CN106012714A - Aerial cableway garage - Google Patents
Aerial cableway garage Download PDFInfo
- Publication number
- CN106012714A CN106012714A CN201610569271.8A CN201610569271A CN106012714A CN 106012714 A CN106012714 A CN 106012714A CN 201610569271 A CN201610569271 A CN 201610569271A CN 106012714 A CN106012714 A CN 106012714A
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- CN
- China
- Prior art keywords
- crossbeam
- rail
- garage
- support bar
- bracket
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01B—PERMANENT WAY; PERMANENT-WAY TOOLS; MACHINES FOR MAKING RAILWAYS OF ALL KINDS
- E01B25/00—Tracks for special kinds of railways
- E01B25/16—Tracks for aerial rope railways with a stationary rope
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H6/00—Buildings for parking cars, rolling-stock, aircraft, vessels or like vehicles, e.g. garages
Abstract
The invention discloses an aerial cableway garage and belongs to the technical field of a hoisting transportation heavy-duty mechanical equipment structure. The aerial cableway garage comprises a garage part and a switching device part, wherein the garage part is used for fixedly hanging a first annular rail and a second annular rail on a connecting beam or a cross beam through a bracket, and the switching device part is used for fixing a walking rail, a guide rail switching device and a garage connector on a frame. According to the technical scheme disclosed by the invention, an aerial cableway can be introduced into the garage according to the environment and the practical requirements at any time so as to reduce the corrosion of cableway rope clips and lifting appliances under natural conditions; the quantity of the lifting appliances can be flexibly adjusted according to the difference in required volumes so as to reduce the operation cost of the cableway; the aerial cableway garage is flexible in operation, convenient in use and economical and practical; and the effect of increasing efficiency is achieved.
Description
Technical field
The present invention relates to a kind of aerial cableway garage；Belong to the technical field of the plant equipment structure of lifting transport heavy duty；
Specifically belong to the hoisting and conveying machinery and equipment save set being mainly used in the cableways such as aerial cableway, travelling cableway, ski lifts
The technical field of structure.
Background technology
Travelling cableway and the periodic characteristics of ski lifts Chang Yinwei tourist industry visitor, in industry dull season it is generally required to stop
Only ropeway operation or reduction cableway freight volume.But suspender and rope-grippers are chronically exposed to outside, can be because of its life-span of corrosion.
At present conventional cableway pattern can be divided into two classes, fixed rope clip formula aerial cableway and pull rope-grippers formula skyline
Road.Owing to pulling type rope-grippers is due to the construction features of self, it is simple to rope-grippers and the disengagement of steel wire rope, therefore garage can be used
Form preserves vehicle, to avoid being corroded by natural conditions.As freight volume need to be reduced, it is possible to part hanger storage is entered garage
In, to reduce operating cost.
Summary of the invention
The invention provides a kind of aerial cableway garage；To realize reducing cableway rope-grippers and suspender by natural conditions
Infringement corrosion, is adjusted flexibly suspender number to reduce cableway operation cost according to required freight volume difference, the mesh of raising service efficiency
's.
The technical scheme is that for reaching described purpose
A kind of aerial cableway garage, including garage part and switching device part；
Described garage part farther includes: a plurality of bracket A, a plurality of bracket B, fixed mount, straight rail A, straight rail B,
A plurality of bracket C, curved track A, tie-beam A, crossbeam A, curved track B, crossbeam B, straight rail C, crossbeam C, pillar, curved track C, connect
Beam B, 180 ° of tracks, crossbeam D, become rail device B and become rail device A；
Described crossbeam A, crossbeam B, crossbeam C and crossbeam D are in the same plane and are in the setting of parallel shape interval；Institute
The termination of the crossbeam A stated, crossbeam B, crossbeam C and crossbeam D side is positioned at same and is perpendicular on the straight line of this crossbeam A；This crossbeam B
Identical with the length of crossbeam C, this crossbeam A is identical with the length of crossbeam D；The length of this crossbeam B length more than this crossbeam A；Should
Crossbeam B and crossbeam C is disposed adjacent and between this crossbeam A and this crossbeam D；
Described crossbeam A, crossbeam B, crossbeam C and crossbeam D are maked somebody a mere figurehead with ground by the fixing a plurality of pillars connected respectively；
Described crossbeam A and crossbeam B is fixedly connected into one by two tie-beam A；Described crossbeam B and crossbeam C leads to
Cross a tie-beam A and be fixedly connected into one；Described crossbeam C and crossbeam D is fixedly connected into one by three tie-beam B；
One end of one end and this curved track C that described straight rail C two ends connect this curved track B respectively forms first annular rail
Road；
Described curved track A entirety is curved；Article two, the curved S shape that is butted on the contrary of this curved track A constitutes a S-shaped rail
Road；
Described straight rail A two ends connect one end of these 180 ° of tracks and one end of this S-shaped track, simultaneously these 180 ° of rails respectively
The other end in road connects one end of this straight rail B and forms the second circular orbit；The switching dress described in other end connection of this S-shaped track
Putting part, this straight rail B other end also connects described switching device part simultaneously；
Described change rail device B is positioned at the other end of this curved track B and is connected with straight rail A one end；Described change rail device A is positioned at
The other end of this curved track C is also connected with the straight rail A other end；
Described first annular track and the second circular orbit are generally aligned in the same plane interior and this plane and described crossbeam A,
Crossbeam B, crossbeam C are parallel with the plane at crossbeam D place；
Described first annular track and the second circular orbit are positioned at described crossbeam A, crossbeam B, crossbeam C and crossbeam D institute
Plane and ground between；
It is mounted by four bracket B and is fixed on this first tie-beam B by described first annular track respectively respectively, should
On crossbeam C, this crossbeam B and this first tie-beam A；
Described straight rail A is mounted by two bracket B to be fixed on connects the tie-beam A fixing this crossbeam B and crossbeam C
On；
180 ° of described tracks are mounted by bracket C and bracket A is fixed on this second tie-beam B and the 3rd tie-beam
On B；
It is mounted by bracket A and bracket C and is fixed on this second tie-beam A and this crossbeam A by described S-shaped track respectively
On；
It is mounted by three bracket B and is fixed on this crossbeam C by described straight rail B respectively, on this crossbeam B and this crossbeam A；
Described bracket A, bracket B and bracket C have identical structure.
