CN103976650B - A kind of full-automatic steam cooking device - Google Patents
A kind of full-automatic steam cooking device Download PDFInfo
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- CN103976650B CN103976650B CN201410207506.XA CN201410207506A CN103976650B CN 103976650 B CN103976650 B CN 103976650B CN 201410207506 A CN201410207506 A CN 201410207506A CN 103976650 B CN103976650 B CN 103976650B
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Abstract
The present invention relates to a kind of full-automatic steam cooking device, including material boiling vessel, steam generator, water tank, valve, water pipe and material supplying device；Material supplying device includes material storing room, feed controlling organization and material pipe, and the material storing room of each material supplying device leads to charge tube respectively and is connected with charging aperture, and feed controlling organization is arranged on the material pipe between material storing room and charging aperture；Water tank, steam generator, material boiling vessel bottom pass sequentially through water pipe and connect, and material boiling vessel top is connected by water pipe with water tank upper, and valve is arranged on the water pipe between water tank and steam generator.Directly using high-temperature steam that material carries out steaming and decocting, steam utilization is high, more energy-conservation；High-temperature steam inputs from lower end, plays stirring action, makes material be uniformly heated；Accelerate heat transfer, shorten digestion time, it is adaptable to fast service restaurant industry；Steam is collected in water tank recycling, it is to avoid directly discharge and cause air pollution, more environmentally friendly health.
Description
Technical field
The present invention relates to a kind of foods steamer, particularly relate to a kind of full-automatic steam cooking device.
Background technology
At present, the steam cooker on market, it is usually and uses high-temperature steam as the energy, the outer wall of the cooking vessels such as container is heated, heat passes to the material in cooking vessel, makes the material in cooking vessel be heated and boils.Such as, cooking vessel includes inner chamber body and outer chamber, inner chamber body is in outer chamber, hollow sandwich is constituted between outer chamber and inner chamber body, outer chamber is provided with steam inlet and steam (vapor) outlet, is passed through high-temperature steam from steam inlet, heats inner chamber body in hollow sandwich, thus the material in heating bore body, the steam after heating is discharged by steam (vapor) outlet.
The mode that material is indirectly heated by above-mentioned employing high-temperature steam as the energy, owing to the utilization rate of steam is the highest, causes the serious waste of the energy；And owing to heat transfer is relatively slow, digestion time is longer, it is difficult to meet the quick operating needs such as fast service restaurant industry (such as McDonald, KFC).
It addition, above-mentioned steam is often directly discharged in air after using, air is polluted, inadequate environmental protection.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of full-automatic steam cooking device, this full-automatic steam cooking device shortens digestion time, it is adaptable to fast service restaurant industry, improves the utilization rate of steam, more energy-conservation, and health simple for structure, convenient and environmental-friendly to operate.The technical scheme used is as follows:
A kind of full-automatic steam cooking device, is characterized in that: include material boiling vessel, steam generator, water tank, valve, water pipe and at least one material supplying device；The top of material boiling vessel is provided with charging aperture, and the bottom of material boiling vessel is provided with discharging opening, charging aperture and discharge outlet and is equipped with switching device；Material supplying device includes material storing room, feed controlling organization and material pipe, and the material storing room of each material supplying device leads to charge tube respectively and is connected with charging aperture, and feed controlling organization is arranged on the material pipe between material storing room and charging aperture；Water tank, steam generator, material boiling vessel bottom pass sequentially through water pipe and connect, and material boiling vessel top is connected by water pipe with water tank upper, and valve is arranged on the water pipe between water tank and steam generator.
Above-mentioned feed controlling organization can be simple valve, it is also possible to be screw feeding device.
Above-mentioned switching device, for controlling the closure or openness of charging aperture, discharging opening, can be common valve, it would however also be possible to employ electromagnetism, pneumatic, motor etc. drive plate closure or leave charging aperture, discharging opening.
Making charging aperture open by switching device, discharging opening closes, and then passes through feed controlling organization and controls the material in material storing room in charging aperture enters into the inner chamber of material boiling vessel；Charging aperture, discharging opening is made all to close by switching device, start steam generator, being passed through high temperature, clean steam from steam inlet in the inner chamber of material boiling vessel, the material in the inner chamber of material boiling vessel is carried out steaming and decocting, the steam after steaming and decocting is then discharged from steam (vapor) outlet；After material steaming and decocting completes, making charging aperture close by switching device, discharging opening is opened, and the material boiled is sent by discharging opening under the effect of self gravitation.
