CN105894971A - Large internal-sphere display screen with arc angle being not less than 180 degrees - Google Patents
Large internal-sphere display screen with arc angle being not less than 180 degrees Download PDFInfo
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- CN105894971A CN105894971A CN201610475545.7A CN201610475545A CN105894971A CN 105894971 A CN105894971 A CN 105894971A CN 201610475545 A CN201610475545 A CN 201610475545A CN 105894971 A CN105894971 A CN 105894971A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F9/00—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
- G09F9/30—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements
- G09F9/301—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements flexible foldable or roll-able electronic displays, e.g. thin LCD, OLED
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F9/00—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
- G09F9/30—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements
- G09F9/302—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements characterised by the form or geometrical disposition of the individual elements
- G09F9/3026—Video wall, i.e. stackable semiconductor matrix display modules
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Abstract
The invention provides a large internal-sphere display screen with an arc angle being not less than 180 degrees, and belongs to the technical field of simulation display and work. The large internal-sphere display screen with the arc angle being not less than 180 degrees comprises a flat display screen, an internal-sphere image transmission screen, an ultrathin powerful non-stretching tape, a back frame of the flat display screen, and a splicing frame, wherein the flat display screen 1, the internal-sphere image transmission screen 2 and the ultrathin powerful non-stretching tape 3 form a spliced display unit 123 of the large internal-sphere display screen with the arc angle being not less than 180 degrees; the back frame 4 of the flat display screen is mounted above the flat display screen 1 according to the location coordinate number. The large internal-sphere display screen with the arc angle being not less than 180 degrees has the advantages that a different-curvature large internal-sphere screen with the arc angle being not less than 180 degrees can be achieved, and the internal-sphere screen is free of optical splicing black seams and meets human eye ecology; the revolutionary innovation is brought to plane driving simulation display and an internal-sphere cinema.
Description
Technical field
The invention belongs to emulation display and technical field of office work, in particular, provide a kind of arc angle and be not more than 180 degree
Internal Spherical Surface display large-size screen monitors, show in operational commanding, virtual reality, game, the place such as ball screen cinema, home theater,
There is purposes widely.
Background technology
Immersion shows the visual characteristic being to utilize human eye, the method using visual field reduction, makes curved of display surface
Display, each pixel of image is equidistant with the retina of people, on the premise of not changing people's eyes viewing custom, simultaneously
Have and plane picture is reduced to video camera and image that human eye is watched, make picture natural shape by the degree of depth of cambered surface
Become have longitudinal separation sense and have the picture of certain depth.The display of arc immersion, not only makes people have and incorporates picture figure
The immersion impression of picture, and can reduce because of the long-time distortion of head and waist caused to cervical region and waist
Injury, the health of incidence and waist is also had the most positive meaning.
It is ecological that interior spherical display surface meets human eye, and the human eye that can farthest reduce watches regarding of true what comes into a driver's
Feel and be accustomed to, have been widely used in emulation display field.The fidelity how ensureing true what comes into a driver's is high-end display line
The target of industry long-sought, Belgium's bar can, section of the U.S. be the outstanding person in emulation display field depending on, Britain DP, greatly
The ball curtain emulation display of type is substantially monopolized by above-mentioned three companies, and the means of its routine are to use six scialyscope knots
The means closing Fusion Edges are projected out interior spherical picture on interior spherical curtain.
Generally there is the problem of difficult in large-size screen monitors, in general, the large-size screen monitors more than 100 inches do not only exist elevator
Being difficult to the problem entered, and be also required to select on the road of transport, using module splicing is also more than 150
The selection that large-size screen monitors more than inch are had to, and on the premise of splicing gap is less than pixel interval, if energy
The pixel interval between contiguous concatenation module of controlling well is constant, is equally spliced into large-size screen monitors display image seamless gap
Large-screen image, LED giant-screen utilize be exactly this principle, LED giant-screen is not without physics splicing seams gap, and
It it is the optic splice gap not having image.
