CN106730864A - Travel double track spiral well - Google Patents
Travel double track spiral well Download PDFInfo
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- CN106730864A CN106730864A CN201611174309.8A CN201611174309A CN106730864A CN 106730864 A CN106730864 A CN 106730864A CN 201611174309 A CN201611174309 A CN 201611174309A CN 106730864 A CN106730864 A CN 106730864A
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- helical orbit
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- 238000000034 method Methods 0.000 claims abstract description 7
- 230000000694 effects Effects 0.000 claims description 17
- 244000309464 bull Species 0.000 claims description 12
- 230000005484 gravity Effects 0.000 claims description 9
- 230000033001 locomotion Effects 0.000 claims description 9
- 230000002093 peripheral effect Effects 0.000 claims description 6
- 239000000203 mixture Substances 0.000 claims description 5
- 239000002184 metal Substances 0.000 claims description 4
- 230000007704 transition Effects 0.000 claims description 4
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- 230000007423 decrease Effects 0.000 claims description 3
- 238000013459 approach Methods 0.000 claims description 2
- 238000003780 insertion Methods 0.000 description 2
- 230000037431 insertion Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000002153 concerted effect Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 230000002996 emotional effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 239000002085 irritant Substances 0.000 description 1
- 231100000021 irritant Toxicity 0.000 description 1
- 230000008450 motivation Effects 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 230000000284 resting effect Effects 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63G—MERRY-GO-ROUNDS; SWINGS; ROCKING-HORSES; CHUTES; SWITCHBACKS; SIMILAR DEVICES FOR PUBLIC AMUSEMENT
- A63G21/00—Chutes; Helter-skelters
- A63G21/10—Chutes; Helter-skelters with spiral tracks
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63G—MERRY-GO-ROUNDS; SWINGS; ROCKING-HORSES; CHUTES; SWITCHBACKS; SIMILAR DEVICES FOR PUBLIC AMUSEMENT
- A63G21/00—Chutes; Helter-skelters
- A63G21/06—Chutes; Helter-skelters with passing arrangements for cars
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- Toys (AREA)
Abstract
Travelled double track spiral well the present invention relates to one kind, be made up of helical orbit (7), helical orbit fixing device, twilight orbit (8), pusher gear, railcar (1).People multiplies railcar (1) and is constantly turned round from helical orbit (7) high in rotation is accelerated, and then rushes out at a high speed.It is terrified before this, after be it is pleasantly surprised, it is more scared than hurt, it is full of interest, stimulate very much；A kind of brand-new recreation facility is increased, people are curious, are eager to have a try；It is stricken bitterly disappointed when just playing, have a lingering fear after object for appreciation, but brave spirit suddenly doubles；Railcar (1) follow to returning to starting point, overall process be automatically performed, it is necessary to administrative staff it is few.
Description
Technical field
Travelled double track spiral well the present invention relates to one kind, it is especially new, can cultivate brave spirit, tool it is interesting and
Irritating double track spiral well of travelling.
Background technology
Traditional recreation facility requires meeting people's consumption, increases delight of life, development emotional affection, cultivate team spirit, increase
Strong muscle strength, development body harmony, the brave spirit of culture have all played great role.But as the high speed of China's economic is sent out
Exhibition, the income of people is significantly improved, and the number travelled outdoors is growing day by day, and the requirement to recreation facility is more harsh.Should have
It is interesting irritant again；Conventional items are played and are fed up, it is desirable to play some new varieties.
Currently, the need for the equipment of recreation ground is far from people are met.It is many that people played multiple legacy equipment, does not see
The innovative means crossed or do not played are few, and many people have lost interest to participation activity of travelling；Festivals or holidays, even if legacy equipment is played
Cross multiple, there is no other equipment to play, must put up with.Sea of people, queuing long queue sees that head loses tail.But after playing, no
Exempt to come back disappointed.
Creating has interest, excitant, the recreation facility of novelty, and compatriots look forward to.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of new, culture bravery spirit, tool interest and stimulates
The double track spiral well of travelling of property；Another problem to be solved is the method using the double track spiral well of travelling.
In order to solve the above technical problems, the technical scheme is that：
One kind is travelled double track spiral well, by helical orbit, helical orbit fixing device, twilight orbit, pusher gear, track
Car is constituted.
Helical orbit contains outer rail and interior rail.
Outer rail from top to bottom be helical form, its pitch be constant, its axis vertical, it is by polylith circular arc outer rail metallic plate
It is formed by connecting；Outer rail metallic plate on the section of outer rail longitudinal direction is the low inclined rectangular in outside inner side high, and is inclined from top to bottom
Degree gradually increases.
Interior rail is from top to bottom helical form, and it is located in the inner chamber of outer rail, and its axis overlaps with the axis of the outer rail, its spiral shell
Away from the pitch equal to outer rail, it is formed by connecting by rail metallic plate in polylith circular arc；Interior rail metal on the interior rail longitudinal direction section
Plate is the low inclined rectangular in outside inner side high, and gradient gradually increases from top to bottom；Footpath on the section of helical orbit longitudinal direction
To the section and the section of the outer rail of the adjacent interior rail, identical shape, area equation, gradient identical rectangle are, and
The top of the two rectangles is on the same line.
Helical orbit fixing device is made up of outer column, outer column connecting rod, inner column, inner column connecting rod, supporting plate.
Multiple outer columns vertically are evenly distributed on the outside of helical orbit outer rail, and the outer column is cylinder or polygon prism, its
Lower end is fastened with ground and is connected, and the outer lateral face of the outer rail metallic plate on its outer rail with relevant position is contacted；Radial direction supporting plate
The lower surface of upper surface and the outer rail metallic plate fasten and be connected, its outer end is connected with the outer column fastening of relevant position, its
Inner face does not inwardly stretch out from the outer rail metallic plate；The two ends of outer column connecting rod adjacent two respectively with relevant position are outer vertical
External peripheral surface near one of post upper end fastens connection.
