KR102179039B1 - Notebook type monitor apparatus - Google Patents

Abstract

Provided is a laptop monitor device that is selectively connected to an external device (200) for providing an image output signal to enable large screen image output and keyboard input. According to the features of the present invention, the laptop monitor device comprises: a case part (110) including a base case (111) having a QWERTY keyboard (112) mounted on the upper surface thereof, and a rotating case (113) in which a lower edge is foldably mounted on the rear edge of the base case (111) and a display (114) for screen-outputting an image output signal is mounted; and an interface part (120) mounted on one side of the case part (110) to be connected to the display (114) and the keyboard (112) and connected to the external device (200) through a cable (240) to transmit the image output signal input from the external device (200) to the display (114) and transmit a keyboard input signal input from the keyboard (112) to the external device (200).

Description

Notebook type monitor device {NOTEBOOK TYPE MONITOR APPARATUS}

The present invention relates to a notebook-type monitor device, and more particularly, to a notebook-type monitor device that is selectively connected to an external device such as a smart phone, a tablet, a notebook, and an external memory to enable a large screen image output and keyboard input. About.

With the recent development of manufacturing technology and network technology, smartphones have been able to perform data processing capabilities and functions comparable to those of general personal computers, but they are basically limited to their size due to the limitation of mobile devices, which is inconvenient to use. There was a problem that you had to bear it.

To improve this, there are attempts to connect and use various peripheral devices to a smartphone, but there were many restrictions to properly use the functions of a smartphone, and as a result, the burden on the user increased by purchasing unnecessary peripheral devices, and carrying and storing them. There was this inconvenient problem. In addition, since a single external device connector is typically provided in a smart phone, there is a problem in that it is limited to simultaneously connect and use two or more peripheral devices.

Registered Patent Publication No. 10-1632269 (2016.06.16), a smartphone charging device provided in the monitor.

The present invention was created in order to solve the above-described problems, and an object of the present invention is to provide a laptop with a display and a keyboard integrally, so that it is easy to carry and store. It is to provide a notebook-type monitor device capable of inputting and greatly increasing the usability of external devices.

According to a feature of the present invention, in a notebook type monitor device that is selectively connected to an external device 200 that provides an image output signal to enable a large screen image output and a keyboard input, a Qwerty input type keyboard ( The base case 111 is mounted on the upper surface of the base case 111, and the lower edge is foldably mounted on the rear side of the base case 111, and a display 114 for outputting the image output signal is mounted. Case portion 110 including a rotating case 113; And an image output that is mounted on one side of the case unit 110 to be connected to the display 114 and the keyboard 112 and is connected to the external device 200 through a cable 240 to be input from the external device 200 There is provided a notebook-type monitor device including an interface unit 120 that transmits a signal to the display 114 and transmits a keyboard input signal input from the keyboard 112 to the external device 200.

According to another feature of the present invention, in a notebook-type monitor device that is selectively connected to an external device 200 that provides an image output signal to enable a large screen image output and a keyboard input, the Qwerty input method keyboard 112 The base case 111 is mounted on the upper surface and is recessed downwardly in a shape corresponding to the external device 200 at one side of the keyboard 112 and has a device seating groove 115 into which the external device 200 is inserted. And, the case portion 110 including a rotating case 113, the lower edge portion is mounted to be foldable on the rear side edge portion of the base case 111 and the display 114 for outputting the image output signal is mounted. ; And an image output signal that is mounted in the device mounting groove 115 so as to be connected to the display 114 and the keyboard 112 and is connected to the device connector 250 of the external device 200 to be input from the external device 200. There is provided a notebook-type monitor device including a; interface unit 120 for transmitting to the display 114 and transmitting a keyboard input signal input from the keyboard 112 to the external device 200.

According to another feature of the present invention, a touch pad 116 for outputting a pad input signal according to a contact of a touch means is further mounted on the upper surface of the base case 111, and the interface unit 120 is a touch pad. A notebook-type monitor device is provided, which is connected to 116 and transmits a pad input signal input from the touch pad 116 to the external device 200.

