DOUBLE-WALLED INDUSTRIAL PITCHER

Abstract

The invention relates to the double-walled structure of metal pitchers, which allows the liquid inside to be maintained at a higher temperature for a longer period.

Description

1 Specifications DOUBLE-WALLED INDUSTRIAL PITCHER Technical field The invention relates to pitchers made of metal. The invention specifically concerns the double-walled structure of pitchers made of metal. 5 And this is related to maintaining the liquid temperature inside for a longer period of time. Previous technique Today, thermoses, as they are known, are used to keep liquids hot or cold at higher temperatures. Items used for long-term preservation are utilized. The aforementioned Plastic layers are used in thermos production to reduce heat transfer. 10 A vacuum reduces heat transfer by removing air molecules. In thermoses, the inner surfaces are lined with heat-reflecting material, and these surfaces convert heat energy into heat energy. It prevents radiation from escaping. The double-walled thermal insulation principle is a known one. It is a technical process. Polystyrene foam sheets are used as intermediate materials. It contains... The numerous small, closed-cell pores contain stagnant air. 15 These pores provide thermal insulation. The intermediate insulation materials used vary. It is an important parameter that, while showing efficiency, also increases costs. To eliminate some of the technical problems mentioned above Useful document number 2024 / 0216229 titled "Double-Walled Porcelain Thermos Design" Unlike existing applications, the model application features a double-walled porcelain thermos. Using porcelain as an alternative material to reduce costs through design. It is mentioned that porcelain does not contain any harmful substances, making it safe to use. It enables its use. In industrial pitcher applications, the most common material is metal and a single 25 It is produced in layers. The most common type of single-layer pitchers made of steel is... The main problem is that the liquid inside heats up very quickly, especially during the summer months. Consumers add ice to the pitcher continuously to reduce the effect of this sudden warming. It does this. However, since the added ice melts in a short time, such as 15 minutes, both 2 The desired temperature cannot be maintained, and the concentration of the liquid in the pitcher also decreases. By lowering the standard taste, it spoils the consumer's desired palate. This type of consumption... The liquid in the pitcher must maintain its temperature for at least 45-60 minutes. It is requested that ice be applied every 15 minutes, and this is also requested by the staff. It also increases work intensity. On the other hand, ice consumption is an unnecessary 5. It is increasing in this way. Unlike thermoses, which are an indispensable item for consumers on the go, Pitchers used to store liquids that are consumed at a static rate retain the liquid's temperature for longer. There is no known practice regarding the preservation of time periods. Double-walled. The inner wall of thermoses can be made of any of the following materials: plastic, ceramic, or metal. It is very common for the outer wall to be produced with one of these materials, depending on the manufacturer's preferences. It is a common practice. However, the same common production and usage options apply to pitchers. It is not valid. Purpose and Advantages of the Invention The invention is intended for non-travel uses and as a desktop application. The temperature of the liquid in the industrial-grade pitchers positioned for this purpose is kept at a higher level for 20 days. The purpose is to maintain the duration. The ratio of ice added to the liquid in the pitcher for cold uses is the reduction. Adding less ice to the liquid in the pitcher negatively affects the liquid concentration. The goal is to reduce its impact. 25 A more costly and single-material production process for maintaining the cold temperature of the liquid inside. The goal is to provide the technique. The pitcher, which keeps the liquid cold for an extended period, is resistant to mechanical impacts. It is the fact that. 3 Explanation of the Figures Figure 1: General view of an industrial pitcher. Figure 2: Perspective view of a cross-section of an industrial pitcher. Figure 3: Cross-sectional side view of a pitcher used in industry. Figure 4: Detailed view of an industrial pitcher / container. 5 Figure 5: An alternative geometric perspective view of an industrial pitcher. Explanation of References Ref. No. Description 1 Pitcher Body 1.1 Jug outer casing 1.2 Inner wall of the pitcher 2 Covers 2.1 Lid handle 3 Hinges 4 Source surfaces Detailed Description of the Invention The invention relates to the double-walled design of industrial jugs made of steel. The industrial pitchers shown in Figure 1 are frequently used, especially at dining tables. These are items. In their most common form, pitchers made of steel are single-walled. It is manufactured especially when it is desired that the liquid inside remains cold during the summer months. Ice is added to the pitcher. In single-walled pitchers, heat transfer with the external environment occurs. Because it's so easy, the ice inside melts very quickly, and ice is removed at regular intervals. Supplementation is provided. 15 4 In the industrial jugs which are the subject of the invention, the body (1) is produced with a double wall and both The inner wall (1.2) and the outer wall (1.1) are made of the same material. When manufactured in different diameters and then nested together, the gaps between them create heat. It creates an ideal environment for insulation. The space remaining between the two walls Two walls are formed by creating a source surface (4) so ​​that the air is trapped in a closed volume. 5 A closed volume is formed between them. Figures 2 and 3 show double-walled pitchers. The body (1) is shown in detail. Figure 4 shows the detail of the lid (2) of the industrial jug. The inclined lid (2) The part consists of two sections: a fixed section and a folding section. Fixed and folding section. They are connected to each other by hinges (3). Ice replenishment in industrial jug 10 When desired, the lid in the opening section is opened by holding the handle (2.1) and the preferred option is selected. Ice is added as a supplement. The industrial jug body (1) shown in Figure-5 has an octagonal geometry and is manufactured The number of corners can vary depending on the material specifications. 20

Claims

Requests 1. The invention relates to pitchers made of metal material used for industrial purposes. Its distinguishing feature is that the aforementioned pitcher has a double wall made of metal.

2. According to Claim 1, the inner wall (1.2) and outer wall (1.1) of the industrial jug mentioned To ensure a watertight seal in the gap between them, a weld is placed between both surfaces. 5 the presence of its surface (4).

3. According to claim 1, the industrial jug mentioned has a slanted lid (2). It is the fact that. According to Claim 1, the slanted lid of the industrial jug mentioned (2) 10 which enables it to be partially opened and closed and is attached to the lid (2) It contains a hinge (3).

5. In addition to the fact that the body of the industrial jug mentioned in Claim 1 is round, It has an octagonal body structure.

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