CN204401803U - Based on the steel work oblique locating connector of BIM - Google Patents
Based on the steel work oblique locating connector of BIM Download PDFInfo
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- CN204401803U CN204401803U CN201420841513.0U CN201420841513U CN204401803U CN 204401803 U CN204401803 U CN 204401803U CN 201420841513 U CN201420841513 U CN 201420841513U CN 204401803 U CN204401803 U CN 204401803U
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Abstract
The utility model discloses a kind of steel work oblique locating connector based on BIM, comprise hinged base plate and flap, and telescope support; The bottom surface of base plate arranges inner chamber, and install electromagnetism armor in inner chamber, flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching; The described plate that is located by connecting is pasted with BIM spacer, and BIM spacer carries position, position, hole and angle information.The proper angle utilizing base plate and turnover panel to form, plate of determining to be located by connecting is in suitable angle, and guarantee to be located by connecting plate and main structure body contact point are pad.Thus determine fixed range and the angle of cant beam.Guarantee construction precision, improve efficiency of construction, reduce difficulty of construction and workman's workload, save construction cost, also for BIM technology will be rapidly developed in construction enterprises and application provides basis.
Description
Technical field
The utility model relates to steel structure connection field of locating technology, is specifically related to a kind of steel work oblique locating connector based on BIM.
Background technology
Steel building or bridge are when connecting, such as, when secondary beam being connected with girder, because two beam quality are large, direct welding difficulty is large, precision is not high, and for guaranteeing the fastness connecting precision and connection, on girder, solid welding is in advance located by connecting plate usually, then the web of secondary beam is fitted in the plate surface that is located by connecting, then web end and the plate that is located by connecting are bolted fixing.The web distance between center line of plate surface distance secondary beam of being located by connecting is determined, the plate that is located by connecting is parallel with the web of secondary beam, guarantees secondary beam and is in appropriate position, can arrive high accuracy in theory and connect object.But in fact often occur that positioning precision is poor, drift angle is excessive, or the problem such as dislocation, its main cause is that the plate that is located by connecting welds in advance with girder and there is the large problem of error.At present, rely on workman to utilize T-square as benchmark using the method be located by connecting on plate solid welding and girder, or after utilizing inclinometer design angle, weld by the mode of the hand steered plate that is located by connecting, this welding manner error is very large, often there is the problems such as the not corresponding and front-back staggered in angle of inclination, measure again after welding, the mode that precision carries out correcting not again as found is the mode adopting sledgehammer to pound, the processing method of this heaviness can only correct the inclined problem in angle slightly, problem of misalignment cannot be solved by root, and the problem that girder load-carrying properties may be caused to be deteriorated of doing over again.For reaching the connection precision of standard, workload is very big, and inefficiency, affects the construction speed of whole engineering.
Owing to there is above technical problem, there is difficulty from the design stage to the application of construction stage extension in current BIM (BIM), cause the decay in information exchanging process, this just hinders the application of BIM technology in large complicated construction process.
Utility model content
The purpose of this utility model is for problems of the prior art and deficiency, and the oblique providing one to be applicable to BIM (BIM) design stage and construction stage is located by connecting technology, improves construction precision, reduces the decay in information exchanging process; Be applicable to the application of BIM technology in large complicated construction process, realize the effective visualized management to construction work.
For achieving the above object, the utility model adopts following technical scheme: a kind of steel work oblique locating connector based on BIM, comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; The bottom surface of described base plate arranges inner chamber, installs electromagnetism armor in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n.Described flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching.The power supply of electromagnet outwards can be drawn by power line and is connected with the direct current after transformation, or, in base, be also provided with the battery for electromagnet energising.The described plate that is located by connecting is pasted with BIM spacer, and BIM spacer carries position, position, hole and angle information; Described BIM spacer is Quick Response Code or three-dimension code.Utilize the position of laser scanner butt welding contact R to scan, and utilize BIM information scanning instrument to after the scanning of BIM spacer, utilize mechanical welding arm to carry out automatic welding according to Scan orientation information butt welding contact.
Based on a steel work oblique locating connector of BIM, comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body pre-sets at least two standing block holes, and be provided with at least two location dops in the bottom surface of described base plate, location dop and corresponding standing block hole Matching installation, the distance between dop center, location and described pad R is fixed length m; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n; Described flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching.
