CN109684423A - Constellation output system - Google Patents
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- CN109684423A CN109684423A CN201710969457.7A CN201710969457A CN109684423A CN 109684423 A CN109684423 A CN 109684423A CN 201710969457 A CN201710969457 A CN 201710969457A CN 109684423 A CN109684423 A CN 109684423A
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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Abstract
The present invention discloses constellation output system.Constellation output system according to the present invention characterized by comprising the observatory for observing and studying celestial body is arranged in observatory's database, for above-mentioned observatory's captured in real-time to constellation information store；Cloud Server, for receiving constellation information from above-mentioned observatory's database and being stored；Constellation output module, for receiving constellation information from above-mentioned Cloud Server and being exported；And user's operation portion, for making above-mentioned constellation output module work.According to the present invention, it by after the constellation information provided by observatory's database is connected with Cloud Server in real time, is exported in a manner of wire communication and wireless communication to user terminal, so that user can real-time and accurately confirm the constellation of the night sky on current location.
Description
Technical field
The present invention relates to constellation output systems, and in particular, to according to the diurnal from the star for transferring to generate by the earth
Movement or idle running, can export the constellation output system of observable constellation in the night sky on the position of user.
Background technique
In general, astronomical observation has been concerned since some time, currently, having formed various clubs.But work as utilization
The mode of the single viewing night sky come obtain constellation position or planet title when, then need to know many knowledge, Er Qiexu
It takes a lot of time.Therefore, actual conditions are that many people are interested in astronomical observation, and have curiosity, but are finally not achieved
It is satisfactory horizontal.
As the tool for astronomical observation, representative is held in astronomical observation instrument or personal computer
The major part of capable astronomical observation simulator, astronomical telescope or similar astronomical observation instrument is the optics of simulation
Instrument, thus can only size that is big and being clearly observed simple star, to there is a problem of as mentioned above.That is, in order to
Study the study of the operation in relation to constellation and celestial body, and it is necessary to learn various pertinent texts and learn its position and form it
Afterwards, the cumbersome dull process of intuitive observation sky need to be undergone, and whether can not confirm the constellation itself observed directly
It is an accurate constellation, thus frequently there is a situation where obtain false information.
Another method as confirmation constellation can use the astronomical observation simulation program run on a personal computer,
Although can confirm the various constellations of graphic form by these, these are also that can only utilize pre-stored database
Implemented in the case where being run on simulator, therefore there is no the sense of reality, thus for the day of simulated actually user observation
Body, and in the presence of the cumbersome thing for all many conditions that input latitude, longitude, season and time etc..In particular, not being suitable for practical sight
It surveys, therefore real-time can be significantly reduced.
But since the major part of previous astronomical observation device is simulated optical device, can only have clearly
The simple functions for observing celestial body, so that beginner is not easy to judge constellation, and in computer-based simulation program
In the case of, user can easily recognize constellation using multiple functions, but these depend on built-in database, thus can drop
Low real-time.
Recently, the constellation output side of the mobile communication terminal or portable terminal using the necessity of modern is disclosed
Method.
As an example, in No. 10-2006-0134434 (movement with constellation output function of Korean Patent Laid
Communication terminal and its method) in the export structure that has been disclosed directly below, that is, velocity sensor and gravity sensor are mobile logical to detect
It is timely using the position positioning system (GPS, Global Positioning System) after direction needed for the terminating machine of letter
Between information, on the affiliated time of corresponding position output have terminating machine be directed toward direction constellation information celestial image knot
Structure, but there are the following problems for the mobile communication terminal with constellation output function and its method, that is, it is indefinite in mobile communication terminal
To direction on can not export constellation information.
