CA1191359A - Drink maker - Google Patents
Drink makerInfo
- Publication number
- CA1191359A CA1191359A CA000442497A CA442497A CA1191359A CA 1191359 A CA1191359 A CA 1191359A CA 000442497 A CA000442497 A CA 000442497A CA 442497 A CA442497 A CA 442497A CA 1191359 A CA1191359 A CA 1191359A
- Authority
- CA
- Canada
- Prior art keywords
- drink
- liquid
- container
- assembly according
- upper container
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired
Links
Landscapes
- Apparatus For Making Beverages (AREA)
- Package Specialized In Special Use (AREA)
Abstract
ABSTRACT OF THE DISCLOSURE
A throw-away assembly for instantly making hot coffee or other drink, comprises two containers coupled together one underneath the other. The lower container contains the liquid to be heated, and the other is designed to receive the drink made and allow its consumption. An intermediate element between the two containers defines a seat for receiving the doffee and is provided with filter passages for the liquid to flow through.
A throw-away assembly for instantly making hot coffee or other drink, comprises two containers coupled together one underneath the other. The lower container contains the liquid to be heated, and the other is designed to receive the drink made and allow its consumption. An intermediate element between the two containers defines a seat for receiving the doffee and is provided with filter passages for the liquid to flow through.
Description
BACKGROUND OF THE INVENTION
Technical Field The present invention relates to throw-away assemblies which allow drinks to be made instantly from a liquid to be heated and a drink making product such as, for example, filter coffee, instant coffee powder, leaf tea, soup powder, or similar product. Such drinks are made by heating the liquid and by combining with the product for example by passage of the liquid through a charge of the product.
SUMM~RY OF THE lNv~NllON
The present invention provides an assembly for making a drink from a heated liquid and a drink making product, the assembly including a lower container adapted to contain the liquid to be heated, an upper container coupled to the lower container and adapted to receive the made drink and serve as a cup, an intermediate element engaged between said containers and defining a receptacle for the drink making prvduct, said element also defining filter passages by means of which liquid can flow under pressure through the product, in use, when the liquid is heated, and a membrane normally preventing liquid access to the ~ilter passages, which membrane is adapted to be torn when the drink is to be made.
11~135~
In a preferred embodiment the two containers are coupled together by peripheral coupling lips formed at the top of the lower container and at the bottom of the upper container. Between the two said lips there is placed the edge of the intermediate element which may be a basket or funnel element with filtering action which pro~ects into the liquid and defines the receptacle for the coffee or other drink making product, with its own perforated diaphragm and with the bottom of the upper container. A further perforated diaphragm may be provided which constitutes a filter for the drink and faces a passage provided inside the upper container through which the made drink rises and overflows into the upper container.
The membrane may be fixed on the lower end of the funnel element.
While the bottom container is advantageously made of thin metallic material, the upper container and the inter-._ mediate elements may be made also of pressed food-grade synthetic material.
35~
BRIEF DESCRIPTION OF THE DRAWINGS
Figure 1 shows a cross-section of an assembly according to the invention;
Figure 2 is similar to Figure 1, but shows in section the components in exploded form;
Figure 3 shows a view substantially along line III-III
of Figure l; and Figure 4 shows an alternative embodiment.
DESCRIPTION OF PREFERRED EMBODIMENTS
As illustrated in Figures 1 to 3, 1 denotes a first lower container acting as a boiler, which may be made of thin metal foil suitably cut and pressed to form a side wall lA of circular cross-section and mainly cylindrical, a stepped upper peripheral coupling lip lB, and a bottom lC, advantageously external]y concave or convex to provide resistance to pressure and also to facilitate the heating of the liquid contents. Th~re may be optionally combined with the container 1 a pressure relief valve 3 set at a maximum tolerable pressure for safety reasons.
_.