This switching device part includes framework, and walk rail A, guide rail switching device A, garage adapter A, turning rack, car
Storehouse adapter B, transmitting-receiving tailstock wheel switch, tail wheel rail support, walk rail B, tail wheel rail lifting device, guide rail switching device B, walking
Rail C, tail wheel rail, direct acting switch A, direct acting switch B, the normal switch A and the normal switch B that drives that drives；
Be provided with the first support bar that global shape is rectangular ring column construction on described framework, the second support bar and
3rd support bar；This first support bar, the physical dimension of the second support bar and the 3rd support bar is identical and is perpendicular to ground setting；
This second support bar is positioned in the middle of this first support bar and the 3rd support bar；
Described tail wheel rail is linear structure；It is parallel to ground and is erected at this first support bar, the second support bar and
In three support bar lower end horizontal columns and respectively with this first support bar, the front side vertical column machine of the second support bar and the 3rd support bar
Tool connects fixing；Tail wheel rail lifting device it is provided with on this tail wheel rail；
Described walking rail A, walking rail B and walking rail C head and the tail connect into the walking rail structure of a linear structure；This walking
Rail B is between this walking rail A and this walking rail C；This walking rail parallelism structural is in ground and is erected at this first support bar, the
On two support bars and the 3rd support bar lower end horizontal columns and it is mechanically connected the most therewith and fixes；This walking rail A and the company of walking rail B
The place of connecing is provided with guide rail switching device A；The junction of this walking rail B and walking rail C is provided with guide rail switching device B；
The front side vertical column of the second described support bar is equipped with an inverted l-shaped structure, the termination of L-shaped horizontal ends along upper end projection
Being mechanically connected with the front end face of the front side vertical column of this second support bar, L-shaped vertical end is vertical with the front side of this second support bar
Post is set in parallel；The lower end of this L-shaped vertical end is mechanically connected and is fixed with a turning rack；This turning rack and this tail wheel rail
It is arranged in parallel；The two ends of this turning rack have been respectively fixedly connected with garage adapter A and garage adapter B；
Described garage adapter A is arcuate structure, and one end connects one section of first arc-shaped guide rail, the other end and this S-shaped
The other end docking of track is fixing；Described garage adapter B is arcuate structure, and one end connects one section of second arc-shaped guide rail,
The other end docks fixing with this straight rail B other end；This first arc-shaped guide rail is identical with this second arc-shaped guide rail physical dimension；
Described tail wheel rail connects fixing at this second support bar by tail wheel rail rack mechanical；On this tail wheel rail support
It is fixedly connected with transmitting-receiving tailstock wheel switch；This tail wheel rail is respectively arranged with direct acting at this second support bar bearing symmetrically shape and opens
Close A and direct acting switch B；
Described garage adapter A and the first arc-shaped guide rail junction are provided with the normal switch B that drives；Described garage is even
Meet device B and the second arc-shaped guide rail junction is provided with the normal switch A that drives.
This bracket A is made up of the column of top band fixed pan and the fixed mount fixing this column.
This fixed mount includes the first slab structure, the second slab structure, hex bolts, plain washer, clamp, hex nut,
Connector and U-bolt；
The first described slab structure is rectangular flat structure；Described connector is i-beam structure；This connector
Bottom surface is the plane being perpendicular to axis, and end face is inclined-plane from bottom to top；The bottom surface of this connector and this first slab structure one
Side end face is welded and fixed, and is symmetrically arranged with even number supporting construction between this connector and this first slab structure one side end face；
This first slab structure opposite side end face is provided with a pair U-bolt, and this U-bolt is tied with this first plate shape by hex nut
Structure connects fixing；
Described connector is welded with the second slab structure along i-beam structure below end face side, and this is years old
Two slab structures are rectangular flat structure；Corner along this second slab structure is respectively arranged with hex bolts, this hex bolts
And it is provided with plain washer between this second slab structure；This hex bolts passes downwards the part ring set of this second slab structure to be had
This clamp is also limited on this hex bolts by clamp by this hex nut.
This clamp is rectangular configuration, and end, inner side is provided with stair-stepping bayonet socket；The thickness of this first slab structure is
The 1/10 of this rectangular flat bond length；The thickness of this second slab structure is the 2/3 of this first slab structure thickness.
This straight rail A, straight rail B and straight rail C have identical structure.
This straight rail A includes rigid structure and steel plate；
Described steel plate is rectangular flat structure, is positioned at the two ends of this straight rail A and is welded and fixed with both ends of the surface；On this steel plate
It is provided with four through holes；
Described rigid structure is rectilinear structure, respectively by the bathtub construction of an opening upwards with erect the work put always
Word structure is welded to form up and down；The width of this bathtub construction bottom land is less than the width of this I-shaped structure upper level-end；This flute profile is tied
The height of structure is the 1/6 of this I-shaped structure vertical end height.
