CN1083247A - Omnibearing display method and device - Google Patents
Omnibearing display method and device Download PDFInfo
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- CN1083247A CN1083247A CN 92108510 CN92108510A CN1083247A CN 1083247 A CN1083247 A CN 1083247A CN 92108510 CN92108510 CN 92108510 CN 92108510 A CN92108510 A CN 92108510A CN 1083247 A CN1083247 A CN 1083247A
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Abstract
The device of a kind of omnibearing display method and this method of realization, it is to utilize the persistence of vision effect, the display surface that has blanker is driven by whirligig make high speed rotating, so that display surface is in the time limit of persistence of vision, circulation repeats in the observer's eye around it, thereby make that the observer of optional position sees the visual effect of display surface over against oneself, i.e. comprehensive display effect all the time around this display surface.
Description
The present invention relates to a kind of display technique, particularly a kind of device that utilizes the persistence of vision effect to obtain method with this method of realization of comprehensive display effect constantly.
In the prior art, any picture displayed (some given side and dynamic menu of comprising plane picture, stereoscopic picture plane, three-dimensional thing of needing, below be referred to as display surface) all can only in certain scope, be observed, even display surface is very clear, also can only be observed clear in the certain angle scope of display surface.And can not more can not see it in its side at its back side, even in its front, also can reduce observing effect because of the inclination at visual angle.
For overcoming this defective, in actual applications, often make several identical display surfaces, in a big way in the face of several directions are evenly arranged, so that it is observed.For example, place information display screen, clock or billboard on hall or the high-lager building, adopt this method to reach the effect of broadening one's vision exactly, but the simple combination of a plurality of display surfaces of this employing still can't make the observer who is in the optional position all obtain the visual effect of observing over against display surface.
In the prior art, people also once utilized the persistence of vision effect, take continuously by human eye, and the still frame that gradually changes according to certain rules produces TV, film or animation effect, but the observer also can not see this effect at an arbitrary position.
The objective of the invention is: a kind of method is provided, device with realizing this method utilizes the persistence of vision effect, by making the display surface that needs to observe in the time limit of persistence of vision, circulation repeats in the observer's eye around it, thereby obtains the visual effect of comprehensive demonstration constantly.
Technical solution of the present invention is:
A kind of omnibearing display method, the display screen that makes the place ahead of its display surface have blanker rotates around a vertical axis, or simultaneously around horizontal axis rotation or horizontal tilt vibration, and make its rotating speed V around this vertical axis rotation
1Greater than 12 cycle per seconds, V
1Preferably be taken as the 20-60 cycle per second, or the rotating speed V that rotates around this horizontal axis simultaneously
2=V
1* 360 °/α or around the frequency n of horizontal axis pitch vibration=(β+γ)/(α) * V
1* inferior/week.In various: α serve as reasons arbitrary image cell that this blanker cuts apart display surface at display surface in this vertical axis rotary course, in observer's eye from disappearance occurring, the circumferential angle of the level that display screen turned over.β and γ are respectively the elevation angle and the angle of depression of display screen around the horizontal axis vibration.
In technical scheme of the present invention, display surface is around the rotation of this vertical axis, or * around this horizontal axis rotation or horizontal tilt vibration, thereby circulate constantly, again and again inswept one be the 360 ° of ring weeks or the spheric region at center with the display surface.And before display surface, have and its blanker that rotates synchronously.The effect of blanker is the restriction range of observation, its objective is and make the display surface can only be when the position that rotates to over against the observer, could the observed person see, and after display surface continues to turn over a small angle forward, because the effect of blanker, the image of display surface promptly disappears from observer's eye, thus avoided display surface variant when rotated towards the mutual superposition of image.Because the persistence of vision effect, the impression of this display surface also will keep an of short duration moment, and when this impression did not disappear as yet, display surface rotated back into observer's front again.And seen again, go round and begin again, can make by the acting in conjunction with blanker of rotatablely moving and the observers of in one 360 ° around this display surface ring weeks or spheric region optional position all to see the visual effect of display surface over against oneself all the time, also be comprehensive display effect.
