CN103854573B - The assembly method of video display system - Google Patents

The assembly method of video display system Download PDF

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Publication number
CN103854573B
CN103854573B CN201310356997.XA CN201310356997A CN103854573B CN 103854573 B CN103854573 B CN 103854573B CN 201310356997 A CN201310356997 A CN 201310356997A CN 103854573 B CN103854573 B CN 103854573B
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CN
China
Prior art keywords
layer
component
video display
carrier vehicle
method
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CN201310356997.XA
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Chinese (zh)
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CN103854573A (en
Inventor
亚当·戴维斯
弗雷德里克·弗兰克·奥普萨摩
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亚当·戴维斯
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Priority to US13/688,759 priority
Priority to US13/688,759 priority patent/US9247683B2/en
Application filed by 亚当·戴维斯 filed Critical 亚当·戴维斯
Publication of CN103854573A publication Critical patent/CN103854573A/en
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Publication of CN103854573B publication Critical patent/CN103854573B/en

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Abstract

A kind of method for assembling video display system includes setting and multiple components is selectively arranged to form a first layer together, promotes first layer, sets and multiple components is selectively arranged to form the second layer together, and the second layer is attached at first layer.

Description

The assembly method of video display system

Technical field

The present invention relates to video display system, exemplarily, the present invention relates to a kind of video display system assembling and point The method of solution.

Background technology

In performance industry, video display is applied to production with multimedia system cooperation.The ruler of video display It is very little to be limited according to the complexity of its arrangement.

As a part for pipeline system performance, video display is frequently necessary to be reinforced and be stored, in case transport.It is existing Some systems need to arrange to devote a tremendous amount of time therefore(As reinforced, dismantling and assemble).Video display, which individually assembles, to be deposited In the difference of technical merit.The installation of these video displays may need complicated chart, it may be necessary to a lot of instruments, and It may be difficult to repair and replace.

Accordingly, it is desirable to provide a kind of method that simply can assemble or dismantle video display, only needs one minute, Even if needing instrument, also simply video display can be repaired or replaced.

The content of the invention

One aspect of the present invention is related to a kind of method for assembling display system, accesses the described method includes configuration and selectively First layer is collectively formed in multiple modules.The method is further included promotes the first layer.The method still further comprises It configures and selectively accesses multiple modules and the second layer is collectively formed.The method is still further comprised the second layer and institute First layer is stated to be connected.

An advantage of the present invention is, the assembly method of the video display can be by seldom or without logical Cross any special instrument and technology, it becomes possible to realize simple assembling.

The present invention another advantage is that, the system and video support construction are in stability, maintenanceability and mobility Aspect possesses better adaptability.

Another advantage of the present invention is, when the video display system is elevated or it is in levitation position on the ground When, video display component can be replaced.

Either above-mentioned general description or below detailed description be all exemplary with it is explanatory, it is intended to Protection scope of the present invention is further provided.Attached drawing is used to provide for being further understood that the present invention, and shows this The preferred embodiment of invention and the feature of explanation.The attached drawing and exemplary embodiment original for explaining the present invention together Reason, appended claims define protection scope of the present invention.

Description of the drawings

Fig. 1 shows the perspective view of an exemplary embodiment of video display system.

Fig. 2 shows the perspective view of an exemplary embodiment of video support construction.

Fig. 3 shows the partial enlarged view of the perspective view of video support construction shown in Fig. 2.

Fig. 4 shows the another partial enlarged view of the perspective view of video support construction shown in Fig. 2.

Fig. 5 shows the perspective view of an exemplary embodiment pin.

Fig. 6 shows the perspective view of another exemplary embodiment of video display system.

Fig. 7 shows the perspective view of an exemplary embodiment of display storage unit.

Fig. 8 shows partial disassembly's perspective view of the display storage unit shown in Fig. 7.

Fig. 9 shows the perspective view of an exemplary embodiment of display storage unit arrangement.

Figure 10 shows the perspective view for not promoting first layer of an exemplary embodiment of video display system.

Figure 11 shows the perspective view for having promoted first layer of the video display system shown in Figure 10.