The described plate that is located by connecting is pasted with BIM spacer, and BIM spacer carries the name information of connector and connected piece, position, position, hole and angle information; Described BIM spacer is Quick Response Code or three-dimension code.Utilize the position of laser scanner butt welding contact R to scan, and utilize BIM information scanning instrument to after the scanning of BIM spacer, utilize mechanical welding arm to carry out automatic welding according to Scan orientation information butt welding contact.So-called BIM location-plate, is for each welding work pieces, by the information of carrying on the BIM digital figure sheet be located by connecting on plate, determines position and the angle of location-plate; Ensure that junction plate position and hole site are correct.After utilizing laser scanner butt welding contact R to scan, mechanical welding arm butt welding contact is utilized to carry out automatic welding.BIM spacer can install nanometer microelectronics sheet if desired additional, records the two-way angular deflection (MEMS) of component in real time.
Described telescope support comprises outer tube and interior loop bar, fixes after both mate suit by screwing part, the end of outer tube and interior loop bar respectively by pinned connection between base plate and flap.Interior loop bar is provided with rule, and the mouth of pipe of outer tube is provided with location graticule, location graticule coordinates the folding angle determining base plate and flap with rule.
Described telescope support comprises Double-ended nut cover, to be threaded respectively upper and lower screw rod at the two ends of Double-ended nut cover, the end of upper and lower screw rod respectively by pinned connection between base plate and flap.The side of Double-ended nut cover is provided with rule, the end of upper screw rod or lower screw rod is provided with location graticule, location graticule coordinates the folding angle determining base plate and flap with rule.
Described telescope support comprises two pull bars be hinged on respectively on base plate and flap, the end of two pull bars is hinged on same bearing pin, this bearing pin is provided with radial center screw, internal overarm support is set with in it, and be threaded, one end of internal overarm support arranges handle, and the other end mates with the pivoted housing that described rotating shaft is arranged and is set in together.
Described telescope support comprises the connecting rod be connected on base plate and flap, and two connecting rods meet at together, is respectively arranged with slide opening, and is provided with lock bolt in two connecting rod intersections.
Described telescope support comprises the slide bar be hinged on flap and the chute be arranged on base plate, in chute, coupling is set with nut slider, is also set with screw rod, screw rod and nut slider Matching installation in chute, screw rod is provided with the constraint catch preventing from moving axially, screw rod end is provided with knob.
The location dop being positioned at base plate soffit is elastic chuck, structure is, rotatable rotating disk is provided with bottom base plate, the two bottom sides symmetric position distribution of rotating disk is provided with wedge-shaped slot, spring eye is respectively arranged with on the base plate of wedge-shaped slot correspondence position, suit telescopic chuck in it pocketed springs, the upper end of telescopic chuck is connected with wedge, and this wedge coordinates with described wedge-shaped slot and realizes driving elastic chuck expanding-contracting action.
Based on a steel work oblique locating connector of BIM, comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; Described base plate is made up of NULL shell and magnet first, and described flap is made up of NULL shell and magnet second; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n; Described magnet first and magnet second are rubidium magnet, or are common magnet.
The beneficial effects of the utility model are: the utility model utilizes base plate and main structure body positioning relation, determines the distance relation between anchor point and pad.The proper angle utilizing base plate and flap to form, plate of determining to be located by connecting is in suitable angle, and guarantee to be located by connecting plate and main structure body contact point are pad.Thus determine fixed range and the angle of cant beam.
The utility model adopts multiple telescope support structure, can reach the effect of fixed base plate and flap generation proper angle respectively.BIM spacer can install nanometer microelectronics sheet if desired additional, records the two-way angular deflection (MEMS) of component in real time.
The utility model is that practice of construction provides reliable basis on location, guarantees construction precision, improves efficiency of construction, reduce difficulty of construction and workman's workload, save construction cost, also for BIM technology will be rapidly developed in construction enterprises and application provides basis.