A first intPrme~;ate element 5 is in the form of a funnel adapted to be housed inside the upper part of the con-tainer 1. A peripheral lip 5A of the elemQnt 5 is placed alongside the lip lB in the assembly operation, while a side edge 5B lies adjacent the upper par~ of the 3S~
side wall lA of the conta.iner 1. The element includes a wall 5E in the shape of a truncated cone, connected to a cylindrical mouth 5C whi~h extends to a position relatively close to the bottom lC of the container 1. A
lower open end of the mouth 5C is closed with a membrane or li.quld-tight film 6, which is made to adhere to the outside of the mouth 5C ~o close it until pressure exerted on the actual membrane 6 tears it.
Inside the element 5 there i.s a perforated disc-shaped diaphragm 7 designed `to act as a filter, to hold the coffee powder or other drink making product. This disc 7 is arranged between the funnel wall 5E and the mouth 5C.
In the funnel-shaped part 5Æ of the element 5, along the edge 5B slight projections 9 are pro~ided. On these projections 9 there may be placed an upper filter 11, designed with a central deflection-cone projection llA~
a perforated annular area llB and an upstanding peripheral edge llC~
Between the disc 7, the wall 5E and the upper filter 11 there is formed a chamber adapted to contain a charge C
of coffee powder or other drink making produc~. The 35~
projection llA reduces the volume available for the charge and by deflecting the liquid ensures the efficient utilization of all the charge.
With the insertion of the element 5 with the membrane 6 into the container 1, below said element 5 and inside said container 1 there is formed a cavity into which there has been introduced beforehand a quantity of liquid ~water or other) slightly exceeding the necessary amount for making the drink.
Above the container 1, completed by the elements 5 and 11, there is disposed and coupled to it, a second container 12 to collect the made drink/ and to serve as a cup.
This second container is made - according to the example illustrated - from a component 14 ~hich forms a side wall and has a flange or lower peripheral lip 14A9 and from a disc-shaped bottom 16 which is applied by means of a stepped peripheral edge 16A against the flange or lip 14A.
The upper container 12 made from components 14 and 16 is substantially developed in the form of a cup. This con-tainer is coupled to the bottom container 1 designed as a boiler, making use of the flanged lip lB, the lip 14A, and the peripheral area 16A of the disc-shaped bottom 16, which may be sealed between them in suitable manner, advantageously, together within the flange of the stepped lip lB which surrounds and holds the edges 5A, 16A and 14A, and which holds the upper filter-ll. This coupling is obviously completed after the introduction of the liquid into the container 1, the insertion of the element 5 on the container 1, the introduction of the charge C of coffee powder or other and the placing of the upper filter llr the bottom 16 and the element 14.
The disc-shaped element 16 has, in an eccentic position, a passage 18 extending upwardly and intended for the throughflow of the drink which ascends through it to be discharged into the upper container 12 formed by the com-ponents 14,16. The passage 18 is in communication with a space delimited between the components 11 and 1~, into which space the drink being formed arrives, having flowed through the charge C. Above the passage 18 there is advantageously provided a bracket-shaped spray shield 20 protruding internally from the wall 14. An external side projection 22 acts as a handle for the unit.
The component 1 is of metal foil, while the components 5, 11, 16, 14 may be made of food-grade injection moulded synthetic resin, capable sf withstanding the temperatures of the drink, while some of these may be of li~uid-tight L3~i~
paper material.
The whole constitutes a small cof~ee maker of very low cost, of very restricted overall size and weight, and of practically unlimited shelf life, for example in a water-proof protective wrapper. When required for use the assembly is taken from the protective wrapper, the liquid being still in the container 1 kept isolated from the coffee powder charge contained between the disc 7, the wall 5E and the upper filter 11 r by virtue of the presence fo the membrane 6~ Heat is applied by make-shift or standard means to the bottom lC of the container 1 causing a rapid rise of temperature of the liquid with initial vaporisation of the liquid. The pressure in the container 1 thus rises, until the pressure brings about the tearing of the membrane 6. The pressure of the liquid thereafter causes it to rise through the disc 7, the charge C, the upper filter 11 and the passage 18 until it discharges and collects in the upper container 12.
