A Holding Top Mount

Abstract

The invention relates to a retaining bracket (A) which prevents the phone from coming loose and falling in the event of vehicle jolting and / or any impact on the phone.

Description

1 TARIFF A Holding Top Mount TECHNICAL AREA 5 The invention provides protection against vehicle vibrations and / or impacts to the phone. It refers to a holder / top attachment that prevents the phone from coming loose and falling. PREVIOUS TECHNIQUE Phone holders commonly used in cars are generally magnetic or clip-on. They are designed in different forms, with suction cups and screws. Minimum 10 for car phone holders. Important considerations include keeping your phone securely and easily accessible while driving. It is about being usable in some way. In addition, it includes aspects such as functionality, compatibility, and durability. These are the desired characteristics of this product. Magnetic types appear to be advantageous due to their small size. Magnetic types... Those with a flat surface provide full surface contact, but their most significant disadvantage is 15 the possibility of them slipping and falling from the magnetic ground they are holding onto in turbulent situations It is high. In the known state of the art, a full ring or half ring is formed on the magnetic surface of the holder. The aim was to prevent the phone from falling by creating protrusions in this way. However, this The height of the rings must be more than 20 greater than the height of the cylindrical metal on the phone case. In this case, complete contact with the magnetic surface is not possible due to magnetic attraction. This leads to a decrease in its power and prevents it from being used efficiently. Another deficiency in the current state of the technology is the magnetic surface of the gripper. The full ring or half ring diameter is fixed and it is only compatible with one phone case. that is. 25 In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. 2 THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. 5 The main purpose of the invention is to protect the phone from vehicle vibrations and / or impacts from anything hitting it. a holder on top that prevents the phone from coming loose and falling in this situation to reveal. Another purpose of the invention is to make the cylindrical metal on the phone case adhere to the surface of the holder. 10. Ensuring that it adheres perfectly to the magnetic surface within the created cylindrical area. and to increase grip strength. Another purpose of the invention is to create phone cases with different diameters and thicknesses that provide a secure grip. It is compatible with metals. A BRIEF DESCRIPTION OF THE INVENTION All the objectives mentioned above and those that will emerge from the detailed explanation below are 15. The present invention, intended for this purpose, is the upper gripping apparatus. A preferred configuration of the invention allows for the phone to withstand vehicle vibrations and / or any contact with the telephone. A phone holder that prevents the phone from coming loose and falling if something bumps into it. It is the upper attachment. Thus, the body, on the cylindrical outer surface which is the outer surface of the aforementioned body... The opening adjustment lever channel allows the phone to be secured using a magnetic field. 20 A magnetic disk is a disk surface containing magnetic properties, the aforementioned magnetic positioned between the disk and the housing, and making contact with the magnetic disk in the +X and -X directions. Relative movement allows for adjustment of the depth and height of indentations and protrusions. The spacer moves circularly in the +X and –X directions within the aforementioned adjustment lever channel. by positioning the magnetic disc and the spacer inside the housing at an optimum 25° The phone has raised and indentations that allow you to adjust the position to prevent it from falling. The adjustment lever that enables this, the adjustment lever mentioned above, and the adjustment that connects to the intermediate part. The lever housing is connected to the aforementioned adjustment lever and provides securing for the adjustment lever. fixing nut, the disc channel where the aforementioned adjustment lever connects to the magnetic disc. It is characterized by its inclusion. 30 Another preferred configuration of the invention involves phone cases of varying widths and thicknesses. The precise positioning of the magnetic disc and spacer within the housing for metals and 3 Two adjustment levers and adjustment knobs to allow for comprehensive adjustment. It includes two adjustment lever channels that allow its movement on the cylindrical outer surface. In another preferred configuration, the invention closes the adjustment lever channel, thus reducing the size of the body to 5 to improve its appearance and to prevent foreign matter (dust, dirt) from entering the body through the adjustment lever channel. at least one rotating guard plate attached to the body to prevent entry. It includes. In another preferred configuration, the invention is based on the housing plate of the aforementioned adjustment lever. It contains a hole in the protective sheet metal that provides the connection. 