This first annular track and the second circular orbit form two oval structures respectively；The major axis of these two oval structures
It is parallel to each other；The major axis of this first annular keplerian cllipse structure is less than the major axis of this second circular orbit oval structure.
Owing to pulling type aerial cableway inverted running wants masked segment detection safety or interval switch, there is safety hidden
Suffering from, general garage is all that forward is dispatched a car, and reversely returns the vehicle to the garage and knock off.The garage feature of the present invention is that forward receipts forward is sent out, and decreases safety the most hidden
Suffering from, safety is greatest problem.Remaining support, becoming rail device etc. is all into realizing this function services.Use the technical side of the present invention
Case is due to can needing to call in aerial cableway in garage and be subject to reducing cableway rope-grippers and suspender according to environment and reality at any time
Infringement to natural conditions is corroded, and suspender number can be adjusted flexibly to reduce cableway operation cost according to required freight volume difference,
There is flexible operation, easy to use, economical and practical, put forward high efficiency effect.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present invention；
Fig. 2 is part-structure schematic diagram in garage in Fig. 1；
Fig. 2 a is part side-looking structural representation in garage in Fig. 1；
Fig. 2 b is partial top structural representation in garage in Fig. 1；
Fig. 3 is switching device part-structure schematic diagram in Fig. 1；
Fig. 4 is a-quadrant partial enlarged drawing in Fig. 3；
Fig. 5 is that in Fig. 1, switching device part is attached regarding schematic diagram；
Fig. 6 is B region partial enlarged drawing in Fig. 5；
Fig. 7 is D region partial enlarged drawing in Fig. 5；
Fig. 8 is C region partial enlarged drawing in Fig. 5；
Fig. 9 is E region partial enlarged drawing in Fig. 5；
Figure 10 is F region partial enlarged drawing in Fig. 5；
Figure 11 is the bracket trapped orbit enlarged diagram in Fig. 1；
Figure 12 is the bracket trapped orbit bottom enlarged drawing in Figure 11；
Figure 13 is the overall structure schematic diagram of fixed mount in Fig. 1；
Figure 14 is the front view of Figure 13, left view and top view；
Figure 15 is straight rail structural representation in Fig. 1；
Figure 16 is B B-section figure in Figure 15.
Label declaration in figure
1001. bracket A 2001. walk rail A
1002. bracket B 2002. guide rail switching devices A
1003. fixed mount 2003. garage adapter A
10031. hex bolts 2004. turning rack
10032. plain washer 2005. garage adapter B
10033. clamps 2006. receive and dispatch tailstock wheel switch
10034. hex nut 2007. tail wheel rail supports
10035. connectors 2008. are walked rail B
10036.U type bolt 2009. tail wheel rail lifting device
1004. straight rail A 2010. guide rail switching devices B
10041. rigid structures 2011. are walked rail C
10042. steel plate 2012. tail wheel rails
1005. straight rail B 2013. direct acting switch A
1006. bracket C 2014. direct acting switch B
1007. curved track A 2015. normally drive to switch A
1008. tie-beam A 2016. normally drive to switch B
1009. crossbeam A
1010. curved track B
1011. crossbeam B
1012. straight rail C
1013. crossbeam C
1014. pillar
1015. curved track C
1016. tie-beam B
1017.180 ° track
1018. crossbeam D
1019. become rail device B
1020. become rail device A.
Detailed description of the invention
Below in conjunction with the accompanying drawings technical scheme is described in detail as follows, in order to comprehensively understanding.
As shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 5, a kind of aerial cableway garage, including garage part and switching device part；Should
Garage part and switching device part connect mechanically；
Described garage part farther includes: a plurality of bracket A1001, a plurality of bracket B1002, fixed mount 1003,
Straight rail A1004, straight rail B1005, a plurality of bracket C1006, curved track A1007, tie-beam A1008, crossbeam A1009, curved track
B1010, crossbeam B1011, straight rail C1012, crossbeam C1013, pillar 1014, curved track C1015, tie-beam B1016,180 ° of tracks
1017, crossbeam D1018, become rail device B1019 and become rail device A1020；
Described crossbeam A1009, crossbeam B1011, crossbeam C1013 and crossbeam D1018 are in the same plane and are in
Parallel shape interval arrange, interval can be equidistant can also be non-equally；As shown in Figure 2 a and 2 b, this crossbeam
It is spaced apart 3450 millimeters between A1009 and this crossbeam B1011, between this crossbeam B1011 and this crossbeam C1013, is spaced apart 3450 millis
Rice, is spaced apart 3750 millimeters between this crossbeam C1013 and this crossbeam D1018；Described crossbeam A1009, crossbeam B1011, crossbeam
The termination of C1013 and crossbeam D1018 side is positioned at same and is perpendicular on the straight line of this crossbeam A1009；This crossbeam B1011 and horizontal stroke
The length of beam C1013 is identical (such as can be 12050 millimeters), and this crossbeam A1009 is identical with the length of crossbeam D1018 (such as may be used