Figure 12 shows the perspective view for not promoting the second layer of the video display system shown in Figure 11.

Figure 13 shows the perspective view for having promoted first layer and the second layer of the video display shown in Figure 12.

Figure 14 shows the perspective view for subsequently promoting all layers of the video display shown in Figure 13.

Technology contents

Fig. 1 shows video display element 100, including light emitting unit 102 and video support construction 104.At one In embodiment, video display element 100 includes the panel containing light emitting unit 102.The panel can be attached to described regard On whole of frequency display module 100 or part thereof.The panel can be translucent, half transmitting, transparent, transmission , half heat conduction, heat conduction or the above situation any combination.In one embodiment, the panel can be supported containing big Measure color, support clearly closely high-resolution picture, serial picture and/or the video of pixel.In one embodiment In, video display element 100 can include one or more light emitting units 102 extended in one direction, such as one On a direction entirely laterally, i.e. the direction is substantial parallel or one end substantially perpendicular to video display element 100, The end can coincide with the part periphery of video support construction 104.In one embodiment, video display element 100 It end can be different or inconsistent with it from the periphery of video support construction 104.In one embodiment, at least one video is shown The end and the direction of light emitting unit for showing component 100 can be different from the part of video support construction 104 periphery.In another reality It applies in example, video display element 100 can include one or more light emitting units 102, and the light emitting unit 102 is with multi-party To or multi-angle and extended with different sizes and/or different shape.In another embodiment, single light emitting unit 102 can be fully extended into the periphery of video support construction 104 or identical with the size of video support construction 104, and In another embodiment, light emitting unit 102 can be significantly less than the peripheral region of video support construction 104.It is reported that Additional detail in relation to video component and other assemblies is included in the U.S. Patent application of Application No. 13/543,000, herein It is included entirely in a manner of quoting.

In an exemplary embodiment, light emitting unit can be more light emitting diodes (LED).In addition, LED can be with It is connected by the connector of electric wire and/or control line or other with or without additional structural supports.In an implementation In example, including a large amount of intensive LED, so generated effect is that LED has high-resolution.In another embodiment, light Transmitter unit can include other light sources, such as Organic Light Emitting Diode(OLED), incandescent lamp, fluorescent lamp, condensate shine two The combination of pole pipe, electroluminescent light source, other suitable light emitting sources and/or light emitting unit.Light emitting unit 102 can be Individual elongation unit can be the unit for replacing geometric figure, and the latter can provide more preferably vision or video Effect.Light emitting unit 102 can be tied by multiple clips 106 or other suitable protective devices individually to be supported to video Structure 104 is protected.As described above, clip 106 can separate or be integrated with video support construction 104.In an implementation In example, light emitting unit 102(Or other light sources)It can be protected by adhesive.In another embodiment, light emitting Unit 102(Or other light sources)It can be protected by multiple fasteners.

In one embodiment, light emitting unit 102 can be by the individual battery that is arranged in LED or other light sources The energy is provided.In another embodiment, one or more LED can have battery power, while one or more of the other LED can utilize the battery as energy source from other LED by wired energy transmission.

Another embodiment, as LED, including OLED.OLED can reduce energy demand and in identical load Allow the operation of longer time.OLED can allow light emitting unit 102 to run longer time, example under same load Such as, the power supply of supply OLED is powered and then cut off to OLED, then opens display system.

Fig. 2 to 4 shows the video support construction 104 including supporting member 108, beam member 110 and pillar 112.It can Including two supporting members, 108, four beam members 110 and six pillars 112.Each connector is arranged at the support structure Between part, beam member 110 and pillar 112 can include at least one pin connection structure(As shown in Figure 3 and Figure 4).

Supporting member 108 limits two peripheries of video support construction 104.It in other examples, can be with Including more than two or less than two supporting members 108.Each supporting member 108 can be mounted and be arranged to and four horizontal strokes Beam 110 is connected with three pillars 112.Supporting member 108 and each each between beam member 110 or pillar 112 Connector include one can pin connection connector 215.The connector of pin connection " a can " word used herein, means bag Include the pin or similar device that opening 501 is passed through in each coupling part.In other embodiments, supporting member 108 It can be mounted and be arranged to be connected with more or fewer beam members 110 and/or pillar 112.

