 30A (air-supplies with the milk M generated in bottle 4 Portion).Therefore, from the liquid L that storagetank 3 is stored from storagetank 3 supply piping 10 inside via float-type check-valves 11 to The entrance of heater 12 flows into, and is flowed out from the outlet of heater 12 to the heat supply mouth of a river 13.

As supply piping 10, such as the piping of the metals such as stainless steel (SUS), aluminium or silicon systems, polypropylene or spy can be used Fluorine dragon (registered trademark) is the pipings such as resin piping.As the material of supply piping 10, preferably select suitable for being supplied to food use Such as silicon systems component on way.In the present embodiment, as supply piping 10, such as the silicone tube of internal diameter φ 10mm is used.Pipe Material or internal diameter equidimension can arbitrarily set.In addition, in milk powder preparing device 1A, the company of supply piping 10 and each part The arbitrary fixing means of size for being suitable for that 10 should be piped etc. can be selected by connecing.

Float-type check-valves 11 has the function of preventing liquid L from heater 12 to 3 adverse current of storagetank.

In the present embodiment, as shown in Fig. 2, heater 12 is, for example, the piping shape of U-shaped, it is set to supply piping Near 10.Heater 12 is for example built-in with nichrome wire, and there is heating so that it is boiled for generating the liquid L of milk and carry out The function of sterilizing and supplied to the heat supply mouth of a river 13.Specifically, as shown in (1) below~(5).

(1) liquid L passes through float-type check-valves 11 to supply piping 10 as near heater 12 from storagetank 3 U-shaped part flow into.

(2) the liquid L flowed into the part as the U-shaped near heater 12 of supply piping 10 is filled to peace It is more than height or above-mentioned height equipped with float-type check-valves 11.

(3) when being begun to warm up with heater 12, liquid L boils and is pushed up from heater 12 by its steam pressure.

(4) since there are float-type check-valves 11 for the entrance side in heater 12, liquid L is only from the heating of opposite side The outlet of device 12 is pushed out, and liquid L is supplied to the heat supply mouth of a river 13 via supply piping 10.

(5) since liquid L interior near the heater 12 of supply piping 10 is reduced, the heater 12 of supply piping 10 Near internal pressure decline, so that float-type check-valves 11 is opened.As a result, returning to (1), make the liquid before heating L is flowed into.

In addition, being provided with temperature sensor (not shown) in the heater 12 of present embodiment, heating can be measured always The heating temperature of device 12.

Above (1)~(5) are repeated until not having liquid L in storagetank 3, the liquid after being heated by heater 12 Body L is pressed to the heat supply mouth of a river 13.When the inside of supply piping 10 does not have liquid L, the heat from heater 12 is difficult to transmit To outside, the temperature of of heater 12 itself is easy to the boiling temperature for rising to liquid L or more.As a result, by set this at For the upper limit temperature and be detected, the heating of heater 12 can be stopped.

It is spilt what the inside of supply piping 10 or nozzle 14 was arranged in addition, liquid L can also be pressed to from heater 12 Water portion and funnel (not shown).Liquid L is sprayed from watering portion to funnel, thus, it is possible to reduce the temperature of liquid L.In the situation Under, the heat supply mouth of a river 13 is set to lower portion, and liquid L is dripped from the heat supply mouth of a river 13 to reconstituting with bottle 4.

Downside at the heat supply mouth of a river 13 reconstitutes the mounting portion 21 that apparatus main body 2 is placed in bottle 4.Reconstitute with bottle 4 pass through by It is pre-placed in internal dry powder milk i.e. milk powder PM and generates milk M for generating the liquid L modulation mixing of milk boiled.

In the present embodiment, it is stirred for be stirred milk powder PM and liquid L with being internally provided with for bottle 4 reconstituting Mix part 4a.

Stirring parts 4a is configured with magnet in inside, becomes the mode that the surface of magnet is covered by resin.It is preferred that covering magnet The resin on surface be resin suitable for food, as material, such as it is preferable to use the materials with above-mentioned supply piping 10 The identical silicon systems of matter or Teflon (registered trademark) are resin, or use polypropylene etc..

The shape of stirring parts 4a can be the various shapes such as elongated cocoon-like, rodlike, discoid, windmill the foliaceous of eight ribs Shape.In the present embodiment, the discoid stirring parts of 70~Φ of Φ 90mm are used as stirring parts 4a.

Magnet inside stirring parts 4a drives with the rotation in the configuration of the inside for the apparatus main body 2 for reconstituting the lower section with bottle 4 The magnet (not shown) configured in the rotary shaft in portion 5 is magnetically coupled.Therefore, the action pair of stirring parts 4a and rotary driving part 5 It answers and rotates.

Rotary driving part 5 has motor and above-mentioned magnet, motor rotation, as a result, magnet rotation.Stirring parts 4a passes through this The rotation of magnet and rotate.That is, rotary driving part 5 has the function of that stirring parts 4a is made to rotate.Thus, stirring parts 4a and rotation are driven Dynamic portion 5 has as making liquid L and milk powder PM rotate and the function of mixed rotating mechanism.Simple whirler can be used as a result, Structure stirring is reconstituted with the liquid in bottle 4.

In the present embodiment, with it is only with the action of bottle 4 dropping liquid L to reconstituting in the action of milk powder preparing device 1A Site control rotary driving part 5.That is, as dropping liquid L, rotary driving part 5 can both act, and can also stop.Moreover, rotation Direction of rotation and the rotary speed for turning driving portion 5 are variable, as described later, are in time controlled by control unit 7 when generating milk M System.As a result, direction of rotation and the rotary speed of stirring parts 4a are controlled via the control of rotary driving part 5.

Here, it is preferred that being provided with current detection circuit in the power supply system of left-hand tools driving portion 5.It is being not provided with stirring The case where milk M is generated in the state of part 4a or due to stirring parts 4a occur some it is abnormal thus have occurred rotary driving part 5 with In the case of the position offset of magnet, reduced to the load of rotary driving part 5.By detecting the load with current detection circuit It reduces, can detect the exception of the action of milk powder preparing device 1A.

Cooling end 30A has air-breathing oral area 31, air-supply fan 32 and the air-supply flow path 34 with hole portion 33, as cold The temperature regulation section of mixed milk M functions.In addition, being provided with downstream side outlet 34c in air-supply flow path 34.Below in detail State the composition of cooling end 30A.

Thermistor TM for measuring the temperature reconstituted with liquid L or milk M in bottle 4 indirectly.By measuring punching in advance The measuring temperature for calling the temperature and thermistor TM of the milk M in bottle 4, can preset the temperature of the milk mixed up in user side. The judgement for according to the temperature detected reconstitute completion with thermistor TM as a result, is notified by the display of sound or lamp User has mixed up.

The milk M mixed up can move into feeding bottle and be fed for baby.Therefore, notify that user is modulated in the display by sound or lamp It in the case of good, preferably presets by than 40 DEG C of high temperature as the reference temperature breast-feeded, as a reference, press 45 DEG C The temperature of left and right is detected.

It, will be in order to reconstitute needed for the desired milk M measured in this milk powder preparing device 1A as beverage generating means Liquid L and milk powder PM be separately added into storagetank 3 and reconstituting and weighed with bottle 4, so that milk powder preparing device 1A is acted, so as to Automatically reconstitute milk M.

(appearance of milk powder preparing device 1A)

Fig. 1 is the stereogram of the appearance for the milk powder preparing device 1A for indicating present embodiment.As shown in Figure 1, apparatus main body 2 Including above-mentioned mounting portion 21, wall portion 22, platform portion 23 and limiting unit 24 (counterpart).In addition, will be inserted below to apparatus main body 2 Enter to reconstitute and is set as front side with the side of bottle 4.

There is mounting portion 21 mounting to reconstitute the mounting surface 211 with bottle 4.As described above, in the inside of mounting portion 21 in addition to setting It is equipped with other than rotary driving part 5 and thermistor TM, is additionally provided with a part etc. for heater 12.

In the present embodiment, it is configured with rotary driving part 5 in the underface of the central portion of mounting surface 211.Can have as a result, Effect ground carries out the magnetic coupling of rotary driving part 5 and stirring parts 4a.In addition, the volume of guiding piece 212 can be efficiently used, therefore can make Apparatus main body 2 is compact.

Wall portion 22 is set to the rear of mounting portion 21.Mounting portion 21 and wall portion 22 are the masters of the substantially L-shaped of apparatus main body 2 The babinet wanted.In the inside of wall portion 22 in addition to a part for setting having heaters 12, a part for supply piping 10, cooling end Other than a part and control unit 7 of 30A, it is additionally provided with the power supply unit for supplying each portion of milk powder preparing device 1A electric power Deng.In the present embodiment, wall portion 22 is formed with recess portion 221 reconstituting the region contacted with bottle 4.

Platform portion 23 is set to the right rear portion of mounting portion 21, and storagetank 3 is configured in the upper surface in platform portion 23.In platform portion 23 A part and check-valves 11 of having heaters 12 etc. is arranged in portion.

Limiting unit 24 extends forwards from the top of wall portion 22, is set to the position opposite with the mounting surface of mounting portion 21 211 It sets.The lower surface of limiting unit 24 becomes the opposite face opposite with mounting surface 211.In addition, being provided in the upper surface of limiting unit 24 Operation panel 6.In the part for being internally provided with supply piping 10, the part etc. of cooling end 30A of limiting unit 24.

In the present embodiment, limiting unit 24 is worked as to reconstitute is removed or placed into 21 time limit of mounting portion with bottle 4 from mounting portion 21 System is reconstituted to be moved upward with bottle 4.User makes to reconstitute with bottle 4 between mounting portion 21 and limiting unit 24 along level side as a result, To movement, the possibility for being put into and reconstituting and being overflowed with the liquid of bottle 4 can be reduced.In addition, can make user reliably into being about to reconstitute use The action that bottle 4 is removed or placed into relative to mounting surface 211.

As shown in Figure 1, it is to have bottom 41 and have the cylindrical vessel of opening portion 42 on top to reconstitute with bottle 4.Opening portion The shape of 42 periphery becomes circular shape, but not limited to this, can also be such as elliptical shape, multilateral shape.

It is provided with the suitable place of the opening portion 42 of bottle 4 reconstituting for that will reconstitute with outside the liquid injection in bottle 4 The inlet 43 of the container (such as nursing-bottle) in portion.In addition, reconstituting the side with bottle 4 in the side opposite with the position of inlet 43 Face is provided with user for holding the handle 44 reconstituted with bottle 4.In addition, being provided with bottle 4 for covering opening portion 42 reconstituting Cap 45 (upper end).The part opposite with the heat supply mouth of a river 13 of apparatus main body 2 in cap 45 is provided with hole portion 451. In addition, the composition of explained later cap 45.

(reconstituting the detent mechanism with bottle 4)

In the present embodiment, as shown in Figure 1, from central portion up to rear portion is arranged in the mounting surface 211 of mounting portion 21 There is the guiding piece 212 of convex form.The width of guiding piece 212 is approximately fixed, is located at the front end 212a of the central portion of mounting surface 211 Become semi-circular shape when (the 1st end) is overlooked.In addition, the shape of front end 212a can also be other than above-mentioned semi-circular shape An elliptical part, as long as the shape with fillet.

Fig. 3 is stereogram when reconstituting with bottle 4 for watching present embodiment from below.As shown in figure 3, in present embodiment In, it is formed with for the slot 411 chimeric with the guiding piece 212 of mounting portion 21 reconstituting the bottom 41 with bottle 4.In present embodiment In, in bottom 41, from 43 side of inlet towards the both sides in the direction of 44 side of handle be respectively arranged with protruding portion 412, 412, slot 411 is consequently formed.Slot 411 opens up on the direction from 43 side of inlet towards 44 side of handle as a result, both ends open.

