A PERSONAL BLENDER

Abstract

This invention relates to a personal blender (1) that is easy to clean, easy to carry, can be used with different containers and has a weight measuring function. The personal blender (1) is characterized by a control unit (24) adapted to detect which type of container (3) is being used based on the data received from the magnetic sensors (22) and to determine which drive unit (21) will operate at what power, and also to calculate the weight of the material in the basket (4) by processing the output given by the weight sensor (23).

Description

03.237 1 TARIFF A PERSONAL BLENDER Technical Area This invention relates to a personal blender. 5 Previous Technique Food processing equipment is generally used to process solid and / or liquid food products and They are used for mixing. These devices are generally used for mixing various foods and... It has features and options suitable for beverage preparation requirements. 10 Especially people with demanding work schedules who care about their health. increased demand for healthy, fresh and easily prepared beverages and foods Accordingly, personal food processing devices (personal blenders) are quite popular. has become the case. To prepare foods or drinks using various food products. Personal blenders that have been produced help to make healthy eating a habit. They are practical kitchen appliances designed to keep things cold. Generally, they are cold. dairy products consumed, primarily milk, but also yogurt, fruits or vegetables. by combining the pieces, sweeteners like honey and food ingredients like oats, 20 Personal blenders, used to prepare the resulting beverages, allow you to quickly blend the desired food. These products are notable for their ability to be prepared in a specific way. Fruits and vegetables crushed, mixed, smoothed, and consumed as a beverage Using these devices, which allow for precise control depending on their specifications and power options, or frozen foods other than soft-textured fruits and vegetables, nuts, etc. 25 Hard food items can be broken down, and even ice can be crushed. is able to accomplish this. Personal blenders are food processing devices into which the ingredients to be processed are placed. The container, which contains a food processing element, and the open mouth of the container has a 30 03.237 2 A detachable lid, container, and food processing area are located on the lid. It includes a base with a suitable configuration for rotating the element. In this structure, the processed food also comes into contact with the base. For this reason, the base also... It needs to be cleaned. However, the base also contains the power electronics circuits. 5 Because it contains soiling material, it should not be washed. The user should wipe the soiled base clean. It needs to be cleaned. This makes cleaning the aforementioned base more difficult. Therefore, a personal blender that is easy to clean is needed. In addition, food and drinks can be blended using these personal blenders. some of the following processes are involved in its preparation: whipping, chopping, heating, cooling, etc. Combinations of these may be necessary. For example, heating to prepare soup. and mixing functions, cooling and mixing functions for making ice cream, When making smoothies, a blending function is needed. These functions are 15. Presenting all of them in a single food processing chamber makes the chamber in question both convenient and convenient. both expanding the system and adding extra features that users don't want to use. It requires payment. Therefore, there is a need for a personal blender with an interchangeable food preparation container. It is heard. In addition, various recipes are used for preparing various foods. These recipes indicate the appropriate proportions of each ingredient. Users typically need 25 to prepare the food according to this recipe. They use a kitchen scale. This is for preparing the food in question. This increases the number of devices used. Therefore, it provides the user with a more practical solution. The need to provide a solution arises. None of the documents in the prior art contain any information about the 30 in the present invention. No such solution has been found. 03.237 3 Brief Description of the Invention The goal of this invention is to create a personal blender. Another purpose of this invention is to create an easy-to-clean personal blender. It is carrying out. Another purpose of this invention is a personal blender that can be used with different containers. to accomplish. 10 Another goal of this invention is a personal blender with a weight-measuring function. to accomplish. Detailed Description of the Invention 15 The attached personal blender was created to achieve the purpose of this invention. from shapes; Figure 1. Schematic illustration of the use of the personal blender with container, which is the subject of the invention. It is the appearance. 20 Figure 2. Schematic illustration of the use of the personal blender, the subject of the invention, with a basket. It is the appearance. Figure 3. An example of a container with magnets located in the 1st and 3rd quadrants of the base. This is a schematic view of the application. Figure 4. An example of a 25 with magnets located in the 3rd and 4th quadrants of the reservoir base. This is a schematic view of the application. The parts in the figures are individually numbered, and these numbers correspond to: given below. 30 03.237 4 1. Personal blender 2. Bed base 21. Propulsion unit 22. Magnetic sensor 23. Weight sensor 5 24. Control unit 3. Reservoir 31. Equivalent of the propulsion unit 32. Food processing worker 33. Magnet 10 4. Basket The subject of the invention is a personal blender (1), - At least one actuator unit (21), at least one magnetic sensor (22), at least one At least one base with a weight sensor (23) and at least one control unit (24) 15 (2), - suitable for inserting the materials to be processed, driven To receive the drive provided by unit (21), at least one drive unit in return for (31), at least one drive received by the drive unit (31) to have at least one food processing element (32) and 20 the output of at least one magnetic sensor (22) that the base (2) has having at least one magnet (33) positioned to change the position, at least one suitable reservoir for detaching to the mentioned base (2) (3), - 25 suitable for placing inside the materials whose weight is to be measured. and the weight of the base (2) when a material is placed inside adapted to change the output given by the sensor (23) to the mentioned base (2) contains at least one basket (4) suitable for detachable connection. 