JP2011050023A - Portable telephone device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a portable telephone device which has a structure as simple as possible and allows a user to confirm the origination or termination of a signal of a call or the transmission or reception of mail even when the user is operating the portable telephone device. <P>SOLUTION: The portable telephone device includes a driver and a controller therein for receiving a signal generated when originating or terminating a call or transmitting or receiving a mail to control the driver. A moving part is provided at the upper or lower part of a display screen of the device, and the moving part is coupled to the driver. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a mobile phone device.

In conventional mobile phones, in addition to the method of notifying incoming calls with a buzzer sound or melody, the method of notifying by emitting light or vibrating in response to the electromagnetic waves at the time of incoming calls, it is also digital with various movements of characters and pictures on the LCD screen A two-dimensional notification method was used.
In addition, these mobile phones, along with various advances in design and technology, planted the “feeling bored” to human sensitivity, but because the mobile phone itself was expensive, it was not possible to easily replace or add new models. . At the same time, mobile phones are “disposable”, and there is a need to collect and recycle unnecessary mobile phones for environmental and resource issues.

  Japanese Patent Application Laid-Open No. 2004-228561 discloses a technique for improving the game performance of a mobile phone device by causing a small doll attached to a strap to move when an incoming call is received by a mobile phone.

JP 2000-236371 A

The operation of a doll or the like via a strap is called a radio control, for example, and there is a problem that a moving part such as a doll needs a sensor for detecting electromagnetic waves and a driving method. Furthermore, when the user is operating the cellular phone device, there are problems that it is difficult to notice the movement of the strap, and there are problems of malfunction or failure in narrow places such as clothing pockets and bags.
In terms of “getting bored”, it was necessary to replace the mobile phone body with a new model or obtain it as an additional model, and there was a problem that it was always expensive. In addition, there is a problem of collection / recycling in disposable / disposal that occurs each time.

  Accordingly, an object of the present invention is to provide a mobile phone device having a structure as simple as possible and capable of confirming whether to make / receive a call or send / receive a mail even when a user operates the mobile phone device. There is to do. Furthermore, another object is to provide a “dressing mobile phone device” that can obtain a wide variety of new models at low cost by exchanging movable parts while keeping the main body intact. Furthermore, it is to reduce unnecessary mobile phones due to the collection property.

  That is, the gist of the present invention is a mobile phone device that includes a drive unit therein and a control unit for controlling the drive unit in response to a signal generated when a call is made or received or sent and received. The present invention relates to a mobile phone device characterized in that a movable portion is provided at an upper portion or a lower portion of a screen, and the movable portion is connected to the driving portion.

  The mobile phone device of the present invention does not require an external mechanism such as a drive unit, and the movable unit provided on the screen operates even when the user operates the mobile phone device. This makes it possible to easily confirm incoming / outgoing calls or mail transmission / reception. Furthermore, by making the movable part detachable, it is possible to provide a dress-up mobile phone device at a low cost or as a new model.

FIG. 1 is a perspective view of the main body. FIG. 2 is a front view of the main body. 3 is a cross-sectional view taken along the line AA ′ of FIG. FIG. 4 is a combined side view of the main body and the dressing part (7). FIG. 5 is a combined front view of the main body and the dressing part (7). 6 is a cross-sectional view taken along the line BB ′ of FIG. FIG. 7 is a front view of the main body. FIG. 8 is an internal structural view of the dressing portion (7). FIG. 9 is a side view of the cellular phone device with a blower. FIG. 10 is a front view in which a rotating drum is installed. FIG. 11 is an internal structure diagram of the main body. FIG. 12 is a structural diagram of the external component (10). FIG. 13 is a front view of a desktop personal computer. FIG. 14 is a front view of another aspect of the main body. FIG. 15 is another embodiment of FIG. FIG. 16 is another embodiment of FIG. FIG. 17 shows an arrangement example of each component in the runner in resin molding. FIG. 18 is another embodiment of FIG.

  The drive unit and a control unit for receiving a signal generated when making / receiving a call or sending / receiving a mail and controlling the drive unit are mechanisms normally provided in a known mobile phone device. In such a cellular phone device, the driving unit and the control unit can be used as they are.