Accompanying drawing explanation
Fig. 1 is girder and cant beam connection status schematic diagram;
Fig. 2 is the first the oblique locating connector structural representation positioned the plate that is located by connecting;
Fig. 3 is the schematic top plan view of Fig. 2;
Fig. 4 is one of structural representation of telescope support;
Fig. 5 is the structural representation two of telescope support;
Fig. 6 is the structural representation three of telescope support;
Fig. 7 is the structural representation four of telescope support;
Fig. 8 is the structural representation five of telescope support;
Fig. 9 is the second oblique locating connector structural representation positioned the plate that is located by connecting;
Figure 10 is be located by connecting plate and cant beam connection diagram in Fig. 9 after accurate welding;
Figure 11 is front (A to) structural representation of base plate;
Figure 12 is front (B to) structural representation of turnover panel;
Figure 13 is the contraction state schematic diagram of elastic chuck;
Figure 14 is the extended configuration schematic diagram of elastic chuck;
Figure 15 is the bottom surface elevation of rotating disk;
Figure 16 is the front schematic view of plate of being located by connecting;
Figure 17 is the structural representation of the third oblique locating connector;
Figure 18 is the C-C cross-sectional view of Figure 17.
In figure, label 1 is base plate, 2 is flap, 21 is locating hole, 3 is rotating shaft, 4 is telescope support, 401 is outer tube, 402 is interior loop bar, 403 is upper pin, 404 is lower bearing pin, 405 for screwing part, 406 is rule, 407 is location graticule, 408 is Double-ended nut, 409 is upper screw rod, 410 is lower screw rod, 411 is internal overarm support, 412 is upper pull bar, 413 is lower push-pull bar, 414 is nut sleeve, 415 is thread segment, 416 is pivoted housing, 417 is shift scale dish, 418 is handle, 419 is upper connecting rod, 420 is lower link, 421 is slide opening, 422 is lock bolt, 423 is fixing dial, 424 is slide bar, 425 is nut slider, 426 is chute, 427 is screw rod, 428 is constraint catch, 429 is knob, 5 is the plate that is located by connecting, 51 is installing hole, 52 is erection bolt, 6 is location dop, 7 is standing block hole, 8 is rotating disk, axle centered by 81, 82 is wedge-shaped slot, 9 is wedge, 91 is elastic chuck, 92 is spring housing, 93 is spring, 10 is cant beam web center line, 11 is girder web plate, 12 is girder wing plate, 13 is cant beam web, 14 is cant beam wing plate, 15 is location graticule, 16 is iron core, 17 is coil, 18 is electro-magnet switch, 19 is BIM spacer, 20 is rubidium magnet, 21 is every magnetic material shell.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Embodiment 1: a kind of steel work oblique locating connector based on BIM, see Fig. 1, Fig. 2 and Fig. 3, is comprised the base plate of fitting and being positioned on girder web plate, and is connected to the flap of base plate one end by rotating shaft, arrange telescope support between flap and base plate; The external surface extended line of flap and girder web plate intersection are the drift angle pad R of the plate that is located by connecting; Girder web plate is previously provided with the location graticule mated with described base plate; The bottom surface of described base plate arranges inner chamber, installs electromagnetism armor in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n.The power supply of electromagnet outwards can be drawn by power line and is connected with the direct current after transformation, or, in base, be also provided with the battery for electromagnet energising.With precision.
See Figure 16, the described plate that is located by connecting is pasted with BIM spacer 19, BIM spacer 19 and carries position and angle information; Described BIM spacer is Quick Response Code or three-dimension code.Utilize the position of laser scanner butt welding contact R to scan, and utilize BIM information scanning instrument to after the scanning of BIM spacer, utilize mechanical welding arm to carry out automatic welding according to Scan orientation information butt welding contact.
So-called BIM location-plate, is for each welding work pieces, by the information of carrying on the BIM digital figure sheet be located by connecting on plate, determines position and the angle of location-plate; Ensure that junction plate position and hole site are correct.After utilizing laser scanner butt welding contact R to scan, mechanical welding arm butt welding contact is utilized to carry out automatic welding.Adopt the welding location instrument shown in Fig. 2, precision is high, locating speed is fast, effective, robot automatic welding can be utilized, such as paste in girder surveyor's beacon position and record the Quick Response Code of girder and cant beam positional information and link information, after Robot Scanning 2 D code information again with girder surveyor's beacon for benchmark positions welding.Or the described location graticule 15 on Robot Scanning girder welds for benchmark.Or after first utilizing laser scanner butt welding contact R to scan, robot utilizes mechanical welding arm butt welding contact to carry out automatic welding.Thus make beam connection realize automation.BIM spacer can install nanometer microelectronics sheet (MEMS) if desired additional, records the two-way angular deflection of component in real time.
