CN204764984U - Steam food preparation machine - Google Patents

Steam food preparation machine Download PDF

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Publication number
CN204764984U
CN204764984U CN201520198322.1U CN201520198322U CN204764984U CN 204764984 U CN204764984 U CN 204764984U CN 201520198322 U CN201520198322 U CN 201520198322U CN 204764984 U CN204764984 U CN 204764984U
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Prior art keywords
cup
steam
interior
interior cup
processing machine
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CN201520198322.1U
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Chinese (zh)
Inventor
王旭宁
刘孝碧
王胜华
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Joyoung Co Ltd
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Joyoung Co Ltd
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Abstract

The utility model discloses a steam food preparation machine, including frame, motor, output shaft, outer cup, crushing sword, steam generator, the motor setting is in the frame, and the motor drive output shaft is rotatory, and outer cup further includes outer cup and upper cover, and outer cup is closed by the upper cover, has seted up the overboard steam drain passageway outward on the cup, and outer cup sets up on the frame, be provided with interior cup in the outer cup, smash the sword set up including in the cup, output shaft and crushing liftoff connection of sword detachable, thereby set up the interval between outer cup and the interior cup and form the intermediate layer region that holds water, steam raising in the intermediate layer region, the steam through -hole has been seted up to interior cup, cup in steam is got into by the steam through -hole. The utility model discloses get rid of independent steam generator, but the form of inside and outside glass two containers of adoption, the intermediate layer region steam raising that forms between the inside and outside cup shortens the regional and regional distance of food preparation of steam generation, the elevating mast utilization ratio.

Description

A kind of steam foods processing machine
Technical field
The utility model relates to food processor field, particularly a kind of food processor adopting steam cooking.
Background technology
The multifunctional cooking food utensil that food processor is a kind of integrated heating and stirs as one, and adopt the food processor of steam cooking, i.e. diatery supplement machine, be used for making the liquid of baby food and the elderly or semi-fluid food.The steam of the diatery supplement machine heating of prior art mostly derives from a steam generator, the steam that described steam generator produces enters in food preservation container by a steam inlet, although the temperature of steam is higher, but in the process arriving food, steam is decayed all to some extent through one or more steam channel temperature, so will inevitably reduce the overall efficiency of heating surface.
Summary of the invention
The object that the utility model will reach just is to provide a kind of steam foods processing machine, and the efficiency of heating surface is higher, and food is cooked sooner, is more conducive to digest and assimilate.
In order to achieve the above object, the utility model adopts following technical scheme: a kind of steam foods processing machine, comprise support, motor, output shaft, outer cup, crushing knife, steam raising plant, motor is arranged in support, motor driver output axle rotates, outer cup comprises outer cup and upper cover further, outer cup is closed by upper cover, outer cup offers steam evacuation channels, outer cup is arranged on support, it is characterized in that: in described outer cup, be provided with interior cup, described crushing knife is arranged in interior cup, described output shaft is connected separably with crushing knife, between described outer cup and interior cup, interval is set thus forms the sandwiched area holding water, steam is produced in sandwiched area, described interior cup offers steam passage holes, steam enters interior cup by steam passage holes.
Further, be tightly connected between described outer cup and interior cup, sandwiched area is sealing state or near-hermetic state.
Further, be tightly connected between described upper cover and outer cup, outer cup is sealing state or near-hermetic state.
Further, be connected separably between described outer cup with interior cup, described interior cup sidewall is provided with flange, and described outer cup is provided with step, and flange is set up on step, and the side-wall outer side of described interior cup is arranged with sealing ring; Or be connected separably between described outer cup with interior cup, described interior cup sidewall is provided with flange, and described outer cup is provided with step, and flange is set up on step, and described step is provided with mounting groove, is provided with sealing ring in mounting groove.
