JP3614348B2 - Heating or cooling device - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention rapidly heats or cools canned beer and other canned beverages, beverages in PET bottles and paper packs, and other beverages and beverages contained in containers, for example, canned beer and juice. It is an invention relating to a device for heating or cooling to a temperature suitable for drinking over time.
[0002]
[Prior art]
As disclosed in Japanese Patent Application Laid-Open No. 10-141825, a rotating table is provided in a container containing ice as a device for cooling a beverage in a container such as canned beer to a temperature suitable for drinking in as short a time as possible. The beverage can is directly rotated and cooled, or as disclosed in JP-A-10-141827, the beverage can is adsorbed by a suction cup provided on the motor shaft and rotated in a container containing ice. Things are known.
[0003]
[Problems to be solved by the invention]
Conventionally known cooling devices can only cool cans having a fixed shape and a fixed capacity due to their structure. In addition, when rotating a can in a container containing lump of ice, the rotation of the can is hindered by the presence of ice, and it is difficult to install a new can because the ice gets in the way when replacing the can. There were drawbacks. In terms of cooling efficiency, it actually takes time for cooling, and in particular, a large-capacity canned beverage cannot be cooled in a short time.
In view of the above-described drawbacks of the prior art, the present invention provides a heating or cooling device capable of heating or cooling an object to be processed such as a beverage in a large capacity container to a stable desired temperature in a short time. It is the purpose.
[0004]
[Means for Solving the Problems]
To achieve the above objective,A container A containing an object to be heated or cooled is accommodated in the container accommodation space 1, a liquid heat medium is placed in the container accommodation space 1, and the liquid heat medium is circulated in the container accommodation space 1.. YongThe heat medium put in the vessel accommodating space 1 is heated or cooled by any heating or cooling means. By circulating the heat medium in the container housing space 1, the generation of the temperature boundary layer on the surface of the container A can be suppressed and the heat transfer rate can be improved.
[0005]
In carrying out the present invention, a heating or cooling means such as a heater or a Peltier element is disposed on the outer surface of the storage container 3 forming the container storage space 1, and a liquid heat medium is passed through the wall surface of the storage container 3. May be heated or cooled. However, as a more effective method, a heating chamber or cooling having means for heating the heat medium in a state in which the liquid heat medium can circulate in the container housing space 1 of the container A containing the object to be heated or cooled. A cooling chamber 4 having means for forming the heat medium is provided, and a heating medium circulation pump is provided in the heating chamber or the cooling chamber.The5, the heat medium in the heating chamber or the cooling chamber is sent out to the container housing space containing the container A containing the object to be processed by the circulation pump 5, and the heat medium in the container housing space 1 is returned to the heating chamber or the cooling chamber 4. To circulate the heat medium. The container A is heated or cooled by the circulating heat medium.
[0006]
According to the first aspect of the present invention, a liquid heat medium to be heated or cooled is accommodated in the container accommodating space for accommodating the container A containing the object to be processed, and the liquid heat medium is circulated in the container accommodating space. ,The container accommodated in the container accommodating space is swung without rotating.It is a thing. ThisIt is possible to cause movement of the object to be processed in the container A and improve heat transfer efficiency.
[0007]
In carrying out the invention according to claim 1, the invention according to claim 2Swing container Afor,Figure1, Figure2As shown in the figure, the container support 31 that is movable in a plane is disposed inside the container housing space, and the operating rod 32 of the container support 31 is protruded outside the container while maintaining a seal with the heat medium. The operating rod 32 is interlocked with the mechanism of the eccentric cam 33.Is. ThisThe container support can revolve without rotating, and the container support can swing.
[0008]
The invention described in claim 3A container A in the container housing space 1 is rotatably supported, and an attachment 12 having wings 13 is attached to the container A housed in the container housing space.It is a thing. ThisThe container A can be rotated by the circulating heat medium, specifically, the flow of water, and the heat transfer efficiency can be increased.
[0009]
The invention according to claim 4 is the invention according to claim 3.Instead of attaching the attachment 12 with the wing 13 to the container A, a rotatable container support 14 is provided in the container housing space 1, and the wing 15 protruding outward is formed on the container support 14.AndThe container support 14 is rotated by the circulating heat medium.It is a thing.
