CN208122344U - A kind of architectural engineering protective stent - Google Patents
A kind of architectural engineering protective stent Download PDFInfo
- Publication number
- CN208122344U CN208122344U CN201820574866.7U CN201820574866U CN208122344U CN 208122344 U CN208122344 U CN 208122344U CN 201820574866 U CN201820574866 U CN 201820574866U CN 208122344 U CN208122344 U CN 208122344U
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- China
- Prior art keywords
- pair
- kerve
- rotating electric
- conducting wire
- architectural engineering
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Abstract
The utility model discloses a kind of architectural engineering protective stents, including kerve, lower surface is equipped with the upward hydraulic cylinder of several telescopic ends in the kerve, each hydraulic cylinder extension end is connected with guard shield jointly, lower surface rear is equipped with battery in the kerve, in the kerve lower surface and be located at battery in front of be equipped with controller, rear surface upper end shaft is connected with control panel in the guard shield, the controller passes through conducting wire and each hydraulic cylinder, each pair of No.1 rotating electric machine, each pair of No. two rotating electric machines, each electric pushrod, each hydraulic telescopic rod, each No. three rotating electric machines are electrical connected, the control panel is electrical connected by conducting wire and controller, the battery has control panel to be electrical connected by conducting wire.The utility model has the beneficial effects that mechanization controls, it can increase and be convenient for conveying material, save strength, sunshade and rain cover can be carried out, charging can be can be carried out by the sun, it is energy saving.
Description
Technical field
The utility model relates to building field, especially a kind of architectural engineering protective stent.
Background technique
For device used in construction, play the role of protection and protection.
Currently, in existing technology, application No. is 201721033460.X, a kind of entitled architectural engineering protection
In the patent of bracket, stability is high, highly-safe, but is unable to mechanization control when in use, not can be carried out raising, no
Sunshade, rain cover can not be can be carried out convenient for conveying material, it cannot be energy saving by solar recharging.
To solve the above-mentioned problems, can the control of mechanization when in use, can be increased, can be in order to conveying
Material saves strength, can carry out sunshade and rain cover, can be carried out charging by the sun, energy saving, therefore, design one
Kind architectural engineering protective stent is necessary.
Utility model content
Purpose of the utility model is to solve the above problems, devise a kind of architectural engineering protective stent.
Realize that above-mentioned purpose the technical solution of the utility model is a kind of architectural engineering protective stent, including kerve, institute
It states lower surface in kerve and is equipped with the upward hydraulic cylinder of several telescopic ends, each hydraulic cylinder extension end is connected with protection jointly
Shell, the guard shield left-hand face are equipped with a pair of of No.1 support plate, and a pair of No.1 support plate apparent surface is equipped with
The opposite No.1 rotating electric machine of a pair of of round end, each pair of No.1 rotating electric machine round end is set with No.1 spool, described
Guard shield right lateral surface is equipped with a pair of No. two support plates, and a pair of No. two support plate apparent surfaces are equipped with a pair of of round end
No. two opposite rotating electric machines, each pair of No. two rotating electric machine round ends are set with No. two spools, on the guard shield
Surface four corners are equipped with the upward electric pushrod in promote-side, and each electric pushrod promote-side is connected with shield jointly, institute
It states kerve lower surface and is equipped with a pair of of mounting box, lower surface is equipped with the forward hydraulically extensible of telescopic end in a pair of mounting box
Bar, a pair of mounting box front surface are machined with round port, and each hydraulic telescopic rod telescopic end is from corresponding circle
Shape port stretches out, and is equipped with No.1 mounting blocks, each hydraulic telescopic rod below the kerve and in front of a pair of of mounting box
Telescopic end is connect with No.1 mounting blocks rear surface shaft, and surface is machined with No.1 circle at left and right sides of the No.1 mounting blocks
Groove is equipped with No. three opposite rotating electric machines of round end, each No. three electric rotatings in each No.1 circular groove
Machine round end is set with No.1 idler wheel, and lower surface rear is equipped with battery, lower surface and position in the kerve in the kerve
Controller is equipped in front of battery, rear surface upper end shaft is connected with control panel, the controller in the guard shield
By conducting wire and each hydraulic cylinder, each pair of No.1 rotating electric machine, each pair of No. two rotating electric machines, each electric pushrod, each hydraulic
Telescopic rod, each No. three rotating electric machines are electrical connected, and the control panel is electrical connected by conducting wire and controller, described
Battery has control panel to be electrical connected by conducting wire.
The shield upper surface is equipped with solar panel, and the controller passes through conducting wire and solar panel electrical property phase
Even, the solar panel is electrical connected by conducting wire and battery.
No.1 drawstring is wound on each No.1 spool, each No.1 drawstring lower end is connected with No.1 jointly
Placing groove is wound with No. two drawstrings on each No. two spools, and each No. two drawstring lower ends are connected with No. two jointly
Placing groove.
The kerve lower surface and it is located at a pair of of mounting box rear and is equipped with No. two mounting blocks, described No. two mounting blocks or so two
Side surface is machined with No. two circular grooves, is equipped with bearing in each No. two circular grooves, in each bearing
Equipped with rotating bar, each rotating bar outer end is set with No. two idler wheels.
