Mobile phone camera docking station

By setting empty bodies and lens groups at both ends of the panel of the mobile phone clip or sleeve, using the motor to drive the mirror movement to achieve high-power optical zoom and three-dimensional shooting, the problem of optical zoom and sound quality limitation of mobile phones is solved, and the image quality and sound quality improvement of the SLR camera is achieved. .

CN119254875APending Publication Date: 2025-01-03陆英杰
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Patent Information

Application Number
CN202411244285.3
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2024-09-01
Publication Date
2025-01-03

AI Technical Summary

Technical Problem

Due to the size limitations of existing mobile phone cameras, the optical zoom ratio is limited, the image quality is limited, and the stereo shooting and high-quality output cannot be achieved.

Method used

Set empty bodies at both ends of the panel of the mobile phone clip or sleeve, install telephoto lens group and stereo lens group respectively, drive the mirror movement through the motor to achieve focal length change, and combine the universal foot and the dock bracket to use visual differences to capture three-dimensional images. At the same time, set a speaker in the hollow body to improve the sound quality.

Benefits of technology

It has achieved optical zoom in the image quality of the SLR camera on ordinary mobile phones, and installed speakers with larger size and better sound quality, greatly improving the shooting and sound quality of the mobile phone.

✦ Generated by Eureka AI based on patent content.

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    Figure CN119254875A_ABST
Patent Text Reader

Abstract

A mobile phone camera docking station is composed of a mobile phone clamp or sleeve, a docking station body and a lens group. The docking station body is fixed on the mobile phone in a sleeving or clamping manner, the docking station body is provided with one or more empty bodies, the lens group comprises focal length lens groups and stereo lenses, the focal length lens groups and the stereo lenses are respectively arranged in the empty bodies of the docking station, and focusing of the lenses is completed by controlling an electric motor through a data line and can also be manually adjusted. The mobile phone docking station comprises a mobile phone clamp or sleeve, a docking station body and a loudspeaker group. The docking station body is fixed on the mobile phone in a sleeving or clamping manner, the docking station body is provided with one or more hollow bodies, and the loudspeakers are arranged in the hollow bodies according to the optimal effect.
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Description

[0001] The invention relates to a new method for expanding the functions of a mobile phone, in particular to providing a longer optical zoom and a stereoscopic photography method or a better external sound quality.

[0002] Currently, the known mobile phone cameras can only provide low-magnification optical zoom due to their size. Large-magnification zoom needs to be achieved through digital zoom, which is achieved by cropping the frame, which greatly affects the image quality. Due to the size, traditional mobile phones do not have a stereoscopic shooting function. At the same time, due to space constraints, the speakers of mobile phones cannot be made larger or have more speakers, so the sound quality of mobile phones is limited.

[0003] The purpose of the present invention is to use a new method to greatly improve the multiples of optical zoom, achieve the image quality effect of a single-lens reflex camera, and can also shoot three-dimensional images. The same method can also be used to install larger and better speakers, which can greatly improve the sound quality of the mobile phone.

[0004] The present invention is implemented as follows: a hollow body is arranged at each end of the panel of the mobile phone clip or mobile phone case, a telephoto lens group is arranged in one hollow body, and a stereo lens group is arranged in the hollow body at the other end. The mobile phone controls the motor through the data line, and the motor drives the mirror surface of the lens to move to change the focal length to obtain the image distance, and the focal length can also be changed by manual mode. A group of lenses can also be set at each end of the flip cover of the flip-type mobile phone, and the three-dimensional lens group hollow body can also be set with a speaker at the same time. The lens group can also be set in a hollow body, and an expansion dock bracket can be set at one end. The lens group consists of a lens, a mirror, a motor and a data cable. The mobile phone controls the motor through the data cable, and the motor drives the mirror to move and change the focal length to obtain the image distance. The focal length can also be changed in manual mode. The expansion dock bracket consists of a mobile phone clamp, a universal foot and a hollow body. The mobile phone clamp of the expansion dock bracket clamps the mobile phone body, and its universal foot is connected to the hollow body. The universal foot provides rotation in various pointing directions. In addition, two groups of lenses are set in the hollow body, and the visual difference captured by different angles of different groups of lenses is used to produce a three-dimensional sense, so that dynamic three-dimensional pictures can be captured. Alternatively, a hollow body is set at each end of the panel of the mobile phone clamp or the mobile phone case, and a large-volume speaker is set in one hollow body.

[0005] Due to the adoption of the above scheme, the idea of ​​the present invention is that through a large-scale optical zoom, an ordinary mobile phone can also achieve the image quality of a professional SLR camera, while not having the bulky size of a professional camera. The sound quality of the mobile phone can also be greatly improved by installing a larger speaker with better sound quality.

[0006] Accompanying drawing is the structural diagram of the present invention: Figure 1 1 is a figure of the specification of the present invention, wherein 1 is a hollow body, 2 is a lens, 3 is a universal foot, 4 is a mobile phone clip, 5 is a stereoscopic lens, 7 is a data cable, 8 is a mobile phone, and 9 is a speaker. ; Figure 2This is a plan view of a camera lens. In the picture, 1 is the hollow body, 2 is the lens, 3 is the universal foot, 4 is the mobile phone holder, 5 is the lens (or speaker), 7 is the data cable, and 8 is the mobile phone. Figure 2 In the figure, 1 is the empty body, 2 is the lens group (or speaker), 3 is the universal foot, 4 is the mobile phone holder, 5 is the lens, 6 is the mirror, and 7 is the data cable. Figure 3 In the figure, 1 is the empty body, 3 is the universal foot, 4 is the mobile phone clamp, 5 is the lens (or speaker), and 7 is the data cable.

[0007] Description of the drawings: Figure 1 It is a flip-cover structure diagram of the present invention, which can be combined with a mobile phone as a mobile phone cover. It is also a full-element diagram of the present invention. Figure 2 This is a plan view of the lens structure of the mobile phone camera expansion dock. Figure 3 This is the appearance structure diagram of the separate stereo camera of the mobile phone camera expansion dock.

Claims

1. A mobile phone camera expansion dock, characterized in that a hollow body is arranged on a mobile phone clip or sleeve, a telephoto lens group and a stereo lens group are arranged in the hollow body, and the focus is controlled by connecting the mobile phone through a data cable, and the focus can also be adjusted manually.

2. According to the mobile phone camera expansion dock described in 1, it is characterized in that A hollow body is arranged on the mobile phone clip or the case, and a speaker is arranged in the hollow body.

3. According to the mobile phone camera expansion dock described in 1, it is characterized in that A hollow body is arranged on the mobile phone holder or case, a telephoto lens group and a stereo lens group are arranged in the hollow body, and a speaker is added in the stereo lens.