[0010]
According to the fifth aspect of the present invention, a deforming means for deforming the cross-sectional shape of the container accommodated in the container accommodating space is mounted.By deforming the container A housed in the container housing space 1 into a cross section other than a cylinder, a turbulent flow is generated in the heat medium on the surface of the container A, and the heat transfer coefficient is improved.Butit can.
[0011]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of the heating or cooling device of the present invention will be described below with reference to the accompanying drawings.
1 and 2 are longitudinal sectional views showing an example of an embodiment in which the present invention is implemented as a cooling device. This embodiment is a cooling meansCold storage agent 7Devised so that water to be used as the heat medium can cool the object to be processed (in this case, beverage) in a container such as beer in a relatively large capacity such as 2 liters or 3 liters in as short a time as possible. It is a thing.
[0012]
In the embodiment shown in FIGS. 1 and 2, the storage container 3 is provided so that heat does not escape as much as possible by interposing a heat insulating material 17 inside the main body 16. Inside the storage container 3 is a substantially cylindrical container storage space 1 that can store the container A to be processed, and a solid material such as ice is damped adjacent to the container storage space 1 and water can flow. In this state, the cooling chamber 4 is formed. Specifically, figure8As shown in FIG. 5, the container housing space 1 and the cooling chamber 4 are formed by partitioning the inside of the storage container 3 in which one side of the rectangular cross section is formed in a semicircular arc shape by a partition plate 18 having an arc cross section, and punching the partition plate 18 By making holes like metal, the container housing space 1 and the cooling chamber 4 are formed so that water can flow. The storage container 3 thus formed is filled with water as a heat medium, and as a cooling means in the cooling chamber 4.For example, cold storage agent 7Insert. The cooling chamber 4 has a figure7Or figure8As shown inIce 6You can also enter.
[0013]
A circulation pump 5 driven by a motor 20 is disposed at the inner bottom of the cooling chamber 4, and the water in the container housing space 1 is circulated by sending the water in the cooling chamber 4 toward the container housing space 1. In order to circulate the water in the container housing space 1 by the water sent out by the circulation pump 5, the discharge port 21 of the circulation pump 5 is opened in the direction along the wall surface in the side wall portion of the container housing space 1.8Circulation as indicated by arrows can be realized.
[0014]
The water circulating in the container housing space 1 is preferably water cooled in the cooling chamber 4 as much as possible. For this purpose, water circulated through the container housing space 1 flows into the cooling chamber 4 as much as possible, and the water in the cooling chamber is surely sent out.Figure 17 Shown inIn the embodiment, a half of the delivery side of the partition plate 18 is not provided with a hole, and a through hole is formed on the return side of the partition plate 18 so that water circulated through the container housing space 1 is returned to the cooling chamber 4 as much as possible. Yes. The shape of the through hole formed in the partition plate 18 is not particularly limited., ReturnA slit-like through hole 22 is formed in the half on the outer side. Of course, a slit-like through hole 22 may be provided on the entire surface of the partition plate 18. In this case, the through hole drilled in the half of the partition plate located on the return side of the water circulation is opened toward the upstream side of the circulation, and is drilled in the half of the partition plate located on the feed side of the water circulation. The through hole 22 is preferably opened in the downstream direction of the circulation.
[0015]
When the container A of the object to be treated is put in cooling water or ice water, the container A is naturally cooled, but the water is heated by the heat of the container, a temperature boundary layer is formed on the surface of the container, and the temperature difference on the container surface is small. Thus, the object to be processed in the container A is difficult to cool, and for example, it takes a long time to cool a large canned beverage to a temperature suitable for drinking. On the other handThe water circulatesIn the cooling device, the generation of the temperature boundary layer is suppressed, the temperature difference between the container surface and the cooling water in contact with the container surface is increased, and the object to be processed in the container is quickly cooled.
[0016]
However, when the container A is in a fixed state, a temperature boundary layer is generated on the object to be processed inside the container. Therefore, by creating a flow in the workpiece itself in the container A, The generation of the temperature boundary layer in the part to be processed can be reduced as much as possible, and the efficiency of heat transfer can be improved..
