ES1078337U - Cooler crusher of glasses, cups and other containers (Machine-translation by Google Translate, not legally binding) - Google Patents
Cooler crusher of glasses, cups and other containers (Machine-translation by Google Translate, not legally binding) Download PDFInfo
- Publication number
- ES1078337U ES1078337U ES201231298U ES201231298U ES1078337U ES 1078337 U ES1078337 U ES 1078337U ES 201231298 U ES201231298 U ES 201231298U ES 201231298 U ES201231298 U ES 201231298U ES 1078337 U ES1078337 U ES 1078337U
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- ES
- Spain
- Prior art keywords
- cooler
- cups
- containers
- frosting
- glasses
- 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.)
- Granted
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- Filling Or Discharging Of Gas Storage Vessels (AREA)
Abstract
Description
Enfriador escarchador de vasos, copas y otros recipientes. Frosting cooler of glasses, cups and other containers.
El presente modelo utilidad recae en un aparato enfriador escarchador de vasos, copas y otros recipientes utilizado especialmente en hostelería que tiene por finalidad enfriar dichos recipientes a una temperatura muy baja en un período de tiempo extremadamente corto mediante la utilización de CO2 alimentario en estado líquido. The present utility model falls to a frosting cooler apparatus of glasses, cups and other containers used especially in hospitality which is intended to cool said containers to a very low temperature in an extremely short period of time by using food CO2 in liquid state.
El problema técnico que resuelve la presente invención es conseguir enfriar recipientes de tipo copas o vasos a temperaturas por debajo de los menos 20 grados centígrados de forma muy rápida y utilizando un método compatible con el uso de dichos recipientes para la alimentación humana. The technical problem solved by the present invention is to cool cups or glasses-type containers to temperatures below 20 degrees Celsius very quickly and using a method compatible with the use of said containers for human consumption.
Para ello la invención descrita se basa en la utilización de CO2(dióxido de carbono) líquido pulverizándolo en el recipiente que se pretende enfriar rápidamente a través de un conjunto de elementos que consiguen la finalidad pretendida y entre los cuales nos encontramos con una botella de CO2 líquido de las ya conocidas en el mercado que se acopla al enfriador a través de una base rectangular plana lisa en su cara superior y troquelada en su cara inferior para el encastre de los distintos elementos de conexión que serán. For this purpose, the described invention is based on the use of liquid CO2 (carbon dioxide) by spraying it in the container that is intended to cool rapidly through a set of elements that achieve the intended purpose and among which we find a CO2 bottle liquid of those already known in the market that is coupled to the cooler through a flat flat rectangular base on its upper face and punched on its lower face for the insertion of the different connection elements that will be.
- • •
- un tubo flexible a flexible tube
- • •
- una electroválvula a solenoid valve
- • •
- un pulsador a push button
- • •
- un tubo hueco capilar a hollow capillary tube
Así la electroválvula queda adherida a la base y unida al tuvo flexible, al tubo hueco capilar y al pulsador de tal forma que al accionarse el pulsador la electroválvula permite impulsar el CO2 líquido de la botella a través del tubo flexible y del tubo hueco capilar hasta la zona superior del enfriador con la potencia necesaria. Thus, the solenoid valve is attached to the base and joined to the flexible one, to the capillary hollow tube and to the push-button so that when the button is operated, the solenoid valve allows the liquid CO2 of the bottle to be pushed through the flexible tube and the capillary hollow tube the upper area of the cooler with the necessary power.
En la zona superior del enfriador, al otro extremo del tubo hueco capilar, se encuentra una boquilla de pulverizadora con varios orificios recubierta por una campana que a su vez presenta varios estratos de orificios difusores. In the upper part of the cooler, at the other end of the hollow capillary tube, there is a spray nozzle with several holes covered by a bell which in turn has several layers of diffuser holes.
Al entrar el C02 líquido en la campana se consigue que salga pulverizado aerodinámicamente sobre las paredes del recipiente y circule hacia el extremo contrario bajando verticalmente por las paredes del mismo tanto interna como externamente. Esta forma de salida del CO2 hace que la masa de frío o el aporte de frigorías necesarias para enfriar el recipiente entre los 20 y los 50 grados bajo cero sea muy inferior al habitual con el consiguiente ahorro de energía y tiempo que se traduce en costes. Upon entering the liquid C02 in the hood, it is achieved that it flows out aerodynamically on the walls of the container and circulates towards the opposite end down vertically through the walls thereof both internally and externally. This form of CO2 output makes the cold mass or the contribution of refrigerators necessary to cool the container between 20 and 50 degrees below zero much lower than usual with the consequent saving of energy and time that translates into costs.
