EXTERNALLY INSULATED SHELL COVER

Abstract

The invention relates to beekeeping equipment, specifically a modular structure where the hive body, top cover, and externally applied insulation system work together.

Description

1 TARIFF EXTERNALLY INSULATED SHELL COVER Technical Area 5 The invention relates to beekeeping equipment, specifically the body and top cover of beehives. It relates to a modular structure where the externally applied insulation system works together. State of the Art 10 For high-quality honey production in beehives, hive insulation is essential. It is of great importance. The use of insulation material in beehives Its main purpose is to maintain the temperature balance inside the hive and reduce the energy consumption of the bees. and to prevent colony losses due to humidity. 15 In beehives produced using current techniques, insulation material is applied directly. It is placed inside the hive or inside the lid. This allows the bees to interact with propolis. This causes the insulation to deteriorate. It leads to moisture being trapped inside the hive. This causes mold to form. It leads to a decrease in the quality of honey produced in the hive. 20 In beehives produced using current techniques, insulation material is applied directly. Depending on whether it is placed inside the hive or inside the lid, the bees are isolated. This causes damage to the material. This situation affects the insulation quality and... It significantly reduces the service life. It makes cleaning the inside of the hive more difficult. 25 There are stacking problems in beehives produced using current techniques. Preventing the beehives from sliding and tipping over by preventing them from remaining stable in their location. problems are emerging. Beehives produced using current techniques have a distinctive label belonging to their owner. There is no suitable space available for the mark or trademark to be placed. This This situation leads to beehives being stolen. 2 The lids of beehives produced using current techniques are secured with screws. Over time, corrosion occurs in screws, leading to the formation of rust. Besides causing problems in the honey production process, it also damages beehives. It reduces the lifespan. In conclusion, under what conditions and what kinds of problems will be encountered in beehives Real-time assessments have been conducted. These assessments and current technical data... The products manufactured with [company name] were compared, and the negative aspects described above were noted. Therefore, and due to the inadequacy of the solutions presented on the subject, our invention... The issue necessitated an innovation for externally insulated hive lids. 10 Brief Description of the Invention The present invention meets the aforementioned requirements and overcomes all the disadvantages. externally insulated hive cover 15 which eliminates the problem and brings some additional advantages It is related to. The primary purpose of the invention is to provide insulation inside the beehive using insulation material. It prevents direct contact between bees and honey, and provides ventilation inside the hive. 20 that prevents moisture from being trapped inside the hive and prevents mold formation. providing insulation from the outside, sandwich-type thermal insulation, non-slip cover and The goal is to offer a body system. Another purpose of the invention is to provide isolation on the hive, independent of the bee. to provide. 25 Another purpose of the invention is to address the problems caused by deficiencies in hive insulation. eliminating moisture problems and the negative effects that may occur on honey quality It aims to remove it. Another purpose of the invention is to position the insulation material outside the casing, Improving hive insulation quality, extending service life and user satisfaction. The goal is to ensure satisfaction. 3 Another purpose of the invention is to break the thermal bridge by providing sandwich-type top insulation. It provides insulation from the outside under the cover, so heat loss is reduced to 40%. It decreases by that amount. Another aim of the invention is to facilitate cleaning inside the hive. 5 Another purpose of the invention is to keep beehives fixed in their location. By providing this, it aims to offer a solution to the problems of sliding and overturning. The invention has 12 With its numerous protrusions, it can be securely stacked and remain stable as a single piece. Another aim of the invention is to eliminate stacking problems in beehives. It aims to... Another purpose of the invention is to provide a distinctive mark belonging to the owner on the beehives. or by ensuring there is a suitable space where the brand name can be placed. The aim is to prevent the beehives from being stolen. Another aim of the invention is to utilize hypersonic welding in beehive lids. By providing this, it eliminates the need for screws. