KR20100084148A - Mobile phone twist display - Google Patents

Abstract

PURPOSE: A mobile phone which can be twisted or bent is provided to be manufactured by soft and flexible materials. CONSTITUTION: A mobile phone includes a bent display(7), a bent transistor(5), and a bent battery(8). The mobile phone is formed by bendable materials. The mobile phone is finely bent along with the line of a human body. A bio rhythm recognition sensor(4) and a system thereof are built in the mobile phone. The bio rhythm recognition sensor measures the pulse, blood pressure, blood flow, and body temperature of a human body.

Description

Twisted, bent, and bent mobile phone {MOBILE PHONE TWIST DISPLAY}

cellphone

The latest technologies such as next-generation display material (7), AMOLED (7), bending transistor (5), bending battery (8), biometric sensor (4) to compensate for the inconveniences of existing mobile phones and to evolve the mobile phone to the next level The invention of this intensive mobile phone.

Today's mobile phones are straight and hard case, making it inconvenient to carry in your pocket. Therefore, the next-generation display material (7), which can bend and bend, invents a mobile phone and adds the convenience of carrying it in a pocket more conveniently.

 We have invented a new mobile phone using new materials that can be soft and bent, such as the use of next-generation display materials (7), AMOLED (self-emitting material), curved transistors (5), and curved batteries (8).

First of all, it's easy to carry around in your pocket. Even if you sit in the back pocket of your pants, you can feel the phone bent along the hip line, and you will rarely damage the screen and body of the phone. In addition, it can reduce the thickness than the current mobile phone, and built-in biometric sensor, enabling emergency medical treatment, fingerprint recognition, iris recognition through a mobile phone in case of emergency.

1 is a perspective view of a mobile phone bent and curved.
2 is a front view of the mobile phone.
3 is a rear view of the mobile phone.
4 is a right side view of the mobile phone.
5 is a left side view of the mobile phone.
6 is a plan view of the mobile phone.
7 is a bottom view of the mobile phone.
8 is a perspective view when the mobile phone is bent according to the shape of the human body.
9 is a perspective view when the mobile phone is distorted according to the active surface of the human body.

Currently, the mobile horn is made of hard case and parts, so the cell phone can be broken by carrying it in the back pocket of the pants. After seeing a broken cell phone, I thought a lot, and using a next-generation display (7), AMOLED, a curved transistor (5), a curved battery (8), etc., to invent a mobile phone that can be used smoothly and comfortably without any inconvenience to our human body. It is.

1. The front camera (1) is capable of video calling and self-shooting. When two cameras are operated at the same time, a stereoscopic image (3D) is recorded, and a normal video (2D) is recorded when one camera is operated.
2. The rear camera (2) is capable of stereoscopic recording (3D) in two operations, and normal video (2D) in one operation.
3. The top flat speaker (3) provides clean and clear sound quality.
4. Since the human body sensor (4) is built in the back of the mobile phone, it is possible to remotely check the condition of the human body in case of emergency, fingerprint and iris recognition.
5. Built-in bending transistor (5) improves a lot of functions of the mobile phone.
6. A large amount of bending memory is built into the phone.
7. Next-generation display (7) for clearer, thinner and curved display.
8. Long life due to built-in bending battery (8).
9. The bottom flat speaker (9) provides clean and clear sound quality.
10. The microphone 10 is built in the bottom of the mobile phone, clean, excellent performance.

Claims (4)

It is invented to bend and bend, and to twist depending on the usage of the mobile phone.
The material of the mobile phone is a flexible material such as a curved display (7) AMOLED, a curved transistor (5), a curved battery (8) and a nanowire network.
There is no big inconvenience because it bends delicately along the line of the human body, and the biometric sensor 4 and the system are built into the mobile phone.
The method of claim 1
Mobile phone front camera 2EA (1): General video shooting and call stereoscopic video and call
Camera on the back of mobile phone 2EA (2): General video recording and call stereoscopic video recording and call
The method of claim 1
The biorhythm sensor (4) can measure the human body's pulse rate, blood pressure, blood flow, and body temperature.
Remote medical care is possible through the biorhythm sensor (4).
Fingerprint recognition, iris recognition is possible with the biorhythm sensor (4).
The method of claim 1
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