SLIDING CAMERA HOLDER FOR BUSES

Abstract

The invention relates to a sliding camera holder (1) for buses which does not require drilling additional holes for the camera (6) in the ceiling panels, does not require any changes to the vehicle components when the camera (6) position is not fixed, and can be moved to view the desired area during or after the camera (6) mounting.

Description

-1- TARIFF SLIDING CAMERA HOLDER FOR BUSES Technical Area The present invention applies to drivers in vehicles, buses, especially urban passenger buses. the area, being able to monitor critical locations such as doorways, passenger seats and aisles It relates to camera systems. The invention specifically eliminates the need to drill additional holes for the camera in ceiling coverings, 10 Because the camera position is not fixed, the vehicle can be moved when the position needs to be changed. without requiring any changes to the components, during camera assembly or for buses that can be moved to allow viewing of the desired area afterwards It relates to the sliding camera holder. State of the Art In known systems, cameras are embedded in the ceiling panels of buses or Cable routing over an existing covering depending on the area to be viewed. They are mounted directly by drilling the holes. 20 The biggest disadvantage of this situation is that the camera position may change for any reason. When it needs to be changed, a new mounting hole must be drilled and the previously drilled hole must be removed. The damaged area needs to be sealed or the part needs to be replaced. For example, when new equipment is added to the bus that obstructs the camera's view. The camera location may change. In this case, the existing cable sizes may be ceiling mounted. It may not be sufficient for a fixed camera. In addition, the previously drilled hole... Closing it off can also create visual problems. In general, drilling an additional hole in the ceiling covering for the camera. Because its position is not fixed, when a change in position is desired in the vehicle components... -2- Changes may be needed, either during or after camera installation, to the desired area. There are issues with being unable to move the image for viewing. Because it is designed for different camera types, you can then use the camera system. If you need to replace it, a new mounting part is required. 5 You can adjust the remaining cable length to move the camera to any position. The problem arises because it doesn't provide the necessary resources. Application number CN207251782 (U) concerns a dedicated camera for a school bus. It is explained that the camera lens, including the lens housing, is on the school bus. A special camera structure belonging to the company has been explained. Problems experienced with the cameras used in buses. It is not a technique that can overcome the problems. In conclusion, there are 15 buses that can overcome the problems described above. It has become necessary to develop a new camera holder on which the cameras are mounted. It is coming. Explanation of the Purposes of the Discovery Based on the current state of the art, the aim of the invention is to improve existing structures. The drawbacks have been eliminated; a sliding camera holder for buses. It is the development of. Another aim of the invention is to eliminate the need to drill additional holes for the camera in ceiling coverings. 25 The goal is to develop a sliding camera holder for buses. Another purpose of the invention is to change position since the camera's position is not fixed. This sliding mechanism allows for no changes to vehicle components when needed. It is a camera holder development. 30 -3- Another purpose of the invention is to allow for the desired results during or after camera assembly. A sliding camera that allows for movement to view the area. It is the development of a retainer. Another purpose of the invention is to allow the camera holder to be easily removed and reattached. 5 The advantage is that it makes assembly easy. Another purpose of the invention is that, since it is designed for different camera types, it can later... If you replace the camera system, you will not need a new mounting bracket. The development of a sliding camera holder that prevents it from being heard. 10 Another purpose of the invention is to allow the camera to be moved to any position. A sliding camera holder that allows you to adjust the cable length. It is the development of. Buses that offer significant technical advantages in order to achieve the aforementioned objectives. A sliding camera holder has been developed for this purpose. Explaining the Figures Figure 1; A representative application of the invention, mounted on an air duct profile. This is a drawing showing the camera holder and the camera itself. Figure 2; A representative application of the invention showing the front, side, and front views of the camera holder. It is a drawing of their bottom view. Reference Numbers 1 camera holder 5 connecting elements 2 Holes 6 Cameras 3 Cable / socket holes 7 Air duct profiles 4 camera mounting holes, 8 sliding mounting extensions. -4- Detailed Explanation of the Discovery The invention provides a way to avoid drilling additional holes for the camera (6) in ceiling coverings. Since the camera (6) position is not fixed, when the position needs to be changed, the vehicle no changes to the components required during camera (6) assembly or for buses that can be moved to allow viewing of the desired area afterwards It relates to the sliding camera holder (1). Especially in city buses; the driver's area inside the vehicle, door entrances, Camera (6) to monitor critical locations such as passenger seats and aisle systems are used. For the installation of these camera (6) systems and when requested a connecting element made of steel, which can be shifted to a different viewing angle (5) Compatible with interior camera (6) systems that can be mounted with bolts and nuts, air 15 (7) on the rail in the aluminum air duct profile in the duct area a camera holder which can be mounted with connecting element (5) bolts (1) has been developed. Camera holder (1); through holes (2) in the aluminum air duct profile (7), connection 20 The elements (5) are mounted with bolts. The camera (6) is mounted on the camera holder (1), The cable is passed through the cable / socket hole (3) and through the camera mounting holes (4) It is mounted by screwing in the connecting elements (5). Thus, the camera holder (1) can be mounted on the air duct profile (7) with connection 25 if desired. element (5) can be slid to the desired area by loosening the bolts It can be provided. In this technical solution, the camera is mounted on the aluminum air duct profile (7). The holder (1) is designed and used in two ways depending on its position in the vehicle. 30 The camera's (6) point of view depends on factors such as the opening and closing of the cover in its location. -5- The closing directions will determine the orientation of the mounted part. In this case, the alternative It becomes possible to bend the material to be suitable for use in structures. For buses that do not require additional holes to be drilled in the ceiling panels for the camera. A sliding camera holder (1) has been developed. The camera (6) position is not fixed. 5 Changes to vehicle components when repositioning is desired A sliding camera holder (1) has been developed which makes it unnecessary to use it. Camera (6) for viewing the desired area during or after installation Camera 10 with sliding link extension (8) that allows it to be moved A camera holder (1) has been created. The camera holder (1) can be easily removed and attached. Since it is attachable, installation is easy. Since it is designed for different camera (6) types, then the camera (6) system 15 that ensures no new assembly part is needed if you replace it. A sliding camera holder (1) has been developed. To move the camera (6) to any position, use the remaining cable length. Slideable camera with cable / socket hole (3) that allows you to adjust it The holder (1) has been improved. 20 The invention relates to areas such as the driver's area, door entrances, passenger seats, and aisles in passenger buses. For buses used in camera (6) systems to monitor critical locations This relates to the sliding camera holder (1), and its feature is the air duct profile (7) or The camera, positioned on top of it, is moved by being mounted on a rail profile. 25 (6) allows you to adjust the remaining cable length to slide to any position. It is characterized by having a sliding camera holder (1) that recognizes the camera. The connecting element (5) can be loosened and slid to the desired area when required. to aluminum air duct profile (7) or through holes (2) on the profile, connection 30 Includes a sliding camera holder (1) mounted with elements (5). -6- The camera holder (1) has at least one cable / socket hole (3), through the cable / socket hole (3) cable is passed through the camera mounting holes (4) with connecting elements (5) Includes camera (6) on the mounted camera holder (1). The air duct profile (7) or the rail on the profile moves by sliding 5 Shaped twisted sliding link on camera holder (1) with capability Includes extension (8). A sliding camera that is mounted and fixed in position within an L-shaped rail. The cable is mounted on the holder (1) by passing the cable / socket connections through the (3) hole. It includes the camera (6) which is fixed through the camera mounting holes (4). Mounted on the rail or gap on the aluminum air duct profile (7) in buses The L-shaped camera holder (1) can be slid on the camera holder (1). connection extension (8), holes (2) on the sliding connection extension (8), holes 15 (2) through the connecting elements (5) onto the aluminum air duct profile (7) mounted camera holder (1), cable / socket on camera holder (1) by making connections through holes (3) and connecting elements through cable mounting holes (4) Includes camera (6) mounted with (5). In ceiling coverings, a hole is not required for camera (6) camera (6) Because its position is not fixed, when a change in position is desired in the vehicle components... no changes required, camera (6) during or after mounting air duct profile (7) or profile that can be moved for viewing of the area movable camera holder 25 with sliding mounting extension (8) mounted on it (1) includes.

