A cooling device containing an ice dispenser.

Abstract

This invention involves a cabin (2), located on the cabin (2) that allows water to turn into ice. a refrigerator containing at least one freezer compartment (3) that provides cooling. It is related to the device.

Description

1 TARIFF A cooling device containing an ice dispenser. This invention allows for the removal of ice from the ice container, either individually or sequentially. It relates to a cooling device that has an ice dispenser. 5 Modern cooling devices generally provide sub-zero cooling. a freezer compartment and a refrigerator compartment that operates at approximately four degrees Celsius. It includes. Since ice formation occurs at sub-zero temperatures, ice These containers are placed inside the freezer compartment. These containers are usually made of plastic. It is produced from various materials, and multiple ice cubes enable the production of large quantities of ice. It has an eye. After ice formation is complete, the user can remove the ice from the ice hopper. To remove it, they usually twist the container to release the ice. However, this process can lead to deformation of the ice container over time, and it may break and become unusable. This can lead to the following: Also, during the torsion process, usually 15 All the ice in the container comes out at the same time, which gives users what they need. This makes it difficult to obtain a sufficient amount of ice. In addition, the torsion process requires physical strength. for users who need it, especially the elderly or those with physical limitations. This constitutes an inconvenient method. In the U.S. patent application numbered US2957604, which falls under the prior art, a device that can dispense ice cubes one by one and sequentially from a tray It is explained. In the U.S. patent application numbered US2839899, ​​which falls under the prior art, 25 an ice tray that allows for the removal of ice cubes made from a flexible ice cube tray The cube subtraction machine is explained. The aim of this invention is to create an ice dispenser that can distribute ice cubes individually or sequentially. It is the implementation of a cooling device with a distributor. 30 2 The first step taken to achieve the purpose of this invention, and the steps associated with that step... The cooling device described in the requirements is a cabinet, located on top of the cabinet, that converts water into ice. at least one freezer compartment that provides cooling in a way that allows for its conversion, a body arranged inside the freezer compartment, enclosed within the body Two curved paths of motion, following each other, to a base, from the base 5 a multitude that has at least one rising wall and an opening located opposite the base a number of ice hoppers, moving the ice hoppers simultaneously along the defined movement path. at least one drive unit configured to move, aligned with the ice chamber The path for moving the ice inside from the base to the opening is the most efficient. 10 in a small area, in contact with the base of the relevant ice chamber from the outside. at least one protrusion arranged and arranged on the body and emerging from the ice chamber an ice core that has at least one gap allowing the ice to escape from the body It includes a dispenser. This allows users to dispense ice cubes individually according to their needs. or can be taken sequentially, resulting from the twisting of the ice compartments Deformations and physical difficulties are eliminated. Thus, users 15 While ice can be removed more easily and with better control, there is a risk of the ice containers breaking. This eliminates the problem and provides a practical solution for users with physical disabilities as well. It is presented. In one application of the invention, the cooling device moves along a closed curved path of 20 defining a gap that allows the ice containers to be moved between them. It includes a first guide and a second guide, structured in such a way as to... In this way, the ice containers move smoothly without colliding with each other, The desired amount of ice cubes is dispensed in a controlled and precise manner. In one application of the invention, the drive unit is a flange portion located on the ice chamber, a fixed belt with numerous teeth, secured to the first guide, two a movable belt with numerous teeth on one side, a pin on the flange portion secured by means of a rotatable strap, positioned between a fixed and a movable strap. A first gear positioned in this way, a second gear driving the moving belt 30 It includes and has a drive on the housing configured to turn the second gear. 3 This element is located within the drive unit. Thanks to this, the motion produced by the drive unit is transferred via gears. through the systems the ice hoppers move smoothly and in a controlled manner. This allows the ice to be distributed at the desired speed and precision. In one application of the invention, the cooling device consists of 5 panels that almost completely surround the body. It includes a protective casing. This protects the ice dispenser's body from external factors. In particular, by protecting the ice chambers from dust ingress, damage to the drive unit. This prevents visibility and ensures the ice dispenser operates safely and for a long time. It is provided. In one application of the invention, the cooling device is connected through an opening in the housing. extending toward the conveyor belt and structured to move the conveyor belt It includes a motor and a switch that activates the motor. This allows... The user can start the motor by activating the switch and the moving belt drive This allows the ice containers to move smoothly. 15 It recognizes the ice compartments. This makes it easier for users to control the movement of the ice compartments. The system's efficiency increases and the user experience improves. In one application of the invention, on the body, between the first guide and the second guide. It includes a connecting bracket that extends and connects the first guide to the second guide. 20 This ensures a connection between the first and second guides, allowing the ice compartments to be controlled. This ensures smooth movement and stable system operation. In one application of the invention, ice is discharged from the ice chamber onto the body. There is a primary guide that directs the water towards the mouth. This 25 In this way, the ice removed from the ice container flows smoothly towards the outlet. By directing the flow, the uncontrolled dispersal of ice is prevented. In one application of the invention, on the fuselage, opposite the first router A second router is positioned there. This allows 30 ice cubes to be drawn from the ice compartment. 4 The extracted ice is guided by both guide rails towards the outlet. This ensures that the data is transmitted regularly and without problems. Thanks to this invention, the ice containers can move smoothly and in a controlled manner. Proper direction of ice distribution and providing users with the required amount. 5 It has been designed to easily pick up the ice. The refrigerator, which was built to achieve the purpose of this invention, is shown in the attached figures. and, from these forms; Figure 1 – Front view of a cooling device representing an application of the invention. Figure 2 – Perspective view of an ice dispenser representing an application of the invention. Figure 3 – An ice disperser and drive assembly representing an application of the invention. It is the appearance. Figure 4 – Exploded view of an ice dispenser representing an application of the invention. 