Further, be connected separably between described outer cup with interior cup, described outer cup is provided with step, is placed on step at the bottom of the cup of described interior cup, is arranged with sealing ring outside at the bottom of the cup of described interior cup; Or be connected separably between described outer cup with interior cup, described outer cup is provided with step, and be placed on step at the bottom of the cup of described interior cup, described step is provided with mounting groove, is provided with sealing ring in mounting groove.
Further, described steam raising plant is the heater be arranged in support, and heater heats outer cup, or described steam raising plant is the heater be arranged in sandwiched area.
Further, described support is provided with temperature sensor, and described temperature sensor stretches into the temperature of detection sandwiched area, sandwiched area, and described steam evacuation channels is provided with relief valve.
Further, described crushing knife comprises knife rest and blade, and the steam passage holes of described interior cup is provided with axle sleeve, and described knife rest is sleeved on axle sleeve, and described output shaft is connected with knife rest, arranges gap and form steam channel between described knife rest and described axle sleeve.
Further, described knife rest sidewall offers steam hole.
Further, described blade is arranged at the lower end of knife rest, and described steam hole is opened in the part near blade.
Near-hermetic in the utility model refers to that described sandwiched area or described outer cup can be also following listed non-air-tight state: on sandwiched area or outer cup, such as arrange the passage be communicated with it; the hole that setting is communicated with ambient atmosphere on described passage, seam; as long as in manufacturing process; described structure can make it not airtight; material restriction within it can be made again; this set is near-hermetic intension category described in the utility model, all within protection domain of the present utility model.
After adopting technique scheme, the utility model tool has the following advantages: the utility model eliminates original independent steam generator, but adopt the form of interior outer cup two containers, the raw material producing steam is held in the sandwiched area formed between interior outer cup, such as water or soup-stock, directly pass into interior cup by sandwiched area generation steam to cook food, shorten the distance in steam generation region and making food region first, thus reduce the heat exhaustion of steam in course of conveying;
Second sandwiched area itself is between interior outer cup, it produces heat in steam course can inside outer cup radiation, this part heat of inside cup radiation understands heat food equally, thus lifting heat utilization efficiency, and existing steam generator is all positioned at support, in generation steam course, heat also can to external radiation, but these heat overwhelming majority can be radiated in environment, do not help completely for slaking food;
The heat of three sandwiched area inside outer cup radiation can make interior outer cup temperature raise, so the temperature difference of steam and interior outer cup reduces, and steam absorbed heat in flow process is less, and the temperature entered after interior cup is higher, generation condensed water is less, make food more ripe faster, mouthfeel is better;
Four fundamental rules remove independent steam generator, reduce cost, and the convenient cleaning of steam generator compared by interior outer container.
Be tightly connected between described outer cup and interior cup, sandwiched area is in sealing or near-hermetic.Adopt after being tightly connected between outer cup and interior cup, sandwiched area can be the state of sealing or near-hermetic, pressure makes the elevation of boiling point in sandwiched area, thus improves the temperature producing steam, and steam gives the more heat of food and makes food more ripe faster after entering interior cup.
Be tightly connected between described upper cover and outer cup, outer cup is in sealing or near-hermetic.Adopt after being tightly connected between upper cover and outer cup, outer cup entirety is in sealing or near-hermetic state, and produce pressure environment in cup, food more easily boils.
Be connected separably between described outer cup with interior cup, described interior cup sidewall is provided with flange, and described outer cup is provided with step, and flange is set up on step; The side-wall outer side of described interior cup is arranged with sealing ring, or described step is provided with mounting groove, is provided with sealing ring in mounting groove; Be connected separably between described outer cup with interior cup, described outer cup is provided with step, is placed on step at the bottom of the cup of described interior cup; Be arranged with sealing ring outside at the bottom of the cup of described interior cup, or described step is provided with mounting groove, is provided with sealing ring in mounting groove.The separable dismounting of interior outer cup, facilitates user to clean.