Moreover, in Korean Patent Publication No. 10-0531872 (utilizing the astronomical observation method of portable terminal)
Step has been disclosed directly below it, that is, shoot the night sky, and the step of being stored as image by being suitable for the video camera of portable terminal；
From extracting the step of obtaining the pattern of constellation after highlighted part in the image of acquisition；And to the constellation design of extraction and pre-
After the constellation design first stored is compared, when there are matched constellation, so that the information of constellation is repeated in celestial body
The mode of image provides the step of sense of vision effect, but is by being applicable in using the astronomical observation method of this portable terminal
While the video camera of portable terminal comes accomplished to shoot the mode of the image of the night sky, take from the image of acquisition
The mode of constellation design is obtained to realize, thus in the feelings for obtaining constellation information by the video camera for being suitable for portable terminal
Under condition, constellation information is very limited, and is existed because being not easy to recognize twinkLing stars star in the night sky, artificial satellite, artificial
Planet, and the structural issue of accurate constellation information can not be obtained.
Existing technical literature
Patent document
The patent document 1: (publication date: December 28 in 2006 of Korean Patent Laid the 10-2006-0134434th
Day)
Patent document 2: Korean Patent Publication No. 10-0531872 (authorization date: on November 22nd, 2005)
Summary of the invention
Technical problem of the invention is to provide constellation output system, specifically, provides from and the state of research celestial body
The diurnal movement or public for the star that observatory, family or private observatory's real-time reception generate due to the rotation by the earth is influenced
Turn constellation information after, can the position of user export the current night sky constellation or output and the received information phase of user
The constellation output system of corresponding constellation.
Another technical problem of the invention is to provide constellation output system, and specifically, top can be fixedly installed on by providing
Canopy can be perhaps arranged to be set to wall surface in such a way that direction up and down rotates or in a manner of it can assemble and disassemble
In the constellation output system of window frame.
Another technical problem of the invention is constellation output system, specifically, provides in addition to constellation output function, energy
Enough export the constellation output system of pre-stored four gentleman or image.
Of the invention is to provide constellation output system there are also a technical problem, and specifically, providing can be realized not by field
Limitation and while be quickly and easily set to various spaces, portable constellation output system may be implemented.
The technical problems to be solved by the invention are not only limited to above-mentioned mentioned technical problem, fields of the present invention
Those of ordinary skill unmentioned other technologies problem can be expressly understood that by recording as follows.
Above-mentioned technical problem is characterised by comprising: observatory's database (DB, database), and setting is for observing
With research celestial body observatory, for above-mentioned observatory's captured in real-time to constellation information store；Cloud Server is used
It constellation information and is stored in being received from above-mentioned observatory's database；Constellation output module, for being connect from above-mentioned Cloud Server
It receives constellation information and is exported；And user's operation portion, for making above-mentioned constellation output module work.
Above-mentioned constellation output module is characterised by comprising: user terminal, has constellation output section, on it can export
The constellation information of Cloud Server offer is provided；Communication unit carries out wire communication and wireless communication with above-mentioned Cloud Server；Graphics process
Portion exports to come from above-mentioned Cloud Server by above-mentioned communication unit with electric signal in a manner of video signal to above-mentioned constellation output section
The constellation information that inputs of mode；And control unit, to export the current night sky to the constellation output section of above-mentioned user terminal in real time
Constellation information, perhaps according to the time, the date, month, season, the time output or by specific time output in the way of
It is controlled.
Above-mentioned user terminal is characterized in that above-mentioned user terminal is made of the computer with constellation output section, above-mentioned
Constellation output section is by being selected from liquid crystal display (LCD, Liquid Crystal Display), light emitting diode (LED, Light
Emitting Diode), plasma display panel (PDP, Plasma Display Panel) and high-definition display screen (HD, High
Definiti on) one of panel formed, above-mentioned computer installation is in the corresponding region in ceiling, wall, window frame.
Above-mentioned user terminal is it is characterized in that, above-mentioned user terminal is set in a manner of it can assemble and disassemble by installation module
Above-mentioned window frame, above-mentioned installation module include: installation sliding block, are configured at the left and right two of above-mentioned user terminal in a corresponding manner
Side, for mobile to above-mentioned window frame direction；At least one elastomeric element, for flexibly supporting above-mentioned installation to above-mentioned window frame direction
Sliding block；And it is close to component, it is combined with the end of above-mentioned installation sliding block, and be tightly attached to above-mentioned window frame.