Multiple inner columns vertically are uniformly published in the inner side of rail in helical orbit, and the inner column is cylinder or polygon prism, its
Lower end is fastened with ground and is connected, and the interior lateral face of the interior rail metallic plate on its interior rail with relevant position is contacted；Radial direction supporting plate
The lower surface of upper surface and the interior rail metallic plate fasten and be connected, the fastening of its inner end and relevant position inner column is connected, outside it
End face is not protruding from the interior rail metallic plate；The two ends of inner column connecting rod two adjacent inner columns respectively with relevant position
One of external peripheral surface near upper end fasten connection.
Twilight orbit is double track, and its gauge is equal to the gauge of helical orbit, and it is formed by connecting by metal batten or rail, its
It is erected on support or lays on the ground；The twilight orbit containing the part of plate rail three under plate rail, ramp, level in level, on this
Fasten smooth with the upper end of helical orbit of the front end of plate rail is connected, and the rear end of the lower plate rail is smooth with the lower end of the helical orbit solid
It is close to and connects, the ramp is located on this between plate rail and the lower plate rail；Plate rail is equal to spiral track with the difference in height of the lower plate rail on this
The axial height in road.
Pusher gear is by ring chain, gear axle, lower tooth wheel shaft, gear, lower gear, pushing block, motor, upper axle
Seat, lower axle bed composition.
The axis of gear axle and the axis of lower tooth wheel shaft are perpendicular with where the longitudinal midline on ramp top on twilight orbit
Straight plane is vertical, and is all located at the underface of the center line, and the gear axle is again positioned at the upper plate rail and ramp phase of the twilight orbit
Switch through the inner side of crook, in the lower section of the gear axle, the gear axle is equal to the distance of the center line should for the lower gear axle position
The distance of lower tooth wheel shaft and the center line, the gear axle is less than the length of the ramp with the distance of the lower tooth wheel shaft；The gear
Axle is fixedly mounted on the upper axle bed of relevant position, and the lower tooth wheel shaft is fastened on the lower axle bed of relevant position；Gear
Fasten and be arranged on the gear axle, lower gear is fixed together with the lower tooth wheel shaft, and the rotation of the gear axle is by electricity
Motivation drives；Ring chain is sleeved on the gear and the lower gear, and the gear or the lower gear are engaged with the chain；Should
Disperse to fasten the multiple pushing blocks of connection on the annular profile of chain, when the motor-driven, the gear axle is rotated so as to drive the chain
When bar is operated, the pushing block on the chain of the tensioning of the neighbouring center line is moved obliquely along the center line.
Railcar by compartment, track wheel shaft, rail wheel, handrail, seat, safety belt, constituted by pushing device, film.
Compartment surrounds the unlimited cuboid in top, the side by two blocks of side plates, one piece of foreboard, one piece of back plate, one piece of base plate
The longitudinal length of plate is more than the transverse width of the foreboard, the gauge of the transverse width less than twilight orbit of the foreboard.
One of two track wheel shafts through the corresponding aperture on biside plate on compartment, its two ends respectively from one of this biside plate to
Overhang, its axis is vertical with the side of one of this biside plate, one of it is with this biside plate fastens and be connected；This two track wheel shafts
The front and rear in the compartment is located at respectively and close to base plate, this two axis of track wheel shaft are equal with the distance of the base plate.
Rail wheel is stepped wheel, and it is coaxially made up of steamboat and bull wheel；Two external parts of one of two track wheel shafts on compartment
One rail wheel of upper each installation, the outside of the steamboat bull wheel disposed thereon on the rail wheel；Track wheel shaft and the rail being installed on it
Road wheel is fixedly connected；Four rail wheels are had on the compartment；Steamboat active resting on one of two rail wheels on the outside of the compartment
Put on the upper surface of relevant position helical orbit outer rail, the bottom of the ring surface that bull wheel exposes and the outer rail of relevant position
Interior lateral face movable contact；Steamboat activity on one of two rail wheels of the interior compartment side is shelved on the relevant position spiral track
In road on the upper surface of rail, the interior lateral face movable contact of the bottom of the ring surface that bull wheel exposes and the interior rail of relevant position.
Seat is located in compartment, and the upper end of its angled back panel approaches with the lateral middle of the carriage back-plate, its four chair legs
Fasten on the upper surface of the relevant position compartment heel slab, fasten thereon and public safety belt is installed.
Handrail is cross bar, and its people for being located at the front of seat and being sitting on the seat stretches out one's hand and can conveniently catch, its insertion car
On railway carriage or compartment in the corresponding aperture of biside plate, its axis is vertical with the side of one of this biside plate, and its two ends is respectively one of with this biside plate
Fasten connection.
It is made up of sliding block box, sliding block, connecting rod, clinohedral, spring by pushing device.
Sliding block box is cuboid box, and its vertical height is more than transverse width, and its transverse width is equal to or more than its thickness,
Its fastening is connected to the lateral center of vehicle carriage front plate outer surface, and the lower surface of its lower plate is flushed with the lower surface of platform floor, its
The center of lower plate is provided with circular or square opening.
Cuboid sliding block is located in sliding block box internal cavity and can slide up and down in the cavity.
The axis vertical of spring, it is located in the cavity above sliding block box inner slide, its upper end and the sliding block box upper plate
Lower surface is contacted, the upper surface of its lower end and the sliding block, and it is in compressive state.
The top surface of clinohedral is rectangle, and its preceding surface is inclined-plane, and the inclined-plane is gradually tilted backwards from top to bottom, thereafter surface
For vertical plane and be rectangle.
The Kong Zhonghou of sliding block box lower plate is inserted in the upper end of connecting rod from bottom to top, and its upper surface fastens with the lower surface of sliding block and connects
Connect, its lower surface fastens with the top surface of clinohedral and is connected.
Film is weak flexure strip, its, area equation identical with the cover plate shape of sliding block box, thereafter before surface and the cover plate
Surface fastens connection.