Display surface this in fact discontinuous observed person under show state see, therefore obtain the luminous flux of enough display surfaces for the optic nerve that makes the observer, guarantee vision response, so that it clearly sees display surface, therefore display surface is preferably bright, and it can be that self is shinny or be illuminated.If display screen self is shinny, display screen will generate heat; If display surface is thrown light on, light source and display screen all can generate heat, and therefore also must cool off light source, display screen, and be for example air-cooled.
In actual applications, realize that around a vertical axis and a horizontal axis rotation difficulty is bigger simultaneously owing to make display screen, under general occasion, the omnibearing display method that more suitable enforcement display screen only rotates around vertical axis, can make the observer under the situation that the height of its present position and display surface is more or less the same, still can obtain display surface all the time over against oneself visual effect.
According to said method of the present invention, also provide a kind of comprehensive display device of implementing said method.This device comprises: a pedestal, and a display screen is equipped with a whirligig on the pedestal, and this display screen is connected with this whirligig, and the place ahead of the display surface of this display screen and this display screen fix and be provided with a blanker.
Whirligig in the said apparatus can be set as and make display screen simultaneously around the rotation of a vertical axis and a horizontal axis or making pitch vibration or only around this vertical axis rotation around a horizontal axis in this Z-axis rotation.Thereby constitute multi-form and comprehensive display device effect.
For simultaneously around the rotation of a vertical axis and a horizontal axis, or at the display screen of in this Z-axis rotation, making pitch vibration around a horizontal axis, the blanker that is adopted can be by opaque, the thin slice of opaque low key tone is perpendicular to display surface and the different shape that intersect to constitute triangle for example, rectangle, the network of polygon etc. or also by opaque, the thin wall tubule of opaque low key tone is perpendicular to the cellular structure of the intensive composition of display surface.
Around the display screen of vertical axis rotation, the blanker that is adopted can be by opaque for only, and the thin slice of opaque low key tone is arranged a screen of formation parallel to each other perpendicular to display surface and vertical.Or between each thin slice of described screen, further fill and fixed refraction near the light guide plate that transparent material constituted of air index.
The effect of blanker repeats no more as previously mentioned.
Because no matter display screen rotate or rotate around horizontal axis around vertical axis, all can produce very big windage, so can add member such as containing display screen in above-mentioned whirligig, its profile is the transparent wind resistance housing of rotationally symmetrical surf, to reduce windage.
In addition, for simultaneously around the display screen of vertical axis and horizontal axis rotation, because position up and down can alternately appear in display screen, occur making progress and causing the erect image of display surface in observer's eye and the stack of inverted image to upper/lower positions for fear of replacing because of display screen, also must add one on the whirligig not around the rotation of this horizontal axis, look plate, be in when upper/lower positions (inverted image) with convenient display screen with parallel the exempting from of this horizontal axis, its display surface is sheltered from, and the observed person does not see.
Owing to wish that the display surface of display screen becomes clear, can be that display screen self is shinny, electric light source also can be set to throw light on to it, simultaneously in order to prevent the heating of this electric light source and display screen, can add cooling device again, air cooling equipment for example, or other cooling devices cool off this electric light source and display screen.
Advantage of the present invention is: effective indication range is wide, and the observers that spend the optional position in ring week zone in the spheric region or 360 that with the display surface is the center all can obtain over against the visual effect of display surface observation.
Below in conjunction with accompanying drawing, describe most preferred embodiment of the present invention in detail, so that other purposes of the present invention, feature and advantage are able to more clear.Wherein:
Fig. 1 is the structural representation of a kind of comprehensive display device of the present invention;
Fig. 2 is the schematic top plan view of device shown in Figure 1;
Fig. 3 is the structural representation of the comprehensive display device of another kind of the present invention;
Fig. 4 is the schematic top plan view of device shown in Figure 3;
Fig. 5 is the structural representation of another comprehensive display device of the present invention;
Fig. 6 is the schematic top plan view of device shown in Figure 5;
Fig. 7 is that synoptic diagram is looked on the left side of device shown in Figure 5;
Fig. 8 is the partial structurtes synoptic diagram of another comprehensive display device of the present invention.
