CN204723755U - High-rise buildings sightseeing ball cabin - Google Patents
High-rise buildings sightseeing ball cabin Download PDFInfo
- Publication number
- CN204723755U CN204723755U CN201520271361.XU CN201520271361U CN204723755U CN 204723755 U CN204723755 U CN 204723755U CN 201520271361 U CN201520271361 U CN 201520271361U CN 204723755 U CN204723755 U CN 204723755U
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- wheel
- ball
- leveling
- track
- sightseeing
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Abstract
The utility model provides a kind of high-rise buildings sightseeing ball cabin, be arranged on the track of ball cabin, described ball cabin track comprises two main orbits and the leveling track between described two main orbits, described main orbit and leveling track are all connected with the lower support of described ball cabin track, described high-rise buildings sightseeing ball cabin comprises ball cabin body, chassis, two groups of moving trolley wheels and leveling wheel group, described ball cabin body is arranged on described chassis, described two groups of moving trolley wheels and leveling wheel group are all arranged at bottom, described chassis, described two groups of running wheel groups are rolled with described two main orbits respectively and are connected, described leveling wheel group is connected with described leveling non-orbiting scroll.Described high-rise buildings sightseeing ball cabin have employed the combination of leveling wheel group and leveling track, ensure that the smooth ride degree of sightseeing ball cabin on the track of ball cabin, simultaneously the structural design of its ball cabin framework and ball hatch door makes its overall structure firmly stable, and ball hatch door open and closed time safety coefficient higher.
Description
Technical field
The utility model relates to visit facilities design technical field, particularly relates to a kind of high-rise buildings sightseeing ball cabin.
Background technology
In the visit facility in modern times, sightseeing ball cabin is as a kind of comparatively common welcome visit facility, and be applied to every field, it can be arranged at various place, environment, with the sightseeing making the visitor in ball cabin carry out 360 °.But existing sightseeing ball cabin, particularly the safety coefficient in high-rise buildings sightseeing ball cabin and visitor's comfort level problem are always difficult to solve, be embodied in the structural instability of ball cabin framework, safety coefficient when ball hatch door is opened and closed is lower, and the smooth ride degree of sightseeing ball cabin in irregularly shaped plane or curved surface track is inadequate etc.
Utility model content
The utility model provides a kind of high-rise buildings sightseeing ball cabin, with the problem that the safety coefficient and visitor's comfort level that solve existing high-rise buildings sightseeing ball cabin are lower.
In order to solve the problems of the technologies described above, the utility model provides a kind of high-rise buildings sightseeing ball cabin, it is arranged on the track of ball cabin, described ball cabin track comprises two main orbits and the leveling track between described two main orbits, described main orbit and leveling track are all connected with the lower support of described ball cabin track, described high-rise buildings sightseeing ball cabin comprises ball cabin body and chassis assembly, described chassis assembly comprises chassis, two groups of moving trolley wheels and leveling wheel group, described ball cabin body is arranged on described chassis, described two groups of moving trolley wheels and leveling wheel group are all arranged at bottom, described chassis, described two groups of running wheel groups are rolled with described two main orbits respectively and are connected, described leveling wheel group is connected with described leveling non-orbiting scroll.
Further, described moving trolley wheels comprise road wheel, side roller and lower hook wheel, described road wheel, side roller and lower hook wheel is all arranged at bottom, described chassis, described road wheel is arranged to roll above described main orbit and with described main orbit and is connected, described side roller is arranged at described main orbit and rolls near the side of described leveling track and with described main orbit and be connected, and the below rolling with described main orbit that described lower hook wheel is arranged at described main orbit is connected.
Further, the road wheel quantity often organized in described moving trolley wheels is at least 2, and side roller quantity is at least 4.
Further, described leveling wheel group comprises leveling wheel and two leveling hook wheels, leveling track of telling is a "T"-shaped track, the top rolling with the upper water planar structure of described "T"-shaped track that described leveling wheel is arranged at described "T"-shaped track is connected, and described two leveling hooks wheel is arranged at respectively to roll in the groove of described "T"-shaped track both sides and with the upper water planar structure of described "T"-shaped track and is connected.
Further, described leveling wheel group also comprises two groups of leveling side rollers, and described two groups of leveling side rollers to be arranged at respectively in the both sides of described "T"-shaped rail superior portion horizontal plane structure and to roll with the upper water planar structure of described "T"-shaped track and are connected.