The guard shield front surface is machined with opening, and shaft is connected with gear door in the opening.
Shaft connects between No.1 mounting blocks upper surface and kerve lower surface.
A kind of architectural engineering protective stent made using the technical solution of the utility model, mechanization control, can be with
It increases and convenient for conveying material, saves strength, sunshade and rain cover can be carried out, charging can be can be carried out by the sun, save energy
Source.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of architectural engineering protective stent described in the utility model；
Fig. 2 is a kind of main view of architectural engineering protective stent described in the utility model；
Fig. 3 is a kind of left view of architectural engineering protective stent described in the utility model；
Fig. 4 is a kind of right view of architectural engineering protective stent described in the utility model；
In figure, 1, kerve；2, hydraulic cylinder；3, guard shield；4, No.1 support plate；5, No.1 rotating electric machine；6, No.1 is rolled up
Axis；7, No. two support plates；8, No. two rotating electric machines；9, No. two spools；10, electric pushrod；11, shield；12, mounting box；13, liquid
Press telescopic rod；14, mounting blocks；15, No. three rotating electric machines；16, No.1 idler wheel；17, battery；18, controller；19, control plane
Plate；20, solar panel；21, No.1 drawstring；22, No.1 placing groove；23, No. two drawstrings；24, No. two placing grooves；25, two
Number mounting blocks；26, bearing；27, rotating bar；28, No. two idler wheels；29, door is kept off.
Specific embodiment
The utility model is specifically described with reference to the accompanying drawing, as shown in Figs 1-4, a kind of architectural engineering protection branch
Frame, including kerve 1, lower surface is equipped with the upward hydraulic cylinder 2 of several telescopic ends in the kerve 1, and each hydraulic cylinder 2 is stretched
Contracting end is connected with guard shield 3 jointly, and 3 left-hand face of guard shield is equipped with a pair of of No.1 support plate 4, a pair of No.1
4 apparent surface of support plate is equipped with the opposite No.1 rotating electric machine 5 of a pair of of round end, and each pair of No.1 rotating electric machine 5 rotates
End is set with No.1 spool 6, and 3 right lateral surface of guard shield is equipped with a pair of No. two support plates 7, a pair of No. two supports
7 apparent surface of plate is equipped with No. two opposite rotating electric machines 8 of a pair of of round end, and 8 round end of each pair of No. two rotating electric machines is equal
No. two spools 9 are set with, the 3 upper surface four corners of guard shield are equipped with the upward electric pushrod 10, Mei Gesuo in promote-side
It states 10 promote-side of electric pushrod and is connected with shield 11 jointly, 1 lower surface of kerve is equipped with a pair of of mounting box 12, a pair of peace
Lower surface is equipped with the forward hydraulic telescopic rod 13 of telescopic end in mounted box 12, and a pair of 12 front surface of mounting box is machined with circle
Shape port, each 13 telescopic end of hydraulic telescopic rod are stretched out from corresponding round port, below the kerve 1 and are located at one
To in front of mounting box 12 be equipped with No.1 mounting blocks 14, each 13 telescopic end of hydraulic telescopic rod with table after No.1 mounting blocks 14
The connection of face shaft, 14 left and right sides surface of No.1 mounting blocks are machined with No.1 circular groove, and each No.1 is round
No. three opposite rotating electric machines 15 of round end are equipped in groove, 15 round end of each No. three rotating electric machines is set with one
Number idler wheel 16, lower surface rear is equipped with battery 17 in the kerve 1, lower surface and before being located at battery 17 in the kerve 1
Side is equipped with controller 18, and rear surface upper end shaft is connected with control panel 19 in the guard shield 3, and the controller 18 passes through
It is conducting wire and each hydraulic cylinder 2, each pair of No.1 rotating electric machine 5, each pair of No. two rotating electric machines 8, each electric pushrod 10, each hydraulic
Telescopic rod 13, each No. three rotating electric machines 15 are electrical connected, and the control panel 19 is electrical by conducting wire and controller 18
It is connected, the battery 17 has control panel 19 to be electrical connected by conducting wire；11 upper surface of shield is equipped with solar battery
Plate 20, the controller 18 are electrical connected by conducting wire with solar panel 20, and the solar panel 20 passes through conducting wire
It is electrical connected with battery 17；No.1 drawstring 21 is wound on each No.1 spool 6, under each No.1 drawstring 21
End is connected with No.1 placing groove 22 jointly, and No. two drawstrings 23, each No. two drawings are wound on each No. two spools 9
23 lower ends of restricting are connected with No. two placing grooves 24 jointly；1 lower surface of kerve and it is located at a pair of of 12 rear of mounting box and is equipped with No. two
Mounting blocks 25,25 left and right sides surface of No. two mounting blocks are machined with No. two circular grooves, and each No. two circles are recessed
It is equipped with bearing 26 in slot, rotating bar 27 is equipped in each bearing 26, each 27 outer end of rotating bar is set with
No. two idler wheels 28；3 front surface of guard shield is machined with opening, and shaft is connected with gear door 29 in the opening；The No.1
Shaft connects between 1 lower surface of 14 upper surface of mounting blocks and kerve.