Referring to Fig. 1 and Fig. 2, a kind of comprehensive display device of the present invention comprises a pedestal 11, one is installed on the pedestal 11 the vertical rotating driving device 12 as a whirligig, for example, motor or internal combustion engine, one display screen 1 is connected with this motor 12 by a Z-axis 121, the display surface of this display screen 1, for example the place ahead of A is set with blanking 2, this blanker 2 is preferably by opaque, the thin slice of opaque low key tone is perpendicular to this display surface A and the straight screen that constitutes of arranging parallel to each other of vertical, perhaps in order to gain in strength, also can be further filling and fixing between each thin slice of this screen, for example with the light guide plate that transparent material constituted of screen bonding fixed refraction near air index.After this blanker is housed, display surface A has only when the position that rotates to over against the observer, could the observed person see, after it continues to turn over a minute angle, will be blocked by each thin slice in screen or the light guide plate, and can't the observed person see, thereby avoided display surface A when rotated in observer's eye variant towards the stack (this stack can make whole image a slice fuzzy) of image, what guarantee that the observer sees at every turn all is the front image of display surface A, and because of the effect that persists of vision, in observer's eye and the discontinuous display surface A that sees produced display surface A all the time continuously over against observer's visual effect.
For guaranteeing that display surface A repeats the rotating speed V of Z-axis 121 in the time limit of persistence of vision
1Should be greater than 12 cycle per seconds.Preferably be selected in the 20-60 cycle per second.
Why transparent material in the light guide plate will select its refractive index material close with air index to be because various transparent materials all can produce floodlight in various degree under illumination, this floodlight light as a setting can superpose with the image of display surface A, thereby reduce the contrast of display surface image, and refractive index is more near atmosphere, this floodlight is also weak more, and is also more little to the influence of display surface image.
Because of display screen 1 can produce very big windage when the high speed rotating, therefore can add one fixes with Z-axis 121 and display screen 1 and contains this display screen 1 and blanker 2, transparent wind resistance housings 9 such as profile is the rotationally symmetrical surf shape, and is for example spherical, cylindrical.
In addition, in order to make display surface A brighter, this display surface A can be illuminated or make himself shinny.For example, can make display screen 1 transparent or semitransparent, and the electric light source (not shown) illuminate this display screen 1 is set in the wind resistance housing 9 at this display screen 1 rear, generate heat because of illumination in order to reduce this electric light source heating and display screen 1 as far as possible, can on the sidewall of the wind resistance housing 9 at this display screen 1 rear, inlet scoop and exhaust outlet 13 be set respectively tangentially, 15, simultaneously, one or more induced duct 14 is set in the wind resistance housing 9 at this display screen 1 rear, one end of this induced duct 14 is connected with the inlet scoop, its other end is aimed at this electric light source or is gone back align display screens 1, like this, when rotations such as wind resistance housing 9 and display screen 1, opening can suck powerful cold wind automatically towards the inlet scoop 13 of windward side, through induced duct 14 guiding, blows to electric light source and display screen 1 they are cooled off.For the light that prevents electric light source sheds, the effect of display surface A is observed in influence, can be set as the wind resistance housing 9 at display screen 1 rear opaque.
As a kind of preferable selection, electric light source can be arranged on middle part, display screen 1 rear, for example display screen 1 trailing flank middle part, and make the other end of induced duct 14 aim at it from the rear of electric light source, like this, the wind that induced duct 14 blows out can cool off electric light source, can blow over display screen 1 again to its cooling.And cold wind is because the ordering about of air intake blast, from the middle part to around blow over the position of all heatings, the discrete at last edge to wind resistance housing 9 is through exhaust outlet 15 discharges of opening towards leeward side.For cold wind is evenly distributed, the other end of induced duct 14 can be set as flat.
Select as another kind, above-mentioned light structures also can change into around the display surface A of display screen, the rear of screen or light guide plate 2 is provided with electric light source, and fixedly installs the shadow shield (not shown) between electric light source and screen or light guide plate 2.Like this, can prevent that again light from going out from display surface A the place ahead direct projection to display surface A illumination.Air-cooled structure and above-mentioned similar also makes the other end of induced duct 14 aim at electric light source and display screen 1, and the wind resistance housing 9 with display screen 1 rear is set as opaque simultaneously.