  One feature of the cellular phone device of the present invention is that a movable portion is provided at the upper or lower portion of the screen of the cellular phone device, and the movable portion is connected to the driving portion.

  Examples of the movable part include characters such as people, plants, animals, vehicles, stationery, armor, animation, and movies.

  As an aspect of the connection between the movable part and the driving part inside the mobile phone device, for example, an aspect in which the movable shaft of the vibrator motor inside the mobile phone device is projected to connect with the movable part can be mentioned. In this case, the vibration of the vibrator is transmitted to the movable part as it is.

  The operation of the movable part is not particularly limited, and examples thereof include rotation, unevenness, vertical and horizontal movement, and / or inclination. These can be realized by appropriately combining belts, pulleys, cams, cylinders and / or cranks.

  A movable part can be made into a detachable structure. As a result, the mobile phone device main body can be replaced or the movable portion can be replaced. As the movable part, for example, a cover of a mobile phone device main body can be used. In this case, a so-called dress-up mobile phone device can be realized.

  As an example of the movable part, a chassis-like structure including a wheel or a belt can be given. In this case, the mobile phone device body moves like a vehicle at the time of outgoing / incoming calls or at the time of transmission / reception, and it is easy to visually recognize the incoming / outgoing calls or transmission / reception. Alternatively, as an example of the movable portion, a structure that includes a shaft that is substantially upright on the mobile phone device body and a component that is coupled to the shaft via a thread can be given. In this case, at the time of outgoing / incoming calls or during transmission / reception, the connected parts operate like a rotating swing or a merry-go-round, and it is easy to visually recognize incoming / outgoing calls or transmission / reception.

  Next, the present invention will be described more specifically with reference to the drawings.

  FIG. 1 shows a foldable mobile phone device of the present invention comprising an upper part (1) of a main body and a lower part (2) of the main body. A detachable protective cap (r) is fitted into the screw hole (a) and the through hole (b) shown in FIG. This aspect also performs the mobile phone function.

  In FIG. 2, four screw holes (a) are provided in the upper part (1) of the proposed folding cellular phone device. However, the protective cap (r) of the screw hole (a) and the through hole (b) shown in FIG. 1 is removed. There is a through hole (b) on the surface of the upper part (1), and the connecting part (3) is viewed from the inside of the upper part (1). The surface of the upper part (1) here is a plane body. The mobile phone device of the present invention is a form of a foldable mobile phone device using a hinge or the like, a form of a mobile phone device with a free rotation of a screen, a form of an integrated type (iPod etc.) mobile phone apparatus, an old integrated type The present invention can be applied to the form of the mobile phone device and the forms of all these types of mobile phone devices.

  In FIG. 3, when transmitting and receiving, the rotational force of the micro motor (5) fixed by the rib (c) in the upper part (1) is transmitted from the gear (4) installed on the motor shaft (6) to the connecting component (3 ) Through the through hole (b). In addition, a conduction method using the magnetic force of an automobile clutch or magnet is also possible. As shown in FIG. The ultra-small motor (5) is manufactured by Shiko Co., Ltd. as a reference example.

  Here, the upper part (1) is divided by a center part line (pl1). The lower part (2) is divided by a center part line (pl2). Any of the configurations may be based on a modified part line. Further, the above function may be provided in a conventional mobile phone device.

  In FIG. 4, a dressable portion (7) having a collection property is attached to a foldable cellular phone device composed of an upper portion (1) and a lower portion (2). Here, the upper part (1) is divided by a center part line (pl1). The lower part (2) is divided by a center part line (pl2). The dressing part (7) is constituted by a part divided by a center part line (pl7). Any of the configurations may be based on a modified part line.