It it is 8350 millimeters)；(the such as length of this crossbeam B1011 is more than the length of this crossbeam B1011 length more than this crossbeam A1009
The length of this crossbeam A1009 3700 millimeters, the i.e. length of this crossbeam B1011 are 3700 millis with the difference of the length of this crossbeam A1009
Rice)；This crossbeam B1011 and crossbeam C1013 is disposed adjacent and between this crossbeam A1009 and this crossbeam D1018；
Described crossbeam A1009, crossbeam B1011, crossbeam C1013 and crossbeam D1018 are respectively by the fixing plural number connected
Individual pillar 1014 is built on stilts (i.e. frame is overhead, and the height of this pillar 1014 is 4752 millimeters) with ground；As shown in Figure 2 a and 2 b,
This crossbeam A1009 uses two pillars 1014 (at two ends), and this crossbeam B1011 uses four pillars 1014, and this crossbeam C1013 makes
Three pillars 1014 (two ends add middle each one) are used with four pillars 1014 and this crossbeam D1018；
Described crossbeam A1009 and crossbeam B1011 is fixedly connected into one (such as Fig. 2, figure by two tie-beam A1008
Shown in 2a and Fig. 2 b, two tie-beam A1008 are followed successively by the first tie-beam A1008 and the second tie-beam A1008 from left to right)；
Described crossbeam B1011 and crossbeam C1013 is fixedly connected into one by a tie-beam A1008；Described crossbeam C1013 and
Crossbeam D1018 by three tie-beam B1016 be fixedly connected into one (as shown in Fig. 2, Fig. 2 a and Fig. 2 b, three tie-beams
B1016 is followed successively by the first tie-beam B1016, the second tie-beam B1016 and the 3rd tie-beam B1016 from left to right)；
Described straight rail C1012 two ends connect one end (left end) of this curved track B1010 and this curved track C1015's respectively
One end (left end) forms first annular track, (as shown in Fig. 2, Fig. 2 a and Fig. 2 b)；
Described curved track A1007 entirety is curved；Article two, the curved S shape that is butted on the contrary of this curved track A1007 is constituted
One S-shaped track；
Described straight rail A1004 two ends connect one end (left end) and the one of this S-shaped track of these 180 ° of tracks 1017 respectively
End (left end), the other end (right-hand member) of these 180 ° of tracks 1017 connects one end (lower end) of this straight rail B1005 and forms second simultaneously
Circular orbit；The switching device part described in the other end (right-hand member) connection of this S-shaped track, this straight rail B1005 other end simultaneously
(upper end) also connects described switching device part (shown in Fig. 2, Fig. 2 b)；
Described change rail device B1019 be positioned at this curved track B1010 the other end (right-hand member) and with straight rail A1004 one end (on
End) connect；Described change rail device A1020 be positioned at this curved track C1015 the other end (right-hand member) and with the straight rail A1004 other end
(lower end) connects (shown in Fig. 2, Fig. 2 b)；
Described first annular track and the second circular orbit are generally aligned in the same plane interior and this plane and described crossbeam
A1009, crossbeam B1011, crossbeam C1013 parallel with the plane at crossbeam D1018 place (in the lower section of later plane)；
Described first annular track and the second circular orbit are positioned at described crossbeam A1009, crossbeam B1011, crossbeam
Between plane and the ground at C1013 and crossbeam D1018 place；
It is mounted by four bracket B1002 and is fixed on this first tie-beam by described first annular track respectively respectively
B1016 (near middle), this crossbeam C1013 (ledge is close to end), (ledge is close to end for this crossbeam B1011
At Tou) and this first tie-beam A1008 on (near middle)；The one end or the upper end that i.e. can be regarded as bracket are fixed on tie-beam
Or on crossbeam, the other end or lower end mount the relevant position of first annular track；
Described straight rail A1004 is mounted by two bracket B1002 to be fixed on connection and fixes this crossbeam B1011 and horizontal stroke
On the tie-beam A1008 of beam C1013；
Described 180 ° of tracks 1017 are mounted by bracket C1006 and bracket A1001 is fixed on this second tie-beam
On B1016 (near middle) and the 3rd tie-beam B1016 (near middle)；
It is mounted by bracket A1001 and bracket C1006 and is fixed on this second tie-beam by described S-shaped track respectively
On A1008 (near middle) and this crossbeam A1009 (close to right-hand member end)；
It is mounted by three bracket B1002 and is fixed on this crossbeam C1013 (non-protruding by described straight rail B1005 respectively
Part is close to end), this crossbeam B1011 (at non-projecting portion tap proximal head) and this crossbeam A1009 is (close to right-hand member termination
Place) on；
So-called ledge and non-protruding part can be understood as crossbeam A1009, crossbeam B1011, crossbeam C1013
For crossbeam D1018, because four crossbeam one end alignment (right-hand member), crossbeam B1011 and crossbeam C1013 is longer than again crossbeam simultaneously
A1009 and crossbeam D1018, so just having prominent relative to crossbeam A1009 and crossbeam D1018, crossbeam C1013 and crossbeam D1018
Point (as shown in Fig. 2, Fig. 2 b) that part and non-projecting portion are divided；
Described bracket A1001, bracket B1002 and bracket C1006 have identical structure.
