AN ICE CREAM MACHINE THAT CAN BE USED IN FREEZERS.

Abstract

This invention relates to an ice cream machine (1) which can be used in freezers, deep freezers, integrated into the preferred location inside the freezer and the entire ice cream making process is done inside the freezer.

Description

1 TARIFF AN ICE CREAM THAT CAN BE USED IN FREEZERS. MACHINE Technical Area This invention can be used in freezers, deep freezers, and refrigerators. It involves an ice cream machine that can be fixed in place wherever preferred. Previous Technique Refrigerators operate using the vapor compression method, keeping food cold. These are machines that ensure long-term preservation. Depending on their area of ​​use... There are many different models. 15 Coolers contain a fan, motor, thermostat, and other components that regulate cooling. directing elements and compressor, condenser, evaporator, heat exchanger and There are several cooling circuit elements like these. Air transfer within the cooler is achieved through the means of elements and 20 Foods placed inside the refrigerator are kept cold and preserved. is provided. Heat is a type of energy that transfers from a hot environment to a cold environment. The purpose of cooling is also to transfer heat. The goal is to maintain the temperature of the substance below the ambient temperature. Therefore, 25 Heat will constantly flow from the external environment towards the cooled substance. Heat Heat conduction is a property related to the molecular structure of matter. Every substance has a specific heat conduction characteristic. Their ability to conduct heat varies; some materials are insulators because they conduct very little heat per unit time. It is called heat transfer. It is not possible to completely prevent heat transfer, but it can. The transfer can be reduced or slowed down. Coolers can keep indoor temperatures low. 30 They are equipped with a cooling system. The coolant is usually a metal that conducts heat well. 2 Because it is made of this material, the need for insulation is inevitable. The cooling system Amount and unit of insulation in the calculation, installation and operation (testing) The amount of heat transferred over time is taken into consideration. When choosing insulation materials, the most suitable option is also considered. The key factors are the amount of heat the material transmits per unit time, its price, and its application. This is the form. Another characteristic of insulation material is its moisture and water retention capacity. 5 Cooling surfaces develop large amounts of water droplets due to condensation of moisture in the air. It forms a non-waterproof insulation material very quickly. It loses heat. Thermal insulation in coolers prevents the outside temperature from reaching outside the cabinet. It is necessary for retention. The thickness of the thermal insulation line depends on the type of materials and It varies depending on the temperature at which cooling will be applied. A wide variety of materials 10 Although used in cabins, these are the most common thermal insulation materials used. These are polyurethane and glass wool. The material known as polyurethane has become quite popular in recent years. It has found many applications. Polyurethane solidifies into a hard and solid form. Due to its properties, it serves as both insulation and a frame in household refrigerators. Coolers generally consist of parts such as a housing, door, and cooling unit. It includes thermal insulation, cooling efficiency, and interior lighting in coolers. It is important. Interior lighting in refrigerators, in other words, interior body lighting, so that the user can easily see all the products inside the cooler It is planned. 20 Freezers and deep freezers are used for cooling different product groups. They can be used. One of these product groups is ice cream. The ice cream is made outside in a machine and then put into ice cream containers. They can be placed and kept in deep freezers. 25 Ice cream is usually made in ice cream containers. Deep freezer. After the ice cream containers that are inside or being kept inside are cooled to below freezing Then it is taken out and the necessary ingredients for ice cream, such as sugar, syrup, and milk, are added. They produce ice cream by mixing ingredients. Ice cream production takes place in 30 different areas outside the freezer. The ice cream is made in machines and then placed in an ice cream container inside the freezer. 3 With the current patent application, the ice cream machine is completely placed inside the freezer. It can be integrated. The electrical socket on the ice cream machine... By connecting it directly to the electrical line inside the freezer, it can be connected via a connector. It operates inside the freezer. Ice cream maker, freezer 5 It works inside and automatically freezes inside the freezer. is produced and then placed inside the ice cream maker bucket freezer. It is kept in storage. The entire system operates inside the freezer, therefore... Temperature conditions are maintained throughout the entire production process, in ice cream production. No melting is occurring. 10 Purposes of the Invention The purpose of this invention is to create different types of refrigerators, coolers, deep freezers, etc. An ice cream 15 that can be easily placed and integrated into refrigerators. The machine is to perform. Another aim of this invention is to make ice cream production entirely for the freezer. is to create an ice cream machine that provides Another purpose of this invention is to allow items to be placed on any flat surface or specific area inside the freezer. an ice cream maker that can be placed on freezer shelves with an adapter to accomplish. Another purpose of this invention is to create a device whose parts can be easily disassembled, cleaned, and reused. The goal is to create an ice cream machine that is easy to install. Another purpose of this invention is to create an ice cream maker that can make ice cream automatically. to perform the machine Detailed Description of the Invention 4 The ice cream machine, created to achieve the purpose of this invention, is attached. These are shown in the figures; Figure 1. Perspective view of the ice cream machine. 