US1897095A - Refrigerator box and system of refrigeration - Google Patents

Refrigerator box and system of refrigeration Download PDF

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US1897095A
US1897095A US491671A US49167130A US1897095A US 1897095 A US1897095 A US 1897095A US 491671 A US491671 A US 491671A US 49167130 A US49167130 A US 49167130A US 1897095 A US1897095 A US 1897095A
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container
refrigerant
box
refrigeration
refrigerating
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US491671A
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John H Wooll
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25—REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25D—REFRIGERATORS; COLD ROOMS; ICE-BOXES; COOLING OR FREEZING APPARATUS NOT OTHERWISE PROVIDED FOR
    • F25D3/00—Devices using other cold materials; Devices using cold-storage bodies
    • F25D3/12—Devices using other cold materials; Devices using cold-storage bodies using solidified gases, e.g. carbon-dioxide snow

Definitions

  • This invention relates to a refrigerator box or other receptacle construction and system of refrigeration, particularly a construction and system wherein an extremely low temperat-ure refrigerant such as solid carbon dioxide is employed.
  • an extremely low temperat-ure refrigerant such as solid carbon dioxide
  • carbondioxide when in the solid form, sublimes at a temperature of approximately minus 110.2 F.
  • This material is now becoming commercially available at a price which, when considered upon a refrigerating basis, approximates that of water ice. Besides being relatively low in price, the material possesses certain inherent characteristics which make it very desirable as a refrigerant. Thus the material can be secured very cheaply as a byproduct of fermentation processes and can be readily transported due to its relatively low weight.
  • the product When packed in suitable container, the product can be handled with ease and does not involve the messiness and other disadvantages attendant upon the use of ice such as having to provide a drainfor the water. Further, the material is very much more eflicient from a refrigerating standpoint inasmuch as the physical change taking place in the material makes available a greater heat absorbing capacity than does the physical change of water from the form of ice to liquid.
  • Another object of the invention is to provide a refrigerator box construction system by means of whichvery low temperature refrigerants can be successively adapted to domestic refrigerating temperatures.
  • the invention possesses other advantageous features and objects some of which, with the foregoing, will appear in the following wherein I have outlined the preferred form of the refrigerator box construction and system embodying my invention.
  • the box construction illustrated in the drawing forming a portion of this specification exemplifies merely a preferred form of construction and is not to be taken as limiting the invention, 5 it being understood that the invention, as defined in the claims, is to be accorded a range of equivalents and a scope consistent with the state of the prior art.
  • Figure 1 is a side elevation'illustrating a refrigerator box embodying my invention, the box being partially cut awayv to show the construction in detail.
  • Figure 2 is a section taken along the line 22 of Figure 1.
  • a suitable refrigerating box indicated generally at 6 and having a hinged door 7 is provided.
  • This box has been shown as comprising a shell 8 in which a relatively poor heat conducting material 9 is inserted.
  • the box construction per se can be of any desirable type as long as the desired heat insulating qualities and properties are available.
  • a suitable receptacle or container 11 for receiving the solid carbon dioxide or other low temperaturerefrigerant is preferably formed by a fluid container 12, i
  • the fluid container 12 being so adapted that it can receive and support in heat transmitting relationship to the refrigerator box, a supply of the low temperature refrigerant.
  • the form of the container can be varied to accord with the parking of the separate refrigerating packages in the receptaclell.
  • the fluid container 12 is preferably carried upon a removable section 13 of the box so that can be removed with readiness I for cleansing or de-icing when desired.
  • Another removable section 14 of the box is posiis preferably of a considerable weight so that tioned over the interior of the container 12 sothat a supply of the refrigerant can be readily inserted upon lifting the section 14 by means of the handle 16.
  • the ha'ndle16 the several sections are well sealed. If de sired, a small vent can be formed in the handle for the escape of CO vapor.
