CN109935156A - A kind of digital sand table system structure shown for civil-military inosculation - Google Patents
A kind of digital sand table system structure shown for civil-military inosculation Download PDFInfo
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- CN109935156A CN109935156A CN201910348128.XA CN201910348128A CN109935156A CN 109935156 A CN109935156 A CN 109935156A CN 201910348128 A CN201910348128 A CN 201910348128A CN 109935156 A CN109935156 A CN 109935156A
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Abstract
The invention discloses a kind of digital sand table system structures shown for civil-military inosculation, belong to sand table showing stand technical field, for solving have spacing between light source adjacent on light source track frame in the prior art, solar motion track cannot be continuously imitated, the technical issues of cannot really reflecting sunlight radiation response is caused；The present invention is provided with frame, and sand table is fixed on framework upper, for showing scenery；First slide block assembly is installed on the frame of sand table lower part, and wobble component is driven slidably to shift one's position along lengths of frame direction；The track frame that wobble component is laid is looped around sand table top with capable of converting angle；Second slide block assembly is installed with light source, and by motor driven, it drives light source along track frame continuous moving to the second slide block assembly, the present invention have the sun rising to sunset motion profile is continuous, illumination is uninterrupted, can really reflect the advantages of different places, season, time sunray are to scenery radiation response in sand table.
Description
Technical field
The present invention relates to sand table showing stand technical field more particularly to a kind of digital sand table systems shown for civil-military inosculation
System structure.
Background technique
In civil-military inosculation project, in order to make general public not uninteresting, dull, it is more intuitive, truly watch sand table in
Scenery understands effect and variation that the irradiation of sunlight generates building and scenery, is provided with sunlight in sand table and irradiates function
Can, the case where solar irradiation effect of each period and spring, summer, autumn and winter solar irradiation change in sunlight one day is imitated, especially
For the sunshine effect of sunlight least favorable day winter solstice.
A Chinese invention patent in the prior art is in December, 2017 application No. is the 201711433600.7, applying date
26 days, " a kind of imitative solar irradiation penetrate sand table device " that Authorization Notice No. is CN104409006B include sand table, sand table on to
Under be successively arranged sand table middle layer and sand table chassis, sand table middle layer top is equipped with scenery, and sand table is equipped with light source track frame, light
Source track frame both ends are separately fixed in the rotation axis for pitching stepper motor, are pitched stepper motor and are moved horizontally stepper motor
Flexible leading screw is connected, and light source track frame is equipped with several light sources.
The invention has the track that light source track frame flexion-extension and rotation can be made to imitate Various Seasonal sunray, immediately to the spring
The sunray in some time in summer and autumn winter day determines the scenery effect in sand table.
But it has been investigated that, the light source on the invention light source track frame has spacing, Bu Nenglian between adjacent light source
It is continuous to imitate solar motion track, cause really reflect sunlight radiation response.
Summary of the invention
The purpose of the present invention is overcoming defect of the existing technology, it is husky to provide a kind of number shown for civil-military inosculation
Disc system structure can really reflect that the Various Seasonal of different location, different time sunray shine the scenery in sand table
Effect is penetrated, having the advantages that the sun, sunset motion profile is continuous, illumination is continual rising to.
To achieve the goals above, the invention provides the following technical scheme:
A kind of digital sand table system structure shown for civil-military inosculation disclosed by the invention, comprising:
Frame；
Sand table is fixed on the framework upper, for showing scenery；
First slide block assembly is installed on the frame of the sand table lower part, and drives wobble component along the frame
Frame length direction is slidably shifted one's position；
The wobble component, the track frame laid are looped around the sand table top in which can convert angle；
Second slide block assembly is set in outside the track frame, and the second slide block assembly is installed with light source, and described
Two slide block assemblies can be along the track frame continuous moving by motor driven.
Further, first slide block assembly includes the stringer and set for being connected in the frame and being located at the sand table lower part
It is located at the first sliding block of the rail outer；
The stringer, upper surface are fixed with the first rack gear, and lower surface is connected by guide rail and first sliding block sliding
It connects；
First sliding block, it is internal that first gear, the first gear and the first tooth are connected with by first axle rotation
Item engages and passes through its rotation of motor driven.
