Device for cooking and heating and/or reviving of portions of fresh and/or frozen pre-cooked pasta and other food preparations

Abstract

A device for steam pressure cooking and heating and/or reviving of portions of fresh and/or frozen pre-cooked pasta and other foods having a frame that accommodates a boiler for producing steam and a tank for water, the device further including a supporting assembly with which a container provided with a handle is associated detachably, a basket, and means for feeding and/or storing and discharging water and a condenser. The basket is arranged detachably in a suspended manner in the pressure-tight container, with means for storing and/or feeding and discharging water from the boiler to the tank and to and from the pressure-tight container and a condenser for receiving water from the pressure-tight container.

Claims

1. A device for steam pressure cooking and heating and/or reviving of portions of fresh and/or frozen pre-cooked pasta and other food preparations, which comprises: an outer enclosure that accommodates a boiler for producing steam and a tank for water, a supporting assembly with which a pressure-tight container, provided with a handle, is associated detachably, a basket, perforated in a lower region, for said portion wherein the basket is arranged detachably in a suspended manner in the pressure-tight container, means being present for storing and/or feeding and discharging water from the boiler to the tank and to and from the pressure-tight container, and a condenser being present for receiving water from the pressure-tight container, wherein said supporting assembly is constituted by a disk with which a diffuser is associated in a lower region, said disk having a first hole for inflow of the steam and a second hole for outflow of the steam, pipes being connected to said first and second holes.

2. The device according to claim 1, wherein said outer enclosure is box-shaped in order to contain said boiler for producing steam, said tank for supplying water, and a pump for feeding water, and wherein a supporting assembly is accommodated within an adapted enclosure.

3. The device according to claim 2, wherein said connected pipes comprise a first pipe and a second pipe, said first pipe being connected to ducts that are provided radially to the upper surface of said diffuser, said second pipe being connected, by way of said second hole provided in said disk, to a third, through hole provided in said diffuser.

4. The device according to claim 3, wherein said basket has an outer diameter that is smaller than that of said container and has a plurality of fourth holes provided on its lateral surface proximate to the bottom.

5. The device according to claim 4, wherein said basket has, at said bottom, a plurality of fifth holes.

6. The device according to claim 5, wherein said fourth and fifth holes convey the steam and ensure a uniform heating of the food.

7. The device according to claim 2, wherein said handle protrudes radially from the pressure-tight container and wherein said handle can be associated detachably with said supporting assembly and with said disk by means of a bayonet coupling of the type used in espresso coffee machines.

8. The device according to claim 2, further comprising an electronic system that, in addition to controlling the temperature and pressure levels and the times for dispensing and discharging steam, also monitors the various safety elements with which the device is provided wherein the safety elements comprise means to verify the correct closure of said container on said supporting assembly, means to prevent the disengagement of said container in the presence of pressure inside it and means to constantly check the pressure and the temperature that are present inside it.

9. The device according to claim 1, wherein said container is cylindrical, is open upwardly and is provided internally, at a lower end face, with at least one protrusion that protrudes axially from it, said basket being arrangeable detachably and in a suspended manner with respect to said lower end face inside said container.

10. The device according to claim 1, wherein said condenser is constituted by a vessel provided with a coil that is immersed in the liquid for cooling and condensing the steam.

Description

(1) Further characteristics and advantages of the invention will become better apparent from the detailed description of a particular, but not exclusive, embodiment, illustrated by way of non-limiting example in the accompanying drawings wherein:

(2) FIG. 1 is a three-quarters view from the side of the device;

(3) FIG. 2 is an exploded view of some components of the device;

(4) FIG. 3 is a sectional view of some components of the device;

(5) FIG. 4 is a block diagram of the operation of the device.

(6) In the embodiments illustrated, individual characteristics shown in relation to specific examples may in reality be interchanged with other, different characteristics, existing in other embodiments.

(7) Moreover, it should be noted that anything found to be already known during the patenting process is understood not to be claimed and to be the subject of a disclaimer.

(8) With reference to the figures, the reference numeral 1 generally designates a device for steam pressure cooking and heating and/or reviving of portions 2 of fresh and/or frozen pre-cooked pasta and of other foods, which comprises an outer enclosure or frame 3 that is box-shaped in order to contain a boiler 4 for producing steam, a tank 5 for supplying water, and usual and known pumps and solenoid valves for feeding and discharging water and/or steam.