  • Section 13 carries and supports sections 14 in position on the outer container. Section 13'can be removed by means of suitable grips or handles, notshown, section 14 being readily removed thereby at the same time since it is carried by section 13. Section 14 is separately removable by handle 16.
  • the fluid container 12 is conveniently formed of sheet metal or other material and is so provided that fluid can be admitted to the container through ducts 17 positioned in the section 13 so that fluid can be inserted or withdrawnwhen desired.
  • the ducts 17 also provide for the expansion of the fluid in the container 12 so that when it forms into the solid form as that of ice, the container will not be ruptured.
  • the fluid container provides, in effect, an insulated shell extending about the low temperature refrigerant so that the rate of heat transmission to the refrigerant is reduced to a low rate. This results in the temperature in the refrigerator box being maintained at a desirable refrigerating temperature such as 40 F.
  • a suitable fluid such as water
  • the refrigeration of the box is produced, in effect, by a block of ice.
  • the water in the container is subsequently frozen by the refrigerant and since iceis arelatively poor heat conductor,
  • the temperature of the refrigerator medium for the box is substantially limited to that of a constantly available block of ice. Further, when the supply of refrigerant runs low, if
  • the material in the container thus serves the three fold purpose of (1) limiting heat transmission to the refrigerant, (2) limiting cold ab:
  • a removable drawer 21 is provided for insertion into the fluid container, the container being adapted 'for .reception in heat transmitting relationcan be made as a unit separate from the refrigerator so that it can be readily removed or replaced.
  • This construction lends itself to the facile refrigeratiomof boxes of fish, thermos bottles and other types of material containers wherein refrigeration is desirable in a simple, convenient and thorough manner.
  • a fluid container carried by a first removable section of'the box. a fluid in said container, and a second section of the box removable directly over said container so that a refrigerant can be placed upon said container to receive heat transmitted from within said box'through said fluid in said container to said refrigerant.
  • Refrigerating apparatus including an outer container having an open top and side, a hinged door for closing said open.side, an inner container adapted to receive a'low temperature refrigerant as solid carbon dioxide and to close said open top, said inner container including means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
  • Refrigerating apparatus including an outer containerhaving an open top and side,
  • an inner container adapted to receive a low temperature refrigerant as solid carbon dioxide and to close said open top with said refrigerant supported in only heat transmitting relationship to said outer container, said inner container mcludmg means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
  • Refrigerating apparatus including an outer container having an open top and side,
  • inner container adapted to receive a low tem perature refrigerant as solid carbon dioxide and to close said open top, said inner container including a body of water to reduce refrigerating efiect of said refrigerant to substantlally that of water ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
  • Refrigerating apparatus including a heat insulating outer container open at the top thereof, an inner container adapted to be positioned on said outer container to close said open top and to depend into said outer container, said inner container being adapted to receive a refrigerant as solid carbon dioxide and support said refrigerant out of contact with the interior of said outer container, and a cover for said inner container.
  • Refrigerating apparatus including a heat insulating outer container for products to be refrigerated, a refrigerant container positioned in heat absorbing relation to said outer container, said inner container being adapted to receive a refrigerant as solid carbon dioxide, and including means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain substantially refrigeration of products in said outer container when said refrigerant is exhausted from said refrigerant container.
  • Refrigerating apparatus including a heat insulating outer container open at the top thereof, an inner container adapted to be positioned on said outer container to close said open top and to depend into said outer container, said inner container being adapted torecei ve a refrigerant as solid carbon dioxide and support said refrigerant out of contact with the interior of said outer container, said inner container carrying a body of liquid-aswater to reduce refrigeration of the. interior of said outer container to substantially that of a block of water ice, and