[0017]
Figure1In the embodiment shown in FIG. 1, a container support base 31 that is movable within a certain range in a plane is disposed inside the container housing space 1, and the container support base 31 isSelfOscillating by revolving without rotating, generating a flow of rotation in the object to be processed in the container A and improving heat transfer efficiencyMakeIs. Specifically, a shaft 35 is protruded from the bottom of a container support 31 arranged inside the container housing space 1, and the shaft 35 is passed through a through hole 34 formed in the bottom plate of the storage container 3. The container support 31 is swung by being interlocked with a swing driving device. A rubber packing 36 shaped like a bellows is attached to the through hole 34, and the shaft 35 penetrates the rubber packing 36, so that water in the container housing space 1 does not leak to the outside of the container, and the rubber packing 36 is elastically deformed. Thus, the container support 31 can be moved within a certain range.
[0018]
Figure2These show an example of the drive device which rocks the container support base 31. In this embodiment, an eccentric cam 33 is attached to the shaft 38 of the motor 37, and the shaft 35 of the container support base 31 protruded outside the container from the other end of the operating rod 32 having one end pivotally attached to the eccentric cam 33 is pivotally supported. The intermediate position of the operating rod 32 is supported by the fulcrum shaft 39. The fulcrum shaft 39 can be freely moved in the axial direction by engaging with a long hole 40 formed at an intermediate position of the operating rod 32. Thus, the container support base 31 can be revolved by driving the motor 37 to rotate. The revolution trajectory of the container support 31 includes the eccentric dimension of the eccentric cam 33 and the position of the fulcrum shaft 39, that is, the distance a from the shaft support position of the eccentric cam 33 to the fulcrum shaft 40, and from the fulcrum shaft 40 to the container support base 31. The radius of revolution is determined by the ratio of the distance b to the axis 35.1And figure2The container A can be swung as indicated by a two-dot chain line.
[0019]
Figure5In the embodiment shown in FIG. 2, a container support 14 is rotatably disposed inside the container housing space 1, and a container A containing an object to be processed is placed on the container support 14. The said container support stand 14 arrange | positioned in the container accommodation space 1 has the wing | blade 15 protruded on the outer peripheral surface. With this configuration, when water circulates in the container housing space 1, the water hits the blade 15 and rotates the container support 14. As the container A rotates, a flow is generated in the object to be processed accommodated in the container A, and the generation of the temperature boundary layer in the processed part inside the container can be reduced as much as possible to improve the efficiency of heat transfer. .Container support 14 In order to make the rotation freely, the embodiment shown in FIG.The protrusion 30 protrudes from the bottom surface of the container support 14 and is supported at one point of the protrusion 30 so that it can freely rotate like a top, and the gap between the blade 15 and the inner surface of the storage container is reduced. It is devised so that the support base does not tilt.
In order to make the container support table rotatable in the container housing space 1, the container support table of the embodiment shown in FIG. 42 As described above, it can also be realized by pivotally supporting the container support on the bottom of the storage container 3..
[0020]
Figure5In this embodiment, the container A is rotated by rotating the container support 14 on which the container A is placed by the circulation of water. However, the container itself can be rotated by the water circulating in the container housing space 1 without using the container support 14. To rotate container A itself,4It is preferable to attach the attachment 12 with the wings 13 protruding outward as shown in FIG. The attachment 12 that can be freely attached to the body portion of the container A is formed by, for example, bending an elastic plate material into a circular shape, and expanding and attaching it so that it can be attached to the container by the elasticity of the plate material. The wings 13 are preferably protruded from the surface.
[0021]
When the container A itself is rotated in the container housing space 1, for example, an annular rib is protruded from the inner bottom surface of the storage container 3 so as to reduce the frictional resistance between the container A and the bottom surface of the storage container. The container A may be supported at the tip. Further, if a flat plate or a ring-shaped rotating body is arranged on the inner bottom portion of the storage container 3 and the container A is placed on the rotating body, the container can be rotated more easily.The embodiment shown in FIG.Supports a rotatable container in the container housing space 1Stand 42 Place this container support base 42 Attachment 12 A container A equipped with is placed. Container support 42 Is rotatable by being pivotally supported on the bottom of the storage container 3.