Above-mentioned user terminal is characterized in that above-mentioned user terminal is by having the beam for the constellation output section for being formed as screen
Projector is constituted.
Above-mentioned user terminal is it is characterized in that, when exporting constellation, and above-mentioned user terminal is so as to pass through above-mentioned control unit
Control obtain pre-stored constellation picture and the equitant mode of current constellation picture that is provided in real time by Cloud Server into
Row output.
Above-mentioned user terminal includes global positioning system (GPS, Global Positioning Syst em) module, with energy
Enough current position coordinates are set using above-mentioned user's operation portion.
Above-mentioned user terminal is characterized in that above-mentioned user terminal further includes the storage unit that can store various images.
Above-mentioned user terminal is characterized in that, the surface of above-mentioned user terminal be formed with universal serial bus (USB,
Universal Serial Bus) terminal, various images can be stored in above-mentioned storage unit.
Above-mentioned user's operation portion is characterized in that above-mentioned user's operation portion is made of remote controler or keyboard.
According to the present invention, by after the constellation information provided by observatory's database is connected with Cloud Server in real time,
It is exported in a manner of wire communication and wireless communication to user terminal, to have user can be on current location real-time and accurately
Confirm the effect of the constellation of the night sky.
It, can be according to time, date, month, season also, in the constellation information that the portion of being user-operably is stored in Cloud Server
Section, time export constellation information, or can export constellation information according to specific time, so that having can mention rapidly to user
For the effect of required constellation information.
Moreover, when the constellation output section by user terminal is to export constellation so that pre-stored constellation picture with
The equitant mode of current constellation picture provided in real time by Cloud Server is exported, thus have user can be easy and
The effect for the representative constellation that easily confirmation needs to search for.
Moreover, constellation output system according to the present invention can according to installation module be set to selected from indoor ceiling, wall,
One of window frame, so that space utilization rate can be increased by having, without the effect limited by indoor location place.
Moreover, constellation output system according to the present invention, can export the various images other than constellation output function,
Or can be used as according to the output of constellation lighting device come using or installation fire-alarm cope with fire, so that having can
To maximize the effect of indoor decorative effect and practicability.
Detailed description of the invention
Fig. 1 is the figure for schematically illustrating the structure of constellation output system of the first embodiment of the present invention.
Fig. 2 is the figure for showing the structure of constellation output module shown in Fig. 1.
Fig. 3 A and Fig. 3 B are the figure for showing the user terminal of constellation output module shown in Fig. 2.
Fig. 4 be show constellation output module of the invention user terminal be set to ceiling state figure.
Fig. 5 and Fig. 6 be show constellation output module of the invention user terminal be set to wall state figure.
Fig. 7 and Fig. 8 be show constellation output module of the invention user terminal be set to window frame state figure.
Fig. 9 is the figure for showing the user terminal of constellation output module of the second embodiment of the present invention.
The explanation of appended drawing reference
100: observatory's database
200: Cloud Server
300: constellation output section
310: user terminal
320: communication unit
330: graphics processing part
340: control unit
350: installation module
Specific embodiment
Hereinafter, referring to attached drawing, to a preferred embodiment of the present invention will be described in detail.However, following being retouched of the invention
In stating, in order to simplify the gist of the invention, and omission description is carried out to well known function or structure.
First embodiment
As shown in Figure 1, the constellation output system of the first embodiment of the present invention includes observatory's database 100, cloud service
Device 200, constellation output module 300 and user's operation portion 400.
Observatory's database 100 is the instrument operated by observatory.That is, observatory's database 100 is that storage passes through astronomy
The astronomical observation of platform is come the structure of the constellation information of the current night sky obtained in real time.