(9) The boiler 4 is a steam generator using an electric resistance in which the volume of liquid/water inside the boiler 4 will be kept constant by an adapted pump 27 that will come in function if activated by an adapted and conventional level sensor (not shown).

(10) The steam generator is provided with all the elements for adjustment and control required by the regulations in force and is connected, by way of adapted pipes 6, 7, which are conveniently affected by an inflow solenoid valve 8 and by an outflow solenoid valve 9 which are regulated by an electronic system for adjusting and controlling processes and operating conditions 10, to a supporting assembly 11 accommodated in an adapted enclosure 12.

(11) The electronic adjustment and control system 10 controls the temperature and pressure levels and the times for dispensing and discharging steam.

(12) The supporting assembly 11 is constituted by a disk 17 with which a diffuser 18 is associated in a lower region; the disk 17 has a first hole 17a, for the inflow of the steam, and a second hole 17b for the outflow of the steam.

(13) Such first and second hole 17a, 17b are connected to the pipes 6, 7; in particular, the pipe 6 is connected to ducts 6a that are provided radially to the upper surface 6b of the diffuser 18.

(14) The pipe 7 is connected, by way of the second hole 17b provided on the disk 17, to a third, through hole 17c, which is provided on the diffuser 18.

(15) A container or pot 14 provided with a handle 15 that protrudes from it radially can be associated detachably with the supporting assembly 11, and in particular with the disk 17, by means of a bayonet coupling 13 of the type used in espresso coffee machines.

(16) There is an adapted gasket 16, which is adapted to ensure the seal of the pressure present in the container 14 and with characteristics that are such as to ensure a locking that is simple and effortless. Preferably the sealing gasket is provided by an elongated rubber pad, so as to ensure an optimal seal but without requiring an excessive level of force in the contact between the surfaces of the disk 17 or upper support and the external detachable container 14.

(17) The container 14 is advantageously cylindrical, is open upwardly, and is provided internally, at the lower end face 19, with a protrusion 20 that protrudes axially therefrom.

(18) A basket 21 is arrangeable detachably and in a suspended manner with respect to the lower end face 19 inside the container 14, and has an outer diameter that is smaller than that of the container 14 and can optionally be provided with a plurality of fourth holes 22 provided on its lateral surface 23 only proximate to the bottom 24.

(19) The basket can be fixed stably or otherwise to the protrusion 20, either in order to allow an easy draining of the portion once cooked, or in order to be able to change it.

(20) At the bottom 24 of the basket 21 there is a plurality of fifth holes 25.

(21) The portion 2 of fresh and/or frozen pre-cooked pasta and of other foods can be arranged in the basket 21.

(22) The basket 21, once the container 14 is fastened to the supporting assembly 11, abuts hermetically on the bottom of the diffuser 18, thus creating a space between the inner wall of the container 14 and the outer wall of the basket 21 where the steam in output from the diffuser assembly 18 is forced.

(23) The fourth and fifth holes 22, 25 make it possible to convey the steam from below toward the inside of the basket 21 and ensure a rapid and uniform heating of the food.

(24) The supporting assembly 11 is connected to the boiler 4 and to a condenser 26 by way of the pipes 6, 7, which are affected by the inflow solenoid valve 8 and by the outflow solenoid valve 9 which are governed by the electronic adjustment and control system 10.

(25) The electronic system 10 for adjusting and controlling processes and operating conditions, in addition to regulating the circulation cycles of the steam, also monitors the various safety elements with which the device 1 is provided and which verify the correct closure of the container 14 on the supporting assembly 11, prevent the disengagement of the container 14 in the presence of pressure inside it, constantly check the pressure and the temperature that are present inside it, and other functions that are considered necessary for the correct and safe operation of the apparatus.

(26) The condenser 26 is constituted by a receptacle provided with a coil immersed in the liquid for cooling/condensing the steam.

(27) The operation is as follows: once the portion of pasta or other food is arranged in the basket 21 inside the container 14, the latter is clamped to the supporting assembly 11 easily, rapidly and safely thanks to the bayonet coupling; the operator then acts on an adapted keypad arranged on an adapted control panel/conventional control associated with the outer enclosure 3 in order to start the cycle of heating/cooking.