Described support is provided with temperature sensor, and described temperature sensor stretches into the temperature of detection sandwiched area, sandwiched area, and described steam evacuation channels is provided with relief valve.Temperature sensor can detect the temperature of sandwiched area, thus more effectively can control heating, make food processing function carry out being incubated, sterilize, stew other functions such as boiling, relief valve is set and can stablizes pressure in cup, prevent the excessive generation potential safety hazard of pressure in cup, destroy food nutrition.
Described crushing knife comprises knife rest and blade, and described interior cup is provided with axle sleeve, and described knife rest is sleeved on axle sleeve, and described output shaft is connected with knife rest, arranges gap and form described steam channel between described knife rest and described axle sleeve.Directly form steam passage structure between knife rest and axle sleeve simple, and the thermal efficiency is high, produces condensed water few, and steam channel is from the bottom to top, a condensed water part for generation can flow back into mezzanine space along vias inner walls, interior cup can not be flowed into inner, affect the quality of food.
Described knife rest sidewall offers steam hole; Described blade is arranged at the lower end of knife rest, and described steam hole is opened in the part near blade.Knife rest sidewall is offered steam hole acceleration steam and is entered interior cup, is opened in and makes the faster contacting foodstuff of steam near the position of blade, promote food ripening speed.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of the embodiment of the present invention one;
Fig. 2 is the structural representation of the embodiment of the present invention two;
Fig. 3 is the structural representation of crushing knife part of the present invention;
Fig. 4 is the structural representation of the embodiment of the present invention three;
Fig. 5 is the structural representation of the embodiment of the present invention four.
Detailed description of the invention
Embodiment one:
Be embodiment one of the present utility model described in reference Fig. 1, a kind of steam foods processing machine comprises support 1, motor 2, output shaft 3, outer cup 4, crushing knife 5, steam raising plant 6, motor 2 is arranged in support 1, motor 2 is rotated by belt pulley driver output axle 3, outer cup 4 is arranged on support 1, be provided with interior cup 7 in outer cup 4, crushing knife 5 is arranged in interior cup 7, and output shaft 3 is connected separably with crushing knife 5.
Shown in Fig. 1, described outer cup 4 is directly fixed on support 1, non-dismountable between outer cup 4 and support 1, the outside of outer cup 4 is also provided with shell 43, outer cup 4 comprises outer cup 41 and upper cover 42 further, outer cup 41 is closed by upper cover 42, upper cover 42 also offers steam evacuation channels 423, the rim of a cup place of described interior cup 7 is provided with flange 71, the rim of a cup place of outer cup 4 is provided with for the step 44 of flange 71 by establishing, interior cup 7 by flange 71 by be located on step 44 with outer cup 4 location and installation, the sidewall bottom of interior cup 7 also offers steam passage holes 75, outer cup 4 and interior cup 7 have interval after installing thus form the sandwiched area 8 holding water, steam raising plant 6 is heater, the water held in steam raising plant 6 pairs of sandwiched area 8 heats thus produces steam, steam enters interior cup 7 heat food by steam passage holes 75, the beneath side of cup that steam raising plant 6 is positioned at outer cup 4 is arranged on support 1, steam raising plant 6 imports heat into sandwiched area 8 by heating outer cup 4.