Summary of the invention
It is an object of the invention to provide the Internal Spherical Surface display large-size screen monitors that a kind of arc angle is not more than 180 degree, big by LED
Screen and the theory of constitution of splicing large screen, it is proposed that a kind of arc angle utilizing panel display screen to form is not more than 180
The manufacture method of the Internal Spherical Surface display large-size screen monitors of degree.
The principle of the present invention be utilize by optical fiber make can carry out pixels conduct or displacement in spherical lead as screen will
The plane picture of panel display screen is displaced to the interior spherical of certain curvature and leads as, in the interior spherical display surface of screen, thus
Flat-faced screen is converted into interior spherical picture screen unit of leading, then is led as screen unit spliced is combined into certain curvature by interior ball-type
Multi-screen splicing Internal Spherical Surface display large-size screen monitors.
The present invention includes that panel display screen 1, Internal Spherical Surface are led as screen 2, ultra-thin strength tensionless winkler foundation adhesive tape 3, flat pannel display
Screen backrest 4, splicing framework 5；As shown in Figure 1.Connect and mounting process be:
(1) panel display screen 1, Internal Spherical Surface are led the one being combined into as screen 2, ultra-thin strength tensionless winkler foundation adhesive tape 3
Arc angle is not more than the spliced display unit 123 of the Internal Spherical Surface display large-size screen monitors of 180 degree, and according to the position coordinates at its place
Numbering；
(2) panel display screen backrest 4 is installed on panel display screen 1；
(3) position of the spliced display unit 123 of the Internal Spherical Surface display large-size screen monitors of 180 degree it is not more than according to a kind of arc angle
Coordinate is numbered, and is suspended on corresponding position；
(4) the up-down adjustment bolt 41 in panel display screen backrest 4 and left and right adjusting pulley 42 and splicing are adjusted
The jackscrew 51 that corner on framework 5 is movable, the Internal Spherical Surface making a kind of arc angle be not more than 180 degree shows large-size screen monitors
Spliced display unit 123 to Internal Spherical Surface correct position.
The Internal Spherical Surface arc angle scope of the present invention is 10～180 degree, the forming method of Internal Spherical Surface be rectangular cubic it
The method of interior " digging " Internal Spherical Surface, is equivalent to the sphere with certain diameter and cuts and shape at rectangle cuboid thickness direction
The Internal Spherical Surface become, the present invention is led as screen 2 realization by this principle by Internal Spherical Surface, as shown in Figure 2.
The Internal Spherical Surface of the present invention is a diameter of more than 2.5m, less than the interior ball of 30m.
The panel display screen 1 of the Internal Spherical Surface display large-size screen monitors of composition a kind of arc angle no more than 180 degree of the present invention can be little
The all kinds such as space distance LED display screen, LCD display, OLED display screen, QLED display screen, PLED display screen
Panel display screen, and the size of all panel display screens 1, model, specification are the most just the same, therefore, composition
The panel display screen of the Internal Spherical Surface display large-size screen monitors that a kind of arc angle is not more than 180 degree is unified is all panel display screen 1, such as figure
Shown in 3.
The present invention composition a kind of arc angle no more than 180 degree Internal Spherical Surface display large-size screen monitors Internal Spherical Surface lead as screen 2 with put down
The area of the contact surface of plate display screen 1 and shape are all identical, but form a kind of arc angle and be not more than 180 degree interior
The Internal Spherical Surface of sphere display large-size screen monitors is led as height and the intrados shape of screen 2 are all different.Although diverse location is interior
Sphere is led as height and the intrados shape of screen 2 are the most different, but the Internal Spherical Surface of all positions is led as screen 2 shows with flat board
The contact area of display screen 1 is the most identical and Internal Spherical Surface is led as the moulding process of screen is the most just the same, therefore, and composition one
The Internal Spherical Surface of each position of the Internal Spherical Surface display large-size screen monitors that arc angle is no more than 180 degree is led and is all composition one as screen is unified
The Internal Spherical Surface of the Internal Spherical Surface display large-size screen monitors that arc angle is no more than 180 degree is led as screen 2, as shown in Figure 4.