The interval of protruding portion 412,412 is corresponding with the width of guiding piece 212 of mounting portion 21, but the end of 43 side of inlet 412a, 412a are slightly wider.In addition, the portion concave other than the peripheral part of protruding portion 412,412.

Illustrate that user makes reconstituting for above-mentioned composition be moved in the mounting surface 211 of the apparatus main body 2 of above-mentioned composition with bottle 4 Situation.First, user holds the handle 44 reconstituted with bottle 4, makes to reconstitute with bottle 4 in such a way that inlet 43 is towards apparatus main body 2 It is moved between the front direction mounting portion 21 and limiting unit 24 of apparatus main body 2.

When reconstitute contacted with the protruding portion 412,412 of bottle 4 and the mounting surface 211 of mounting portion 21 when, reconstitute and loaded with bottle 4 The movement of the limitation of portion 21 downwards, the movement of the limitation of restricting portion 24 upward.Thus, reconstitute the load in mounting portion 21 with bottle 4 It sets 211 upper edge of face and horizontal direction sliding.At this point, it is recess to reconstitute other than the peripheral part with the protruding portion 412,412 of bottle 4, Therefore can reduce and the friction of the mounting surface of mounting portion 21 211.

When reconstitute slided in mounting surface 211 with bottle 4 when, end 412a, 412a and guiding piece of protruding portion 412,412 212 front end 212a is chimeric.At this point, the front end 212a of guiding piece 212 is the shape with fillet, therefore end 412a, 412a can be easily chimeric with front end 212a.Moreover, the width of protruding portion 412,412 is more slightly wider than end 412a, 412a, therefore End 412a, 412a can be further easily chimeric with front end 212a.

When reconstitute further slided in mounting surface 211 with bottle 4 when, protruding portion 412,412 is chimeric with guiding piece 212, punching Bottle 4 is called to be slided along the length direction of guiding piece 212 (direction of long axis) in mounting surface 211.That is, reconstituting the shifting with bottle 4 Dynamic direction is limited on the length direction of guiding piece 212.

In addition, the front end 212a of guiding piece 212 is semi-circular shape when overlooking, therefore even if reconstitute the sliding side with bottle 4 To being the direction different from the length direction of guiding piece 212 (such as relative to above-mentioned length direction be in 45 ° of direction), due to preceding The above-mentioned semicircle liquid of end 212a, reconstitutes and can also be rotated naturally with bottle 4, can will reconstitute with the glide direction of bottle 4 swimmingly It is modified to above-mentioned length direction.

Fig. 4 is that the line A-A of Fig. 1 is set to predetermined bits to regarding sectional view, showing to reconstitute in apparatus main body 2 with bottle 4 The state set.When reconstitute slided along the length direction of guiding piece 212 in mounting surface 211 with bottle 4 when, reconstitute with bottle 4 with dress It sets the part contact of main body 2 and stops movement, as shown in figure 4, being provided with to apparatus main body 2.At this point, as shown in figure 4, Reconstitute the central portion that mounting surface 211 is configured at the central portion of the bottom 41 of bottle 4.Stirring parts 4a is located at rotary driving part 5 as a result, Surface, as a result, the imbalance of stirring parts 4a can be reduced.

It is moved along guiding piece 212 with bottle 4 as it appears from the above, the milk powder preparing device 1A of present embodiment makes to reconstitute, to It can will reconstitute the fixed position that mounting surface 211 is easily configured at bottle 4.Moreover, it is achieved that without being matched with bottle 4 to reconstitute It is placed in the fixed position of mounting surface 211 and forms recess portion but will be reconstituted by the guiding piece of convex form 212 and be directed to admittedly with bottle 4 Position the composition set, thus reconstitute spill into mounting surface 211 with the liquid in bottle 4 in the case of, the cleaning of mounting surface 211 It is easy, mounting surface 211 is hygienic.In addition, will reconstitute with bottle 4 taken out in the horizontal direction relative to mounting surface 211 or It is put into, therefore is come into the case that the in the state of of reconstituting in bottle 4 makes this reconstitute and moved with bottle 4 in liquid, and will be reconstituted The case where being configured at recess portion with bottle 4 is compared, and reconstituting can be lacked with the up and down action of bottle 4.As a result, can inhibit due to user's Accidentally make liquid from the possibility reconstituted with the spilling of bottle 4.About the point, the milk powder preparing device 1A of health can be also realized.

(composition of cooling end 30A)

In the following, the composition for the cooling end 30A having in illustrating the milk powder preparing device 1A of present embodiment.

Fig. 5 indicates the composition reconstituted with bottle 4 and cooling end 30A under state shown in Fig. 4, and (a) of Fig. 5 is stereogram, (b) of Fig. 5 be the line B-B of Fig. 5 (a) to (c) regarding sectional view, Fig. 5 be Fig. 5 (a) line C-C to regarding sectional view.

As shown in figure 5, cooling end 30A has air inlet oral area 31, the fan 32 of air-supply and the air-supply (ventilation of flow path 34 Road), the temperature regulation section as the mixed milk M of cooling functions.The case where reconstituting with bottle 4 is installed in apparatus main body 2 Under, opening 34a is formed in the region of the lower surface of air-supply flow path 34 contacted with the cap 45 reconstituted with bottle 4.In addition, The downstream side for being provided with the upstream side entrance 34b being connected to air inlet oral area 31 in air-supply flow path 34 and being connected to external space goes out Mouth 34c.Downstream side outlet 34c is for the external outlet that sprays of the air in flow path 34 to apparatus main body 2 that will blow.

Opening 34a with air-supply flow path 34 in reconstituting the cap 45 with bottle 4 is accordingly formed with hole portion along edge part 452.In the example of fig. 5, hole portion 452 is formed with multiple, but can also be simply formed with 1.

Air inlet oral area 31 is configured to be accommodated with fan 32 inside it, by fan 32 from external inspiration air, to air-supply Flow path 34 is blown.Fan 32 has for that will reconstitute the air blowing function with the milk M air coolings in bottle 4 to target temperature.Such as Fig. 5 (a) shown in, fan 32 is via the air outside filter 31a sucking.In addition, fan 32 and the upstream side of air-supply flow path 34 enter Mouth 34b connections.In this way, cooling end 30A prevents the dust or foreign matter etc. big in the inside of air-supply flow path 34 by filter 31a Into air-supply flow path 34.

In addition, air-supply flow path 34 is set to the surface reconstituted with bottle 4 and uses the cap 45 of bottle 4 adjacent with reconstituting.In order to Make to reconstitute with bottle 4 close to air-tight state, preferably the gap d (distance) between cap 45 and the opening 34a for flow path 34 of blowing is 5mm (defined distance) is hereinafter, be more preferably specially 1mm.In order to ensure the gap d, becomes to reconstitute and only pass through slide with bottle 4 The structure of the mounting portion 21 of apparatus main body 2 can be set to.

Moreover, there is no the parts of air-supply flow path 34 other than being provided with hole portion 451 in reconstituting the cap 45 with bottle 4 It is not provided with hole.It reconstitutes and is further increased with the leakproofness in bottle 4 as a result, and without worrying the foreign matters such as dust by not depositing Drop to milk M with the top of bottle 4 from reconstituting in the part of air-supply flow path 34, is mixed into milk M.

In addition, in (a)~(c) of Fig. 5, in the case of air-supply flow path 34 seen from above, air-supply flow path 34 is extremely A few part is annulus shape, but is not limited to this composition, as long as at least part of periphery is prolonged along the periphery of cap 45 The composition stretched depends on the shape of the periphery of cap 45.In addition, such as will also realize that according to (b) of Fig. 5, air-supply flow path 34 is General hollow, therefore be alternatively formed as tubulose (pipe-like).

However, as the cooling method reconstituted with the milk M in bottle 4, it is contemplated that make to convey from fan 32 via filter 31a Wind directly touch milk M.But when the wind conveyed from fan 32 is directly touched milk M, do not completely removed by filter 31a , the foreign matters such as more tiny dust are possible to that milk M can be mixed into.Dust etc. with milk M when contacting since surface tension is absorbed in milk M And it is imported into.Therefore, it is to be not suitable as making the drink for being fed for baby by the method that the wind conveyed from fan 32 directly touches milk M The method of product.

In addition, only strongly touching a part for liquid level if even if air-flow is directly touched milk M usual air-flows from fan 32. Therefore, it is only the part that air-flow is touched to contribute to the part of the cooling of milk M.Therefore, it is impossible to for effectively cooling down milk M's Whole liquid level.

The cooling end 30A of present embodiment has the cooling body for coping with these problems.

(cooling body of cooling end 30A)

Hereinafter, illustrating the cooling body of cooling end 30A.

When fan 32 operates, the faster primary air of velocity ratio of the ingredient of horizontal direction is generated in air-supply flow path 34 AF1.As shown in (c) of Fig. 5, primary air AF1 is along the gyration airflow of the periphery inner wall 34f of air-supply flow path 34, from upstream Side entrance 34b downstream exports 34c and flows in the horizontal direction.In other words, primary air AF1 is being reconstituted with bottle with being statically placed in The swirling flow flowed in the substantially parallel face of the liquid level of milk M in 4.Therefore, the air-flow generated by fan 32 will not be touched directly And reconstitute with the milk M in bottle 4, a part for air-flow is converted to returns as what is flowed in the face substantially parallel with the liquid level of milk M After the primary air AF1 of eddy flow, is reconstituting with convolution on the liquid level of the milk M in bottle 4 and be in direct contact with the liquid level of milk M.

In addition, as shown in Fig. 2, Fig. 5, via hole portion 452 in air-supply flow path 34 with reconstitute with bottle 4 it is interior between carry out air Exchange.By the exchange of the air, primary air AF1 is along the periphery inner wall 34f of air-supply flow path 34 from hole portion 452 to reconstituting use Shunting in bottle 4, generates secondary streams AF2.The velocity ratio that secondary streams AF2 is maintained horizontal component is very fast, as shown in Fig. 2, be It reconstitutes with the swirling flow circled round on the liquid level of the milk M in bottle 4.

It is reconstituting in bottle 4, the secondary streams AF2 as swirling flow is contacted with the liquid level of milk M, and milk M is cooled as a result,.More Specifically, use the secondary streams AF2 as swirling flow in bottle 4 after shunting along reconstituting with the inner wall convolution of bottle 4 reconstituting and Touch the liquid level of milk M, the hot gas of guiding milk M.As a result, heat is siphoned away from milk M.The secondary streams AF2 for having siphoned away heat from milk M in this way becomes Warm gas, therefore rise to air-supply flow path 34.Also, secondary streams AF2 by via hole portion 452 with air-supply flow path 34 in The exchange of air, and collaborate with primary air AF1, finally from downstream side outlet 34c to the external discharge of apparatus main body 2.

But, also as shown in Fig. 2, the convolution direction of primary air AF1 and secondary streams AF2 is reconstituted with bottle with stirring parts 4a The side of liquid (milk M) rotation in 4 is in the opposite direction.

Reconstitute use the secondary streams AF2 as swirling flow generated in bottle 4 be blow in flow path 34 as swirling flow The shunting of primary air AF1.Therefore, secondary streams AF2 it is same as primary air AF1 from the upstream side of primary air AF1 towards downstream side and Flatly touch the liquid level of milk M.Therefore, touched positioned at primary air AF1 upstream side milk M liquid level secondary streams AF2 from Milk M siphons away heat, becomes warm gas, is flowed to the downstream side of primary air AF1.