The present invention compared with prior art, has the advantage that and directly uses high-temperature steam that material carries out in the inner chamber of airtight material boiling vessel steaming and decocting, and steam utilization is high, more energy-conservation；High-temperature steam inputs from lower end, discharges from upper end, meets the flowing law of steam, and high-temperature steam all carries out steaming and decocting to material in the overall process of flowing, improves the utilization rate of high-temperature steam further, more energy-conservation；High-temperature steam inputs from lower end, discharges from upper end, makes material roll, play stirring action, make material be uniformly heated；Owing to directly using high-temperature steam, in the inner chamber of airtight material boiling vessel, material is carried out steaming and decocting, accelerate heat transfer, shorten digestion time, it is adaptable to fast service restaurant industry；Although the steam temperature after steaming and decocting reduces, but still has higher temperature, it is easier to is again converted to high-temperature steam, saves the energy further, and steam is collected in water tank recycling, it is to avoid directly discharge and cause air pollution, more environmentally-friendly health.
As the preferred version of the present invention, described material boiling vessel includes cylinder-like shell, tubular inner chamber, fixing axle, rotating mechanism and two rubber seal；Fixing axle is horizontally disposed；Tubular inner chamber is fixedly mounted on fixing axle, and the axis of tubular inner chamber is vertically；Cylinder-like shell is socketed in the outside of tubular inner chamber, the axis of cylinder-like shell is in the horizontal direction, the length of tubular inner chamber is corresponding to the internal diameter of cylinder-like shell, the upper surface of tubular inner chamber and lower surface all face of cylinder inwalls with cylinder-like shell match and close contacting fit, and two rubber seal are separately mounted at upper port and the lower port of tubular inner chamber；The sidewall of cylinder-like shell is provided with through hole, and the position of through hole is corresponding to the upper port of tubular inner chamber and lower port；The sidewall upper of tubular inner chamber is provided with steam (vapor) outlet, and the side wall lower ends of tubular inner chamber is provided with steam inlet；Rotating mechanism is arranged on fixing axle, and the clutch end of rotating mechanism is connected with one end of cylinder-like shell；The upper port of tubular inner chamber and lower port respectively constitute charging aperture and the discharging opening of material boiling vessel；Through hole on rotating mechanism, cylinder-like shell, cylinder-like shell, constitutes the switching device of charging aperture, discharging opening.
The cross section of above-mentioned tubular inner chamber can be circular, square, oval etc., however it is not limited to a kind of shape.
Cylinder-like shell is made to rotate around tubular inner chamber by rotating mechanism, when the through hole on cylinder-like shell and tubular inner chamber upper port relative to time, through hole connects with upper port, now, upper port (charging aperture) is in opening, and lower port is owing to being made lower port (discharging opening) be in closure state by the closure of the sidewall of cylinder-like shell, treat that steaming and decocting material enters into tubular inner chamber through through hole, upper port (charging aperture) from outside material supplying device；After material adds, again by rotating mechanism slewing circle cylindrical case, through hole is made to be between upper port (charging aperture) and lower port (discharging opening), it is i.e. through hole and upper port (charging aperture), lower port (discharging opening) is the most relative, now, upper port (charging aperture), lower port (discharging opening) is all blocked by the sidewall of cylinder-like shell and makes upper port (charging aperture), lower port (discharging opening) is in closure state, tubular inner chamber is completely enclosed by the sidewall of cylinder-like shell and forms airtight steaming and decocting cavity, it is passed through high temperature from steam inlet, clean steam, material in tubular inner chamber is carried out steaming and decocting, steam after steaming and decocting is then discharged from steam (vapor) outlet；After material steaming and decocting completes, again by rotating mechanism slewing circle cylindrical case, make through hole relative with lower port (discharging opening), upper port (charging aperture) carries on as before and is blocked by the sidewall of cylinder-like shell and be in closure state, and lower port (discharging opening) connects with through hole and is in opening, the material boiled is sent by lower port (discharging opening) under self gravitation effect.Directly using high-temperature steam that material carries out in airtight tubular inner chamber steaming and decocting, steam utilization is high, more energy-conservation；High-temperature steam inputs from lower end, discharges from upper end, meets the flowing law of steam, and high-temperature steam all carries out steaming and decocting to material in the overall process of flowing, improves the utilization rate of high-temperature steam further, more energy-conservation；High-temperature steam inputs from lower end, discharges from upper end, makes material roll, play stirring action, make material be uniformly heated；Owing to directly using high-temperature steam, in airtight tubular inner chamber, material is carried out steaming and decocting, accelerate heat transfer, shorten digestion time, it is adaptable to fast service restaurant industry；Through hole on rotating mechanism, cylinder-like shell, cylinder-like shell, constitute upper port (charging aperture), the switching device of lower port (discharging opening), upper port (charging aperture), the unlatching of lower port (discharging opening) and Guan Bi is realized by rotating mechanism, be not only concise in structure, easy to operate, and owing to there is not the structure such as spool, valve seat, avoid the residual of material, more environmentally-friendly health.