According to another feature of the present invention, the keyboard 112 is disposed to extend in the width direction on the front side on the upper surface of the base case 111, and the device seating groove 115 and the touch pad 116 are rearward. The external devices are spaced apart from each other in the width direction on the side, and are installed in the form of an application on the external device 200 according to a touch input signal input from the display 220 of the external device 200 having a touch input method. 200); further includes an app function unit 210 for controlling driving, and the base case 111 includes either a pad input signal of the touch pad 116 and a touch input signal of the display 220 according to a user manipulation. A notebook-type monitor device is provided, characterized in that a mode change button 117 for driving the external device 200 only by one signal is further mounted.

According to another feature of the present invention, a sound inlet hole 118 opened laterally is formed at a position of a side wall facing the device speaker 230 of the external device 200 seated in the device mounting groove 115 , In the base case 111, a sound through hole 141 disposed at a side position of the device seating groove 115 and opened laterally at a position corresponding to the sound inlet hole 118 is formed, and the device speaker ( A sound chamber 140 formed by amplifying the sound while vibrating by the sound output from the sound 230 and having a sound hole 142 for discharging the amplified sound upwardly is opened up and down at the top thereof; further includes, and the base case A notebook type monitor device is provided, characterized in that the sound discharge hole 119 is formed by opening up and down at a position facing up and down with the sounding chamber 140 on (111).

According to another feature of the present invention, a sound inlet hole 118 opened to the side is formed at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, In the base case 111, one side faces the sound inlet hole 118 and the other side faces the sound outlet hole 119 opened up and down in the base case 111. There is provided a notebook-type monitor device further comprising a; a plurality of sound pipes 150 are arranged to amplify the sound while vibrating by the sound output from the device speaker 230.

According to another feature of the present invention, the woolim pipe 150 is made of a trumpet shape whose inner diameter increases toward the other side, and each woolim pipe 150 is arranged so that one part overlaps vertically and the other part is bent upward There is provided a notebook type monitor device, characterized in that formed to be.

According to another feature of the present invention, a sound inlet hole 118 opened to the side is formed at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, A sound plate 160 that is formed in a flat plate shape and is horizontally disposed at a side position of the device seating groove 115 in the base case 111 and amplifies the sound while vibrating by the sound output from the device speaker 230; In addition, there is provided a notebook type monitor device, characterized in that the sound discharge hole 119 is formed by opening up and down in a position on the base case 111 facing up and down with the sounding plate 160.

According to another feature of the present invention, the resonant plate 160 is formed in a disk shape and has an extension part 161 for amplifying a low-pitched sound region of sound, and a shape protruding sharply from one side of the extension part 161. There is provided a notebook-type monitor device, characterized in that it comprises a narrow portion 162 for amplifying the high-pitched sound region of the sound.

According to the present invention as above,

First, the case unit 110 is a base case 111 in which a keyboard 112 of a Qwerty input method is mounted on the upper surface, and the lower edge is foldable on the rear side edge of the base case 111 And a rotating case 113 mounted with a display 114 for screen output of the image output signal, and the interface unit 120 is connected to the display 114 and the keyboard 112. ), and is connected to the external device 200 through a cable 240 to transmit the image output signal input from the external device 200 to the display 114 and input from the keyboard 112 The display 114 and the keyboard 112 are provided in the form of a notebook in which the display 114 and the keyboard 112 are integrated, so it is easy to carry and store, and an image on a large screen is output simply by connecting the external device 200. And keyboard input is possible, so that the usability of the external device 200 can be greatly increased.

Second, in the case unit 110, the keyboard 112 of the QWERTY input method is mounted on the upper surface, and the external device 200 is recessed downwardly in a shape corresponding to the external device 200 at one side of the keyboard 112. The base case 111 in which the device seating groove 115 is inserted, and the lower edge portion is foldably mounted on the rear side edge of the base case 111, and a display 114 for outputting the image output signal to a screen ) Is mounted, and the interface unit 120 is mounted in the device seating groove 115 so as to be connected to the display 114 and the keyboard 112, and the device connector of the external device 200 The external device 200 is connected to 250 and transmits the image output signal input from the external device 200 to the display 114 and the keyboard input signal input from the keyboard 112 to the external device 200. The cable 240 for connecting to the interface unit 120 is unnecessary, and the external device 200 can be mounted more stably.