El enfriador escarchador constituye una estructura de diseño innovador destinado especialmente a la hostelería y la restauración. The cooler cooler is an innovative design structure designed especially for catering and catering.
Existen en el mercado distintos aparatos enfriadores escarchadores con igual aplicación pero la presente invención presenta las ventajas que a continuación se enumeran. There are different frosting coolers on the market with the same application but the present invention has the advantages listed below.
Las ventajas de esta invención se desprenden de la memoria descriptiva, si bien a continuación citamos las más destacadas con carácter meramente enunciativo y no limitativo, a saber: The advantages of this invention are apparent from the descriptive report, although we will now mention the most prominent ones with a purely enunciative and non-limiting nature, namely:
- • •
- Diseño estructural más sencillo facilitando la funcionalidad y eficacia del aparato. Simpler structural design facilitating the functionality and efficiency of the device.
- • •
- Mantenimiento del aparato más sencillo y rápido desde el punto de vista técnico. Maintenance of the device easier and faster from a technical point of view.
- • •
- El consumo de CO2 se optimiza entre un 20 – 30%. CO2 consumption is optimized between 20-30%.
- • •
- Mayor versatilidad ya que su diseño permite enfriar recipientes y productos con características heterogéneas. Greater versatility since its design allows to cool containers and products with heterogeneous characteristics.
- • •
- Menores costes de fabricación, uso y mantenimiento Lower manufacturing, use and maintenance costs
Para mejor comprensión de esta memoria se acompañan los dibujos adjuntos, que muestran un ejemplo de realización no limitativo del objeto de la invención, y en los que: For better understanding of this report the accompanying drawings are attached, which show an example of non-limiting embodiment of the object of the invention, and in which:
Figura número 1.-muestra una vista en alzado oblicuo del aparato. Figura número 2.-muestra una vista lateral parcialmente seccionada del aparato. Figura número 3.-muestra una vista en sección del racor de conexión. Figura número 4.-muestra una vista frontal en sección de la campana. Figura número 5.-muestra una vista en perspectiva de la base del aparato. Figure number 1.- shows an oblique elevation view of the apparatus. Figure number 2.- shows a partially sectioned side view of the apparatus. Figure number 3.- shows a sectional view of the connection fitting. Figure number 4.- shows a front view in section of the bell. Figure number 5.- shows a perspective view of the base of the apparatus.
De conformidad con los dibujos adjuntos el enfriador escarchador de vasos, copas y otros recipientes está formado por varios elementos tales como con un racor de conexión(1), que une la electroválvula (2) a un tubo flexible(3) por donde entrará el gas procedente de una botella externa de CO2. In accordance with the attached drawings, the frosting cooler of glasses, cups and other containers is formed by several elements such as with a connection fitting (1), which connects the solenoid valve (2) to a flexible tube (3) through which the gas from an external CO2 bottle.
El acoplamiento a la botella externa se realiza a través de un cuerpo de conexión central con base rectangular plana The coupling to the external bottle is done through a central connection body with flat rectangular base
(4) de acero inoxidable que en su cara inferior(16) ha sido mecanizada con oquedades para la inserción de los demás elementos de conexión y que se prolonga hacia abajo mediante sendas piezas perpendiculares paralelas en forma de L invertida (10) que fijarán la botella. (4) stainless steel that in its lower face (16) has been machined with cavities for the insertion of the other connection elements and that is extended downwards by means of parallel perpendicular pieces in the form of an inverted L (10) that will fix the bottle.
El tubo flexible (3) tendrá una longitud variable y en sus extremos se incorporan sendas tuercas giratorias(15) para su conexión a la botella y la electroválvula. El tubo flexible (3) está formado por una malla reforzada de acero inoxidable que recubre un tubo interior liso, fabricado preferentemente de politetrafluoretileno, de espesor fino resistente al fuego, químicamente inerte y apto para el uso en la industria alimenticia. The flexible tube (3) will have a variable length and at its ends two rotating nuts (15) are incorporated for connection to the bottle and the solenoid valve. The flexible tube (3) is formed by a reinforced stainless steel mesh that covers a smooth inner tube, preferably made of polytetrafluoroethylene, of a thin fire-resistant thickness, chemically inert and suitable for use in the food industry.
