CN108382951A - The derrick geometry of elevator - Google Patents
The derrick geometry of elevator Download PDFInfo
- Publication number
- CN108382951A CN108382951A CN201810102613.4A CN201810102613A CN108382951A CN 108382951 A CN108382951 A CN 108382951A CN 201810102613 A CN201810102613 A CN 201810102613A CN 108382951 A CN108382951 A CN 108382951A
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- edge
- shaped
- crossbeam
- positioning
- pair
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B7/00—Other common features of elevators
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- Mutual Connection Of Rods And Tubes (AREA)
Abstract
The invention discloses a kind of derrick geometries of elevator, including four columns and vertically disposed several crossbeam groups；Each crossbeam assembles four L-shaped connectors, which connects one to one with above-mentioned four columns；Single column is connect by corresponding L-shaped connector two crossbeams adjacent with crossbeam group.The derrick geometry of elevator of the present invention, column can expand the inner space of derrick relative to the column of rectangular steel pipe using the proximate matter of special shape, can accordingly assemble larger sized car；And crossbeam is connect by L-shaped connector with column so that the assembly of column and crossbeam becomes more convenient, in the hoistway inner space of villa elevator, adjusts and dismounting is all more convenient.
Description
Technical field
The present invention relates to the derrick geometries of elevator.
Background technology
The steel structure derrick of villa elevator, is generally made of column and crossbeam.The hoistway inner wall although derrick generally all reclines
Installation, but since the hoistway inner space of villa elevator is natively limited, after the completion of derrick installation, the inner space of derrick is just more
It is small, seriously constrain the size of car.Therefore how under the premise of ensureing derrick performance, the inside for making great efforts to expand derrick is empty
Between, have become the research direction of villa elevator steel structure derrick.
In addition, the column that existing villa elevator steel structure derrick uses, the assembly with crossbeam is inconvenient to adjust, and rectangle
Crossbeam frame needs site welding, efficiency is low and appearance unsightly.
Invention content
The purpose of the present invention is to provide a kind of derrick geometry of elevator, column uses the proximate matter of special shape, relatively
In the column of rectangular steel pipe, the inner space of derrick can be expanded, can accordingly assemble larger sized car；And crossbeam passes through L-shaped
Connector is connect with column so that the assembly of column and crossbeam becomes more convenient, in the hoistway inner space of villa elevator, adjusts
Section and dismounting are all more convenient.
To achieve the above object, the technical scheme is to design a kind of derrick geometries of elevator, including four columns
With vertically disposed several crossbeam groups；
The four columns are vertically arranged, and the bottom end of the four columns is in same level, and the bottom end of the four columns exists
Rectangular distribution on the horizontal plane；
Each crossbeam group includes four horizontally disposed crossbeams, and the four edges of four crossbeams and above-mentioned rectangle correspond, horizontal
Beam is parallel with corresponding rectangular edges, and crossbeam is located at same vertical plane with corresponding rectangular edges；
Each crossbeam assembles four L-shaped connectors, which connects one to one with above-mentioned four columns；Individually
Column is connect by corresponding L-shaped connector two crossbeams adjacent with crossbeam group；
The L-shaped connector is proximate matter, and the profile length direction of L-shaped connector is vertically arranged, and L-shaped connector includes along its type
Two connection sides that material length direction extends, this two connection sides are mutually perpendicular to, and this two connection side integrally connecteds；
Two crossbeams on the same column are connected to by L-shaped connector, they are connected by the first fastener and the L-shaped respectively
Two connection sides of fitting, which correspond, to be fixedly connected, and two connection sides of the L-shaped connector are respectively provided with installation first
First installation through-hole of fastener；
The crossbeam is proximate matter, and crossbeam includes such as the lower side extended along its profile length direction：Horizontally disposed bottom edge, by bottom edge
The vertical outer side edges that side extends upward are extended downwardly out by the top margin extended at the top of outer side edges by the top margin other side
First inner side edge, and the second inner side edge for being extended upward by the bottom edge other side；Top margin is parallel with bottom edge, and top margin, bottom edge
Positioned at outer side edges the same side；First inner side edge, the second inner side edge are located at same vertical plane；Between first inner side edge and the second inner side edge