03.237 The subject of the invention is a personal blender (1), with at least one drive unit (21), and at least one magnetic to the sensor (22), to at least one weight sensor (23) and to at least one control unit (24) contains at least one base (2). The drive unit in question (21) is a mechanical drive unit such as an electric motor 5 It is possible. The drive unit in question (21) also has a power supply that provides electricity to the reservoir (3). It can also be the source. Thus, the drive unit (21) has the reservoir (3) an electrically powered food processing element such as a heater and / or cooler (32) It can continue. The drive unit (21) is also suitable for providing a magnetic flux. It can also be a drive unit. Thus, the drive unit (21) has 10 of the reservoir (3). magnetic fish, etc., are food processing devices that respond to changes in magnetic flux. It can drive its element (32). The magnetic sensor in question (22) is, for example, a reed relay or a Hall sensor. This magnetic sensor (22) detects a corresponding magnet 15 (33) different exits in case of presence and absence It provides. The control unit (24) receives data from the magnetic sensors (22) to detect which type of reservoir (3) is used and accordingly which actuator 20 It is adapted to determine at what power the unit (21) will operate. Thus, Different power requirements of different tanks (3) can be met. The hopper (3) is suitable for placing the materials to be processed inside. The hopper (3) must have at least one drive to receive the drive provided by the drive unit (21). It has a unit equivalent (31). The drive unit equivalent (31) is the drive unit (21) It is determined according to its type. The drive unit equivalent (31), for example, of the drive unit (21) if it provides a mechanical drive, the movement of the drive unit (21) It may be adapted to receive. The drive unit equivalent (31), drive unit (21) If it is a connector that provides electrical power, then the connector in question is 30 It could be a connector adapted for electrical connection, drive. 03.237 6 If the unit (21) provides a change in magnetic flux, then this flux change is called a It may be a drive unit adapted to respond (31), However, these are not the only ones. Food processing element (32), for example, a shredder, a mixer, a heater, a 5 a food suitable for manipulating the physical properties of food, such as a refrigerator, etc. is a processing element (32). The reservoir (3) also records the output of at least one of the magnetic sensors (22). The number and position of the magnets (33) are positioned in such a way as to change the position. to represent the food processing functions of the container (3) is selected. To determine the number and position of the magnets (33) there is more than one Configuration available. 15 In an example configuration, each food processing function of the hopper (3) There is a magnet (33) for this. This magnet (33) is a previously determined It is placed in the location. For example, the container (3) has a shredding function. The magnet (33) showing that it is on the first quadrant of the base of the container (3) 20 Magnet (33) showing that the reservoir (3) has a heating function (3) second quadrant of the base, mixing function of the reservoir (3) The magnet (33) which shows that it is on the third quadrant of the base of the container (3), The magnet (33) shows that the reservoir (3) has a cooling function. It can be placed in the fourth quadrant of the base of the reservoir (3). In this example, the reservoir is 25 (3) if it has both mixing and cooling functions a magnet in both the third and fourth quadrants of the base of the reservoir (3) (33) is located (Figure 4). Of course, the number of magnets (33) is limited to four. It is not. 03.237 7 In another example configuration, the magnets (33) correspond to the type of reservoir (3). It can be structured as an incoming binary code. For example, the reservoir (3) The first quadrant of the base is the first digit, the second quadrant is the second digit, the third The quadrant can be used as the third digit, and the fourth quadrant as the fourth digit. Thus, it is possible to detect 16 different chambers (3). One chamber (3) 5 Considering that there is a magnet in each of the first and third quadrants (33) (Figure 3) This structure can be expressed in the binary system as follows: 4th quadrant 3rd quadrant 2nd quadrant 1st quadrant 0 1 0 1 From this, it can be seen that the reservoir (3) is represented as 0101 in the binary system. When converted to the decimal system, this corresponds to the number 5. Another 10 In other words, this reservoir (3) has the properties of reservoirs (3) represented by the number 5. Of course, the number of magnets (33) is not limited to four. The invention is a personal blender (1), into which materials whose weight is to be measured are placed. Suitable for placement and when a material is placed inside, the base (2) 15 adapted to change the output of the weight sensor (23) it has, At least one basket (4) suitable for attaching to the base (2) mentioned in a detachable manner. It contains a separate basket (4) which enables the control unit (24) to recognize itself. It can have a magnet. When a material is placed inside the basket (4), It is adapted to change the output given by the weight sensor (23). Control 20 The unit (24) processes the output given by the weight sensor (23) inside the basket (4) It can calculate the weight of the material. The subject of the invention is a personal blender (1), In addition, the weight calculated by the control unit (24) is shown to the user. It may include at least one user interface to provide this. Thus, the subject of the invention The personal blender (1) can also be used as a kitchen scale. 25 When the user wants to use the personal blender (1) as a kitchen scale, it should be placed on the base. (2) removing the connected container (3) and the basket (2) on the base (4) 03.237 8 The user places the materials they wish to weigh. He places it inside the basket (4). The subject of the invention, a personal blender (1), contains at least one battery inside the base (2). Thanks to this invention, the personal blender (1) can be connected to the city grid without 5 It is able to work. This means that the personal blender (1) which is the subject of the invention can be used in camping, city etc. to be easily moved to places where there is no access to the network and to be used comfortably there It enables the use of the personal blender (1), which is the subject of the invention, in the city. a vehicle to receive power from the grid and also a vehicle to receive power from a vehicle It has a vehicle. 10