[0022]
The container housing space 1 can accommodate canned beverages, beverages in paper packs, etc. and can be used for heating or cooling. When a container having a cross-sectional shape other than a circle is accommodated in the container accommodating space 1 like a beverage in a paper pack, there is an effect that the flow of water to be circulated is disturbed and the heat transfer coefficient is improved. However, in canned beer having a circular cross section, the flow of water to be circulated is in a rectified state, and a temperature boundary layer is easily formed on the surface of the container A. Therefore, the heat transfer rate can be improved by intentionally disturbing the circulating water flow.
[0023]
As a method for causing disturbance in the flow of circulating water, the present inventors devised that the flow of circulating water is disturbed by distorting the cross-sectional shape of the cylindrical container A. To distort the cross-sectional shape,9It is conceivable to attach the deformation attachment 45 as shown in FIG. Figure9The deformed attachment 45 shown in FIG. 1 is formed entirely of an elastic material such as a leaf spring. The leg piece 45b protrudes from the four sides of the annular base 45a and the leg piece 45b is directed obliquely inward. Is bent. Therefore, when the deformable attachment 45 is mounted from the upper surface or the bottom surface of the container A, the leg pieces 45b press the body of the container A, and the container A can be deformed by the elastic pressing force.
[0024]
Figure 7 shows the attachment 45 FIG. 8 is a longitudinal sectional view showing a use state in which the container A equipped with is accommodated in the container accommodating space 1, and FIG. 8 is a transverse sectional view. Container housing space 1 and partition plate 18 The cooling chamber 4 partitioned by water is filled with water as a heat medium, ice 6 is placed in the cooling chamber 4 as a cooling means, and the water cooled by the ice is circulated by the circulation pump 5. Although the water sent out by the circulation pump 5 flows so as to bypass the periphery of the container A as shown in FIG. 8, the cross section of the container A is a deformation attachment. 45 Therefore, the heat transfer rate can be improved because the flow of water is disturbed in the deformed portion.
[0025]
For canned beer with a relatively large capacity, it is convenient to pour it into a cup or the like using the dispenser 23. FigureTenThe embodiment shown in FIG. 1 is housed in the container housing space 1 of the cooling device.attachment 45 FittedA dispenser 23 is connected to the container A, and a beverage such as cooled beer can be dispensed by operating the cock 24 of the dispenser. That is, the pouring device 23 is fixed to the outer wall surface of the main body 16, and the pouring pipe 25 is connected to the cap 26 of the container A. The pouring pipe 25 connected to the cap 26 of the container A is connected to a suction pipe 27 whose tip is opened at the bottom in the container A, and a pressure pipe 28 is connected to the cap 26. When high-pressure gas is fed into the container A by a carbon dioxide cylinder (not shown) through the pressure pipe 28, a beverage such as beer can be poured out from the cock 24 by the pressure of the high-pressure gas. Thus, since the container A in the container housing space 1 can cool the contents in a fixed state, the dispenser 23 is cooled while connected to the container, and the cooled container is cooled or cooled. It can be used as it is in the container housing space 1. In that case, the once-cooled beverage does not become warm.
[0026]
Figure TenThe container housing space 1 of the embodiment shown in FIG. 1 has a lower half portion with a small diameter so as to reduce the amount of water required as a whole. In this case, since warm water is in the upper part, it is easy to recirculate to the cooling chamber 4, and since cold water is located in the lower half of the container, the cooling effect is not hindered. As a result of using a small amount of water, the amount of ice to be used is also reduced, which can be sufficiently covered by the amount of ice that can be produced in a general household refrigerator.
[0027]
Figure11In the embodiment shown in FIG. 1, a stirring blade 8 is provided at the inner bottom of the cooling chamber 4. By providing the stirring blade 8, the water and ice in the cooling chamber 4 can be stirred, and the water in the cooling chamber 4 can be quickly cooled. Moreover, the situation where the warm water circulated through the container housing space 1 is not sufficiently cooled and sent to the container housing space 1 again is avoided, and the sufficiently cooled water is always used for cooling, thereby improving the cooling effect. Can be made.
