CN110513537A - A method of installation show house multi-pipeline energy resource supply simulates support device - Google Patents
A method of installation show house multi-pipeline energy resource supply simulates support device Download PDFInfo
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- CN110513537A CN110513537A CN201910648051.8A CN201910648051A CN110513537A CN 110513537 A CN110513537 A CN 110513537A CN 201910648051 A CN201910648051 A CN 201910648051A CN 110513537 A CN110513537 A CN 110513537A
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- chassis
- support
- frame
- pipeline
- locking
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16L—PIPES; JOINTS OR FITTINGS FOR PIPES; SUPPORTS FOR PIPES, CABLES OR PROTECTIVE TUBING; MEANS FOR THERMAL INSULATION IN GENERAL
- F16L3/00—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets
- F16L3/16—Supports for pipes, cables or protective tubing, e.g. hangers, holders, clamps, cleats, clips, brackets with special provision allowing movement of the pipe
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
- H02G3/02—Details
- H02G3/04—Protective tubing or conduits, e.g. cable ladders or cable troughs
- H02G3/0456—Ladders or other supports
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Supports For Pipes And Cables (AREA)
Abstract
The purpose of the present invention is to provide a kind of methods of installation show house multi-pipeline energy resource supply simulation support device, for solving the technical issues of integrating support to multi-pipeline, and reach the technical effect of flexibly dismounting transplanting.Show house multi-pipeline energy resource supply involved in this method simulates support device, it is arranged at the pipeline disengaging well head in template house, it includes control system and the outer support system being electrically connected to the control system and interior pipeline laying system, and interior pipeline laying system is located in outer support system.Outer support system primarily serves the purpose of support and easy disassembly, to meet the needs to the simulation support of a variety of show house pipelines；Interior pipeline laying system is used to support a variety of pipelines, and according to pipeline size needs, adjusts supporting and space.
Description
Technical field
The present invention relates to multi-pipeline support technology field, specifically a kind of installation show house multi-pipeline energy resource supply mould
The method of quasi- support device.
Background technique
With raising of the people to living environment, the villa type house of a variety of patterns is proposed in building trade at present for people
Select.In order to improve the intuitive in house, show house is exhibition method common in the art.The difference in new-type house
Place also resides in the intensive design of its energy transmission lines.That is, water route, gas circuit and circuit, which pass through well head at one, passes in and out house.It is existing
The pattern of template side is had nothing in common with each other, it is therefore desirable to a kind of technical solution is provided, to adapt to the needs of different show houses, to a variety of
Pipeline forms integrated form support.
Summary of the invention
The purpose of the present invention is to provide a kind of methods of installation show house multi-pipeline energy resource supply simulation support device, use
In solution to multi-pipeline integrated the technical issues of supporting, and reach the technical effect that flexibly dismounting is transplanted.
The technical scheme adopted by the invention to solve the technical problem is that:
A method of installation show house multi-pipeline energy resource supply simulates support device, comprising the following steps:
Outer support side frame is mounted in the side frame card slot of chassis upper end under outer support by S1；
S2 chassis locking soft magnet powers on, and chassis is locked driving plate and driven downwards by chassis locking soft magnet suction-operated
Chassis check lock lever, chassis check lock lever are plugged in the fixed upper through-hole of chassis and the fixed lower through-hole of chassis；
S3 matches connection with the chassis locking external thread of the lower end outside of chassis check lock lever using nut；
Pipe-support main frame is mounted under outer support on chassis by S4, and pipeline installation width adjusting frame can slide laterally
It is mounted in pipe-support main frame；
Outer support upper frame is mounted on the upper end of outer support side frame by S5；
S6 upper frame locking driving soft magnet powers on, and upper frame is locked the absorption that driving plate is locked driving soft magnet by upper frame and made
With the upper frame locking guide groove inner end for driving multi-functional energy supply plate to be locked on bogie to upper frame is rotatably moved；In turn, more function
Plate expansion can be energized, and in the upper frame locking slot on the upper frame clamping arm insertion outer support upper frame of multi-functional energy supply plate.