Further, the wobble component include be connected in first upper end of slide block crossbeam and rotation be connected to it is described
The track frame of beam-end；
The crossbeam, one end are connected by the second axis and track frame rotation, and the crossbeam lower part is fixed with motor,
The motor drives the track frame to rotate by second gear；
The track frame and the second axis rotational connection end are fixed with and the second gear engagingly third gear.
Further, second shaft end portion is fixed with protractor, for measuring the pendulum of track frame described in the motor driven
Dynamic angle, and the track frame is also fixed with the pointer being aligned with the graduation mark of the protractor.
Further, the second slide block assembly includes being set in the second sliding block outside the track frame and being laid in described the
The second rack gear for walking wheel assembly and be connected on the track frame outer wall inside two sliding blocks；
Second sliding block lower part is fixed with the light source, and being connected inside second sliding block by third axis is connected to and institute
The 4th gear of the second rack gear engagement is stated, the third axis passes through its rotation of the motor driven connected outside second sliding block
Turn；
It is described walk wheel assembly include with second sliding block rotation connection walk wheel and be provided with outside the frame of the track
Track on wall；
It is described walk wheel be in rolling contact with the track.
Further, track frame upper surface is fixed with second rack gear or track frame lower surface is fixed with
Second rack gear.
Further, track frame upper surface is fixed with second rack gear, second sliding block internally two sides
Wall by axis rotation be connected with it is described walk wheel.
Further, track frame lower surface is fixed with second rack gear, and internally roof is logical for second sliding block
Cross axis rotation be connected with it is described walk wheel.
Further, the track frame is arranged for imitating the arcuate structure of track of sun line.
Further, the base of frame is fixed with universal wheel, can move and fix by frame described in universal caster wheel
In any position.
In the above-mentioned technical solutions, a kind of digital sand table system structure shown for civil-military inosculation provided by the invention,
The utility model has the advantages that
Frame roof is installed with sand table, and the scenery such as mountains and rivers, river and building are disposed on sand table；
By being laid with the first slide block assembly on the frame of sand table lower part, the first slide block assembly includes that stringer and first are sliding
Block, the first sliding block are set in rail outer, and the connected guide rail in stringer lower part is slidably connected with the first sliding block, guarantee the first sliding block energy
Enough linear movements improve the stability that the first slide block assembly moves integrally, and the first motor on the first sliding block drives first gear
It is engaged with the first rack gear, the first sliding block is driven to shift one's position slidingly back and forth along stringer, determines different location on the earth, it is corresponding husky
Scenery on disk different location；
First slide block assembly top is fixed with wobble component, and wobble component is equipped with the track frame for imitating track of sun line, the
Two motor driven track framves are swung towards frame ends direction, and track frame is made to generate different angles from sand table, are changed on the earth
The spring in a certain place, summer, autumn, winter Four seasons change；
Track frame is arranged with the second slide block assembly, and light source is installed in the second sliding block lower part of the second slide block assembly, for imitating
The sun shine, by the second sliding block inner wall rotation be connected with away wheel, when third motor by the 4th gear of Three-axis drive with
Second rack gear can continuously change the second sliding block position on the frame of track when engaging, while walking wheel and rolling along track, reduce second
Frictional force between sliding block and track frame reduces third motor load, guarantees that the second sliding block drives light source smoothness, continuously converts
The position on the frame of track, to be truly reflected out, a certain place on the earth, Various Seasonal, sunrise is different to sunset in one day
The effect shined upon on scenery in time, structure is simple, imitates effect closing to reality, for research solar irradiation variation
Industry provides convenience；
In addition, by the second shaft end portion be connected protractor, and on the frame of track be connected refer to just with the graduation mark of protractor
It is corresponding, angle is rotated convenient for accurately verification track frame；
Secondly, in order to facilitate device mobile framework, lower frame is equipped with universal caster wheel, and in order to by frame
Frame is fixed on any position, and universal caster wheel is also equipped with brake gear, reduces the generation of accident.
Detailed description of the invention
In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only one recorded in the present invention
A little embodiments are also possible to obtain other drawings based on these drawings for those of ordinary skill in the art.
Fig. 1 is a kind of axonometric drawing of digital sand table system structure shown for civil-military inosculation disclosed by the invention；
Fig. 2 is a kind of main view of digital sand table system structure shown for civil-military inosculation disclosed by the invention；
Fig. 3 is a kind of A-A cross-sectional view of digital sand table system structure shown for civil-military inosculation disclosed by the invention；
Fig. 4 is a kind of B-B cross-sectional view of digital sand table system structure shown for civil-military inosculation disclosed by the invention；
Fig. 5 is that a kind of B-B cross-sectional view of digital sand table system structure shown for civil-military inosculation disclosed by the invention is another
One embodiment schematic diagram.