There are vertical gaps；
First inner side edge of the crossbeam, the side that is correspondingly connected with of the second inner side edge and L-shaped connector recline, and the first fastener includes
First nut and the first bolt；First nut is placed in inside crossbeam, and the first bolt sequentially passes through the first installation through-hole and above-mentioned perpendicular
It is locked together with the first nut after to gap；
The column includes：L-shaped positioning region for positioning L-shaped connector, the L-shaped main part being set on the outside of L-shaped positioning region, with
And a pair of of transition part that L-shaped positioning region, L-shaped main part link together；
The L-shaped positioning region is proximate matter, and the profile length direction of L-shaped positioning region is vertically arranged；L-shaped positioning region includes such as lower edge
The side that its profile length direction extends：For two connections of L-shaped connector in a pair of of the positioning to recline respectively；This is to positioning side phase
Mutually vertically, and this is to positioning side integrally connected；
The L-shaped main part is proximate matter, and the profile length direction of L-shaped main part is vertically arranged；L-shaped main part includes such as lower edge
The side that its profile length direction extends：Parallel a pair of of body edge is corresponded with above-mentioned a pair of of positioning side；This is to body edge one
Body connects；
Above-mentioned a pair of transition part connects one to one with above-mentioned a pair of side that positions, and this is to transition part and above-mentioned a pair of body edge one
One is correspondingly connected with；
The transition part is proximate matter, and the profile length direction of transition part is vertically arranged；Transition part includes as lower long along its proximate matter
Spend the side that direction extends：Base side that is parallel with corresponding body edge and welding together with the body edge, by basic hem width degree side
It is extending to side and with it is corresponding positioning in the transition welded together, extended by the base side width direction other side
And for the end fixed edge that corresponding crossbeam end face reclines, and extended from end fixed edge width direction side and turn over to right
The flanging on side should be positioned；Transition side is between L-shaped positioning region and L-shaped main part；End fixed edge is located on the outside of L-shaped positioning region；
Flanging and base side are divided into end fixed edge width direction both sides；Flanging is located at same vertical plane with corresponding positioning side；Flanging, end
Fixed edge, base side, transition side and corresponding positioning skirt are at card slot, flanging and the notch that the gap on corresponding positioning side is card slot；
With the L-shaped connector of corresponding column connection, two connect while with a pair of of positioning of L-shaped positioning region on the column one by one
Correspondence reclines；And this two connection sides are corresponded admittedly by the card slot of a pair of of transition part on the second fastener and the column respectively
Fixed connection；This two connection sides are respectively provided with the second installation through-hole of the second fastener of installation；Second fastener includes the
Two nuts and the second bolt；Second nut is set in corresponding card slot, and the outer diameter of the second nut is more than the slot opening of the card slot
Degree；Second bolt locks together after sequentially passing through the second installation through-hole and above-mentioned notch with the second nut；It connect side with this two
Two crossbeams to connect one to one, their end face and the end fixed edge one-to-one correspondence of a pair of of transition part on the column recline.
Preferably, the thickness of a pair of of body edge is identical on the L-shaped main part.
Preferably, the thickness on a pair of of positioning side is identical on the L-shaped positioning region.
Preferably, thickness of the thickness of the body edge not less than positioning side.
The advantages of the present invention are：A kind of derrick geometry of elevator is provided, column uses special shape
Proximate matter can expand the inner space of derrick relative to the column of rectangular steel pipe, can accordingly assemble larger sized car；And
Crossbeam is connect by L-shaped connector with column so that the assembly of column and crossbeam becomes more convenient, in the hoistway of villa elevator
In portion space, adjusts and dismounting is all more convenient.
Description of the drawings
Fig. 1 is the schematic diagram of the present invention；
Fig. 2 is the schematic diagram of column；
Fig. 3 is the schematic diagram of crossbeam.
Specific implementation mode
With reference to the accompanying drawings and examples, the specific implementation mode of the present invention is further described.Following embodiment is only
For clearly illustrating technical scheme of the present invention, and not intended to limit the protection scope of the present invention.