Claims

-7- REQUESTS 1. The invention relates to the driver's area, door entrances, passenger seats, and camera (6) systems to monitor critical locations such as corridors This relates to the sliding camera holder (1) for buses used, and its feature is; 5 - The air duct profile (7) or rail profile is mounted on the movement. the camera (6) that is placed on it can be positioned in any location allowing you to adjust the remaining cable length for sliding It is characterized by having a sliding camera holder (1).

2. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - If desired, the connecting element (5) can be loosened and placed in the desired area. sliding, aluminum air duct profile (7) or on the profile sliding mounted with fasteners (5) through holes (2) It includes a camera holder (1). 15 3. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - at least one cable / socket hole (3) on the camera holder (1), - camera mounting by passing the cable through the cable / socket hole (3) Camera 20 mounted with connecting elements (5) through holes (4). It contains a camera (6) on its holder (1).

4. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - air duct profile (7) or by sliding inside the rail on the profile 25 shaped on a camera holder (1) with the ability to move It includes a twisted slideable link extension (8).

5. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - Mounted and fixed in position within an L-shaped rail. 30 cable through cable / socket hole onto the sliding camera holder (1) (3) through the camera mounting holes (4) which are mounted by passing the connections through. It includes a fixed camera (6). -8- 6. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - on the rail on the aluminum air duct profile (7) in buses or L-shaped camera holder (1) mounted in the gap, - Sliding mounting extension (8) on camera holder (1), 5 - holes (2) on the sliding link extension (8), - Aluminum air duct with connecting elements (5) through holes (2) Camera holder (1) mounted on profile (7), - connections through the cable / socket hole (3) on the camera holder (1) made by connecting the cable mounting holes (4) with the connecting elements (5) 10 It includes mounted camera (6).

7. The sliding camera holder (1) for buses conforming to Claim 1 is characterized by: - no additional holes should be made for the camera (6) in the ceiling coverings Since the camera (6) position is not fixed, changing position 15 a camera that does not require any changes to vehicle components when needed (6) Viewing the desired area during or after assembly because it can be moved, air duct profile (7) or on the profile movable camera with mounted sliding link extension (8) It includes a holder (1). 20

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