And in another embodiment, as further shown in Figure 6, substantial amounts of video display element 100 is supported in video At the support of structure 104 or it is nearby connected with each other.Referring to figs. 2 and 6, video support construction 104 can include door bolt 211 With suspension hook 213.Door bolt 211 and suspension hook 213 can be fastened along beam member 110, and such door bolt can be selectively It is connected and ensures adjacent video support construction 104.Additionally or alternatively, door bolt 211 and suspension hook 213 can be contained in branch It supports in component 108, is connected in a manner of from top or lower part with video display element 100.That is, even if when video is shown System 602(As shown in figure 13)Video display element 100 in midair has been elevated or be suspended into comprising a row, has such as been prepared in performance In, by way of selectively splitting the door bolt 211 of one or more video display elements 100 and suspension hook 213, Ke Yigen According to needing the one or more video display elements 100 of mobile and/or replacement.In one embodiment, it is necessary to mobile or replacement Video display element 100 can also be optionally through lifting device(As shown in Figure 10)By protection/fractionation.As shown in fig. 6, Multiple video display elements 100 can produce video display system 602.In one embodiment, video display system 602 includes Video display element 100.Video display system 602 can be supported or passed through by the connector between video display element 100 Cable or other can share the weight of video display system 602 and provide other devices of stability and/or support to support. Video display system 602 can be used for Theatrical performance, concert and/or other suitable performance.In one embodiment, by regarding The combination weight for the video display system 602 that frequency display module 100 forms is less than by the combination for the video display being welded to form Weight.In another embodiment, 100 He of video display element, therefore, video display system 602 can be not required or discomfort The material for closing welding is formed.

Referring again to Fig. 2 to Fig. 4, supporting member 108 can support corresponding with another supporting member 108 or one(Not Display)It is set as interlocking.Supporting member 108 can be made of any suitable material.Suitable material can include metal, such as Aluminium or other machinable or plastic materials.The material should be sufficiently tight, to be supplied to light emitting unit 102 (And/or another light source)Enough supports, but cannot be too heavy.In addition, the material of manufacture should be able to flexibly be drawn It stretches, adaptive temperature changes and adapts to environmental condition.In another embodiment, the material of supporting member can be included still It is not limited to following different material, steel, synthetic either ceramics, such as stainless steel or carbon synthetic.

In one embodiment, beam member 110 can be mounted and be arranged to receive two supporting members 108 and four Pillar 112.In another embodiment, component can be mounted and be arranged to receive more or fewer supporting members and/or Pillar.Pillar 112 can be mounted and be arranged to receive a supporting member 108 and two beam members 110.On the whole, Pillar 112 should reduce the movement between supporting member 108 and beam member 110.The application of pillar 112, which prevents, to be caused Video support construction 104 loses the structure movement or distortion of its rectangular profile, such as required rectangular geometries are become Diamond structure.Movement may cause light emitting unit 102 in this way(And/or other light sources)With supporting member 108 and horizontal stroke Centrifugal force between beam 110.Beam member 110 and pillar 112 can be made of any suitable material, including but not Be limited to and be made supporting member 108 material identical material.Suitable material includes, but are not limited to, aluminium, steel, meet or Other materials that can be machined.

The arrangement of supporting member 108, beam member 110 and pillar 112 can include connecting with individual supporting member 108 Merge connection can pin connection connector 215, beam member 110 and/or pillar 112 arrive latched position.Can pin connection Connector 215 can include pin 502 or the device of other suitable similar pins, and described device can be suitably compressed or phase Instead go deep into and be held in the other parts of supporting member 108, beam member 110, pillar 112 and/or video display element 100 Opening 501 in.In an exemplary embodiment, can the connector 215 of pin connection by connector locking and branch can be bonded on It supports between component 108, beam member 110 and/or pillar 112.In a further exemplary embodiment, can pin connection connector 215 can form the close tolerance to assembling video display element 100.As shown in Fig. 2, in one embodiment, substantial amounts of pin 502(As shown in Figure 5)Can be used for can pin connection connector 215 in.Pin 502 can be cylinder or other are suitable Geometrical body.Pin 502 may be inserted into opening 501 in, the opening is arranged in supporting member 108, and be arranged in or Person is reached close to supporting member 108 at the position of 110 part of beam member.Pin 502 can enter horizontal to pass through supporting member 108 Corresponding opening 501 in beam 110.In an exemplary embodiment, pin 502 can be appropriately compressed or phase Anti-, opening 501 is advanced to, such pin is fixed on suitable position.In a further exemplary embodiment, this part Position can be pillar 112 reach supporting member 108 at.In this embodiment, pin 502 can be inserted through each The opening 501 of supporting member 108, beam member 110 and pillar 112.