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Combustion & Propulsion (AREA)
  • Physics & Mathematics (AREA)
  • Mechanical Engineering (AREA)
  • Thermal Sciences (AREA)
  • General Engineering & Computer Science (AREA)

Description

Feb. 14,1933. J. H. WOOLL 1,897,095
REFRIGERATOR BOX AND SYSTEM OF REFRIGERATION Filed on. 28, 1950 v FIE- /7 INVENTOR. L/O/7/7 l l o0// A TTORN Patented Feb. 14, 1933 JOHN H. WOOLL, OF SAN FRANCISCO, CALIFORNIA mmemron :Box AND SYSTEM or nnrmem'rron Application-filed October 28, 1930. Serial No. 491,671.
This invention relates to a refrigerator box or other receptacle construction and system of refrigeration, particularly a construction and system wherein an extremely low temperat-ure refrigerant such as solid carbon dioxide is employed. As is well known, carbondioxide, when in the solid form, sublimes at a temperature of approximately minus 110.2 F. This material is now becoming commercially available at a price which, when considered upon a refrigerating basis, approximates that of water ice. Besides being relatively low in price, the material possesses certain inherent characteristics which make it very desirable as a refrigerant. Thus the material can be secured very cheaply as a byproduct of fermentation processes and can be readily transported due to its relatively low weight. When packed in suitable container, the product can be handled with ease and does not involve the messiness and other disadvantages attendant upon the use of ice such as having to provide a drainfor the water. Further, the material is very much more eflicient from a refrigerating standpoint inasmuch as the physical change taking place in the material makes available a greater heat absorbing capacity than does the physical change of water from the form of ice to liquid.
It is in general the broad object of the present invention to provide a refrigerator box construction suitable for the employment of a low temperature refrigerant such as carbon dioxide and a suitable system for the employment of such refrigerant.
By virtue of theextremely low temperature available with solid carbon dioxide, the use of the material in such quantities as to produce a practical refrigerating effect in a refrigerator box usually results in the contents of the box being frozen or cooled to an impractical degree. In accordance with the present invention, I provide a construction and a system of refrigeration by means of which the temperature of the solid carbon dioxide is controlled and tempered to the desirable domestic refrigerating temperatures which usually approximate 40 F.
the container Another object of the invention is to provide a refrigerator box construction system by means of whichvery low temperature refrigerants can be successively adapted to domestic refrigerating temperatures. .The invention possesses other advantageous features and objects some of which, with the foregoing, will appear in the following wherein I have outlined the preferred form of the refrigerator box construction and system embodying my invention. The box construction illustrated in the drawing forming a portion of this specification exemplifies merely a preferred form of construction and is not to be taken as limiting the invention, 5 it being understood that the invention, as defined in the claims, is to be accorded a range of equivalents and a scope consistent with the state of the prior art.
In the drawing, to which mention has been 7 made above, Figure 1 is a side elevation'illustrating a refrigerator box embodying my invention, the box being partially cut awayv to show the construction in detail.
Figure 2 is a section taken along the line 22 of Figure 1.
In accordance with my invention, a suitable refrigerating box indicated generally at 6 and having a hinged door 7 is provided. This box has been shown as comprising a shell 8 in which a relatively poor heat conducting material 9 is inserted. The box construction per se can be of any desirable type as long as the desired heat insulating qualities and properties are available.
In accordance with my invention I provide a suitable receptacle or container 11 for receiving the solid carbon dioxide or other low temperaturerefrigerant and this container is preferably formed by a fluid container 12, i
the fluid container 12 being so adapted that it can receive and support in heat transmitting relationship to the refrigerator box, a supply of the low temperature refrigerant. The form of the container can be varied to accord with the parking of the separate refrigerating packages in the receptaclell.
The fluid container 12 is preferably carried upon a removable section 13 of the box so that can be removed with readiness I for cleansing or de-icing when desired. Another removable section 14 of the box is posiis preferably of a considerable weight so that tioned over the interior of the container 12 sothat a supply of the refrigerant can be readily inserted upon lifting the section 14 by means of the handle 16. The ha'ndle16 the several sections are well sealed. If de sired, a small vent can be formed in the handle for the escape of CO vapor. Section 13 carries and supports sections 14 in position on the outer container. Section 13'can be removed by means of suitable grips or handles, notshown, section 14 being readily removed thereby at the same time since it is carried by section 13. Section 14 is separately removable by handle 16.
The fluid container 12 is conveniently formed of sheet metal or other material and is so provided that fluid can be admitted to the container through ducts 17 positioned in the section 13 so that fluid can be inserted or withdrawnwhen desired. The ducts 17 also provide for the expansion of the fluid in the container 12 so that when it forms into the solid form as that of ice, the container will not be ruptured. I
The fluid container provides, in effect, an insulated shell extending about the low temperature refrigerant so that the rate of heat transmission to the refrigerant is reduced to a low rate. This results in the temperature in the refrigerator box being maintained at a desirable refrigerating temperature such as 40 F. By filling the fluid container 12 with a suitable fluid such as water, the refrigeration of the box is produced, in effect, by a block of ice. The water in the container is subsequently frozen by the refrigerant and since iceis arelatively poor heat conductor,