10 In another preferred configuration, the invention consists of the aforementioned magnetic disk, spacer, and It contains screws that connect the parts of the body to each other. The scope of protection for the invention is specified in the claims, and this is absolutely concise and detailed. The explanation cannot be limited to what is given for illustrative purposes. A technically expert person... The person, without deviating from the main theme of the invention, can create similar 15 based on the above-mentioned points. It is clear that these structures can emerge. BRIEF DESCRIPTION OF THE FIGURES Figure 1 shows a perspective view of the upper holding apparatus. Figure 1.1 shows a perspective view of the upper gripping apparatus in its working position. Figure 1.2 shows the disassembled view of the upper holder attachment. 20 Figure 2 shows a perspective view of a different version of the upper gripping attachment. Figure 2.1 shows a perspective of a different version of the gripping upper apparatus in its working position. Its appearance is given. Figure 2.2 shows a disassembled view of a different version of the upper gripping attachment. Figure 3 shows another version of the gripping upper attachment in its working position at 25°. A perspective view is provided. Figure 3.1 shows a second study of a different version of the gripping upper apparatus. A perspective view of the location is given. 4 Figure 3.2 shows a perspective view of another version of the gripping upper attachment. It has been given. Figure 3.3 shows a disassembled view of another version of the upper holding apparatus. 5 It has been given. The drawings are not intended to limit the scope of protection defined in the claims. and to interpret the scope defined in those claims, the present invention referring to these in isolation without resorting to the technical explanation in the statement. should not be included. The drawings in question clarify and define the invention. 10 It aims to... EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. Upper holder attachment 15 10. Body 11. Cylindrical outer surface 12. Adjustment lever 13. Adjustment lever channel 14. Fixing nut 20 20. Intermediate piece 21. Adjustment lever housing 30. Magnetic disk 31. Disk top surface 32. Disk channel 25 40. Rotating guard plate 41. Hole in the protective sheet metal DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, the holding upper apparatus (A), is only a better explanation of the subject. To ensure understanding, it is explained with examples that do not create any limiting effects. 5 The subject of the invention is the vibration of the vehicle and / or the impact of something on the telephone. a holder top attachment (A) that prevents the phone from coming loose and falling in case of emergency. It is related to. The invention is presented as having the following elements:  The body (10), the cylindrical outer surface of the aforementioned body (10) The adjustment lever channel (13) opened on the surface (11),  To secure the phone in place using a magnetic field. Magnetic disk (30) containing a magnetic disk top surface (31),  Positioned between the aforementioned magnetic disk (30) and the body (10) and The indentation is 15 as a result of the relative movement of the magnetic disk (30) in the +X and –X directions. and a spacer that allows adjustment of the depth and height of the protrusion. (20),  In the mentioned adjustment lever channel (13) circularly in the +X and –X directions moving magnetic disk (30) and spacer (20) housing (10) by adjusting its position inside to the optimum position, the phone's 20 An adjustment that creates indentations and protrusions to prevent it from falling. arm (12),  The adjustment lever (12) to which the mentioned adjustment lever is connected in the intermediate part (20) nest (21),  It is connected to the mentioned adjustment lever (12) and the adjustment lever (12) must be fixed. 25 fixing nut (14),  The disc to which the mentioned adjustment lever (12) is connected on the magnetic disc (30) channel (32), The elements constituting the invention and their functions within the invention are given above. The relationship and working principles of the aforementioned elements are described below. It has been given. As seen in Figures 1, 2 and 3, the body (10) is the outer surface of the aforementioned body (10). cylindrical outer surface (11), adjustment lever (12), adjustment lever channel (13) and fixing nut 6 (14) consists of. One adjustment connected to the body (10) mentioned in Figures 1.2, 2.2 and 3.3. The lever (12) enables the movement of the aforementioned adjustment lever (12) on the cylindrical outer surface (11). There is one adjustment lever channel (13). The adjustment lever (12) is located on the body (10) 5 Its fixation is provided by the fixing nut (14). In Figures 3, 3.1, 3.2 and 3.3 There is a different version of the mentioned fuselage (10). In this mentioned version Two adjustment levers (12) connected to the body (10) The cylindrical outer part of the aforementioned adjustment levers (12) There are 2 adjustment lever channels (13) that enable movement on the surface (11). adjustment lever (12) magnetic disc (30) and spacer (20) inside the housing (10) 10 Appropriate indentations and protrusions to prevent the phone from falling by adjusting its position. It enables the formation of the fixing nut (14) which is connected to the adjustment levers (12) and the adjustment lever (12) ensures that it is fixed on the body (10). In the diagrams, +X and -X define the direction of circular motion on the horizontal axis. Figure As seen in 1.2 and 3.3, the spacer (20) is positioned inside the fuselage (10) 15 and the movement it makes in the +X and –X directions with its internal magnetic disk (30). It allows adjustment of the depth and height of the recesses and