Further, described ball cabin body comprises ball hatch door, ball cabin framework, cabin glass and overhead guard, and described ball hatch door, ball cabin framework, cabin glass, overhead guard and chassis are combined to form one complete spherical, and described ball hatch door can move along described spherical contour structures.
Further, described ball cabin framework comprises some arcuate pillar stands and pressing plate, the upper end of described arcuate pillar stand and the surrounding edge of described overhead guard are welded to connect, the surrounding edge on its lower end and described chassis is welded to connect, described pressing plate is arranged at the outside of described arcuate pillar stand, described cabin glass is between described arcuate pillar stand and described pressing plate, and described pressing plate, cabin glass are fixedly connected with by screw with arcuate pillar stand.
Further, correspondence position on described overhead guard and chassis is respectively equipped with upper and lower track, top combination wheel and bottom combination wheel are arranged at respectively also can respectively along described upper and lower rail moving in described upper and lower track, the upper end of described ball hatch door is connected with described top combination wheel, its lower end is connected with described bottom combination wheel, described overhead guard is also provided with ball hatch door draw-gear, described ball hatch door draw-gear is connected with described top combination wheel.
Further, described ball hatch door draw-gear comprises motor, traction wheel, steel wire rope, large directive wheel, regulating wheel and some little directive wheels, described motor drives described traction wheel to rotate, described steel wire rope is connected with described top combination wheel with regulating wheel by described large and small directive wheel, and described traction wheel draws described steel wire rope and pulls movement of getting on the right track described in combination wheel edge, described top.
Further, the quantity of described top combination wheel and bottom combination wheel is two, combination wheel interval, two described tops is arranged, two same intervals of described bottom combination wheel are arranged, on described, the stage casing of lower railway is equipped with an orbital groove, described top combination wheel and bottom combination wheel all can be embedded in described orbital groove, clamping pin mechanism and worm screw self-locking mechanism is also provided with in described chassis, described worm screw self-locking mechanism is positioned at the orbital groove place of described lower railway, worm screw in described worm screw self-locking mechanism is used for the bottom combination wheel in the orbital groove of described lower railway to release described orbital groove, described clamping pin mechanism to be positioned at when ball hatch door is opened described lower railway away from one end of described ball hatch door, bayonet lock in described clamping pin mechanism is used for carrying out spacing to the bottom combination wheel being positioned at this end of described lower railway when ball hatch door is closed.
Compared with prior art, the utility model has following beneficial effect:
The high-rise buildings sightseeing ball cabin that the utility model provides have employed the combination of leveling wheel group and leveling track, ensure that the smooth ride degree of sightseeing ball cabin on the track of ball cabin, the ball cabin framework in this high-rise buildings sightseeing ball cabin and the structural design of ball hatch door make its overall structure stable firmly simultaneously, and ball hatch door open and closed time safety coefficient higher.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
The front view in the high-rise buildings sightseeing ball cabin that Fig. 1 provides for the utility model embodiment;
The side view in the high-rise buildings sightseeing ball cabin that Fig. 2 provides for the utility model embodiment;
The perspective view in the high-rise buildings sightseeing ball cabin that Fig. 3 provides for the utility model embodiment;
The structural representation of chassis assembly in the high-rise buildings sightseeing ball cabin that Fig. 4 provides for the utility model embodiment;
The structural representation got on the right track in the high-rise buildings sightseeing ball cabin that Fig. 5 provides for the utility model embodiment;
The structural representation of lower railway in the high-rise buildings sightseeing ball cabin that Fig. 6 provides for the utility model embodiment.
In Fig. 1 to 6,
1: ball cabin track; 11: main orbit; 12: leveling track; 2: ball cabin body; 21: ball hatch door; 22: ball cabin framework; 221: arcuate pillar stand; 222: pressing plate; 23: cabin glass; 24: overhead guard; 3: chassis assembly; 31: chassis; 32: moving trolley wheels; 321: road wheel; 322: side roller; 323: lower hook wheel; 33: leveling wheel group; 331: leveling wheel; 332: leveling hook is taken turns; 333: leveling side roller; 4: get on the right track; 41: top combination wheel; 42: orbital groove; 5: lower railway; 51: bottom combination wheel; 52: orbital groove; 6: ball hatch door draw-gear; 61: motor; 62: traction wheel; 63: steel wire rope; 64: large directive wheel; 65: regulating wheel; 66: little directive wheel; 7: clamping pin mechanism; 8: worm screw self-locking mechanism.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the high-rise buildings sightseeing ball cabin that the utility model proposes is described in further detail.According to the following describes and claims, advantage of the present utility model and feature will be clearer.It should be noted that, accompanying drawing all adopts the form that simplifies very much and all uses non-ratio accurately, only in order to object that is convenient, aid illustration the utility model embodiment lucidly.