(28) At this point the steam, which is produced continuously by the boiler 4, is introduced into the container 14 by way of the inflow solenoid valve 8.

(29) The inflowing steam is conveyed along a preset path that forces it to cross the food arranged inside the basket 21, in this manner ensuring the uniform, fast and complete heating and/or cooking of the food.

(30) The whole process is managed by an electrical/electronic system that integrates the time/temperature/pressure functions by acting on the electrical elements, and on the steam inflow and outflow solenoid valves.

(31) The outflowing steam is finally channeled into the condenser 26 where it is collected in liquid form.

(32) At the end of the cycle the operator decouples the container 14 and can then pour the hot meal directly onto the plate or into another dispenser, ready to be used.

(33) The device illustrated combines the steam pressure heating/cooking of the portion of food with an original, practical, fast and clean system for managing the portion to be prepared and served.

(34) Such system of steam pressure cooking/heating makes it possible to obtain, very rapidly and with great practicality and ease of use, a high quality product since there is no impoverishment of the product in the cooking water.

(35) The portion of pasta furthermore is always in a clean environment, i.e. it is not contaminated by previous cooking operations.

(36) Since there are no emissions of steam, there is no need for a dedicated room such as a kitchen, or for an extractor hood.

(37) Since it is provided with an independent tank of feed water for the boiler and with a detachable tank for the condensate of the steam, the device does not require connections to the water mains and to the drain system of the building.

(38) Thus it has been found that the invention fully achieves the intended aim and objects, a device being obtained that makes it possible to achieve, rapidly and easily, the cooking and the heating and/or the reviving of portions of fresh and/or frozen pre-cooked pasta and of other food preparations in conditions of the utmost hygiene, thanks partly to the possibility of using a separate perforated container for each portion, or of rapidly and easily washing such container before its reuse.

(39) With respect to conventional devices, the device according to the present invention entails the cooking/heating of the portion in an environment/container under pressure, which ensures the speed of cooking and takes advantage of a special forced circulation of the steam in the cooking environment thanks to which a uniform cooking/heating is obtained. Furthermore, in the device according to the present invention, the outflowing steam is condensed in order to prevent dispersion into the environment.

(40) The device according to the invention comprises a perforated basket, which differently from conventional devices is arranged in abutment with the upper lid so as to ensure the seal. In this manner the steam is forced to circulate from above, to then descend between the outer part of the basket and the enclosure of the pot, and then reascend into the internal part of the basket through the holes defined at the base thereof. In this manner the steam crosses, in great quantities and with considerable speed, the food to be heated, finally exiting through the outflow solenoid valve arranged on the lid of the pot and which takes the steam to the condenser. Therefore the device, which comprises, inter alia, solid perimeter walls 21 which are not present in the prior art documents, entails a channeling of the fluid/steam, which solves the problems and drawbacks of conventional cooking devices. Thanks to the device according to the present invention in fact the steam is forced to pass along a mandatory and well-defined path, which is indispensable in order to ensure an effective and homogeneous heating of the food in reduced times.

(41) The device is furthermore structurally extremely compact, having reduced dimensions that make it easily positionable even in a contained space and together with other devices.

(42) The device furthermore makes it possible to easily achieve the preparation and consumption of the portion, thanks also to the rapid and secure coupling, of the bayonet type, of the supporting assembly.

(43) Preferably in the device according to the present invention, the delimited space that is created, with the container closed and with the basket 21 in abutment hermetically on the bottom of the diffuser 18, between the inner wall of the container 14 and the outer wall 23 of the basket 21 in the fourth and fifth holes 22, 25 makes it possible to convey, by force into the basket 21 from below, the steam flowing out from the diffuser 18 and ensure a rapid and uniform heating of the food.

(44) Lastly, the device can be used in bars, sandwich bars, restaurants, hotels, eating houses, cafeterias, pastry shops, pizzerias, diners, company canteens, refreshment areas in private and public premises, and in household locations, given its simplicity of construction.

(45) Naturally the materials used as well as the dimensions of the individual components of the invention may be more relevant according to specific requirements.

(46) The characteristics indicated above as advantageous, convenient or similar, may also be missing or be substituted by equivalent characteristics.

(47) The content of Italian patent application no. TV2013A000129, the priority of which is claimed in the present application, is incorporated as a reference.