CN1234228C - Mobile communication device with hidden screen - Google Patents

Abstract

The present invention discloses a mobile communication device, comprising a host body, which has a screen accommodating space and a side opening; a transmission mechanism, which is arranged in the screen accommodating space of the host body; a control switch, which is arranged on the host body and is used to control the action of the transmission mechanism; a screen body, which is connected to the transmission mechanism; and a pivot assembly, which is pivotally connected between the screen body and the transmission mechanism, and the pivot assembly has the ability to rotate forward and backward around an axis extending along the side opening, wherein the screen body can be transmitted from the screen accommodating space to the outside of the side opening by the action of the transmission mechanism, so that the screen body can be displayed, and the screen body can also be transmitted from the side opening to the inside of the screen accommodating space, so that the screen body can be hidden, and the screen body can be displayed in the side opening and then rotated forward and backward by the pivot assembly.

Description

Mobile communication device with hidden screen

technical field

The invention relates to a mobile communication device, especially a mobile communication device with a pop-up screen.

Background technique

With the changes of the times and the advancement of science and technology, mobile communication equipment has become an indispensable tool in the daily life of modern people. In our life, there are many handheld mobile communication devices, and with the increasing demands of users, the mobile communication devices are also trying to integrate with other multimedia devices. A mobile communication device can not only talk, add PDA function, built-in calendar, business card book, but also integrate entertainment and game functions, which is also the direction of efforts of many mobile communication manufacturers.

In today's market, there are already many types of mobile phones, which are designed for users with different needs. Different types of mobile phones often choose different presentation methods according to their information content and service types. When general users choose a mobile phone, the interface is often the main consideration. Because that is the first impression of human contact with the machine, which will lead to an important key to whether we continue to use it. However, in addition to screen size, device size, and whether it is suitable for hand-held hardware design, the so-called interface also includes the design of the operation method and the corresponding software design.

The screens of early mobile phones were often too small to display too much text information, so some people tried to solve the problem by enlarging the screen to address this shortcoming. In fact, whether the design of the interface is good or not depends on the physiological characteristics and psychological habits of human beings. Observing the development of mobile phones, we found that mobile phones tend to become smaller and thinner. But for gaming mobile phones, if they are made too small or too thin, it will become impractical, because human beings will not be able to grasp the palm physically, and it will be inconvenient for the fingers to operate such a device, and psychologically, too much The small mobile phone screen and operation interface often cannot satisfy the user's pleasure of entertainment. As shown in Figure 1A and Figure 1B, it is an existing mobile communication device, which has a host body 11 and a screen body 12, which are arranged on the host body 11, wherein the host body 11 and the screen body 12 can slide alternately , and the host body 11 is also provided with a plurality of number and function buttons 13 for operating the mobile communication device. Due to the relative displacement change between the host body 11 and the screen body 12, when the host body 11 overlaps with the screen body 12, a plurality of number and function buttons 13 on the host body 11 can be covered by the screen body 12 And hiding: when the host body 11 and the screen body 12 are alternately separated, a plurality of numbers and function buttons 13 on the host body 11 are then revealed. However, although the mobile communication device can provide a larger screen, in actual application, the host body 11 is often too thin because of its alternate sliding up and down, and it is not easy for the user to operate. Not to mention using the mobile communication device for game control. Therefore, there is an urgent need for a mobile communication device that can provide a large screen and is easy to operate and grasp, so as to provide better entertainment quality and control feel.

Contents of the invention

The main purpose of the present invention is to provide a multimedia mobile phone that can have a large pop-up screen. When the mobile phone performs multimedia operations, it can satisfy the user's visual enjoyment and control feel. The screen storage is hidden in the host body.

In order to achieve the above object, the present invention provides a mobile communication device, which includes a host body with a screen accommodating space and an opening on one side, and a transmission device arranged in the screen accommodating space of the host body; A control switch is arranged on the host body to control the action of the transmission mechanism, a screen body is connected to the transmission mechanism; and a pivot assembly is pivotally connected between the screen body and the transmission mechanism , the pivot assembly has a forward and backward rotation around an axis extending along the side opening, wherein the screen body can be transferred from the screen accommodating space to the outside of the side opening by the action of the transmission mechanism, so that the screen The body can be displayed, and the screen body can also be transferred from the side opening to the screen accommodating space, so that the screen body can be hidden, and the screen body can be displayed in the side opening by means of the pivot assembly Afterwards, the angle can be rotated back and forth.