As the further preferred version of the present invention, one end of described cylinder-like shell is additionally provided with spacing base plate, and spacing base plate is provided with the axis hole stretched out for described fixing axle.By arranging spacing base plate in one end of cylinder-like shell, cylinder-like shell is carried out spacing, prevent cylinder-like shell deviation position, make the through hole total energy on cylinder-like shell accurately relative with upper port (charging aperture), lower port (discharging opening).
As further preferred embodiments of the present invention, described rotating mechanism includes gear ring, gear and driving means, and gear ring is arranged on one end of described cylinder-like shell, and gear is arranged on described fixing axle, and gear and gear ring internal messing, driving means is connected with gear drive.Driving means drives gear to drive cylinder-like shell to rotate around solid fixed-axis rotation, gear by the gear ring being meshed.By arranging the gear of internal messing, gear ring drive cylinder-like shell to rotate, taken into full account the construction features of cylinder-like shell so that the rotation of cylinder-like shell is more steady, it is easier to controlling, and structure is simpler compact, and entirety is more succinct.Driving means can be adopted manually, it would however also be possible to employ electronic mode.The driving means of manual mode generally comprises a rocking bar, and one end of rocking bar is connected with the side of gear.The driving means of electronic mode generally comprises motor and driving gear set, electric machine rotation, is rotated by driving gear set driven gear.
As the present invention the most further preferred version, described gear ring is arranged on described cylinder-like shell and has one end of spacing base plate；Described gear ring passes through screw lock on spacing base plate.Gear ring is installed on spacing base plate by screw, rational in infrastructure, easy for installation, and also gear ring plays the effect strengthening cylinder-like shell, makes cylinder-like shell more solid, and durable in use.
As further preferred embodiments of the present invention, the sidewall of described tubular inner chamber is additionally provided with adjuvant and adds mouth.Some flavoring agent (adjuvant) tend not to enough and material carries out steaming and decocting simultaneously, mouthfeel so can be caused poor, therefore, mouth is added by arranging adjuvant on the sidewall of tubular inner chamber, when the material in tubular inner chamber will boil or boil completely, just add mouth by adjuvant and add flavoring agent, to obtain preferably mouthfeel.
As further preferred embodiments of the present invention, being provided with steam input interface and steam output interface in the middle part of the sidewall of described tubular inner chamber, the sidewall of tubular inner chamber is provided with first passage and second channel；The two ends of first passage are connected with steam inlet, steam input interface；The two ends of second channel are connected with steam (vapor) outlet, steam output interface.The input of steam, output are focused on the middle part of tubular inner chamber, pipeline can and together, it is to avoid cylinder-like shell is excessively complicated with the pipeline of the button of tubular inner chamber and the obstacle that causes cylinder-like shell to rotate, and entirety is more succinct, attractive in appearance, it is simple to clean.
As further preferred embodiments of the present invention, described spacing base plate is provided with multiple aperture.Spacing base plate arranges multiple aperture, convenient cleaning.
Accompanying drawing explanation
Fig. 1 is the structural representation of the preferred embodiment for the present invention；
Fig. 2 is the perspective view of material boiling vessel；
Fig. 3 is the other direction view of Fig. 1；
Fig. 4 is the Fig. 2 profile along A-A；
The perspective view of Fig. 5 tubular inner chamber.
Detailed description of the invention
It is described further with the preferred embodiment of the present invention below in conjunction with the accompanying drawings.