If make display screen 1 self shinny, neon bulb can be added in display screen 1 or display screen 1 all is made of neon bulb and the periphery adds fixed frame etc., for example as billboard.Air-cooled structure also with above-mentioned similar, need only get final product the other end align display screens 1 of induced duct, and simultaneously, the wind resistance housing at display screen 1 rear is set as opaque, sheds with against sunshine.
For whole comprehensive display device is protected, can be outside this device a sheathed transparent outer cover 10, this shell 10 can fix with pedestal 11.In order to ventilate, air inlet 17 can be set on the lower sides of shell 10, on the upper portion side wall of this shell 10 or roof, set out air port 18.So that the hot blast of discharging in the wind resistance housing 9 can in time overflow from the air outlet on the shell 18, and from the air inlet 17 of outer casing underpart suck outsides than cold air.The air outlet 18 of hot blast from the shell discharged, dependence be the natural ventilation principle that hot-air rises, if the heats that produce in the wind resistance housing 9 are bigger, so that when only depending on natural ventilation can not in time discharge, can install mechanical air exhausting device additional.
Arrow F among Fig. 2 represents sense of rotation.
In the foregoing description, if the observer be in suitable with this display device height with this display device be the center 360 ° ring week the zone arbitrary positions, all can see a display surface A over against oneself.When if display device is in the position that is higher or lower than the observer, display screen 1 should tilt downward or upward with certain angle, in order to observation.Fig. 3 and 4 has represented that a kind of display screen 1 is together with the downward-sloping comprehensive display device of blanker 2.Wherein, display screen 1 is fixed with an end of a horizontal fixed bar 19 and is connected with motor 12 by Z-axis 121, and the other end of fixed bar 19 is fixed a balancing weight 16, to guarantee spin balancing.
Referring to Fig. 5,6 and 7, the comprehensive display device of another kind of the present invention comprises a pedestal 11, one display screen 1, display surface A the place ahead of display screen 1 is set with blanker 2, whirligig is installed on the pedestal, this whirligig comprises that one is installed in the vertical rotating driving device 12 on the pedestal 11, for example motor or internal combustion engine, the U-shaped support 7 that one its bottom is connected with this motor 12 by a Z-axis 121, one end of this U-shaped support 7 is equipped with one and horizontally rotates drive unit 5, for example motor.This display screen 1 and a transverse axis 101 are fixing, and an end of this transverse axis 101 is connected with this level motor 5, and its other end is rotatably installed on the other end of this U-shaped support 7 by a bearing 6.Thus, this display screen 1 can rotate around the axis of Z-axis 121 and the axis of transverse axis 101 under vertical motor 12 and level motor 5 drivings simultaneously.The effect of blanker 2 be guarantee under vertical motor 12 and level motor 5 drive that display surface A has only could be in sight when the position that turns to over against the observer, and when display surface A no matter around the Z-axis axis or when still the transverse axis axis continues to turn over a minute angle, blanker 2 just can block display surface A, thus avoid display surface A variant when rotated towards the image mutual superposition.Therefore this blanker 2 is preferably by opaque, the thin slice of opaque low key tone is perpendicular to display surface A and the difformity that intersect to constitute triangle for example, rectangle, or the network of polygon etc., or also by opaque, the thin wall tubule of opaque low key tone is perpendicular to the cellular structure of the intensive composition of display surface A.In addition, in order to prevent to occur the stack of erect image and the inverted image in observer's eye of the caused display surface A in position up and down because of display screen 1, must in whirligig, add one not around the rotation of the axis of this transverse axis 101, but what parallel with it exempts to look plate 4, be used for when display screen 1 is in to upper/lower positions, A blocks with its display surface, and the observed person does not see.This is exempted to look plate 4 and can be fixedly mounted on this U-shaped support 7, and can be dustpan shape (see figure 7).
The display device of present embodiment can make that to be positioned at this display device be that the observer of arbitrary position of the spheric region at center sees a display surface A over against oneself all the time.Thereby increase greatly, but the very little blind area of a scope is arranged directly over this device than the indication range of the display device of previous embodiment.