protrusions. (See Figure 1.2) on the surface of the spacer (20) mentioned spacer (20) adjustment lever (12) It contains the adjustment lever housing (21) to which it is connected. As seen in Figures 3, 3.1, 3.2 and 3.3 There is a different version of the aforementioned interlude (20). This aforementioned 20 In this version, there is one adjustment lever (12) to which the adjustment lever (12) is connected on the surface of the spacer (20). There is a lever housing (21). There is one to which two adjustment levers (12) are connected. The presence of an adjustment lever slot (21) and a disc channel (32) makes phone cases different. magnetic disc (30) and spacer (20) for cylindrical metals of width and thickness precise and comprehensive adjustment of their positions inside the body (10) 25 This is provided by the cylindrical metal parts found in the aforementioned phone cases, which are magnetic to the disk. (30) is the surface to which it is fixed by magnetic attraction. The mentioned metal surface has different thicknesses and They have diameters. Therefore, the metal surface is most suitable for the upper clamping apparatus (A). It needs to be secured in place (so it doesn't slip). As seen in Figures 1.2, 2.2 and 3.2, the magnetic disk (30) is the magnetic field of the phone. It helps to secure it in place. As shown in Figures 2.2 and 3.2, the magnetic disk (30) is on the disk top surface (31) and the disk It consists of channels (32). The mentioned disk surface (31) has magnetic properties. The disc channel (32) that opens to the aforementioned magnetic disc is the adjustment lever of the magnetic disc (30). It is the channel that provides the connection to the adjustment lever (12) working in channel (13). 35 7 By moving the adjustment levers (12) in the +X and –X directions, the three different directions mentioned above can be achieved. In the version, magnetic disk (30) and spacer (20) gravity and the opposite of gravity Movement is provided in that direction. 5 The invention consists of a housing (10), a spacer (20) and a magnetic connection into the spacer (20). It consists of the disc (30). The mentioned body (10), the spacer (20) and the magnetic The discs (30) are connected to each other by screwing. The outer body (10) On the cylindrical outer surface (11) there is an adjustment lever channel (13) that opens. The mentioned adjustment lever moves circularly along the horizontal axis in the channel (13) 10 the magnetic disk (30) and the spacer (20) in optimum position inside the housing (10) The adjustment lever creates indentations and protrusions to prevent the phone from falling. (12) provides. The mentioned adjustment lever (12) fits into the adjustment lever housing (21) in the intermediate part (20) When connecting, the magnetic disk (30) is connected to the disk channel (31). Figure 1.2' When the adjustment lever (12) shown in the diagram is moved in the +X direction on the horizontal axis, the aforementioned 15 The spacer (20) to which the magnetic disk (30) is connected moves in the opposite direction of gravity. This creates a protrusion. Afterwards, the fixing is connected to the adjustment lever (12). The adjustment lever (12) is fixed in the adjusted position by the nut (14). Figures 2, 2.1 and 2.2 show the body (10) and the adjustment lever located on the cylindrical outer surface (11) of the body. The adjustment lever (12) moving in the –X direction in channel (13) is located on the magnetic disk (30) 20 by connecting to the disc channel (32) to create a suitable recess for the cylindrical metal part This is provided by the movement of the adjustment lever (12) in the adjustment lever channel (13) in the –X direction. An indentation is formed on the magnetic disk (30) by moving in the direction of gravity. Afterwards, adjustment The adjustment lever (12) is connected to the arm (12) by the fixing nut (14) which is connected to the arm (12). It is ensured that it is fixed in the adjusted position. Figures 3, 3.1, 3.2 and 3.3 show two adjustment levers 25 (12) and adjustment lever channel (13) are located. One of the adjustment levers (12) is on the magnetic disk. (30) is positioned in the disc channel (32) while the other adjustment lever (12) is in the spacer (20) The mentioned adjustment levers (12) are connected to the adjustment lever housing (21). in the canals of the arm (13) in opposite directions on the horizontal axis (e.g. one +X and the other -X) The cylindrical metal part in the phone case is 30 cm long to secure the phone in place by moving it. Recesses and protrusions according to its thickness, and a suitable slot according to its width (diameter). This ensures the creation of the mentioned adjustment levers (12) as shown in Figure 3.3. When positioned in the X direction, the magnetic disk (30), spacer (20) and housing (10) are the same. It comes to a level level, creating a flat surface. 8 As shown in Figures 3, 3.1, 3.2 and 3.3, by closing the adjustment lever channel (13) of the body (10) to improve the appearance and (13) foreign body from the adjustment lever channel (10) Rotating guard attached to the body to prevent the entry of substances (dust, dirt) 5 There is a metal plate (40). The connection of the mentioned adjustment lever (12) to the housing plate (40) This is provided by the hole in the protective sheet metal (41). The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... The person, without deviating from the main theme of the invention, can create similar 10 based on the above-mentioned points. It is clear that these structures can emerge.