5 Figure 2. Side and cross-sectional views of the ice cream machine. Figure 3. This is an exploded view of the ice cream machine. Figure 4. Perspective view of the inner bucket lid, motor, and material pipe. Figure 5. Perspective view of the ice cream bucket and mixer. Figure 6. Perspective view of the mixer and motor. 10 The parts in the figures are individually numbered, and these numbers correspond to: It is given below. 1. Ice cream machine 15 2. Control panel 2.1. Screen 2.2. Control button 2.3. Particle aperture 3. Top roll outer sheet 20 4. Inner bucket lid 4.1. Pipe opening 4.2. Lock opening 4.3. Sensor 5. Ice cream bucket 25 6. Fixing plate 7. Mixer 7.1. Bottom mixer 7.2. Side scraper 7.3. Medium mixer 30 7.4. Rotary shaft 7.5. Engine clearance 8. Lock 9. Engine 10. Material pipe It can easily fit into different types of refrigerators such as freezers, coolers, and deep freezers. An ice cream maker that can be placed and used to make different types of ice. The machine is (1) and its feature is; -control panel (2), top roll outer sheet (3), inner bucket lid (4), ice cream bucket (5), It includes a fixing plate (6), mixer (7), motor (9) and material tube (10), 10 -the inner bucket lid (4) and control panel (2) are located on the ice cream bucket (5), - inside the ice cream bucket (5), bottom mixer (7.1), side scraper (7.2), middle It is the presence of a mixer (7) with a stirrer (7.3) and a rotating shaft (7.4). Ice cream machine (1) all types of freezer, deep freezer, refrigerator, 15 easily found in appliances such as the freezer compartments of refrigerators can be used. Ice cream machine (1) on the floor or in these devices By placing any space inside, the electrical socket located on top of the freezer... It can be easily used by plugging it into the electrical outlet. The ice cream machine (1) automatically with the electronic equipment on it. It can be operated and production can be carried out with different production recipes registered on it. is able to do so. Ice cream machine (1) both for use and for easy disassembly and reassembly of parts 25 Easy to clean and service, as well as being able to be combined. It offers an advantage. Due to its body structure, the ice cream machine (1) should preferably be placed on a flat surface. It can be operated directly by placing it. The ice cream machine (1) is used for 30 days. It adapts directly to the temperature of the place, in other words, the internal temperature of the freezer, and 6 The temperature in question is the operating temperature of the ice cream machine (1). Due to its structure, the ice cream machine (1) is on the bucket surface during ice cream making. This prevents the formation of sediment and enables homogeneous mixing. The subject of the invention is the ice cream machine (1) and 5 different types of ice cream with different production recipes. Ice cream can be produced automatically. Ice cream machine (1) preferably at least one control panel (2), at least one top roller outside sheet metal (3), at least one inner bucket lid (4), at least one ice cream bucket (5), at least one fixing plate (6), at least one mixer (7), at least one lock (8), at least one motor (9) 10 and contains at least one material tube (10). The control panel (2) is preferably located on the upper part of the ice cream machine (1). It includes automatic ice cream making and switching the device on and off. It is the part used. The control panel (2) preferably has a processor, memory, memory, 15 It includes the most basic components, such as the wireless connector. From the control panel... (2) the most basic things like turning the ice cream machine (1) on and off, operating it Functions and complex freezing processes can be performed. The control panel (2) preferably has at least one screen (2.1), at least one control button (2.2) and 20 It contains at least one particle aperture (2.3). Located on the control panel (2) The screen (2.1) can be a touchscreen or a regular screen. Screen (2.1) If touch is selected, then no control buttons (2.2) may be used at all or the most A few control buttons (2.2) can be used. In one application of the invention, the particles used to make ice cream, Particle opening for inserting ingredients such as sweeteners and flavorings (2.3) It is located. Particle opening (2.3) preferably with material tube (10) and freezing. It is attached to the bucket (5) and the materials ejected from the particle opening (2.3) are material It falls from the pipe (10) into the ice cream bucket (5). 30 7 All kinds of electronic control and operation via the control panel (2) It is possible to do so. Many ice cream recipes are available in the control panel (2) and Work schedules are provided in accordance with the prescriptions. The user is responsible for the aforementioned work. By selecting the desired program, the ice cream maker will automatically It can operate. 