Embodiment 2: see Fig. 1, Fig. 2 and Fig. 3, on embodiment 1 basis, is not only provided with inner chamber, installs electromagnetism armor in inner chamber on base plate, and is provided with the switch and power supply and circuit that control magnet switching.And flap is provided with inner chamber, electromagnet second is installed in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching.
Base plate 1 and flap 2 have magnetic adsorption capacity respectively, and side is adsorbed mutually with component, and another absorption is located by connecting plate, ensure Board position and hole correct.
Embodiment 3: see Fig. 1, docks in fixation procedure by cant beam with girder, needs to pre-set the plate 5 that is located by connecting, for determining link position and the angle of cant beam.See Fig. 9, the welding of the plate 5 that is located by connecting adopts a kind of location instrument with proper angle, for welding position and the angle of inclination of plate 5 of determining to be located by connecting.
Base plate 1 is fitted on fixed and girder web plate 11, and flap 2 is hinged by rotating shaft 3 with base plate 1, arranges telescope support 4 between flap 2 and base plate 1.Flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching.
In Fig. 9, the external surface extended line of flap 2 and girder web plate 11 intersection are the drift angle pad R of the plate 5 that is located by connecting.Girder web plate 11 pre-sets at least two standing block holes 7, at least two location dops 6 are provided with in the bottom surface of described base plate 1, see Figure 11, location dop 6 and corresponding standing block hole 7 Matching installation, the distance between dop 6 center, location and described pad R is fixed length m.See Fig. 9 and Figure 12, described flap 2 is provided with the locating hole 21 corresponding with plate 5 installing hole that is located by connecting, the distance between the cant beam web center line 10 of this locating hole 21 center and pre-installation is fixed length n, is generally 3 inches.
Adopt the welding location instrument shown in Fig. 9, precision is high, and locating speed is fast, effective, robot automatic welding can be utilized, such as, after first utilizing laser scanner butt welding contact R to scan, then utilize mechanical welding arm butt welding contact to carry out automatic welding, thus make beam connection realize automation.As shown in Figure 10, the plate 5 that is located by connecting after welding can directly be connected with cant beam, there will not be any Problem-Error.
See Fig. 9, telescope support 4 comprises outer tube 401 and interior loop bar 402, and fix by screwing part 405 after both mate suit, the end of outer tube 401 and interior loop bar 402 is connected between base plate 1 and flap 2 respectively by lower bearing pin 404 and upper pin 403.Interior loop bar 402 is provided with rule 406, and the mouth of pipe of outer tube 401 is provided with location graticule 407, location graticule 407 coordinates the folding angle determining base plate 1 and flap 2 with rule 406.
Embodiment 4: content is substantially the same manner as Example 1, something in common does not repeat, unlike: see Fig. 5, telescope support 4 comprises Double-ended nut 408 and overlaps, screw rod 409 and lower screw rod 410 on the two ends that Double-ended nut 408 overlaps have been threaded respectively, the end of upper screw rod 409 and lower screw rod 410 is connected on flap 2 and base plate 1 respectively by upper pin 403 and lower bearing pin 404.The side overlapped at Double-ended nut 408 is provided with rule 406, and the end of upper screw rod 409 is provided with location graticule 407, and location graticule 407 coordinates the folding angle determining base plate 1 and flap 2 with rule 406.
Embodiment 5: content is substantially the same manner as Example 1, something in common does not repeat, unlike: see Fig. 6, described telescope support 4 comprises upper pull bar 412 and the lower push-pull bar 413 that two are hinged on flap 2 and base plate 1 respectively, the end of two pull bars is hinged on same bearing pin, this bearing pin is provided with radial center screw, and be extended with nut sleeve 414, internal overarm support 411 is set with in nut sleeve 414, and be threaded, one end of internal overarm support 411 arranges handle, and the other end mates with the pivoted housing that described rotating shaft 3 is arranged and is set in together.
