TW201743303A - Digital globe - electronic apparatus and operation method of computer with spherical touch screen - Google Patents

Abstract

Digital globe - electronic apparatus and operation method of computer with spherical touch screen, is a computer system, displaying information in a digital way on its spherical touch screen. Digital globe apparatus comprises a base unit, including (i) a computer built-in geographic and spatial related software, program, system, sensor and receiver, (ii) a globe embodiment having a spherical body whose outer surface is a touch screen, (iii) a globe holder, and (iv) a flat base supporting the spherical body and the holder. Digital globe system is operated by means of touching screen, voice control, or using keyboard and mouse, to generate the information required. Digital globe system obtains the latest data information via internet communication. This invention, digital globe apparatus and its operation method, integrate technologies of digital information, touch screen, voice control, internet, sensor and receiver, to provide an easy and multi-dimensional platform for users to precisely obtain more detailed information about the Earth.

Description

Digital globe-computer electronic device with a spherical touch display and method of use

The invention relates to a digital globe-computer electronic device with a spherical touch display, which is a computer program system for displaying information in a digital manner through a spherical touch display. The technical field of integration of the present invention includes digital information, touch screen, voice control, internet technology and sensing and receiving technology. The method of using the invention: for the user to touch the globe screen or the voice control globe operation, and through the computer software, the program, the system and the data processing of the sensor receiver, the digital information is presented through the sphere display, and the use thereof is convenient. Explore the world and the world, and promote users to understand history, master the present and predict the future.

As far as the conventional technology is concerned, in the teaching or display places such as schools and planetariums, it is often seen that the traditional sphere rotates the globe, and the surface of the sphere is static information; after that, combined with the electronic projection equipment technology, it is seen that the earth information is obtained through projection equipment technology, or by electronic Technology and optical sensing technology can be seen through the use of optical sensing technology to obtain information on the earth. For example, a device "data retrieval device" disclosed in US Pat. No. 8,082,271 B2, issued on Nov. 20, 2011, contains a base device, a geographical globe having a set of index information on the surface, a pen-like The operator, the operator and the globe are separated and cooperated wirelessly. The operator has a sensor, and when it is brought close to the surface of the globe, its sensor can feel Information should be indexed. The operator has a memory that can store information related to the index information, and the index information that can be retrieved is sensed by the sensor. The operator has a controller that obtains the required information from the memory according to the index information sensed by the sensor. The operator has a loudspeaker that broadcasts the information obtained by the controller.

In the case of traditional globes, it is one of the ways people are familiar with the earth. Because the shape of the sphere can directly understand the relationship between geographical locations, the size of the map is also relatively accurate. Therefore, the present invention has higher expectations for the presentation manner, usage method, and content of the globe information. For example, in order to let people know the earth, when users know the earth through a traditional globe, they will find that the information on the sphere is quite limited.

With the evolution of digital information technology, from the early desktop computers and later notebook computers, people can easily explore the earth information as long as they can use computers or connect to the Internet. Digital information technology has become a modern life. Or lack of development trends. When users use computer digital technology, they can get more accurate and richer information to get to know the earth. However, if the user wants to know more about the stereoscopic relationship of the Earth's body, it is not enough.

Therefore, how to design a digital terrestrial electronic device to solve the static information, content limitations, insufficient diversity and dynamic or audio and video presentation in the prior art, with an inductive handheld operator, complicated projection equipment technology and a computer or smart mobile device It is impossible to present problems such as a spherical shape.

In view of the above problems, the present invention is an electronic device, which solves the problem of obtaining static information, limited content, insufficient diversity, and inability to display dynamic or audio and video in the prior art, and is required to be combined with an inductive handheld operator, a complicated projection equipment technology, and a computer or smart mobile device. It is impossible to present problems such as a spherical shape. An electronic device disclosed in an embodiment of the invention. Including: a globe body, including a computer host with geospatial software and programs, systems. One Digital sphere touch display panel. A ball support frame. a base. This device can receive wired and wireless network signals, obtain new information, or synchronize the update of computer input and download information.

Compared with the prior art, the invention mainly uses a touch screen, and the other can be voice control, an external keyboard and a mouse operation. In addition to the convenience, it also improves the accuracy of searching for information content.

Compared to the prior art, the invention is more diverse in terms of external handling and storage device compatibility. It is mainly controlled by the main body of the globe. Other external data processing and control devices can be desktop computers, notebook computers, tablet computers, smart mobile devices, devices with data processing and storage, and connection control.