In this example, arrange shell 43 can internally outer cup 4 be incubated, the further lifting efficiency of heating surface, and shell 43 also can carry out heat insulation, user direct contact outer cup 4 surface is avoided to scald one's hand, sandwiched area 8 is not limited in and holds water, such as soup-stock, spices etc. can add in sandwiched area 8, in order to promote the local flavor producing steam, make the food of making more delicious, preferably, the volume of sandwiched area 8 is 1:16 to 1:2 with the ratio of the volume of outer cup 4, this is mainly for meeting the demand for heat made at least one times, if the too little meeting of the volume of sandwiched area 8 causes the inside amount of being filled with water very few, the heating needs of producing once cannot be met, cause needing again to add water in manufacturing process, user uses more loaded down with trivial details, the volume of sandwiched area 8 is too large then heats the energy and time increase that consume, the efficiency of heating surface can be caused to reduce, affect the thermal efficiency of machine, what steam raising plant 6 adopted is heating tube, the mode of heating such as thick-film heating of certain other types, Electromagnetic Heating can adopt, here adopt heating tube main because easy for installation and cost is lower, offer steam passage holes 75 steam can be made to flow between interior outer cup add food to cook, certain steam passage holes 75 is not limited in the sidewall bottom being arranged on interior cup 7, steam passage holes 75 all can be offered in other parts and the bottom of the sidewall of interior cup 7, preferably offer multiple steam passage holes 75 to produce the effect of vapor recycle, the mode of offering of steam passage holes 75 is such as uniform to be offered, offer rear formation steam circulation also or other offer mode, all that those skilled in the art obviously can expect, all in protection scope of the present invention.
Understandable, outer cup 4 described in this example can be also removable connection with support 1.
Understandable, described steam raising plant 6 also can be arranged in sandwiched area 8, directly heats the water in sandwiched area 8, and such thermal efficiency can be higher.
Understandable, can also set temperature sensor in described sandwiched area 8, temperature sensor can detect the temperature of sandwiched area 8, thus more effectively can control heating, makes steam foods process function and carries out being incubated, sterilizes, stewes other functions such as boiling.
Understandable, described steam evacuation channels 423 also can be opened on cup 41.
Understandable, described steam raising plant 6 is not limited only to adopt heating devices heat water there is steam, also steam boiler directly can be set in sandwiched area 8 to produce steam, or adopt other devices that can produce steam to produce steam in sandwiched area 8.
Original independent steam generator is eliminated after adopting the scheme of this enforcement power, but adopt the form of interior outer cup two containers, the raw material producing steam is held in the sandwiched area 8 formed between interior outer cup, such as water or soup-stock, directly pass into interior cup 7 pairs of foods cook by producing steam in sandwiched area 8, shorten the distance in steam generation region and making food region first, thus reduce the heat exhaustion of steam in course of conveying;
Second sandwiched area 8 itself is between interior outer cup, it produces heat in steam course can inside outer cup radiation, this part heat of inside cup 7 radiation understands heat food equally, thus lifting heat utilization efficiency, and existing steam generator is generally all positioned at support, heat also can to external radiation in a process in which steam is generated, but these heat overwhelming majority can be radiated in environment, for slaking food without any help;
The heat of three inside outer cup radiation in sandwiched area 8 can make the temperature of interior outer cup raise, so the temperature difference of steam and interior outer cup reduces, steam absorbed heat in flow process is less, the temperature entered after interior cup 7 is higher, the condensed water produced is less, make food more ripe faster, mouthfeel is better;
Four fundamental rules remove independent steam generator, reduce cost, and the convenient cleaning of steam generator is compared in the design of interior outer container.
Embodiment two:
It is the second embodiment of the present utility model as described in Fig. 2 to 3, and the difference of embodiment one is: be tightly connected between described interior cup 7 and outer cup 4, the side-wall outer side of described interior cup 7 is arranged with sealing ring 72, here sealing ring 72 comprises vertical portion 721 and transverse part 722, fit with the side-wall outer side of interior cup 7 in vertical portion 721, make sealing ring 72 can banding on interior cup 7, transverse part 722 and flange 71 are fitted, transverse part 722 is also provided with multiple lip, and lip fits on step 44 and makes to be formed between interior cup 7 and outer cup 4 to be tightly connected.
In this example, adopt between outer cup 4 and interior cup 7 and be tightly connected, sandwiched area 8 can in the state of sealing, the pressure that sealing produces makes the elevation of boiling point in sandwiched area 8, thus improve the temperature producing steam, the pressure that preferred sealing produces is minute-pressure, namely the pressure between 1 standard atmospheric pressure and 2 standard atmospheric pressures, such pressure had both improved the temperature increase efficiency of steam to a certain extent, be unlikely to again to produce too high HTHP and destroy food nutrition, steam gives the more heat of food and makes food more ripe faster after entering interior cup 7.