As it is shown in figure 1, this full-automatic steam cooking device, including material boiling vessel 1, steam generator 2, water tank 3, valve 4, water pipe 5 and three material supplying devices 6；The top of material boiling vessel 1 is provided with charging aperture 7, and the bottom of material boiling vessel 1 is provided with at discharging opening 8, charging aperture 7 and discharging opening 8 and is equipped with switching device 9；Material supplying device 6 includes material storing room 601, feed controlling organization 602 and material pipe 603, the material storing room 601 of each material supplying device 6 leads to charge tube 603 respectively and is connected with charging aperture 7, and feed controlling organization 602 is arranged on the material pipe 603 between material storing room 601 and charging aperture 7；Water tank 3, steam generator 2, material boiling vessel 1 bottom pass sequentially through water pipe 5 and connect, and material boiling vessel 1 top is connected by water pipe 5 with water tank 3 top, and valve 4 is arranged on the water pipe 5 between water tank 3 and steam generator 2.
Above-mentioned feed controlling organization 602 can be simple valve, it is also possible to be screw feeding device.
As shown in Fig. 2, Fig. 4 and Fig. 5, material boiling vessel 1, including cylinder-like shell 101, tubular inner chamber 102, fixing axle 103, rotating mechanism 104 and two rubber seal 105；Fixing axle 103 is horizontally disposed；Tubular inner chamber 102 is fixedly mounted on fixing axle 103, and the axis of tubular inner chamber 102 is vertically；Cylinder-like shell set 101 is connected on the outside of tubular inner chamber 102, the axis of cylinder-like shell 101 is in the horizontal direction, the length of tubular inner chamber 102 is corresponding to the internal diameter of cylinder-like shell 101, the upper surface 1021 of tubular inner chamber 102 and lower surface 1022 all face of cylinder inwalls 10101 with cylinder-like shell 101 match and close contacting fit, and two rubber seal 105 are separately mounted at upper port 1023 and the lower port 1024 of tubular inner chamber 102；The sidewall of cylinder-like shell 1 is provided with through hole 10102, and the position of through hole 102 is corresponding to the upper port 1023 of tubular inner chamber 2 and lower port 1024；The side wall lower ends of tubular inner chamber 102 is provided with steam inlet 106, and the sidewall upper of tubular inner chamber 102 is provided with steam (vapor) outlet 107；Rotating mechanism 104 is arranged on fixing axle 103, and the clutch end of rotating mechanism 104 is connected with one end of cylinder-like shell 101；One end of cylinder-like shell 101 is additionally provided with spacing base plate 108, and spacing base plate 108 is provided with the axis hole 109 stretched out for fixing axle 103, and spacing base plate 108 is additionally provided with multiple aperture 1010；It is additionally provided with adjuvant on the sidewall of tubular inner chamber 102 and adds mouth 1011；Being provided with steam input interface 1012 and steam output interface 1013 in the middle part of the sidewall of tubular inner chamber 102, the sidewall of tubular inner chamber 102 is provided with first passage 1014 and second channel 1015；The two ends of first passage 1014 are connected with steam inlet 106, steam input interface 1012；The two ends of second channel 1015 are connected with steam (vapor) outlet 107, steam output interface 1013；The upper port 1023 of above-mentioned tubular inner chamber 102 and lower port 1024 respectively constitute charging aperture 7 and the discharging opening 8 of material boiling vessel 1.Through hole 10102 on rotating mechanism 104, cylinder-like shell 101, cylinder-like shell 101, constitutes the switching device 9 of charging aperture 7, discharging opening 8.Above-mentioned steam input interface 1012 is connected with steam generator 2 by water pipe 5；Above-mentioned steam output interface 1013 is connected with water tank 3 by water pipe 5.
The cross section of above-mentioned tubular inner chamber 102 can be circular, square, oval etc., however it is not limited to a kind of shape.
As shown in Figure 3, rotating mechanism 104 includes gear ring 1041, gear 1042 and driving means (driving means is not drawn in fig. 2), gear ring 1041 is arranged on cylinder-like shell 101 and has one end of spacing base plate 108, gear ring 1041 is locked on spacing base plate 108 by screw 1016, gear 1042 is arranged on fixing axle 103, gear 1042 and gear ring 1041 internal messing, driving means is in transmission connection with gear 1042.Driving means can be adopted manually, it would however also be possible to employ electronic mode.The driving means of manual mode generally comprises a rocking bar, and one end of rocking bar is connected with the side of gear.The driving means of electronic mode generally comprises motor and driving gear set, electric machine rotation, is rotated by driving gear set driven gear.