As shown in Figure 3 and Figure 4, this switching device part includes framework, and walk rail A2001, guide rail switching device A2002,
Garage adapter A2003, turning rack 2004, garage adapter B2005, transmitting-receiving tailstock wheel switch 2006, tail wheel rail support
2007, walk rail B2008, tail wheel rail lifting device 2009, guide rail switching device B2010, and walk rail C2011, tail wheel rail 2012,
Direct acting switch A2013, direct acting switch B2014, the normal switch A2015 and the normal switch B2016 that drives that drives；
Be provided with the first support bar that global shape is rectangular ring column construction on described framework, the second support bar and
3rd support bar, it is cylindricality that so-called rectangular ring column construction can be regarded as support bar, cylindricality along rectangle four side ring around one
Cast is circlewise；This first support bar, the physical dimension of the second support bar and the 3rd support bar is identical and is perpendicular to ground setting
(i.e. rectangular ring plane is perpendicular to ground, and thus forming rectangle top is upper end horizontal columns, and rectangle is lower end level below
Post, the rectangular edges near garage part is front side vertical column, otherwise is rear side vertical column)；This second support bar be positioned at this first
In the middle of support bar and the 3rd support bar；Distance between this first support bar and this second support bar and this second support bar and the
Distance between three support bars is equal；The rectangle plane that this first support bar, the second support bar and the 3rd support bar separately constitute
It is parallel to each other and three rectangle planes are centrally located on same straight line, and this straight line is parallel with crossbeam A1009.
Described tail wheel rail 2012 is linear structure；It is parallel to ground and is erected at this first support bar, the second support bar
With in the 3rd support bar lower end horizontal columns and respectively with this first support bar, the front side of the second support bar and the 3rd support bar is vertical
Post is mechanically connected fixing；Tail wheel rail lifting device 2009 it is provided with on this tail wheel rail 2012；
As Fig. 5, described walking rail A2001, walking rail B2008 and walking rail C2011 head and the tail connect into a linear structure
The walking rail structure of (straight line)；This walking rail B2008 is between this walking rail A2001 and this walking rail C2011；This walking rail
Parallelism structural is in ground and is erected at this first support bar, on the second support bar and the 3rd support bar lower end horizontal columns and respectively with
Mechanical connection fixing (this walking rail structure-steel framing is located at this first support bar, the second support bar and the 3rd support bar lower end level
Post is near middle position, and this walking rail structure and tail wheel rail 2012 be arranged in parallel)；This walking rail A2001 and walking rail B2008
Junction be provided with guide rail switching device A2002；The junction of this walking rail B2008 and walking rail C2011 is provided with guide rail
Switching device B2010；
The front side vertical column of the second described support bar is equipped with an inverted l-shaped structure, the termination of L-shaped horizontal ends along upper end projection
Being mechanically connected with the front end face of the front side vertical column of this second support bar, L-shaped vertical end is vertical with the front side of this second support bar
Post is set in parallel；The lower end of this L-shaped vertical end is mechanically connected and is fixed with a turning rack 2004；This turning rack 2004 with
This tail wheel rail 2012 be arranged in parallel；The two ends of this turning rack 2004 have been respectively fixedly connected with garage adapter A2003 and garage
Adapter B2005 (such as Fig. 3 Fig. 5)；The two ends of this turning rack 2004 are respectively symmetrically and are fixedly connected with garage adapter A2003
With garage adapter B2005；
Described garage adapter A2003 is arcuate structure, and one end connects one section of first arc-shaped guide rail, the other end with should
The other end (right-hand member, Fig. 2 b) docking of S-shaped track is fixing；Described garage adapter B2005 is arcuate structure, and one end connects to be had
One section of second arc-shaped guide rail, the other end is fixing with the docking of this straight rail B1005 other end (upper end, Fig. 2 b)；This first arc-shaped guide rail
Identical with this second arc-shaped guide rail physical dimension, positional symmetry；
As shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9 and Figure 10, described tail wheel rail 2012 passes through at this second support bar
Tail wheel rail support 2007 is mechanically connected fixing；Transmitting-receiving tailstock wheel switch 2006 it is fixedly connected with on this tail wheel rail support 2007；Should
Tail wheel rail 2012 is respectively arranged with direct acting switch A2013 and direct acting switch B2014 at this second support bar bearing symmetrically shape；
Described garage adapter A2003 and the first arc-shaped guide rail junction are provided with the normal switch B2016 that drives；Described
Garage adapter B2005 and the second arc-shaped guide rail junction be provided with the normal switch A2015 that drives.
If Figure 11 and Figure 12, this bracket A1001 are by the column of top band fixed pan and the fixed mount fixing this column
1003 are constituted.
As shown in Figure 13 and Figure 14, this fixed mount 1003 includes the first slab structure, the second slab structure, hex bolts
10031, plain washer 10032, clamp 10033, hex nut 10034, connector 10035 and U-bolt 10036；
The first described slab structure is rectangular flat structure；Described connector 10035 is i-beam structure；This connection
The bottom surface (side end face) of part 10035 is the plane being perpendicular to axis, end face (opposite side end face) be inclined-plane from bottom to top (as
Figure 14, exterior angle, inclined-plane is 120 degree, and inclined-plane interior angle is 60 degree)；The bottom surface of this connector 10035 and this first slab structure side
End face is welded and fixed (vertically connecting), is symmetrically arranged with idol between this connector 10035 and this first slab structure one side end face
Several supporting constructions, i.e. supporting construction are arranged on i-beam structure two sides recess；This another side of the first slab structure
Face (outer face, the side do not welded with i-beam structure) is provided with a pair U-bolt 10036, and this U-bolt 10036 leads to
Cross hex nut 10034 and be connected with this first slab structure fixing；A length of 210 millimeters of this first slab structure, a width of 200 millis
Rice；
Described connector 10035 along i-beam structure below end face side (relative to horizontally disposed U-shaped spiral shell
The corresponding i-beam structure that bolt 10036 is placed above for end face, below for bottom surface) it is welded with the second slab structure, should
Second slab structure is rectangular flat structure；Corner along this second slab structure is respectively arranged with hex bolts 10031, and these are six years old
It is provided with plain washer 10032 between corner bolt 10031 and this second slab structure；This hex bolts 10031 pass downwards this
The part ring set of two slab structures has clamp 10033 and by this hex nut 10034, this clamp 10033 is limited in this hexagonal
On bolt 10031.