Understandable, the step 44 of described outer cup 4 also can offer mounting groove, and sealing ring 72 is not the side-wall outer side being sleeved on interior cup 7, but is fastened in the mounting groove of step 44.
Further, in this example, also adopt between outer cup 41 and upper cover 42 and be tightly connected, upper cover 42 is connected with outer cup 41 by the mode of spinner, the cover rim of upper cover 42 is provided with spinner projection 422, outer cup 41 is provided with spinner groove 411, upper cover 42 buckles into spinner groove 411 by spinner projection 422 thus covers outside on cup 41, the cover rim of upper cover 42 is also provided with groove, sealing ring 421 is set with in groove, the flange 71 that sealing ring 421 is fitted in interior cup 7 makes to be tightly connected between outer cup 41 and upper cover 42, upper cover 42 also offers steam evacuation channels 423, steam evacuation channels 423 is provided with relief valve 424, what relief valve 424 adopted here is globe valve, adopt after being tightly connected between cup 41 and upper cover 42, also sealing is formed in the cup space of interior cup 7, make food more easily well-done, well-done, relief valve 424 can steady pressure, prevent the excessive generation potential safety hazard of pressure and destroy food nutrition.
Further, in this example, interior cup 7 is provided with the handle 73 stretching out outer cup 4, handle 73 is the outside extensions 711 of a part of flange 71, shell 712 is set with outside extension 711, here arrange after handle 73 can facilitate user to complete and take out interior cup 7, the material that shell 712 preferably adopts heat conduction poor, avoid user to scald one's hand.
Shown in Fig. 3, described crushing knife 5 comprises knife rest 51 and blade 52, knife rest 51 comprises in column the mandrel 511 be connected with output shaft 3, the sidewall 512 of blade 52 is installed and is arranged on the locating shaft 513 at knife rest 51 top, mandrel 511 is one-body molded and be provided with gap with sidewall 512, blade 52 is located at the lower end of sidewall 512, sidewall 512 offers steam hole 514 near the part of blade 52, knife rest 51 top offers location axial trough, locating shaft 513 is arranged in the axial trough of location, described steam passage holes 75 is opened in the bottom centre of interior cup 7, steam passage holes 75 is provided with axle sleeve 74, the bottom of axle sleeve 74 is with the equal opening in top thus be communicated with outer cup 4 and interior cup 7, described knife rest 51 is sleeved on axle sleeve 74 by mandrel 511 and the gap of sidewall 512, mandrel 511 stretches into the inside of axle sleeve 74, sidewall 512 is positioned at the outside of axle sleeve 74, first gap 741 is set between mandrel 511 and axle sleeve 74, second gap 742 is set between sidewall 512 and axle sleeve 74, be communicated with between first gap 741 with the second gap 742 thus form steam channel, outer cup 41 bottom centre is provided with axle bed 412, bearing is provided with in axle bed 412, output shaft 3 is stretched out by axle bed 412 and stretches in axle sleeve 74, the bottom of mandrel 511 offers mandrel groove 515, output shaft 3 inserts in mandrel groove 515 and is connected with mandrel 511 thus drives crushing knife 5 to rotate.