5 The ice cream machine (1) can be turned on and off semi-manually. It can be activated. The user can start the freezing process as desired. He is able to finish it. The outer sheet metal of the upper roll (3) is preferably located under the control panel (2). Control panel (2) sits on top of the outer sheet metal (3) and the parts inside, electronics inside the top roll outer sheet (3) located on the bottom of the hardware, cables and other elements It is ensured that it stays in place. When the control panel (2) and the upper roll outer sheet (3) are joined a closed area where the control panel (2) elements will be stored and placed 15 is provided. In one application of the invention, the inner bucket is under the control panel (2) and the upper roll outer sheet (3). There is a lid (4). The inner bucket lid (4) is preferably located under the control panel (2). It is located in section 20. The inner bucket lid (4) is also the engine (9) and material 20 This is the place where the pipe (10) is fixed. The inner bucket lid (4) is preferably circular in shape. The inner bucket lid (4) is preferably at least at least one pipe opening (4.1), at least one lock opening (4.2), at least one sensor (4.3) It includes. 25 The upper part of the inner bucket lid (4) is preferably of a linear structure and has a motor on it. There is a space for the connection (9) and an opening for the motor (9) shaft to enter. There is a space on the inner bucket lid (4) where the material pipe (10) will sit and the material A pipe opening (4.1) through which the materials transferred from pipe (10) will be transferred 30 8 The materials thrown into the material pipe (10) are located in the pipe. It passes through the opening (4.1) and falls into the ice cream bucket (5). In one application of the invention, the inner bucket lid (4) is preferably fitted with a side surface. There is a lock opening (4.2). The lock (8) passes through the lock opening (4.2) and inside 5 The bucket lid (4) is secured to the ice cream bucket (5). the opening (4.2) and the locking located on the top surface of the ice cream bucket (5) It can also fit into recesses. In one application of the invention, sensor (4.3) 10 is placed on the inner bucket lid (4). The sensor (4.3) locks the inner bucket lid (4) via the lock (8). It detects that it is not locked. The sensor (4.3) is positioned to see the lock (8). and detecting the lock (8) the inner bucket lid (4) locks into the ice cream bucket (5) detecting that it is not locked and transmitting the data to the control panel (2) or It is used to switch the energy required for the operation of the motor (9). 15 In one application of the invention, the inner bucket lid (4) is locked onto the ice cream bucket (5). otherwise the ice cream machine (1) motor (9) is not working. The inner bucket lid (4) is preferably placed on top of the ice cream bucket (5) and locked (8) with 20 The parts are fixed together. Preferably on the top surface of the ice cream bucket (5) It has snap tabs and the inner bucket lid (4) on the ice cream bucket (5) By fitting and rotating them, the parts are ensured to hold each other tightly. Ice cream bucket (5) is the bucket in which ice cream is made. Ice cream bucket (5) 25 It is preferably a bucket structure with circular depth. Ice cream bucket (5) Ice cream machine (1) capacity by increasing height and width It is adjustable. The ice cream bucket (5) can be large or small. While the ice cream machine (1) is working, the mixer (7) inside it makes 30 ice creams. It rotates inside the bucket (5). Due to the rotation and mixing process in question 9 a moment of time is created and the said force hits the ice cream bucket (5) A fixing plate (6) is used to prevent it from tipping over. Fixing plate (6) preferably it is at the bottom of the ice cream bucket (5) and the base of the ice cream bucket (5) It ensures that it sits in place. The fixing plate (6) is made of metal to provide weight. It contains concrete or a different material. The fixing plate (6) has a weight of 5 by making the ice cream bucket (5) stable and balanced with the weight in question. This ensures that the ice cream stays in place thanks to the weight provided by the fixing plate (6). The bucket (5) is balanced due to the forces generated during mixing. This prevents it from tipping over. Mixing and kneading during ice cream making takes place inside the ice cream bucket (5). This is done with the mixer (7). Mixer (7) is placed inside the ice cream bucket (5). The motor (9) will turn on the top and the inner bucket lid (4) or the ice cream bucket (5) from the bottom. It can be fixed in this way. The mixer (7) performs the mixing and kneading process necessary for making ice cream. The mixer (7) has arms to perform the mixing process. It is structured. In one application of the invention, the mixer (7) must have at least one sub-mixer (7.1), at least one side 20 scraper (7.2), at least one central mixer (7.3), at least one rotating shaft (7.4) and preferably It includes at least one motor opening (7.5) located on the rotating shaft (7.4). Preferably, the bottom mixer (7.1) should be placed flat at the bottom of the mixer (7). It is located. The bottom mixer (7.1) preferably has side scrapers (7.2) at both ends. The side scraper (7.2) is preferably located above the ends of the bottom mixer (7.1). It is a structure that extends straight. The side scraper (7.2) is preferably linear and the bottom The side scraper is in the form of arms extending upwards from the mixer (7.1) part. (7.2) preferably the bottom mixer (7.1) is located at both ends. Side scrapers (7.2) one can be longer than the other. 30 In the middle section of the mixer (7), preferably from the middle of the bottom mixer (7.1) upwards There is a rotating shaft (7.4) that extends correctly. The rotating shaft (7.4) is preferably attached to the mixer. (7) and is located in the middle part of the bottom mixer (7.1) and under the inner bucket lid (4) It will extend to a height of up to that height. In one application of the invention, the rotating shaft (7.4) on it, an opening in the upper part where the motor (9) shaft will sit, motor 5 There is an opening (7.5). The inner bucket cover (4) fits inside the engine opening (7.5). The rotating shaft of the motor (9) is seated or passing over it. Motor (9) As the motor (9) shaft rotates, the rotational movement in question is transferred to the motor opening (7.5) The motor (9) connected to the shaft drives the mixer (7) through the shaft (7.4). is being transferred and the mixer (7) is rotating. 