Preferably, in above-mentioned steps S3, in outer support bottom, the lower section setting chassis of frame locks transversing gear, chassis locking
Transversing gear includes chassis locking driving motor, chassis locking Bidirectional-screw, chassis locking screw, chassis locking latch；
Chassis locks Bidirectional-screw under the rotation driving of chassis locking driving motor, and then locks screw band by chassis
Dynamic chassis locking latch transverse shifting, final chassis locking latch are plugged on the chassis locking spliced eye of chassis check lock lever lower part
In.
Preferably, in above-mentioned steps S3, installation chassis locks detection switch on the ground socle of outer support bottom frame lower end,
To detect whether the lower end of chassis check lock lever is moved to lower section designated position.
Preferably, in above-mentioned steps S4, the lower section of pipe-support main frame is equipped with horizontal space regulating mechanism, horizontal space
Regulating mechanism includes that horizontal space adjusts chassis, horizontal space adjusts motor, horizontal space adjusting screw rod and horizontal space and adjusts
Nut；Horizontal space adjusting screw rod has the drive of horizontal space adjusting nut in the case where horizontal space adjusts motor rotation driving
Pipeline installs width adjusting frame transverse shifting.
Preferably, in above-mentioned steps S4, space height is equipped on pipe-support main frame and pipeline installation width adjusting frame
Degree adjusts support frame, and spatial altitude adjusts the upper end setting pipeline mounting height adjusting bracket moving up and down of support frame.
Preferably, spatial altitude adjusts support frame and is equipped with longitudinal space regulating mechanism, and longitudinal space regulating mechanism includes
Vertical adjustment motor, vertical adjustment screw rod, vertical adjustment screw and vertical adjustment drive rod；
Vertical adjustment screw rod drives vertical adjustment to drive under the rotation driving of vertical adjustment motor by vertical adjustment screw
Lever lifting moving, and then there is vertical adjustment screw rod driving blank pipe road mounting height adjusting bracket to move up and down.
Preferably, the spatial altitude adjusts longitudinal Auxiliary support that support frame is equipped with detection vertical adjustment screw position
Position detecting switch.
Preferably, the pipe-support main frame is equipped with multiple Auxiliary support exit orifice arranged up and down, and pipeline installation is high
The right end of degree adjusting bracket is correspondingly provided with longitudinal Auxiliary support inner hole, and longitudinal Auxiliary support machine is correspondingly arranged in Auxiliary support exit orifice
Structure, longitudinal auxiliary support mechanism include longitudinal Auxiliary support driving chamber, longitudinal Auxiliary support soft magnet, longitudinal Auxiliary support driving
Spring, longitudinal auxiliary support bar and longitudinal Auxiliary support driving plate；After longitudinal Auxiliary support soft magnet power loss, longitudinal Auxiliary support
Driving plate is acted on by the reset force of longitudinal Auxiliary support driving spring, drives longitudinal auxiliary support bar to move inward, in turn
Longitudinal auxiliary support bar is inserted into longitudinal Auxiliary support inner hole.
The effect provided in summary of the invention is only the effect of embodiment, rather than invents all whole effects, above-mentioned
A technical solution in technical solution have the following advantages that or the utility model has the advantages that
(1) what this method may be implemented device facilitates transplanting, adapts to the requirement of a variety of occasions.
(2) this method can be required according to the installation dimension of pipeline, and installation space is adjusted, to meet to a variety of rulers
The support on writing brush road needs.