' the temperature of the refrigerator medium for the box is substantially limited to that of a constantly available block of ice. Further, when the supply of refrigerant runs low, if
.refrigerant from cooling the products tobe refrigerated to too low a temperature. The material in the container thus serves the three fold purpose of (1) limiting heat transmission to the refrigerant, (2) limiting cold ab:
sorption by the products tobe refrigerated and (3) providing a source of cold if the refrigerant relied upon fails temporarily.
I found it desirable-to provide a plurality ofspacers 18 upon the interior of the container so that therefrigerant package is maintained spaced from the container, thus providing for a certain amount of circulation.
As is best shown in Figure 2, a removable drawer 21 is provided for insertion into the fluid container, the container being adapted 'for .reception in heat transmitting relationcan be made as a unit separate from the refrigerator so that it can be readily removed or replaced. This construction lends itself to the facile refrigeratiomof boxes of fish, thermos bottles and other types of material containers wherein refrigeration is desirable in a simple, convenient and thorough manner.
I claim: i
1. In av refrigerator box, a fluid container carried by a first removable section of'the box. a fluid in said container, and a second section of the box removable directly over said container so that a refrigerant can be placed upon said container to receive heat transmitted from within said box'through said fluid in said container to said refrigerant.
2. In a refrigerator box, a poor heat insulating shell carried by a first removable section of the box, asecond section of the box being removable directly over the shell so that a refrigerant can be placed upon the shell to receive heat transmitted from the box through the poor heat insulating shell to the refrigerant. ever, the latent heat suppliedto the me in the 3. Refrigerating apparatus including an outer container having an open top and side, a hinged door for closing said open.side, an inner container adapted to receive a'low temperature refrigerant as solid carbon dioxide and to close said open top, said inner container including means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
4. Refrigerating apparatus including an outer containerhaving an open top and side,
a hinged door for closing said open side, an inner container adapted to receive a low temperature refrigerant as solid carbon dioxide and to close said open top with said refrigerant supported in only heat transmitting relationship to said outer container, said inner container mcludmg means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
5.. Refrigerating apparatus including an outer container having an open top and side,
a hinged door for closing said open side, an
inner container adapted to receive a low tem perature refrigerant as solid carbon dioxide and to close said open top, said inner container including a body of water to reduce refrigerating efiect of said refrigerant to substantlally that of water ice and to maintain refrigeration of said outer container when said refrigerant is exhausted from said inner container.
6. Refrigerating apparatus including a heat insulating outer container open at the top thereof, an inner container adapted to be positioned on said outer container to close said open top and to depend into said outer container, said inner container being adapted to receive a refrigerant as solid carbon dioxide and support said refrigerant out of contact with the interior of said outer container, and a cover for said inner container.
7 i Refrigerating apparatus including a heat insulating outer container for products to be refrigerated, a refrigerant container positioned in heat absorbing relation to said outer container, said inner container being adapted to receive a refrigerant as solid carbon dioxide, and including means to reduce refrigerating effect of said refrigerant to substantially that of ice and to maintain substantially refrigeration of products in said outer container when said refrigerant is exhausted from said refrigerant container.
8. Refrigerating apparatus including a heat insulating outer container open at the top thereof, an inner container adapted to be positioned on said outer container to close said open top and to depend into said outer container, said inner container being adapted torecei ve a refrigerant as solid carbon dioxide and support said refrigerant out of contact with the interior of said outer container, said inner container carrying a body of liquid-aswater to reduce refrigeration of the. interior of said outer container to substantially that of a block of water ice, and
a cover for said innercontainer.
In test1mony whereof, I have hereunto set In hand; y JOHN H. WOOLL. j
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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4206616A (en) * 1977-07-14 1980-06-10 Firma Kohlensaure-Werke Rud. Buse GmbH & Co. Method and container for cooling goods with dry ice
WO2004042298A1 (en) * 2002-11-05 2004-05-21 Linde Aktiengesellschaft Cooling container comprising a eutectic plate
US20090019864A1 (en) * 2004-09-15 2009-01-22 Hans Bruce Method and device for ensuring maintained temperature inside a transport container or the like
EP3450886A1 (en) * 2017-08-28 2019-03-06 Air Liquide Deutschland GmbH Cooling device for cooling a storage space of a cooling container and a respective cooling container

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4206616A (en) * 1977-07-14 1980-06-10 Firma Kohlensaure-Werke Rud. Buse GmbH & Co. Method and container for cooling goods with dry ice
WO2004042298A1 (en) * 2002-11-05 2004-05-21 Linde Aktiengesellschaft Cooling container comprising a eutectic plate
US20090019864A1 (en) * 2004-09-15 2009-01-22 Hans Bruce Method and device for ensuring maintained temperature inside a transport container or the like
US8056357B2 (en) * 2004-09-15 2011-11-15 Permacool Sa Method and device for ensuring maintained temperature inside a transport container or the like
NO337527B1 (en) * 2004-09-15 2016-05-02 Permacool Sa Method and apparatus for ensuring maintained temperature inside a transport container or equivalent
EP3450886A1 (en) * 2017-08-28 2019-03-06 Air Liquide Deutschland GmbH Cooling device for cooling a storage space of a cooling container and a respective cooling container

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