Below in conjunction with the accompanying drawings the work process of the present invention is described in further detail:
By rotating mechanism 104(gear ring 1041, gear 1042 and driving means) make cylinder-like shell 101 rotate around tubular inner chamber 102, when the through hole 10102 on cylinder-like shell 101 is relative with the upper port 1023 of tubular inner chamber 102, through hole 10102 connects with upper port 1023, now, upper port 1023(charging aperture 7) it is in opening, and lower port 1024 makes lower port 1024(discharging opening 8 owing to being blocked by the face of cylinder inwall 10101 of cylinder-like shell 1) it is in closure state, treat steaming and decocting material from material supplying device 6 through through hole 10102, upper port 1023(charging aperture 7) enter in tubular inner chamber 102；nullAfter material adds，Again by rotating mechanism 104(gear ring 1041、Gear 1042 and driving means) slewing circle cylindrical case 101，Through hole 10102 is made to be in upper port 1023(charging aperture) and lower port 1024(discharging opening 8) between，It is i.e. through hole 10102 and upper port 1023(charging aperture 7)、Lower port 1024(discharging opening) the most relative，Now，Upper port 1023(charging aperture 7)、Lower port 1024(discharging opening 8) all blocked by the face of cylinder inwall 10101 of cylinder-like shell 101 and make upper port 1023(charging aperture 7)、Lower port 1024(discharging opening 8) it is in closure state，Tubular inner chamber 102 is completely enclosed by the face of cylinder inwall 10101 of cylinder-like shell 101 and forms airtight steaming and decocting cavity，It is passed through high temperature from steam inlet 106、Clean steam，Material in tubular inner chamber 102 is carried out steaming and decocting，Steam after steaming and decocting is then discharged from steam (vapor) outlet 107；After material steaming and decocting completes, again by rotating mechanism 104(gear ring 1041, gear 1042 and driving means) slewing circle cylindrical case 101, make through hole 10102 and lower port 1024(discharging opening 8) relative, upper port 1023(charging aperture 7) carrying on as before is blocked by the face of cylinder inwall 10101 of cylinder-like shell 101 and is in closure state, and lower port 1024(discharging opening 8) connect with through hole 10102 and be in opening, the material boiled under self gravitation effect by lower port 1024(discharging opening 8) send.Through hole 10102 on rotating mechanism 104, cylinder-like shell 101, cylinder-like shell 101, constitute upper port 1023(charging aperture 7), lower port 1024(discharging opening 8) switching device 9, realize upper port 1023(charging aperture 7 by rotating mechanism 104), lower port 1024(discharging opening 8) unlatching and Guan Bi.
In other embodiments, switching device 9 can be common valve, it would however also be possible to employ electromagnetism, pneumatic, motor etc. drive plate closure or leave charging aperture, discharging opening.
In addition; it should be noted that the specific embodiment described in this specification, its each several part title etc. can be different; all equivalences done according to structure, feature and the principle described in inventional idea of the present invention or simple change, be all included in the protection domain of patent of the present invention.Described specific embodiment can be made various amendment or supplements or use similar mode to substitute by those skilled in the art; without departing from the structure of the present invention or surmount scope defined in the claims, protection scope of the present invention all should be belonged to.
Claims (7)
1. a full-automatic steam cooking device, is characterized in that: include material boiling vessel, steam generator, water tank, valve, water pipe and at least one material supplying device；The top of material boiling vessel is provided with charging aperture, and the bottom of material boiling vessel is provided with discharging opening, charging aperture and discharge outlet and is equipped with switching device；Material boiling vessel includes cylinder-like shell, tubular inner chamber, fixing axle, rotating mechanism and two rubber seal；Fixing axle is horizontally disposed；Tubular inner chamber is fixedly mounted on fixing axle, and the axis of tubular inner chamber is vertically；Cylinder-like shell is socketed in the outside of tubular inner chamber, the axis of cylinder-like shell is in the horizontal direction, the length of tubular inner chamber is corresponding to the internal diameter of cylinder-like shell, the upper surface of tubular inner chamber and lower surface all face of cylinder inwalls with cylinder-like shell match and close contacting fit, and two rubber seal are separately mounted at upper port and the lower port of tubular inner chamber；The sidewall of cylinder-like shell is provided with through hole, and the position of through hole is corresponding to the upper port of tubular inner chamber and lower port；The sidewall upper of tubular inner chamber is provided with steam (vapor) outlet, and the side wall lower ends of tubular inner chamber is provided with steam inlet；Rotating mechanism is arranged on fixing axle, and the clutch end of rotating mechanism is connected with one end of cylinder-like shell；Material supplying device includes material storing room, feed controlling organization and material pipe, and the material storing room of each material supplying device leads to charge tube respectively and is connected with charging aperture, and feed controlling organization is arranged on the material pipe between material storing room and charging aperture；Water tank, steam generator, material boiling vessel bottom pass sequentially through water pipe and connect, and material boiling vessel top is connected by water pipe with water tank upper, and valve is arranged on the water pipe between water tank and steam generator.