Detailed description of the invention
Fig. 1 is the diagrammatic cross-section of the embodiment of the present invention；
Fig. 2 is partial enlarged view at A in Fig. 1
Fig. 3 is partial enlarged view at B in Fig. 1；
Fig. 4 is partial enlarged view at C in Fig. 1；
Fig. 5 is partial enlarged view at D in Fig. 1；
In figure: 1, chassis under outer support；2, outer support side frame；3, outer support upper frame；4, multi-functional energy supply plate；5, chassis is solid
Fix through-hole；6, socle；7, chassis lock chambers；8, the fixed upper through-hole of chassis；9, chassis locks soft magnet；10, chassis is locked
Driving plate；11, chassis check lock lever；12, chassis unlocks spring；13, chassis locks driving motor；14, chassis locks Bidirectional-screw；
15, chassis locks screw；16, chassis locking latch；17, chassis locks detection switch；18, upper frame locks driving chamber；19, upper frame
Lock bogie；20, upper frame locking driving soft magnet；21, upper frame locks driving plate；22, upper frame unlocks reset spring；23, it pushes up
Frame locks guide groove；24, upper frame clamping arm；25, upper frame locking slot；26, pipe-support main frame；27, pipeline installs width tune
Save frame；28, pipeline mounting height adjusting bracket；29, spatial altitude adjusts support frame；30, vertical adjustment motor；31, vertical adjustment
Screw rod；32, vertical adjustment screw；33, vertical adjustment drive rod；34, Auxiliary support exit orifice；35, Auxiliary support inner hole；36, it indulges
To Auxiliary support driving chamber；37, longitudinal Auxiliary support soft magnet；38, longitudinal Auxiliary support driving spring；39, longitudinal auxiliary branch
Strut；40, longitudinal Auxiliary support driving plate；41, longitudinal Auxiliary support position detecting switch；42, horizontal space adjusts chassis；
43, horizontal space adjusts motor；44, horizontal space adjusting screw rod；45, horizontal space adjusting nut；46, electric cabinet.
Specific embodiment
In order to clearly illustrate the technical characterstic of this programme, below by specific embodiment, and its attached drawing is combined, to this
Invention is described in detail.It should be noted that illustrated component is not drawn necessarily to scale in the accompanying drawings.Present invention omits right
Known assemblies and technical description are to avoid being unnecessarily limiting the present invention.
As shown in Fig. 1 to 5, the pipe in template house is arranged in a kind of show house multi-pipeline energy resource supply simulation support device
Road passes in and out at well head, it includes control system and the outer support system being electrically connected to the control system and interior pipeline laying system,
Interior pipeline laying system is located in outer support system.Outer support system primarily serves the purpose of support and easy disassembly, to meet
To the needs of a variety of show house pipelines simulation support；Interior pipeline laying system is used to support a variety of pipelines, and according to pipeline ruler
Very little needs adjust supporting and space.
The outer support system includes outer support casing mechanism, chassis bindiny mechanism, chassis retaining mechanism and upper frame locking
Mechanism；Outer support casing mechanism includes chassis 1 under outer support, outer support side frame 2, outer support upper frame 3 and multi-functional energy supply plate
4.Chassis bindiny mechanism is for realizing the connection of chassis 1 and outer support side frame 2 under outer support, and chassis retaining mechanism is used for and chassis
Bindiny mechanism is cooperatively connected, and prevents the connection of chassis 1 and outer support side frame 2 under outer support from loosening.The upper frame retaining mechanism is used
In the connection for realizing outer support upper frame 3, outer support side frame 2 and multi-functional energy supply 4 three of plate.
The upper end two sides of chassis 1 are equipped with side frame card slot under the outer support, and the chassis that side frame card slot lower end is equipped with perforation is solid
Fix through-hole 5；The lower end of chassis 1 is equipped with ground socle 6 under outer support, and ground socle 6 plays the supporting role with ground.The outer branch
The lower end of support side frame 2 is connected in side frame card slot, and chassis lock chambers 7, the lower end of chassis lock chambers 7 are equipped in outer support side frame 2
Equipped with the fixed upper through-hole 8 of chassis；Corresponding connection up and down between the fixed upper through-hole 8 of chassis and the fixed lower through-hole 5 of chassis.The chassis
Retaining mechanism includes chassis locking soft magnet 9, chassis locking driving plate 10, chassis check lock lever 11 and chassis unlock spring 12, bottom
Frame check lock lever 11 is moving up and down to be plugged in the fixed upper through-hole 8 of chassis, and chassis is locked the setting of driving plate 10 and locked in chassis
The upper end of bar 11, chassis lock and unlock the connection of spring 12 by the chassis between driving plate 10 and the bottom end of chassis lock chambers 7；