Description of symbols:
10, frame；11, sand table；12, scenery；13, universal wheel；
20, the first slide block assembly；21, stringer；22, the first sliding block；23, guide rail；24, the first rack gear；25, first gear；
26, first axle；
30, the wobble component；31 crossbeams；32, second gear；33, third gear；34, track frame；35, the second axis；
36, protractor；37, pointer；
40, the second slide block assembly；41, the second sliding block；42, light source；43, the 4th gear；44, the second rack gear；45, third
Axis；
50, wheel assembly is walked；51, wheel is walked；52, track；
61, first motor；62, the second motor；63, third motor.
Specific embodiment
In order to make those skilled in the art more fully understand technical solution of the present invention, below in conjunction with attached drawing to this hair
It is bright to be further detailed.
Ginseng as shown in FIGS. 1 and 2；
Invent a kind of digital sand table system structure shown for civil-military inosculation, comprising:
Frame 10；
Sand table 11 is fixed on 10 top of frame, for showing scenery 12；
First slide block assembly 20 is installed on the frame 10 of 11 lower part of sand table, and drives wobble component long along frame 10
It slidably shifts one's position in degree direction；
Wobble component 30, the track frame 34 laid are looped around 11 top of sand table in which can convert angle；
Second slide block assembly is set in outside the frame of track, and the second slide block assembly is installed with light source, the second sliding block group
Part can be along track frame continuous moving by motor driven.
Specifically, 10 top of frame is fixed with sand table 11 in the structure, sand table 11 is disposed with mountains and rivers, river and building
Equal scenery, motor includes first motor 61, the second motor 62, third motor 63, and preferred motor can select servo motor；
Frame 10 is located at 11 lower part of sand table and is laid with the first slide block assembly 20, and first motor 61 drives the first slide block assembly 20
It is slided along 10 length direction linear reciprocation of frame, for corresponding to different location on the earth；
Shown in Figure 2,20 top of the first slide block assembly is fixed with wobble component 30, and wobble component 30 is equipped with arc knot
Structure, the track frame 34 for imitating track of sun line, the second motor 62 drive track frame 34 to swing towards 10 end direction of frame,
Track frame 34 is set to generate different angles from sand table 11, the spring, summer, autumn in a certain place, winter Four seasons change on the earth；
Track frame 34 is arranged with the second slide block assembly 40, and the second slide block assembly 40 is connected by third motor 63 along track frame 34
Light source 42 is installed in continuous movement, 40 lower part of the second slide block assembly, shines for imitating the sun, light source 42, the 61, second electricity of first motor
Machine 62, third motor 63 be connected tos with external electric appliance circuit system, and pass through control light source 42 after PLC programming, first motor 61, the
Two motors 62, third motor 63 work；
By being arranged the second slide block assembly, and 63 drives edge track frame of third motor, 34 continuous moving in track frame 34,
Can be truly reflected out a certain place on the earth, Various Seasonal, in one day sunrise in sunset different time the sun shine
The effect on scenery is penetrated, structure is simple, imitates effect closing to reality.
It is shown in Figure 3；
Preferably, the first slide block assembly 20 includes being connected in frame 10 to be located at the stringer 21 of 11 lower part of sand table and be set in vertical
The first sliding block 22 outside beam 21；
Stringer 21, upper surface are fixed with the first rack gear 24, and lower surface is connected by guide rail 23 and the sliding of the first sliding block 22
It connects；
First sliding block 22, it is internal that first gear 25, first gear 25 and the first tooth are connected with by the rotation of first axle 26
Item 24 engages and it is rotated by motor driven,
Specifically, stringer 21 is connected on the frame 10 of 11 lower section of sand table, the first sliding block 22 is set in outside stringer 21, the
One motor 61 drives first gear 25 to engage with the first rack gear 24, drives the first sliding block 22 reciprocal along stringer 21 by first axle 26
Slidably shift one's position, the scenery 12 on corresponding 11 different location of sand table, while the guide rail 23 and first that 21 lower part of stringer is connected
Sliding block 22 is slidably connected, and guarantees that the first sliding block 22 can move linearly, and improves the stability that the first slide block assembly 20 moves integrally.