This clamp 10033 is rectangular configuration, and end, inner side is provided with stair-stepping bayonet socket；The thickness of this first slab structure
Degree is the 1/10 of this rectangular flat bond length；The thickness of this second slab structure is the 2/3 of this first slab structure thickness.
As shown in Figure 15 and Figure 16, this straight rail A1004, straight rail B1005 and straight rail C1012 have identical structure, i.e. have
There is identical section structure.This curved track A1007 simultaneously, curved track B1010, curved track C1015 and 180 ° of tracks 1017 with should
Straight rail B1005 also has identical section structure.
This straight rail A1004 includes rigid structure 10041 and steel plate 10042；
Described steel plate 10042 is rectangular flat structure, upright setting (i.e. the long limit of rectangle is perpendicular to the ground), is positioned at this straight
The two ends of rail A1004 are also welded and fixed with both ends of the surface；Being provided with four through holes on this steel plate 10042, the longitudinal pitch of through hole is
100 millimeters, horizontal spacing is 60 millimeters；These four through holes are symmetrically set；
Described rigid structure 10041 is rectilinear structure, by the bathtub construction of an opening upwards and erects respectively always
The I-shaped structure put is welded to form up and down；The width of this bathtub construction bottom land is less than the width of this I-shaped structure upper level-end；Should
The height of bathtub construction is the 1/6 of this I-shaped structure vertical end height.The height of this bathtub construction is 30 millimeters, and width is 60 millis
Rice；This I-shaped structure height is 180 millimeters, and width is 100 millimeters；
This steel plate 10042 is positioned at the two ends of this straight rail A1004 I-shaped structure and is welded and fixed with both ends of the surface；
This first annular track and the second circular orbit form two oval structures respectively；The major axis of these two oval structures
It is parallel to each other；The major axis of this first annular keplerian cllipse structure is less than the major axis of this second circular orbit oval structure.
Claims (8)
1. an aerial cableway garage, it is characterised in that include garage part and switching device part；
Described garage part farther includes: a plurality of bracket A (1001), a plurality of bracket B (1002), fixed mount
(1003), straight rail A (1004), straight rail B (1005), a plurality of bracket C (1006), curved track A (1007), tie-beam A (1008),
Crossbeam A (1009), curved track B (1010), crossbeam B (1011), straight rail C (1012), crossbeam C (1013), pillar (1014), curved rail
Road C (1015), tie-beam B (1016), 180 ° of tracks (1017), crossbeam D (1018), become rail device B (1019) and become rail device A
(1020)；
Described crossbeam A (1009), crossbeam B (1011), crossbeam C (1013) and crossbeam D (1018) be in the same plane and phase
It is mutually parallel shape interval to arrange；Described crossbeam A (1009), crossbeam B (1011), crossbeam C (1013) and crossbeam D (1018) side
Termination be positioned at same and be perpendicular on the straight line of this crossbeam A (1009)；This crossbeam B (1011) and the length of crossbeam C (1013)
Identical, this crossbeam A (1009) is identical with the length of crossbeam D (1018)；The length of this crossbeam B (1011) is more than this crossbeam A
(1009) length；This crossbeam B (1011) and crossbeam C (1013) are disposed adjacent and are positioned at this crossbeam A (1009) and this crossbeam D
(1018) between；
Described crossbeam A (1009), crossbeam B (1011), crossbeam C (1013) and crossbeam D (1018) are respectively by fixing connection
A plurality of pillars (1014) are maked somebody a mere figurehead with ground；
Described crossbeam A (1009) and crossbeam B (1011) is fixedly connected into one by two tie-beam A (1008)；Described
Crossbeam B (1011) and crossbeam C (1013) is fixedly connected into one by a tie-beam A (1008)；Described crossbeam C (1013)
It is fixedly connected into one by three tie-beam B (1016) with crossbeam D (1018)；
Described straight rail C (1012) two ends connect one end of this curved track B (1010) and one end of this curved track C (1015) respectively
Form first annular track；
Described curved track A (1007) is overall curved；Article two, the curved S shape that is butted on the contrary of this curved track A (1007) is constituted
One S-shaped track；
Described straight rail A (1004) two ends connect one end of these 180 ° of tracks (1017) and one end of this S-shaped track, simultaneously respectively
The other end of these 180 ° of tracks (1017) connects one end of this straight rail B (1005) and forms the second circular orbit；This S-shaped track another
Switching device part described in the connection of one end, this straight rail B (1005) other end also connects described switching device part simultaneously；
Described change rail device B (1019) is positioned at the other end of this curved track B (1010) and is connected with straight rail A (1004) one end；Institute
Change rail device A (1020) stated is positioned at the other end of this curved track C (1015) and is connected with straight rail A (1004) other end；
Described first annular track and the second circular orbit are generally aligned in the same plane interior and this plane and described crossbeam A
(1009), crossbeam B (1011), the plane at crossbeam C (1013) and crossbeam D (1018) place is parallel；
Described first annular track and the second circular orbit are positioned at described crossbeam A (1009), crossbeam B (1011), crossbeam C
(1013) and between plane and the ground at crossbeam D (1018) place；
It is mounted by four bracket B (1002) and is fixed on this first tie-beam B by described first annular track respectively respectively
(1016), this crossbeam C (1013), on this crossbeam B (1011) and this first tie-beam A (1008)；
Described straight rail A (1004) mounted by two bracket B (1002) be fixed on connection fix this crossbeam B (1011) and
On the tie-beam A (1008) of crossbeam C (1013)；
180 ° of described tracks (1017) are mounted by bracket C (1006) and bracket A (1001) is fixed on this second connection
On beam B (1016) and the 3rd tie-beam B (1016)；
It is mounted by bracket A (1001) and bracket C (1006) and is fixed on this second tie-beam A by described S-shaped track respectively
(1008) and on this crossbeam A (1009)；
It is mounted by three bracket B (1002) and is fixed on this crossbeam C (1013), this horizontal stroke by described straight rail B (1005) respectively
On beam B (1011) and this crossbeam A (1009)；
Described bracket A (1001), bracket B (1002) and bracket C (1006) have identical structure.