The Internal Spherical Surface of the present invention is led as screen 2 is to be led as screen by the optical fiber of fiber optic conduction pixel, and its manufacture method can refer to
Patent ZL 2,007 1 0176399.9 " a kind of high gain transmissive viewing screen " and patent ZL 2,007 1 0176403.1
Described in " leaded light image amplification screen " and 201510629439.1 " spherical chart is led as screen as amplifying in a kind of "
Method is implemented, and optical fiber is cut into isometric fiber segment, and sensitive surface uses dense accumulation mode to pile up and by sensitive surface light
The physical dimension banding, bonding that source is irradiated, sensitive surface cut, polish, polish after formation fiber optic conduction layer.Light
Form guide-lighting screen after fine conducting shell bonding (or spraying plating) front end photic zone and rear end photic zone, make optical fiber and lead as screen.
They all include rear end photic zone (or antireflection layer), fiber optic conduction layer and front end photic zone, and difference is light
The shape of fine conducting shell is different with manufacture method.
The Internal Spherical Surface of the present invention is led as screen 2, and the manufacture method of its fiber optic conduction layer includes: can use
The Internal Spherical Surface that 201510629439.1 " in a kind of, the amplification of spherical chart picture is led as screen " are introduced is led as the manufacture method of screen,
The diverse location leading the round Internal Spherical Surface as residing for screen 2 according to Internal Spherical Surface is fabricated separately, and is formed with the interior ball of position coordinates
Face is led as the fiber optic conduction layer of screen 2；Can also be according to patent ZL 2,007 1 0176399.9 " a kind of high-gain transmission
Screen " make the fiber optic conduction layer of certain thickness rectangular shape in advance, then further according to its residing Internal Spherical Surface
Position machining or engraving, the Internal Spherical Surface being formed with position coordinates is led as the fiber optic conduction layer of screen 2；All right
Can refer to patent ZL 2,007 1 0176399.9 " a kind of high gain transmissive viewing screen " in advance and make certain thickness rectangular
The fiber optic conduction layer of shape, then piles up the fiber optic conduction layer of rectangular shape according to ball curvature, then
The fiber optic conduction layer of rectangular shape is engraved as or is processed into and meets Internal Spherical Surface song by the method using machining or engraving
The shape of rate, is then numbered the fiber optic conduction layer of processing or engraving molding, is formed with the interior ball of position coordinates
Face is led as the fiber optic conduction layer of screen 2.Internal Spherical Surface is led after making as the fiber optic conduction layer of screen 2, can be according to
201510629439.1 " in a kind of, the amplification of spherical chart picture is led as screen " or patent ZL 2,007 1 0176399.9 are " a kind of
High gain transmissive viewing screen " in the surface treatment method of fiber optic conduction layer introduced, Internal Spherical Surface is led as the optical fiber of screen 2
Rear end transparent surface and the front end display surface of conducting shell carry out surface process, processed formed afterwards Internal Spherical Surface lead as screen
2。
Panel display screen 1, Internal Spherical Surface are led as screen 2, are combined into one by the ultra-thin strength tensionless winkler foundation adhesive tape 3 of the present invention
Plant the spliced display unit 123 that arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree.It includes two kinds of forms, a kind of
It is: panel display screen 1 and Internal Spherical Surface are led the adhesive tape linked together as screen 2, and its thickness should be less than flat pannel display
The pixel interval at least 0.1mm of screen 1, it is ensured that adjacent Internal Spherical Surface is led as the picture shown in panel display screen 1 between screen 2
Vegetarian refreshments spacing does not changes, as shown in Figure 5 because of splicing gap.Another is: for being suitable for directly and Internal Spherical Surface
Leading as screen 2 bonding panel display screens 1, such as LED display, ultra-thin strength tensionless winkler foundation adhesive tape 3 is changed to transparent
Colloid 31 directly irrigates or transparent double face glue thin film carrys out double faced adhesive flat faced display 1 and Internal Spherical Surface is led as shielding 2, as
Shown in Fig. 6.
