RU175810U1 - PRODUCT TEMPERATURE SUPPORT DEVICE - Google Patents

Abstract

The utility model relates to means for maintaining the temperature of products. The technical result is to maintain a constant temperature inside the claimed product, within 60-80 ° C, which allows you to serve hot food without moisture, regardless of the distance of transportation. The device contains a supporting casing, bearing belts, a contact rail, a thermal bag integrated with the supporting casing, aluminum plates installed inside the thermal bag, heating elements located inside the thermal bag valves, a control lamp integrated with a temperature indicator, and a charging platform. 2 ill.

Description

FIELD OF TECHNOLOGY

A utility model relates to means for maintaining the temperature of products, namely, a utility model relates to a heated bag with a plug-in charger, docking station, for food.

BACKGROUND

Currently, there are many thermally insulating structures (thermobags) that allow for a long time to transport food products, such as hot food to the office and home - pizza. And also there are intermediate "stations" for heating a thermobag, where a constant temperature is maintained at a given level, for delivery to a courier for further delivery.

In order for the thermobag to not lose heat during transportation, they usually use a direct connection of the thermobag to the electrical system via the cigarette lighter (12 V) of the car. At the same time, each time you have to connect and disconnect (up to several dozen times a day) the cable connector when delivering hot food, such as pizza. This leads to heavy loads on the connector pins, and the cables themselves are often cracked, and sometimes torn. Such daily actions lead to inconvenience in the use of a thermal bag, for example, by courier. It should also be borne in mind that thermal bags, with daily use, should be heated and maintain a constant temperature during rain, wind, snow and any adverse external environment.

DISCLOSURE OF A USEFUL MODEL

The main objective of the utility model is to create a heated thermal capacity for pizza, hamburgers, kebabs, hot meals and much more, made with the possibility of uninterrupted fast heating without repeated connection-disconnection of wire connectors.

The technical result of the utility model is that the temperature inside the product always remains constant, within 60-80 ° C, which allows you to serve hot food without moisture, regardless of the distance of transportation. When using a utility model, you do not need to constantly experience inconvenience with the power cable. The sole (casing) of thermal capacity from wear-resistant material protects from damage, deformation and dampness.

The claimed utility model contains a bearing casing, bearing belts, contact rails, a magnetic switch, a thermal bag integrated with the bearing casing and made of heat-insulating material, aluminum plates installed in the upper and lower parts inside the thermal bag, heating elements located in the upper and lower parts inside the valves of the thermobag behind the aluminum plates, a control lamp integrated with a temperature indicator, made with the possibility of temperature control of the area inside the thermo bags, and a charging platform, made with the possibility of connecting to the mains and connected to the contact rails of the supporting casing, equipped with electrical contacts and connected cables to the heating elements by means of spring contacts of the charging platform.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a general view of the claimed device.

FIG. 2 is a sectional side view of the claimed device.

In FIG. 1-2 the following items are indicated:

1. The bearing casing (sole)

2. Supporting belts

3. Contact rail

4. Thermal insulation material

5. Aluminum plate 1.5 mm 380 × 380

6. Heating element

7. Bag valves

8.1 Indicator lamp

9. Charging platform (dock) 12 V / 220 V

10. Network connection 12 V / 220 V

11. Magnetic switch.

IMPLEMENTATION OF A USEFUL MODEL

The following detailed description is made with reference to the positions indicated in the drawings, for a more detailed explanation of the essence of the utility model.

Description of the bearing casing (sole) 1 made of plastic (B40 × H40 × TZ6 - sample size):

Convenient carrying case made of plastic 1 with built-in magnetic elements and a charger (also a battery), with two straps pos. 2 for easy transportation / transfer and storage. With the help of adjustable carrying belts 2, the volume of a thermobag can vary (increase / decrease) in size (in height) with Velcro fasteners. This prevents undesirable heat loss with a small capacity load. The bearing casing (sole) 1 is equipped with a connecting cable, which is directly connected to the heating elements of the thermobag. The thermobag is securely mounted in the supporting casing 1 and is protected against slipping by means of Velcro fastened to the bottom of the casing.

The heating of the container (thermobag) is carried out by means of the electric elements of the supporting casing (sole) 1 and the charging platform (docking station) 9. The supporting casing (sole) 1 is installed on the charging platform (docking station) 9 and the heating process occurs using magnetic electrical contacts. Additional magnets in the supporting casing (sole) 1 and the charging platform (docking station) 9 (not shown in the drawings) prevent the instability of the thermal bag during transportation. The specified scheme provides the simplicity and reliability of daily use.