In order to guarantee that display surface A repeats in the time limit of persistence of vision, the rotating speed V of Z-axis 121
1Should preferably be selected in the 20-60 cycle per second greater than 12 cycle per seconds.The rotating speed of transverse axis 101 is V
2, V
2=V
1* 360 °/α.In the formula, α for arbitrary image cell of being cut apart by 2 couples of display surface A of described blanker this display surface in the axis rotary course of this Z-axis 121 in observer's eye from disappearance occurring, the circumferential angle of level that display surface A is turned over.The size of α depends on the concrete structure and the size of blanker 2.
In order to prevent display screen 1, the windage that U-shaped frame 7 grades are subjected to when rotated, above-mentioned whirligig also can add one and fix with this transverse axis 101 and display screen 1 and contain this display screen 1 and blanker 2, profile is the rotationally symmetrical surf shape, for example spherical, transparent horizontal wind resistance housing 3 such as cylindrical, one is that fix and contain this U-shaped support 7, display screen 1, blanker 2 with this Z-axis 121 and this U-shaped support 7, level motor 5, exempt to look plate 4 and horizontal wind resistance housing 3, profile is the rotationally symmetrical surf shape, and is for example cylindrical, sphere etc., transparent vertical wind resistance housing 8.
In addition, similar with previous embodiment, in order to make display surface A brighter, can in horizontal wind resistance housing 3, be provided with one and illuminate the electric light source of this display screen 1, and can carry out air-cooled this electric light source and display screen.For example, be set as this display screen 1 transparent or semitransparent, in the horizontal wind resistance housing 3 at display screen 1 rear, an electric light source is set, and on the sidewall of the horizontal wind resistance housing 3 at this display screen 1 rear, inlet scoop and exhaust outlet are set tangentially, and in the horizontal wind resistance housing 3 at this display screen 1 rear, induced duct is set, one end of this induced duct is communicated with the inlet scoop, and its other end is aimed at this electric light source and display screen 1.Simultaneously, the horizontal wind resistance housing 3 with this display screen 1 rear is set as opaque.As preferable selection, electric light source can be arranged on middle part, this display screen 1 rear, trailing flank middle part for example, and make the other end of induced duct aim at this electric light source from the electric light source rear, so that simultaneously electric light source and display screen are cooled off.The other end of induced duct also can be set as flat, is evenly distributed in order to the cold wind that blows out.In order to ventilate, also air inlet and air outlet must be set tangentially respectively on the sidewall of this vertical wind resistance housing 8.Relevant structure is all similar with previous embodiment, thus for make Fig. 5,6 and 7 clear for the purpose of, all on figure, do not represent.
Similar with previous embodiment, also can this device outside a sheathed transparent outer cover 10, this shell 10 can fix with pedestal 11.And, similarly can on the lower sides of shell 10, air inlet be set for ventilating, set out the air port on sidewall or the roof at an upper portion thereof.
Notice, the embodiment shown in Fig. 5,6 and 7, the observer can observe a display surface A over against oneself in the arbitrary position in the spheric region that with this display device is the center.
If the angle of pitch that display surface A will look after is little, display surface A rotates and can be substituted by making pitch vibration around horizontal axis around horizontal axis, and as shown in Figure 8, the elevation angle of establishing vibration is β, and the angle of depression is γ, and the vibration number of its per second (frequency) is n.
Then: n=(β+γ)/(α) * V
1* inferior/week
Therefore variable being changed to of the whirligig of the foregoing description keeps vertical rotating driving device 12, U-shaped support 7, and will horizontally rotate drive unit 5 and be installed in U-shaped support bottom (not shown), and add one and horizontally rotate the driving wheel 20 that drive unit 5 is connected with this, for example wheel 20 can be rotatably installed in the outside, bottom of U-shaped support 7 or inboard.And on taking turns 20 end face, this fixes a pin 201 apart from the center certain distance.In addition, a display screen 1 and a transverse axis 101 are fixing, these two ends are rotatably installed in respectively on the two ends of U-shaped support, one end of transverse axis 101 is fixed a rocking bar 21 that extends downwards, the bottom of this rocking bar 21 is provided with one along its axially extended slotted hole 211, makes these slotted hole 211 movable sets (the preferably movable suit that cooperates) on this pin 201.Like this, when level turns drive unit 5 rotations, just can pass through driving wheel 20, pin 201 and rocking bar 21 make display screen 1 make pitch vibration.Meanwhile, display screen 1 rotates around a vertical axis, like this, is that the observer of any place in the spheric region of removing upper and lower spherical crown at center can see a display surface A over against him all the time with this display screen at one.