A touch pad 116 for outputting a pad input signal according to a contact of a touch means is further mounted on the upper surface of the base case 111, and the interface unit 120 is connected to the touch pad 116 to provide a touch pad. By transmitting the pad input signal input from 116 to the external device 200, there is no need to carry a mouse and a space for arranging the mouse is unnecessary, so that convenient use in a narrow area is possible.

Fourth, on the upper surface of the base case 111, the keyboard 112 is disposed to extend in the width direction at the front side, and the device seating groove 115 and the touch pad 116 are disposed at both sides in the width direction at the rear side, respectively. App that is spaced apart and installed in the form of an application on the external device 200 to drive and control the external device 200 according to a touch input signal input from the display 220 of the external device 200 having a touch input method A functional unit 210; further includes, and the base case 111 includes an external device only by one of a pad input signal of the touch pad 116 and a touch input signal of the display 220 according to user manipulation. By further mounting a mode change button 117 for driving 200, it is possible to output a sophisticated input signal using the stylus pen 300 according to the user's convenience. When the stylus pen 300 is not needed, the touch pad Operation using (116) is possible.

Fifth, a sound inflow hole 118 opened to the side is formed at a side wall position opposite to the device speaker 230 of the external device 200 seated in the device mounting groove 115, and the base case 111 The sound through hole 141, which is laterally opened at a position corresponding to the sound inflow hole 118, is formed in the sound chamber 140 disposed at the side position of the device seating groove 115 within the device speaker 230. A sound is amplified while vibrating by the sound output from the sound, and a sounding hole 142 for discharging the amplified sound upwards and downwards is formed at the top, and the sounding chamber 140 and the vertically on the base case 111 Since the sound discharge hole 119 is formed by opening up and down at the position facing the, it is possible to significantly increase the sound of the external device 200 with no power, and reduce the manufacturing cost because a speaker and an acoustic amplifier circuit are not required. .

Sixth, at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, a sound inlet hole 118 opened to the side is formed, and a plurality of sounding pipes 150 In the base case 111, one side is directed toward the sound inlet hole 118 and the other side is at the side position of the device seating groove 115 so as to direct the sound discharge hole 119 opened up and down in the base case 111. It is disposed and amplifies the sound while vibrating by the sound output from the device speaker 230, so that the amplified sound can be made clearer compared to the case of using the resonant chamber 140.

Seventh, the woolim pipe 150 is made of a trumpet shape whose inner diameter increases toward the other side, and each woolim pipe 150 is arranged so that one part is vertically overlapped and the other part is formed to be bent upward, thereby amplified sound By propagating toward the user, you can hear a richer sound.

Eighth, a sound inflow hole 118 opened laterally is formed at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, and a sound inlet hole 118 formed in a flat plate shape ( 160 is disposed horizontally at a side position of the device seating groove 115 in the base case 111 and amplifies the sound while vibrating by the sound output from the device speaker 230, and on the base case 111 Since the sound discharge hole 119 is opened up and down at a position facing the sounding plate 160 vertically, it is possible to provide a relatively clear amplified sound compared to the case of using the sounding chamber 140 like the sounding tube 150. have.

Ninth, the resonant plate 160 is formed in a disc shape and has an extension part 161 for amplifying the low-pitched sound region of the sound, and a shape protruding sharply from one side of the extension part 161 to amplify the high-pitched sound region of the sound. By including the narrow portion 162 for increasing the amplification efficiency for the low-pitched and high-pitched areas of the sound, it is possible to significantly improve the sound feel.

1 is a perspective view showing the configuration of a notebook-type monitor device according to a preferred embodiment of the present invention,
2 is a perspective view showing a configuration in which an interface unit is formed inside a phone seating groove according to a preferred embodiment of the present invention;
3 is a perspective view showing a configuration in which one of a touch pad and a display of an external device can be selectively used through a mode change button according to a preferred embodiment of the present invention;
4 is a side cross-sectional view showing the configuration of a resonant chamber according to a preferred embodiment of the present invention,
5 is a side cross-sectional view showing the configuration of a Woollim tube according to a preferred embodiment of the present invention,
6 to 8 are a side cross-sectional view, a top cross-sectional view, and a perspective view showing the configuration of a sounding plate according to an embodiment of the present invention.