[0028]
Figure12FIG. 10 is a perspective view showing an example of another modified attachment. This embodiment includes an attachment main body 46 and a tightening ring 47. The attachment main body 46 is formed by projecting leg pieces 46b on four sides of a base 46a formed in an annular shape. An inwardly recessed portion 46c is formed in the middle of the leg piece 46b extending downward, and a screw portion 46d is formed at the lower end portion. After the attachment body 46 is mounted so as to cover the container A, the tightening ring 47 is mounted on the screw portion 46d formed at the lower end of the leg piece 46b, and the leg piece 46b is tightened to force the container A. The cross-sectional shape is deformed. Instead of the tightening ring 47, the leg piece 46b may be tightened using an arbitrary tightening fitting.
[0029]
Figure 13 The figure 12 It is a longitudinal cross-sectional view which shows the use condition which accommodated the container A equipped with the deformation | transformation attachment shown in FIG. In this embodiment,In addition to the circulation pump 5, a spraying pump 9 is provided to suck the water in the cooling chamber 4 and to spray the water sucked by the shower 19 from above the ice, thereby cooling the water in the cooling chamber 4. ImprovementI am letting.
Figure12Shown inDeformationAttachment isBecause it can be securely attached to container A, 14In the case where the container is supported and rotated from above, the container can be attached to the tip of a support shaft 53 that rotates the container and supported by a deformation attachment.
[0030]
The container A equipped with the deformation attachment can be effectively cooled simply by placing it in the container housing space for circulating the cooling water.ForciblyBy rotating, cooling can be performed more effectively. Figure 14 The embodiment shown inThe container A is supported so as to hang from above, and the container A is rotated by the motor 41 in this state.The ThatThe rotary drive mechanism is equipped with a support shaft 53 that can be moved in the vertical direction like a spline shaft at the tip of a power transmission shaft 52 extending horizontally from the motor 41, and a container holding means at the tip thereof.54Is provided.
[0031]
Figure 15 The deformation attachment 45 The container A which mounted | wore is accommodated in the container storage space 1, and the use condition which uses the sealed cool storage agent 7 as a cooling means is shown.Figure15In the cooling device according to the embodiment, an overflow pipe 10 is provided in the main body 1 so that water exceeding a predetermined water level in the container housing space 1 can be discharged. The water discharged by the overflow pipe 10 may be temporarily stored in the drain tank 29 and discarded as appropriate. However, the overflow pipe 10 may be led out of the vessel and discarded directly.
[0032]
When ice is used as the cooling means, there is a possibility that the water level rises due to melted ice, or the water level in the container housing space 1 unexpectedly rises when ice is replenished. In addition, even when the container A having a capacity different from that of the container A previously subjected to cooling is continuously subjected to cooling, the water level of the container housing space 1 may rise unexpectedly. In such a case, it is possible to avoid a situation in which water is inadvertently overflowed by providing the overflow pipe 10 or the water level rises to the opening of the opened container A and water enters the container A. Can do.
[0033]
The present invention is mainly effective when cooling beverages in containers such as canned beer, but can also be used as a heating device by heating a heat medium. Figure16The embodiment shown in FIG. 3 shows a state in which the object to be processed B accommodated in the container A with a lid is heated by heating water (heat medium) with the heater 2. In this heating device, it is possible to heat to a stable temperature with little temperature change and to maintain the temperature. For example, it is used for fermentation of bread seeds, and used as a cooking means for hot water bath at high temperatures. It is also possible to do.In this embodiment, a container support that swings in the container housing space 1 in the same manner as shown in FIG. 31 A container support base 31 The container A is supported on the container.
[0034]
18 and 19 are cross-sectional views showing an embodiment in which the interior of the storage container 3 is not partitioned into a container storage space 1 and a cooling chamber (heating chamber) by a partition plate. In this case, a circulating water passage 48 is formed in a part of the storage container 3, and a circulation pump 49 that is rotationally driven by a motor 50 and feeds the water in the flowing water passage 48 to the container housing space 1 is disposed therein. If the heat medium (water) circulated by the circulation pump 49 is heated by the heater 2 disposed on the bottom surface of the storage container 3 or the heater disposed on the outer peripheral surface of the storage container 3, it can be implemented as a heating device. Further, as shown in FIG. 19, when a cooling means 51 such as a Peltier element is arranged on the outer peripheral surface of the storage container 3 and the heat medium (water) circulating in the container storage space 1 is cooled, the cooling device for the container A is implemented. can do.