Core concept of the present utility model is, a kind of high-rise buildings sightseeing ball cabin is provided, which employs the combination of leveling wheel group and leveling track, ensure that the smooth ride degree of sightseeing ball cabin on the track of ball cabin, the ball cabin framework in this high-rise buildings sightseeing ball cabin and the structural design of ball hatch door make its overall structure stable firmly simultaneously, and ball hatch door open and closed time safety coefficient higher.
Please refer to Fig. 1 to 6, the front view in the high-rise buildings sightseeing ball cabin that Fig. 1 provides for the utility model embodiment; The side view in the high-rise buildings sightseeing ball cabin that Fig. 2 provides for the utility model embodiment; The perspective view in the high-rise buildings sightseeing ball cabin that Fig. 3 provides for the utility model embodiment; The structural representation of chassis assembly in the high-rise buildings sightseeing ball cabin that Fig. 4 provides for the utility model embodiment; The structural representation got on the right track in the high-rise buildings sightseeing ball cabin that Fig. 5 provides for the utility model embodiment; The structural representation of lower railway in the high-rise buildings sightseeing ball cabin that Fig. 6 provides for the utility model embodiment.
As shown in Figures 1 to 3, the utility model embodiment provides a kind of high-rise buildings sightseeing ball cabin, it is arranged on ball cabin track 1, described ball cabin track 1 comprises two main orbits 11 and the leveling track 12 between described two main orbits 11, described main orbit 11 and leveling track 12 are all connected with the lower support (not shown) of described ball cabin track 1, described high-rise buildings sightseeing ball cabin comprises ball cabin body 2 and chassis assembly 3, described chassis assembly 3 comprises chassis 31, two groups of moving trolley wheels 32 and leveling wheel group 33, described ball cabin body 2 is arranged on described chassis 31, described two groups of moving trolley wheels 32 and leveling wheel group 33 are all arranged at bottom, described chassis 31, described two groups of moving trolley wheels 32 roll with described two main orbits 11 respectively and are connected, described leveling wheel group 33 is rolled with described leveling track 12 and is connected.
The high-rise buildings sightseeing ball cabin that the utility model embodiment provides have employed leveling wheel group 33 and the combination of leveling track 12, ensure that the smooth ride degree of sightseeing ball cabin on ball cabin track 1.
Further, as shown in Figure 4, described moving trolley wheels 32 comprise road wheel 321, side roller 322 and lower hook wheel 323, described road wheel 321, side roller 322 and lower hook wheel 323 is all arranged at bottom, described chassis 31, described road wheel 321 is arranged to roll above described main orbit 11 and with described main orbit 11 and is connected, described side roller 322 is arranged at described main orbit 11 and rolls near the side of described leveling track 12 and with described main orbit 11 and be connected, and the below rolling with described main orbit 11 that described lower hook wheel 323 is arranged at described main orbit 11 is connected.
In the present embodiment, the quantity often organizing the road wheel 321 in described moving trolley wheels 32 is two, described two road wheels 321 are the nylon of diameter phi 300, and (its material is for " macromolecule oil-containing alloy 851B type ", hereinafter referred to as " nylon ") road wheel, most of weight on described two nylon road wheel fulcrum ball cabin bodies 2 and chassis 31, undertakes the task walked in carrying sightseeing ball cabin on ball cabin track 1; The quantity often organizing the side roller 322 in described moving trolley wheels 32 is four, described four side rollers 322 are the spheroidal graphite cast-iron side roller of diameter phi 100, described four spheroidal graphite cast-iron side rollers, for limiting the side (horizontal stroke) of ball cabin body 2 to movement, bear again the wirerope lateral force connecting anteroposterior view photosphere cabin simultaneously; Described lower hook wheel 323 is hook wheel under the nylon of diameter phi 200, under described nylon, hook wheel is mainly used in preventing sightseeing ball cabin from up extracting track (making sightseeing ball cabin be subject to powerful power of toppling under the extreme climate situation such as strong earthquake and storm), bears the wirerope uplift force produced with the change at track 1 inclination angle, ball cabin simultaneously.