Here, as described above from and the corresponding positions upstream side entrance 34b up to position corresponding with downstream side outlet 34c Multiple positions be provided with hole portion 452.Therefore, the secondary streams of the liquid level of the milk M positioned at the upstream side of primary air AF1 have been touched AF2 siphons away heat from milk M, to the discharge of hole portion 452 positioned at the downstream side of primary air AF1.That is, secondary streams AF2 forms such as downstream Ingredient：Enter from air-supply flow path 34 through via portion 452 in the upstream side of air-supply flow path 34 and reconstitute with bottle 4, flows through and reconstitute with bottle 4 Top and air-supply flow path 34 downstream side is returned after via portion 452 blow flow path 34.It can will be secondary by the flow constituents The hot gas of the milk M of air-flow AF2 guiding is swimmingly discharged from hole portion 452 to air-supply flow path 34.

In addition, in the present embodiment, the air-flow that is flowed in air-supply flow path 34 is due to wind path resistance on the way or thin The speed of micro- leakage etc., the upstream side close from fan 32, the air-flow for flow path 34 of blowing is faster, and reconstitutes with phase in bottle 4 Than becoming the state of the high positive pressure of air pressure, on the other hand, downstream side, the speed of air-flow is slower, and reconstitutes with phase in bottle 4 Than becoming the state of the low negative pressure of air pressure.Therefore, the hole of upstream sides in multiple hole portions 452, being configured at primary air AF1 In portion 452, with from milk M siphon away heat and by its from reconstitute be discharged to bottle 4 air-supply flow path 34 secondary streams AF2 amount compared with, into Enter to reconstitute more with the amount of the air in bottle 4 and as secondary streams AF2.On the other hand, in multiple hole portions 452, be configured at In the hole portion 452 in the downstream side of primary air AF1, from milk M siphon away heat and from reconstitute with bottle 4 be discharged to air-supply flow path 34 secondary streams The amount of AF2 is more than the amount for entering and reconstituting with the air in bottle 4 and as secondary streams AF2.That is, in upstream side, air is mainly from sending Distinguished and admirable road 34 is laterally reconstituted to be flowed into bottle 4 is interior, and in downstream side, air is mainly interior to the discharge of 34 side of air-supply flow path with bottle 4 from reconstituting. In the present embodiment, have multiple hole portions 452, air mainly to reconstitute with bottle 4 flow into upstream side and air mainly from Reconstitute the downstream side being discharged with bottle 4 and distribute different hole portions 452, therefore compared with the mode for having 1 hole portion, can effectively into The inflow and discharge of row air.

In this way, the composition of cooling end 30A is the air-flow that does not allow for being generated by fan 32 from the side vertical with the liquid level of milk M To directly touching milk M, but the primary air AF1 of the horizontal direction generated by fan 32 reconstituted in bottle 4 after shunting indirectly Generate secondary streams AF2.Also, in cooling end 30A, by allowing the secondary streams AF2 after shunting indirectly to touch the liquid level of milk M come cold But milk M.Reconstitute with the liquid level flowing water square along milk M of the secondary streams AF2 in bottle 4 to the flow velocitys of flow constituents compare Soon, therefore it is not to touch a part for liquid level but touch whole liquid level.As a result, using cooling end 30A, it can be from milk M's Whole liquid level effectively siphons away heat, can realize the cooling of effective milk M.

In addition, the velocity ratio of the flow constituents of the horizontal direction of secondary streams AF2 is very fast, therefore air-flow is allowed with cooling end 30A Compared with the composition for touching milk M from the direction vertical with the liquid level of milk M, the foreign matters such as the dust being absorbed in milk M can be reduced.

Additionally, it is preferred that it is circular shape to reconstitute with the shape of the periphery of bottle 4, and as shown in (c) of Fig. 5,34 edge of flow path of blowing The circular shape for the periphery centered on reconstituting the center for using bottle 4 extends.Therefore, air-supply flow path 34 shape a part at For annular shape.Thus, the primary air AF1 for flowing through air-supply flow path 34 becomes swirling flow, and centrifugal force is generated in primary air AF1.

Therefore, even if comprising the foreign matters such as dust in primary air AF1, foreign matter also due to centrifugal force and along air-supply flow path The periphery inner wall 34f of 34 peripheral side flows, and foreign matter can be inhibited to be reconstituted from the intrusion of hole portion 452 with bottle 4.

Additionally, it is preferred that in the cooling end 30A of present embodiment, in the tangential direction of the annulus shape of air-supply flow path 34 Opening is formed with the upstream side entrance 34b of air-supply flow path 34.It can effectively be generated in air-supply flow path 34 as a result, and be used as swirling flow Primary air AF1.

In addition, in the case where a part for the shape for flow path 34 of blowing becomes circular, in order to form above-mentioned conduct The secondary streams AF2 of swirling flow, flow path 34 of preferably blowing is along angle phase in the periphery reconstituted with bottle 4, centered on center When the region of the periphery in 90 degree or more extends.In this case, hole portion 452 similarly from air-supply flow path 34 upstream side It is formed in the range for being 90 degree or more to angle of the downstream side centered on center.

In addition, as shown in (c) of Fig. 5, the hole portion 452 formed with the cap 45 of bottle 4 and air-supply flow path are reconstituted being assemblied in 34 is opposite, and identical as the air-supply shape of flow path 34, width is also equal, and therefore, the primary air AF1 shuntings blown in flow path 34 are simultaneously Via hole portion 452 to when reconstituting with being shunted in bottle 4, reconstitute with the secondary streams AF2 in bottle 4 via hole portion 452 with air-supply flow path 34 The interior interflow primary air AF1.Therefore, air-supply flow path 34 primary air AF1 in the state of maintaining directive property via hole portion 452 Enter as swirling flow and reconstitutes in bottle 4.It is passed through in the state of maintaining directive property with the secondary streams AF2 in bottle 4 in addition, reconstituting It is discharged with bottle 4 from reconstituting as swirling flow by hole portion 452, is collaborated with primary air AF1.Therefore, different to the mixed dusts of milk M etc. Object is few, can realize the extraordinary air cooling of efficiency.

Matched in bottle 4, the periphery of the hole portion 452 of cap 45 is detached with the periphery inner wall 34f of air-supply flow path 34 in addition, reconstituting It sets.In addition, as shown in (c) of Fig. 5, the center 33M of hole portion 452 is located at the center of the width direction W than flow path 34 of blowing Position 34M is in the outer part." width direction W " said here also refers to the direction vertical relative to the direction of primary air AF1 or air-supply The radial direction for the annulus that flow path 34 is constituted.

The foreign matters such as the dust that primary air AF1 is included are flowed due to centrifugal force along periphery inner wall 34f.Therefore, because The periphery of hole portion 452 is detached with periphery inner wall 34f, so the foreign matters such as dust are difficult to reconstitute with bottle 4 from the intrusion of hole portion 452.As a result, The foreign matters such as dust can be inhibited to be mixed into milk M.Here, can also be, hole portion 452 be provided with it is multiple, the periphery of all hole portions 452 with it is outer All inner wall 34f are separately positioned.Be respectively formed as a result, comprising the primary air AF1 of foreign matters such as dust for flowing through air-supply flow path 34 and into Enter the flowing for reconstituting the secondary streams AF2 with bottle 4.As a result, can effectively cool down milk M by secondary streams AF2 and inhibit dust Equal foreign matters are mixed into milk M.

In addition, the shape of the periphery of hole portion 452 is the shape for strip on the extending direction of air-supply flow path 34.As a result, It is easy to carry out exchanging for primary air AF1 and the air-flow of secondary streams AF2, can effectively cools down milk M.

In addition, the gap d between cap 45 and the opening 34a for flow path 34 of blowing is 5mm hereinafter, being atomic small.Therefore, Can reduce makes the foreign matters such as dust from gap d to reconstituting with the mixed danger in the inside of bottle 4 together with extraneous gas.In addition, in cap In the case that gap d between 45 and the opening 34a for flow path 34 of blowing is 5mm or more, it can reconstituted from gap d leakage current Use the secondary streams AF2 being not likely to produce in bottle 4 as the swirling flow of the liquid level along milk M.Thus, air supply efficiency can be improved.

Use fan 32 as air-flow generating unit and air-supply flow path 34 in addition, the cooling end 30A of present embodiment is air-supply The composition of upstream side entrance 34b connections.But the air-flow generating unit of the cooling end 30A of present embodiment is not limited to fan 32, only If the composition of primary air AF1 can be generated in air-supply flow path 34, it is not particularly limited.Such as air-flow generating unit can also It is attached to the suction pump of the downstream side outlet 34c of air-supply flow path 34.

(remarks item)

In addition, in the present embodiment, guiding piece 212 is from the central portion of mounting surface 211 up to rear portion is formed, but It can be from the front of mounting surface 211 up to rear portion is formed.But the former with the latter is compared, more preferably the former, first can as a result, It will reconstitute to be placed in after mounting surface 211 with bottle 4 and be slided to guiding piece 212, it can be made steadily to slide into the fixation of mounting surface 211 Position.

Additionally, it is preferred that bottom surface of the width of above-mentioned guiding piece 212 relative to reconstituting of being contacted with mounting surface 211 bottle 4 The ratio of width be 50% less than 100%, more preferably 70% less than 100%.Guiding piece 212 as a result, Width is larger with the width of bottle 4 relative to reconstituting, therefore can be steadily moved along guiding piece 212 with bottle 4 into exercising reconstitute Action.

It is preferable, however, that the mounting surface 211 of apparatus main body 2 is to work as the front side (mounting for making to reconstitute with bottle 4 from mounting surface 211 Starting position) it reconstitutes when being moved horizontally to fixed position (mounting end position) and has with the mode that bottle 4 gradually rises upward The gradient.In this case, strictly speaking mounting surface 211 is slightly tilted from horizontal direction, and front declines than rear portion.Therefore, when putting When entering to reconstitute with bottle 4, it can be adequately formed gap relative to limiting unit 24 (counterpart), therefore be easy to reconstitute and be put into bottle 4, And make to reconstitute be moved to fixed position with bottle 4 when, form the gap relative to limiting unit 24 (counterpart), therefore energy smaller Reduce leakage or foreign matter being mixed into from gap of the air-flow from gap.

On the other hand, in the case where mounting surface 211 is set as incline structure as described above, when mounting is reconstituted with bottle 4, It usually reconstitutes with 4 oblique inclination of bottle.It is therefore preferable that reconstituting the thickness with the bottom 41 of bottle 4 in a manner of corresponding with the above-mentioned gradient It is thinning with 43 side of inlet is gone to from 44 side of handle.In this case, mounting surface 211 is set to bottle 4 will reconstitute When specified position, horizontal direction can be set as with the bottom surface in bottle 4 by reconstituting.

[embodiment 2]

Milk powder preparing device 1A and Fig. 1 of other embodiments of the present invention~milk powder preparing device shown in fig. 5 1A phases Ratio the difference is that, reconstitute and be changed with the slot 411 of the bottom surface of bottle 4, other compositions are identical.