Pin 502 is inserted through supporting member 108 and beam member 110 close to light emitting unit 102 and support structure At the position that part 108 and beam member 110 fit.In one embodiment, the insertion position of pin 502 can be close to light Transmitter unit 102(And/or other light sources)Place protrudes from supporting member 108 to prevent shotpin nail 502.Such protrusion may Cause to arrive at light emitting unit(And/or other light sources)On-plane surface.The diameter of pin 502 can be slightly larger than corresponding open The diameter of mouth 501.The slightly greater diameter enables to pin 502 to hammer into and is inserted through supporting member 108 and crossbeam structure Part 110 or supporting member 108, beam member 110 and pillar 112.On the premise of being tufted into, pin 502 can be protected Shield.In one embodiment, the insertion of pin can pass through rubber hammer(It is not marked in figure)Or the impact of other similar means comes in fact It is existing.In other embodiments, the diameter of pin 502 can be less than the diameter of opening 501.

Supporting member 108 and beam member 110 are inserted through in pin 502 or are only inserted through support element 108 Under the premise of, beam member 110, pillar 112 and pin 502 can be protected by the end of dowel with expanding sleeve 502.In a reality It applies in example, pin 502 can be protected by using the similar device of opening sales.In another embodiment, pin 502 It can include the angled component of tool that can be rotated it and be protected.In another embodiment, pin 502 can lead to Adhesive is crossed to be protected.In another embodiment, the positioning pin 502 in pin connection may need mobile or replace pin 502 are followed closely to carry out maintenance and replace.On the premise of mobile pin 502, such as supporting member 108, beam member 110 and pillar 112 component can be repaired or replaced, at the same can also be formed one it is new can pin connection connector 215.

With reference to figure 3 and Fig. 4, corresponding to the geometrical body of supporting member 108, beam member 110 and pillar 112, cause Pin 502 can protect video support construction 104.Supporting member 108 can be protruded including being configured to arrival beam member 110 Opening 202.Opening 202 and protrusion 204 can be protected by pin 502 that can be on the connector 215 that connects of pin.In general, The opening 202 protected can one right angle of form formation of connector 215 for connect of pin by two with prominent 204.So And such as in temperature change, it is possible to create some relative motions so that metal become absent-mindedness, make it have elasticity, and make Obtain cold draw.

The geometrical body of supporting member 108, beam member 110 and pillar 112 inside video support construction 104 can be same It is configured to provide corresponding fully coplanar surface sample.With reference to figure 3 and Fig. 4, can pin connection connector 215 so that pin 502 protection video support constructions 104.Supporting member 108 and beam member 110 inside video support construction 104 it is corresponding several What body can provide nonplanar surface.In other examples, the supporting member 108 inside video support construction 104 Corresponding geometrical body can provide engagement light emitting unit 102 with beam member 110(And/or other light sources)Abundant plane Surface.The geometrical body of supporting member 108 and beam member 110 can further correspond to the geometrical body of pillar 112. The geometrical body of supporting member 108 can include the widened opening 304 corresponding to pillar 112.The geometric form of beam member 110 Body can include recess 206, and the recess 206 allows pillar 112 to pass through supporting member 108 and beam member 110 can pin connection connector 215 on pin 502 protected.