Compared with the prior art, it can solve the problems of single viewing of the globe and complicated technology of the previous projection equipment. The invention is not limited to viewing on the main body, and the projection device architecture is also relatively simple. The number of viewers and the size of the venue can be displayed by wired or wireless display information transmission through the main body of the globe, and directly connected to other displays, and the main information can be simultaneously played on the projection screen. , TV screen or general LCD computer screen.

Compared to the prior art, the invention is like a living small earth. (Digital Globes - Computers have electronic devices with spherical touch displays, and the globe is combined with digital IT software, programs, systems, and sensing receivers.) There is no subject-scope limitation on the content of the information. In the information presentation, it can be static, dynamic or audio-visual to display information on the sphere. In the method of use, it is not necessary to cooperate with the operator, and the touch screen can be used to directly manipulate the object directly on the sphere, and the operation of selecting, dragging, zooming, rotating, switching or the like can be performed as desired. Under the concept of the world village, in order to cultivate and enhance the user's global vision, this globe electronic device is like a human being in outer space to watch the real living earth. Will Users gain the information they need from the world and the earth to gain more in-depth and diverse information to promote people's exploration of the earth, to understand history, to master the present, and to predict the future.

Compared with the prior art, the digital globe-computer has an electronic device with a spherical touch display, can digitally simulate the planet, the earth, and has a spatial information management system capable of receiving, concentrating, remembering, storing, and updating the information on the globe. It can be tracked, recorded and positioned.

Compared with the prior art, the present invention is matched with corresponding software, programs, systems and sensing receivers, and can be used for industrial, marine, educational, national defense, military, scientific, natural resources, ecological protection, New energy policy, hydrology, transportation, tourism, transportation, logistics, climate, agriculture, forestry, commerce, industry and other fields, as an application for observation, recording, positioning, tracking, forecasting, business management, and IoT behavior. Suitable for countries, governments, schools, businesses, families and individuals, users who want to explore the earth can use it well.

In order to enhance the value of the globe electronic device and enhance the user experience, the object of the present invention is to optimize the display mode, function and usage method of the electronic device information of the globe.

100‧‧‧Digital globe-computer electronic device with a spherical touch display

110‧‧‧Computer host with geospatial software, programs, systems and sensing receivers

120‧‧‧Digital sphere display

121‧‧‧Digital display information

130‧‧‧Touch sphere display

131‧‧‧Touch option operation for selection of project selection

132‧‧‧Touch option operation selection item not selected

133‧‧‧ Touch operation to drag the moving position

134‧‧‧Touch operation to zoom in and out

135‧‧‧Touch operation to rotate

140‧‧‧Sphere support frame

150‧‧‧Base

160‧‧‧Touch operation

161‧‧‧ voice control operation

162‧‧‧Keyboard operation

163‧‧‧ Mouse operation

170‧‧‧Wired network signal

171‧‧‧Wireless network signal

180‧‧‧Tablet computer

181‧‧‧Note Computer

182‧‧‧ Tablet PC

183‧‧‧Smart mobile device

184‧‧‧Readable transfer storage media device

185‧‧‧Cloud data device

190‧‧‧Projector equipment

191‧‧‧Projection curtain or wall

192‧‧‧TV screen or general LCD computer screen device

193‧‧‧ Wisdom Stick

194‧‧‧ Wisdom stick USB terminal plugged into TV screen or general LCD computer screen device

195‧‧‧Wireless signal output

200~204,210‧‧‧Operating component information options

210~214,230‧‧‧Deep component information options

220‧‧‧Software, Programs, Systems, and Sensing Receiver Components

221‧‧‧Remote sensing device

222‧‧‧Remote satellite installation

223‧‧‧Remote System Server

224‧‧‧ Remote Program Server

225‧‧‧Remote Software Server

226‧‧‧ Upload order information

227‧‧‧ Receive download information

1 is a schematic block diagram of a first preferred embodiment of a front view of an electronic device having a globe touch display in accordance with the present invention.

Figure 2 is a side view of the invention.

Fig. 3 is a schematic view showing an embodiment of a touch operation "selection" of the present invention.

Fig. 4 is a view showing an embodiment of a touch operation "drag shift" of the present invention.

Fig. 5 is a schematic view showing an embodiment of a touch operation "magnification and reduction" of the present invention.

Fig. 6 is a view showing an embodiment of a touch operation "rotation" of the present invention.

Figure 7 is a schematic view showing an embodiment of the main body "operation and use method" of the present invention.

Fig. 8 is a view showing an embodiment of a main body "connecting an internet signal method" of the present invention.

