JP2005196083A - Integrated digital platform - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve the total structure of a digital display unit so as to enhance the effect of utilizing the display unit. <P>SOLUTION: An integrated digital platform 30 consists of large screen panel devices which are capable of emitting light by themselves and display video, and comprises: a digital display unit 31 having a broad band device 33 on the top of the unit; two left and right glass white boards 34 and 35 which are mounted both on the left and the right sides of the digital display unit 31; an electron beam track 36 which is arranged on the top edge sections of the digital display unit 31 and the left and the right glass white boards 34 and 35; an electron beams 37 provided on the electron beam track 36; a movable inner layer 38 which is arranged in the inner layer of one of the glass white boards 34 so as to mount a video audio input/output device and a data processing/holding device; and multi-channel speakers 41 which are respectively arranged at the integrated digital platform 30 and its vicinity. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an integrated digital platform, and features are as follows. The digital display unit emits light by itself, displays the contents of the digital education video, and forms a board unit for electronic digital video education by combining with an electron beam with a thin panel structure having a small thickness. The two glass whiteboards form an electronic whiteboard unit by being combined with an electron beam. The electron beams are all gathered at the top so that they can move within the orbital range, and can be moved freely by pressing lightly by hand. All the inner and outer connecting cords are built in the device. Therefore, it is easy for an educator to use, and the learner can obtain a comfortable viewing environment, and it is not necessary to take notes of the contents of the lesson. You can also use e-mail to send class contents (including video, audio, and hand-written content) to each learner's mail post (e-mail). It also provides connection to the Internet via wireless broadband, enhancing the learning effect.

  As shown in FIG. 1 and FIG. 2, with the advancement of various educational facilities, it is often seen that the whiteboard unit 11 is installed on the front wall of the classroom and above the front of the whiteboard unit 11. An expandable projection white curtain 12 is mounted, a projector 13 is placed in front of the projection white curtain 12, and a notebook computer 14 is connected to the projector 13 in the immediate vicinity. In this case, it is necessary for the teaching side 15 to repeatedly operate the notebook computer 14 in order to change the content of the projection, and the teaching side 15 moves at that time while avoiding intense projection rays generated by the projector 13. Is essential. Since the teaching side 15 stands in front of the projection white screen 12, the learner 16 cannot see the content of the projection. Further, in order to clearly display the projected image, the light 17 that illuminates the whiteboard unit 11 must be turned off. Then, when the teaching side 15 uses the digital educational equipment and the white board at the same time, the learner feels uncomfortable visually because the bright part is too bright and the dark part is too dark. Over a long period of time, both the teacher and the learner are more likely to get tired, and the quality of the whole class and the effectiveness of the learning will be significantly reduced. Further, since the cords 18 of the projector 13 and the notebook computer 14 are arranged messed up, there is a risk of dropping the equipment to the ground.

  As shown in FIG. 3, among the well known ones, a relatively advanced one is that the projector 21 is mounted on the arm 22, has a dedicated whiteboard 20, and an electron beam is attached thereto. It is. The same whiteboard can be used as a projection board and an electronic whiteboard at the same time. However, for example, if a relatively large whiteboard is required as a space for writing the explanation contents while adding interpretation to the projection material, simultaneous use is impossible, so it is not after turning off the projector 21 And the electronic whiteboard cannot be used. Compared to the above, only this part is different, and there is not much difference in other parts.

  The main object of the present invention is to improve the overall structure of the digital display unit and increase the effect of use. It is easy to operate on the side of the teacher, the learner is more visually effective, can concentrate on the lesson, and does not need to take notes. The contents of the lesson (including digital data, audio, handwritten contents, etc.) are completely recorded and stored in an electronic file, and the complete contents of the lesson can be fully reproduced when reviewing. In addition, by providing an environment that connects to the Internet wirelessly, learners who cannot come to the classroom can take classes through the Internet, resulting in an integrated digital platform that improves class quality and learning effectiveness. There is.

To achieve the above object, the integrated digital platform of the present invention comprises a digital display unit, two left and right glass whiteboards, an electron beam trajectory, an electron beam, a movable inner layer, and a multi-channel speaker. Prepare.
The digital display unit is composed of a large-screen panel device that can emit light and display an image, and has a charge coupled device (CCD) and a broadband device above it.
Two glass whiteboards are mounted on the left and right sides of the digital display unit.