Claims

9 REQUESTS 1. The invention relates to damage caused by vehicle vibrations and / or any impact to the telephone. A holder on top prevents the phone from coming loose and falling in that situation. 5 The device is (A) and its feature is;  The body (10), the cylindrical outer surface of the aforementioned body (10). The adjustment lever channel (13) opened on the surface (11),  To secure the phone in place using a magnetic field. Magnetic disk (30) containing a magnetic disk top surface (31), 10  Positioned between the aforementioned magnetic disk (30) and the body (10) and The indentation resulting from the relative movement of the magnetic disk (30) in the +X and –X directions and a spacer that allows adjustment of the depth and height of the protrusion. (20),  In the mentioned adjustment lever channel (13), circularly in the +X and –X directions 15 moving magnetic disk (30) and spacer (20) housing (10) by adjusting the phone's position inside to the optimum position An adjustment that creates indentations and protrusions to prevent it from falling. arm (12),  The adjustment lever (12) mentioned is connected to the intermediate part (20) adjustment lever 20 nest (21),  It is connected to the mentioned adjustment lever (12) and the adjustment lever (12) must be fixed. fixing nut (14),  The disc to which the mentioned adjustment lever (12) is connected on the magnetic disc (30) channel (32), 25 It is characterized by its inclusion.

2. The upper holding apparatus (A) conforming to Claim 1, its feature is; different widths and thicknesses magnetic disc (30) and spacer (20) body (10) for phone case metals to enable precise and comprehensive adjustment of their positions within two adjustment levers (12) and the cylindrical outer surface (11) of the adjustment levers (12) 30 It contains two adjustment lever channels (13) that enable its movement.

3. The upper retaining bracket (A) conforming to Request 2, its feature is; the adjustment lever channel (13) by closing the body (10) to improve its appearance and from the adjustment lever channel (13) To prevent foreign substances (dust, dirt) from entering the body (10) It must contain at least one rotating guard plate (40) that is connected.

4. The upper retaining bracket (A) conforming to claim 2, and its feature is; the mentioned adjustment lever (12) It contains a hole in the protective sheet metal (41) which provides its connection to the protective sheet metal (40).

5. The upper retaining bracket (A) conforming to Claim 1, its feature is; the magnetic disk mentioned. (30), screw 10 which connects the spacer (20) and the body (10) to each other. It includes.

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