Fig. 9 is a view showing an embodiment of a main body "input external data processing device input method" of the present invention.

Fig. 10 is a view showing an embodiment of a main body of the present invention "output and connection external projection display means".

Figure 11 is a flow chart showing an embodiment of the main body "Operating element information option" of the present invention.

Fig. 12 is a flow chart showing an embodiment of the main body "operation depth component information" of the present invention.

Figure 13 is a diagram showing the relationship between a main body of the present invention "software, program, system, and sensing receiver, transmitting instructions, receiving and downloading".

Figure 14 is a block diagram showing a second preferred embodiment of a front view of an electronic device having a globe touch display in accordance with the present invention.

According to the present invention, the preferred digital globe-computer has an electronic device 100 with a spherical touch display. The computer host includes a geospatial software, a program, a system and a sensing receiver 110, a digital sphere display 120 and a touch sphere display 130 in combination with a display screen, a spherical support frame 140, and a base 150.

The apparatus and method of use of the various embodiments of the present invention are described in detail below. It is to be noted that many of the possible inventive concepts provided by the present invention can be implemented in various specific ranges. These specific examples are only intended to illustrate the apparatus and methods of use of the present invention, but are not intended to limit the scope of the invention.

Digital globe according to the present invention - computer having a spherical touch display Sub-device 100. The host computer has a geospatial software, program, system and sensing receiver 110, including: operating system, processor, chipset, storage disk drive, drawing display card, sound card, loudspeaker, communication network interface (Internet) Road, Bluetooth and NFC), wireless network card, USB port, RJ-45 port, audio output port, headphone jack, microphone jack, VGA port, HDMI port, Displayport port, voice control system , sensing the receiver.

Figure 1 is a schematic illustration of an embodiment of a host device 100 in accordance with the present invention. The electronic device cooperates with more than one software, program, system and sensing receiver 220, and is suitable for geography, oceanography, education, national defense, military, science, natural resources, ecological protection, new energy policy, hydrology, transportation, tourism , transportation, logistics, climate, agriculture, forestry, commerce, industry and other fields, as search, observation, recording, positioning, tracking, forecasting, business management, IoT behavior and other applications. It is to be noted that the scope of application of the present invention is not limited thereto.

Figure 1 is a diagram showing a spherical display screen in accordance with the present invention as a digital sphere display 120. The embodiment provides a method for displaying a screen interface by a sphere, and displaying the information 121 in a digital manner, and the information such as text, image, number, symbol, pattern, animation, etc. can be digitally displayed on the spherical display screen, and can be displayed in a static, dynamic or audio-visual manner. Way to present.

Fig. 1 is a view showing a spherical display screen according to the present invention as a touch sphere display 130. The embodiment provides a method for displaying a screen touch operation interface by a sphere. When text, image, number, symbol, pattern, animation and other information are digitally displayed on the sphere display screen, the touch operation screen can be used to select 131, drag shift 133, zoom in and out 134, rotate 135 or switch, etc. Know the Earth clearly and more carefully. Please refer to Figure 3, Figure 4, Figure 5, and Figure 6.

Figure 3 is a diagram showing the spherical display screen according to the present invention as a touch sphere display 130. A flowchart of Fig. 11 of an embodiment of the touch option method. In this embodiment, more than one topic of interest operating element information option 200 can be operated in the display screen. Embodiment of the operation One of them can be selected according to the component information option of the subject of interest. For example, it can be a main screen option such as "Search", "System Function", "Display Mode", "Application", "Console", "Setting", "Language", "Time", "Volume", " Options such as "Update", "Print", "Screenshot", etc., through the option display 201, select 202 left and right, select 203 after the option to end 204, or become the depth component information 210; the second application of the embodiment can be based on the depth of interest The component information option 210, and then the multi-layer depth option component information selection. For example, pay attention to "Application" as the first option component information. The "Application" option has more than one Layer 2 depth component information option in the inner layer, "Map", "Traffic", "Climate", "Transport", "Location Tracking", "Knowledge", "Geogeology", "Medical Resources", "Water Resources", "Original Material Resources", "Geography", "Plants", "Animals", "History", "Religion" "Music", "Art", "Game", "Sports", "Education", "Environmental Protection", "Earth of the Earth", etc. for deeper component information, after the second option display 211, the second layer is up and down A selection 212 is made, the second layer option is selected 213, the end 214, or the deeper component information 230 is obtained. Obtaining information options will result in different levels of deep component information depending on the theme. It should be noted that the "main screen option", "application" option item, and option depth component information layer of the present invention are not limited thereto.