Wherein, observatory is the facility of observation and research celestial body, is obtained by observing and shooting in real time relative to by ground
After the constellation information of the current night sky from the diurnal movement or the star generated by revolution transferring to generate of ball, it is stored in day
Literary platform database 100, observatory's database 100 is to the stored constellation information of 200 real-time Transmission of Cloud Server.This observatory
It may include Nation Astronomical Observatory or private observatory.
Cloud Server 200 is to receive the structure stored after constellation information from observatory's database 100.That is, Cloud Server
200 be the instrument operated by Internet company, the constellation information that real-time storage observatory database 100 provides.This cloud service
Device 200 is the structure communicated in wired and wireless mode with observatory.
As shown in Fig. 2, constellation output module 300 is that the mode for allowing the user to confirm on current location is exported from cloud
The structure of constellation information provided by server 200, including user terminal 310, communication unit 320, graphics processing part 330 and control
Portion 340.
Communication unit 320, graphics processing part 330 and control unit 340 are provided in user terminal 310, and exportable from cloud
Constellation information provided by server 200.
In the present embodiment, user terminal 10 is formed by the computer with constellation output section 312.At this point, constellation exports
Portion 312 exports the constellation that user can be confirmed with vision.For this purpose, constellation output section 312 can be by being selected from liquid crystal display
(LCD), one of light emitting diode (LED), plasma display panel and high-definition display screen (HD) panel are formed.
Also, can indicate to be able to confirm that when exporting constellation in constellation output section 312 position of the night sky latitude and
Longitude, thus user can easily verify that out the position of constellation according to latitude and longitude.
Moreover, user terminal 310 can be following structure: when exporting constellation, making to deposit in advance using constellation output section 312
The constellation picture of storage overlaps with the current constellation picture provided in real time by Cloud Server 200, uses to easily verify that out
Want the constellation of search in family.
That is, pre-stored constellation picture can be from constellation information provided by Cloud Server 200, storage is utilized
The editing device of the other editing procedure or outside of ensconcing user terminal 310 inside edits the generation for being readily able to be identified by user
After table constellation, the information of storage.At this point, representative constellation can in such a way that line connects editor.
As described above, representative constellation is to be compiled in a manner of line connection, and make in real time from pre-stored star
Seat picture overlaps with constellation picture provided by Cloud Server 200, so that user by pre-stored picture and can work as
Preceding constellation picture, to readily recognize the representative constellation of the night sky.At this point, pre-stored constellation picture and current constellation picture
The color being compared can be exported, taste can be improved in overlapping.
For example, obtained on 09 01st, 2016 in pre-stored constellation picture, current constellation picture was in 2017
In the case that 01 day 09 month is obtained, user can by making pre-stored constellation picture and current constellation picture overlap,
To easily verify that the representative constellation of the current night sky.
Also, user terminal 310 includes GPS module 314, can be fixed according to the whole world in user's operation portion 400
The operation of position system module 314, sets current position coordinates, and user can take in current location real-time confirmation from cloud as a result,
Constellation information provided by business device 200.
Wherein, indicate that latitude and longitude in the constellation output section 312 of user terminal 310 are with GPS module
314 position coordinates are obtained as benchmark.The reason is that can easily verify that out the night sky on the current location of user
Constellation positions.
Also, as shown in Fig. 3 A and Fig. 3 B, user terminal 310 can be formed by quadrangle plate or round plate, available
Installation module 350 is set to region corresponding with the position in ceiling 1, wall 2, window frame 3.
Wherein, as shown in figure 4, in the case where user terminal 310 is set to ceiling 1, module 350 is installed by fixed screw
352 form, and thus user terminal 310 can be firmly fixed using fixed screw 352 is arranged in ceiling 1.