Fig. 7 to Figure 14 collectively illustrates assembling or the building method of video display system 602.In order to clearly describe this hair Bright embodiment, Fig. 7 to Figure 14 show the back side of video display element, that is to say, that opposite one side can usually drilled It is easily seen when going out(That is, towards light emitting unit 102(Such as Fig. 1)), it is single to collectively illustrate video storage with reference to figure 7 and Fig. 8 Member 700, for example, mobile carrier vehicle, can be arranged to receive and/or store video display element 100.In one embodiment In, one or more video display elements 100 can form video display system 602.As further shown in Figure 7, video Storage unit 700 is in Transportation Model, and there is protection side frame 702 to protect video storage unit 700.Video storage unit 700 there is any suitable geometrical body can receive and/or the storage video display element 100 of video display system 602. For example, display storage unit 700 can be the cube structure with or without enclosure wall, and can be reached with size The bottom of video display element 100 or basis 704.As shown in figure 8, display storage unit 700 is located at computing state, for setting (Output and/or reception)Video display element 100 protects side frame 702 to move or dismantle from display storage unit 700. Display storage unit 700 protects the video display element 100 for being arranged in layer or row 800, is such as expressed as first layer 800 ', the second layer 800 ' ', third layer 800 ' ' ', the 4th layer 800 ' ' ' ' and layer 5 800 ' ' ' ' '(Fig. 8 is shown in display storage unit 700 The layer of protection/storage).Figure 14 shows that row are suspended in display storage unit 700, is Large video so as to fulfill progressively assembling Display system 602.In one embodiment, video display system 602 can have there are one layer 800(Such as first layer 800 '), together When, in another embodiment, video display system 602 can have there are five above layer 800.In one embodiment, it is more A display storage unit 700 is used to provide the quantity of the layer 800 needed for video display system 602.Likewise, into one in such as Fig. 8 Shown in step, display storage unit 700 ensures that the arrangement of video display element 100 is arranged in row 900, such as first row 900 ' and Secondary series 900 ' ', so as to fulfill the progressively assembling of Large video display system 602.In one embodiment, as shown in figure 8, One row 900 ' and secondary series 900 ' ' opposite end can be connected with each other along region 717 is intercommunicated, and corresponding video is shown Component 100 is protected/is stored in video storage unit 700.In one embodiment, display storage unit 700 can receive And/or at least one row 900 of storage, although in another embodiment, display storage unit 700 can be received and/or stored The row 900 of three or three or more.

As shown in figure 9, when display storage unit 700 is set as computing state(As shown in Figure 8)When, show storage unit 700 are respectively disposed in predetermined arrangement, to prepare to construct video display system 602.In one embodiment, display is deposited The respective end of storage unit 700 or side are included such as machanical fastener, magnetic part or other suitable technologies or matable assembly arrangement Securing feature 720, to ensure to show that storage unit 700 is relatively in a default position of fixation between each other.At one In embodiment, the respective end or side that show storage unit 700 can be connected with each other.In one embodiment, preset The display storage unit 700 being mutually arranged in arrangement can include the respective end of display storage unit 700 towards and into mutual Close to place, but it is not connected between storage unit is shown.As further shown in Figure 9, display storage unit 700 jointly comprises Row 900(First row 900 ', secondary series 900 ' ', the 3rd row 900 ' ' ', the 4th row 900 ' ' ' ', the 5th row 900 ' ' ' ' ' and the 6th Row 900 ' ' ' ' ' '), also jointly comprise layer 800 (first layer 800 ', the second layer 800 ' ', third layer 800 ' ' ', the 4th layer 800 ' ' ' ' and layer 5 800 ' ' ' ' ').In addition to ensureing to show that storage unit 700 is in mutual fixed position, The respective end of its difference of video display element 100 passes through the door bolt 211 such as arranged and suspension hook 213 (as shown in Figure 6) ordered set Body engagement positions to dispose, so as to ensure that selectively arrangement is formed video display system 602 to component to form row and column.