The electron beam trajectory is provided at the upper edge of the digital display unit and the left and right glass whiteboards.
An electron beam is provided on the electron beam trajectory.
The movable inner layer is provided on one of the glass whiteboard inner layers for mounting the audio / video input / output device and the data processing / storage device.
Multi-channel speakers are installed on the digital platform and the periphery respectively.

  As shown in FIGS. 4 to 8, in the integrated digital platform 30 according to the embodiment of the present invention, the digital display unit 31 is composed of a large-screen panel device that can emit light and display an image, and has a charge above it. It has a coupling element (CCD) 32 and a broadband device 33. The digital display unit 31 includes a plasma display panel (PDP), a back projection device, or a thin film transistor-liquid crystal display (TFT-LCD), and the broadband device 33 includes a broadband router and broadband wireless. Consists of network stations.

The two glass white boards 34 and 35 are mounted on the left and right sides of the digital display unit.
The electron beam trajectory 36 is provided at the upper edge of the digital display unit 31 and the left and right glass whiteboards 34 and 35.
An electron beam 37 is provided on the electron beam trajectory 36 to allow free movement.
The movable inner layer 38 is provided on the inner layer of one of the glass whiteboards 34 so that the audio / video input / output device 39 and the data processing / storage device 40 are mounted.
The multi-channel speakers 41 are respectively installed at the integrated digital platform 30 and surrounding positions.

The above-mentioned digital display unit 31 is combined with an electron beam trajectory 36 and an electron beam 37 provided on the electron beam trajectory 36 so as to allow free movement. Unit 42 is formed. The left and right glasses 34 and 35 form an electronic whiteboard unit 43 by being combined with an electron beam 37.
The electronic whiteboard unit 43 and the electronic digital video display / recording education board unit 42 exist at the same time, and can be rearranged as necessary by a modular system.
The electron beam trajectory 36 can also be used as an antenna for a broadband wireless station at the same time.

The video / audio input / output device 39 attached to the movable inner layer 38 includes a wireless microphone 391, a multi-channel speaker control device 392, and a video / audio broadcasting device 393.
The data processing / storage device 40 includes a printer server 401, a CD read / write device 402, a data storage device 403, a network data storage device 404, a universal serial bus (USB) terminal 405, and a digital integrated circuit (IC) card. An input device 406, a microprocessor board 407, and a notebook computer connector 408 are provided.
The movable inner layer 38 has a place 44 for storing tools to be used around the integrated digital platform 30, and can store a whiteboard magic pen, a white board wipe, a mouse, a wireless keyboard, a remote control device, and the like.

The video / audio input / output device 39, the data processing / storage device 40, and the tools used in the vicinity of the digital platform are well-known units, and will not be described.
The multi-channel speaker 41 includes front speakers 411 installed on the left and right sides of the upper side of the integrated digital platform 30, an intermediate speaker 412 installed in the middle of the upper side of the integrated digital platform 30, and as shown in FIGS. In addition, a heavy bass speaker 413 installed at the bottom of the integrated digital platform 30 and a rear speaker 414 installed on the left and right sides of the integrated digital platform 30 are provided.

With the above-described technique and means, the effects of the present embodiment are as follows.
1. The integrated digital platform 30 according to the present invention integrates an electron beam, a digital display unit, and a glass whiteboard, and moves the electron beam onto the orbit to thereby function the electronic whiteboard unit 43. As well as the function of the electronic digital video display record education board unit 42. In addition, the arrangement of space and position does not get in the way of each other, and can meet the demands of the lesson. The learner does not need to take notes, the lesson time for the side to be taught increases, and the course progresses smoothly. After the lesson, the computer data and handwritten supplementary explanations are compiled into a single file, and the data processing / storage device 40 attached to the movable inner layer 38 allows the contents of the lesson (video, audio, handwritten content, etc.) Include) can be sent to all learners' mail posts via e-mail, which can improve the learning effect.

  2. In this embodiment, the broadband device 33 and the charge coupled device (CCD) 32 are integrated to provide an environment for connecting to the Internet by wireless broadband, and for learners who cannot come to the classroom via the Internet. It enables immediate learning and instant transfer of content on the integrated digital platform 30 to any location in the world, enabling mutual debate and distance education effects to be achieved. In addition, by using audiovisual conferences and educational training in a unified manner, convenience and practicality in use are achieved.