Further, described leveling wheel group 33 comprises leveling wheel 331 and two leveling hook wheels 332, leveling track of telling 12 is a "T"-shaped track, the top rolling with the upper water planar structure of described "T"-shaped track that described leveling wheel 331 is arranged at described "T"-shaped track is connected, and described two leveling hooks wheel 332 is arranged at respectively to roll in the groove of described "T"-shaped track both sides and with the upper water planar structure of described "T"-shaped track and is connected.
In the present embodiment, described leveling wheel 331 is nylon leveling wheel, and described two leveling hooks wheel 332 is nylon leveling hook wheel.
Further, described leveling wheel group 33 also comprises two groups of leveling side rollers 333, and described two groups of leveling side rollers 333 to be arranged at respectively in the both sides of described "T"-shaped rail superior portion horizontal plane structure and to roll with the upper water planar structure of described "T"-shaped track and are connected.
The leveling wheel group 33 that the utility model embodiment provides is walked on special "T"-shaped track, when ball cabin body 2 is walked on the ball cabin track 1 of changes in pitch, its ball cabin body 2 keeps level, also make the traveling in sightseeing ball cabin more stable, this is the characteristic of this high-rise buildings sightseeing ball cabin rigidity leveling system, there is the brief reliable feature of leveling system, this leveling wheel group 33 also assume responsibility for the moiety by weight of ball cabin body 2 simultaneously, share the pressure of moving trolley wheels 32, add the stability in whole sightseeing ball cabin.
Further, as shown in Figures 1 to 3, described ball cabin body 2 comprises ball hatch door 21, ball cabin framework 22, cabin glass 23 and overhead guard 24, described ball hatch door 21, ball cabin framework 22, cabin glass 23, overhead guard 24 and chassis 31 are combined to form one complete spherical, and described ball hatch door 21 can move along described spherical contour structures.
Further, described ball cabin framework 22 comprises some arcuate pillar stands 221 and pressing plate 222, the upper end of described arcuate pillar stand 221 and the surrounding edge of described overhead guard 24 are welded to connect, the surrounding edge on its lower end and described chassis 31 is welded to connect, described pressing plate 222 is arranged at the outside of described arcuate pillar stand 221, described cabin glass 23 is between described arcuate pillar stand 221 and described pressing plate 222, and described pressing plate 222, cabin glass 23 are fixedly connected with by screw with arcuate pillar stand 221.
In the present embodiment, the quantity of shown arcuate pillar stand 221 is 7, shown 7 arcuate pillar stands 221 are ivory column, the stainless-steel pipe of φ 38 × 2 is used to be connected by 7 arcuate pillar stands 221 in the middle of shown 7 arcuate pillar stands 221, described steel pipe both can be used as handrail for passenger, in turn enhanced the rigidity of whole ball cabin framework.Inside, ball cabin is equipped with intercom, intercom erecting of panel is on the right side of ball hatch door inside arcuate pillar stand, a plane seat stool is respectively established in both sides in ball cabin body 2, each stool can be had a rest for two, three people, the below of a seat stool is provided with dry powder extinguisher wherein, event of fire, and passenger should be reported to the police by intercom immediately, also can take out fire extinguisher simultaneously, implement fire extinguishing according to fire extinguisher illustrates.
Further, as shown in Figure 5,6, correspondence position on described overhead guard 24 and chassis 31 is respectively equipped with get on the right track 4 and lower railway 5, top combination wheel 41 and bottom combination wheel 51 are arranged at respectively in described upper and lower track 4,5 and also can move along described upper and lower track 4,5 respectively, the upper end of described ball hatch door 21 is connected with described top combination wheel 41, its lower end is connected with described bottom combination wheel 51, described overhead guard 24 is also provided with ball hatch door draw-gear 6, described ball hatch door draw-gear 6 is connected with described top combination wheel 41.
Further, described ball hatch door draw-gear 6 comprises motor 61, traction wheel 62, steel wire rope 63, large directive wheel 64, regulating wheel 65 and some little directive wheels 66, described motor 61 drives described traction wheel 62 to rotate, described steel wire rope 63 is connected with described top combination wheel 41 with regulating wheel 65 by described large and small directive wheel 64,66, described traction wheel 62 draws described steel wire rope 63 and pulls described top combination wheel 41 4 to move along described getting on the right track, and opens or closes to drive described ball hatch door 21.
