MODULAR PHONE CAMERA PROVIDING WIDE VIEW ON THE HORIZONTAL AXIS.

Abstract

Current phone cameras mostly feature circular lens structures and standard rectangular (4:3, 16:9) sensors. These structures can create edge distortion in wide-angle images and limit environmental awareness. Ultra-wide-angle lenses, on the other hand, create a fisheye effect in the image. This fails to meet the need for a wide field of view that corresponds to a natural perspective. This utility model relates to the field of mobile communication devices, specifically imaging systems, and concerns a modular camera system developed with a wide-angle horizontal rectangular design, providing a wide field of view along the horizontal axis. The Utility Model is characterized by a camera system that can be modularly attached to mobile communication devices, has a removable / attachable mechanism (7), a camera structure designed inspired by the horizontal rectangular eye structure of goats (5), a square-shaped microcontroller (1) in the upper left corner, a rectangular signal processor (2), a light-sensitive sensor (3) and a light-reflecting lens (4) inside, and connection parts (6) in the lower right corner, providing a wide field of view on the horizontal axis.

Description

1 TARIFF MODULAR PHONE PROVIDING WIDE VIEW ON THE HORIZONTAL AXIS. CAMERA Technical Area This useful model applies to the field of mobile communication devices, particularly those related to display systems. It is designed with a wide-angle horizontal rectangular design, providing a wide field of view on the horizontal axis. It relates to a modular camera system. State of the Art Current phone cameras mostly have a circular lens structure and standard rectangular (4:3, 16:9) 15 It has sensors. These structures can create edge distortions in wide-angle images and This allows for a limited level of environmental awareness. Ultra-wide-angle lenses, on the other hand, enhance the image. It creates a fisheye effect. This eliminates the need for a wide field of vision that corresponds to natural perspective. It cannot meet the demand. Patent number US11249288B2, obtained in the United States, describes an integrated anamorphic lens in mobile devices. It offers a system. However, this system is based on a modular and wide-angle horizontal rectangular design. It appears that it was not developed by inspiration. Patent number US11082596B2 – obtained in the United States – describes anamorphic lenses for mobile devices. It offers a system that includes modules. However, this system also has a wide-angle horizontal rectangle. It was not developed based on design inspiration. 25 The works described in the aforementioned patent documents represent a general overview of existing technologies. It presents the framework, and our proposed horizontal rectangular and modular design. It does not include its features. Technically, it is different. This situation shows that our system is innovative and more This shows that it has a useful feature. Technical Problems that the Utility Model Aims to Solve The utility model was developed inspired by the horizontal rectangular pupils of goats. especially in the horizontal plane, it offers a wide field of view, prevents edge distortion, and The goal is to provide a modular camera system that can be attached to phones. This way, both 35 The film provides an effective cinematic, functional, and biologically impactful visualization. Explanation of the figures 2 • Figure 1: Modular camera structure Explanation of the references in the figures. 1. Microcontroller 2 Signal processors 3 Light-sensitive sensors 10 4. Light-reflecting lens Modular camera structure 6 Connectors 7. A removable / attachable mechanism. Utility Model Description The utility model is a removable / attachable mechanism (7) on the phone, which connects to the phone. modular camera structure (5) , with a square-shaped microcontroller (1) in the upper left corner inside, rectangular signal processor(2), light-sensitive sensor(3) and light-reflecting lens(4) inside it, It consists of connecting parts (6) in the lower right corner. 20 How to apply the Utility Model to industry. The utility model describes a modular camera that can be easily integrated into existing telephone systems. It can be implemented as a system. It also has 25 different options for security cameras and VR systems. It can also be adapted to other platforms. Mass production is possible and it is low-cost and high-resolution. It offers an imaging solution. 35

Claims

3 REQUIREMENTS 5 1. Utility Model; It can be modularly attached to mobile communication devices and has the following feature: a removable / attachable mechanism(7), from the horizontal rectangular eye structure of goats inspired camera structure (5) with a square in the upper left corner inside microcontroller(1), rectangular signal processor(2), light-sensitive sensor(3) and 10 It consists of a lens (4) that reflects light inside and connecting parts (6) in the lower right corner. It is characterized by a camera system that provides a wide field of view on the horizontal axis. is being done.

2. In the camera system specified in Claim 1, without creating edge distortions in the image. It is a specialized camera system that provides wide-area recording in the horizontal plane, rectangular 15 It is characterized by a signal processor (2).

3. In the camera system specified in Claim 1, the light-sensitive sensor(3) has a wide horizontal path, It is characterized by having a narrow sensing matrix in the vertical direction.

4. In the camera system specified in Claims 1 to 3, the camera module must be connected to the mobile device. electrical connection of a microcontroller(1) and light-sensitive sensor(3) circuit 20 It is characterized by being provided through this channel.

5. In the camera system specified in Claim 1, the system has a modular structure and on the device It is characterized by having a removable / attachable mechanism(7).

6. In the camera system specified in Claim 1, the horizontal viewing angle of the modular camera unit It is characterized by a light-reflecting lens(4) that optimizes between 140° and 180°. 25 7. In the camera system specified in Claim 1, the light-reflecting lens (4) creates a fisheye effect. by designing it in a way that provides a natural perspective view without creating any artificial effect. It is characterized by...