Embodiment 6: content is substantially the same manner as Example 1, something in common does not repeat, unlike: see Fig. 7, described telescope support 4 comprises the upper connecting rod and lower link that are connected to flap 2 and base plate 1, two connecting rods meet at together, be respectively arranged with slide opening in two connecting rod intersections, and lock bolt is installed.
Embodiment 7: content is substantially the same manner as Example 1, something in common does not repeat, unlike: see Fig. 8, described telescope support 4 comprises the slide bar be hinged on flap 2 and the chute be arranged on base plate 1, in chute, coupling is set with nut slider, is also set with screw rod, screw rod and nut slider Matching installation in chute, screw rod is provided with the constraint catch preventing from moving axially, screw rod end is provided with knob.
Embodiment 8: content is substantially the same manner as Example 3, something in common does not repeat, unlike: the location dop 6 being positioned at base plate 1 soffit is elastic chuck, specifically see Figure 13, Figure 14 and Figure 15, rotatable rotating disk 8 is provided with bottom base plate 1, rotating disk 8 rotates around central axis 81, the two bottom sides symmetric position distribution of rotating disk 8 is provided with wedge-shaped slot 82, spring eye 92 is respectively arranged with on the base plate 1 of wedge-shaped slot 82 correspondence position, telescopic chuck is set with and pocketed springs 93 in it, the upper end of telescopic chuck 91 is connected with wedge 9, this wedge 9 coordinates with described wedge-shaped slot 82 and realizes driving elastic chuck expanding-contracting action.When rotary turnplate 8, two symmetrical elastic chucks 91 can be extended or retracted, locating effect is reached after stretching out, just base plate 1 is taken out from side after indentation, after elastic chuck 91 is fully retracted, even without the need to adjusting the angle between base plate 1 and flap 2, to use the quick position of other cant beams when not revising angle.
Embodiment 9, see Figure 17 and Figure 18, a kind of steel work oblique locating connector based on BIM, is comprised the base plate of fitting and being positioned on main structure body, and is connected to the flap of base plate one end by rotating shaft, arrange telescope support between flap and base plate; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; Described base plate is made up of NULL shell and rubidium magnet first, and described flap is made up of NULL shell and rubidium magnet second; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n.
Embodiment 10, see Figure 17 and Figure 18, a kind of steel work oblique locating connector based on BIM, is comprised the base plate of fitting and being positioned on main structure body, and is connected to the flap of base plate one end by rotating shaft, arrange telescope support between flap and base plate; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; Described base plate is made up of NULL shell and common magnet first, and described flap is made up of NULL shell and common magnet second; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n.
Claims (10)
1. based on a steel work oblique locating connector of BIM, it is characterized in that: comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; The bottom surface of described base plate arranges inner chamber, installs electromagnetism armor in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching; Described flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n.
2. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: on the described plate that is located by connecting, be pasted with BIM spacer, BIM spacer carries the name information of connector and connected piece, position, position, hole and angle information; Described BIM spacer is Quick Response Code or three-dimension code.
3. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: described telescope support comprises outer tube and interior loop bar, fix by screwing part after both coupling suits, the end of outer tube and interior loop bar respectively by pinned connection between base plate and flap; Interior loop bar is provided with rule, and the mouth of pipe of outer tube is provided with location graticule, location graticule coordinates the folding angle determining base plate and flap with rule.
4. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: described telescope support comprises Double-ended nut cover, to be threaded respectively upper and lower screw rod at the two ends of Double-ended nut cover, the end of upper and lower screw rod respectively by pinned connection between base plate and flap; The side of Double-ended nut cover is provided with rule, the end of upper screw rod or lower screw rod is provided with location graticule, location graticule coordinates the folding angle determining base plate and flap with rule.
5. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: described telescope support comprises two pull bars be hinged on respectively on base plate and flap, the end of two pull bars is hinged on same bearing pin, this bearing pin is provided with radial center screw, internal overarm support is set with in it, and be threaded, one end of internal overarm support arranges handle, and the other end mates with the pivoted housing that described rotating shaft is arranged and is set in together.
6. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: described telescope support comprises the connecting rod be connected on base plate and flap, two connecting rods meet at together, be respectively arranged with slide opening, and be provided with lock bolt in two connecting rod intersections.