According to the above-mentioned mobile communication device, wherein the side opening is located on a longer side of the main body.

According to the above idea, the host body further has a key set for providing function control of the mobile communication device.

According to the above idea, the button set may refer to a game button set for providing game control.

According to the above idea, the host body further has a small screen for providing caller ID.

According to the above idea, the transmission mechanism is a transmission shaft operated by hydraulic pressure.

According to the above idea, the transmission mechanism further includes: an electric device disposed in the main body to provide a kinetic energy; a gear set connected to the electric device to transmit the kinetic energy; and a gear slide rail , connected to the gear set and the screen body, the kinetic energy can move the position of the screen body.

According to the above idea, the electric device is a motor.

According to the idea of another embodiment of the present case, the mobile communication device includes a host body, which has a screen accommodating space and an opening on one side, and a transmission mechanism, which is arranged in the screen accommodating space of the host body , a screen body, connected to the transmission mechanism; and a pivot assembly, pivotally connected between the screen body and the transmission mechanism, the pivot assembly has a left and right rotation around an axis extending along the opening direction of the side opening , wherein the screen body can be transferred from the screen accommodating space to the side opening by the action of the transfer mechanism, so that the screen body can be displayed, and the screen body can also be transferred from the side opening It is transported into the screen accommodating space, so that the screen body can be hidden, and the screen body can be rotated left and right after being displayed in the side opening by means of the pivot assembly.

According to the idea above, the mobile communication device further includes a control switch disposed on the main body to control the movement of the transmission device.

According to the above idea, the side opening is located on a longer side of the main body.

According to the above idea, the host body further has a key set for controlling the mobile communication device.

According to the above idea, the button set may refer to a game button set for providing game control functions.

According to the above idea, the host body further has a small screen for providing a caller display function.

According to the above idea, wherein the transmission mechanism is a transmission shaft controlled by oil pressure.

According to the above idea, wherein the transmission mechanism is a hand-pull action slide rail.

According to the above concept, the transmission mechanism further includes a gear set connected to the electric device for transmitting a kinetic energy; and a gear slide rail connected to the gear set and the screen body, which can be moved by the kinetic energy The position of the screen body.

According to the idea above, the transmission mechanism further includes an electric device disposed in the main body to provide kinetic energy to the transmission mechanism.

According to the above idea, the electric device is a motor.

According to the idea of another embodiment of the present case, the mobile communication device includes: a host body having a screen accommodating space and an opening on one side; a transmission device arranged in the screen accommodating space of the host body , the transmission mechanism has a vertical axis perpendicular to the screen accommodating space and the side opening; and a screen body, connected to the transmission mechanism, and the vertical axis is perpendicular to the screen body, by the conveyor The action of the parts, the screen body is transferred from the screen accommodating space to the side opening in a rotating manner, so that the screen body can be displayed, and the screen body can also be transferred from the side opening to the screen accommodating space, so that the screen body can be hidden.

The beneficial effect of the present invention is that, since there is an accommodating space on the host body, the screen body can be moved out of or retracted from the accommodating space under the transmission of the conveying device, so that the screen can be a wide screen, When the mobile phone is performing multimedia operations, the user's visual enjoyment and control feel can be satisfied, and when carrying or talking, the large screen can be hidden in the main body for easy portability.

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

Description of drawings

1A and 1B are an existing mobile communication device;

FIG. 2A, FIG. 2B, FIG. 2C and FIG. 2D are structural schematic diagrams of the mobile communication device of the present invention;

Fig. 3 is a mobile communication device according to another embodiment of the present invention;

Fig. 4 is the mobile communication device of the third embodiment of the present invention;

FIG. 5 is a mobile communication device according to a fourth embodiment of the present invention.