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such, and therefore the evaluation should also be based on these forms and details. This should be done taking the explanation into consideration. Figures that will help understand the invention. The subject of this application is the "Externally insulated beehive lid," as shown in the attached diagrams. shown; 30 Figure 1: Structure of the invention, "Externally insulated shell casing lid". It is a general overview perspective representation image that includes all the elements that make it up. 4 Figure 2: Surface of the invention, "Externally insulated hive cap". It shows a combination of a positioned top cover and sandwich-type insulation material. This is a representative image. Figure 3: Surface of the invention, "Externally insulated hive lid", with 5 This is a representative image of the positioned top cover. Figure 4: Hive body relating to the invention "Externally insulated hive lid". It is a perspective representation image. The drawings do not necessarily need to be scaled and are useful for understanding the invention. Unnecessary details may have been omitted. Furthermore, at least... having largely identical or at least largely identical functions The elements are indicated by the same number. Explanation of Part References 1. Hive body 2. External insulation system 2.1. External insulation material 2.2. Sandwich type insulation material 20 3. Top cover Detailed Description of the Invention This detailed explanation includes the 25 preferred options for externally insulated hive lids. These structures are solely for the purpose of better understanding the subject and have no It is explained in a way that will not create a limiting effect. The subject of the invention is an insulation material that provides insulation inside the beehive, protecting the bees and preventing direct contact with honey, providing ventilation inside the hive, hive 30 sandwich-type insulation that prevents moisture from being trapped inside and prevents mold growth. It offers an insulated, non-slip cover and body system, and is insulated on the outside. It is a beehive lid and its feature is;  Can be made of wood or plastic, stackable, and can be stacked on top of each other. available, on the surface of the external insulation system(2) flat surfaces and compatible corners that allow it to be positioned The hive body (1) which has the outline of a beehive and has its settlements.  Placed independently of the bees, with isolation material protecting the bees and 5 the outer surface of the hive body(1) which prevents direct contact of the honey located under the top cover (3), in winter heat It prevents leakage, blocks direct sun heat in summer, and keeps moisture out. It prevents entrapment; the isolation is located on the outside. It does not prevent ventilation, External insulation system(2) 10 Applied to the side walls of the hive body(1), XPS (Extruded Polystyrene) or EPS on the outside of the body(1) Enabling the application of (Expanded Polystyrene) panels, the Bee insulation that prevents direct contact with the insulation Solving the problem of propolis treatment of the material, inside the hive 15 by breaking down the insulation material, which contributes to cleaning moisture inside the hive prevents it from mixing with honey External coating that prevents entrapment and prevents mold formation. insulation material(2.1) o Closing the top cover(3) onto the external insulation system(2) 20 providing insulation, the top cover (3) and the top of the hive body (1) The insulation is sandwiched between the slats, inside the cover. The solution to the problem is to isolate the hive from the outside and sandwich type top that keeps it under the top cover(3) providing insulation, breaking the thermal bridge, top 25 the lid(3) prevents moisture from being trapped inside the hive, mold Sandwich type insulation material (2.2) which prevents its formation  Solves stacking problems in beehives and prevents slippage, beehives that provide marking and offer a solution to the theft problem. with a body (1) that is geometrically appropriate and has 30 a beehive having at least 3 downward-facing protrusions on its corner if the body(1) has a different geometric shape, the hive The body(1) must be stackable and prevent slipping, so it must be at least 12 It may have several downward-facing protrusions, with the protrusions it possesses 6 It sits on the corners of the bucket it will be positioned on during stacking. Prevents the hives from sliding to the right, left, forward, or backward, and facilitates stacking. locking, possessing information in the middle of its surface, ownership, trademark or It has an embossed area where the logo will be engraved, and it closes like a sandwich type. Top cover (3) which secures and compresses the insulation material (2.2) 5 It includes. External insulation system(2); under the cover and externally compressed. applied, external insulation reduces heat loss by up to 40% in the beehive. It prevents moisture from being trapped inside, thus preventing mold formation. Insulation 10 hive insulation, which allows the material to be positioned outside the hive. It improves quality, extends lifespan, and ensures user satisfaction. Top cover (3); the top cover has 4 corners that allow it to fit into the corners of the bottom casing, There are three protrusions at each corner that prevent horizontal movement. Bee 15 beehives bearing a distinctive mark or trademark belonging to the owner This ensures that a suitable area is found where the beehives can be located. This prevents theft. The screw is welded using hypersonic welding. It offers a solution to corrosion and rust problems that occur due to its use. 25