The technical solution that the present invention embodies is：
As shown in Figure 1 to Figure 3, a kind of derrick geometry of elevator, including 2 groups of four columns 1 and vertically disposed several crossbeams；
The four columns 1 are vertically arranged, and the bottom end of the four columns 1 is in same level, and the bottom end of the four columns 1
The rectangular distribution on the horizontal plane；
2 groups of each crossbeam includes four horizontally disposed crossbeams 2, and the four edges of four crossbeams 2 and above-mentioned rectangle correspond,
Crossbeam 2 is parallel with corresponding rectangular edges, and crossbeam 2 is located at same vertical plane with corresponding rectangular edges；
Each crossbeam 2 assembles four L-shaped connectors 3, which connects one to one with above-mentioned four columns 1；
Single column 1 is connect by two crossbeams 2 adjacent in 2 groups of corresponding L-shaped connector 3 and crossbeam；
The L-shaped connector 3 is proximate matter, and the profile length direction of L-shaped connector 3 is vertically arranged, and L-shaped connector 3 includes edge
Two connection sides 31 that its profile length direction extends, this two connection sides 31 are mutually perpendicular to, and this two 31 one of connection side
Connection；
Two crossbeams 2 on the same column 1 are connected to by L-shaped connector 3, they pass through first fastener 4 and L respectively
Two connection sides 31 of shape connector 3, which correspond, to be fixedly connected, and two connection sides 31 of the L-shaped connector 3 are respectively equipped with use
In the first installation through-hole for installing the first fastener 4；
The crossbeam 2 is proximate matter, and crossbeam 2 includes such as the lower side extended along its profile length direction：Horizontally disposed bottom edge 21, by
The vertical outer side edges 22 that 21 side of bottom edge extends upward, the top margin 23 extended by 22 top of outer side edges are another by top margin 23
The first inner side edge 24 extended under lateral, and the second inner side edge 25 for being extended upward by 21 other side of bottom edge；Top margin 23
It is parallel with bottom edge 21, and top margin 23, bottom edge 21 are located at 22 the same side of outer side edges；First inner side edge 24, the second inner side edge 25 are located at
Same vertical plane；There are vertical gaps 26 between first inner side edge 24 and the second inner side edge 25；
First inner side edge 24 of the crossbeam 2, the side 31 that is correspondingly connected with of the second inner side edge 25 and L-shaped connector 3 recline, and first is tight
Firmware 4 includes the first nut and the first bolt；First nut is placed in inside crossbeam 2, and it is logical that the first bolt sequentially passes through the first installation
It is locked together with the first nut behind hole and above-mentioned vertical gap 26；
The column 1 includes：L-shaped positioning region 5 for positioning L-shaped connector 3 is set to the L-shaped main body in 5 outside of L-shaped positioning region
Portion 6, and a pair of of transition part 7 that L-shaped positioning region 5, L-shaped main part 6 are linked together；
The L-shaped positioning region 5 is proximate matter, and the profile length direction of L-shaped positioning region 5 is vertically arranged；L-shaped positioning region 5 includes such as
The lower side extended along its profile length direction：51 when being positioned for a pair that 3 two connections of L-shaped connector recline respectively while 31；It should
To positioning side 51 be mutually perpendicular to, and this to position 51 integrally connected of side；
The L-shaped main part 6 is proximate matter, and the profile length direction of L-shaped main part 6 is vertically arranged；L-shaped main part 6 includes such as
The lower side extended along its profile length direction：Parallel a pair of of body edge 61 is corresponded with above-mentioned a pair of of positioning side 51；This is right
61 integrally connected of body edge；
Above-mentioned a pair of transition part 7 connects one to one with above-mentioned a pair of side 51 that positions, and this is to transition part 7 and above-mentioned a pair of main body
Side 61 connects one to one；
The transition part 7 is proximate matter, and the profile length direction of transition part 7 is vertically arranged；Transition part 7 includes as lower along its proximate matter
The side that length direction extends：Base side 71 that is parallel with corresponding body edge 61 and welding together with the body edge 61, by basis
While 71 width direction sides extend and the 51 transition sides 72 welded together when with corresponding positioning, by 71 width of base side
End fixed edge 73 that is that the direction other side is extended and reclining for corresponding to 2 end face of crossbeam, and by 73 width direction of end fixed edge
It is that side is extended and turn over flanging 74 to corresponding positioning side 51；Transition side 72 be located at L-shaped positioning region 5 and L-shaped main part 6 it