Fig. 6 is stereogram when reconstituting with bottle 4A for watching present embodiment from below.As shown in fig. 6, using bottle reconstituting The bottom 41 of 4A is formed for the slot 413 chimeric with the guiding piece 212 of mounting portion 21.In the present embodiment, in bottom 41, from The protruding portion 414 of U-shaped is arranged towards the part of 44 side of both sides and handle in the direction of 44 side of handle for 43 side of inlet, to Form slot 413.Slot 413 opens up on the direction from 43 side of inlet to 44 side of handle as a result,.In addition, the inlet 43 of slot 413 Side opens, and 44 side seal of handle closes.

The interval of protruding portion 414 is corresponding with the width of guiding piece 212 of mounting portion 21, but the front end of 43 side of inlet 414a, 414a are slightly larger.In addition, the base portion 414b of the part as 44 side of handle of protruding portion 414 becomes the front end of guiding piece 212 The shape that portion 212a is fitted into.In addition, the part other than the peripheral part of protruding portion 414 is recess.

Situation about being moved in the mounting surface 211 for reconstituting the apparatus main body 2 shown in Fig. 1 with bottle 4A for making above-mentioned composition Under, compared with making the situation shown in Fig. 3 for reconstituting and being moved in mounting surface 211 with bottle 4 the difference is that, guiding piece 212 Front end 212a contacted with the base portion 414b of protruding portion 414 and stop it is mobile after, reconstitute the setting to apparatus main body 2 with bottle 4A It completes, other actions are identical.In this way, in the present embodiment, the front end 212a of guiding piece 212 and protruding portion 414 Base portion 414b becomes the detent mechanism for that will reconstitute the specified position for being set to mounting surface 211 with bottle 4A.

In addition, as shown in fig. 6, present embodiment is reconstituted with bottle 4A, 2 linear ribs 415,415 are from protruding portion 414 Base portion 414b extends to 43 side of inlet.The height of the rib 415 is in a manner of corresponding with the gradient of mounting surface 211 with from handle 44 sides go to 43 side of inlet and are lower.

As a result, when will reconstitute be set to the specified position of mounting surface 211 with bottle 4A when, can will reconstitute with the bottom surface in bottle 4 It is set as horizontal direction, the thickness of the bottom 41 with bottle 4A is reconstituted without change.

[embodiment 3]

The milk powder preparing device 1A (apparatus main body 2A) of other embodiments of the present invention in embodiment 1 and embodiment party Milk powder preparing device 1A (apparatus main body 2) shown in formula 2 is roughly the same, therefore illustrates different contents.In addition, this reality The cap 45A for applying mode is different from the cap 45 illustrated in embodiment 1 and embodiment 2, therefore illustrates its particular content.

Fig. 7 is the stereogram for indicating the appearance of cap 45A and constituting, and (a) is solid when watching cap 45A from oblique upper Scheme, is (b) stereogram when watching cap 45A from obliquely downward.In addition, Fig. 8 is the six face views of cap 45A, (a) is cap The vertical view of 45A, (b) be cap 45A front view, (c) be cap 45A rearview, (d) be cap 45A left side view, (e) be cap 45A right side view, (f) be cap 45A upward view.Moreover,

Fig. 9 is IX-IX lines shown in Fig. 8 (a) to regarding sectional view.

Hereinafter, illustrate cap 45A with reference to Fig. 7~Fig. 9, but in the case where use direction illustrates cap 45A, by cap The upper and lower directions that 45A is assemblied in the upper and lower directions as the cap 45A that reconstitute the state for using bottle 4A illustrates.In addition, from dress The front viewing for setting main body 2A will be equipped with the state for reconstituting the fixed position that apparatus main body 2A is placed in bottle 4A of cap 45A When left and right directions illustrated as the left and right directions of cap 45A, and be placed in apparatus main body 2A's with bottle 4A by reconstituting The front-rear direction that the front-rear direction as the cap 45A that use bottle 4A to be moved are reconstituted when fixed position illustrates.

As shown in fig. 7~fig. 9, cap 45A is shaped generally as discoid, includes the main part 450 of circular shape.It is main The end (hereinafter sometimes referred to " front end ") of the front side in body portion 450 (cap 45A), which is formed as omitting a part for circular arc, (to be gone Except) after it is linear, in the aftermentioned extension 450b of the end set of the rear side of cap 45A.In addition, forming 1 in main part 450 A hole portion 451 and multiple (being in the present embodiment 4) hole portions 452 (hole portion 452a, 452b, 452c, 452d).

In addition, in the following description, in the case where needing to distinguish 4 hole portion 452, referred to as hole portion 452a, 452b, 452c, 452d, but in the case where not needing to distinguish, it is only called hole portion 452.

Hole portion 451 is formed in the center of main part 450, and 4 hole portions 452 are formed along the edge (periphery) of main part 450. Hole portion 451 is circular shape, and hole portion 452 is to make oval edge (circular arc) shape after bending along main part 450.In addition, In the outer peripheral portion of hole portion 451, the top cricoid protruding portion 451a outstanding to main part 450 is formed, and formed to master The lower section cricoid protruding portion 451b outstanding in body portion 450.

In addition, Fig. 7 and the shape of hole portion shown in Fig. 8 451 and hole portion 452 are an examples, should not be defined.For example, hole Portion 451 can be polygon.In addition, hole portion 452 can also be to make rectangle along circular arc shape after bending.

In addition, being lacked relative to 2 of the straight line parallel extension vertical with the tangential direction of its periphery in the setting of main part 450 Mouth 450a, setting extend (extension) from a part for the main part 450 clipped from 2 notch 450a to the outside of main part 450 Extension (or extension) 450b.Extension 450b can be acted in the up-down direction, as extension 450b is to upper and lower To action, a part for the main part 450 clipped by notch 450a deforms (bending) in the up-down direction.

4 above-mentioned hole portions 452 are across being set to 2 notch 450a of main part 450 in each configuration 2 in left and right.In this way By 4 hole portions 452 divide right and left configuration the reason of be to be effectively performed from cooling end 30A sucking wind and discharge wind.In addition, The reason of being provided with 4 hole portion 452 is following situation in order to prevent：If 2 adjacent hole portions 452 are set as continuous 1 hole Portion, then when milk M being injected nursing-bottle, stirring parts 4a is flown out with the outside of bottle 4A by hole portion 452 to reconstituting sometimes.Thus, In the present embodiment, the size (length of length direction) of each hole portion 452 is set as shorter than the diameter of stirring parts 4a.Moreover, Its reason still, if 2 adjacent hole portions 452 are set as continuous 1 hole portion, in the part for being formed with hole portion 452, cap The intensity of 45A can decline.

In addition, such as will also realize that according to (a) and (f) of Fig. 8, the end of rear side of 4 hole portions 452 in main part 450 (sides extension 450b) configures.In addition, in the present embodiment, in order to which user is easy to the air-supply flow path 34 of clearing apparatus main body 2A Part, the air-supply flow path 34 that primary air AF1 is flowed through, which becomes, is offset to the arc-shaped of front side.By 4 hole portions 452 close to prolonging The reason of sides extending portion 450b (front side) configure is configured at each hole portion 452 on the path of primary air AF1.

In the upper surface of extension 450b, protruding portion (holding section) 450c outstanding upward is set.As according to Fig. 8 (d), (e) and Fig. 9 are it is found that protruding portion 450c has inclined surface 4500 in the front side of main part 450, in the rear side of main part 450 With vertical plane 4502.It is in this way that will be equipped with reconstituting for cap 45A the reason of inclined surface 4500 are arranged in protruding portion 450c In the case of being placed in apparatus main body 2A with bottle 4A, even if user makes protruding portion 450c and shape if not pressing lower extension 450b At in recess portion (engaged part) 35 (referring to Fig.1 3) engaging of the lower surface of limiting unit 24.In addition, hanging down in protruding portion 450c settings The reason of facing 4502 directly be, the case where being placed in the fixed position of apparatus main body 2A with bottle 4A is reconstituted be equipped with cap 45A Under, if user does not press lower extension 450b, the state that protruding portion 450c engages with recess portion 35 can not be released.

It is being front side across the side opposite with extension 450b of hole portion 451 in addition, in the upper surface of main part 450, if Set guiding groove 450d.Guiding groove 450d is from the bowl-shaped recess portion 4504 in the arena for being configured at end thereafter and from the recess portion 4504 to main body The slot 4506 that the periphery (front end) in portion 450 extends is constituted.That is, guiding groove 450d is extended to form on the front-rear direction of cap 45A. But, recess portion 4504 and the bonding part of slot 4506 are located at the position more against the top than the bottom surface of recess portion 4504.In addition, slot 4506 has Have with the gradient (tilting downwards) gone to periphery (going to front from rear) from 4504 side of recess portion and declined.

Guiding groove 450d in this way, which has the reason of recess portion 4504, to be placed in bottle 4A being equipped with reconstituting for cap 45A In the case of the fixed position of apparatus main body 2A, storage is set to the contact plug of the test section 241 of the opposite surface side of limiting unit 24 The front end of 241a.In this state, movements of the cap 45A to horizontal direction can be limited.

In addition, the slot 4506 that guiding groove 450d has is that will be equipped with reconstituting for cap 45A the reason of having the gradient In the case of being installed on apparatus main body 2A with bottle 4A, gradually will to the depth side movement of apparatus main body 2A with bottle 4A with reconstituting Contact plug 241a is pressed into and (makes switch connection or shutdown).

Moreover, substantially a ring-shaped protruding portion outstanding upward is arranged in the outer peripheral portion in the upper surface of main part 450 450f.That is, the upper surface of main part 450 is arranged in outer peripheral portion (part at edge) rises step.

In addition, in the cap 45A of present embodiment, in addition in 2 notch 450a of the lower surface of main part 450 setting Other than the part clipped, substantially a ring-shaped wall portion (leg) 450g extended downwards from outer peripheral portion is also set up.In addition, prolonging Wall portion (leg) 450h same as wall portion 450g is arranged in the lower section of extending portion 450b.

The outer circumference diameter of the circle formed by wall portion 450g and wall portion 450h and the internal diameter phase for reconstituting the opening portion 42 with bottle 4A Same or roughly the same, wall portion 450g insertions reconstitute the opening portion 42 with bottle 4A, and cap 45A, which is assemblied in, as a result, reconstitutes with bottle 4A.Wall The width (height) of the upper and lower directions of the sides setting extension 450b of portion 450g is maximum, the front end side of setting guiding groove 450d The width of upper and lower directions is minimum, and width is tapered into the front end of guiding groove 450d is gone to from the sides extension 450b.Its The reason is that in the side of setting extension 450b, notch 450a and hole portion 452 are formed in main part 450, thereby, it is ensured that (reinforcement) The intensity of cap 45A.In addition, being set to the lower end for reconstituting the notch 42a (referring to Fig.1 0) with bottle 4A due to wall portion 450h Portion does not form gap.Moreover, its reason is still, the front end of guiding groove 450d is configured at and reconstitutes the inlet 43 with bottle 4A Corresponding position, thus when milk M is injected into nursing-bottle will not become and hinder.In addition, in order to which milk M is further being injected lactation Will not become when bottle and hinder, wall portion 450h with reconstitute with the corresponding position of the inlet 43 of bottle 4A, with the height of wall portion 450h The degree mode lower than other parts is provided with towards notch 4508 to the upper side.