Similar with aforementioned enforcement, in order to prevent to be subjected to windage, also can add vertical rotation wind resistance housing 8, but since display screen 1 not around horizontal rotational shaft, so (β+γ) need not add not quite the time and horizontally rotate the wind resistance housing when its pitch vibration angle.
In addition, in order to make display surface A seem brighter, the electric light source (display screen 1 is for transparent or semitransparent) that illuminates display screen 1 can be set in the vertical rotation wind resistance housing 8 at display screen 1 rear, for example be arranged on middle part, display screen 1 rear, simultaneously induced duct is set tangentially being provided with on the sidewall of the vertical wind resistance housing 8 at display screen 1 rear in inlet scoop and exhaust outlet and the vertical wind resistance housing 8, to carry out air-cooled to electric light source and display screen 1 at display screen 1 rear.In addition, also transparent outer cover 10 be can add, and on shell 10, air inlet and air outlet offered.
The foregoing description is as just understanding some examples of the present invention better, and the present invention not only is confined to these embodiment, those skilled in the art can dream up other embodiment according to design of the present invention fully, but all can not exceed the scope of claims of the application.
Claims (20)
1, a kind of omnibearing display method is characterized in that, the display screen that makes the place ahead of its display surface have blanker rotates around a vertical axis, and it is around the rotating speed V of this vertical axis rotation
1Greater than 12 cycle per seconds.
2, the method for claim 1 is characterized in that, makes this display screen simultaneously around horizontal axis rotation, and its rotating speed around this horizontal axis rotation is V
2=V
1* 360 °/α, α for arbitrary image cell of display surface being cut apart by described blanker this display surface in this vertical axis rotary course in observer's eye from disappearance occurring, the circumferential angle of the level that display surface turned over.
3, the method for claim 1 is characterized in that, makes this display screen make pitch vibration around a horizontal axis simultaneously, and the vibration number of its per second (frequency) is n, and n=(β+γ)/(α) * V
1Inferior/week
In the formula: β is the elevation angle of display screen around the horizontal axis vibration,
γ is the angle of depression of display screen around the horizontal axis vibration,
α for arbitrary elementary area of display surface being cut apart by described blanker display surface in this vertical axis rotary course in observer's eye from disappearance occurring, the circumferential angle of the level that display screen turned over.
4, as claim 1 or 2 or 3 described methods, it is characterized in that, to described display screen throw light on and to light source or and display screen cool off.
5, a kind of comprehensive display device, comprise: a pedestal, a display screen is characterized in that: a whirligig is installed on described pedestal, described display screen is connected with this whirligig, and the place ahead of the display surface of this display screen and this display screen fix and be provided with a blanker.
6, display device as claimed in claim 5, it is characterized in that, described whirligig comprises that one is installed on the vertical rotating driving device on the pedestal, and this vertical rotating driving device is connected with this display screen, and this display screen is driven the speed V that is able to greater than 12 cycle per seconds
1Around vertical axis rotation, comprise also that one fixes with this display screen and contains this display screen and blanker, profile is the rotationally symmetrical surf shape, transparent wind resistance housing,
Described blanker is to arrange a screen that constitutes by thin slice opaque, opaque low key tone parallel to each other perpendicular to display surface and vertical, or further fills between each thin slice of this screen and fixed refraction thanks to the light guide plate that transparent material constituted of rate near the atmosphere folding.
7, display device as claimed in claim 6 is characterized in that, described display screen tilts up or down together with described screen or light guide plate.
8, display device as claimed in claim 7, it is characterized in that, described display screen is transparent or semitransparent, in the wind resistance housing at its rear, be provided with the electric light source that illuminates this display screen, and on the sidewall of the wind resistance housing at this display screen rear, tangentially be respectively equipped with inlet scoop and exhaust outlet, and in the wind resistance housing at this display screen rear, be provided with induced duct, an end of this induced duct is connected with this inlet scoop, its other end aim at this electric light source or and display screen; The wind resistance housing at this display screen rear is opaque.