Objects, features, and advantages of the present invention described above will become more apparent through the following detailed description. Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

A notebook type monitor device 100 according to a preferred embodiment of the present invention is a device that is selectively connected to an external device 200 that outputs an image output signal to enable a large screen image output and a keyboard input, the external device ( For 200), smartphones, tablets, notebooks, external memory (SD card and external hard drive) can be used, and various electronic devices that can store image output signals for screen output or transmit them in real time through a communication network can be used. I can.

As shown in FIG. 1, a notebook-type monitor device 100 according to a preferred embodiment of the present invention includes a case unit 110 and an interface unit 120.

First, the case unit 110 is a configuration that provides an image output function and a keyboard input function, and is arranged horizontally, and the base case 111 in which the keyboard 112 of the Qwerty input method is mounted on the upper surface and the lower edge It includes a rotating case 113 which is foldably mounted on the rear side of the base case 111 and equipped with a display 114 for displaying the image output signal on a screen.

Here, it is preferable that the display 114 has a relatively larger screen area (for example, 10 inches to 17 inches) than that of a conventional smartphone or tablet. In addition, the base case 111 and the rotating case 113 are formed in the shape of a square plate corresponding to each other like the external appearance of a conventional notebook, and when the rotating case 113 rotates with respect to the base case 111 around a hinge axis, they are aligned with each other. It is folded so that it is butted.

In addition, although not shown, a power supply unit for providing driving power to the display 114 and the keyboard 112 is provided in the case unit 110. Such a power supply unit is made of a battery or receives commercial power and is in the form of driving power. It can be made of a converter that converts.

The interface unit 120 is an interface means for interconnecting the external device 200 and the case unit 110, and is mounted on one side of the case unit 110 to be connected to the display 114 and the keyboard 112 It is connected to the external device 200 through the cable 240 to transmit the image output signal input from the external device 200 to the display 114 and the keyboard input signal input from the keyboard 112 to the external device 200. Deliver.

Here, the interface unit 120 has a form of a connection port that can be connected to the device connector 250 of the external device 200, for example, a USB port, an HDMI port, a LAN port, 5 pins, 8 It may have a shape such as a pin, and may be made of a connection port having various communication standards that can be connected to the external device 200 in addition.

In addition, the drawing illustrates that one interface unit 120 is disposed on the side of the base case 111, but is not limited thereto, and is disposed on the side of the front side and the rear side of the base case 111 or, if necessary, a rotating case. The same function can be implemented even if it is arranged at 113, and a plurality of them can be arranged together as needed. In this case, each interface unit 120 is composed of different communication standards to connect the external devices 200 of different types. It is desirable to be provided to be able to.

As described above, the case unit 110 including the display 114 and the keyboard 112 is provided in the form of an integrated notebook, so it is easy to carry and store, and simply connect the external device 200 to output a large screen image and Since keyboard input is possible, the usability of the external device 200 can be greatly increased.

Meanwhile, the interface unit 120 may have a structure in which an external device 200 is directly connected and connected without a cable 240.

To this end, as shown in FIG. 2, a device in which the external device 200 is inserted by being recessed downward in a shape corresponding to the external device 200 at one side of the keyboard 112 on the top surface of the base case 111 The seating groove 115 is formed.

In addition, the interface unit 120 is mounted in the device mounting groove 115 to be connected to the display 114 and the keyboard 112, and the device connector 250 of the external device 200 is connected to the external device 200. The input image signal is transmitted to the display 114 and the keyboard input signal input from the keyboard 112 is transmitted to the external device 200.

By having such a direct connection structure, the cable 240 for connecting the external device 200 to the interface unit 120 is unnecessary, and the external device 200 can be mounted more stably.

On the other hand, on the upper surface of the base case 111, a touch pad 116 that outputs a pad input signal according to the contact of a body part (for example, a finger) or a touch means such as a stylus pen 300 is further mounted. , The interface unit 120 is connected to the touch pad 116 and transmits a pad input signal input from the touch pad 116 to the external device 200, so that there is no need to carry a mouse and a space for placing a mouse is unnecessary. Therefore, it can be used conveniently in a narrow area.