2. aerial cableway garage as claimed in claim 1, it is characterised in that this switching device part includes framework, walk rail A
(2001), guide rail switching device A (2002), garage adapter A (2003), turning rack (2004), garage adapter B
(2005), transmitting-receiving tailstock wheel switch (2006), tail wheel rail support (2007), walking rail B (2008), tail wheel rail lifting device
(2009), guide rail switching device B (2010), walking rail C (2011), tail wheel rail (2012), direct acting switch A (2013), direct acting is opened
Close B (2014), normal switch A (2015) and normal switch B (2016) of driving of driving；
The first support bar that global shape is rectangular ring column construction, the second support bar and the 3rd it is provided with on described framework
Support bar；This first support bar, the physical dimension of the second support bar and the 3rd support bar is identical and is perpendicular to ground setting；This is years old
Two support bars are positioned in the middle of this first support bar and the 3rd support bar；
Described tail wheel rail (2012) is linear structure；Be parallel to ground and be erected at this first support bar, the second support bar and
In 3rd support bar lower end horizontal columns and respectively with this first support bar, the second support bar and the front side vertical column of the 3rd support bar
It is mechanically connected fixing；It is provided with tail wheel rail lifting device (2009) on this tail wheel rail (2012)；
Described walking rail A (2001), walking rail B (2008) and walking rail C (2011) head and the tail connect into the row of a linear structure
Walk rail structure；This walking rail B (2008) is positioned between this walking rail A (2001) and this walking rail C (2011)；This walking rail structure
It is parallel to ground and is erected at this first support bar, on the second support bar and the 3rd support bar lower end horizontal columns and respectively machine the most therewith
Tool connects fixing；The junction of this walking rail A (2001) and walking rail B (2008) is provided with guide rail switching device A (2002)；Should
The junction of walking rail B (2008) and walking rail C (2011) is provided with guide rail switching device B (2010)；
The front side vertical column of the second described support bar is equipped with an inverted l-shaped structure along upper end projection, the termination of L-shaped horizontal ends with should
The front end face of the front side vertical column of the second support bar is mechanically connected, the front side vertical column of L-shaped vertical end and this second support bar in
It is arranged in parallel；The lower end of this L-shaped vertical end is mechanically connected and is fixed with a turning rack (2004)；This turning rack (2004) with
This tail wheel rail (2012) be arranged in parallel；The two ends of this turning rack (2004) have been respectively fixedly connected with garage adapter A (2003)
With garage adapter B (2005)；
Described garage adapter A (2003) is arcuate structure, and one end connects one section of first arc-shaped guide rail, the other end and this S
The other end docking of shape track is fixing；Described garage adapter B (2005) is arcuate structure, and one end connects one section of second arc
Shape guide rail, the other end docks fixing with this straight rail B (1005) other end；This first arc-shaped guide rail and this second arc-shaped guide rail structure
Equivalently-sized；
Described tail wheel rail (2012) is mechanically connected fixing at this second support bar by tail wheel rail support (2007)；This tail wheel
Transmitting-receiving tailstock wheel switch (2006) it is fixedly connected with on rail support (2007)；This tail wheel rail (2012) is fixed at this second support bar
Locate symmetrically shape and be respectively arranged with direct acting switch A (2013) and direct acting switch B (2014)；
Described garage adapter A (2003) and the first arc-shaped guide rail junction are provided with normal switch B (2016) of driving；Described
Garage adapter B (2005) and the second arc-shaped guide rail junction be provided with normal switch A (2015) of driving.
3. aerial cableway garage as claimed in claim 1, it is characterised in that this bracket A (1001) is by top band fixed pan
Column and the fixed mount (1003) fixing this column are constituted.
4. aerial cableway garage as claimed in claim 3, it is characterised in that this fixed mount (1003) includes the first slab structure,
Second slab structure, hex bolts (10031), plain washer (10032), clamp (10033), hex nut (10034), connector
And U-bolt (10036) (10035)；
The first described slab structure is rectangular flat structure；Described connector (10035) is i-beam structure；This connector
(10035) bottom surface is the plane being perpendicular to axis, and end face is inclined-plane from bottom to top；The bottom surface of this connector (10035) with
This first slab structure side end face is welded and fixed, right between this connector (10035) and this first slab structure one side end face
Claim to be provided with even number supporting construction；This first slab structure opposite side end face is provided with a pair U-bolt (10036), and this is U-shaped
Bolt (10036) is connected fixing by hex nut (10034) with this first slab structure；
Described connector (10035) is welded with the second slab structure along i-beam structure below end face side,
This second slab structure is rectangular flat structure；Corner along this second slab structure is respectively arranged with hex bolts (10031),
Plain washer (10032) it is provided with between this hex bolts (10031) and this second slab structure；This hex bolts (10031) to
Under pass the part ring set of this second slab structure and have clamp (10033) and by this hex nut (10034) by this clamp
(10033) it is limited on this hex bolts (10031).