It is shown in Figure 3；
Preferably, wobble component 30 includes that the crossbeam 31 for being connected in 22 upper end of the first sliding block and rotation are connected to 31 end of crossbeam
The track frame 34 in portion；
Crossbeam 31, one end are connected by the second axis 35 and the rotation of track frame 34, and 31 lower part of crossbeam is fixed with motor, motor
Track frame 34 is driven to rotate by second gear 32；
Track frame 34 and 35 rotational connection end of the second axis are fixed with and the engagingly third gear 33 of second gear 32.
Specifically, wobble component 30 includes crossbeam 31 and track frame 34；Crossbeam 31 is connected in 22 top of the first sliding block, crossbeam
31 one end is connected with track frame 34 by the rotation of the second axis 35, and track frame 34 is fixed with third gear 33, and 31 lower part of crossbeam is solid
Motor even is by driving second gear 32 to engage with third gear 33, track frame 34 being driven swingingly to convert around the second axis 35
With the angle between sand table 11, thus spring, summer, the autumn, winter Four seasons change in corresponding a certain place.
It is shown in Figure 2；
Preferably, 35 end of the second axis is fixed with protractor 36, for measuring 34 swing angle of motor driven track frame, and
And track frame 34 is also fixed with the pointer 37 being aligned with the graduation mark of protractor 36.
Specifically, by the connected protractor 36 in 35 end of the second axis, and be connected on track frame 34 and criticize 37 and angulation
The graduation mark of device 36 is corresponding, rotates angle convenient for accurately verification track frame 34.
Referring to shown in Fig. 1,4；
Preferably, the second slide block assembly 40 includes that the second sliding block 41 being set in outside track frame 34 is slided with being laid in second
The second rack gear 44 walking wheel assembly 50 and being connected on 34 outer wall of track frame inside block 41；
Second sliding block, 41 lower part is fixed with light source 42, is connected and is connected to and the second tooth by third axis 45 inside the second sliding block 41
4th gears 43 of articles 44 engagements, third axis 45 pass through motor driven its rotation for being connected outside the second sliding block 41；
Walking wheel assembly 50 includes the rail for walking wheel 51 and be provided on 34 outer wall of track frame with the rotation connection of the second sliding block 41
Road 52；
Wheel 51 is walked to be in rolling contact with track 52.
Specifically, shown in Figure 4, in the structure, the second slide block assembly 40 includes the second sliding block 41, light source the 42, the 4th
Gear 43, third axis 45, walks wheel assembly 50 at second rack gear 44, and walking wheel assembly 50 includes walking wheel 51 and track 52；
Second sliding block 41 is set in outside track frame 34, and 41 lower part of the second sliding block is equipped with light source 42, it is preferred that track frame
34 upper surfaces are fixed with the second rack gear 44.Preferably, internally two side walls are connected with away by axis rotation the second sliding block 41
Wheel 51.The side wall of 34 two sides of track frame offers and walks 51 tracks 52 that are in rolling contact of wheel, by the second sliding block 41 internally
Wheel 51 is walked in two side walls rotation connection, when third motor 63 drives the 4th gear 43 to engage with the second rack gear 44 by third axis 45
Ground continuously changes the second sliding block 41 position on track frame 34, while the wheel 51 of walking for walking wheel assembly 50 is rolled along track 52, is passed through
It walks wheel 51 to be in rolling contact with track 52, reduces the frictional force between the second sliding block 41 and track frame 34, it is negative to reduce third motor 63
It carries, guarantees that the second sliding block 41 drives 42 smoothness of light source, continuously converts the position on track frame 34, be truly reflected out on the earth
A certain place, Various Seasonal, the effect shined upon on scenery in one day in sunrise to sunset different time, structure letter
It is single, imitate effect closing to reality.
It is shown in Figure 5；
In another embodiment, it is preferred that frame 34 lower surface in track is fixed with the second rack gear 44.Preferably, the second sliding block 41
Internally roof is connected with away wheel 51 by axis rotation.
Specifically, internally wheel 51 is walked in rotation connection to the second sliding block 41 on roof, the roof of track frame 34 is offered
Track 52 is slided when third motor 63 drives the 4th gear 43 and the second rack gear 44 engagingly continuously to change second by third axis 45
The position on track frame 34 of block 41, while walking wheel 51 and being rolled along track 52, it is laid in inside the second sliding block 41 by the way that wheel 51 will be walked
On ground roof, reduces 51 quantity of wheel, advanced optimize structure, keep 41 structure of the second sliding block simple, reduce manufacturing cost.