Figure 7 is a diagram showing the operational use of the electronic device 100 having a globe touch display in accordance with the present invention. The embodiment provides an electronic device main body operation in addition to the touch operation 160, other operation methods, a voice control operation 161 method, an embodiment built-in voice control unit and a loudspeaker unit, and can obtain information through voice control interaction operations. For example, it can be voice control main screen options such as "Search", "System Function", "Display Mode", "Application", "Console", "Setting", "Language", "Time", "Volume" Information elements such as "Update", "Print", "Screenshot", etc., obtain information; the second possibility of the application can be controlled by voice control interaction, and then multiple layers of depth options information The component gets the information. For example, focus on "Application" as the first option component information. The "Application" option has more than one Layer 2 depth component information option, "Map", "Traffic", "Climate", "Transport", " "Location Tracking", "Knowledge", "Geogeology", "Medical Resources", "Water Resources", "Original Material Resources", "Geography", "Plants", "Animals", "History", "Religion" Information on more in-depth components, such as "Music", "Art", "Game", "Sports", "Education", "Environmental Protection" and "Earth of the Earth". The selection of the information option may result in different levels of depth component information depending on the theme; the keyboard operation 162 and the mouse operation 163 input method embodiment may input the search more finely than the touch operation 160 and the voice control operation 161 described above. Information selection. Get more accurate information such as latitude, longitude, coordinates, coordinates, name, number, time, flight and other more precise text, numbers and symbol components. It is to be noted that the selection items of the present invention are not limited thereto.

Figure 8 is a diagram showing the method of connecting a network signal of an electronic device 100 having a globe touch display according to the present invention. The embodiment provides an electronic device that can connect a network signal through a wired network signal 170 or a wireless network signal 171 in addition to the centralized, storage, and computing functions of the main body data, and connects the corresponding software, program, system, and sensing receiver 220. The function of updating, transmitting instruction information 226 and receiving download information 227 can be performed at any time, and the computer can also input information to receive and download information 227 to update synchronously.

Figure 9 is a diagram showing the input mode of the external data processing device of the electronic device 100 of the digital globe-computer having the spherical touch display according to the present invention. The embodiment is an operation of the main body and the input external data processing device input mode. The desktop computer 180, the notebook computer 181, the tablet computer 182, and the smart mobile device 183 having the data operation transmission processing can be connected and operated by wire or wirelessly; or the data can be edited by the operation processing and then passed through the table. The computer 180, the notebook computer 181, the tablet computer 181, and the smart mobile device 183 are stored in a digitally wired or wireless manner by using the readable and transportable storage medium device 184 and the data cloud device 185. The ball-computer has an electronic device with a spherical touch display and is operated.

Figure 10 is a diagram showing the manner in which the output of the electronic device 100 having the globe touch display is connected to the external projection display device according to the present invention. An embodiment is an output external projection display device that provides a wired or wireless body connection. It can be projected to the projection screen or wall 191 through the projector device 190, or directly connected to the TV screen or the general LCD computer screen device 192, or inserted into the TV screen or the general LCD computer screen device 194 with the USB terminal of the smart stick 193. The smart stick receives the digital globe 195. The wireless information 195 of the electronic device 100 with the spherical touch display is presented on the television screen or the general LCD computer screen device 192. Digital Globe - The electronic device 100 with a spherical touch display computer is used for synchronous playback of information.

Figure 12 is a diagram of an electronic device 100 having a globe touch display in accordance with the present invention. The computer can be associated with corresponding software, programs, systems, and sensing receiver components 220. Develop the corresponding software, programs, systems and sensing receivers for users interested in the Earth or planets, and search, teach, observe, record, locate, track, predict, and manage business accurately and efficiently. Use of the IoT.

In accordance with an embodiment of the present invention, an electronic device 100 having a globe touch display is coupled to a corresponding software, program, system, and sensing receiver component 220. How to use the electronic device of the present invention to describe history, such as: silk road, human map, world heritage, first and second world war, change of world history state territory, major changes in world geography, etc., ways, processes, time, scope Etc., accurate geographic information presentation. It is worth noting that the present invention understands that historical items are not limited to this.