15 Figure 5 – Side view of an ice dispenser representing another application of the invention. It is the appearance. Figure 6 – Another application of the invention shows the thruster resting on an ice chamber. It is a cross-sectional view showing one side. The parts in the figures are individually numbered, and the corresponding numbers are listed below. It has been given. 1. Cooling device 2. Cabin 25 3. Freezer compartment 4. Ice dispenser 5. Storage 6. Body 7. Ice compartment 30 8. Base 9. The Wall 10. Openness 11. Flange section 12. Blank 13. Projection 5 14. First router 15. Second router 16. Route of movement 17. First guide 18. Second guideline 10 19. Connecting bracket 20th Strike Group 21. Drive element 22. First gear 23. Pin 15 24. Second gear 25. Moving belt 26. Fixed strap B: Cup 20 G: December Q: Key O: Hole M: Motor The cooling device (1) is a cabinet (2), located on the cabinet (2) and the water turns into ice. It includes at least one freezer compartment (3) which provides cooling in a way that will allow it to offer cooling. The subject of the invention is a refrigeration device (1), a body arranged in a freezer compartment (3) (6), a closed curve form of movement path arranged within the body (6) (16) 30 on it, one after the other, rising from a base (8), at least one wall (8) 6 (9) and numerous ice formations with an opening (10) located opposite the base (8). container (7), ice containers (7) simultaneously along the defined path of movement (16) at least one drive group (20) configured to move, aligned with the ice To move the ice inside the container (7) from the bottom (8) to the opening (10). 5 on the base of the relevant ice chamber (7) in at least one area of ​​the movement path (16) (8) at least one protrusion (13) and the body (6) arranged to be in contact from the outside arranged and the ice coming out of the ice chamber (7) can escape outside the body (6) It includes an ice dispenser (4) which has at least one gap (12). Drive group (20), moving the ice containers (7) on the movement path (16) It provides. When the user wants to take one or more ice cubes from the ice dispenser (4) 10 It enables the ice containers (7) to be moved and the relevant ice container (7) to be protruding. (13) When leaning against the protruding (13) ice container (7) towards the opening (10) It pushes. The ice coming out of the reservoir goes out through the gap (12) on the body (6). It is falling correctly and the user will provide ice with a cup (B) which he will place under the gap (12). It is doing. 15 In one application of the invention, the cooling device (1) moves the path in the form of a closed curve. (16) defining, among them will enable the movement of ice containers (7) a first guideline (17) and a second guideline (18) arranged in such a way that the interval (G) will be It includes. The first guide (17) and the second guide (18) are in the form of a closed curve and ice 20 It ensures that the containers (7) are transported evenly along the path (16). The range (G) provided between the guides (17, 18) allows the ice compartments (7) to fit comfortably and equally. it is within a distance that will allow it to be moved safely in time. In one application of the invention, the cooling device (1) has a 25 located on the ice compartment (7). The flange section (11) is fixed on the first guide (18) and has numerous teeth on it. a fixed belt (26) and a movable belt with numerous teeth on both sides (25) fixed, which is attached to the flange part (11) by means of a pin (23) that can rotate. a first belt (26) is positioned so that it remains between the moving belt (25) Drive assembly (20) containing a second gear (24) driving the movable belt (25) (23) 30 and a second gear (24) located on the housing (6) and configured to turn it. 7 It includes a drive element (22). When the user rotates the drive element (22), the second It enables the rotation of the first gear (24). The second gear (24) is connected to it. to activate the movable belt (25) and the fixed belt (26) with the movable belt (25) It rotates the first gear (23) located between them. The first gear (23) When rotated, the fixed strap (26) to which it is connected is immobile, therefore the first 5 Turning the gear (23) causes the ice container (7) to move along the path (16). This causes the ice chambers to be activated when the drive element (22) is rotated. (7) moves simultaneously along the path of movement and the ice resting on the ledge (13) Ice is removed from the container (7) and expelled through the gap (12). To each protrusion (13) Since one piece of ice was taken from the ice container (7), the user drive element (22) 10 He turns it until he gets the desired number of ice cubes. In one application of the invention, the cooling device (1) almost completely covers the body (6). It includes a surrounding enclosure (5). The enclosure (5) surrounds the body (6) and the outside It protects against contaminants. Thus, dust, dirt, etc. cannot enter the ice compartments (7). 15 entry is prevented, the drive group (20) is concealed and does not harm the user. is being prevented. In another application of the invention, the cooling device (1) is located on the housing (5) extending from an opening (O) to the moving belt (26) and moving the moving belt (26) 20 a motor (M) configured to activate and the motor (M) that enables activation It includes a key (S). In addition to the drive element (22), the movable belt (26) is a It is also rotated automatically by means of the motor (M) and the ice breaks more quickly. The motor (M) is switched on by means of a key (S). It can be closed and the user can remove the ice from the ice compartment (7) without expending any power. They are enabled to receive it. In one application of the invention, the cooling device (1) is located on the housing (6), first extending between the first guide (17) and the second guide (18), the first guide (17) to the second guide (18) includes at least one connecting bracket (20). Connecting bracket (20) immediately 30 It is immediately in a U shape and extends from the bottom of the guides (17,18) and guides (17, 8 18) connects them to each other. In this way, without hindering the movement of the ice chambers (7). The guides (17, 18) are more rigidly attached to each other. Connection The bracket (20) increases structural strength thanks to its U-shape and the guides (17, 18) By ensuring an even load distribution, it minimizes the risks of vibration and deformation. In one application of the invention, the cooling device (1) has ice located on the housing (6). a system that directs the ice removed from the container (7) towards the void (12) It includes the first router (14). The first router (14) leads to the ice outlet (9) It is designed to ensure that the ice is conveyed properly and efficiently. optimized to prevent any obstructions or deviations in the path of movement. It has been done. In one application of the invention, the cooling device (1) is located on the housing (6), first a second router (15) positioned opposite the router (14) It includes. The second guide (15) directs the ice removed from the ice chamber (7) into the space 15 (12) helps in routing. The second router (15) assists in routing the first one. Working together with the guide (14), it narrows or redirects the path of ice movement. It optimizes the process. Thus, it prevents ice particles from deviating, dispersing, or... It prevents ice from getting stuck and ensures that the ice is removed from the device without any problems. Thanks to this invention, ice cubes can be placed individually or sequentially without clogging or scattering. without having an ice dispenser (4) that allows controlled distribution of ice. A cooling device (1) has been developed. Thus, the needs of users are met. This allows the machine to dispense ice effortlessly and consistently.