Railcar under the coordinated of rail wheel, can from the top down spin along helical orbit and move thereon, also can be
Along lengthwise movement on twilight orbit；When in ramp on the twilight orbit that the railcar moves upward to above chain, the rail
If the speed of the speed more than pushing block on the chain of front of road car top shoe box ramp body, the clinohedral should after catching up with the pushing block
The inclined-plane of clinohedral is contacted with the pushing block, drives the sliding block box inner slide compression spring upward sliding, and the clinohedral is crossed this and pushed away
Block is continued up, but speed is gradually reduced；When the speed of the clinohedral is less than the speed of its rear pushing block, the pushing block is chased after
After the upper clinohedral, the pushing block is contacted with the rear surface of the clinohedral, is driven the railcar to continue up and is reached the ramp
Upper end, after the pushing block and the clinohedral depart from, the railcar is entered on the upper plate rail of the twilight orbit because of inertia, and it is in resistance
Be parked under effect on this on plate rail, itself or on this on plate rail with preceding railcar slight impact, thereon film make the collision be
Full inelastic collision, it is finally parked on this on plate rail under drag effect.
The length of the upper plate rail of twilight orbit meets：Whole railcars of outfit can be parked on plate rail on this.
The upper plate rail of twilight orbit installs bar of keeping off a car with the activity of helical orbit upper end junction；When the bar of keeping off a car is across at this
When on upper plate rail, the railcar on this on plate rail is prevented to enter on the helical orbit；When the bar of keeping off a car is transferred to plate rail on this
During outside, the railcar on this on plate rail can be entered on the helical orbit.
The speed of service v of the chain on pusher gear meets：Railcar also leaves the upper of the ramp of twilight orbit with speed v
Behind end, can automatically enter plate rail and can automatically be parked in the junction of plate rail and helical orbit on this.
The use of the method for travelling double track spiral well is such：
Prepare：User holds in the vacant railcar for nearby stepping on the upper plate rail of twilight orbit on spiral tracks, sits
On the seat, surround body with safety belt and buckle well, hold handrail.
Travel：Staff pushes railcar plate rail from this and proceeds to the upper end of the helical orbit and enter the spiral
In track；The railcar constantly accelerates rotation to decline along the helical orbit, then from the lower end of the helical orbit out, then at a high speed
Enter on the lower plate rail of the twilight orbit；The railcar is slowed down by after the lower plate rail, then the ramp for rushing to the twilight orbit；
The speed of the railcar is gradually reduced under resistance and Action of Gravity Field, and its speed connects when in the ramp above it moves to chain
Near is zero, and now the pushing block on the chain of relevant position pushes clinohedral thereon and continues to motion upwards；The railcar is arrived
During up to the ramp upper end, the pushing block departs from the clinohedral, and it enters plate rail on this because of inertia, is finally parked on this on plate rail.
Terminate：After the user unties safety belt, from the railcar out.
After using such structure, because the orbital plane of helical orbit is inclined, exist when railcar is along helical orbital movement
Following two power effects：Horizontal component of the horizontal component and helical orbit of railcar gravity to the lateral pressure of railcar.This two
Making a concerted effort for individual horizontal component is centripetal force that railcar moves in a circle along helical orbit.Due to make use of the level point of gravity
Power, the lateral pressure is just smaller, then the reaction force of the lateral pressure that helical orbit is received is also corresponding small.Not only helical orbit is not allowed
It is fragile, and the safety of railcar is secure.
After using such structure, due to the inclined-plane in the clinohedral in railcar by pushing device in preceding vertical plane rear,
More than the speed of pushing block on the pusher gear of front, it can cross the pushing block makes railcar move on to the speed of the clinohedral；
Less than the speed of rear pushing block, the pushing block can push the clinohedral makes the railcar move on to the speed of the clinohedral, and
Plate rail on this is stopped at after entering plate rail.Thus, railcar is follow to returning to starting point, overall process be automatically performed, it is necessary to
Administrative staff are few.
After such structure, people multiplies railcar and is constantly turned round from helical orbit high in rotation is accelerated,
Then rush out at a high speed.It is terrified before this, doubt into " hell ", after be pleasantly surprised, " escaping death by a hair's breadth ".It is more scared than hurt, it is full of interest, very
Stimulate.
After using such structure, a kind of brand-new recreation facility is increased, people are curious, are eager to have a try.
After using such structure, just play stricken bitterly disappointed, it is extremely audacious after object for appreciation.Brave spirit is played once suddenly to double.
Brief description of the drawings
Specific embodiment of the invention is described in further detail below in conjunction with the accompanying drawings.
Fig. 1 is the schematic top plan view of helical orbit and helical orbit fixing device.
Fig. 2 is the schematic side view of twilight orbit and pusher gear.
Fig. 3 is the schematic top plan view of railcar, and the railcar is on twilight orbit.
Fig. 4 is the schematic side view of railcar, but the side plate of railcar top shoe box departs from from the sliding block box.
Specific embodiment
As shown in Figure 1 to Figure 4 shown in each figure, one kind amusement double track spiral well, by helical orbit 7, helical orbit fixing device, mistake
Track 8, pusher gear, railcar 1 is crossed to constitute.
As shown in figure 1, the 7a containing outer rail of helical orbit 7 and interior rail 7b.
As shown in figure 1, outer rail 7a from top to bottom be helical form, its pitch be constant, its axis vertical, it is by polylith circular arc
Shape outer rail metallic plate is formed by connecting；Outer rail metallic plate on the section of outer rail 7a longitudinal directions is the low inclined rectangular in outside inner side high,
And gradient gradually increases from top to bottom.
As shown in figure 1, interior rail 7b is from top to bottom helical form, it is located in the inner chamber of outer rail 7a, its axis and the outer rail
The axis of 7a overlaps, and its pitch is equal to the pitch of outer rail 7a, and it is formed by connecting by rail metallic plate in polylith circular arc；The interior rail 7b
Interior rail metallic plate on longitudinal section is the low inclined rectangular in outside inner side high, and gradient gradually increases from top to bottom；The spiral shell
The section and the section of outer rail 7a of the interior rail 7b of the radially adjoining on the longitudinal section of rotation track 7, are that shape is identical, area
Equal, gradient identical rectangle, and the two rectangles top on the same line.
As shown in figure 1, helical orbit fixing device is by outer column 12a, outer column connecting rod 12b, inner column 12c, interior vertical
Post connecting rod 12d, supporting plate composition.