As shown in Figure 10, the first layer 800 ' of video display element 100 is ensured by lifting device 710, such as passes through profit With cable 712 or the similar device by configuring capstan winch 716(As shown in figure 14).In one embodiment, due to neighbouring Selectable arrangement between row 900, such as first row 900 ' and secondary series 900 ' ' opposite end between, can be promoted and at least arranged 900 part, such as unsecured ground secondary series 900 ' ', for example, secondary series 900 ' ' towards lifting device 710.At another In embodiment, all ends towards lifting device 710 of first layer 800 ' all ensure towards lifting device 710.As a result, as schemed Shown in 11, by promoting lifting device 710 on the direction of a substantial orthogonality and the direction of holding lifting device 710, such as Substantially parallel to ground, first layer 800 ', the respective column 900 including video display element 100 is similar simultaneously substantially to be promoted In display storage unit 700.

As shown in figure 11, promoted when the first layer 800 ' of video display element 100 is substantial in display storage unit 700, As shown in Figure 12, display storage unit 700 moves integrally in moving direction 714.Such movement causes first layer 800 ' Low side arranged compared with 710 substantial orthogonality of lifting device, correspondingly, video display element 100 its second layer 800 ' ' height It places or is stored in display storage unit 700 in end.When the respective end arrangement of row part, and such as door bolt 211 and suspension hook 213 The securing feature of (as shown in Figure 6) essentially along interconnect region 718 mutually extend, the first and second layer segments it is corresponding The mutually protection of end 800 ', 800 ' '.In addition, selectively it is arranged in the row 900 closed on(First row 900 ', secondary series 900 ' ', Three row 900 ' ' ', the 4th row 900 ' ' ' ', the 5th row 900 ' ' ' ' ' and the 6th row 900 ' ' ' ' ' ')Between the door bolt 211 that extends With suspension hook 213.

In one embodiment, as shown in Figure 13, the method for an assembling video display system 602 includes placing and have The substantial amounts of video display element 100 of arrangement of selection to form first layer 800 ', promotes first layer 800 ', places and have together The substantial amounts of video display element 100 of selection is together to form the second layer 800 ' ', and the second layer 800 ' ' it is attached at first On row.In another embodiment, no lifting device 710 can also realize the method.

As shown in Figure 13, when first layer 800 ' has been promoted by lifting device 710, and place or be stored in display and deposit The second layer 800 ' on storage unit 700 ' ensure that first and second layer 800 ', 800 ' ' is logical along internal links region 718 mutually Capstan winch 716 is crossed to be promoted jointly(As shown in figure 14).At this point, foregoing Figure 12 and Figure 13 combines shown step weight All row are promoted again(' ', the 4th layer 800 ' ' ' ' and layer 5 800 ' such as third layer 800 ' ' ' ' '), as shown in Figure 14, therefore The selection of layer 800 includes row 900, and forming a Large video display system 602 can be arranged in the preparation of production.

On the premise of completion is produced, whole row are as shown in Figure 14(Such as first layer 800 ', the second layer 800 ' ', third layer 800 ' ' ', the 4th layer 800 ' ' ' ' and layer 5 800 ' ' ' ' ')To be landed until layer 5 800 ' ' ' ' ' ' it is landed to display In storage unit 700.When layer 5 800 ' ' ' ' ' it is landed to display storage unit 700, layer 5 800 ' ' ' ' ' and the 4th layer 800 ' ' ' ' the interconnection region between part is separated.In addition, neighbouring row(Such as first row 900 ', secondary series 900 ' ', Three row 900 ' ' ', the 4th row 900 ' ' ' ', the 5th row 900 ' ' ' ' ' and the 6th row 900 ' ' ' ' ' ')Selectable phase as needed It mutually splits, so when assembling is completed, display storage unit 700 can be relatively moved mutually.Many steps can be with different suitable Sequence is preferably completed.It is connected with each other the step in region between ' ' ' accordingly for example, separation layer 5 800 ' ' ' ' ' and the 4th layer 800 ' Suddenly can prior to while or after between neighbouring row 900 mutually selectively split.In a replaceable embodiment, More than one video display element 100, represents neighbouring row, can keep phase after dropping in display storage unit 700 It connects, to reduce the quantity of the fractionation of video display system 602.