10 To increase the mixing efficiency of the mixer (7), use the intermediate mixers (7.3). is used. The central mixer (7.3) preferably with the side scraper (7.2) and the rotating shaft (7.4) It is preferably located parallel to the bottom mixer (7.1). Middle The mixer (7.3) is preferably located on either side of the rotating shaft (7.4). 15 The central mixer (7.3) surfaces can be angled or flat or tapered or thickened. It is possible. The central mixer (7.3) is used to mix the ice cream ingredients that come into line. It causes the materials to be mixed by striking them. Bottom mixer (7.1), side scraper (7.2), middle mixer 20 with mixer (7) parts (7.3) and the rotating shaft (7.4) are preferably in a single piece. Mixer (7) to work When it starts, the rotational motion taken from the motor (9) is transferred to the mixer via the rotating shaft (7.4). (7) is being transferred and the mixer (7) starts to rotate in a preferred direction. The mixer (7) is located at the bottom and scrapes the bottom of the ice cream bucket (5). bottom mixer (7.1), mixing especially in the bottom part of the ice cream bucket (5) 25 It does. The mixer (7) and the side scrapers (7.2) of the ice cream bucket (5) it coincides with the surface and is very close to the surface of the ice cream bucket (5) The section provides mixing. The intermediate mixers (7.3) are the same or different Located at a height, in the area between the side scrapers (7.2) and the rotating shaft (7.4) 30 The ingredients pass through continuously and are located in the middle section of the ice cream bucket (5). It increases the effectiveness of area mixing. 11 The motor (9) provides the necessary power for the mixer (7) to operate and rotate. The motor (9) can provide rotational force in both directions and thus The mixer (7) can rotate in both directions. The motor (9) is preferably mounted on the inner bucket lid. (4) is fixed on and the shaft, the motor 5 is located on the rotating shaft (7.4). By fitting it into the opening (7.5), the necessary rotational force for the mixer (7) is provided. The operating speed of the motor (9) can be controlled via the control panel (2). By operating the motor (9) fast or slow, the mixer (7) fast or more It can be made to rotate slowly. Milk and other ingredients can be placed directly into the ice cream bucket (5) some of the ingredients are added later during mixing, or some of them are added later during mixing. It can also be added during this process. For this purpose, a material tube (10) is used. The material pipe (10) is inserted into the opening on the control panel (2) from the top, bottom 15 preferably on the inner bucket lid (4) so ​​that it comes into contact with the ice cream bucket (5) from the side. It is fixed. Mixing process of ingredients into the ice cream bucket (5) Before starting, the material can be transferred via the material pipe (10). All The materials are also delivered directly to the ice cream bucket (5) via the material pipe (10) It can be transferred inside. Ice cream prepared as syrup according to the ice cream recipe is poured into an ice cream bucket (5) It is emptied. Then the mixer (7) is poured into the ice cream bucket (5). It is placed. Then the inner bucket lid (4) is locked with the lock (8), motor (9), material pipe (10), top roll outer sheet (3) and control panel (2) 25 It is installed. The ice cream machine (1) is mounted in the freezer compartment of the refrigerator. It is installed and operated by setting it on the control panel (2). After the ice cream making is finished, the ice cream can be poured out of the ice cream bucket (5). Ice cream is taken out by removing the mixer (7). 12 The subject of the invention is an ice cream machine (1), which is placed in a preferred location inside the freezer. It can be positioned. The electric on the ice cream machine (1) The connection socket connects to the electrical socket located on the freezer, thus freezing the freezer. The machine (1) can be operated. Ice cream maker (1) inside the freezer without needing an extra compressor. It provides a practical way to make ice cream at home by using cold air. It's possible to make ice cream easily, quickly, and practically inside the refrigerator. It provides. Different particles can be added via the material tube (10) and different Ice cream can be made with various flavors. The ice cream bucket (5) with its configuration (7) and original design of the mixer The problem of sediment formation on the surface is eliminated and a homogeneous mixture is ensured. 15 Ice cream is being made. Fixed modes, time, speed and mixing direction setting via the control panel (2) It is able to do so, and the digital screen (2.1) helps in producing different flavors. With dozens of recipes stored in the control panel (2) and available for download later, and 20 Delicious ice cream can be obtained through the ice cream making process. Thanks to the fixing plate (6), the refrigerator is placed inside the freezer quietly and safely. Production is being provided. Ice cream machine (1) easy detachable and cleanable parts design Thanks to this, practical use is ensured. Ice cream bucket (5) width, The ability to make ice cream in different capacities at once by changing the height. The electrical connection inside the freezer is provided. This eliminates extra tasks like putting the bucket in the freezer and taking it out again from the machines. It is being passed.