It is shown in Figure 1；
Preferably, 10 bottom of frame is fixed with universal wheel 13, can move and be fixed on by 13 frame 10 of universal caster wheel
Any position.Specifically, in order to facilitate device mobile framework 10,10 lower part of frame of the present embodiment is equipped with universal caster wheel
13, and in order to which frame 10 is fixed on any position, universal caster wheel 13 is also equipped with brake gear, reduces accident
Occur.
In the above-mentioned technical solutions, a kind of digital sand table system structure shown for civil-military inosculation provided by the invention,
The utility model has the advantages that
Frame roof is installed with sand table, and the scenery such as mountains and rivers, river and building are disposed on sand table；
By being laid with the first slide block assembly on the frame of sand table lower part, the first slide block assembly includes that stringer and first are sliding
Block, the first sliding block are set in rail outer, and the connected guide rail in stringer lower part is slidably connected with the first sliding block, guarantee the first sliding block energy
Enough linear movements improve the stability that the first slide block assembly moves integrally, and the first motor on the first sliding block drives first gear
It is engaged with the first rack gear, the first sliding block is driven to shift one's position slidingly back and forth along stringer, determines different location on the earth, it is corresponding husky
Scenery on disk different location；
First slide block assembly top is fixed with wobble component, and wobble component is equipped with the track frame for imitating track of sun line, the
Two motor driven track framves are swung towards frame ends direction, and track frame is made to generate different angles from sand table, are changed on the earth
The spring in a certain place, summer, autumn, winter Four seasons change；
Track frame is arranged with the second slide block assembly, and light source is installed in the second sliding block lower part of the second slide block assembly, for imitating
The sun shine, by the second sliding block inner wall rotation be connected with away wheel, when third motor by the 4th gear of Three-axis drive with
Second rack gear can continuously change the second sliding block position on the frame of track when engaging, while walking wheel and rolling along track, reduce second
Frictional force between sliding block and track frame reduces third motor load, guarantees that the second sliding block drives light source smoothness, continuously converts
The position on the frame of track, to be truly reflected out, a certain place on the earth, Various Seasonal, sunrise is different to sunset in one day
The effect shined upon on scenery in time, structure is simple, imitates effect closing to reality, for research solar irradiation variation
Industry provides convenience；
In addition, by the second shaft end portion be connected protractor, and on the frame of track be connected refer to just with the graduation mark of protractor
It is corresponding, angle is rotated convenient for accurately verification track frame；
Secondly, in order to facilitate device mobile framework, lower frame is equipped with universal caster wheel, and in order to by frame
Frame is fixed on any position, and universal caster wheel is also equipped with brake gear, reduces the generation of accident.
It is above that certain exemplary embodiments of the invention are only described by way of explanation, undoubtedly, for ability
The those of ordinary skill in domain without departing from the spirit and scope of the present invention can be with a variety of different modes to institute
The embodiment of description is modified.Therefore, above-mentioned attached drawing and description are regarded as illustrative in nature, and should not be construed as to the present invention
The limitation of claims.
Claims (10)
1. a kind of digital sand table system structure shown for civil-military inosculation characterized by comprising
Frame (10)；
Sand table (11) is fixed on the frame (10) top, for showing scenery (12)；
First slide block assembly (20) is installed on the frame (10) of the sand table (11) lower part, and drives wobble component
Along the frame (10), length direction is slidably shifted one's position；
The wobble component (30), the track frame (34) laid are looped around the sand table (11) top in which can convert angle；
It is external to be set in the track frame (34) for second slide block assembly (40), and the second slide block assembly (40) is installed with light
Source (42), second slide block assembly (40) can be along track frame (34) continuous movings by motor driven.
2. a kind of digital sand table system structure shown for civil-military inosculation according to claim 1, it is characterised in that；
First slide block assembly (20) includes being connected in the stringer (21) that the frame (10) are located at the sand table (11) lower part
First sliding block (22) external with the stringer (21) is set in；
The stringer (21), upper surface are fixed with the first rack gear (24), and lower surface is slided by guide rail (23) and described first
Block (22) is slidably connected；
First sliding block (22) is internal to be connected with first gear (25), the first gear by first axle (26) rotation
(25) it is engaged with the first rack gear (24) and it is rotated by motor driven.