Claims

9 REQUESTS 1. A cabin (2), located on top of cabin (2), which allows water to turn into ice. 5 a body (6) arranged inside the freezer compartment (3), inside the body (6) arranged, closed curve form movement path (16) one another following, at least one wall (9) rising from a base (8), from the base (8) and the base (8) numerous ice chambers (7) which have an opening (10) opposite it, Simultaneous movement of ice containers (7) along the defined movement path (16) 10 at least one drive group (20) configured to drive the ice on which it is aligned the ice inside the chamber (7) moves from the bottom (8) to the opening (10). In order to make it possible, the relevant ice reservoir must be in at least one part of the moving path (16). (7) at least one protrusion arranged to contact the base (8) from the outside (13) and the ice arranged on the body (6) and coming out of the ice chamber (7) 15 having at least one gap (12) that allows the body (6) to exit outside a cooling device (1) characterized by an ice dispenser (4).

2. Defining the path of movement in the form of a closed curve (16), between which ice 20 There will be a range (G) that will allow the movement of the containers (7). characterized by a first guideline (17) and a second guideline (18) a cooling device as in Claim 1 (1).

3. A flange section (11) located on the ice chamber (7), first guide (18) a fixed belt with many teeth on it (26), two 25 a movable belt with numerous teeth on its side (25), flange part (11) with a fixed strap (26) which is attached to it by means of a pin (23) so that it can rotate. a first gear positioned to remain between the moving belt (25) (23), drive assembly containing a second gear (24) driving the moving belt (25). (20) and located on the body (6), to turn the second gear (24) 30 a drive element (22) as in Claim 2 characterized by a structured drive element cooling device (1).

4. Characterized by a housing (5) that almost completely surrounds the body (6). a cooling device as in Claim 1 (1). 5 5. Through an opening (O) on the housing (5) to the movable belt (26) a motor configured to move the extending and moving belt (26) (M) and characterized by a switch (S) that enables the motor (M) to be activated. a cooling device as in Claim 4 (1). 10 6. Located on the fuselage (6), between the first guide (17) and the second guide (18). extending, at least one link connecting the first guide (17) to the second guide (18). any of the above claims characterized by bracket (20) such a cooling device (1). 15 7. The outlet of the ice extracted from the ice chamber (7) located on the body (6) (9) with a first router (14) which ensures the correct orientation of the above a cooling device as in any of the requirements (1).

8. Located on the fuselage (6), opposite the first router (14) Claim 5 is characterized by a second router (15) located in the area. such a cooling device (1).

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