  In FIG. 5, the dressing portion (7) is fixed to the proposed mobile phone device by means of four screws (d). As a fixing method, a method using a rib obtained by abutting and rubbing using a mold core and a cavity found in a battery storage of a conventional mobile phone device is also possible. The dressing unit (7) here produces an analog and three-dimensional visual effect due to the movement of the rotating body (e) found in a cuckoo clock, a clockwork clock, a meter, a compass, and the like. In addition, several analog function units (8) may be installed, each may emit light, and a skeleton function unit (f) found in a luxury watch can be installed, providing an analog and three-dimensional visual effect. To further demonstrate. The dress-up unit (7) has the same collection effect as the collection of watches and toys, and can reduce the problem of disposable and disposal as in the proposed mobile phone device. Further, the number of rotating bodies (e) may be any number, and the embodiment of FIG. By making the rotating body (e) into the shape of a blade that can be found in an electric fan or blower, a tactile effect that produces wind by the rotational force is born. In addition, by making holes in these rotating bodies (e), analog sounds that are not digital sounds are born. Another embodiment is shown in FIG.

  Here, the analog and three-dimensional movement of the dressing unit (7) is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  In FIG. 6, a dressing section (7) is installed in a foldable mobile phone device composed of an upper part (1) and a lower part (2). The dressing part (7) here is an embodiment shown in FIG.

  When transmitting and receiving, the rotational force generated by the micro motor (5) drives the gear (4) and the rotating body (e) by the interlocking shaft (9) via the connecting part (3). The gear (4) is linked to another analog function section (8) or skeleton function section (f) (not shown). The dressing part (7) is provided with a transparent body (g). The transparent body (g) may have a lens shape.

  Here, the dressing portion (7) is divided by the center part line (pl7), and is adhesively bonded, screwed, or ultrasonically bonded. Any of them may be a modified part line. Another embodiment is shown in FIG.

  Here, the analog and three-dimensional movement of the dressing unit (7) is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  In FIG. 7, a dressing part (7) is installed in the lower part (2) of the present folding type mobile phone device. Here, the dressing part (7) may be the upper part (1).

  FIG. 8 shows that when the transmission / reception is performed, the rotational force generated by the micro motor (5) installed in the dressing part (7) is transmitted through the connecting part (3), the belt (i) and the gear (4) in another direction. The vertical motion is transmitted to the movable body (h). The movable body (h) here is a vehicle. The movable body (h) may be an animal, a plant, a manga, or a movie character.

  Here, the analog and three-dimensional movement of the dressing unit (7) is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  In FIG. 9, when transmitting and receiving, a wind is generated by a rotating fan (j) interlocked with a micro motor (not shown) on the upper part (1) of the folding cellular phone device. The fan (j) has an effect on olfaction by installing a gel-like one found in odor plates and fragrances. Further, the function may be the dressing unit (7) of the present plan.

  Here, the analog and three-dimensional movement is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  FIG. 10 shows that when the transmission / reception is performed, the three rotating drums (k) start rotating irregularly in conjunction with a micro motor (not shown) installed in the dressing section (7) of the present proposal. When a certain number of numbers, letters, and pictures come together, the effect of hitting will be created. This creates a long-awaited enjoyment of incoming / outgoing calls, and increases in call charges on both sides of the transmission / reception. In addition, by inserting balls into the rotating drum (k) like a rattle lottery, analog sounds that are not digital sounds are born.

  Here, the analog and three-dimensional movement is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

In FIG. 11, when transmitting and receiving, the rotating body (e) is driven via the interlocking shaft (9) from the micro motor (not shown) installed in the dressing section (7) of the present plan. The rotating body (e) here has an elliptical shape and is spread with a soft plate (1) such as rubber, silicone resin, EVA, polyethylene, etc. installed on the left and right sides. Announce receipt. Here, the soft plate (1) may cover all the dressing portions (7). The aforementioned function may be provided in a conventional mobile phone device.
Here, the analog and three-dimensional movement is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception.

  The dressing in FIG. 12 is an external part (10). The external part (10) passes through the through hole (b) in the upper part (1) of the present plan through the interlocking shaft (9), and from the micro motor (5) built in the upper part (1) via the connecting part (3). The analog function of the external component (10) is driven. The above-mentioned function here may be anywhere in the upper part (1) and the lower part (2) of the present plan. Also, the external part (10) creates a collection property.