On passing through the charge C the liquid is converted into the desired drink. It is thus possible to consume from the cup-shaped container 12 the drink made instantly by traditional means. The assembly is not reusable and is thus thrown away after use.
3S~
In the alternative assembly of Figure 4, instead of the passage 18 extending upwards, provision is made for a one way valve in the bottom 16. For`this purpose an edge 16C
is formed around a perforated area 16E onto which there is engaged by means of a stem 26 a resilient blade 24 which constitutes the valve. The drink made through the charge C is pushed by the pressurized steam into the upper container shaped as a cup through the valve 16C~ 24 which then retains the drink in the container. A guard 28 for the blade 24 may be fitted with the aim of preventing the valve 16C,24 from being re-opened on stirring the infusion to dissolve a sweetener; raising the blade 24 would cause the drink to flow back into the boiler as a result of the depression caused in the latter.
As a further variation it is possible to provide an internal projecting member on the bottom lC, close to the membrane 6, which can be operated by an external application of force to tear the membrane. The external force brings about a limited deformation of the bottom lC
causing the projection to pierce the membrane.
Technical Field The present invention relates to throw-away assemblies which allow drinks to be made instantly from a liquid to be heated and a drink making product such as, for example, filter coffee, instant coffee powder, leaf tea, soup powder, or similar product. Such drinks are made by heating the liquid and by combining with the product for example by passage of the liquid through a charge of the product.
SUMM~RY OF THE lNv~NllON
The present invention provides an assembly for making a drink from a heated liquid and a drink making product, the assembly including a lower container adapted to contain the liquid to be heated, an upper container coupled to the lower container and adapted to receive the made drink and serve as a cup, an intermediate element engaged between said containers and defining a receptacle for the drink making prvduct, said element also defining filter passages by means of which liquid can flow under pressure through the product, in use, when the liquid is heated, and a membrane normally preventing liquid access to the ~ilter passages, which membrane is adapted to be torn when the drink is to be made.
11~135~
In a preferred embodiment the two containers are coupled together by peripheral coupling lips formed at the top of the lower container and at the bottom of the upper container. Between the two said lips there is placed the edge of the intermediate element which may be a basket or funnel element with filtering action which pro~ects into the liquid and defines the receptacle for the coffee or other drink making product, with its own perforated diaphragm and with the bottom of the upper container. A further perforated diaphragm may be provided which constitutes a filter for the drink and faces a passage provided inside the upper container through which the made drink rises and overflows into the upper container.
The membrane may be fixed on the lower end of the funnel element.
While the bottom container is advantageously made of thin metallic material, the upper container and the inter-._ mediate elements may be made also of pressed food-grade synthetic material.
35~
BRIEF DESCRIPTION OF THE DRAWINGS
Figure 1 shows a cross-section of an assembly according to the invention;
Figure 2 is similar to Figure 1, but shows in section the components in exploded form;
Figure 3 shows a view substantially along line III-III
of Figure l; and Figure 4 shows an alternative embodiment.
DESCRIPTION OF PREFERRED EMBODIMENTS
As illustrated in Figures 1 to 3, 1 denotes a first lower container acting as a boiler, which may be made of thin metal foil suitably cut and pressed to form a side wall lA of circular cross-section and mainly cylindrical, a stepped upper peripheral coupling lip lB, and a bottom lC, advantageously external]y concave or convex to provide resistance to pressure and also to facilitate the heating of the liquid contents. Th~re may be optionally combined with the container 1 a pressure relief valve 3 set at a maximum tolerable pressure for safety reasons.
_.