Moreover, protruding portion is arranged in the front end of the guiding groove 450d in the face of the peripheral side of wall portion 450g.In this implementation In mode, protruding portion is 2 protrusion (raised line) 450i extended in the short transverse (upper and lower directions) of wall portion 450g.For example, 2 Side vertical in the upper surface of the main part 450 relative to cap 45A or lower surface a protrusion 450i upwardly extends.In this implementation In mode, 2 protrusion 450i separate the defined front end for being arranged at intervals at guiding groove 450d.The defined interval is equivalent to punching The transverse width (width of left and right) for calling the inlet 43 of bottle 4A, reconstitutes 44 side of handle with bottle 4A, than being set to handle 44 Top notch 42a transverse width it is big.Thus, cap 45A is assemblied in reconstitute with bottle 4A in the case of, when 2 it is prominent 450i is played when being located at the part other than inlet 43, the edge that at least one in 2 protrusion 450i snaps into opening portion 42 (reconstitutes With the upper end-face edge of bottle 4A), wall portion 450g will not be embedded in opening portion 42.That is, 2 protrusion 450i are to prevent cap 45A with mistake Direction be assemblied in and reconstitute with the component of bottle 4A (accidentally assembly prevents component) (referring to Fig.1 2).Thus, it can be by cap 45A with correct Direction be assemblied in and reconstitute with bottle 4A.

But, as described above, extension 450b can be acted in the up-down direction, therefore the transverse width setting of notch 42a It is big (referring to Fig.1 0) for the transverse width than extension 450b.In addition, extension 450b is pressed, as a result, protruding portion 450c with The engaging (locking) of recess portion 35 is released from, therefore the longitudinally wide height for being confirmed as to unlock of notch 42a.

In addition, in the present embodiment, the position corresponding with inlet 43 in the face of the peripheral side of wall portion 450g is set 2 protrusion 450i are set, but not limited to this.As other examples, end set 2 that can also be in the sides setting extension 450b is prominent Play 450i.In this case, the transverse width of notch 42a is set as bigger than the transverse width of inlet 43,2 protrusion 450i's The defined length for being spaced the transverse width for being set as being equivalent to notch 42a.Thus, as described above, cap 45A can be prevented with mistake Direction accidentally, which is assemblied in, to be reconstituted with bottle 4A.

In the present embodiment, the reason of 2 protrusion 450i being set to the front end side of guiding groove 450d is, in cap 45A is assemblied in reconstitute with bottle 4A in the case of, be set to wall portion 450g and wall portion with the covering of the side wall of bottle 4A with reconstituting as possible Gap between 450h.Therefore, can prevent from reconstituting as possible leaked out from gap to outside with the liquid in bottle 4A or swirling flow from Gap is leaked out to outside or the foreign matters such as dust are mixed into from gap and reconstitute in the milk M in bottle 4A.

Figure 10 be cap 45A is assemblied in reconstitute with bottle 4A in the state of from oblique upper, viewing reconstitutes handle with bottle 4A Stereogram when 44 side.Figure 11 be indicate for cap 45A to be assemblied in the schematic thinking for reconstituting the front and back state with bottle 4A, and (a) be before assembly in the state of stereogram when reconstituting 43 side of inlet with bottle 4A from oblique upper viewing, be (b) to assemble In the state of afterwards stereogram when reconstituting 43 side of inlet with bottle 4A is watched from oblique upper.Figure 12 is the direction in cap 45A Mistake and be assemblied in cap 45A is reconstituted with vertical when from the oblique upper of handle 44, viewing is reconstituted with bottle 4A in the state of bottle 4A Body figure.

Such as according to Figure 10 and Figure 11 it is found that be set to 4 hole portions 452 of cap 45A according to reconstitute the relationship with bottle 4A It is formed with the edge of the opening portion 42 of bottle 4A along reconstituting.But, cap 45A is assemblied in the opening portion 42 reconstituted with bottle 4A, because This 4 hole portions 452 are formed in the inside at the edge of opening portion 42.

In addition, as shown in (a) and (f) of Fig. 8, extension 450b, protruding portion 450c, hole portion 451 and guiding groove 450d Point-blank it is configured at cap 45A.Therefore, as shown in Figure 10 and Figure 11, when cap 45A, which is assemblied in, to be reconstituted with bottle 4A, Extension 450b is configured at the top of the position of setting handle 44, and the front end of guiding groove 450d is configured at the upper of inlet 43 Side.That is, handle 44, protruding portion 450c and guiding groove 450d are also point-blank configured.

In addition, as shown in figure 11, the front end of cap 45A being equivalent to by the length (width) linearly formed and reconstitutes use The width of the left and right of the inlet 43 of bottle 4A.

Moreover, in 2 protrusion 450i of front end setting as described above of cap 45A, the regulation between this 2 protrusion 450i Interval be set as of same size or roughly the same (slightly narrow) with the left and right of inlet 43.Above-mentioned notch 42a's is laterally wide Degree it is narrower than the transverse width of inlet 43, therefore cap 45A can be assemblied in reconstitute with bottle 4A in the case of, 2 protrusions 450i directions position corresponding with inlet 43.

Thus, as shown in figure 11,2 protrusion 450i are towards position corresponding with inlet 43, when cap 45A is assemblied in punching When calling bottle 4A, wall portion 450g is embedded in opening portion 42.It is reconstituted with bottle 4A that is, cap 45A is correctly assemblied in.

But, such as shown in figure 12, in 2 protrusion 450i towards positions corresponding with notch 42a and by cap 45A It is assemblied in the case of reconstituting with bottle 4A, protrusion 450i snaps into the edge for reconstituting the opening portion 42 with bottle 4A, makes wall portion 450g not Opening portion 42 can be embedded in.It is reconstituted with bottle 4A that is, cap 45A will not be assemblied in.

In addition, Figure 12 only as an example of, in the case where 2 protrusion 450i deviate from position corresponding with inlet 43, wall Portion 450g will not be embedded in opening portion 42.

Figure 13 is stereogram when watching milk powder preparing device 1A (apparatus main body 2A) shown in FIG. 1 from obliquely downward.Figure 14 It is the schematic diagram for illustrating guide portion 34h.Figure 15 is the mounting surface 211 indicated in milk powder preparing device 1A (apparatus main body 2A) The sectional view of an example in section when reconstituting with bottle 4A for being equipped with cap 45A is loaded.

It such as will also realize that according to Figure 13, recess portion 221 be formed in wall portion 22.As shown in figure 15, it is placed in bottle 4A reconstituting In the case of the correct position of mounting portion 21, the inlet 43 reconstituted with bottle 4A is stored in the recess portion 221.

In addition, in the lower surface of limiting unit 24, that is, being equipped with rushing for cap 45A in the opposite face opposite with mounting surface 211 In the case of calling bottle 4A to be placed in the correct position (fixed position) of mounting portion 21, with the guiding that is set to cap 45A The test section 241 of the opposite position setting configuration contact plug 241a of recess portion 4504 of slot 450d.Test section 241 includes passing through contact Pin 241a is pressed and the mechanical switch that turns on and off, electric signal input control portion corresponding with the ON/OFF of switch 7。

Test section 241 is primarily used for reconstituting with bottle from whether the upside (top) of cap 45A detection cap 45A is assemblied in The device of 4A.But, as described above, contact plug 241a is reconstituting the case where being placed in the correct position of mounting portion 21 with bottle 4A Under, it is set in the position opposite with recess portion 4504 of the guiding groove 450d of cap 45A settings, therefore test section 241 is also to use The device whether correctly loaded with bottle 4A reconstituted in detection.

Be equipped with cap 45A reconstitute be installed on apparatus main body 2A with bottle 4A in the case of, contact plug 241a is being guided It is slided in the slot 4506 of slot 450d.But, that actually move is the cap 45A with guiding groove 450d.Thus, it can prevent from working as It is reconstituted when installation with bottle 4A towards mistake.

Although illustration omitted, contact plug 241a elastomeric elements as rubber or spring are downwards to force.Thus, When be equipped with cap 45A reconstitute be installed on apparatus main body 2A with bottle 4A when, contact plug 241a by the recuperability of elastomeric element to Lower section presses, embedded (being accommodated in) recess portion 4504.Therefore, the depth of recess portion 4504 be set as can detection switch turn on and off and The depth that cap 45A is correctly assembled.In this way, the slot 4506 of cap 45A is moved along contact plug 241a, it is directed into detection The test position in portion 241.

In addition, as described above, in the present embodiment, handle 44, protruding portion 450c and guiding groove 450d configurations are one On straight line.Therefore, it is installed on apparatus main body 2A with bottle 4A or is torn open from apparatus main body 2A reconstituting for cap 45A will be equipped with In the case of lower, load will not be applied to and make to reconstitute with the different direction in the direction of bottle 4A movements.Thus, in no device master The guiding piece 212 of body 2A or/and in the case of reconstituting the protruding portion 414 with bottle 4A, reconstitutes and is not easy in the horizontal plane with bottle 4A Rotation.Thus, user swimmingly can be reconstituted the installation with bottle 4A with one hand and be removed.

In addition, in the present embodiment, it is set as test section 241 of the setting with contact plug 241a and mechanical switch, but It is without being limited thereto.Optical sensor or Magnetic Sensor can also be used.For example, can use reflection-type optical formula sensor and The coating of position coating transmitting light corresponding with the recess portion 4504 of cap 45A or non-reflected light, can be according to optical sensor Output come the presence or absence of assembly for detecting cap 45A etc..In addition, using Magnetic Sensor, recessed with cap 45A 4504 corresponding position of portion is embedded to magnet or coating has magnetic coating, to can also be examined according to the output of Magnetic Sensor Survey the presence or absence of assembly of cap 45A etc..That is, the mechanism as detection cap 45A, can use various mechanisms.

In addition, in the present embodiment, guiding groove 450d is set to cap 45A, set reconstituting the bottom 41 with bottle 4A Set the protruding portion 414 of U-shaped, the protruding portion 414 is chimeric with guiding piece 212, therefore reconstitute with bottle 4A relative to guiding piece 212 by It is correctly oriented mounted.Accordingly it is also possible to which guiding groove 450d need not be arranged.In this case, the upper table of cap 45A can also be used Face face contact pin 241a, can detect and be equipped with cap 45A etc..

It is believed that from reconstituting between bottle 4A and limiting unit 24 when the stirring system of present embodiment can reduce use as possible Gap leaks the steam of high temperature.Therefore, it not only needs that the correct position (predetermined bits for being installed on mounting portion 21 with bottle 4A will be reconstituted Set), it is also necessary to cap 45A is correctly assemblied in and is reconstituted with bottle 4A.The stirring system of present embodiment can not only judge to reconstitute The carrying state of the correct position (fixed position) of mounting portion 21 whether is installed on bottle 4A, moreover it is possible to while judging cap 45A The assembled state of the cap whether correctly assembled is allowed for the discomforts such as use in the state of accidentally assembling cap 45A The mechanism that use in the state of prevents trouble before it happens, safely designs.

In addition, the lower surface (opposite face) in limiting unit 24 is provided with the heat supply mouth of a river 13, in a part for opposite face The recess portion 242 being recessed upward is formed around the heat supply mouth of a river 13.Thus, the lower end of the heat supply mouth of a river 13 and nozzle 14 is from opposite Face is prominent and exposes.Therefore, even if liquid is not easy to be attached to opposite face, and in nozzle from the heat supply mouth of a river 13 to laterally dispersing In the case that 14 are attached with drop in itself, it can also be fallen from the lower end of nozzle 14 reconstituting downwards with bottle 4A, therefore preferably Ground carries out liquid disengaging.

But, the heat supply mouth of a river 13 is configured at position in face identical with opposite face or more against the top than opposite face.Its reason Be, when on one side make to reconstitute the while of being moved in parallel with bottle 4A be installed on apparatus main body 2A when, the lower end that will not become nozzle 14 (supplies Hot water mouth 13) obstructions such as contact with the upper surface of cap 45A.