Also, as shown in Figures 5 and 6, in the case where user terminal 310 is set to wall 2, installation module 350 includes:
Fixed frame 354 is fixed at wall 2 using anchor bolt as medium；Upper and lower frames 355, the side rotated with up and down direction
Formula is combined with the front end of above-mentioned fixed frame 354；And left and right frame 356, by left and right directions rotation in a manner of and upper and lower frames
The front end of frame 355 combines, and finally combines with user terminal 310, and thus user terminal 310 can be with upper and lower left and right directions
Wall 2 is arranged in the mode of rotation.
Also, as shown in Figures 7 and 8, in the case where user terminal 310 is set to window frame 3, installation module 350 includes:
Sliding block 357 is installed, is configured in a manner of corresponding with the left and right sides of user terminal 310, and is moved to the inner face direction of window frame 3
It is dynamic；At least one elastomeric element 358 flexibly supports installation sliding block 357 to the inner face direction of window frame 3；And it is close to component 359,
It is combined with the end of installation sliding block 357, and is tightly attached to window frame 3.
That is, being close to component 359 in the state that user terminal 310 configures window frame 3 in without window and being mounted sliding block 357
And elastomeric element 358 is mobile to arrow direction, and the inner face of window frame 3 is tightly attached to super-elasticity power, it is thus possible to assemble and disassemble
Mode is set to window frame 3.Wherein, installation sliding block 357 is slided along the slot 357A for being formed in user terminal 310.
In the present embodiment, being close to component 359 is the structure for being tightly attached to the inner face of window frame 3, but other implementations of the invention
Abutting component 359 in example can be inserted into the structure in the insertion groove (not shown) for being formed in window frame 3.
Also, when user moves installation sliding block 357 along slot 357A, it is close to component 359 and installation sliding block 357
It is dynamic, to be contained in user terminal 310, user terminal 310 thus can be easily separated from window frame 3.
At this point, being close to component 359 can be formed by silicon materials or rubber material, thus user terminal 310 is securely with bullet
The mode of property is tightly attached to window frame 3, so as to prevent from arbitrarily separating from window frame 3.
Wherein, window frame 3 is used for indoor ornamentation to use, and is at least divided into 2 regions, can have user terminal
Setting area S and window setting area.
That is, having space in user terminal setting area S formation, it is arranged in a manner of it can assemble and disassemble user terminal 310, and
Window setting area is provided with interior windows W.
Also, user terminal 310 further includes the storage unit 316 that can store constellation information and various images, and can be with
Storage includes editor draws and the image of daily life photo etc. in the constellation information of this storage unit 316, four gentleman, and can be according to
The operation in user's operation portion 400 selectively exports.
At this point, user terminal 310 is stored in the various constellations of storage unit 316 according to the operation output in user's operation portion 400
Information, and in the case where output includes the image of photo of four gentleman picture and daily biochemistry etc., it can be suitable to schedule
Sequence is exported or can be exported according to being set on stipulated time point for timer.
Moreover, user terminal 310 is can be formed with general string on surface in such a way that storage unit 316 stores various images
Row bus terminal (USB, Universal Serial Bus) 318, thus user by the memory of universal serial bus with it is general
Universal serial bus terminal 318 is connected, to easily store various images in storage unit 316.
In addition, being provided when exporting constellation in dark interior by constellation output module 300 in user terminal 310
Certain light, thus can be used as room lighting come using.
Also, fire sensor is installed in user terminal 310, in the case of fire, can effectively correspond to fire.
Communication unit 320 constructs wire communication and wireless communications environment between user terminal 310 and Cloud Server 200, makes
The constellation information available subscribers terminal 310 of Cloud Server 200 must be stored in receive.At this point, communication unit 320 can be well known
Wire communication facility and wireless telecom equipment.
Graphics processing part 330 carries out processing signal, so that from the provided constellation information of Cloud Server 200 with video signal
Mode is output in user terminal 310.That is, graphics processing part 330 is by the constellation information of the electric signal provided by the Cloud Server 200
It is converted into video signal, thus constellation information can be defeated in a manner of video signal from the constellation output section 312 of user terminal 310
Out.