The panel display screen backrest 4 of the present invention is to form the Internal Spherical Surface display large-size screen monitors that a kind of arc angle is not more than 180 degree
The backrest of spliced display unit 123, is arranged on panel display screen 1 behind, be provided with up-down adjustment bolt 41,
Left and right adjusting pulley 42, can adjust Internal Spherical Surface and lead as shielding upper and lower, the gap, left and right to installation requirement between 2, as
Shown in Fig. 7.
The splicing framework 5 of the present invention is the hanger of panel display screen backrest 4, it has Internal Spherical Surface can be made to show greatly
The jackscrew 51 that the corner of the spliced display unit 123 of screen is movable, its shape is according to panel display screen 1 four
The position at place, angle becomes ball scalariform, can adjust four of spliced display unit 123 of Internal Spherical Surface display large-size screen monitors
Before angular or postpone to internal sphere circular arc transitions smooth or unmatched backward step, as shown in Figure 8.
It is an advantage of the current invention that to realize arc angle be not more than 180 degree different curvature Internal Spherical Surface large-size screen monitors and without optics
Splice black seam, meet human eye ecological, for plane simulation emulation driving display, Internal Spherical Surface movie theatre, there is revolutionary character
Reform.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram that arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree.Wherein, panel display screen 1,
Internal Spherical Surface is led as screen 2, ultra-thin strength tensionless winkler foundation adhesive tape 3, panel display screen backrest 4, splicing framework 5.
Fig. 2 is that Internal Spherical Surface is led as screen 2 " digs " schematic diagram of Internal Spherical Surface within rectangular cubic.
Fig. 3 is the behind schematic diagram of panel display screen 1 splicing.
Fig. 4 is that Internal Spherical Surface is led as screen 2 is the most identical with the contact area of panel display screen 1, and a kind of arc angle of composition is not more than
Internal Spherical Surface display large-size screen monitors front (Internal Spherical Surface) schematic diagram of 180 degree.
Fig. 5 is that panel display screen 1 and Internal Spherical Surface are led the schematic diagram linked together as screen 2 by strength tensionless winkler foundation adhesive tape 3.
Wherein, the spliced display unit 123 of Internal Spherical Surface display large-size screen monitors.
Fig. 6 is transparent colloid 31 or thin film directly irrigates, and double faced adhesive flat faced display 1 and Internal Spherical Surface are led as screen 2
Schematic diagram.Wherein, the spliced display unit 123 of Internal Spherical Surface display large-size screen monitors.
Fig. 7 is panel display screen backrest 4 schematic diagram, wherein, and up-down adjustment bolt 41, left and right adjusting pulley 42.
Fig. 8 coordinates schematic diagram for splicing framework 5 with panel display screen backrest 4.Wherein, movable jackscrew 51,
Can adjust four of spliced display unit 123 of Internal Spherical Surface display large-size screen monitors angular before or postpone.
Detailed description of the invention
Fig. 1～Fig. 8 is a kind of detailed description of the invention of the present invention.
The present invention is led as screen 2, ultra-thin strength tensionless winkler foundation adhesive tape 3, panel display screen by panel display screen 1, Internal Spherical Surface
Backrest 4, splicing framework 5 form, as shown in Figure 1.
The Internal Spherical Surface arc angle scope of the present invention is 10～180 degree, the forming method of Internal Spherical Surface be rectangular cubic it
The method of interior " digging " Internal Spherical Surface, is equivalent to the sphere with certain diameter and cuts and shape at rectangle cuboid thickness direction
The Internal Spherical Surface become, the present invention is led as screen 2 realization by this principle by Internal Spherical Surface, as shown in Figure 2.
The Internal Spherical Surface of the present invention is a diameter of more than 2.5m, less than the interior ball of 30m.
The panel display screen 1 of the Internal Spherical Surface display large-size screen monitors of composition a kind of arc angle no more than 180 degree of the present invention can be little
The all kinds such as space distance LED display screen, LCD display, OLED display screen, QLED display screen, PLED display screen
Panel display screen, and the size of all panel display screens 1, model, specification are the most just the same, therefore, composition
The panel display screen of the Internal Spherical Surface display large-size screen monitors that a kind of arc angle is not more than 180 degree is unified is all panel display screen 1, such as figure
Shown in 3.