In addition, recess portion 242 is not formed in opposite face but it is completely flat in the case of, in opposite face and cap 45A Upper surface between almost without gap, therefore it is outstanding from opposite face in the lower end for making nozzle 14, nozzle 14 Lower end (the heat supply mouth of a river 13) can be contacted with the upper surface of cap 45A.An effect for forming recess portion 242 is exactly in order to prevent should The occurrence of.

In addition, recess portion 242 is formed as mortar shape, the opening of recess portion 242 and the opening of hole portion 451 are set as identical or substantially Identical size.It in addition, cricoid protruding portion 451a is arranged in hole portion 451, such as will also realize that according to Figure 13, be equipped with cap In the case that the reconstituting of 45A is installed on apparatus main body 2A with bottle 4A, protruding portion 451a is contacted with the lower surface of limiting unit 24.That is, Recess portion 242 links (engagement) with hole portion 451.

Thus, even if liquid can touch recess portion 242 if dispersing liquid to transverse direction from the heat supply mouth of a river 13, it is attached to recess portion 242 Drop due to beat it is bowl-shaped inclination and move downwards, finally via hole portion 451 injection reconstitute in bottle 4A.In addition, liquid The inside of apparatus main body 2A will not be invaded.Moreover, liquid will not spill into the upper surface of cap 45A.Even if in this way, becoming Liquid is not easy to the structure of the attaching liq around due to above-mentioned various features from the heat supply mouth of a river 13 to laterally dispersing.

Moreover, in the present embodiment, in the lower surface (opposite face) of limiting unit 24 so that part of it 3 is recessed upward Mode form 1 hole portion 33, by the hole portion 33 formed opening 34a.The hole portion 33 is the shape of strip on wind path direction, is changed Sentence talk about be channel-shaped shape.As shown in the embodiment, in the case where the shape for flow path 34 of blowing is circular shape, Correspondingly hole portion 33 is the shape of arc-shaped and strip.The downside of hole portion 33 by be open 34a by open, therefore in monomer In the case of air-supply flow path 34 will not be used as to function, but reconstituting the mounting surface 211 that apparatus main body 2A is installed on bottle 4A In the state of opening 34a partes tegmentalis 45A upper surface covering, the part surrounded as a result, by the upper surface of hole portion 33 and cap 45A As general hollow tubulose (pipe-like) and as air-supply flow path 34 function.

As other embodiment, can also be arranged individually as air-supply stream in the lower surface (opposite face) of limiting unit 24 The pipeline that road 34 functions.But, in this case, user is not easy to wipe the inside for the pipeline for being attached to air-supply flow path 34 Dirt.And in the present embodiment, reconstitute removed from apparatus main body 2A with bottle 4A in the state of hole portion 33 downside pass through The 34a that is open is opened, therefore user can easily be wiped the dirt for the inside for being attached to air-supply flow path 34 by the 34a that is open.And And in the present embodiment, the hole portion 33 of 1 elongate in shape is formed, therefore hole portion 33 can be made bigger.Thus, user can be more The dirt for being attached to air-supply flow path 34 is further easily wiped from hole portion 33.That is, being readily susceptible to clear to being carried out in air-supply flow path 34 It sweeps.

In addition, under the primary air AF1 generated when the inside for flow path 34 of blowing is arranged for fan 32 to work is directed to Side is reconstituted with the guide portion 34h in bottle 4A.

As shown in figure 14, the shape of the longitudinal section along air-supply flow path 34 of guide portion 34h is up-side down triangle, is flowed from air-supply The upper table on road 34 protrudes downwards.Thus, guide portion 34h has in the upstream side of air-supply flow path 34 to be gone to from upstream side Downstream side and inclined surface inclined downward (the 1st inclined surface) 340.In addition, guide portion 34h has in the downstream side of air-supply flow path 34 Have and goes to downstream side and inclined surface inclined upward (the 2nd inclined surface) 342 with from upstream side.In addition, guide portion 34h's The gap 344 passed through for primary air AF1 is formed between lower end and the bottom for flow path 34 of blowing.

According to this guide portion 34h, the flowing for the primary air AF1 that flowed to horizontal direction in distinguished and admirable road 34 can be changed Direction.Specifically, primary air AF1 flows downwards along the 1st inclined surface 340, the flow direction of primary air AF1 becomes as a result, Turn to obliquely downward.A part of primary air AF1 becomes secondary streams AF2 as a result, by from hole portion 452 (hole portion 452b) to reconstituting use Guiding in bottle 4A uses bottle 4A into reconstituting.

Also, secondary streams AF2 is reconstituted with the air in bottle 4A with becoming swirling flow in bottle 4A and stir reconstituting, and one The hot gas of side induction milk M rises on one side, is closed again from hole portion 452 (hole portion 452c, 452d) and the primary air AF1 of air-supply flow path 34 Stream.

In this way, by the way that guide portion 34h is arranged in air-supply flow path 34, it can be positive by the secondary streams AF2 shunted from primary air AF1 Ground, which is directed to, to be reconstituted with bottle 4A.Thus, it can effectively cool down the milk M reconstituted in bottle 4A.

In addition, in primary air AF1, as the flow constituents of secondary streams AF2 do not cross guide portion by gap 344 34h is simultaneously guided along the 2nd inclined surface 342 to the upper surface of air-supply flow path 34.At this point, flow constituents are maintaining to a certain degree Flow velocity in the state of collaborate again with the secondary streams AF2 of the hot gas induction of milk M, swimmingly downstream flow.

It can promote the discharge of the secondary streams AF2 induction of the hot gas of milk M as a result,.In addition, the downside of guide portion 34h not The delay of air easily occurs.Thus, the generation of moisture condensation can be inhibited near the 2nd inclined surface 342.As a result, can tie up as possible Hold cooling end 30A (air-supply flow path 34) clean state.

In addition, forming above-mentioned recess portion 35 in the lower surface (opposite face) of limiting unit 24.Recess portion 35 and the heat supply mouth of a river 13 and Test section 241 is formed point-blank.The straight line prolongs forward and backward relative to milk powder preparing device 1A (apparatus main body 2A) It stretches.Recess portion 35 be equipped with cap 45A reconstitute be installed on correct position with bottle 4A in the case of, be set to and protruding portion Position opposite 450c.Thus, when be equipped with cap 45A reconstitute be installed on correct position with bottle 4A when, protruding portion 450c Engage with recess portion 35.That is, be equipped with reconstituting for cap 45A fixes (locking) to apparatus main body 2A with bottle 4A.

In addition, same as test section 241 test section is arranged in recess portion 35, thus if it is detected that protruding portion 450c with it is recessed Portion 35 engages, then can detect to be equipped with cap 45A reconstitutes the fixed position that apparatus main body 2A is moved to bottle 4A.

User will be in the case where that will reconstitute mounting surface 211 for being installed on apparatus main body 2A with bottle 4A, and first, holding reconstitutes use The handle 44 of bottle 4A, make to reconstitute with bottle 4A by by inlet 43 towards apparatus main body 2A in a manner of from the front court of apparatus main body 2A It is moved between mounting portion 21 and limiting unit 24.When reconstitute slided in mounting surface 211 with bottle 4A when, the end of protruding portion 414 414a is chimeric with the front end 212a of guiding piece 212.In addition, at this point, contact plug 241a is contacted with the front end of guiding groove 450d. When reconstitute further slided in mounting surface 211 with bottle 4A when, protruding portion 414 is chimeric with guiding piece 212, reconstitutes and is being carried with bottle 4A Set length direction (direction of the long axis) sliding on face 211 along guiding piece 212.In addition, bottle 4A movements are used by reconstituting, by This, makes contact plug 241a relatively be slided along guiding groove 450d.

Also, it reconstitutes and contacts to stop with the base portion 414b of protruding portion 414 with the front end 212a of the guiding piece 212 of bottle 4A It only moves, reconstitutes and completed to the installation (setting) of apparatus main body 2A with bottle 4A.In addition, reconstituting the rib 415 and guiding piece with bottle 4A 212 contact, as a result, reconstitute use rear half stages of the bottle 4A to the apparatus main body 2A actions installed, not only to apparatus main body 2A's Rear is also gradually mobile upward.Thus, as shown in figure 13, the upper surface of cap 45A moves closer to the lower surface of limiting unit 24, When the installing is completed, the lower surface of a part with limiting unit 24 for the upper surface of cap 45A contacts.

In addition, when reconstituting with bottle 4A to when installation is complete for the fixed position of apparatus main body 2A, being set to the prominent of cap 45A Go out portion 450c with recess portion 35 to engage.As described above, protruding portion 450c has inclined surface 4500, therefore when user makes to reconstitute with bottle 4A When being slided in mounting surface 211, even if user does not press lower extension 450b, since the downside of limiting unit 24 is touched in inclined surface 4500 Corner and lower surface, so extension 450b can be pressed, later, extension 450b is returned in a manner of engaging with recess portion 35 State originally.

As described above, in milk powder preparing device 1A, in reconstituting with bottle 4 for the mounting portion 21 for being placed in apparatus main body 2A In, the milk powder PM placed in advance in inside is mixed with the liquid L modulation of milk generation boiled, to generate milk M.Institute as above It states, recess portion 242 is set around the heat supply mouth of a river 13, and be set to protruding portion 451a and the limitation of the hole portion 451 of cap 45A The lower surface contact (abutting) in portion 24, therefore even if liquid touches recess portion 242 if dispersing liquid to transverse direction from the heat supply mouth of a river 13, It is reconstituted in bottle 4A by injection via hole portion 451.In addition, liquid will not intrusion device main body 2A inside.

In addition, as described above, in the case of cooling milk M, the primary air AF1 generated when fan 32 is worked is directed to punching It calls in bottle 4A, thus in the air of the upside of cap 45A and reconstitutes with the friendship for carrying out air between the air of the inside of bottle 4A It changes.As described above, cap 45A has substantially a ring-shaped protruding portion 450f outstanding upward in the outer peripheral portion of main part 450, Therefore, the upper surface of main part 450 is contacted in the substantially whole of outer peripheral portion (part at edge) with the lower surface of limiting unit 24 (abutting).Thus, the leakage of air can be reduced to the greatest extent, therefore apparatus main body 2A can be improved and reconstituted with the leakproofness between bottle 4A (air-tightness).Thus, the exchange of air can be effectively performed.

Figure 16 is the schematic diagram of the summary for the milk powder preparing device 1A for indicating present embodiment.Schematic diagram base shown in Figure 16 With the configurations match of the component of milk powder preparing device 1A shown in FIG. 1 in sheet, the schematic diagram with Fig. 2 is symmetrical.In addition, The schematic diagram of Fig. 2 of action for illustrating milk powder preparing device 1A etc. becomes symmetrical with Fig. 1, even symmetrical , the action of each component is also identical, in addition, in embodiment 1 and embodiment 2, if mounting portion 21 and reconstituting with bottle 4 (4A) Position relationship it is correct and be arranged relative to the guiding piece 212 outstanding upward of mounting surface 211, then play with embodiment 1 and 2 corresponding invention effect of embodiment, therefore since the stereogram shown in FIG. 1 for indicating appearance and schematic diagram shown in Fig. 2 are left It is right symmetrical, so not interfering with the establishment of invention.

In the case where generating milk M, action of each component of milk powder preparing device 1A etc. shown in Figure 16 is such as implemented the 1st Illustrate in mode, therefore the repetitive description thereof will be omitted.But, as shown in figure 16, the downstream side outlet 34c settings of cooling end 30A In the back side of apparatus main body 2A.In addition, as described above, operation panel 6 is set to the top of apparatus main body 2A (limiting unit 24).