Control unit 340 is used to control the operation of user terminal 310.That is, it is responsible for following control, and specifically, control unit 340
Make according to the control signal in user's operation portion 400 from the constellation of the night sky current provided by Cloud Server 200 in real time to
The constellation output section 312 of family terminal 310 exports, or can export constellation according to time, date, month, season, time etc..
Also, control unit 340 is exported from the constellation information of storage unit 316 for being stored in user terminal 310 and is connect with user
The corresponding constellation information of the information of receipts, that is, constellation corresponding with specific date or time.
For example, control unit 340 can be based on the control signal in user's operation portion 400, to export with 21 days or special monthly
On the basis of settled date, the constellation that is moved in every 18 points, 21 points, 24 points, 03 point, 06 point or specific time.This is in order to more acurrate
The moving process of ground observation constellation.
That is, operation signal of the control unit 340 according to user's operation portion 400, makes the constellation for being stored in advance in user terminal 310
Picture and from current constellation picture provided by Cloud Server 200 in an overlapping manner to constellation output section 312 export.
In addition, in the constellation exported to the constellation output section 312 of user terminal 310, working as utilization in control unit 340
The zoom function in user's operation portion 400 when amplifying particular constellation, can be exported from constellation output section 312 such as related constellation
Illustrate, the information of the respective constellation of the position of latitude and longitude etc. etc..
User's operation portion 400 can export the constellation of the current night sky in real time to the constellation output section 312 of user terminal 310
Information is perhaps exported according to time, date, month, season, time or is exported according to specific time.For this purpose, user
Operation portion 400 can be made of remote controler or keyboard.
Method as described above will be mentioned from observatory's database 100 in real time come the constellation output system of the invention constituted
The constellation information of confession is connected with Cloud Server 200, is exported in wired and wireless mode to user terminal 300, is thus used
Family can real-time and accurately confirm night sky constellation on current location.
Moreover, constellation output system of the invention is in the constellation for being stored in Cloud Server 200 using user's operation portion 400
It in information, can export, or can be exported according to specific time according to time, date, month, season, time, so as to
Promptly provide a user required constellation information.
Moreover, in the constellation output system of the embodiment of the present invention, in the constellation output section 312 using user terminal 310
Come when exporting constellation, to be overlapped pre-stored constellation picture and in real time the current constellation picture provided by the Cloud Server 200
Mode export, so that user can easily confirm to need the representative constellation searched for.
Moreover, can be set using installation module 350 in selected from indoor in another constellation output system of the invention
One of ceiling 1, wall 2, window frame 3, therefore space utilization rate can be improved, without by indoor setting place.
Moreover, in addition to constellation output function, various figures can also be exported in another constellation output system of the invention
Picture, can be perhaps used as according to the output of constellation lighting device come using or mountable fire-alarm correspond to fire, therefore
Indoor internal effects and practicability can be maximized.
Second embodiment
As shown in figure 9, user terminal 310 is by beam projection in the constellation output system of the second embodiment of the present invention
Instrument and screen are constituted, in addition to this, identical as the above-mentioned first embodiment of the present invention.
That is, in embodiment, in user terminal 310, comprising: beam projection instrument is provided with communication unit 320, at figure
Reason portion and control unit, and exported after receiving constellation information from Cloud Server 200；And screen, it can visually really with user
The mode recognized shows the constellation information exported from above-mentioned beam projection instrument.At this point, screen forms constellation output section 312.
Wherein, beam projection instrument can be supported by known tripod.At this point, tripod can be formed with beam projection instrument
One, or by assemble and disassemble it is possible in a manner of formed.
Moreover, screen can be set to wall in a manner of it can assemble and disassemble, or can be set in other known brackets.
Method as described above is come the constellation output system of the invention that constitutes by being made of beam projection instrument and screen
User terminal 310 can quickly and easily be arranged in the case where not limited by place, and can carry, remove this
Except other functions and effects, it is identical as the above-mentioned first embodiment of the present invention.