Wherein, the reference signs are explained as follows:

11 Host body 12 Screen body 13 Number and function buttons

21 Host body 211 Accommodating space 212 Side opening

221 electric device 222 gear set 223 gear slide rail

224, 226 transmission shaft 225, 227 transmission parts

23 control switch 24 screen body 25 game button 26 small screen

271, 272 pivot assembly 213 longer side 241 manual handle

Detailed ways

This case is mainly to provide a multimedia mobile phone, which has a large pop-up screen, which can satisfy the user's visual enjoyment and control feel when the mobile phone is performing multimedia operations. It is hidden inside the host body.

As shown in Figs. 2A, 2B, 2C and 2D, they are exploded views of the structure of the mobile communication device of the present invention. As shown in Figure 2A, the mobile communication device of the present invention includes a host body 21, which has a screen accommodating space 211 and a side opening 212, and a transmission mechanism (as shown in the figure, symbol marks 221, 222, 223 position), set in the screen accommodating space 211 of the host body, a control switch 23, set on the host body 21, to control the movement of the transmission parts, and a screen body 24, connected to the The transmission mechanism, by the action of the transmission mechanism, can transmit the screen body 24 from the screen accommodating space 211 to the outside of the side opening 212, so that the screen body 24 can be displayed, as shown in FIG. 2C . Of course, as shown in FIG. 2B , the mobile communication device can also transmit the screen body 24 from the side opening 212 into the screen accommodating space 211 so that the screen body 24 can be hidden.

In this embodiment, the side opening 212 is located on a longer side 213 of the host body, but of course, it is not limited to this in practical application. In addition, because this mobile communication device has a larger screen body, good entertainment effects can be provided, so a button group 25 can also be set on the main body 21, which can provide the functional control of general mobile phone buttons at ordinary times, and the screen body 24 display, it can also be used for game control. As for the control switch 23 in this embodiment, its setting position can be changed according to the circuit design and appearance shape, so as to provide a good operation interface for the user. And in normal standby or when the screen body 24 is folded inside the host body 21, a small screen 26 is also provided on the host body 21 to provide the caller display function, and the user can easily check the caller information.

According to the above idea, in this embodiment, the transmission mechanism is a slide rail driven by gears. Wherein the transmission mechanism also includes an electric device 221 disposed in the main body 21 to provide a kinetic energy, a gear set 222 connected to the electric device 221 to transmit the kinetic energy, and a gear slide rail 223 , connected to the gear set 222 and the screen body 24, the position of the screen body 24 can be moved by the action of the kinetic energy. Wherein the electric device 223 can be a motor. In addition to the aforementioned constituent components, the mobile communication component in this embodiment also includes a pivot component 271, as shown in FIG. When the side opening 212 is behind, it can be rotated forward and backward.

As shown in Figure 3, it is another embodiment of this case. The transmission part can also be a hand-pulled action slide rail, and the upper side and two sides of the screen body are respectively provided with a pull handle structure 241 and a protrusion structure group 242, so that the user can manually pull the screen body 24 , and the sliding rails of the transmission mechanism 225 can guide the protrusion structure group 242 on the side of the screen body 24 to display or hide the screen body 24 . According to the above idea, the transmission mechanism 226 in this case can also be a transmission shaft controlled by oil pressure. As shown in Fig. 4, it is the third preferred embodiment of the present invention. In addition to the above-mentioned basic components, the mobile communication device also includes a pivot component 272, which is pivotally connected between the transmission shaft 226 and the screen body 24, so that the screen body 24 is displayed outside the side opening 212. , to turn the angle left and right.

As shown in Figure 5, according to the idea of another embodiment of the present case, the mobile communication device includes a host body 21, which has a screen accommodating space 211 and an opening 212, and a transmission mechanism 227, which is arranged on the host body 21 in the screen housing space 211, and a screen body 24 is connected to the transmission mechanism 227, and the screen body 24 can be transmitted from the screen housing space 211 to the opening 212 by the action of the transmission mechanism. In addition, in order to display the screen body 24, the screen body 24 can also be transferred from the opening 212 into the screen accommodating space 211, so that the screen body 24 can be hidden. The mobile communication device also includes a control switch 23 disposed on the host body 21 for controlling the movement of the transmission device 227 . In this embodiment, the openings 212 are located on both sides of the main body 21 , and the screen body 24 can be easily folded or unfolded by the action of the transmission mechanism.