The present invention composition a kind of arc angle no more than 180 degree Internal Spherical Surface display large-size screen monitors Internal Spherical Surface lead as screen 2 with put down
The area of the contact surface of plate display screen 1 and shape are all identical, but form a kind of arc angle and be not more than 180 degree interior
The Internal Spherical Surface of sphere display large-size screen monitors is led as height and the intrados shape of screen 2 are all different.Although diverse location is interior
Sphere is led as height and the intrados shape of screen 2 are the most different, but the Internal Spherical Surface of all positions is led as screen 2 shows with flat board
The contact area of display screen 1 is the most identical and Internal Spherical Surface is led as the moulding process of screen is the most just the same, therefore, and composition one
The Internal Spherical Surface of each position of the Internal Spherical Surface display large-size screen monitors that arc angle is no more than 180 degree is led and is all composition one as screen is unified
The Internal Spherical Surface of the Internal Spherical Surface display large-size screen monitors that arc angle is no more than 180 degree is led as screen 2, as shown in Figure 4.
The Internal Spherical Surface of the present invention is led as screen 2 is to be led as screen by the optical fiber of fiber optic conduction pixel, and its manufacture method can refer to specially
Profit ZL 2,007 1 0176399.9 " a kind of high gain transmissive viewing screen " and patent ZL 2,007 1 0176403.1 " are led
Screen is amplified in light image " and 201510629439.1 " in a kind of spherical chart picture amplify lead as screen " described in method
Implementing, optical fiber is cut into isometric fiber segment, sensitive surface uses dense accumulation mode to pile up and shines by sensitive surface light source
The physical dimension banding penetrated, bonding, sensitive surface is cut, polish, polish after form fiber optic conduction layer.Optical fiber passes
Form guide-lighting screen after conducting shell bonding (or spraying plating) front end photic zone and rear end photic zone, make optical fiber and lead as screen.
They all include rear end photic zone (or antireflection layer), fiber optic conduction layer and front end photic zone, and difference is light
The shape of fine conducting shell is different with manufacture method.
The Internal Spherical Surface of the Internal Spherical Surface display large-size screen monitors of composition a kind of arc angle no more than 180 degree of the present invention is led as light in screen 2
The manufacture method of fine conducting shell includes: can use 201510629439.1 " in a kind of, the amplification of spherical chart picture is led as screen "
The Internal Spherical Surface introduced is led as the manufacture method of screen, leads the diverse location as shielding the round Internal Spherical Surface residing for 2 according to Internal Spherical Surface
Being fabricated separately, the Internal Spherical Surface being formed with position coordinates is led as the fiber optic conduction layer of screen 2；Can also be according to patent ZL 2007
1 0176399.9 " a kind of high gain transmissive viewing screens " make the fiber optic conduction layer of certain thickness rectangular shape in advance,
Then further according to its residing Internal Spherical Surface position machining or engraving, the Internal Spherical Surface being formed with position coordinates leads picture
The fiber optic conduction layer of screen 2；Patent ZL 2,007 1 0176399.9 " a kind of high-gain transmission can also be can refer in advance
Screen " make the fiber optic conduction layer of certain thickness rectangular shape, then by the fiber optic conduction layer of rectangular shape
Pile up according to ball curvature, then use the method for machining or engraving to be carved by the fiber optic conduction layer of rectangular shape
It is carved into or is processed into the shape meeting Internal Spherical Surface curvature, then the fiber optic conduction layer of processing or engraving molding is compiled
Number, the Internal Spherical Surface being formed with position coordinates is led as the fiber optic conduction layer of screen 2.Internal Spherical Surface is led as the fiber optic conduction of screen 2
After layer is made, can be according to 201510629439.1 " in a kind of, the amplification of spherical chart picture is led as screen " or patents ZL 2007
The surface treatment method of the fiber optic conduction layer introduced in 1 0176399.9 " a kind of high gain transmissive viewing screens ", internal ball
Face is led as the rear end transparent surface of fiber optic conduction layer and the front end display surface of screen 2 carry out surface process, after having processed
Form Internal Spherical Surface to lead as screen 2.