Between；End fixed edge 73 is located at 5 outside of L-shaped positioning region；Flanging 74 and base side 71 are divided into end 73 width direction both sides of fixed edge；
Flanging 74 is located at same vertical plane with corresponding positioning side 51；Flanging 74 is held fixed edge 73, base side 71, transition side 72 and is corresponded to
Positioning side 51 surrounds card slot 8, flanging 74 and the notch 81 that the gap on corresponding positioning side 51 is card slot 8；
The L-shaped connector 3 connected with corresponding column 1, two connection sides 31 are positioned with a pair of of L-shaped positioning region 5 on the column 1
Side 51 corresponds and reclines；And this two connection sides 31 pass through the second fastener 9 and a pair of of transition part 7 on the column 1 respectively
The one-to-one correspondence of card slot 8 is fixedly connected；The second installation that this two connection sides 31 are respectively provided with the second fastener 9 of installation is logical
Hole；Second fastener 9 includes the second nut and the second bolt；Second nut is set in corresponding card slot 8, and the second nut is outer
Diameter is more than 81 width of notch of the card slot 8；Second bolt sequentially pass through after the second installation through-hole and above-mentioned notch 81 with the second spiral shell
Mother locks together；It connect two crossbeams 2 that side 31 connects one to one, their end face and a pair on the column 1 with this two
The one-to-one correspondence of end fixed edge 73 of transition part 7 reclines.
Preferably, the thickness of a pair of of body edge 61 is identical on the L-shaped main part 6.
Preferably, the thickness on a pair of of positioning side 51 is identical on the L-shaped positioning region 5.
Preferably, thickness of the thickness of the body edge 61 not less than positioning side 51.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as protection scope of the present invention.
Claims (4)
1. the derrick geometry of elevator, which is characterized in that including four columns and vertically disposed several crossbeam groups；
The four columns are vertically arranged, and the bottom end of the four columns is in same level, and the bottom end of the four columns exists
Rectangular distribution on the horizontal plane；
Each crossbeam group includes four horizontally disposed crossbeams, and the four edges of four crossbeams and above-mentioned rectangle correspond, horizontal
Beam is parallel with corresponding rectangular edges, and crossbeam is located at same vertical plane with corresponding rectangular edges；
Each crossbeam assembles four L-shaped connectors, which connects one to one with above-mentioned four columns；Individually
Column is connect by corresponding L-shaped connector two crossbeams adjacent with crossbeam group；
The L-shaped connector is proximate matter, and the profile length direction of L-shaped connector is vertically arranged, and L-shaped connector includes along its type
Two connection sides that material length direction extends, this two connection sides are mutually perpendicular to, and this two connection side integrally connecteds；
Two crossbeams on the same column are connected to by L-shaped connector, they are connected by the first fastener and the L-shaped respectively
Two connection sides of fitting, which correspond, to be fixedly connected, and two connection sides of the L-shaped connector are respectively provided with installation first
First installation through-hole of fastener；
The crossbeam is proximate matter, and crossbeam includes such as the lower side extended along its profile length direction：Horizontally disposed bottom edge, by bottom edge
The vertical outer side edges that side extends upward are extended downwardly out by the top margin extended at the top of outer side edges by the top margin other side
First inner side edge, and the second inner side edge for being extended upward by the bottom edge other side；Top margin is parallel with bottom edge, and top margin, bottom edge
Positioned at outer side edges the same side；First inner side edge, the second inner side edge are located at same vertical plane；Between first inner side edge and the second inner side edge
There are vertical gaps；
First inner side edge of the crossbeam, the side that is correspondingly connected with of the second inner side edge and L-shaped connector recline, and the first fastener includes
First nut and the first bolt；First nut is placed in inside crossbeam, and the first bolt sequentially passes through the first installation through-hole and above-mentioned perpendicular
It is locked together with the first nut after to gap；
The column includes：L-shaped positioning region for positioning L-shaped connector, the L-shaped main part being set on the outside of L-shaped positioning region, with
And a pair of of transition part that L-shaped positioning region, L-shaped main part link together；
The L-shaped positioning region is proximate matter, and the profile length direction of L-shaped positioning region is vertically arranged；L-shaped positioning region includes such as lower edge