The chassis locking soft magnet 9 is mounted on the bottom end of chassis lock chambers 7, in chassis locking driving plate 10 (magnetically attractive material)
Under be correspondingly arranged, chassis locking soft magnet 9 outside be wound with chassis locking excitation coil, chassis lock excitation coil by chassis lock
Tight electric-controlled switch connects to power supply.The chassis locking transversing gear is arranged under the outer support below chassis 1, including chassis
Lock driving motor 13, chassis locking Bidirectional-screw 14, chassis locking screw 15, chassis locking latch 16 and chassis locking detection
Switch 17 (such as close switch).Chassis locks the rotation of the rotary drive input and chassis locking driving motor 13 of Bidirectional-screw 14
The connection of rotatory force output end, chassis locking Bidirectional-screw 14 are shifted to install with about the 11 chassis check lock lever.Chassis locking
Screw 15 matches respectively to be screwed on chassis locking Bidirectional-screw 14, and the lower end transverse direction of chassis 1 is locked equipped with chassis under outer support
Tight directive slide track, chassis lock screw 15 and are equipped with chassis locking guide chute, and chassis locking guide chute is slidably installed
On chassis locking directive slide track.On the chassis locking screw 15 that the chassis locking latch 16 is respectively provided at both sides,
The lower end of the chassis check lock lever 11 is transversely provided with chassis locking spliced eye, and chassis locking latch 16 and chassis lock spliced eye
It is correspondingly arranged.The chassis locking detection switch 17 is arranged on described ground socle 6, for detecting the lower end of chassis check lock lever 11
Whether lower section designated position is moved to, in order to which chassis locking driving motor 13 drives chassis locking latch 16 to be inserted into the chassis
It locks in spliced eye.Preferably, it is equipped with chassis locking external thread in the lower end outside of the chassis check lock lever 11, when chassis is locked
After bar 11 is moved to lower end position, connection can be matched with chassis locking external thread using locking nut.
Upper frame retaining mechanism is separately positioned on the top two sides of outer support side frame 2, including upper frame locks driving chamber 18, upper frame
It locks bogie 19, upper frame locking driving soft magnet 20, upper frame locking driving plate 21 and upper frame and unlocks reset spring 22.Upper frame lock
Tight bogie 19 is mounted on the top front and rear sides of outer support side frame 2, between be equipped with and allow the multi-functional energy supply plate 4 to pass through
Space.Upper frame locking guide groove 23 is transversely provided on outer support side frame 2, upper frame locking driving chamber 18 is tiltedly mounted on upper frame locking
The rear end of guide groove 23.The upper frame locking driving soft magnet 20 is mounted on the inner end of upper frame locking guide groove 23, upper frame locking
Upper frame locking excitation coil is wound with outside driving soft magnet 20, upper frame locks excitation coil and locks electric-controlled switch and electricity by upper frame
Source connection；The upper frame locking driving plate 21 unlocks reset spring 22 by upper frame and upper frame locks the lower end company of driving chamber 18
It connects.The two sides of the multi-functional energy supply plate 4 are equipped with energy supply plate shaft, and it is sliding that energy supply plate is rotatably provided in energy supply plate shaft
Block, energy supply plate sliding block are slidably disposed in upper frame locking guide groove 23；The upper frame locking driving plate 21 and multi-functional confession
The top connection of energy plate 4.The upper end of the multi-functional energy supply plate 4 is equipped with upper frame clamping arm 24, and the outer support upper frame 3 is equipped with
Upper frame locking slot 25, upper frame clamping arm 24 are correspondingly arranged with upper frame locking slot 25.When needing to lock outer support upper frame 3, upper frame
The suction-operated that driving plate 21 is locked driving soft magnet 20 by upper frame is locked, multi-functional energy supply plate 4 is driven to lead to upper frame locking
It is rotatably moved to 23 inner end of slot, and then multi-functional energy supply plate 4 is unfolded, and upper frame clamping arm 24 is inserted into upper frame locking slot 25
It is interior；When needing to unlock outer support upper frame 3, upper frame locking driving soft magnet 20 removes electricity, and upper frame locking driving plate 21 is pushed up
Frame unlocks the reset extension effect of reset spring 22, drives multi-functional energy supply plate 4 rotary to upper frame locking 23 outer end of guide groove
It is mobile, and then multi-functional energy supply plate 4 is folded with respect to outer support side frame 2, and upper frame clamping arm 24 is taken out out of upper frame locking slot 25
Out.The outside of the multi-functional energy supply plate 4 is solar panel, and is connected by solar charger and battery and power supply
It connects.