As shown in figure 1, multiple outer column 12a vertically are evenly distributed on the outside of the outer rail 7a of helical orbit 7, the outer column
12a is cylinder or polygon prism, and its lower end fastens with ground and is connected, the outer rail metallic plate on its outer rail 7a with relevant position
Outer lateral face contact；The lower surface of the upper surface of radial direction supporting plate and the outer rail metallic plate is fastened and is connected, its outer end and relevant position
Outer column 12a fasten connection, its inner face inwardly do not stretch out from the outer rail metallic plate；The two ends of outer column connecting rod 12b
The external peripheral surface near one of two adjacent outer column 12a with relevant position upper ends fastens connection respectively.
As shown in figure 1, multiple inner column 12c vertically are uniformly published in the inner side of rail 7b in helical orbit 7, the inner column
12c is cylinder or polygon prism, and its lower end fastens with ground and is connected, the interior rail metallic plate on its interior rail 7b with relevant position
Interior lateral face contact；The lower surface of the upper surface of radial direction supporting plate and the interior rail metallic plate is fastened and is connected, its inner end and relevant position
Inner column 12c fastens connection, and its outer face is not protruding from the interior rail metallic plate；The two ends of inner column connecting rod 12d point
External peripheral surface near one of two adjacent inner column 12c not with relevant position upper end fastens connection.
As shown in Fig. 2 twilight orbit 8 is double track, its gauge is equal to the gauge of helical orbit 7, and it is by metal batten or steel
Rail is formed by connecting, and it is erected on support or lays on the ground；The twilight orbit 8 is containing plate rail 8a, ramp 8b, level in level
The lower parts of plate rail 8c tri-, front end of plate rail 8a smooths to fasten and is connected with the upper end of helical orbit 7 on this, the rear end of the lower plate rail 8c
Smooth to fasten with the lower end of the helical orbit 7 and be connected, ramp 8b is located on this between plate rail 8a and the lower plate rail 8c；Put down on this
The difference in height of the rail 8a and lower plate rail 8c is equal to the axial height of helical orbit 7.
As shown in Fig. 2 pusher gear is by ring chain 9, gear axle 10a, lower tooth wheel shaft 10b, gear 11a, lower tooth
Wheel 11b, pushing block 20, motor, upper axle bed, lower axle bed composition.
As shown in Fig. 2 the axis of the axis of gear axle 10a and lower tooth wheel shaft 10b with ramp 8b on twilight orbit 8 on
Perpendicular is vertical where the longitudinal midline in portion, and is all located at the underface of the center line, and gear axle 10a is located at the transition again
The upper plate rail 8a of track 8 connects the inner side at turning with ramp 8b, and lower tooth wheel shaft 10b is located at the lower section of gear axle 10a,
The distance of the gear axle 10a and the center line is equal to the distance of the lower tooth wheel shaft 10b and the center line, the gear axle 10a with should
Length of the distance of lower tooth wheel shaft 10b less than ramp 8b；Gear axle 10a is fixedly mounted on the upper axle bed of relevant position
On, lower tooth wheel shaft 10b is fastened on the lower axle bed of relevant position；Gear 11a is fastened and is arranged on gear axle 10a
On, lower gear 11b is fixed together with lower tooth wheel shaft 10b, and the rotation of gear axle 10a is by motor-driven；Ring
Shape chain 9 is sleeved on gear 11a and lower gear 11b, and gear 11a or lower gear 11b is nibbled with the chain 9
Close；Disperse to fasten the multiple pushing blocks 20 of connection on the annular profile of the chain 9, when motor-driven gear axle 10a is rotated
During so as to driving the chain 9 to operate, the pushing block 20 on the chain 9 of the tensioning of the neighbouring center line is moved obliquely along the center line.
As shown in each figure of Fig. 1, Fig. 3, Fig. 4, railcar 1 is by compartment, track wheel shaft 3, rail wheel 4, handrail 5, seat 6, peace
Full band, constituted by pushing device 13, film 19.
As shown in figure 3, compartment is surrounded top and is opened wide by two pieces of side plate 2a, one piece of foreboard 2b, one piece of back plate 2c, one piece of base plate
Cuboid, the transverse width of the longitudinal length of side plate 2a more than foreboard 2b, the transverse width of foreboard 2b was less than
Cross the gauge of track 8.
As shown in figure 3, one of two track wheel shafts 3 are through the corresponding aperture on biside plate 2a on compartment, its two ends respectively from
One of this biside plate 2a is protruding, and its axis is vertical with the side of one of this biside plate 2a, and it is solid with one of this biside plate 2a
It is close to and connects；This two track wheel shafts 3 are located at the front and rear in the compartment and close to base plate respectively, this two track wheel shafts 3
Axis is equal with the distance of the base plate.
As shown in figure 3, rail wheel 4 is stepped wheel, it is coaxially made up of steamboat 4a and bull wheel 4b；Two track wheel shaft on compartment
One rail wheel 4, the outside of the steamboat 4a bull wheel 4b disposed thereon on the rail wheel 4 are respectively installed on one of 3 two external parts；Rail
Road wheel shaft 3 is fixedly connected with the rail wheel 4 being installed on it；Four rail wheels 4 are had on the compartment；Two rails on the outside of the compartment
Steamboat 4a activities on one of road wheel 4 are shelved on the upper surface of the outer rail 7a of relevant position helical orbit 7, the ring that bull wheel 4b exposes
The bottom in shape face and the interior lateral face movable contact of the outer rail 7a of relevant position；One of two rail wheels 4 of the interior compartment side
On steamboat 4a activities be shelved in the helical orbit 7 of relevant position on the upper surface of rail 7b, the ring surface that bull wheel 4b exposes
The interior lateral face movable contact of the interior rail 7b of bottom and relevant position.
As shown in figure 3, seat 6 is located in compartment, the upper end of its angled back panel connects with the lateral middle of carriage back-plate 2c
Closely, its four chair legs are fastened on the upper surface of the relevant position compartment heel slab, fasten install public thereon
Safety belt.
As shown in figure 3, handrail 5 is cross bar, its people for being located at the front of seat 6 and being sitting on the seat 6 stretches out one's hand can be conveniently
Catch, on its insertion compartment in the corresponding aperture of biside plate 2a, its axis is vertical with the side of one of this biside plate 2a, its two ends point
Do not fastened with one of this biside plate 2a and be connected.