9, display device as claimed in claim 8 is characterized in that, described electric light source is arranged on this middle part, display screen rear, and the other end of described induced duct is flat and aims at this electric light source from the rear of this electric light source.
10, display device as claimed in claim 7, it is characterized in that, around the display surface of described display screen, the rear of described screen or light guide plate is provided with electric light source, and between this electric light source and this screen or light guide plate, be fixed with shadow shield, on the sidewall of the wind resistance housing at described display screen rear, tangentially be respectively equipped with inlet scoop and exhaust outlet, and in the wind resistance housing at this display screen rear, be provided with induced duct, one end of this induced duct is connected with this inlet scoop, its other end is aimed at this electric light source, and the wind resistance housing at this display screen rear is opaque.
11, display device as claimed in claim 7, it is characterized in that, described display screen includes neon bulb, on the sidewall of the wind resistance housing at described display screen rear, tangentially be respectively equipped with inlet scoop and exhaust outlet, and in the wind resistance housing at this display screen rear, be provided with induced duct, one end of this induced duct is connected with this inlet scoop, and its other end is aimed at this display screen, and the wind resistance housing at this display screen rear is opaque.
12, display device as claimed in claim 5, it is characterized in that, described whirligig comprises that one is installed on the vertical rotating driving device on the pedestal, the U-shaped support that one its bottom is connected by the vertical rotating driving device of a Z-axis and this, this vertical rotating driving device is able to speed V greater than 12 cycle per seconds with this Z-axis and U-shaped carriage drive
1Around this Z-axis axis rotation, one is installed on the drive unit that horizontally rotates of this U-shaped support one end; This display screen and a transverse axis fix, and an end and this of this transverse axis horizontally rotate drive unit and be connected, and its other end is rotatably installed on the other end of this U-shaped support; This horizontally rotates drive unit this transverse axis and the driving of this display screen is able to V
2=V
1The speed of * 360 °/α is around the rotation of this transverse axis axis, also be installed with on the U-shaped support one with this transverse axis parallel axes exempt to look plate,
Described blanker is by opaque, and the thin slice of opaque low key tone is perpendicular to display surface and the crossing network that constitutes or by opaque, the thin wall tubule of opaque low key tone is perpendicular to the cellular structure of the intensive formation of display surface.
13, display device as claimed in claim 12 is characterized in that, described whirligig comprises that also one fixes with this display screen and contains this display screen and blanker, profile is the rotationally symmetrical surf shape, transparent horizontal wind resistance housing, one fixes with this U-shaped support and contains this U-shaped support, display screen, blanker, horizontally rotate drive unit, exempt to look plate, and horizontal wind resistance housing, profile is the rotationally symmetrical surf shape, transparent vertical wind resistance housing.
14, display device as claimed in claim 13, it is characterized in that, described display screen is transparent or semitransparent, in the horizontal wind resistance housing at its rear, be provided with the electric light source that illuminates this display screen, and on the sidewall of the horizontal wind resistance housing at this display screen rear, tangentially be respectively equipped with inlet scoop and exhaust outlet, and in the horizontal wind resistance housing at this display screen rear, be provided with induced duct, an end of this induced duct is connected with this inlet scoop, its other end aim at this electric light source or and display screen; The horizontal wind resistance housing at this display screen rear is opaque; On the sidewall of described vertical wind resistance housing, tangentially be respectively equipped with air inlet and air outlet.
15, display device as claimed in claim 14 is characterized in that, described electric light source is arranged on this middle part, display screen rear, and the other end of described induced duct is flat and aims at this electric light source from the rear of this electric light source.