Here, in general, in the external device 200 such as a smart phone or a tablet, the display 220 is made of a touch screen, and an input means replacing the touch pad 116 using the display 220 having such a touch screen function Can be used as.

To this end, as shown in FIG. 3, on the upper surface of the base case 111, the keyboard 112 is disposed to extend in the width direction on the front side, and the device seating groove 115 and the touch pad 116 are rearward. It is spaced apart from each other in the width direction on the side.

In addition, the external device 200 is provided with an app function unit 210, the app function unit 210 is installed in the form of an application on the external device 200 and input from the display 220 of the external device 200. The external device 200 is driven and controlled according to the touch input signal.

In addition, the base case 111 has a mode change button that allows the external device 200 to be driven only by any one of a pad input signal of the touch pad 116 and a touch input signal of the display 220 according to user manipulation. (117) is more equipped.

Accordingly, a sophisticated input signal can be output using the stylus pen 300 and the display 220 according to the user's convenience, and when the stylus pen 300 is unnecessary, manipulation using the touch pad 116 is possible.

On the other hand, the notebook-type monitor device 100 according to a preferred embodiment of the present invention is equipped with a built-in speaker (not shown) in the case unit 110 to receive the sound output signal input together with the image output signal from the external device 200. Sound can be output, and rich sound can be provided without the built-in speaker by amplifying the speaker sound of the device speaker 230 basically mounted on the external device 200.

To this end, as shown in FIG. 4, a sound inflow hole 118 opened to the side is formed at a position opposite to the device speaker 230 of the external device 200 seated in the device mounting groove 115. , In the base case 111, the sound through-hole 141 is formed at a position corresponding to the sound inflow hole 118 in the resonant chamber 140 disposed at a side position of the device seating groove 115 The sound is amplified while vibrating by the sound output from the speaker 230.

In addition, a sounding hole 142 for discharging the amplified sound is formed to be opened vertically at the top of the sounding chamber 140, and the sound at a position facing the sounding chamber 140 vertically on the base case 111 Since the discharge hole 119 is formed by opening up and down, the sound of the external device 200 can be greatly increased with no power, and the speaker and the sound amplifying circuit are unnecessary, so that the manufacturing cost can be reduced.

In addition, the resonant chamber 140 is mounted inside the case unit 110 as shown, but is disposed so as to be spaced apart from the inner wall of the case unit 110, so that the vibration due to the sound is partially transmitted to the case unit 110 so as to sound It is desirable to avoid diminishing efficiency.

And, as shown in FIG. 5, a sound inlet hole 118 opened laterally is formed at a position opposite to the device speaker 230 of the external device 200 seated in the device mounting groove 115, In the base case 111, the plurality of sound pipes 150 are mounted so that one side faces the sound inlet hole 118 and the other side faces the sound discharge hole 119 opened up and down in the base case 111. By amplifying the sound while vibrating by the sound output from the device speaker 230 in the state disposed at the side position of the groove 115, the amplified sound is clearer compared to the case of using the resonant chamber 140. Can be lost.

In addition, as shown in the drawing, the woolim tube 150 is made of a trumpet shape whose inner diameter increases toward the other side, and each woolim tube 150 is arranged with one side overlapping up and down, and the other side being bent upward, and , A sound discharge hole 119 is formed by opening up and down at a position facing the other side of the sound tube 150 on the base case 111, so that the amplified sound is propagated toward the user so that it is more abundant. You can hear the sound of the sound.

In addition, as shown in the drawing, a diffusion preventing chamber 155 provided with an independent internal space to be distinguished from the base case 111 is provided at a position facing the sound inlet hole 118 in the base case 111 in a lateral direction. A sound inlet hole 151 is formed at a position corresponding to the inlet hole 118 in a lateral direction to allow sound to flow into the diffusion preventing chamber 155, and the sounding tube 150 in the diffusion preventing chamber 155 By this arrangement, it is possible to increase the sound effect by preventing the sound introduced through the sound inlet hole 118 from spreading into the interior of the base case 111.