As shown in Figure 3, Figure 4, it is made up of sliding block box 14, sliding block 15, connecting rod 17, clinohedral 18, spring 16 by pushing device 13.
As shown in figure 4, sliding block box 14 is cuboid box, its vertical height is more than transverse width, and its transverse width is equal to
Or more than its thickness, its fastening is connected to the lateral center of vehicle carriage front plate 2b outer surfaces, the lower surface and platform floor of its lower plate
Lower surface flush, the center of its lower plate is provided with circular or square opening.
As shown in figure 4, cuboid sliding block 15 is located in the internal cavity of sliding block box 14 and can slide up and down in the cavity.
As shown in figure 4, the axis vertical of spring 16, it is located in the cavity of the top of 14 inner slide of sliding block box 15, its upper end
Lower surface with the upper plate of sliding block box 14 is contacted, the upper surface of its lower end and the sliding block 15, and it is in compressive state.
As shown in figure 4, the top surface of clinohedral 18 is rectangle, its preceding surface is inclined-plane, and the inclined-plane is from top to bottom gradually backward
Incline, surface is vertical plane and is rectangle thereafter.
As shown in figure 4, the Kong Zhonghou of the lower plate of sliding block box 14 is inserted in the upper end of connecting rod 17 from bottom to top, its upper surface and sliding block
Lower surface fasten connection, the top surface fastening of its lower surface and clinohedral 18 is connected.
As shown in Figure 3, Figure 4, film 19 be weak flexure strip, its, area equation identical with the cover plate shape of sliding block box 14, its
Surface fastens with the preceding surface of the cover plate and is connected afterwards.
As shown in Fig. 2 railcar 1 thereon under the coordinated of rail wheel 4, can from the top down do spiral shell along helical orbit 7
Rotation motion, also can be on twilight orbit 8 along lengthwise movement；When the railcar 1 moves upward to the twilight orbit of the top of chain 9
When on 8 on ramp 8b, if the speed of the ramp body 18 of 1 top shoe box of railcar 14 is more than pushing block 20 on the chain 9 of front
Speed, the inclined-plane that the clinohedral 18 catch up with the clinohedral 18 after the pushing block 20 is contacted with the pushing block 20, is driven in the sliding block box 14
The upward sliding of 15 compression spring of sliding block 16, the clinohedral 18 is crossed the pushing block 20 and is continued up, but speed is gradually reduced；When
The speed of the clinohedral 18 less than its rear pushing block 20 speed when, after the pushing block 20 catch up with the clinohedral 18, the pushing block 20 with
The rear surface contact of the clinohedral 18, drives the railcar 1 to continue up the upper end for reaching ramp 8b, the pushing block 20 with
After the clinohedral 18 departs from, the railcar 1 is entered on the upper plate rail 8a of the twilight orbit 8 because of inertia, and it stops under drag effect
On this on plate rail 8a, itself or on this on plate rail 8a with the slight impact of preceding railcar 1, thereon film 19 make collision be complete
Inelastic collision, it is finally parked on this on plate rail 8a under drag effect.
As shown in Fig. 2 the length of the upper plate rail 8a of twilight orbit 8 meets：Outfit can be parked on plate rail 8a on this
Whole railcars 1.
The upper plate rail 8a of twilight orbit 8 installs bar of keeping off a car with the activity of the upper end junction of helical orbit 7；When this keep off a car bar across
When on this on plate rail 8a, the railcar 1 on this on plate rail 8a is prevented to enter on the helical orbit 7；When the bar of keeping off a car is transferred to
On this during the outside of plate rail 8a, the railcar 1 on this on plate rail 8a can be entered on the helical orbit 7.
As shown in Fig. 2 the speed of service v of the chain 9 on pusher gear meets：Railcar 1 also leaves transition rail with speed v
Behind the upper end of the ramp 8b in road 8, can automatically enter plate rail 8a and can automatically be parked in the company of plate rail 8a and helical orbit 7 on this
Meet place.
As shown in Figure 1 and Figure 2, the use of the method for the amusement double track spiral well is such：
Prepare：User steps into the vacant railcar 1 on the upper plate rail 8a of twilight orbit 8 near the upper end of helical orbit 7
It is interior, it is sitting on seat 6, surround body with safety belt and buckle well, hold handrail 5.
Travel：Staff pushes the railcar 1 plate rail 8a from this and proceeds to the upper end of the helical orbit 7 and enter this
In helical orbit 7；The railcar 1 constantly accelerates rotation to decline along the helical orbit 7, is then brought out under the helical orbit 7
Come, then enter at a high speed on the lower plate rail 8c of the twilight orbit 8；The railcar 1 is slowed down by after the lower plate rail 8c, then rushes to the mistake
Cross the ramp 8b of track 8；The speed of the railcar 1 is gradually reduced under resistance and Action of Gravity Field, when it moves to the top of chain 9
Ramp 8b on when its speed be close to zero, now the pushing block 20 on the chain 9 of relevant position pushes clinohedral 18 thereon
Continue to motion upwards；When the railcar 1 reaches ramp 8b upper ends, the pushing block 20 departs from the clinohedral 18, and it is because used
Property enters plate rail 8a on this, is finally parked on this on plate rail 8a.
Terminate：It is interior out from the railcar 1 after the user unties safety belt.
Explanation：
The inclined purpose of orbital plane of helical orbit 7, be allow the railcar 1 moved along the helical orbit 7 gravity water
It is one of centripetal force to divide power equally, to reduce 7 pairs of lateral pressures of the railcar 1 of the helical orbit.The reaction masterpiece of the lateral pressure
With on the helical orbit 7, according to Newton's third law, the reaction force that the helical orbit 7 is received also accordingly reduces, and is conducive to protecting
The helical orbit 7 is protected, the railcar 1 will not also derail.
If the gross mass of railcar 1 and occupant is m, the radius of turn of the railcar 1 is r, rotary speed is v ', centripetal force
It is F, the height that the railcar 1 declines is h, ignores resistance.
According to law of conservation of mechanical energy v '2=2gh
According to circular motion centripetal force formula
Above formula explanation：The height that railcar 1 declines is bigger, and speed is bigger, and unrelated with quality.I.e. railcar 1 declines phase
With height, the occupant of railcar 1 either adult or child, speed v ' are identical.