Claims

13 REQUESTS 1. Freezer, refrigerator, or deep freezer, including but not limited to these. They can easily fit into all kinds of different types of refrigerators / freezers, without leaving any residue. 5 different types of ice cream freezers that can be used by placing them in a modular way. It is an ice cream machine (1) which enables making; its feature is; -control panel (2), inner bucket lid (4), ice cream bucket (5), fixing plate (6), mixer (7), motor (9) and material pipe (10) -the inner bucket lid (4) on the ice cream bucket (5) and at least one inside ice cream recipes and work schedules in accordance with those recipes are included, 10 control panel (2) is present, -the sensor (4.3) is located on the inner bucket lid (4) and the sensor (4.3) is on the inner bucket Detection of whether the lid (4) is locked via the lock (8), - inside the ice cream bucket (5), bottom mixer (7.1), side scraper (7.2), middle It is the presence of a mixer (7) with a stirrer (7.3) and a rotating shaft (7.4). 15 2. An ice cream machine (1) as in Claim 1, and its feature is; at least one control panel (2), at least one top roll outer sheet (3), at least one inner bucket cover (4), at least one ice cream bucket (5), at least one fixing plate (6), at least one mixer (7), It must contain at least one lock (8), at least one motor (9) and at least one material pipe (10). 20 3. An ice cream machine (1) as in Claim 1, and its feature is; at least one screen (2.1), control with at least one control button (2.2) and at least one particle aperture (2.3) It includes panel (2). An ice cream machine (1) as in Claim 1, and its feature is; control panel (2) It includes many ice cream recipes and preparation schedules to match those recipes. It is its place. 5.