2. full-automatic steam cooking device as claimed in claim 1, is characterized in that: one end of described cylinder-like shell is additionally provided with spacing base plate, and spacing base plate is provided with the axis hole stretched out for described fixing axle.
3. full-automatic steam cooking device as claimed in claim 1, it is characterized in that: described rotating mechanism includes gear ring, gear and driving means, gear ring is arranged on one end of described cylinder-like shell, and gear is arranged on described fixing axle, gear and gear ring internal messing, driving means is connected with gear drive.
4. full-automatic steam cooking device as claimed in claim 3, is characterized in that: described gear ring is arranged on described cylinder-like shell and has one end of spacing base plate；Described gear ring passes through screw lock on spacing base plate.
5. full-automatic steam cooking device as claimed in claim 2, is characterized in that: is additionally provided with adjuvant on the sidewall of described tubular inner chamber and adds mouth.
6. full-automatic steam cooking device as claimed in claim 2, is characterized in that: be provided with steam input interface and steam output interface in the middle part of the sidewall of described tubular inner chamber, and the sidewall of tubular inner chamber is provided with first passage and second channel；The two ends of first passage are connected with steam inlet, steam input interface；The two ends of second channel are connected with steam (vapor) outlet, steam output interface.
7. full-automatic steam cooking device as claimed in claim 2, is characterized in that: described spacing base plate is provided with multiple aperture.
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| CN201410207506.XA CN103976650B (en) | 2014-05-16 | 2014-05-16 | A kind of full-automatic steam cooking device |
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| CN201410207506.XA CN103976650B (en) | 2014-05-16 | 2014-05-16 | A kind of full-automatic steam cooking device |
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| CN103976650A CN103976650A (en) | 2014-08-13 |
| CN103976650B true CN103976650B (en) | 2016-09-28 |
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| CN108450985A (en) * | 2017-02-17 | 2018-08-28 | 苏州古月峰信息技术有限公司 | A kind of food-processing method |
| CN108685489B (en) * | 2018-04-26 | 2020-06-02 | 瑞安市立丰机械有限公司 | Food material pretreatment machine capable of automatically proportioning and mixing |
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| EP0455710B1 (en) * | 1989-01-27 | 1993-09-29 | Alfa-Laval Food Engineering Ab | Apparatus and process for heat treatment of particulate material as food |
| JPH06253980A (en) * | 1993-03-09 | 1994-09-13 | Hoshizaki Electric Co Ltd | Steam cooker |
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| CN202958675U (en) * | 2012-12-27 | 2013-06-05 | 上虞市五叶食品机械有限公司 | Automated pressure cooking machine |
| CN203914520U (en) * | 2014-05-16 | 2014-11-05 | 汕头市自在天茶道科技有限公司 | A kind of full-automatic steam cooking device |
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| EP0455710B1 (en) * | 1989-01-27 | 1993-09-29 | Alfa-Laval Food Engineering Ab | Apparatus and process for heat treatment of particulate material as food |
| EP0462652A3 (en) * | 1990-06-21 | 1992-09-09 | Dall'argine & Ghiretti S.R.L. | Device for passing objects between two environments separated from each other under sealed conditions, in particular for sterilization or pasteurization plants |
| JPH06253980A (en) * | 1993-03-09 | 1994-09-13 | Hoshizaki Electric Co Ltd | Steam cooker |
| CN201641594U (en) * | 2009-12-09 | 2010-11-24 | 王永华 | Efficient and energy saving safe rice cooking cabinet |
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