[0035]
【The invention's effect】
According to the heating or cooling device of the present invention as set forth in claim 1, the liquid heat medium is circulated in the container storage space for storing the container containing the object to be processed.CycleThe flow and movement of the ring suppresses the generation of a temperature boundary layer near the vessel surface and improves the heat transfer coefficient.The AndBy swinging the container stored in the container storage space,Rotational movementCreate a flow. Therefore, generation | occurrence | production of the temperature boundary layer of the to-be-processed object in a container is suppressed, and the to-be-processed object in a container can be heated or cooled in a short time.
When the present invention is implemented as a heating device, it is possible to indirectly heat the object to be heated to a certain temperature range while keeping it in a container and to maintain the temperature, so that delicate temperature management is required. It can be used to heat or keep the fermented food. Moreover, when implementing this invention as a cooling device, the container which accommodated the to-be-processed object can be cooled effectively with the heat medium to circulate. Therefore, in addition to canned beverages such as canned beer, beverages in PET bottles and paper packs can be cooled to the temperature at which they are consumed in a short time. Moreover, the to-be-processed object containing containers other than a drink can be cooled in a short time.
[0036]
Claim2According to the described invention, the claims1In carrying out the described invention, a relatively simple mechanism is used.A container containing the object to be processedA mechanism that can be reliably swung can be provided.
[0037]
Claim3According to the described invention, by rotating the container of the object to be processed disposed in the container accommodating space, a flow can be generated in the object to be processed inside the container, and the cooling effect can be improved. And only by attaching the attachment provided with the wing | blade to a container, in order to rotate a container by the flow of the circulating water, a special power mechanism is not required.
[0038]
Claim4According to the described invention, by rotating the container of the object to be processed disposed in the container accommodating space, a flow can be generated in the object to be processed inside the container, and the cooling effect can be improved. And since a container is supported by the rotatable container support stand provided with the wing | blade and a container is rotated by the flow of the circulating water, a special power mechanism is not required.
[0039]
Claim5as well as6According to the described invention, the cross-sectional shape of the container is deformed.Attach the attachmentAs a result, the water flow on the surface of the container is disturbed and the cooling effect can be improved.
[Brief description of the drawings]
[Figure 1]An oscillation mechanism showing an embodiment of the invention according to claim 1 is provided.A longitudinal sectional view of the entire cooling device,
[Figure 2]FIG. 1 is a plan view of the swing mechanism of the embodiment shown in FIG.,
[Fig. 3]The longitudinal cross-sectional view of the whole cooling device using the attachment provided with the wing | blade of invention of Claim 3,
[Fig. 4]The perspective view which shows an example of the attachment provided with the wing | blade,
[Figure 5]The longitudinal cross-sectional view of the whole cooling device using the container support stand provided with the wing | blade of invention of Claim 4,
[Fig. 6]Perspective view of container support with wings,
[Fig. 7]The longitudinal cross-sectional view of the whole cooling device using a deformation | transformation attachment of invention of Claim 5,
[Fig. 8]Cross-sectional view of the embodiment shown in FIG.,
FIG. 9A perspective view showing an example of a deformation attachment,
FIG. 10Longitudinal sectional view of the entire cooling device showing another embodiment using a deformation attachment,
FIG. 11A cross-sectional view of a cooling device having a stirring blade in a cooling chamber, which is an embodiment using a deformation attachment,
FIG.Exploded perspective view showing an example of another deformation attachment,
FIG. 13Figure 12 The longitudinal cross-sectional view of the whole cooling device of embodiment using the deformation | transformation attachment shown in FIG.,
FIG. 14Figure 12 The longitudinal cross-sectional view of the whole cooling device of embodiment which uses the deformation | transformation attachment shown in FIG.,
FIG. 159 is a longitudinal sectional view of the entire cooling device using the deformation attachment shown in FIG. 9 and having an overflow pipe.,