Interior pipeline laying system includes pipe-support mechanism, horizontal space regulating mechanism, longitudinal space regulating mechanism and vertical
To auxiliary support mechanism.More circuits (such as waterway tube, cable tube, fuel gas conduit) are supported for installing in pipe-support mechanism,
It is adjusted including pipe-support main frame 26, pipeline installation width adjusting frame 27, pipeline mounting height adjusting bracket 28 and spatial altitude
Support frame 29；Pipeline installs width adjusting frame 27 and uses plug-in type expansion bracket.Horizontal space regulating mechanism is for adjusting pipeline peace
Lateral position of the width adjusting frame 27 in pipe-support main frame 26 is filled, it is laterally empty in pipe-support main frame 26 to adjust
Between be laid out.Longitudinal space regulating mechanism is vertical in pipe-support main frame 26 for adjusting pipeline mounting height adjusting bracket 28
Position, to adjust the layout of the vertical direction spatial in pipe-support main frame 26.Longitudinal auxiliary support mechanism is equipped with setting up and down more
It is a, it is separately mounted on pipe-support main frame 26, for cooperating the longitudinal space regulating mechanism to pipeline mounting height tune
The lower end two sides for saving frame 28 form support.
The bottom plate of the pipe-support main frame 26 is equipped with the lateral adjustments guide groove of perforation, and the pipeline installation is wide
Degree adjusting bracket 27 is mounted vertically in pipe-support main frame 26, and the lower end that pipeline installs width adjusting frame 27 is equipped with lateral adjustments
Guide runner, what lateral adjustments guide runner can slide laterally is mounted in lateral adjustments guide groove.The spatial altitude tune
Section support frame 29 is separately mounted to the side plate interior sides of pipe-support main frame 26 and the inside of pipeline installation width adjusting frame 27,
The upper end that spatial altitude adjusts support frame 29 is equipped with height adjustment guide groove, and the lower end two sides of pipeline mounting height adjusting bracket 28 are set
There is height adjustment guide plate, laterally setting, height adjustment guide plate are mounted on height adjustment and lead pipeline mounting height adjusting bracket 28
Into slot.The longitudinal space regulating mechanism includes vertical adjustment motor 30, vertical adjustment screw rod 31,32 and of vertical adjustment screw
Vertical adjustment drive rod 33, vertical adjustment screw rod 31 are rotatably mounted on the space on pipeline installation 27 side of width adjusting frame
On height adjusting support frame 29, the rotary power of the rotary drive output and vertical adjustment screw rod 31 of vertical adjustment motor 30 is defeated
Enter end connection, the matching of vertical adjustment screw 32 is screwed on vertical adjustment screw rod 31, and vertical adjustment screw 32 passes through vertical adjustment
Drive rod 33 is connect to drive lifting with the right end of the pipeline mounting height adjusting bracket 28.
The right side plate of the pipe-support main frame 26 is equipped with multiple Auxiliary support exit orifice 34 arranged up and down, pipeline peace
The right end of dress height regulating frame 28 is correspondingly provided with longitudinal Auxiliary support inner hole 35, and longitudinal auxiliary support mechanism, which respectively corresponds, to be mounted on
At Auxiliary support exit orifice 34；Longitudinal auxiliary support mechanism includes longitudinal Auxiliary support driving chamber 36, longitudinal Auxiliary support soft magnet
37, it longitudinal Auxiliary support driving spring 38, longitudinal auxiliary support bar 39, longitudinal Auxiliary support driving plate 40 (magnetically attractive material) and indulges
To Auxiliary support position detecting switch 41 (such as close switch).Longitudinal Auxiliary support soft magnet 37 is mounted on longitudinal Auxiliary support and drives
Outer end in dynamic chamber 36, outside are wound with longitudinal Auxiliary support excitation coil, and longitudinal Auxiliary support excitation coil passes through automatically controlled
Switch connects to power supply.The longitudinal direction auxiliary support bar 39 inside and outside mobile can be mounted in the Auxiliary support exit orifice 34, be indulged
The outer end for being mounted on longitudinal auxiliary support bar 39 to Auxiliary support driving plate 40 is corresponding with longitudinal Auxiliary support soft magnet 37
Setting, the inner end of longitudinal Auxiliary support driving plate 40 pass through longitudinal Auxiliary support driving spring 38 and the pipe-support main frame
26 outside connection.The longitudinal direction Auxiliary support position detecting switch 41 be equipped with it is multiple, respectively between the upper and lower every setting described
Pipeline is installed the spatial altitude on width adjusting frame 27 and is adjusted on support frame 29, for detecting the position of vertical adjustment screw 32,
In order to longitudinal auxiliary support mechanism movement in respective heights.That is, when longitudinal Auxiliary support position detection in corresponding height
After switch 41 detects the position of vertical adjustment screw 32, longitudinal Auxiliary support of longitudinal auxiliary support mechanism in respective heights
37 power loss of soft magnet, longitudinal Auxiliary support driving plate 40 lose the suction-operated of longitudinal Auxiliary support soft magnet 37, longitudinal auxiliary
It helps under the action of supporting driving spring 38 and longitudinal auxiliary support bar 39 is driven to be plugged on the pipeline mounting height to inner end movement
In longitudinal Auxiliary support inner hole 35 of adjusting bracket 28.Since the both ends of pipeline mounting height adjusting bracket 28 are respectively by longitudinal auxiliary branch
Strut 39 and vertical adjustment drive rod 33 support, therefore the support reliability of pipeline mounting height adjusting bracket 28 is enhanced.