In this example, directly steam channel is formed between knife rest 51 and axle sleeve 74, without the need to offering other steam passage holes on interior cup 7, structure is simple, and the thermal efficiency is high, generation condensed water is few, and, steam channel is from the bottom to top, the condensed water part produced can flow back into sandwiched area 8 along the inwall of steam channel, reduce the condensed water of cup 7 inside in flowing into, prevent condensed water from affecting the quality of food, sidewall 512 is offered steam hole 514 and can be accelerated steam and enter interior cup 7, promote food ripening speed, first gap 741 is communicated with in this example with the second gap 742 always, as long as certainly allow knife rest 51 have certain gap that moves up and down, when sandwiched area 8 does not produce steam, knife rest 51 makes the first gap 741 no longer be communicated with the second gap 742 because Action of Gravity Field moves down, just in sealing state in sandwiched area 8, after sandwiched area 8 produces steam, pressure due to steam just can make knife rest 51 moves, make to be communicated with between the first gap 741 with the second gap 742, cup 7 in steam flows into, certainly the mode of inside, sandwiched area 8 in sealing state is made to be not limited only to this.
Understandable, in this example, described axle sleeve 74 and interior cup 7 are integrally formed, and certain axle sleeve 74 also can separate with interior cup 7 and formed, and then fits together.
Understandable, steam hole also can be offered in other positions of described sidewall 512.
Embodiment three:
Be embodiment three of the present utility model described in reference Fig. 4, be with the difference of above-described embodiment: be connected separably between described outer cup 4 with interior cup 7, described outer cup 41 is provided with step 44, here step 44 is positioned at the latter half of outer cup 41, and have a segment distance with the bottom of outer cup 41, be placed at the bottom of the cup of described interior cup 7 on step 44, sealing ring 72 is arranged with outside at the bottom of the cup of described interior cup 7, sealing ring 72 is set in interior cup 7 sidewall and the corner at the bottom of cup, sealing ring 72 comprises the sealing bottom surface part 721 of fitting with step 44 and the side sealing portions 722 of fitting with outer cup 41 inwall, outer cup 4 and interior cup 7 have interval after installing thus form the sandwiched area 8 holding water.
In this example, sealed by the sealing ring 72 at the bottom of the cup that is arranged on interior cup 7, thus by the below of the spatial concentration of sandwiched area 8 to interior cup 7, so sandwiched area 8 is more concentrated, and the efficiency of heating surface is higher.
Further, in this example, also adopt between outer cup 41 and upper cover 42 and be tightly connected, the sidewall of outer cup 41 offers groove, sealing ring 421 is set with in groove, adopt after being tightly connected between cup 41 and upper cover 42, also become sealing state in the cup space of interior cup 7, make food more easily well-done, well-done.
Understandable, the step 44 of described outer cup 4 also can offer mounting groove, sealing ring 72 be not at the bottom of the cup being set in interior cup 7 outside, but to be fastened in the mounting groove of step 44.
Embodiment four:
Be embodiment four of the present utility model described in reference Fig. 5, and the difference of embodiment two is: between described cup 41 and upper cover 42, do not adopt between outer cup 4 and interior cup 7 and be tightly connected, sandwiched area 8 is in near-hermetic state, outer cup 4 is in near-hermetic state, near-hermetic refers to that described sandwiched area 8 or described outer cup 4 can be also following listed non-air-tight state: on sandwiched area 8 or outer cup 4, such as arrange the passage be communicated with it, described passage arranges the hole be communicated with ambient atmosphere, seam, as long as in manufacturing process, described structure can make it blow-by, material restriction within it can be made again, this set is near-hermetic intension category described in the utility model, all within protection domain of the present utility model, and be exactly remove the relief valve 424 on steam evacuation channels 423 in this example, the upper cover 42 of outer cup 4 is just formed a steam evacuation channels 423 opened wide be in communication with the outside, the steam channel that sandwiched area 8 is formed by the first gap 741 and the second gap 742 is again communicated with interior cup 7, so substantially would not produce pressure or only can produce small pressure in sandwiched area 8 and outer cup 4, and in near-hermetic state.
Except above preferred embodiment, the utility model also has other embodiment, those skilled in the art can make various change and distortion according to the utility model, only otherwise depart from spirit of the present utility model, all should belong to the scope that the utility model claims define.