Claims

7 REQUESTS 1. The invention relates to an insulating material that provides insulation inside the beehive, protecting bees and honey. preventing direct contact, providing ventilation inside the hive, hive sandwich 5 that prevents moisture from being trapped inside and prevents mold formation. It offers a non-slip cover and body system that provides thermal insulation, for outdoor use. It is an insulated hive cover and its feature is;  Can be made of wood or plastic, stackable, and can be stacked on top of each other. available, on the surface of the external insulation system(2) flat surfaces and compatible corners that allow it to be positioned 10 The hive body (1) which has the outline of a beehive and has its settlements.  Placed independently of the bees, with insulation material protecting the bees and the outer surface of the hive body(1) which prevents direct contact of the honey located under the top cover (3), in winter heat It prevents leakage, blocks direct sun heat in summer, and keeps the humidity inside at 15. It prevents entrapment; the isolation is located on the outside. It does not prevent ventilation from being provided. External insulation system(2) Applied to the side walls of the hive body(1), XPS (Extruded Polystyrene) or EPS on the outside of the body(1) Bee's 20, which enables the application of (Expanded Polystyrene) panels. insulation that prevents direct contact with the insulation Solving the problem of propolis treatment of the hive material, inside the hive by breaking down the insulation material, which contributes to cleaning moisture inside the hive prevents it from mixing with honey Prevents entrapment and prevents mold formation. External 25 insulation material(2.1) o Closing the top cover(3) onto the external insulation system(2) providing insulation, the top cover (3) and the top of the hive body (1) The insulation is sandwiched between the slats, inside the cover. The solution to the problem is to isolate the hive from the outside and 30 sandwich type top that keeps it under the top cover(3) providing insulation, breaking the thermal bridge, on top the lid(3) prevents moisture from being trapped inside the hive, mold Sandwich type insulation material (2.2) which prevents its formation 8  Solves stacking problems in beehives and prevents slippage, beehives that provide marking and offer a solution to the theft problem. with a body(1) that is geometrically appropriate, each of which it has a beehive having at least 3 downward-facing protrusions on its corner If the body(1) has a different geometric shape, the hive 5 The body(1) must be stackable and prevent slipping, so it must be at least 12 It may have several downward-facing protrusions, with the protrusions it possesses It sits on the corners of the bucket it will be positioned on during stacking. Prevents the hives from sliding to the right, left, forward, or backward, and facilitates stacking. locking, possessing information in the middle of its surface, ownership, trademark or 10 It has an embossed area where the logo will be engraved, and it closes like a sandwich type. Top cover (3) which secures and tightens the insulation material (2.2) It includes.

2. The invention is an externally insulated hive lid conforming to claim 1, with the following characteristic: 15 External insulation applied under the cover and externally by compression fitting. This process reduces heat loss by up to 40%, and lowers humidity inside the hive. External insulation system(2) which prevents entrapment and prevents mold formation. It includes.

3. The invention is an externally insulated hive lid conforming to claim 1, with the following characteristic: 20 Insulation material positioned outside the shell, shell insulation. improving quality, extending lifespan and ensuring user satisfaction It includes an external insulation system (2).

4. The invention is an externally insulated hive lid conforming to claim 1, the feature of which is; top 25 It includes a top cover (3) with three protrusions on each corner.

5. The invention is an externally insulated hive lid conforming to claim 1, the feature of which is; bee beehives bearing a distinctive mark or trademark belonging to the owner ensuring a suitable area is found for theft of beehives It contains a top cover (3) which prevents it from falling. 30 6. The invention is an externally insulated shell cover conforming to claim 1, characterized by its screw fastening mechanism. It offers solutions to corrosion and rust problems caused by its use. It includes a top cover (3) assembled by hypersonic welding.

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