More than, specific embodiments of the present invention are illustrated, but the present invention is not limited to documented embodiment, it is right
For those skilled in the art, without departing from the spirit and scope of the present invention, Ke Yijin
Row various changes and modifications are obvious.Therefore, technical idea and viewpoint according to the present invention, should not independently understand
These modifications or modification, it is understood that, the embodiment of change should be included in the claimed scope of the invention.
Claims (10)
1. a kind of constellation output system characterized by comprising
The observatory for observing and studying celestial body is arranged in observatory's database, for in above-mentioned observatory's captured in real-time
To constellation information stored；
Cloud Server, for receiving constellation information from above-mentioned observatory's database and being stored；
Constellation output module, for receiving constellation information from above-mentioned Cloud Server and being exported；And
User's operation portion, for making above-mentioned constellation output module work.
2. constellation output system according to claim 1, which is characterized in that
Above-mentioned constellation output module includes:
User terminal has constellation output section, can export the constellation information provided from above-mentioned Cloud Server；
Communication unit carries out wire communication and wireless communication with above-mentioned Cloud Server；
Graphics processing part exports to take from above-mentioned cloud by above-mentioned communication unit in a manner of video signal to above-mentioned constellation output section
The constellation information that business device is inputted in a manner of electric signal；And
Control unit, to export the constellation information of the current night sky to the constellation output section of above-mentioned user terminal in real time, or according to when
Between, the date, month, season, the time output, or by specific time output in the way of controlled.
3. constellation output system according to claim 2, which is characterized in that
Above-mentioned user terminal is made of the computer with constellation output section, above-mentioned constellation output section by selected from liquid crystal display,
One of light emitting diode, plasma display panel and high-definition display screen panel is formed,
Above-mentioned computer installation is in the corresponding region in ceiling, wall, window frame.
4. constellation output system according to claim 3, which is characterized in that
Above-mentioned user terminal is set to above-mentioned window frame by installation module in a manner of it can assemble and disassemble,
Above-mentioned installation module includes:
Sliding block is installed, is configured at the left and right sides of above-mentioned user terminal in a corresponding manner, for being moved to above-mentioned window frame direction
It is dynamic；
At least one elastomeric element, for flexibly supporting above-mentioned installation sliding block to above-mentioned window frame direction；And
It is close to component, is combined with the end of above-mentioned installation sliding block, and be tightly attached to above-mentioned window frame.
5. constellation output system according to claim 2, which is characterized in that above-mentioned user terminal is formed as screen by having
Constellation output section beam projection instrument constitute.
6. the constellation output system according to claim 3 or 5, which is characterized in that when exporting constellation, above-mentioned user terminal
So that the current star for obtaining pre-stored constellation picture by the control of above-mentioned control unit and being provided in real time by Cloud Server
The seat equitant mode of picture is exported.
7. the constellation output system according to claim 3 or 5, which is characterized in that above-mentioned user terminal includes global location
System module sets current position coordinates can utilize above-mentioned user's operation portion.
8. constellation output system according to claim 7, which is characterized in that above-mentioned user terminal further includes that can store respectively
The storage unit of kind image.
9. constellation output system according to claim 8, which is characterized in that be formed on the surface of above-mentioned user terminal logical
With universal serial bus terminal, various images can be stored in above-mentioned storage unit.
10. constellation output system according to claim 1, which is characterized in that above-mentioned user's operation portion is by remote controler or key
Disk is constituted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710969457.7A CN109684423A (en) | 2017-10-18 | 2017-10-18 | Constellation output system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710969457.7A CN109684423A (en) | 2017-10-18 | 2017-10-18 | Constellation output system |
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| CN109684423A true CN109684423A (en) | 2019-04-26 |
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| CN201710969457.7A Pending CN109684423A (en) | 2017-10-18 | 2017-10-18 | Constellation output system |
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