FIG. 16The longitudinal cross-sectional view which shows an example of embodiment which implements this invention of Claim 1 as a heating apparatus,
FIG. 17The perspective view which shows an example of the partition plate of a container accommodation space and a cooling chamber,
FIG. 18 is a cross-sectional view showing an example of a heating device having no chamber partitioned by a partition plate;
FIG. 19 is a cross-sectional view showing an example of a cooling device according to an embodiment in which a cooling chamber partitioned by a partition plate is not formed.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 ... Container accommodation space, 2 ... Heater, 3 ... Storage container, 4 ... Cooling chamber, 5 ... Circulation pump, 6 ... Ice, 7 ... Cold storage agent, 8 ... Stirrer blade, 9 ... Pump, 10 ... Overflow pipe, 11 ... Drain tank, 12 ... Attachment, 13 ... Wings, 14 ... Container support, 15 ... Wings, 16 ... Main body, 17 ... Insulation, 18 ... Partition plate, 19 ... Shower, 20 ... Motor, 21 ... Discharge port, 22 ... Through hole, 23 ... pumper, 24 ... cock, 25 ... pipe pipe, 26 ... cap, 27 ... suction pipe, 28 ... pressure pipe, 29 ... drain tank, 30 ... protrusion, 31 ... container support, 32 ... Actuator, 33 ... Eccentric cam, 34 ... Through hole, 35 ... Shaft, 36 ... Rubber packing, 37 ... Motor, 38 ... Shaft, 39 ... Support shaft, 40 ... Long hole, 41 ... Motor, 42 ... Container support, 45 ... Deformation attachment, 46 ... Attachment body, 47 ... Fastening ring, 48 ... Running water , 49 ... circulation pump, 50 ... motor, 51 ... cooling unit, 52 ... power transmission shaft, 53 ... support shaft, 54 ... container holding means, A ... container, B ... object to be processed.

Claims (6)

A liquid heat medium to be heated or cooled is accommodated in a container accommodating space for accommodating a container containing an object to be processed, and the liquid heat medium is circulated in the container accommodating space and accommodated in the container accommodating space. A heating or cooling device characterized by causing a rotational movement to be processed in a container by swinging the container without rotating . A container support base that can move in a planar manner is arranged inside the container housing space, and the operating rod of the container support base is projected outside the container while maintaining a seal with the heat medium, and the operating cam is an eccentric cam mechanism. The heating or cooling device according to claim 1 , wherein the swinging motion of the revolution is generated without causing the container support to rotate by being interlocked with each other. A liquid heat medium to be heated or cooled is accommodated in a container housing space for accommodating a container containing the object to be treated, and the liquid heat medium is circulated in the container housing space, and the object to be treated is contained in the container housing space. rotatably supports the container containing a said container housing space attachment with wings attached to the vessel containing the features a Rukoto to rotate the container by the heat medium circulating in the container receiving space heating Or a cooling device. A liquid heat medium to be heated or cooled is accommodated in a container accommodating space for accommodating a container containing an object to be processed, the liquid heat medium is circulated in the container accommodating space, and is rotatable in the container accommodating space. only set the container supporter to form a wing projecting on the outer peripheral side in the container supporter, heating or cooling device, characterized in that rotating the container supporter by the heat medium circulating through the container receiving space. A container that accommodates a liquid heat medium to be heated or cooled in a container accommodating space that accommodates a container containing an object to be processed, circulates the liquid heat medium in the container accommodating space, and accommodates in the container accommodating space And a heating or cooling device, wherein a deformation means for deforming the cross-sectional shape is attached. A container that accommodates a liquid heat medium to be heated or cooled in a container accommodation space that accommodates a container containing an object to be processed, circulates the liquid heat medium in the container accommodation space, and accommodates the liquid heat medium in the container accommodation space A heating or cooling device characterized in that a deformation attachment is attached to a support means or a support means for supporting the container from above, and the deformation attachment is brought into contact with the outer surface of the container to deform the cross-sectional shape of the container.

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