3. a kind of digital sand table system structure shown for civil-military inosculation according to claim 1, it is characterised in that；
The wobble component (30) includes being connected in the crossbeam (31) of the first sliding block (22) upper end and described in rotation is connected to
The track frame (34) of crossbeam (31) end；
The crossbeam (31), one end is connected by the second axis (35) and the track frame (34) rotation, under the crossbeam (31)
Portion is fixed with motor, and the motor drives track frame (34) rotation by second gear (32)；
The track frame (34) and the second axis (35) rotational connection end are fixed with and the second gear (32) engagingly the
Three gears (33).
4. a kind of digital sand table system structure shown for civil-military inosculation according to claim 3, it is characterised in that；
Second axis (35) end is fixed with protractor (36), swings for measuring track frame (34) described in the motor driven
Angle, and the track frame (34) is also fixed with the pointer (37) being aligned with the graduation mark of the protractor (36).
5. a kind of digital sand table system structure shown for civil-military inosculation according to claim 1, it is characterised in that；
Second slide block assembly (40) includes being set in external the second sliding block (41) of the track frame (34) and being laid in described the
Internal the second rack gear (44) for walking wheel assembly (50) and be connected on track frame (34) outer wall of two sliding blocks (41)；
Second sliding block (41) lower part is fixed with the light source (42), passes through third axis (45) inside second sliding block (41)
It is connected and is connected to the 4th gear (43) engaged with second rack gear (44), the third axis (45) passes through second sliding block
(41) its rotation of the external connected motor driven；
It is described walk wheel assembly (50) include (51) and being provided with described with the wheel of walking of second sliding block (41) rotation connection
Track (52) on track frame (34) outer wall；
It is described walk wheel (51) be in rolling contact with the track (52).
6. a kind of digital sand table system structure shown for civil-military inosculation according to claim 5, it is characterised in that；
Track frame (34) upper surface is fixed with second rack gear (44) or track frame (34) lower surface is connected
State the second rack gear (44).
7. a kind of digital sand table system structure shown for civil-military inosculation according to claim 6, it is characterised in that；
Track frame (34) upper surface is fixed with second rack gear (44), second sliding block (41) internally two side walls
It is rotated by axis and walks wheel (51) described in being connected with.
8. a kind of digital sand table system structure shown for civil-military inosculation according to claim 6, it is characterised in that；
Track frame (34) lower surface is fixed with second rack gear (44), and internally roof passes through second sliding block (41)
Axis rotation walks wheel (51) described in being connected with.
9. a kind of digital sand table system structure shown for civil-military inosculation according to claim 1 or 3, feature exist
In；
The track frame (34) is arranged for imitating the arcuate structure of track of sun line,.
10. a kind of digital sand table system structure shown for civil-military inosculation according to claim 1, it is characterised in that；
Frame (10) bottom is fixed with universal wheel (13), can be moved by universal caster wheel (13) frame (10) and solid
Due to any position.
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| CN111243416A (en) * | 2020-03-20 | 2020-06-05 | 辽宁工业大学 | Sand table show workstation for environmental design |
| CN113223399A (en) * | 2021-05-18 | 2021-08-06 | 江苏建筑职业技术学院 | Building information model display stand capable of simulating sunshine |
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| CN206134088U (en) * | 2016-08-28 | 2017-04-26 | 刘志波 | Market analysis sand table analogue means |
| CN106626364A (en) * | 2016-12-08 | 2017-05-10 | 湖北第二师范学院 | Internet of things three-dimensional sand table printer and printing method thereof |
| CN206546680U (en) * | 2017-01-14 | 2017-10-10 | 上海威雅展览展示有限公司 | A kind of building four seasons illumination apparatus for demonstrating |
| CN109918848A (en) * | 2019-03-29 | 2019-06-21 | 桂林理工大学 | A kind of building Sunlight Analysis and simulator based on BIM technology |
| CN210244816U (en) * | 2019-04-28 | 2020-04-03 | 吉林省恒和科技发展有限公司 | Digital sand table system structure for military and civil integration display |
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| CN113223399A (en) * | 2021-05-18 | 2021-08-06 | 江苏建筑职业技术学院 | Building information model display stand capable of simulating sunshine |
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