Figure 17 indicate shown in Figure 16 in the state of the composition reconstituted with bottle 4A and cooling end 30A, (a) of Figure 17 is three-dimensional Figure, (b) of Figure 17 be the line B-B of Figure 17 (a) to (c) regarding sectional view, Figure 17 be Figure 17 (a) line C-C to regarding Sectional view.

In addition, (a)~(c) about Figure 17, also symmetrical with (a)~(c) of Fig. 5.The reason is that being remembered based on Fig. 2 (a)~(c) of Fig. 5 is carried.As described above, not interfering with the establishment of invention corresponding with the 1st embodiment and the 2nd embodiment Property.

As shown in (a)~(c) of Figure 17, hole portion 33 is arranged in a manner of Chong Die with 3 hole portions 452b, 452c, 452d.Separately Outside, as described above, primary air AF1 is along the gyration airflow of the periphery inner wall 34f of air-supply flow path 34, from upstream side entrance 34b Downstream outlet 34c flows in the horizontal direction.That is, primary air AF1 along reconstitute with the upper surface of bottle 4A (strictly speaking for Reconstitute the inside at the edge of the opening portion 42 with bottle 4A) flowing.Thus, it is installed on bottle 4A being equipped with reconstituting for cap 45A In the state of mounting portion 21 (fixed position), 4 hole portions 452 are formed along the path of primary air AF1.In addition, each hole portion 452 exists It is the shape of strip on the path direction of primary air AF1.

But, in the present embodiment, in the lower surface of limiting unit 24 and main as shown in (b) and (c) of Figure 17 The corresponding positions hole portion 452a of the most upstream side of air-flow AF1 do not form hole portion 33.The reason is that being reconstituted by reducing to enter Wind pressure is improved with the entrance of the air of bottle 4A, and is made from outlet the entering more than air reconstituted with the bottle 4A air flowed out Mouthful, warm gas to be discharged as early as possible, to make cooling efficiency improve.Accordingly it is also possible to be not provided with hole portion 452a.In this embodiment party In formula, the aesthetics (beautiful appearance) of appearance is considered and by 4 hole portions 452 across hole portion 451, extension 450b and guiding groove 450d or so is formed in cap 45A, thus forms cap 45A by symmetrical shape.That is, cap 45A is with through via portion It is symmetrical centered on the straight line at the center at 451 center, the center of extension 450b and guiding groove 450d.

In addition, as shown in (c) of Figure 17, guide portion 34h is set to 24 (apparatus main body of limiting unit in air-supply flow path 34 Foremost side 2A).As described above, primary air AF1 directed section 34h are guided downwards, therefore in the flowing side of primary air AF1 The hole portion 452b configured on the upstream side than limiting unit 24 upwards with bottle 4A suckings mainly as being set to cap to reconstituting 45A, than the configuration of 24 downstream of limiting unit hole portion 452c and 452d mainly as being arranged with bottle 4A discharge from reconstituting In cap 45A.

When milk M is cooled, in the case where being reconstituted from apparatus main body 2A taking-ups with bottle 4A, user presses lower extension 450b To unlock.That is, releasing the fastening state of protruding portion 450c and recess portion 35.Then, user will reconstitute with bottle 4A to device master The front side of body 2A pulls out.At this point, user is only with the thumb for the hand that hold handle 44 by lower extension 450b, so that it may which pull-out reconstitutes use Bottle 4A, therefore can be with one hand with regard to simply being removed.

[summary]

The agitating device of the mode 1 of the present invention is the agitating device (device for the liquid that stirring is put into container (reconstituting with bottle 4) Main body 2A), it is to constitute as follows, has：Mounting portion 21 has the mounting surface 211 of mounting said vesse；And mixing part (rotary driving part 5) is used to stir the liquid in the said vesse for the fixed position for being configured at above-mentioned mounting surface, in above-mentioned appearance The bottom 41 of device is formed with the slot 411,413 of at least one party's opening, is formed with chimeric with above-mentioned slot and incites somebody to action in above-mentioned mounting surface Said vesse is directed to the guiding piece 212 of the convex form of the fixed position of above-mentioned mounting surface, relative to above-mentioned mounting surface in level Said vesse is removed or placed on direction.

According to above-mentioned composition, container is placed in the mounting surface of mounting portion, the liquid portion of being stirred in container is stirred as a result, It mixes.When container is placed in mounting surface, makes the slot for the bottom for being formed in container and be formed in the guiding piece of the convex form of mounting surface Chimeric, thus, it is possible to container is directed to the fixed position of mounting surface.At this point, taking out or putting in the horizontal direction relative to mounting surface Enter container.

In this way, container is made to move along guiding piece, thus it is readily susceptible to for container to be configured at the fixed position of mounting surface.Separately Outside, it realizes in order to which the fixed position that container is configured to mounting surface is not to form recess portion but be incited somebody to action by the guiding piece of convex form Container is directed to the composition of fixed position, therefore in the case that the liquid in container spills into mounting surface, the cleaning of mounting surface It is also easy, mounting surface is also health.In addition, being removed or placed into container in the horizontal direction relative to mounting surface, therefore In the case of moving the container in the state that liquid comes into container, with phase the case where container is configured at recess portion Than the up and down action of container can be reduced.As a result, can inhibit due to user accidentally and from container overflowing liquid can It can property.The agitating device of health can be also realized at that point.

The composition of the agitating device of the mode 2 of the present invention is, in aforesaid way 1, by the part for making above-mentioned bottom It is slided relative to above-mentioned mounting surface, said vesse can be made to be moved to above-mentioned fixed position.

By above-mentioned composition, the chimerism of the slot of the bottom of the guiding piece and container that can maintain convex form can be improved Possibility can make user swimmingly be moved to the action of the fixed position of mounting surface into enforcement container.

The composition of agitating device of the mode 3 of the present invention is, in aforesaid way 2, the mounting height of said vesse is, The height of above-mentioned fixed position is higher than the height at the sliding starting position relative to above-mentioned mounting surface.

The composition of agitating device of the mode 4 of the present invention is, in aforesaid way 2 or 3, above-mentioned mounting surface have height from Above-mentioned fixed position is gone to and the gradient that gets higher in sliding starting position.

The composition of the agitating device of the mode 5 of the present invention is, in aforesaid way 1 to 4, above-mentioned guiding piece has for inciting somebody to action Said vesse is directed to the long axis of above-mentioned fixed position.By above-mentioned composition, will can be used to that container to be made to move in mounting surface Moving direction be limited to the direction of above-mentioned long axis.

The composition of the agitating device of the mode 6 of the present invention is, in aforesaid way 1 to 5, in the end of above-mentioned guiding piece , the 1st end (front end 212a) for being first inserted into above-mentioned slot carry fillet.By above-mentioned composition, be easy to make the slot of container with 1st end of guiding piece is chimeric.

The composition of the agitating device of the mode 7 of the present invention is, in aforesaid way 6, has half when above-mentioned 1st end is overlooked Round.By above-mentioned composition, when keeping the slot of container chimeric with the 1st end of guiding piece, in the end for the slot for making container From the not parallel direction of the long axis relative to guiding piece, (such as relative to above-mentioned long axis be in 45 ° of direction) contacts with the 1st end In the case of, due to the semi-circular shape of the 1st end, container can also rotate naturally, can swimmingly repair the moving direction of container Just it is being the direction parallel with above-mentioned long axis.

The composition of the agitating device of the mode 8 of the present invention is, in aforesaid way 6 or 7, above-mentioned 1st end is located at above-mentioned The center of mounting surface.By above-mentioned composition, said vesse can be placed in above-mentioned mounting surface first, then towards above-mentioned guiding 1st end of part is moved, it can be made steadily to be moved to the fixed position of above-mentioned mounting surface.

The composition of agitating device of the mode 9 of the present invention is, in aforesaid way 8, the width of above-mentioned guiding piece relative to The ratio of the width of the bottom surface of said vesse is 50% less than 100%.Pass through above-mentioned composition, the width phase of guiding piece Big width, therefore the action that can be steadily moved into enforcement container along guiding piece are become for the width of container.

The composition of the agitating device of the mode 10 of the present invention is, in aforesaid way 1 to 9, being also equipped with has and above-mentioned load The counterpart (limiting unit 24) of the opposite opposite face in face is set, above-mentioned counterpart limitation makes the said vesse for being placed in above-mentioned mounting surface It is moved to the top of above-mentioned mounting surface.According to above-mentioned composition, user can be made reliably to carry out the horizontal direction from agitating device The action of container is removed or placed into relative to mounting surface.

The composition of agitating device of the mode 11 of the present invention is, in aforesaid way 10, according to make above-mentioned opposite face with it is upper It states the distance between upper end of container and sets above-mentioned mounting surface and above-mentioned opposite face as defined distance mode below The distance between.

The liquid that liquid is injected according to above-mentioned composition, the wind pushing mechanism of the liquid in cooling container or to container injects In the case that at least part in mechanism is built in counterpart, can shortlyer it set between opposite face and the upper end of container Distance can improve air supply efficiency, or the foreign matters such as dust can be reduced from the outside through crossing between said vesse and above-mentioned opposite face and It is mixed into the danger of said vesse.

The composition of the agitating device of the mode 12 of the present invention is in aforesaid way 1 to 11, to be also equipped with and be configured at above-mentioned appearance The stirring parts 4a of the bottom surface of the inside of device, above-mentioned mixing part and above-mentioned stirring parts magnetic coupling and so that above-mentioned stirring parts is rotated.Pass through Above-mentioned composition, can be with simple mechanism come the liquid in stirring container.

The composition of the agitating device of the mode 13 of the present invention is, in aforesaid way 12, at least one of above-mentioned mixing part Set up separately and is placed under above-mentioned guiding piece.By above-mentioned composition, stirring parts and the magnetic coupling of mixing part can be effectively performed.Separately Outside, the volume of the guiding piece of convex form can be efficiently used, therefore can compactly form agitating device.

The composition of the agitating device of the mode 14 of the present invention is in aforesaid way 1 to 13, to be also equipped with above-mentioned to being configured at The air supplying part (cooling end 30A) that the said vesse of fixed position is blown.By above-mentioned composition, can be cooled down by blowing Liquid in container.

The composition of the stirring system of the mode 15 of the present invention is to include the agitating device of above-mentioned composition；And container, Bottom is formed with the slot that, at least one party chimeric with above-mentioned guiding piece opens.According to above-mentioned composition, can realize even if holding Liquid in device is also easy to the stirring system of the health cleaned in the case of overflowing.

The composition of the stirring system of the mode 16 of the present invention is that have container (reconstituting with bottle 4) and stir to be put into container The agitating device (apparatus main body 2A) of liquid, above-mentioned stirring system have the upper surface open portion (opening portion of covering said vesse 42) lid (cap 45), above-mentioned lid have the hole for the inside that at least part of the air-flow of external container is sucked to said vesse Portion's (hole portion 452).

The composition of the stirring system of the mode 17 of the present invention is that in aforesaid way 16, above-mentioned hole portion flows through above-mentioned lid Upside air-flow and the air of the inside of said vesse between carry out air and exchange.

The composition of the stirring system of the mode 18 of the present invention is that in aforesaid way 17, said flow is along above-mentioned lid Upper surface is flowed, and above-mentioned hole portion is configured on the path that said flow is flowed through.

The composition of the stirring system of the mode 19 of the present invention is that in aforesaid way 18, said flow is with along above-mentioned appearance The mode of the inside at the edge in the upper surface open portion of device flows.