In addition, as shown in FIG. 6, a sound inlet hole 118 opened laterally is formed at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, and , The sounding plate 160 made of a flat plate shape is horizontally disposed at a side position of the device seating groove 115 in the base case 111 and amplifies the sound while vibrating by the sound output from the device speaker 230 I can make it.

Double, the sound discharge hole 119 is formed by opening up and down at a position facing the sounding plate 160 vertically on the base case 111, so that the sounding chamber 140 is used like the sounding tube 150 It is possible to provide a relatively clear amplified sound.

And, as shown in Figs. 6 to 8, the sounding plate 160 has a disk shape, and an extension part 161 for amplifying a low-pitched sound region of sound, and a sharply protruding from one side of the extension part 161 By including the narrow portion 162 formed in a shape and for amplifying the high-pitched region of the sound, it is possible to increase the amplification efficiency of the low-pitched region and the high-pitched region of the sound.

In addition, as shown in the drawing, a diffusion preventing chamber 165 provided with an independent internal space to be distinguished from the base case 111 is provided at a position in the base case 111 that faces the sound inlet hole 118 laterally. In the diffusion prevention chamber 165, an acoustic inflow hole 163 is formed at a position corresponding to the sound inflow hole 118 in a lateral direction so that the sound flows into the diffusion prevention chamber 165, and the diffusion prevention chamber 165 ), the sound effect may be increased by preventing the sound introduced through the sound inflow hole 118 from spreading into the interior of the base case 111.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications and changes are possible within the scope of the technical spirit of the present invention. It will be obvious to those of knowledge.

100...laptop monitor device
110...case part 111...base case
112...keyboard 113...rotating case
114,220...display 116...touchpad
117...mode change button 118...sound inflow hole
119..Acoustic discharge hole 120...Interface part
140...Woollim Chamber 150...Woollim Tube
160... soundboard 200... external device

Claims (7)

In a notebook type monitor device that is selectively connected to an external device 200 that provides an image output signal to enable a large screen image output and a keyboard input, a Qwerty input type keyboard 112 is mounted on the upper surface and the keyboard At one side of 112, the base case 111 is recessed downwardly in a shape corresponding to the external device 200 so that the device seating groove 115 into which the external device 200 is inserted is formed, and the lower edge is the base case. A case unit 110 including a rotating case 113 which is foldably mounted on the rear side of 111 and equipped with a display 114 for displaying the image output signal on a screen; And an image output signal that is mounted in the device mounting groove 115 so as to be connected to the display 114 and the keyboard 112 and is connected to the device connector 250 of the external device 200 to be input from the external device 200. Including; and an interface unit 120 for transmitting to the display 114 and transmitting the keyboard input signal input from the keyboard 112 to the external device 200,
A sound inlet hole 118 opened to the side is formed at a position facing the device speaker 230 of the external device 200 seated in the device mounting groove 115, and is formed in a flat plate shape, and the base case ( 111) is horizontally disposed at a side position of the device seating groove 115 and vibrates by the sound output from the device speaker 230 and amplifies sound while a sounding plate 160; ) On the sound plate 160 and the upper and lower positions facing each other, the sound discharge hole 119 is formed by opening up and down.
delete The method according to claim 1,
A touch pad 116 that outputs a pad input signal according to the contact of the touch means is further mounted on the upper surface of the base case 111,
The interface unit 120 is connected to the touch pad 116 and transmits a pad input signal input from the touch pad 116 to the external device 200.
The method according to claim 1,
On the upper surface of the base case 111, the keyboard 112 is disposed to extend in the width direction at the front side, and the device seating groove 115 and the touch pad 116 are disposed at the rear side in the width direction to be spaced apart from each other And
App function unit 210 that is installed in the form of an application on the external device 200 and drives and controls the external device 200 according to a touch input signal input from the display 220 of the external device 200 having a touch input method. ); further includes,
On the base case 111, a mode change button for driving the external device 200 only by one of a pad input signal of the touch pad 116 and a touch input signal of the display 220 according to a user manipulation ( 117) notebook type monitor device, characterized in that the further mounted. delete delete delete

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