Following formula explanation：Speed v ' it is bigger, it is necessary to centripetal force F it is also bigger.
How big centripetal force is providedMethod has two, and one is the horizontal component for increasing lateral pressure to increase lateral pressure, two
It is the horizontal component for increasing gravity.The method of the present invention is latter.Therefore, helical orbit 7 is more below, and orbital plane is got over and inclined
Tiltedly.It is beneficial to safety although complex structure is a little.
To incline how many on earthOn the premise of inclination angle is less big also less small, it is not necessary that pursue accurate, because
The size of lateral pressure can be automatically adjusted, and can automatically strengthen the horizontal component of gravity, and the horizontal component of energy automotive resistance gravity,
Can the same bend of safety just like friction speed train.
Although the resistance that railcar 1 is received is less, but exists, therefore railcar 1 can not possibly be automatically moved to ramp 8b
Upper end.In order to allow railcar 1 to reach ramp 8b upper ends, and plate rail 8a can also be entered, there is provided pusher gear.
The distance of pusher gear gear axle 10a and lower tooth wheel shaft 10b is how many suitableThis distance cannot be counted accurately
Calculate, because railcar 1 has architectural difference and new and old difference.
Railcar 1 on the ramp 8b can on it is sliding one section, be to reduce cost, gear axle 10a and lower tooth wheel shaft 10b away from
From the length that should be less than ramp 8b.But this distance can not be too small, too small, railcar 1 does not reach pusher gear.This
Individual distance value between 1/3 to the 1/5 of ramp 8b length is advisable.Fortunately after railcar 1 reaches pusher gear, no matter speed is big
It is small, boosting is required for, and it can boosting.
Embodiments of the present invention are explained in detail above in conjunction with accompanying drawing.The present invention is not limited to above-mentioned embodiment party
Formula, in the ken that art those of ordinary skill possesses, can also be before present inventive concept not be departed from
Put that various changes can be made.The various change made on the premise of present inventive concept is not departed from, still falls within the scope of the present invention.
Claims (5)
1. one kind is travelled double track spiral well, it is characterised in that：
The double track spiral well of travelling is by helical orbit (7), helical orbit fixing device, twilight orbit (8), pusher gear, rail
Road car (1) is constituted；
Helical orbit (7) is containing outer rail (7a) and interior rail (7b)；
Outer rail (7a) from top to bottom be helical form, its pitch be constant, its axis vertical, it is by polylith circular arc outer rail metallic plate
It is formed by connecting；Outer rail metallic plate on the section of outer rail (7a) longitudinal direction is the low inclined rectangular in outside inner side high, and from up to
Lower gradient gradually increases；
Interior rail (7b) is from top to bottom helical form, and it is located in the inner chamber of outer rail (7a), the axle of its axis and the outer rail (7a)
Line overlaps, and its pitch is equal to the pitch of outer rail (7a), and it is formed by connecting by rail metallic plate in polylith circular arc；The interior rail (7b)
Interior rail metallic plate on longitudinal section is the low inclined rectangular in outside inner side high, and gradient gradually increases from top to bottom；It is described
The section and the section of the outer rail (7a) of the described interior rail (7b) of the radially adjoining on the section of helical orbit (7) longitudinal direction, are
Shape is identical, area equation, gradient identical rectangle, and the two rectangles top on the same line；
Helical orbit fixing device is by outer column (12a), outer column connecting rod (12b), inner column (12c), inner column connecting rod
(12d), supporting plate are constituted；
Multiple outer columns (12a) vertically are evenly distributed on the outside of helical orbit (7) outer rail (7a), and the outer column (12a) is
Cylinder or polygon prism, its lower end fasten with ground and are connected, the outer rail metallic plate on its outer rail (7a) with relevant position
Outer lateral face contact；The lower surface of the upper surface of radial direction supporting plate and the outer rail metallic plate is fastened and is connected, its outer end and corresponding positions
The outer column (12a) put fastens connection, and its inner face does not inwardly stretch out from the outer rail metallic plate；Outer column connecting rod
External peripheral surface near one of the two ends of (12b) adjacent two outer columns (12a) respectively with relevant position upper end is fastened and connected
Connect；
Multiple inner columns (12c) vertically are uniformly published in the inner side of helical orbit (7) interior rail (7b), and the inner column (12c) is
Cylinder or polygon prism, its lower end fasten with ground and are connected, the interior rail metallic plate on its described interior rail (7b) with relevant position
Interior lateral face contact；The lower surface of the upper surface of radial direction supporting plate and the interior rail metallic plate is fastened and is connected, its inner end and corresponding positions
Put the inner column (12c) and fasten connection, its outer face is not protruding from the interior rail metallic plate；Inner column connecting rod
External peripheral surface near one of the two ends of (12d) adjacent two inner columns (12c) respectively with relevant position upper end is fastened and connected
Connect；
Twilight orbit (8) is double track, and its gauge is equal to the gauge of helical orbit (7), and it is formed by connecting by metal batten or rail,
It is erected on support or lays on the ground；The twilight orbit (8) is containing under plate rail in level (8a), ramp (8b), level
The part of plate rail (8c) three, fasten smooth with the upper end of helical orbit (7) of the front end of the upper plate rail (8a) is connected, the lower plate rail
The rear end of (8c) smooths to fasten and is connected with the lower end of the helical orbit (7), and the ramp (8b) is located at the upper plate rail (8a)
Between the lower plate rail (8c)；The upper plate rail (8a) is equal to helical orbit (7) with the difference in height of the lower plate rail (8c)
Axial height；
Pusher gear is by ring chain (9), gear axle (10a), lower tooth wheel shaft (10b), gear (11a), lower gear
(11b), pushing block (20), motor, upper axle bed, lower axle bed composition；
The axis of gear axle (10a) and the axis of lower tooth wheel shaft (10b) with twilight orbit (8) ramp (8b) top it is vertical
Perpendicular where to the midline is vertical, and is all located at the underface of the center line, the gear axle (10a) and positioned at the transition
The upper plate rail (8a) of track (8) connects the inner side at turning with ramp (8b), and the lower tooth wheel shaft (10b) is located at the gear