La electroválvulas (2) se encuentra situada en la cara inferior (14) de la base rectangular plana(4) y está conectada a un pulsador(5), que permite realizar manualmente los impulsos de salida del gas. La electroválvula(2) se conecta a la boquilla (13) a través del tubo hueco capilar (9), curvado 180º en su parte superior, por donde circula el gas en sentido ascendente. The solenoid valves (2) are located on the underside (14) of the flat rectangular base (4) and are connected to a push button (5), which allows the gas output pulses to be carried out manually. The solenoid valve (2) is connected to the nozzle (13) through the hollow capillary tube (9), curved 180º in its upper part, through which the gas flows upwards.
La boquilla (13) está provista de varios orificios (7) a través de los cuales sale el gas que se introduce por la parte superior de la copa o recipiente enfriando su superficie y se encuentra cubierta por la campana invertida (12) que sirve además de carcasa protectora. Esta boquilla (13) cuenta con un orifcio central (11) y con varios orifcios escalométricos (8) para la pulverización y difusión del gas distribuidos en varios niveles. The nozzle (13) is provided with several holes (7) through which the gas that enters through the top of the cup or container is cooled by cooling its surface and is covered by the inverted bell (12) which also serves of protective housing. This nozzle (13) has a central hole (11) and several stepometric holes (8) for the spraying and diffusion of gas distributed over several levels.
Al entrar el gas en la campana invertida (12) que cubre la boquilla (13) , se consigue que el gas salga aerodinámicamente sobre las paredes del recipiente y circule hacia el extremo contrario bajando por las paredes del mismo tanto interna como externamente. Esta forma de salida del gas hace que la masa de frío o el aporte de frigorías necesarias para enfriar el recipiente interna y externamente entre los 20 y los 50 grados bajo cero sea muy inferior al habitual. When the gas enters the inverted hood (12) that covers the nozzle (13), it is achieved that the gas flows aerodynamically over the walls of the container and circulates towards the opposite end down the walls thereof both internally and externally. This form of gas outlet makes the cold mass or the supply of refrigerators necessary to cool the container internally and externally between 20 and 50 degrees below zero is much lower than usual.
El diámetro de la campana invertida (12) es variable pudiendo ser superior al de recipiente enfriado o algo menor de tal forma que se cree una envolvente más cerrada para ajustarse al borde superior del recipiente favoreciendo la circulación del gas al rebotar sobre su superficie interior. El aparato enfriador escarchador de vasos, copas y otros recipientes está fabricado en acero inoxidable aunque se podrían utilizar otros materiales con las mismas prestaciones. The diameter of the inverted bell (12) is variable and can be greater than that of the cooled container or somewhat smaller so that a more closed envelope is created to fit the upper edge of the container, favoring the circulation of the gas when bouncing on its inner surface. The frosting device for glasses, cups and other containers is made of stainless steel, although other materials with the same performance could be used.
Claims (1)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ES201231298U ES1078337Y (en) | 2012-12-04 | 2012-12-04 | GLASS COOLER OF GLASSES, COVERS AND OTHER CONTAINERS |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| ES201231298U ES1078337Y (en) | 2012-12-04 | 2012-12-04 | GLASS COOLER OF GLASSES, COVERS AND OTHER CONTAINERS |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| ES1078337U true ES1078337U (en) | 2012-12-28 |
| ES1078337Y ES1078337Y (en) | 2013-07-26 |
Family
ID=47297510
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| ES201231298U Expired - Fee Related ES1078337Y (en) | 2012-12-04 | 2012-12-04 | GLASS COOLER OF GLASSES, COVERS AND OTHER CONTAINERS |
Country Status (1)
| Country | Link |
|---|---|
| ES (1) | ES1078337Y (en) |
-
2012
- 2012-12-04 ES ES201231298U patent/ES1078337Y/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| ES1078337Y (en) | 2013-07-26 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| FG1K | Utility model granted |
Effective date: 20130716 |
|
| PC1K | Transfer of utility model |
Owner name: ALFONSO PEDRO GARRIDO PLASENCIA Effective date: 20181203 |
|
| FD1K | Utility model lapsed |
Effective date: 20220428 |