The side that its profile length direction extends：For two connections of L-shaped connector in a pair of of the positioning to recline respectively；This is to positioning side phase
Mutually vertically, and this is to positioning side integrally connected；
The L-shaped main part is proximate matter, and the profile length direction of L-shaped main part is vertically arranged；L-shaped main part includes such as lower edge
The side that its profile length direction extends：Parallel a pair of of body edge is corresponded with above-mentioned a pair of of positioning side；This is to body edge one
Body connects；
Above-mentioned a pair of transition part connects one to one with above-mentioned a pair of side that positions, and this is to transition part and above-mentioned a pair of body edge one
One is correspondingly connected with；
The transition part is proximate matter, and the profile length direction of transition part is vertically arranged；Transition part includes as lower long along its proximate matter
Spend the side that direction extends：Base side that is parallel with corresponding body edge and welding together with the body edge, by basic hem width degree side
It is extending to side and with it is corresponding positioning in the transition welded together, extended by the base side width direction other side
And for the end fixed edge that corresponding crossbeam end face reclines, and extended from end fixed edge width direction side and turn over to right
The flanging on side should be positioned；Transition side is between L-shaped positioning region and L-shaped main part；End fixed edge is located on the outside of L-shaped positioning region；
Flanging and base side are divided into end fixed edge width direction both sides；Flanging is located at same vertical plane with corresponding positioning side；Flanging, end
Fixed edge, base side, transition side and corresponding positioning skirt are at card slot, flanging and the notch that the gap on corresponding positioning side is card slot；
With the L-shaped connector of corresponding column connection, two connect while with a pair of of positioning of L-shaped positioning region on the column one by one
Correspondence reclines；And this two connection sides are corresponded admittedly by the card slot of a pair of of transition part on the second fastener and the column respectively
Fixed connection；This two connection sides are respectively provided with the second installation through-hole of the second fastener of installation；Second fastener includes the
Two nuts and the second bolt；Second nut is set in corresponding card slot, and the outer diameter of the second nut is more than the slot opening of the card slot
Degree；Second bolt locks together after sequentially passing through the second installation through-hole and above-mentioned notch with the second nut；It connect side with this two
Two crossbeams to connect one to one, their end face and the end fixed edge one-to-one correspondence of a pair of of transition part on the column recline.
2. the derrick geometry of elevator according to claim 1, which is characterized in that a pair of of body edge on the L-shaped main part
Thickness it is identical.
3. the derrick geometry of elevator according to claim 2, which is characterized in that on the L-shaped positioning region a pair of of positioning side
Thickness it is identical.
4. the derrick geometry of elevator according to claim 3, which is characterized in that the thickness of the body edge is not less than positioning
The thickness on side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810102613.4A CN108382951A (en) | 2018-02-01 | 2018-02-01 | The derrick geometry of elevator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810102613.4A CN108382951A (en) | 2018-02-01 | 2018-02-01 | The derrick geometry of elevator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108382951A true CN108382951A (en) | 2018-08-10 |
Family
ID=63074907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810102613.4A Withdrawn CN108382951A (en) | 2018-02-01 | 2018-02-01 | The derrick geometry of elevator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108382951A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114408711A (en) * | 2022-02-15 | 2022-04-29 | 美嘉智选电梯有限公司 | Modularization aluminum alloy car |
-
2018
- 2018-02-01 CN CN201810102613.4A patent/CN108382951A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114408711A (en) * | 2022-02-15 | 2022-04-29 | 美嘉智选电梯有限公司 | Modularization aluminum alloy car |
| CN114408711B (en) * | 2022-02-15 | 2023-09-08 | 美嘉智选电梯有限公司 | Modularized aluminum alloy car |
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| Date | Code | Title | Description |
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| PB01 | Publication | ||
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| SE01 | Entry into force of request for substantive examination | ||
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20180810 |
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| WW01 | Invention patent application withdrawn after publication |