The lower section of axle (10a), the gear axle (10a) is equal to the lower tooth wheel shaft (10b) with the center line with the distance of the center line
Distance, the gear axle (10a) is less than the length of the ramp (8b) with the distance of the lower tooth wheel shaft (10b)；On described
Gear shaft (10a) is fixedly mounted on the upper axle bed of relevant position, and the lower tooth wheel shaft (10b) is fastened installed in relevant position
On lower axle bed；Gear (11a) is fastened and is arranged on the gear axle (10a), lower gear (11b) and the lower tooth wheel shaft
(10b) is fixed together, and the rotation of the gear axle (10a) is by motor-driven；Ring chain (9) is sleeved on described
On gear (11a) and the lower gear (11b), the gear (11a) or the lower gear (11b) and the chain (9)
Engagement；Disperse to fasten the multiple pushing blocks (20) of connection on the annular profile of the chain (9), when upper tooth described in the motor-driven
Wheel shaft (10a) is rotated during so as to driving the chain (9) to operate, the pushing block on the chain (9) of the tensioning of the neighbouring center line
(20) moved obliquely along the center line；
Railcar (1) by compartment, track wheel shaft (3), rail wheel (4), handrail (5), seat (6), safety belt, by pushing device
(13), film (19) composition；
Compartment surrounds the unlimited cuboid in top by two pieces of side plates (2a), one piece of foreboard (2b), one piece of back plate (2c), one piece of base plate
Shape, the transverse width of the longitudinal length more than the foreboard (2b) of the side plate (2a), the transverse width of the foreboard (2b) is small
In the gauge of twilight orbit (8)；
, through the corresponding aperture on biside plate (2a) on compartment, its two ends is respectively from this biside plate for one of two track wheel shafts (3)
One of (2a) is protruding, and its axis is vertical with the side of one of this biside plate (2a), and one of it is with this biside plate (2a) fastens
Connection；This two track wheel shafts (3) are located at the front and rear in the compartment and close to base plate respectively, this two track wheel shafts
(3) axis is equal with the distance of the base plate；
Rail wheel (4) is stepped wheel, and it is coaxially made up of steamboat (4a) and bull wheel (4b)；One of two track wheel shafts (3) on compartment
Two external parts on a rail wheel (4) is respectively installed, steamboat (4a) bull wheel disposed thereon (4b's) on the rail wheel (4) is outer
Side；Track wheel shaft (3) is fixedly connected with the rail wheel (4) being installed on it；Four rail wheels (4) are had on the compartment；It is described
Steamboat (4a) activity on one of two rail wheels (4) on the outside of compartment is shelved on relevant position helical orbit (7) outer rail (7a)
Upper surface on, the bottom of the ring surface that bull wheel (4b) exposes connects with the interior lateral face activity of the outer rail (7a) of relevant position
Touch；Steamboat (4a) activity on one of two rail wheels (4) of the interior compartment side is shelved on helical orbit described in relevant position
(7) on the upper surface of interior rail (7b), the bottom of the ring surface that bull wheel (4b) exposes is interior with the described interior rail (7b) of relevant position
Lateral face movable contact；
In compartment, the upper end of its angled back panel approaches seat (6) with the lateral middle of the carriage back-plate (2c), its four
Chair leg is fastened and is arranged on the base plate at compartment rear portion described in relevant position, fastens install safety belt thereon；
Handrail (5) is cross bar, and its people for being located at the front of seat (6) and being sitting on the seat (6) stretches out one's hand and can conveniently catch, and it is inserted
Enter in the corresponding aperture of biside plate on compartment (2a), its axis is vertical with the side of one of this biside plate (2a), its two ends respectively with
One of this biside plate (2a) fastens connection；
It is made up of sliding block box (14), sliding block (15), connecting rod (17), clinohedral (18), spring (16) by pushing device (13)；
Sliding block box (14) is cuboid box, and its vertical height is more than transverse width, and its transverse width is equal to or more than its thickness,
Its fastening is connected to the lateral center of vehicle carriage front plate (2b) outer surface, and the lower surface of its lower plate is neat with the lower surface of platform floor
Flat, the center of its lower plate is provided with circular or square opening；
Cuboid sliding block (15) is in sliding block box (14) internal cavity and can slide up and down in the cavity；
The axis vertical of spring (16), it is located in the cavity above sliding block box (14) inner slide (15), its upper end and the cunning
The lower surface contact of block box (14) upper plate, the upper surface of its lower end and the sliding block (15), it is in compressive state；
The top surface of clinohedral (18) is rectangle, and its preceding surface is inclined-plane, and the inclined-plane is gradually tilted backwards from top to bottom, thereafter surface
For vertical plane and be rectangle；
The Kong Zhonghou of sliding block box (14) lower plate is inserted in the upper end of connecting rod (17) from bottom to top, and its upper surface is consolidated with the lower surface of sliding block
It is close to and connects, its lower surface fastens with the top surface of clinohedral (18) and is connected；
Film (19) is weak flexure strip, its, area equation identical with the cover plate shape of sliding block box (14), thereafter surface and the lid
The preceding surface of plate fastens connection；
Railcar (1) is thereon under the coordinated of rail wheel (4), can from the top down be spinned motion along helical orbit (7),
Can be on twilight orbit (8) along lengthwise movement；When the railcar (1) moves upward to the transition rail above chain (9)
When on road (8) in ramp (8b), railcar (1) top shoe box (14) ramp body (18) if speed more than described in front
The speed of pushing block (20) on chain (9), the clinohedral (18) catch up with the inclined-plane of the pushing block (20) clinohedral (18) afterwards
Contacted with the pushing block (20), drive sliding block box (14) inner slide (15) compression spring (16) upward sliding, the inclined-plane
Body (18) is crossed the pushing block (20) and is continued up, but speed is gradually reduced；When the speed of the clinohedral (18) is less than
During the speed of its rear pushing block (20), after the pushing block (20) catch up with the clinohedral (18), the pushing block (20) is oblique with described
The rear surface contact of face body (18), drives the railcar (1) to continue up the upper end for reaching the ramp (8b), described
After pushing block (20) departs from the clinohedral (18), the upper plate rail of the railcar (1) twilight orbit (8) because inertia is entered
On (8a), it is parked on plate rail on described (8a) under drag effect, itself or on described on plate rail (8a) with preceding railcar
(1) slight impact, thereon film (19) make collision for completely inelastic collision, it is finally parked on described under drag effect and puts down
On rail (8a).