A first intPrme~;ate element 5 is in the form of a funnel adapted to be housed inside the upper part of the con-tainer 1. A peripheral lip 5A of the elemQnt 5 is placed alongside the lip lB in the assembly operation, while a side edge 5B lies adjacent the upper par~ of the 3S~
side wall lA of the conta.iner 1. The element includes a wall 5E in the shape of a truncated cone, connected to a cylindrical mouth 5C whi~h extends to a position relatively close to the bottom lC of the container 1. A
lower open end of the mouth 5C is closed with a membrane or li.quld-tight film 6, which is made to adhere to the outside of the mouth 5C ~o close it until pressure exerted on the actual membrane 6 tears it.
Inside the element 5 there i.s a perforated disc-shaped diaphragm 7 designed `to act as a filter, to hold the coffee powder or other drink making product. This disc 7 is arranged between the funnel wall 5E and the mouth 5C.
In the funnel-shaped part 5Æ of the element 5, along the edge 5B slight projections 9 are pro~ided. On these projections 9 there may be placed an upper filter 11, designed with a central deflection-cone projection llA~
a perforated annular area llB and an upstanding peripheral edge llC~
Between the disc 7, the wall 5E and the upper filter 11 there is formed a chamber adapted to contain a charge C
of coffee powder or other drink making produc~. The 35~
projection llA reduces the volume available for the charge and by deflecting the liquid ensures the efficient utilization of all the charge.
With the insertion of the element 5 with the membrane 6 into the container 1, below said element 5 and inside said container 1 there is formed a cavity into which there has been introduced beforehand a quantity of liquid ~water or other) slightly exceeding the necessary amount for making the drink.
Above the container 1, completed by the elements 5 and 11, there is disposed and coupled to it, a second container 12 to collect the made drink/ and to serve as a cup.
This second container is made - according to the example illustrated - from a component 14 ~hich forms a side wall and has a flange or lower peripheral lip 14A9 and from a disc-shaped bottom 16 which is applied by means of a stepped peripheral edge 16A against the flange or lip 14A.
The upper container 12 made from components 14 and 16 is substantially developed in the form of a cup. This con-tainer is coupled to the bottom container 1 designed as a boiler, making use of the flanged lip lB, the lip 14A, and the peripheral area 16A of the disc-shaped bottom 16, which may be sealed between them in suitable manner, advantageously, together within the flange of the stepped lip lB which surrounds and holds the edges 5A, 16A and 14A, and which holds the upper filter-ll. This coupling is obviously completed after the introduction of the liquid into the container 1, the insertion of the element 5 on the container 1, the introduction of the charge C of coffee powder or other and the placing of the upper filter llr the bottom 16 and the element 14.
The disc-shaped element 16 has, in an eccentic position, a passage 18 extending upwardly and intended for the throughflow of the drink which ascends through it to be discharged into the upper container 12 formed by the com-ponents 14,16. The passage 18 is in communication with a space delimited between the components 11 and 1~, into which space the drink being formed arrives, having flowed through the charge C. Above the passage 18 there is advantageously provided a bracket-shaped spray shield 20 protruding internally from the wall 14. An external side projection 22 acts as a handle for the unit.
The component 1 is of metal foil, while the components 5, 11, 16, 14 may be made of food-grade injection moulded synthetic resin, capable sf withstanding the temperatures of the drink, while some of these may be of li~uid-tight L3~i~
paper material.
The whole constitutes a small cof~ee maker of very low cost, of very restricted overall size and weight, and of practically unlimited shelf life, for example in a water-proof protective wrapper. When required for use the assembly is taken from the protective wrapper, the liquid being still in the container 1 kept isolated from the coffee powder charge contained between the disc 7, the wall 5E and the upper filter 11 r by virtue of the presence fo the membrane 6~ Heat is applied by make-shift or standard means to the bottom lC of the container 1 causing a rapid rise of temperature of the liquid with initial vaporisation of the liquid. The pressure in the container 1 thus rises, until the pressure brings about the tearing of the membrane 6. The pressure of the liquid thereafter causes it to rise through the disc 7, the charge C, the upper filter 11 and the passage 18 until it discharges and collects in the upper container 12.