How does the electronic device according to the present invention understand the embodiment of mastering the earth information, through the digital globe-computer having the electronic device 100 of the spherical touch display, corresponding to the corresponding Software, program, system, and sense receiver component 220. How to use the invented electronic device to understand, manage, track and observe the earth information. For example, understanding the geo-geographic information can be geographical basic information such as geographic latitude and longitude, measurement distance, country location, geographic area, urban population, adjacent ocean, altitude, and local time. Management tracking of earth information, can be dynamic information such as logistics and transportation, land, sea and air flights. Observing earth information can be environmental dynamic information such as climate, natural environment, natural ecology, tourism traffic, folk customs, and business behavior. Understanding the mastery of the Earth information can also be the world's major news, such as technology, war, energy, earthquake, natural disasters and other diverse real-time information. The first time to accurately, accurately and efficiently master multiple instant news content. It should be noted that the present invention understands that grasping, managing, tracking, and observing items are not limited thereto.

In accordance with an embodiment of the present invention, an electronic device 100 having a globe touch display is coupled to a corresponding software, program, system, and sensing receiver component 220. How to use the invented electronic device to predict the future, for example: predicting natural climate change, which can be climate, temperature, air pollution, sea level, iceberg change, etc.; predicting natural landscape changes, can be forests, mountains, rivers, ice fields, deserts Information such as grassland and earthquake plate changes; prediction of natural ecological changes can be information on migration of animals or plant species or extinction of ecological changes; prediction of human impact on earth changes can be land development, human migration, age, population, carbon footprint changes And other information. The globe of the invention of the electronic device can provide accurate and diverse information about the global environment for predicting the future, reminding people to cherish the earth and thinking about how to proceed to improve the earth that has been out of control. Global warming is becoming more and more serious, and energy conservation and carbon reduction are urgent tasks.

The value of this invention comes from the user's mind, the desire to care about the earth, explore the earth and maintain the earth.

100‧‧‧Digital globe-computer electronic device with a spherical touch display

110‧‧‧Computer host with geospatial software, programs, systems and sensing receivers

120‧‧‧Digital sphere display

130‧‧‧Touch sphere display

140‧‧‧Sphere support frame

150‧‧‧Base

Claims (10)

A digital globe-computer with an electronic device with a spherical touch display. The main body comprises a computer host with geospatial software, a program, a system and a sensing receiver, a spherical display screen combined with digital display technology and touch technology, a spherical support frame and a base. The digital terrestrial electronic device of claim 1, wherein the main body sphere display screen is a digital display screen. The digital terrestrial electronic device of claim 2, wherein the main body sphere display screen is a touch control screen. The digital terrestrial electronic device of claim 1, wherein the main computer host comprises: an operating system, a processor, a chipset, a storage disk drive, a graphics card, a sound card, a loudspeaker, and a communication network interface (Internet) Internet, Bluetooth and NFC), wireless network card, USB port, RJ-45 port, audio output port, headphone jack, microphone jack, VGA port, HDMI port, Display port port, voice control System, sensing receiver. The technology, equipment, interface, storage unit, processing unit, voice control unit and sensing receiving unit of all computer operations in the computer mainframe technology. The digital electronic device of claim 4, wherein the main computer has at least one geospatial information software, program, system, and sensing receiver, and the subject information can be unlimited, any subject, geospatial information. Software, programs, systems and sensing receivers can be used, which can be GNSS, GPS, GSM, GPRS, IMES, GIS, RS, GLONASS, BDS, GALILEO, GOOGLE EARTH, GOOGLE MAP and any Open Data. Information software, programs, systems and sensing receivers. The digital terrestrial electronic device according to claim 1, wherein the main operation method is a touch screen operation, a voice control operation, a keyboard operation, a mouse operation, and a built-in voice control unit and a loudspeaker unit. Get information through voice interaction. The digital terrestrial electronic device according to claim 3, wherein the touch screen operation can be performed by using a touch screen method, and the screen can be directly touched on the spherical body to perform selection, drag shift, enlargement, reduction, and rotation. The digital terrestrial electronic device of claim 1, wherein the main body is connected to the internet signal mode, and is a wired network signal and a wireless network signal. The digital terrestrial electronic device as described in the claim and the input mode of the external data processing device may be a desktop computer, a notebook computer, a tablet computer, a smart mobile device, a wired or wireless device with data processing. It can also be a desktop computer, a notebook computer, a tablet computer, a smart mobile device, and the data is edited and processed, and then stored in a digital globe using a wired or wireless device of a readable storage medium. The computer has a spherical touch display. After the electronic device, the operation is used. The digital terrestrial electronic device according to claim 1, wherein the main body output is connected to an external projection display device, which may be a projector device, a television device, a smart bar display device, and an instant synchronous digital terrestrial globe-computer having a spherical touch Control the electronic device information of the display.