7. the steel work oblique locating connector based on BIM according to claim 1, it is characterized in that: described telescope support comprises the slide bar be hinged on flap and the chute be arranged on base plate, in chute, coupling is set with nut slider, also screw rod is set with in chute, screw rod and nut slider Matching installation, screw rod is provided with the constraint catch preventing from moving axially, screw rod end is provided with knob.
8. based on a steel work oblique locating connector of BIM, it is characterized in that: comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body pre-sets at least two standing block holes, and be provided with at least two location dops in the bottom surface of described base plate, location dop and corresponding standing block hole Matching installation, the distance between dop center, location and described pad R is fixed length m; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n; Described flap is provided with inner chamber, installs electromagnet second in inner chamber, and is provided with the switch and power supply and circuit that control magnet switching.
9. the steel work oblique locating connector based on BIM according to claim 8, it is characterized in that: the location dop being positioned at base plate soffit is elastic chuck, structure is, rotatable rotating disk is provided with bottom base plate, the two bottom sides symmetric position distribution of rotating disk is provided with wedge-shaped slot, spring eye is respectively arranged with on the base plate of wedge-shaped slot correspondence position, telescopic chuck is set with and pocketed springs in it, the upper end of telescopic chuck is connected with wedge, and this wedge coordinates with described wedge-shaped slot and realizes driving elastic chuck expanding-contracting action.
10. based on a steel work oblique locating connector of BIM, it is characterized in that: comprise the base plate of fitting and being positioned on main structure body, and be connected to the flap of base plate one end by rotating shaft, between flap and base plate, telescope support is set; The external surface extended line of flap and main structure body intersection are the drift angle pad R of the plate that is located by connecting; Main structure body is previously provided with the location graticule mated with described base plate; Described base plate is made up of NULL shell and magnet first, and described flap is made up of NULL shell and magnet second; Described flap is provided with the locating hole corresponding with the plate installing hole that is located by connecting, the distance between the cant beam web center line of this locating hole center and pre-installation is fixed length n; Described magnet first and magnet second are rubidium magnet, or are common magnet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420841513.0U CN204401803U (en) | 2014-12-27 | 2014-12-27 | Based on the steel work oblique locating connector of BIM |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420841513.0U CN204401803U (en) | 2014-12-27 | 2014-12-27 | Based on the steel work oblique locating connector of BIM |
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| CN204401803U true CN204401803U (en) | 2015-06-17 |
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| CN201420841513.0U Withdrawn - After Issue CN204401803U (en) | 2014-12-27 | 2014-12-27 | Based on the steel work oblique locating connector of BIM |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105773034A (en) * | 2016-04-19 | 2016-07-20 | 合肥长城制冷科技有限公司 | Novel multi-combination tool for fixed point welding of filament tube evaporators |
| CN106988419A (en) * | 2017-04-27 | 2017-07-28 | 四川云图瑞科技有限公司 | A kind of steel structure node device of application BIM technology |
| CN107471161A (en) * | 2017-09-07 | 2017-12-15 | 东莞市北扬工业设计有限公司 | A kind of multi-functional fire-fighting shovel |
| CN107471161B (en) * | 2017-09-07 | 2019-10-11 | 江苏百仕得科技有限公司 | A kind of multi-functional fire-fighting shovel |
| CN108468386A (en) * | 2018-03-27 | 2018-08-31 | 南京汤泉建设集团有限公司 | A kind of modular house architectural structure and its method of construction |
| CN108468386B (en) * | 2018-03-27 | 2020-06-16 | 南京汤泉建设集团有限公司 | Modular house building structure and construction method thereof |
| CN109184232A (en) * | 2018-09-01 | 2019-01-11 | 鼎宸建设科技有限公司 | Flat oblique positioning system of a kind of cylindrical steel structure based on BIM and attaching method thereof |
| CN111805146A (en) * | 2020-07-21 | 2020-10-23 | 安徽双鹿车业有限公司 | Positioning and locking mechanism for machining of rear door of vehicle trailer and using method of positioning and locking mechanism |
| CN111805146B (en) * | 2020-07-21 | 2022-06-24 | 砀山县纳方包装材料有限公司 | Positioning and locking mechanism for machining of rear door of vehicle trailer and using method of positioning and locking mechanism |
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