5. aerial cableway garage as claimed in claim 4, it is characterised in that this clamp (10033) is rectangular configuration, medial extremity
Stair-stepping bayonet socket it is provided with at Tou；The thickness of this first slab structure is the 1/10 of this rectangular flat bond length；This is second years old
The thickness of slab structure is the 2/3 of this first slab structure thickness.
6. aerial cableway garage as claimed in claim 1, it is characterised in that this straight rail A (1004), straight rail B (1005) and straight rail
C (1012) has identical structure.
7. aerial cableway garage as claimed in claim 6, it is characterised in that this straight rail A (1004) includes rigid structure
And steel plate (10042) (10041)；
Described steel plate (10042) is rectangular flat structure, is positioned at the two ends of this straight rail A (1004) and welds with both ends of the surface solid
Fixed；Four through holes it are provided with on this steel plate (10042)；
Described rigid structure (10041) is rectilinear structure, is put by the bathtub construction and erecting of an opening upwards always respectively
I-shaped structure be welded to form up and down；The width of this bathtub construction bottom land is less than the width of this I-shaped structure upper level-end；This groove
The height of shape structure is the 1/6 of this I-shaped structure vertical end height.
8. aerial cableway garage as claimed in claim 1, it is characterised in that this first annular track and the second circular orbit divide
Xing Cheng two oval structures；The major axis of these two oval structures is parallel to each other；The major axis of this first annular keplerian cllipse structure
Major axis less than this second circular orbit oval structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610569271.8A CN106012714B (en) | 2016-07-19 | 2016-07-19 | Aerial cableway garage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610569271.8A CN106012714B (en) | 2016-07-19 | 2016-07-19 | Aerial cableway garage |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106012714A true CN106012714A (en) | 2016-10-12 |
| CN106012714B CN106012714B (en) | 2017-07-11 |
Family
ID=57115856
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610569271.8A Active CN106012714B (en) | 2016-07-19 | 2016-07-19 | Aerial cableway garage |
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| Country | Link |
|---|---|
| CN (1) | CN106012714B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098133A (en) * | 2017-06-27 | 2017-08-29 | 北京中索国游索道工程技术有限公司 | Cableway rail changing device |
| CN110435674A (en) * | 2019-08-30 | 2019-11-12 | 北京起重运输机械设计研究院有限公司 | Supporting beam switching device |
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| US20080148987A1 (en) * | 2006-11-28 | 2008-06-26 | Innova Patent Gmbh | Cableway System with Terminal Stations and a Middle Station |
| CN203006301U (en) * | 2012-11-21 | 2013-06-19 | 国家电网公司 | Double-cable circulating type cableway |
| CN103786539A (en) * | 2014-02-27 | 2014-05-14 | 于廷虎 | Cableway assembly of cableway and land dual-mode vehicle, cableway and land dual-mode vehicle and cableway device |
| CN104369740A (en) * | 2014-10-31 | 2015-02-25 | 郭强 | Fast complex-line cableway traffic system |
| CN104742916A (en) * | 2014-03-24 | 2015-07-01 | 郭强 | Rapid cableway traffic system |
| CN206052475U (en) * | 2016-07-19 | 2017-03-29 | 吕进 | Aerial cableway garage |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20080148987A1 (en) * | 2006-11-28 | 2008-06-26 | Innova Patent Gmbh | Cableway System with Terminal Stations and a Middle Station |
| CN203006301U (en) * | 2012-11-21 | 2013-06-19 | 国家电网公司 | Double-cable circulating type cableway |
| CN103786539A (en) * | 2014-02-27 | 2014-05-14 | 于廷虎 | Cableway assembly of cableway and land dual-mode vehicle, cableway and land dual-mode vehicle and cableway device |
| CN104742916A (en) * | 2014-03-24 | 2015-07-01 | 郭强 | Rapid cableway traffic system |
| CN104369740A (en) * | 2014-10-31 | 2015-02-25 | 郭强 | Fast complex-line cableway traffic system |
| CN206052475U (en) * | 2016-07-19 | 2017-03-29 | 吕进 | Aerial cableway garage |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107098133A (en) * | 2017-06-27 | 2017-08-29 | 北京中索国游索道工程技术有限公司 | Cableway rail changing device |
| CN110435674A (en) * | 2019-08-30 | 2019-11-12 | 北京起重运输机械设计研究院有限公司 | Supporting beam switching device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106012714B (en) | 2017-07-11 |
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Effective date of registration: 20171129 Address after: 102399 Mentougou District, Mentougou District, No. 1, No. 24, double Valley Road, No. 1, 2718 Patentee after: Beijing Zhong Suo Guo You engineering of passenger cableways Technology Co., Ltd. Address before: 100102 Beijing, Wangjing garden, building 1601, No. 127, No. Co-patentee before: Sun Zhenqi Patentee before: Lv Jin Co-patentee before: Wang Zhanjiang Co-patentee before: Lei Xiaoming |
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