The horizontal space regulating mechanism includes that horizontal space adjusts chassis 42, and horizontal space adjusts motor 43, laterally empty
Between adjusting screw rod 44 and horizontal space adjusting nut 45.Horizontal space adjusts chassis 42 and is mounted on the pipe-support main frame 26
Lower section, horizontal space adjusting screw rod 44 be rotatably mounted on horizontal space adjust chassis 42 on, horizontal space adjusting screw rod
44 rotary drive input is connect with the rotary drive output that horizontal space adjusts motor 43；Horizontal space adjusting nut 45
Matching is screwed on horizontal space adjusting screw rod 44, and horizontal space adjusting nut 45 is wide by driving arm and pipeline installation
Spend the lateral adjustments guide runner connection of 27 lower end of adjusting bracket.When needing to adjust the horizontal space cloth in pipe-support main frame 26
When office, horizontal space adjusts motor 43 and acts and then drive the pipeline to install width adjusting by horizontal space adjusting screw rod 44
27 transverse shifting of frame.
The control system includes electric cabinet 46, controller (PLC), control panel and alarm, and electric cabinet 46 is arranged outside
It supports on upper frame 3, control panel, controller and alarm integrated installation are on electric cabinet 46.Controller pass through respectively conducting wire and
Plug wire terminal is electrically connected with corresponding functional component, to meet needs easy to disassemble.
A method of assembling above-mentioned show house multi-pipeline energy resource supply simulation support device, comprising the following steps:
Outer support side frame 2 is mounted under outer support in the side frame card slot of 1 upper end of chassis by S1；
S2 chassis locking soft magnet 9 powers on, and it is downward by chassis locking 9 suction-operated of soft magnet that chassis locks driving plate 10
Chassis check lock lever 11 is driven, chassis check lock lever 11 is plugged on the fixed upper through-hole 8 of chassis and fixes in lower through-hole 5 with chassis；
S3 matches connection with the chassis locking external thread of the lower end outside of chassis check lock lever 11 using nut；
Pipe-support main frame 26 is mounted under outer support on chassis 1 by S4, and pipeline installs width adjusting frame 27 can be lateral
It is slidably mounted in pipe-support main frame 26；
Outer support upper frame 3 is mounted on the upper end of outer support side frame 2 by S5；
S6 upper frame locking driving soft magnet 20 powers on, and upper frame locks driving plate 21 and locked driving soft magnet 20 by upper frame
Suction-operated drives upper frame locking guide groove 23 inner end of the multi-functional energy supply plate 4 on upper frame locking bogie 19 rotatably to move
It is dynamic；In turn, multi-functional energy supply plate 4 is unfolded, and the upper frame clamping arm 24 of multi-functional energy supply plate 4 is inserted on outer support upper frame 3
In upper frame locking slot 25.