Panel display screen 1, Internal Spherical Surface are led as screen 2, are combined into one by the ultra-thin strength tensionless winkler foundation adhesive tape 3 of the present invention
Plant the spliced display unit 123 that arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree.It includes two kinds of forms, a kind of
It is: panel display screen 1 and Internal Spherical Surface are led the adhesive tape linked together as screen 2, and its thickness should be less than flat pannel display
The pixel interval at least 0.1mm of screen 1, it is ensured that adjacent Internal Spherical Surface is led as the picture shown in panel display screen 1 between screen 2
Vegetarian refreshments spacing does not changes, as shown in Figure 5 because of splicing gap.Another is: for being suitable for directly and Internal Spherical Surface
Leading as screen 2 bonding panel display screens 1, such as LED display, ultra-thin strength tensionless winkler foundation adhesive tape 3 is changed to transparent
Colloid 31 or thin film directly irrigate double faced adhesive flat faced display 1 and Internal Spherical Surface is led as screen 2, as shown in Figure 6.
The panel display screen backrest 4 of the present invention is to form the Internal Spherical Surface display large-size screen monitors that a kind of arc angle is not more than 180 degree
The hanger bracket of spliced display unit 123, is provided with up-down adjustment bolt 41, left and right adjusting pulley 42, permissible
Adjust Internal Spherical Surface lead as screen 2 between upper and lower, gap, left and right to installation requirement, as shown in Figure 7.
The splicing framework 5 of the present invention is the hanger of panel display screen 1, it has and can make Internal Spherical Surface display large-size screen monitors
The jackscrew 51 that the corner of spliced display unit 123 is movable, its shape is according to panel display screen backrest 4 place
Position become ball scalariform, before four of the spliced display unit 123 that can adjust Internal Spherical Surface display large-size screen monitors are angular
Or postpone to internal sphere circular arc transitions smooth or unmatched backward step, as shown in Figure 8.
The mounting process of the present invention is: one, lead panel display screen 1, Internal Spherical Surface as screen 2, ultra-thin strength tensionless winkler foundation
A kind of arc angle that adhesive tape 3 is combined into is not more than the spliced display unit 123 of the Internal Spherical Surface display large-size screen monitors of 180 degree, and root
Number according to the position coordinates at its place；Two, panel display screen backrest 4 is installed on panel display screen 1；Three,
The position coordinates numbering of the spliced display unit 123 of the Internal Spherical Surface display large-size screen monitors of 180 degree it is not more than according to a kind of arc angle,
It is suspended on corresponding position；Four, the up-down adjustment bolt 41 in panel display screen backrest 4 and a left side are adjusted
The jackscrew 51 that corner on right adjustable pulley 42 and splicing framework 5 moves forward and backward, makes a kind of arc angle be not more than 180
Spliced display unit 123 to the Internal Spherical Surface correct position of the Internal Spherical Surface display large-size screen monitors of degree.
Claims (6)
1. an arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that include panel display screen (1),
Internal Spherical Surface is led as screen (2), ultra-thin strength tensionless winkler foundation adhesive tape (3), panel display screen backrest (4), splicing framework (5)；
Connect and mounting process be:
1) panel display screen (1), Internal Spherical Surface are led as screen (2), ultra-thin strength tensionless winkler foundation adhesive tape (3) are combined into
Arc angle be not more than the spliced display unit (123) of Internal Spherical Surface display large-size screen monitors of 180 degree, and according to the position at its place
Put coordinate numbering；
2) panel display screen backrest (4) is installed on panel display screen (1)；
3) position of the spliced display unit (123) being not more than the Internal Spherical Surface display large-size screen monitors of 180 degree according to arc angle is sat
Mark numbering, is suspended on corresponding position；
4) the up-down adjustment bolt (41) in panel display screen backrest (4) and left and right adjusting pulley (42) are adjusted
And the jackscrew (51) that the corner in splicing framework (5) moves forward and backward, make the Internal Spherical Surface that arc angle is not more than 180 degree
The spliced display unit (123) of display large-size screen monitors is to Internal Spherical Surface position.