Further, the quantity of described top combination wheel 41 and bottom combination wheel 51 is two, combination wheel 41 interval, two described tops is arranged, two same intervals of described bottom combination wheel 51 are arranged, on described, lower railway 4, the stage casing of 5 is equipped with an orbital groove 42, 52, described top combination wheel 41 and bottom combination wheel 51 all can be embedded in described orbital groove 42, in 52, clamping pin mechanism 7 and worm screw self-locking mechanism 8 is also provided with in described chassis 31, described worm screw self-locking mechanism 8 is positioned at orbital groove 52 place of described lower railway 5, worm screw in described worm screw self-locking mechanism 8 is used for the bottom combination wheel 51 in described orbital groove 52 to release described orbital groove 52, described clamping pin mechanism 7 to be positioned at when ball hatch door 21 is opened described lower railway 5 away from one end of described ball hatch door 21, bayonet lock in described clamping pin mechanism 7 is used for carrying out spacing to the bottom combination wheel 51 of this end being positioned at described lower railway 5 when ball hatch door 21 is closed, guarantee that ball hatch door 21 can not be opened voluntarily by passenger in ball cabin.
Opening and closing and mobile shield door (automatically-controlled door) system of stepping on the platform of cabin of the ball hatch door 21 that the utility model embodiment provides realize linking, and are automatically realized opening and closing by control system Fieldbus Control.For realizing the opening and closing of ball hatch door 21, bottom chassis 31, left and right is provided with worm screw self-locking mechanism 8 and clamping pin mechanism 7 respectively, when ball hatch door 21 starts to close, worm screw in worm screw self-locking mechanism 8 stretches out, bottom combination wheel 51 in orbital groove 52 is released orbital groove 52, indentation after releasing, bayonet lock in clamping pin mechanism 7 is in indentation state, after ball hatch door 21 closedown puts in place, bayonet lock in clamping pin mechanism 7 slowly stretches out, block the counter motion passage of ball bilge portion combination wheel 51, ball hatch door 21 is in safety interlocking state; When ball hatch door 21 starts to open, worm screw in described worm screw self-locking mechanism 8 stretches out, and combination wheel 51 bottom another in orbital groove 52 is released orbital groove 52, indentation after releasing, bayonet lock simultaneously in clamping pin mechanism 7 is in indentation state, and ball hatch door 21 is normally opened.
In the present embodiment, the clamping pin mechanism 7 of described ball hatch door 21 bottom chassis 31 and worm screw self-locking mechanism 8 place are all also furnished with emergent handle, it acts on identical with clamping pin mechanism 7 and worm screw self-locking mechanism 8, but be hand gear, in case of emergency staff can manually opened ball hatch door 21, evacuates passenger in cabin.
In the present embodiment, 2 stainless steel handles are also had in the front of ball hatch door 21, it opens except ball hatch door 21 except helping in emergency situations, topmost effect is the rigidity considerably increasing ball hatch door 21, ensure the configuration of ball hatch door 21 and steady in switching process, solve ball hatch door 21 smoothly because be out of shape the many adverse effects brought.
Obviously, those skilled in the art can carry out various change and modification to the utility model and not depart from spirit and scope of the present utility model.Like this, if of the present utility model these change and modification belongs within the scope of the utility model claim and equivalent technologies thereof, then the utility model is also intended to comprise these change and modification.
Claims (10)
1. a high-rise buildings sightseeing ball cabin, be arranged on the track of ball cabin, it is characterized in that, described ball cabin track comprises two main orbits and the leveling track between described two main orbits, described main orbit and leveling track are all connected with the lower support of described ball cabin track, described high-rise buildings sightseeing ball cabin comprises ball cabin body, chassis, two groups of moving trolley wheels and leveling wheel group, described ball cabin body is arranged on described chassis, described two groups of moving trolley wheels and leveling wheel group are all arranged at bottom, described chassis, described two groups of running wheel groups are rolled with described two main orbits respectively and are connected, described leveling wheel group is connected with described leveling non-orbiting scroll.
2. high-rise buildings sightseeing ball cabin according to claim 1, it is characterized in that, described moving trolley wheels comprise road wheel, side roller and lower hook wheel, described road wheel, side roller and lower hook wheel is all arranged at bottom, described chassis, described road wheel is arranged to roll above described main orbit and with described main orbit and is connected, described side roller is arranged at described main orbit and rolls near the side of described leveling track and with described main orbit and be connected, and the below rolling with described main orbit that described lower hook wheel is arranged at described main orbit is connected.
3. high-rise buildings sightseeing ball cabin according to claim 2, is characterized in that, the road wheel quantity often organized in described moving trolley wheels is at least 2, and side roller quantity is at least 4.