Preferably, in above-mentioned steps S3, in outer support bottom, the lower section setting chassis of frame 1 locks transversing gear, chassis lock
Tight transversing gear includes chassis locking driving motor 13, chassis locking Bidirectional-screw 14, chassis locks screw 15, chassis locking is inserted
Pin 16；
Chassis locks Bidirectional-screw 14 under the rotation driving of chassis locking driving motor 13, and then locks silk by chassis
Mother 15 drives 16 transverse shifting of chassis locking latch, and final chassis locking latch 16 is plugged on the chassis of 11 lower part of chassis check lock lever
It locks in spliced eye.
Preferably, in above-mentioned steps S3, the locking detection of installation chassis is opened on the ground socle 6 of outer support bottom 1 lower end of frame
17 are closed, to detect whether the lower end of chassis check lock lever 11 is moved to lower section designated position.
Preferably, in above-mentioned steps S4, the lower section of pipe-support main frame 26 is equipped with horizontal space regulating mechanism, laterally empty
Between regulating mechanism include horizontal space adjust chassis 42, horizontal space adjust motor 43, horizontal space adjusting screw rod 44 and laterally
Space adjustment nut 45；Horizontal space adjusting screw rod 44 has lateral sky in the case where horizontal space adjusts the rotation driving of motor 43
Between adjusting nut 45 drive pipeline install 27 transverse shifting of width adjusting frame.
Preferably, it in above-mentioned steps S4, is all provided on pipe-support main frame 26 and pipeline installation width adjusting frame 27 free
Between height adjusting support frame 29, spatial altitude adjusts the upper end setting pipeline mounting height moving up and down adjusting of support frame 29
Frame 28.
Preferably, spatial altitude adjusts support frame 29 and is equipped with longitudinal space regulating mechanism, longitudinal space regulating mechanism packet
Include vertical adjustment motor 30, vertical adjustment screw rod 31, vertical adjustment screw 32 and vertical adjustment drive rod 33；
Vertical adjustment screw rod 31 drives longitudinal direction by vertical adjustment screw 32 under the rotation driving of vertical adjustment motor 30
33 lifting moving of drive rod is adjusted, and then has vertical adjustment screw rod 31 that blank pipe road mounting height adjusting bracket 28 is driven to move up and down.
Preferably, the spatial altitude adjusts longitudinal auxiliary that support frame 29 is equipped with detection 32 position of vertical adjustment screw
Support Position detection switch 41.
Preferably, the pipe-support main frame 26 is equipped with multiple Auxiliary support exit orifice 34 arranged up and down, pipeline peace
The right end of dress height regulating frame 28 is correspondingly provided with longitudinal Auxiliary support inner hole 35, is correspondingly arranged on longitudinal direction in Auxiliary support exit orifice 34
Auxiliary support mechanism, longitudinal auxiliary support mechanism include longitudinal Auxiliary support driving chamber 36, longitudinal Auxiliary support soft magnet 37, indulge
To Auxiliary support driving spring 38, longitudinal auxiliary support bar 39 and longitudinal Auxiliary support driving plate 40；Longitudinal Auxiliary support soft magnetism
After 37 power loss of iron, longitudinal Auxiliary support driving plate 40 is acted on by the reset force of longitudinal Auxiliary support driving spring 38, is driven vertical
Move inward to auxiliary support bar 39, and then longitudinal auxiliary support bar 39 is inserted into longitudinal Auxiliary support inner hole 35.
Except for the technical features described in the specification, it all is technically known to those skilled in the art.
Above-mentioned, although the foregoing specific embodiments of the present invention is described with reference to the accompanying drawings, not protects model to the present invention
The limitation enclosed, based on the technical solution of the present invention, those skilled in the art, which do not need to pay for creative labor, to be done
Various modifications or changes out are still within the scope of the present invention.
Claims (8)
1. a kind of method of installation show house multi-pipeline energy resource supply simulation support device, characterized in that the following steps are included:
Outer support side frame is mounted in the side frame card slot of chassis upper end under outer support by S1；
S2 chassis locking soft magnet powers on, and chassis locks driving plate and driven chassis downwards by chassis locking soft magnet suction-operated
Check lock lever, chassis check lock lever are plugged in the fixed upper through-hole of chassis and the fixed lower through-hole of chassis；
S3 matches connection with the chassis locking external thread of the lower end outside of chassis check lock lever using nut；
Pipe-support main frame is mounted under outer support on chassis by S4, the installation that pipeline installation width adjusting frame can slide laterally
In pipe-support main frame；
Outer support upper frame is mounted on the upper end of outer support side frame by S5；
S6 upper frame locking driving soft magnet powers on, and upper frame locks the suction-operated that driving plate is locked driving soft magnet by upper frame,
Upper frame locking guide groove inner end of the multi-functional energy supply plate on upper frame locking bogie is driven rotatably to move；In turn, multi-functional
Plate expansion is energized, and in the upper frame locking slot on the upper frame clamping arm insertion outer support upper frame of multi-functional energy supply plate.
2. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 1, special
Sign is, in above-mentioned steps S3, in outer support bottom, the lower section setting chassis of frame locks transversing gear, and chassis locks transversing gear packet
Include chassis locking driving motor, chassis locking Bidirectional-screw, chassis locking screw, chassis locking latch；
Chassis locks Bidirectional-screw under the rotation driving of chassis locking driving motor, and then locks screw by chassis and drive bottom
Frame locking latch transverse shifting, final chassis locking latch are plugged in the chassis locking spliced eye of chassis check lock lever lower part.
3. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 1, special
Sign is, in above-mentioned steps S3, installation chassis locks detection switch on the ground socle of outer support bottom frame lower end, to detect chassis
Whether the lower end of check lock lever is moved to lower section designated position.
4. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 1, special
Sign is, in above-mentioned steps S4, the lower section of pipe-support main frame is equipped with horizontal space regulating mechanism, horizontal space regulating mechanism packet
It includes horizontal space and adjusts chassis, horizontal space adjusting motor, horizontal space adjusting screw rod and horizontal space adjusting nut；It is laterally empty
Between adjusting screw rod horizontal space adjust motor rotation driving under, and then have horizontal space adjusting nut drive pipeline installation width
Adjusting bracket transverse shifting.
5. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 1, special
Sign is, in above-mentioned steps S4, is equipped with spatial altitude on pipe-support main frame and pipeline installation width adjusting frame and adjusts support
Frame, spatial altitude adjust the upper end setting pipeline mounting height adjusting bracket moving up and down of support frame.
6. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 5, special
Sign is that spatial altitude adjusts support frame and is equipped with longitudinal space regulating mechanism, and longitudinal space regulating mechanism includes vertical adjustment electricity
Machine, vertical adjustment screw rod, vertical adjustment screw and vertical adjustment drive rod；
Vertical adjustment screw rod drives vertical adjustment drive rod by vertical adjustment screw under the rotation driving of vertical adjustment motor
Lifting moving, and then there is vertical adjustment screw rod driving blank pipe road mounting height adjusting bracket to move up and down.
7. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 6, special
Sign is that the spatial altitude adjusts support frame and opens equipped with longitudinal Auxiliary support position detection of detection vertical adjustment screw position
It closes.
8. a kind of method of installation show house multi-pipeline energy resource supply simulation support device according to claim 1, special
Sign is that the pipe-support main frame is equipped with multiple Auxiliary support exit orifice arranged up and down, pipeline mounting height adjusting bracket
Right end is correspondingly provided with longitudinal Auxiliary support inner hole, is correspondingly arranged on longitudinal auxiliary support mechanism, Zong Xiangfu in Auxiliary support exit orifice
Helping supporting mechanism includes longitudinal Auxiliary support driving chamber, longitudinal Auxiliary support soft magnet, longitudinal Auxiliary support driving spring, longitudinal direction
Auxiliary support bar and longitudinal Auxiliary support driving plate；After longitudinal Auxiliary support soft magnet power loss, longitudinal Auxiliary support driving plate by
Reset force to longitudinal Auxiliary support driving spring acts on, and drives longitudinal auxiliary support bar to move inward, and then longitudinal direction assists
Support rod is inserted into longitudinal Auxiliary support inner hole.
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| CN201910648051.8A CN110513537A (en) | 2019-07-18 | 2019-07-18 | A method of installation show house multi-pipeline energy resource supply simulates support device |
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| CN201910648051.8A CN110513537A (en) | 2019-07-18 | 2019-07-18 | A method of installation show house multi-pipeline energy resource supply simulates support device |
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| CN110513537A true CN110513537A (en) | 2019-11-29 |
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Application publication date: 20191129 |