The composition of stirring system of the mode 20 of the present invention is, in aforesaid way 16 to 19, above-mentioned hole portion be with along Multiple holes that the mode in the path of said flow is arranged.

The composition of the stirring system of the mode 21 of the present invention is that in aforesaid way 20, above-mentioned hole portion is with along above-mentioned Multiple holes that the mode of the inside at the edge in the upper surface open portion of container is arranged.

The composition of the stirring system of the mode 22 of the present invention is, in aforesaid way 16 to 21, phase is distinguished in above-mentioned multiple holes Path direction for said flow is the shape of strip.

The composition of stirring system of the mode 23 of the present invention is, in aforesaid way 22, above-mentioned multiple holes respectively along It is strip on the direction of the inner edge of said vesse upper surface.

The composition of the stirring system of the mode 24 of the present invention is, in aforesaid way 16 to 23, in the upside of said vesse Outside has the ventilation path for making said flow flow through.

The composition of the stirring system of the mode 25 of the present invention is that in aforesaid way 24, have on the upside of above-mentioned lid There is the wind path structure portion of lower surface that is opposite with the upper surface of above-mentioned lid and contacting, above-mentioned wind path structure portion is in above-mentioned lower surface There is a part hole portion (hole portion 33), above-mentioned ventilation path to be made of the hole portion in above-mentioned wind path structure portion and above-mentioned lid.

The composition of the stirring system of the mode 26 of the present invention is, above-mentioned to cover in the portion at edge in aforesaid way 16 to 25 Divide and has towards upside substantially a ring-shaped protrusion outstanding.

The composition of the agitating device of the mode 27 of the present invention be that stirring is put into the liquid of container (reconstituting with bottle 4) and stirs Device (apparatus main body 2A) is mixed, in above-mentioned agitating device (apparatus main body 2A), is had to holding in the upper side external of said vesse Device injects the liquid injecting mechanism (supply piping 10, the heat supply mouth of a river 13, nozzle 14) of liquid, has the upper table of covering said vesse The lid (cap 45) of face opening portion, above-mentioned lid has injects hole portion (hole portion for injecting the liquid of liquid to container from upside 451)。

The composition of the agitating device of the mode 28 of the present invention is that in aforesaid way 27, aforesaid liquid injecting mechanism has The nozzle of liquid, the downward pleurapophysis of peripheral portion of the front end (the heat supply mouth of a river 13) of said nozzle relative to the nozzle are injected to container Go out.

The composition of the agitating device of the mode 29 of the present invention is, in aforesaid way 28, under aforesaid liquid injecting mechanism Surface is the shape (recess portion 35) that the peripheral portion of said nozzle is recessed relative to other parts to upside.

The composition of the agitating device of the mode 30 of the present invention is, in aforesaid way 28 or 29, the front end ratio of said nozzle The upper surface of above-mentioned lid is high.

The composition of the agitating device of the mode 31 of the present invention is, in aforesaid way 27 to 30, above-mentioned lid has to surround The cricoid protrusion that the mode of aforesaid liquid injection hole portion configures.

The composition of the agitating device of the mode 32 of the present invention be that stirring is put into the liquid of container (reconstituting with bottle 4) and stirs Device (apparatus main body 2A) is mixed, above-mentioned agitating device (apparatus main body 2A) has：It covers (cap 45), covers the upper of said vesse Surface open portion (opening portion 42)；And lid test section (test section 241), the presence or absence of lid is detected from the upside of above-mentioned lid, Said vesse is placed in the state of the fixed position of agitating device, the presence or absence of above-mentioned lid test section detection lid, to judge to carry Whether suitable set state.

The composition of the agitating device of the mode 33 of the present invention is that in aforesaid way 32, above-mentioned lid test section is that have court To the contact measurement portion of the downward side of above-mentioned lid contact site (contact plug 241a) outstanding.

The composition of agitating device of the mode 34 of the present invention is, in aforesaid way 33, it is above-mentioned cover upper surface have to The groove portion that one direction extends, when said vesse is positioned over fixed position along horizontal direction, above-mentioned lid passes through above-mentioned slot Portion is directed into above-mentioned lid test section.

The composition of the agitating device of the mode 35 of the present invention is, in aforesaid way 34, above-mentioned groove portion has towards above-mentioned The gradient (gradient) that the test position of lid test section rises.

The composition of the agitating device of the mode 36 of the present invention is, in aforesaid way 34 or 35, the above-mentioned inspection of above-mentioned groove portion Location is set to as flat surface or recess portion.

The composition of the agitating device of the mode 37 of the present invention be that stirring is put into the liquid of container (reconstituting with bottle 4) and stirs Device (apparatus main body 2A) is mixed, the upper surface open portion that above-mentioned agitating device (apparatus main body 2A) has covering said vesse (opens Put portion 42) lid (cap 45), have engaged part (block piece or recess portion 35) on the upside of above-mentioned lid, above-mentioned lid has upwards Side holding section (protruding portion 450c) outstanding, by the way that said vesse is positioned over fixed position along horizontal direction, to upper It states container to be placed in the state of fixed position, becomes the fastening state that above-mentioned holding section engages with above-mentioned engaged part.

The composition of agitating device of the mode 38 of the present invention is, in aforesaid way 37, by by a part for above-mentioned lid It presses downwards, releases above-mentioned fastening state as a result,.

The composition of agitating device of the mode 39 of the present invention is, in aforesaid way 38, it is above-mentioned cover with by said vesse The position of the side opposite into line direction front end when being positioned over fixed position along horizontal direction has towards outside horizontal direction The extension that side extends, above-mentioned extension have from the upwardly projecting above-mentioned holding section of above-mentioned extension, to above-mentioned extension It presses downwards, releases above-mentioned fastening state as a result,.

The composition of the agitating device of the mode 40 of the present invention be that stirring is put into the liquid of container (reconstituting with bottle 4) and stirs Device (apparatus main body 2A) is mixed, the upper surface open portion that above-mentioned agitating device (apparatus main body 2A) has covering said vesse (opens Put portion 42) lid (cap 45), the lower surface of above-mentioned lid is provided with the wall portion (wall portion in embedded above-mentioned upper surface open portion The outwardly projecting protruding portion of wall surface (protrusion (raised line) 450i) 450g) and from above-mentioned wall portion, one at edge of said vesse Divide and have notch section (notch 42a or inlet 43), above-mentioned cap is embedded in above-mentioned notch section by above-mentioned protruding portion, on making State the upper surface open portion of the above-mentioned wall portion insertion said vesse of cap.

The composition of the agitating device of the mode 41 of the present invention is that in aforesaid way 40, said vesse has will be in container The liquid in portion is to the inlet (inlet 43) of outside discharge, and gap portions are in the part of above-mentioned inlet.

The composition of the agitating device of the mode 42 of the present invention is that in aforesaid way 40 or 41, above-mentioned protruding portion is included in Multiple protrusions (2 protrusion 450i) that the vertical side of wall surface relative to above-mentioned wall portion upwardly extends.

The present invention is not limited to the respective embodiments described above, can be made various changes in the range described in claims, will be The embodiment that disclosed technological means obtains after being appropriately combined respectively in different embodiments is also contained in the present invention's In technical scope.It can also by disclosed technological means combination is special to form new technology respectively in various embodiments Sign.

Reference sign

1A：Milk powder preparing device (stirring system)

2：Apparatus main body (agitating device)

4,4A：It reconstitutes and uses bottle (container)

4a：Stirring parts

5：Rotary driving part (mixing part)

13：The heat supply mouth of a river

21：Mounting portion

22：Wall portion

23：Platform portion

24：Limiting unit (counterpart)

30A：Cooling end (air supplying part)

33：Hole portion

34：Air-supply flow path

34a：Opening

35：Recess portion (engaged part)

41：Bottom

42：Opening portion

42a：Notch

45,45A：Cap (upper end)

211：Mounting surface

212：Guiding piece

212a：Front end (the 1st end)

241：Test section

241a：Contact plug

242：Recess portion

411,413：Slot

412,414：Protruding portion

412a：End

414a：Front end

414b：Base portion

415：Rib

450：Main part

451,452(452a,452b,452c,452d)：Hole portion

450b：Extension

450c：Protruding portion (holding section)

450d：Guiding groove

450i：Protrusion (raised line).

Claims

1. a kind of agitating device, stirring is put into the liquid of container, which is characterized in that has：

Mounting portion has the mounting surface of mounting said vesse；And

Mixing part is used to stir the liquid in the said vesse for the fixed position for being configured at above-mentioned mounting surface,

It is formed with the slot of at least one party's opening in the bottom of said vesse,

It is formed with the convex of fixed position chimeric with above-mentioned slot and that said vesse is directed to above-mentioned mounting surface in above-mentioned mounting surface The guiding piece of shape,

It is removed or placed into said vesse in the horizontal direction relative to above-mentioned mounting surface.

2. agitating device according to claim 1, which is characterized in that

By making a part for above-mentioned bottom be slided relative to above-mentioned mounting surface, said vesse can be made to be moved to above-mentioned fixed bit It sets.

3. agitating device according to claim 2, which is characterized in that

The mounting height of said vesse is to be higher than in the height of above-mentioned fixed position and start relative to the sliding of above-mentioned mounting surface Height at position.

4. agitating device according to claim 2 or 3, which is characterized in that

Above-mentioned mounting surface has the gradient highly gone to above-mentioned fixed position from sliding starting position and got higher.

5. according to the agitating device described in any one in Claims 1-4, which is characterized in that

Above-mentioned guiding piece has the long axis for said vesse to be directed to above-mentioned fixed position.

6. according to the agitating device described in any one in claim 1 to 5, which is characterized in that

The 1st end for being first inserted into above-mentioned slot in the end of above-mentioned guiding piece carries fillet.

7. agitating device according to claim 6, which is characterized in that

There is semi-circular shape when above-mentioned 1st end is overlooked.

8. the agitating device described according to claim 6 or 7, which is characterized in that

Above-mentioned 1st end is located at the center of above-mentioned mounting surface.

9. agitating device according to claim 8, which is characterized in that

The width of above-mentioned guiding piece is 50% less than 100% relative to the ratio of the width of the bottom surface of said vesse.

10. according to the agitating device described in any one in claim 1 to 9, which is characterized in that

It is also equipped with the counterpart with the opposite face opposite with above-mentioned mounting surface,

The said vesse that above-mentioned counterpart limitation is placed in above-mentioned mounting surface is moved to the top of above-mentioned mounting surface.

11. agitating device according to claim 10, which is characterized in that

It is set as defined distance mode below according to the distance between upper end of above-mentioned opposite face and said vesse is made Fixed the distance between above-mentioned mounting surface and above-mentioned opposite face.

12. according to the agitating device described in any one in claim 1 to 11, which is characterized in that

The stirring parts of the bottom surface for the inside for being configured at said vesse are also equipped with,

Above-mentioned mixing part is magnetically coupled with above-mentioned stirring parts and above-mentioned stirring parts is made to rotate.

13. agitating device according to claim 11, which is characterized in that

At least part of above-mentioned mixing part is set under above-mentioned guiding piece.

14. according to the agitating device described in any one in claim 1 to 13, which is characterized in that

It is also equipped with the air supplying part blown to the said vesse for being configured at above-mentioned fixed position.

15. a kind of stirring system, which is characterized in that including：

The agitating device described in any one in claim 1 to 14；And

Container is formed with the slot that at least one party chimeric with above-mentioned guiding piece opens in bottom.