4. high-rise buildings sightseeing ball cabin according to claim 1, it is characterized in that, described leveling wheel group comprises leveling wheel and two leveling hook wheels, leveling track of telling is a "T"-shaped track, the top rolling with the upper water planar structure of described "T"-shaped track that described leveling wheel is arranged at described "T"-shaped track is connected, and described two leveling hooks wheel is arranged at respectively to roll in the groove of described "T"-shaped track both sides and with the upper water planar structure of described "T"-shaped track and is connected.
5. high-rise buildings sightseeing ball cabin according to claim 4, it is characterized in that, described leveling wheel group also comprises two groups of leveling side rollers, and described two groups of leveling side rollers to be arranged at respectively in the both sides of described "T"-shaped rail superior portion horizontal plane structure and to roll with the upper water planar structure of described "T"-shaped track and are connected.
6. the high-rise buildings sightseeing ball cabin according to any one of claim 1 to 5, it is characterized in that, described ball cabin body comprises ball hatch door, ball cabin framework, cabin glass and overhead guard, described ball hatch door, ball cabin framework, cabin glass, overhead guard and chassis are combined to form one complete spherical, and described ball hatch door can move along described spherical contour structures.
7. high-rise buildings sightseeing ball cabin according to claim 6, it is characterized in that, described ball cabin framework comprises some arcuate pillar stands and pressing plate, the upper end of described arcuate pillar stand and the surrounding edge of described overhead guard are welded to connect, the surrounding edge on its lower end and described chassis is welded to connect, described pressing plate is arranged at the outside of described arcuate pillar stand, and described cabin glass is between described arcuate pillar stand and described pressing plate, and described pressing plate, cabin glass are fixedly connected with by screw with arcuate pillar stand.
8. high-rise buildings sightseeing ball cabin according to claim 6, it is characterized in that, correspondence position on described overhead guard and chassis is respectively equipped with upper and lower track, top combination wheel and bottom combination wheel are arranged at respectively also can respectively along described upper and lower rail moving in described upper and lower track, the upper end of described ball hatch door is connected with described top combination wheel, its lower end is connected with described bottom combination wheel, described overhead guard is also provided with ball hatch door draw-gear, described ball hatch door draw-gear is connected with described top combination wheel.
9. high-rise buildings sightseeing ball cabin according to claim 8, it is characterized in that, described ball hatch door draw-gear comprises motor, traction wheel, steel wire rope, large directive wheel, regulating wheel and some little directive wheels, described motor drives described traction wheel to rotate, described steel wire rope is connected with described top combination wheel with regulating wheel by described large and small directive wheel, and described traction wheel draws described steel wire rope and pulls movement of getting on the right track described in combination wheel edge, described top.
10. high-rise buildings sightseeing ball cabin according to claim 8, it is characterized in that, the quantity of described top combination wheel and bottom combination wheel is two, combination wheel interval, two described tops is arranged, two same intervals of described bottom combination wheel are arranged, on described, the stage casing of lower railway is equipped with an orbital groove, described top combination wheel and bottom combination wheel all can be embedded in described orbital groove, clamping pin mechanism and worm screw self-locking mechanism is also provided with in described chassis, described worm screw self-locking mechanism is positioned at the orbital groove place of described lower railway, described clamping pin mechanism to be positioned at when ball hatch door is opened described lower railway away from one end of described ball hatch door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520271361.XU CN204723755U (en) | 2015-04-29 | 2015-04-29 | High-rise buildings sightseeing ball cabin |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520271361.XU CN204723755U (en) | 2015-04-29 | 2015-04-29 | High-rise buildings sightseeing ball cabin |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204723755U true CN204723755U (en) | 2015-10-28 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520271361.XU Withdrawn - After Issue CN204723755U (en) | 2015-04-29 | 2015-04-29 | High-rise buildings sightseeing ball cabin |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204723755U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104826340A (en) * | 2015-04-29 | 2015-08-12 | 上海市机械施工集团有限公司 | Sightseeing spherical cabin |
-
2015
- 2015-04-29 CN CN201520271361.XU patent/CN204723755U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104826340A (en) * | 2015-04-29 | 2015-08-12 | 上海市机械施工集团有限公司 | Sightseeing spherical cabin |
| CN104826340B (en) * | 2015-04-29 | 2017-06-27 | 上海市机械施工集团有限公司 | sightseeing ball cabin |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151028 Effective date of abandoning: 20170627 |