4. An ice cream machine (1) as in Request 1, and its feature is; control panel (2) 30 having the top roll outer sheet (3) underneath, control panel (2) and top roll outer sheet (3) 14 between cables and all kinds of electronic equipment, The elements such as cables remain inside the outer sheet metal (3) of the top roll. 6.

5. An ice cream machine (1) as in Requirement 1, and its feature is; inner bucket lid (4) located in the lower section of the control panel (2), on the inner bucket lid (4) 5 The motor (9) and the material pipe (10) are located. 7.

6. An ice cream machine (1) as in Requirement 1, and its feature is; the inner bucket lid (4) is that it is in a circular form. 8.

7. An ice cream machine (1) as in Requirement 1, and its feature is; the inner bucket lid (4) at least one pipe opening (4.1), at least one lock opening (4.2), at least one sensor (4.3) includes. 9.

8. An ice cream machine (1) as in Request 1, and its feature is; inner bucket lid (4) 15 having a lock opening (4.2) on its side surface, lock opening (4.2) through which the lock (8) passes into the inner bucket lid (4) of the ice cream bucket (5) It is a lock-up.

9. An ice cream machine (1) as in Claim 1, and its feature is; inner bucket lid (4) 20 having a sensor (4.3) on it and the sensor (4.3) locking the inner bucket lid (4) (8) is the detection of whether it is locked or not. 10.

9. An ice cream machine (1) as in Claim 1, and its feature is; inner bucket lid (4) is to fix it to the ice cream bucket (5) with lock (8). 25 11.

10. An ice cream machine (1) as in Claim 1, and its feature is that the mixer (7) is the most at least one bottom mixer (7.1), at least one side scraper (7.2), at least one central mixer (7.3), at least one rotating shaft (7.4) and preferably located on the rotating shaft (7.4) It must contain at least one engine opening (7.5). 30 12.

11. An ice cream machine (1) as in Claim 1, and its feature is that the mixer (7) is the most preferably with a flat bottom mixer (7.1) in the bottom section and bottom at both ends of the mixer (7.1), upwards from the ends of the lower mixer (7.1) The presence of an extending side scraper (7.2). 13.

12. An ice cream machine (1) as in Claim 1, and its feature is that the rotating shaft (7.4) The mixer (7) and the bottom mixer (7.1) are located in the middle part and the inner bucket The height should extend down to the bottom of the cover (4). 14.

13. An ice cream machine (1) as in Claim 1, with the following features; rotating shaft (7.4) 10 There is an opening on the upper part where the motor (9) shaft will sit, motor The opening is (7.5). 15.

14. An ice cream machine (1) as in Claim 1, with the following specifications; motor opening (7.5) inside the inner bucket lid (4) the motor's (9) rotating shaft 15 It is the passing of. 16.

15. An ice cream machine (1) as in Claim 1, and its feature is; motor (9) shaft. As it rotates, the rotational movement of the motor depends on the motor opening (7.5). (9) is transferred to the mixer (7) via the rotating shaft (7.4). 20 17.

16. An ice cream machine (1) as in Claim 1, and its feature is; the central mixer (7.3) between the side scraper (7.2) and the rotating shaft (7.4), parallel to the lower mixer (7.1). It is the placement of the item in such a way. 18.

17. An ice cream machine (1) as in Claim 1, and its feature is; the central mixer (7.3) located on both sides of the rotating shaft (7.4), the central mixer (7.3) It is determined whether its surface is angled or flat, or tapers or thickens. 19.

18. An ice cream machine (1) as in Claim 1, with the following features; bottom mixer (7.1), 30 The side scraper (7.2), the central mixer (7.3) and the rotating shaft (7.4) are integral parts. 16 20.

19. An ice cream machine (1) as in Claim 1, and its feature is; the material tube (10) from the top to the opening on the control panel (2), from the bottom fixed onto the inner bucket lid (4) so ​​that it fits into the ice cream bucket (5). It is the fact that.

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