Those skilled in the art like foregoing installation step to be repeated with complete inverted order(Although many steps in assembling Suddenly can complete simultaneously or with the order of the foregoing description on the contrary, if desired, can also split in a different order)Directly It is separated from each other between lifting device and between display storage unit to neighbouring row and column.When video is shown The row of component 100 splits and selectively departs between each other and with display storage unit, shows that storage unit can be compared with Their predetermined arrangement movements, and Transportation Model is placed in, as being that transport display storage is single in the preparation produced next time Member.

When the present invention is described as related preferred embodiment, then it will be understood by the technical staff in the field, then may be used It can be substituted with generating a variety of variations and element wherein of equal value, without departure from the scope of this technology.Furthermore, it is possible to it adopts Some is taken to correct to adapt to special situation or material, does not depart from the introduction of its essential scope.Therefore, it is intended that the present invention Be not limited to make the preferred embodiment disclosed in anticipated optimal set pattern to realize the present invention, but the present invention will include it is all fall Embodiment in the range of dependent claims.

Claims (8)

1. the method for display system components is assembled, the described method includes:
It sets and multiple components is selectively arranged to form a first layer together;
Promote first layer;
It sets and multiple components is selectively arranged to form a second layer together;And
This second layer is attached at first layer;
The component, which is mounted in carrier vehicle and sets, includes the alignment carrier vehicle;
It is described that the interconnection for including the carrier vehicle is set.
2. the method as described in claim 1, which is characterized in that it is multiple to be formed that the second layer is attached at the first layer Row module.
3. the method as described in claim 1, which is characterized in that the component extends to light emitting therein at least one Unit.
4. method as claimed in claim 3 a, which is characterized in that part at least one light emitting unit is substantially horizontal To ground along at least one extension in the multiple component.
5. the method as described in claim 1, which is characterized in that set and selectively arrange described in multiple components are formed together First layer, the component for ensuring the first layer for including selection is in lifting device, wherein promoting the first layer includes Valve gear promotes the first layer from the carrier vehicle, is provided with and multiple components is selectively arranged to form described the together Two layers include setting the carrier vehicle essentially vertically to arrange the second layer and the first layer, and including by playing valve Device promotes the first layer and the second layer from the carrier vehicle.
6. method as claimed in claim 5, the described method includes:
The second layer land in the carrier vehicle;
The second layer is split from the first layer;
It sets and selectively splits the component for forming the second layer;
The first layer land in carrier vehicle;
The first layer is separated from lifting device;And
It sets and selectively splits the component for forming the first layer.
7. method as claimed in claim 6, be provided with and selectively split formed the first layer component include from It is moved in the arrangement of the carrier vehicle.
8. method as claimed in claim 5, the described method includes
By selectively separating from least one neighbouring component and the lifting device and/or splitting component, from least one Component is separated and/or split in the component of a first layer and first row.
CN201310356997.XA 2009-03-26 2013-08-16 The assembly method of video display system CN103854573B (en)

Priority Applications (3)

Application Number Priority Date Filing Date Title
US13/688759 2012-11-29
US13/688,759 2012-11-29
US13/688,759 US9247683B2 (en) 2009-03-26 2012-11-29 Method of assembly of a video display system

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CN103854573B true CN103854573B (en) 2018-06-01

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4512097A (en) * 1982-07-30 1985-04-23 Zeigler Theodore Richard Display panel mounting clip
US5796376A (en) * 1991-12-18 1998-08-18 Cie Research, Inc. Electronic display sign
US6704989B1 (en) * 2001-12-19 2004-03-16 Daktronics, Inc. Process for assembling and transporting an electronic sign display system

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7774968B2 (en) * 2007-04-27 2010-08-17 Daktronics, Inc. Transportable electronic sign display system
US9741271B2 (en) * 2008-05-20 2017-08-22 Tait Towers Manufacturing, LLC Flexibly supported video display

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US4512097A (en) * 1982-07-30 1985-04-23 Zeigler Theodore Richard Display panel mounting clip
US5796376A (en) * 1991-12-18 1998-08-18 Cie Research, Inc. Electronic display sign
US6704989B1 (en) * 2001-12-19 2004-03-16 Daktronics, Inc. Process for assembling and transporting an electronic sign display system

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