Arc angle the most according to claim 1 is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that
Panel display screen (1) is that Small Distance LED display, LCD display, OLED display screen, QLED show
Screen or PLED display screen.
Arc angle the most according to claim 1 is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that
It is all identical with the area of the contact surface of panel display screen (1) and shape that described Internal Spherical Surface is led as screen (2),
But Internal Spherical Surface is led as height and the intrados shape of screen (2) are all different；Internal Spherical Surface is led as screen (2) is by light
The optical fiber of fine conduction pixel is led as screen, and optical fiber is cut into isometric fiber segment, and sensitive surface uses dense accumulation mode heap
The physical dimension banding, bonding amassed and irradiate by sensitive surface light source, sensitive surface cut, polish, polish after formation
Fiber optic conduction layer；Fiber optic conduction layer is bonding or forms guide-lighting screen, system after spraying plating front end photic zone and rear end photic zone
Optical fiber is become to lead as screen.
Arc angle the most according to claim 1 is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that
Panel display screen (1), Internal Spherical Surface are led as screen (2) is combined into arc angle not by ultra-thin strength tensionless winkler foundation adhesive tape (3)
The spliced display unit (123) of the Internal Spherical Surface display large-size screen monitors more than 180 degree includes two kinds of forms, Yi Zhongshi: will be flat
Plate display screen (1) and Internal Spherical Surface lead the adhesive tape linked together as screen (2), and its thickness should be less than panel display screen
(1) pixel interval at least 0.1mm, it is ensured that adjacent Internal Spherical Surface is led as panel display screen (1) between screen (2)
The pixel interval of display does not changes because of splicing gap；Another is: for being suitable for directly and Internal Spherical Surface leads picture
Shield (2) bonding panel display screen (1) ultra-thin strength tensionless winkler foundation adhesive tape (3) and then change transparent colloid (31) into directly
Connect perfusion or transparent double face glue thin film carrys out double faced adhesive flat faced display (1) and Internal Spherical Surface is led as screen (2).
Arc angle the most according to claim 1 is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that
Panel display screen backrest (4) is the spliced display unit that composition arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree
(123) backrest, is arranged on panel display screen (1) behind, be provided with thereon up-down adjustment bolt (41),
Left and right adjusting pulley (42), leads as upper and lower, the gap, left and right shielding between (2) is wanted to installation in order to adjust Internal Spherical Surface
Ask.
Arc angle the most according to claim 1 is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree, it is characterised in that
Splicing framework (5) is the hanger of panel display screen backrest (4), it has the splicing making Internal Spherical Surface display large-size screen monitors show
Showing the jackscrew (51) that the corner of unit (123) is movable, its shape is according to (1) four angle of panel display screen
The position at place becomes ball scalariform, and four of the spliced display unit (123) that can adjust Internal Spherical Surface display large-size screen monitors angular
Before or postpone to internal sphere circular arc transitions smooth or unmatched backward step.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610475545.7A CN105894971B (en) | 2016-06-25 | 2016-06-25 | A kind of arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610475545.7A CN105894971B (en) | 2016-06-25 | 2016-06-25 | A kind of arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105894971A true CN105894971A (en) | 2016-08-24 |
| CN105894971B CN105894971B (en) | 2018-10-23 |
Family
ID=56718276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610475545.7A Active CN105894971B (en) | 2016-06-25 | 2016-06-25 | A kind of arc angle is not more than the Internal Spherical Surface display large-size screen monitors of 180 degree |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105894971B (en) |
Cited By (8)
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| CN106448474A (en) * | 2016-12-11 | 2017-02-22 | 北京方瑞博石数字技术有限公司 | Seamless inner spherical display large screen of any arc angle |
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| CN109345962A (en) * | 2018-11-27 | 2019-02-15 | 赵钰瀚 | A kind of optical fiber light-guiding large-screen device |
| EP3516642A4 (en) * | 2016-09-23 | 2020-04-01 | L-3 Technologies, Inc. | Display system and components |
| US10921523B2 (en) | 2016-09-23 | 2021-02-16 | L-3 Technologies, Inc. | Display system and components |
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