A thermal bag made of a light-washable and maintenance-free material with an insulating layer of heat-insulating material 4 is equipped with two 1.5 mm aluminum plates 5 in the upper and lower parts of the thermal bag, as well as two heating elements 6 in the same areas of the thermal bag. The heating elements 6 are placed in specially designed valves for the thermobag 7, which are located in the inner region (above and below) of the thermobag. The thermal bag is made without external seams and joints to avoid heat loss. A 8.1 warning lamp with a built-in temperature indicator indicates the status inside the container (bag).

Description of the charging platform (dock) 9, made of plastic:

Quick Connect:

The charging platform (dock) 9 is equipped with a 12 V / 220 V network connection. For quick heating of the thermal bag to the specified 60-80 ° С, the charging platform (docking station) 9 is connected to a 220 V network.

To constantly maintain the temperature in the thermal bag during transportation (delivery to the destination), a 12 V network is used (for example, a car cigarette lighter).

The bearing casing (sole) 1 of the thermobag and the charging platform (docking station) 9 have electrical contacts. The contact rail 3 in the supporting casing (sole) 1 and the spring contact 3.1 of the charging platform (dock) 9, which are precisely matched to each other. Thus, the supporting casing (sole) 1 is simply installed on the charging platform (dock) 9 and the thermal bag automatically starts to heat up to the set temperature.

The charger is automatically turned off using a magnetic switch 11, as soon as the carrier casing (sole) 1 with a thermal bag leaves the charging platform (dock) 9.

Bearing casing (sole) 1 and charging platform (docking station) 9, combined with a heated thermal bag:

The carrier casing (sole) 1 is made of plastic and the charging platform (dock) 9 with integrated magnetic elements and the battery is equipped with two adjustable carrier belts 2, which serve for simplified transportation and the possibility of heating and maintaining the heat of the products inside the bag.

Bearing casing (sole) 1 has one or two adjustable straps 2 for carrying with Velcro. Electric heating of a thermal bag with a bearing casing (sole) 1 is carried out using a charging platform (dock) 9.

The bearing casing (sole) 1 with accuracy fits (engages with) to the charging platform (dock) 9 and the process of electrical heating is carried out by connecting electrical contacts (contact rail 3), occurs when they are in direct contact.

A 8.1 warning lamp with a built-in temperature indicator indicates the status inside the bag.

The bearing casing (sole) 1 is equipped with a connecting cable, which can be directly connected to the heating elements 6 of the thermobag.

Bearing casing (sole) 1 is made of lightweight, impact resistant, refractory and heat-resistant plastic.

Charging platform (dock) 9, made with the possibility and corresponding to the size of the bearing casing (sole) 1, is equipped with 12 V / 220 V network connection 10.

The charging platform (dock) 9 is equipped with a spring contact 3.1, which interacts with the contact rail 3 of the bearing casing (sole) 1.

The charging platform (docking station) 1 is automatically, using a magnetic switch 11, as soon as the supporting casing (sole) 1 with a thermal bag is installed on the charging platform (docking station) 9, the electric heating is switched on and off when removed.

To carry out the process of electric heating of a thermal bag with a supporting casing (sole) 1, the charging platform (docking station) 9 is connected to a 220 V network.

To carry out the process of maintaining a constant temperature in the thermal bag, the charging platform (dock) 9 is connected to a 12 V network (car cigarette lighter).

To better maintain stability and fixation of a thermal bag with a bearing casing (sole) 1 and a charging platform (dock) 9, additional magnets (magnetic elements) are provided.

The charging platform (dock) 9 is made of lightweight, impact resistant, refractory and heat-resistant plastic.

The heated thermal bag contains two aluminum plates 5 and two heating elements 6.

A thermobag made of easily washable and maintenance-free material with a heat-insulating effect, an oven effect (heat-insulating material 4) is equipped with two 1.5 mm aluminum plates 5 in the upper and lower parts of the thermobag and two heating elements 6 in the same areas of the thermobag.

Aluminum plates 5 and heating elements 6 are placed in the valves of the bag 7 provided for them, which are located in the inner region (upper and lower) of the thermobag.

There are no external seams and corner joints in the thermal bag to avoid heat loss.

Claims (1)

 A device for maintaining the temperature of products containing a supporting casing, bearing belts, contact rails, a magnetic switch, a thermal bag integrated with the supporting casing and made of heat-insulating material, aluminum plates installed in the upper and lower parts inside the thermal bag, heating elements located in the upper and lower parts inside the valves of the thermal bag behind the aluminum plates, a control lamp integrated with a temperature indicator, made with the possibility of temperature control about Asti inside thermobags and charging platform configured to connect to the mains and connected to the contact rails carrying the housing, provided with switch contacts and cables connected to the heating elements via spring contacts of the charging platform.

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