2. according to double track spiral well of being travelled described in claim 1, it is characterised in that：
The length of the upper plate rail (8a) of twilight orbit (8) meets：Whole rails of outfit can be parked on described on plate rail (8a)
Road car (1).
3. according to double track spiral well of being travelled described in claim 1, it is characterised in that：
The upper plate rail (8a) of twilight orbit (8) installs bar of keeping off a car with the activity of helical orbit (7) upper end junction；When the bar of keeping off a car
When on the plate rail (8a) on described, the railcar (1) on the upper plate rail (8a) is prevented to enter the helical orbit (7)
On；When the bar of keeping off a car is transferred to the outside of the upper plate rail (8a), the railcar (1) on the upper plate rail (8a) can be entered
On the helical orbit (7).
4. according to double track spiral well of being travelled described in claim 1, it is characterised in that：
The speed of service v of the chain (9) on pusher gear meets：Railcar (1) also leaves the oblique of twilight orbit (8) with speed v
Behind the upper end of rail (8b), can automatically enter plate rail (8a) and can automatically be parked in plate rail on this (8a) with helical orbit (7)
Junction.
5. the method for double track spiral well of being travelled described in usage right requirement 1 is such：
Prepare：The vacant railcar on upper plate rail (8a) that user steps into twilight orbit (8) near helical orbit (7) upper end
(1) in, it is sitting on seat (6), surrounds body with safety belt and buckle well, holds handrail (5)；
Travel：Staff pushes the upper end that the railcar (1) proceeds to the helical orbit (7) from the upper plate rail (8a)
And enter in the helical orbit (7)；The railcar (1) constantly accelerates rotation to decline along the helical orbit (7), Ran Houcong
The lower end of the helical orbit (7) out, then is entered at a high speed on the lower plate rail (8c) of the twilight orbit (8)；The railcar
(1) slow down after passing through the lower plate rail (8c), then the ramp (8b) for rushing to the twilight orbit (8)；In resistance and Action of Gravity Field
Under the speed of the railcar (1) be gradually reduced, its speed connects when in the ramp (8b) above it moves to chain (9)
Near is zero, and now the pushing block (20) on the chain (9) of relevant position pushes clinohedral (18) thereon and continues to fortune upwards
It is dynamic；When the railcar (1) reaches ramp (8b) upper end, the pushing block (20) and the clinohedral (18) depart from, its because
Inertia enters the upper plate rail (8a), is finally parked on the upper plate rail (8a)；
Terminate：It is interior out from the railcar (1) after the user unties safety belt.
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|---|---|---|---|
| CN201611174309.8A CN106730864B (en) | 2016-12-12 | 2016-12-12 | It travels double track spiral well |
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|---|---|---|---|
| CN201611174309.8A CN106730864B (en) | 2016-12-12 | 2016-12-12 | It travels double track spiral well |
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| CN106730864B CN106730864B (en) | 2018-08-14 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107719381A (en) * | 2017-10-31 | 2018-02-23 | 中唐空铁集团有限公司 | A kind of spiral empty iron is ridden guide rail construction system |
| CN111202991A (en) * | 2020-03-17 | 2020-05-29 | 天力设计与服务有限公司 | Zero-height hydraulic ejection disc roller coaster slideway |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3889605A (en) * | 1974-02-19 | 1975-06-17 | Arrow Dev Co | Amusement ride with a vehicle track portion following the shape of a helix |
| NL8902224A (en) * | 1989-09-05 | 1991-04-02 | Vekoma International B V | Amusement park ride with wheeled vehicles - employs two trains running concurrently on parallel helical rail tracks |
| CN2275893Y (en) * | 1996-06-24 | 1998-03-11 | 王立伟 | Bridge with spiral track |
| CN1700944A (en) * | 2002-10-18 | 2005-11-23 | 罗伯特·卡明斯 | Multi-capacity amusement ride |
| CN103608074A (en) * | 2011-05-26 | 2014-02-26 | W·J·基钦 | Tower ride |
| CN203564766U (en) * | 2013-10-23 | 2014-04-30 | 黄伟强 | Wavy guide rail mechanism |
| CN204996110U (en) * | 2015-09-28 | 2016-01-27 | 万达文化旅游规划研究院有限公司 | Interactive shooting device of sectional track live shell |
-
2016
- 2016-12-12 CN CN201611174309.8A patent/CN106730864B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3889605A (en) * | 1974-02-19 | 1975-06-17 | Arrow Dev Co | Amusement ride with a vehicle track portion following the shape of a helix |
| NL8902224A (en) * | 1989-09-05 | 1991-04-02 | Vekoma International B V | Amusement park ride with wheeled vehicles - employs two trains running concurrently on parallel helical rail tracks |
| CN2275893Y (en) * | 1996-06-24 | 1998-03-11 | 王立伟 | Bridge with spiral track |
| CN1700944A (en) * | 2002-10-18 | 2005-11-23 | 罗伯特·卡明斯 | Multi-capacity amusement ride |
| CN103608074A (en) * | 2011-05-26 | 2014-02-26 | W·J·基钦 | Tower ride |
| CN203564766U (en) * | 2013-10-23 | 2014-04-30 | 黄伟强 | Wavy guide rail mechanism |
| CN204996110U (en) * | 2015-09-28 | 2016-01-27 | 万达文化旅游规划研究院有限公司 | Interactive shooting device of sectional track live shell |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107719381A (en) * | 2017-10-31 | 2018-02-23 | 中唐空铁集团有限公司 | A kind of spiral empty iron is ridden guide rail construction system |
| CN107719381B (en) * | 2017-10-31 | 2023-08-18 | 中唐空铁集团有限公司 | Spiral type air-iron riding guide rail erection system |
| CN111202991A (en) * | 2020-03-17 | 2020-05-29 | 天力设计与服务有限公司 | Zero-height hydraulic ejection disc roller coaster slideway |
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| Publication number | Publication date |
|---|---|
| CN106730864B (en) | 2018-08-14 |
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