16, display device as claimed in claim 5, it is characterized in that, described whirligig comprises that one is installed on the vertical rotating driving device on the pedestal, the U-shaped support that one its bottom is connected by the vertical whirligig of a Z-axis and this, this vertical rotating driving device is able to speed V greater than 12 cycle per seconds with this Z-axis and U-shaped carriage drive
1Around the rotation of this Z-axis axis, one is installed on the drive unit that horizontally rotates of this U-shaped support bottom, and one horizontally rotates the driving wheel that drive unit is connected with this, is fixed with a pin apart from the center certain distance on this end face of taking turns; A described display screen and a transverse axis are fixed, two ends of this transverse axis are rotatably installed in respectively on the two ends of this U-shaped support, one end of this transverse axis is fixed with a rocking bar that extends downwards, the bottom of this rocking bar is provided with one along its axially extended slotted hole, this slotted hole movable set is on described pin, this horizontally rotates drive unit by this driving wheel, and pin and rocking bar drive this transverse axis and display screen and be able to n=(β+γ)/(α) * V
1* inferior/week frequency around this transverse axis axis pitch vibration,
Described blanker is by opaque, and the thin slice of opaque low key tone is perpendicular to display surface and the crossing network that constitutes or by opaque, the thin wall tubule of opaque low key tone is perpendicular to the cellular structure of the intensive formation of display surface.
17, display device as claimed in claim 16, it is characterized in that, described whirligig comprises that also one fixes with this U-shaped support and contains this U-shaped support, display screen, blanker horizontally rotates drive unit, driving wheel, rocking bar, pin, profile is the transparent vertical wind resistance housing of rotationally symmetrical surf shape.
18, display device as claimed in claim 17, it is characterized in that, described display screen is transparent or semitransparent, in the vertical wind resistance housing at its rear, be provided with the electric light source that illuminates this display screen, and on the sidewall of the vertical wind resistance housing at the rear of this display screen, tangentially be respectively equipped with inlet scoop and exhaust outlet, and in the vertical wind resistance housing at this display screen rear, be provided with induced duct, an end of this induced duct is connected with this inlet scoop, its other end aim at this electric light source or and display screen; The vertical wind resistance housing at this display screen rear is opaque.
19, display device as claimed in claim 18 is characterized in that, described electric light source is arranged on this middle part, display screen rear, and the other end of described induced duct is flat and aims at this electric light source from the rear of this electric light source.
20, as claim 9 or 10 or 11 or 15 or 19 described display device, it is characterized in that, also comprising one, to be arranged with whole device outer and be fixed on transparent outer cover on the pedestal, and the lower sides of this shell is provided with air inlet, and the upper portion side wall or the roof of this shell are provided with air outlet.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92108510 CN1064156C (en) | 1992-07-20 | 1992-07-20 | Omnibearing display method and apparatus |
| US08/193,909 US5450094A (en) | 1991-08-03 | 1994-02-09 | Omnibearing display method and apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92108510 CN1064156C (en) | 1992-07-20 | 1992-07-20 | Omnibearing display method and apparatus |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1083247A true CN1083247A (en) | 1994-03-02 |
| CN1064156C CN1064156C (en) | 2001-04-04 |
Family
ID=4943607
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 92108510 Expired - Fee Related CN1064156C (en) | 1991-08-03 | 1992-07-20 | Omnibearing display method and apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1064156C (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2007012218A1 (en) * | 2005-07-25 | 2007-02-01 | Weiqing Li | An omnibearing display system integrated display screens |
| CN106067279A (en) * | 2016-06-30 | 2016-11-02 | 中交航局第四工程有限公司 | A kind of display device at multi-direction display front view picture and implementation method |
| CN112437952A (en) * | 2018-04-24 | 2021-03-02 | 基诺-莫有限公司 | Persistence of vision display panel and system |
-
1992
- 1992-07-20 CN CN 92108510 patent/CN1064156C/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2007012218A1 (en) * | 2005-07-25 | 2007-02-01 | Weiqing Li | An omnibearing display system integrated display screens |
| CN101238501B (en) * | 2005-07-25 | 2011-08-24 | 李维庆 | Integrated display screen omnibearing display system |
| CN106067279A (en) * | 2016-06-30 | 2016-11-02 | 中交航局第四工程有限公司 | A kind of display device at multi-direction display front view picture and implementation method |
| CN112437952A (en) * | 2018-04-24 | 2021-03-02 | 基诺-莫有限公司 | Persistence of vision display panel and system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1064156C (en) | 2001-04-04 |
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Address after: 250001 No. 5 Minsheng street, Shandong, Ji'nan Patentee after: Ji'nan Foreign Trade United Corp. Address before: Room 55, 32 Xin Cun, Shanghai, Yutian Co-patentee before: Chen Kefen Patentee before: Li Zhean Co-patentee before: Li Weiqing |
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