On passing through the charge C the liquid is converted into the desired drink. It is thus possible to consume from the cup-shaped container 12 the drink made instantly by traditional means. The assembly is not reusable and is thus thrown away after use.
3S~
In the alternative assembly of Figure 4, instead of the passage 18 extending upwards, provision is made for a one way valve in the bottom 16. For`this purpose an edge 16C
is formed around a perforated area 16E onto which there is engaged by means of a stem 26 a resilient blade 24 which constitutes the valve. The drink made through the charge C is pushed by the pressurized steam into the upper container shaped as a cup through the valve 16C~ 24 which then retains the drink in the container. A guard 28 for the blade 24 may be fitted with the aim of preventing the valve 16C,24 from being re-opened on stirring the infusion to dissolve a sweetener; raising the blade 24 would cause the drink to flow back into the boiler as a result of the depression caused in the latter.
As a further variation it is possible to provide an internal projecting member on the bottom lC, close to the membrane 6, which can be operated by an external application of force to tear the membrane. The external force brings about a limited deformation of the bottom lC
causing the projection to pierce the membrane.
Claims (10)
1. An assembly for making a drink from a heated liquid and a drink making product, the assembly including a lower container adapted to contain the liquid to be heated, an upper container coupled to the lower container and adapted to receive the made drink and serve as a cup, an intermediate element engaged between said con-tainers and defining a receptacle for the drink making product, said element also defining filter passages by means of which liquid can flow under pressure through the product, in use, when the liquid is heated, and a membrane normally preventing liquid access to the filter passages, which membrane is adapted to be torn when the drink is to be made.
2. An assembly according to claim 1, wherein said membrane is adapted to be torn when the liquid is heated as a result of the liquid pressure.
3. An assembly according to claim 1, in which said lower container has a peripheral lip formed at the top thereof and the upper container has a peripheral lip formed at the bottom thereof, and said intermediate element has a peripheral edge which is received between the interengaged peripheral lips of said containers.
4. An assembly according to claim 1,2 or 3, in which the upper container includes a side wall component and a base component constituting the bottom which are engaged together.
5. An assembly according to claim 1,2 or 3, further including a disc-shaped element forming an upper filter, which is engaged between said two containers and together with said intermediate element encloses the drink making product, said disc-shaped element having a downward conical projection in said disc-shaped element surrounding said projection.
6. An assembly according to claim 1, 2 or 3, in which the bottom of the upper container defines an upwardly exten-ding passage inside said upper container, said made drink passing upwardly by pressure through said passage, and overflowing therefrom to collect in said upper container.
7. An assembly according to claim 1, 2 or 3, in which the bottom of the upper container includes a one-way valve for the made drink to flow through into the upper container.
8. An assembly according to claim 1, 2 or 3, m which the bottom container is made of thin metal.
9. An assembly according to claim 1, in which the upper container and/or intermediate element are made of pressed food grade synthetic resin.
10. An assembly according to claim 1, further including an internal projection in the bottom container which can be externally operated to tear said membrane.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| IT9361A/83 | 1983-03-08 | ||
| IT09361/83A IT1198567B (en) | 1983-03-08 | 1983-03-08 | Assembly for making hot beverage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CA1191359A true CA1191359A (en) | 1985-08-06 |
Family
ID=11128984
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA000442497A Expired CA1191359A (en) | 1983-03-08 | 1983-12-02 | Drink maker |
Country Status (2)
| Country | Link |
|---|---|
| CA (1) | CA1191359A (en) |
| IT (1) | IT1198567B (en) |
-
1983
- 1983-03-08 IT IT09361/83A patent/IT1198567B/en active
- 1983-12-02 CA CA000442497A patent/CA1191359A/en not_active Expired
Also Published As
| Publication number | Publication date |
|---|---|
| IT8309361A0 (en) | 1983-03-08 |
| IT1198567B (en) | 1988-12-21 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MKEC | Expiry (correction) | ||
| MKEX | Expiry |