  Here, the analog and three-dimensional movement is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  FIG. 13 shows an example of a tower installation position (m) and an example of a monitor installation position (n) of external parts (not shown) in a desktop personal computer composed of a monitor (p), a tower (o), and a keyboard (q). A cooling fan motor can be used in the tower (o) as a method of moving the external parts (without drawing display). A new motor is required for the monitor (p) and the keyboard (q). The external parts (not shown in the drawing) here produce a visual effect by being driven by electromagnetic waves at the time of conventional mail transmission / reception. Also, a television produces a visual effect by being driven by the difference between electromagnetic waves in two directions and electromagnetic waves in emergency bulletins.

  FIG. 14 shows a state in which a large number of rotating bodies (e) in the description of FIG. 5 are installed. The rotating body (e) can also store and emit petals, stars, jewels, snow crystals, and geometrical objects. Here, the analog and three-dimensional movement is characterized in that it can be operated at any time with a setting function in a conventional cellular phone device regardless of transmission and reception. Further, the above function may be provided in a conventional mobile phone device.

  FIG. 15 is another embodiment of FIG. Here, the dressing part (7) is formed as a cover with a single part of the cabinet side part line (pl3), and is installed on the upper part (1) of the main body. The cabinet side part line (pl3) may be a deformed part line. Further, the above function may be provided in a conventional mobile phone device.

  In FIG. 16, the rotational force of the micro motor (5) is transmitted to the external clutch component (11) by the clutch component (11) interlocked with the connecting component (3). The functional part (s) is a jagged or uneven surface that produces friction. The functional part (s) may be a magnet, and a method of conducting to the outside by its magnetic force is also possible. Further, the above function may be provided in a conventional mobile phone device.

  FIG. 17 is an arrangement example of each component in the runner in resin molding when the dressing portion (7) is a plastic model. The gate can be located at the side gate, pin gate, tunnel gate, etc. An inexpensive dressing section (7) is provided by making these into the form of a separately sold or promotional plastic model. In addition, by using characters, etc., it is possible to respond to short-term events such as various events, and an advertising effect can be expected. The runner (12) is an example of one surface referred to as a main body upper part (1), a main body lower part (2), and a rotating die, and the runner (13) is an example of one surface referred to as a gear (4) die. The runner (14) is an example of a surface of the transparent body (g).

  In FIG. 18, the movable part (t) moves on the surface of the dressing part (7) by the function of the function part (s) shown in FIG. The movable part (t) here can be obtained by blow molding, injection molding, extrusion molding, die cutting, or the like, and can also be made of metal, wood or cloth. Further, the above function may be provided in a conventional mobile phone device.

  The mobile phone device of the present invention can be used as a general mobile phone device.

DESCRIPTION OF SYMBOLS 1 Upper part of main body 2 Lower part of main body 3 Connection part 4 Gear 5 Ultra-small motor 6 Ultra-small motor shaft 7 Dressing part 8 Analog function part 9 Interlocking shaft 10 External part 11 Clutch part 12 Upper part (1) and lower part (2 ) And rotating body (e) runner 13 gear (4) runner 14 transparent body (g) runner pl1 center part line pl2 of main body upper part (1) center part line pl3 of lower part of main body (2) dressing part (7 Cavity side part line pl7 Center part line of dressing part (7) a screw hole b through hole c rib d screw e rotating body f skeleton function part g transparent body h movable body i belt j rotating fan k rotating drum l soft Board m Tower installation position example n Monitor installation position example o Tower p Monitor q Keyboard r Protective cap s Function part t Moving parts

Claims (3)

  In a mobile phone device having a drive unit therein and a control unit for receiving a signal generated at the time of making / receiving a call or sending / receiving a mail and controlling the drive unit, a movable unit at the top or bottom of the screen The mobile phone device is characterized in that the movable portion is connected to the drive portion.   The mobile phone device according to claim 1, wherein the operation of the movable part is rotation, movement up and down, left and right, and / or inclination.   The mobile phone device according to claim 1, wherein the movable portion has a detachable structure.

Images