To sum up, this case provides a multimedia mobile phone, which has a large pop-up screen, which can satisfy the user's visual enjoyment and control feel when the mobile phone is performing multimedia operations. The wide screen is hidden in the host body. The present invention has been described in detail by the above-mentioned embodiments and equivalent structural transformations can be made by those skilled in the art, but all are included in the patent scope of the present invention.

Claims (12)

1. A mobile communication device, characterized in that it comprises: A host body, which has a screen accommodating space and a side opening; a transmission device, arranged in the screen accommodation space of the host body; A control switch, set on the main body, used to control the action of the transmission mechanism; a screen body connected to the transfer mechanism; and A pivot assembly, pivotally connected between the screen body and the transmission mechanism, the pivot assembly can rotate back and forth around an axis extending along the side opening, wherein the screen can be moved by the action of the transmission mechanism The body is transmitted from the screen accommodating space to the side opening so that the screen body can be displayed, and the screen body can also be transmitted from the side opening to the screen accommodating space so that the screen body can be displayed. It is hidden, and the screen body can be rotated back and forth after being displayed in the side opening by means of the pivot assembly. 2. The mobile communication device as claimed in claim 1, wherein the side opening is located on a longer side of the main body. 3. The mobile communication device according to claim 1, wherein the host body also has a key set for providing the function of controlling the functions of the mobile communication device, and the key set refers to a game key set, Used to provide game control functions. 4. The mobile communication device as claimed in claim 1, wherein the host body further has a small screen for providing a caller display function. 5. The mobile communication device as claimed in claim 1, wherein the transmission mechanism is a transmission shaft controlled by hydraulic pressure. 6. The mobile communication device according to claim 1, wherein the transmitting device further comprises: An electric device arranged in the main body to provide a kinetic energy, wherein the electric device is a motor; a gear set connected to the electric device for transmitting the kinetic energy; and A gear slide rail is connected to the gear set and the screen body, and the position of the screen body can be moved by virtue of the kinetic energy. 7. A mobile communication device, characterized in that it comprises: A host body, which has a screen accommodating space and a side opening; a transmission device, arranged in the screen accommodation space of the host body; a screen body connected to the transfer mechanism; and A pivot assembly, pivotally connected between the screen body and the transmission mechanism, the pivot assembly has a left and right rotation around an axis extending along the opening direction of the side opening, wherein by the action of the transmission mechanism, the The screen body is transferred from the screen accommodating space to the side opening so that the screen body can be displayed, and the screen body can also be transferred from the side opening to the screen accommodating space so that the screen The body can be hidden, and the screen body can be rotated left and right after being displayed in the side opening by means of the pivot assembly. 8. The mobile communication device according to claim 7, further comprising a control switch disposed on the main body for controlling the movement of the transmission device. 9. The mobile communication device according to claim 7, wherein the transmission mechanism is a hand-pull action slide rail. 10. The mobile communication device as claimed in claim 7, wherein the transmitting device further comprises: a gear set connected to the electric device for transmitting a kinetic energy; and A gear slide rail is connected to the gear set and the screen body, and the position of the screen body can be moved by the action of the kinetic energy. 11. The mobile communication device as claimed in claim 10, wherein the transmission mechanism further comprises an electric device disposed in the host body for supplying kinetic energy to the transmission mechanism. 12. A mobile communication device, characterized in that it comprises: A host body, which has a screen accommodating space and a side opening; a conveying mechanism disposed in the screen accommodating space of the main body, the conveying mechanism having a vertical axis perpendicular to the screen accommodating space and the side opening; and A screen body, connected to the transmission mechanism, and the vertical axis is perpendicular to the screen body, and the screen body is transferred from the screen accommodating space to the outside of the side opening in a rotating manner by the action of the transmission mechanism so that the screen body can be displayed, or the screen body can be transferred from the side opening into the screen accommodating space so that the screen body can be hidden.

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