3. Since the present embodiment employs a large-screen panel device that can emit light and display an image, the visual environment is excellent, there is no obstacle due to light, and a better learning and leisure environment can be obtained. it can.
4). In this embodiment, the input / output device and the interface for storing various data are integrated, and the connection cord is built in the integrated digital platform 30, so that the overall aesthetics are increased and the use is disturbed. Never become.

From the above, the structure posted according to the present invention is not well known, can achieve the expected effects, has industrial applicability, and is full of elements of the invention.
Further, the drawings and explanations posted above are only comparatively good embodiments of the present invention, and even if a person familiar with the present technology modifies or changes corresponding thereto within the scope of the present invention, all of the drawings and explanations. It should belong to the claims of the invention.

It is a side view which shows that a known whiteboard unit, a computer, a projector, etc. are installed in a classroom. It is a top view which shows that a known whiteboard unit, a computer, a projector, etc. are installed in a classroom. It is a well known interchangeable display platform. It is a figure which shows an example of an assembly of the integrated digital platform of this invention. It is a figure which shows the expansion of the partial structure of FIG. It is a figure which shows the cross section of 6-6 cross section in FIG. It is a figure which shows the cross section of 7-7 cross section in FIG. It is a figure which shows the cross section of 8-8 cross section in FIG. It is a side view which shows the Example of the integrated digital platform of this invention. It is a top view which shows the Example of the integrated digital platform of this invention.

Explanation of symbols

30 Integrated digital platform, 31 Digital display unit, 33 Broadband device, 34, 35 Left and right glass whiteboard, 36 Electron beam trajectory, 37 Electron beam, 38 Movable inner layer, 39 Video / audio input / output device, 40 Data processing / storage device 41 Multi-channel speakers

Claims (12)

It consists of a large-screen panel device that can emit light and display images, and above that a digital display unit with a broadband device,
Two left and right glass whiteboards mounted on the left and right sides of the digital display unit,
An electron beam trajectory provided at the upper edge of the digital display unit and the left and right glass whiteboards;
An electron beam provided on the electron beam trajectory;
A movable inner layer provided on an inner layer of one of the glass whiteboards so as to mount a video / audio input / output device and a data processing / storage device;
An integrated digital platform and multi-channel speakers installed around
An integrated digital platform characterized by comprising:   The integrated digital platform according to claim 1, wherein the digital display unit comprises a plasma display panel (PDP).   2. The integrated digital platform according to claim 1, wherein the digital display unit comprises a back projection device.   2. The integrated digital platform according to claim 1, wherein the digital display unit comprises a thin film transistor liquid crystal display (TFT-LCD).   The integrated digital platform according to claim 1, wherein the broadband device comprises a broadband router and a broadband wireless station.   The left and right glass whiteboards are combined with an electron beam to form an electronic whiteboard unit, and the digital display unit is combined with an electron beam to form an electronic digital video display and recording education board unit. The integrated digital platform according to claim 1, wherein:   7. The integrated digital platform according to claim 6, wherein the electronic whiteboard unit and the electronic digital video display record education board unit exist at the same time, and can be rearranged as necessary by a modular system.   2. The integrated digital platform according to claim 1, wherein the video / audio input / output device includes a wireless microphone, a multi-channel speaker control device, and a video / audio broadcasting device.   The data processing / storage device includes a printer server, a CD read / write device, a data storage device, a network data storage device, a universal serial bus (USB) terminal, a digital integrated circuit (IC) card input device, and a microprocessor. The integrated digital platform according to claim 1, further comprising a substrate and a notebook computer connector.   The multi-channel speaker includes a front speaker installed on the left and right sides of the upper side of the integrated digital platform, an intermediate speaker installed in the middle above the integrated digital platform, and a heavy bass speaker installed at the bottom of the integrated digital platform. The integrated digital platform according to claim 1, further comprising rear speakers installed on opposite left and right sides of the integrated digital platform.   The integrated digital platform according to claim 1, wherein the movable inner layer is provided so that a tool to be used can be accommodated around the integrated digital platform.   The integrated digital platform according to claim 1, wherein the digital display unit has a charge coupled device (CCD).

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