Claims

03. 237 9 REQUESTS 1. At least one drive unit (21), at least one magnetic sensor (22) and at least at least one base (2) with a control unit (24), 5 - suitable for placing the materials to be processed inside, To receive the drive provided by the drive unit (21), at least one drive unit is required. with the drive received by the drive unit equivalent (31), with the drive received by the drive unit equivalent (31) to at least one food processing worker who performs at least one food processing function (32) and at least one magnetic sensor (22) of the base (2) 10 at least one magnet positioned to change the output it gives (33) suitable for connecting to the aforementioned base (2) in a detachable manner. containing at least one reservoir (3) and - base (2) with at least one weight sensor (23), - suitable for placing inside the materials whose weight is to be measured. which has the base (2) when a material is placed inside. adapted to change the output given by the weight sensor (23, At least one suitable for attaching to the base (2) in a detachable manner. basket (4), - based on the data received from magnetic sensors (22) what kind of 20 to detect when the reservoir (3) is used and which trigger accordingly to determine at what power the unit (21) will operate and also the weight by processing the output given by the sensor (23) the material inside the basket (4) Characterized by a control unit (24) adapted for calculating its weight. a personal blender (1). 25 2. To supply a power to the reservoir (2) mechanically, electrically or magnetically. The claim is characterized by having at least one drive unit (21) adapted for it. A personal blender like the one in 1 (1). 03.237 3. Magnetic sensor (22) with a reed relay or a Hall sensor a personal character as in any of the above-mentioned claims blender (1).

4. It has a magnet (33) for each of its food processing functions. any of the above requests characterized by the reservoir (3) like a personal blender (1) 5. Structured as a binary code corresponding to the type of reservoir (3). Claims 1 to 10 characterized by a reservoir (3) with magnets (33). A personal blender like any of the 3 (1).

6. A separate magnet that enables the control unit (24) to recognize itself. any of the above claims characterized by having a basket (4) a personal blender like one (1). 15 7. Showing the user the weight calculated by the control unit (24). the above, characterized by having at least one user interface to provide a personal blender like any of the requests (1).

8. At least one battery, at least one device to draw power from the city grid, and also a base (2) that has at least one means to receive power from a vehicle a personal character as in any of the above-mentioned claims blender (1).

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