Claims (10)

1. a steam foods processing machine, comprise support, motor, output shaft, outer cup, crushing knife, steam raising plant, motor is arranged in support, motor driver output axle rotates, outer cup comprises outer cup and upper cover further, outer cup is closed by upper cover, outer cup offers steam evacuation channels, outer cup is arranged on support, it is characterized in that: in described outer cup, be provided with interior cup, described crushing knife is arranged in interior cup, described output shaft is connected separably with crushing knife, between described outer cup and interior cup, interval is set thus forms the sandwiched area holding water, steam is produced in sandwiched area, described interior cup offers steam passage holes, steam enters interior cup by steam passage holes.
2. steam foods processing machine as claimed in claim 1, it is characterized in that: be tightly connected between described outer cup and interior cup, sandwiched area is sealing state or near-hermetic state.
3. steam foods processing machine as claimed in claim 1, it is characterized in that: be tightly connected between described upper cover and outer cup, outer cup is sealing state or near-hermetic state.
4. steam foods processing machine as claimed in claim 2, it is characterized in that: be connected separably between described outer cup with interior cup, described interior cup sidewall is provided with flange, and described outer cup is provided with step, flange is set up on step, and the side-wall outer side of described interior cup is arranged with sealing ring; Or be connected separably between described outer cup with interior cup, described interior cup sidewall is provided with flange, and described outer cup is provided with step, and flange is set up on step, and described step is provided with mounting groove, is provided with sealing ring in mounting groove.
5. steam foods processing machine as claimed in claim 2, it is characterized in that: be connected separably between described outer cup with interior cup, described outer cup is provided with step, is placed on step at the bottom of the cup of described interior cup, is arranged with sealing ring outside at the bottom of the cup of described interior cup; Or be connected separably between described outer cup with interior cup, described outer cup is provided with step, and be placed on step at the bottom of the cup of described interior cup, described step is provided with mounting groove, is provided with sealing ring in mounting groove.
6. steam foods processing machine as claimed in claim 2 or claim 3, is characterized in that: the pressure produced under described sealing state is between 1 standard atmospheric pressure and 2 standard atmospheric pressures.
7. steam foods processing machine as claimed in claim 1, it is characterized in that: described steam raising plant is the heater be arranged in support, and heater heats outer cup, or described steam raising plant is the heater be arranged in sandwiched area.
8. steam foods processing machine as claimed in claim 1, it is characterized in that: described crushing knife comprises knife rest and blade, the steam passage holes of described interior cup is provided with axle sleeve, described knife rest is sleeved on axle sleeve, described output shaft is connected with knife rest, arranges gap and form steam channel between described knife rest and described axle sleeve.
9. steam foods processing machine as claimed in claim 8, is characterized in that: described knife rest sidewall offers steam hole.
10. steam foods processing machine as claimed in claim 9, is characterized in that: described blade is arranged at the lower end of knife rest, and described steam hole is opened in the part near blade.
CN201520198322.1U 2015-04-03 2015-04-03 Steam food preparation machine Active CN204764984U (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105816039A (en) * 2016-02-28 2016-08-03 宁波高新区世代能源科技有限公司 Delicious soybean milk machine capable of being dismounted and cleaned
CN105902142A (en) * 2016-06-20 2016-08-31 广东小熊电器有限公司 Supplementary food maker for baby
CN112168028A (en) * 2020-01-19 2021-01-05 九阳股份有限公司 Easy abluent steam heating food preparation machine

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105816039A (en) * 2016-02-28 2016-08-03 宁波高新区世代能源科技有限公司 Delicious soybean milk machine capable of being dismounted and cleaned
CN105902142A (en) * 2016-06-20 2016-08-31 广东小熊电器有限公司 Supplementary food maker for baby
CN105902142B (en) * 2016-06-20 2018-08-07 小熊电器股份有限公司 A kind of infant supplemental food machine
CN112168028A (en) * 2020-01-19 2021-01-05 九阳股份有限公司 Easy abluent steam heating food preparation machine

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