The characteristics of the present embodiment is that electric pushrod 10 pushes up, and shield 11 rises upwards, can carry out rain cover and screening
Sun, as hydraulic cylinder 2 rises upwards, by the height of work, to change the height of device, then by operating control panel,
5, No. two rotating electric machines 8 of each No.1 rotating electric machine are rotated, are placed by the No.1 that 21, No. two drawstrings 23 of No.1 drawstring connect
Slot 22 and No. two placing grooves 24 move downward, and the chest for holding cement is placed in No.1 placing groove 22 and No. two placing grooves 24,
Then 5, No. two rotating electric machines 8 of No.1 rotating electric machine rotate, make 21, No. two drawstrings 23 of No.1 drawstring roll up respectively No.1 spool 6,
On No. two spools 9, cement is transported up, is then begun to use, then carries out circulation conveying cement, mechanization control can
To increase and be convenient for conveying material, strength is saved, sunshade and rain cover can be carried out, charging can be can be carried out by the sun, is saved
The energy.
In the present embodiment, firstly, 20 motor drivers are installed at the present apparatus free time, by model Mitsubishi PLC
The output end of the controller 18 of FX1S-30MR-001 by conducting wire respectively with 20 motor drivers, solar panel 20
Input terminal connection, those skilled in the art again by 20 motor drivers by conducting wire respectively with 4 hydraulic cylinders, 2,4 No.1 electric rotatings
5,4, machine No. two rotating electric machines 8,4 electric pushrod 10,2 hydraulic telescopic rod 13,2 No. three rotating electric machines 15, models
The terminals of the solar panel 20 of DS-540410 connect, and the output end of the control panel 19 of model OP-T7000 passes through
Conducting wire is connected with the input terminal of controller 18, and the output end of the battery 17 of model 6-CNJ-50 passes through conducting wire and control plane
The input terminal of plate 19 is connected, and the output end of solar panel 20 is connected by conducting wire with the input terminal of battery 17, this
Sample can be carried out charging when 17 not enough power supply of battery by the sun, energy saving.Those skilled in the art pass through control
After device 18 programs, the job order of the fully controllable each electrical part of system, the specific working principle is as follows：When in use, it opens
Gear 29 people of door enters in guard shield 3, shuts gear door 29 and fixes, then control panel 19 is rotated up, passes through operation and control
Panel 19 processed controls whole device, after device is moved to the position for needing work, by operating control panel 19, makes every
A electric pushrod 10 pushes up, and shield 11 rises upwards, can carry out rain cover and sunshade, guard shield 3 plays protection and guarantor
The effect of shield, prevents people from falling, and when in use, rises upwards with hydraulic cylinder 2, by the height of work, to change
The height of device rotates 5, No. two rotating electric machines 8 of each No.1 rotating electric machine, passes through one then by operation control panel
The No.1 placing groove 22 and No. two placing grooves 24 that 21, No. two drawstrings 23 of number drawstring connect move downward, in 22 He of No.1 placing groove
The chest for holding cement is placed in No. two placing grooves 24, then 5, No. two rotating electric machines 8 of No.1 rotating electric machine rotate, and draw No.1
21, No. two drawstrings 23 of rope are rolled up respectively on 6, No. two spools 9 of No.1 spool, and cement is transported up, is then begun to use, then
Circulation conveying cement is carried out, when mobile, by operating control panel, each No. three rotating electric machines 15 rotated, makes
No.1 idler wheel 16 rotates, and device moves under the action of 16, No. two idler wheel 28 of No.1 idler wheel, by each hydraulic telescopic rod 13 into
Row is flexible, to change the angle of No.1 mounting blocks 14, to change the angle of No.1 idler wheel 16, turns.
Above-mentioned technical proposal only embodies the optimal technical scheme of technical solutions of the utility model, the technology of the art
Personnel embody the principles of the present invention to some variations that some of them part may be made, and belong to the utility model
Protection scope within.
Claims (6)
1. a kind of architectural engineering protective stent, including kerve (1), which is characterized in that the kerve (1) is if interior lower surface is equipped with
The dry upward hydraulic cylinder of telescopic end (2), each hydraulic cylinder (2) telescopic end are connected with guard shield (3) jointly, described anti-
It protects shell (3) left-hand face and is equipped with a pair of of No.1 support plate (4), a pair of No.1 support plate (4) apparent surface is equipped with one
The No.1 rotating electric machine (5) opposite to round end, each pair of No.1 rotating electric machine (5) round end are set with No.1 spool
(6), guard shield (3) right lateral surface is equipped with a pair of No. two support plates (7), and a pair of No. two support plates (7) are with respect to table
Face is equipped with No. two opposite rotating electric machines (8) of a pair of of round end, and each pair of No. two rotating electric machines (8) round end is set with
No. two spools (9), guard shield (3) upper surface four corners are equipped with the upward electric pushrod in promote-side (10), Mei Gesuo
Electric pushrod (10) promote-side to be stated to be connected with jointly shield (11), kerve (1) lower surface is equipped with a pair of of mounting box (12), and one
The forward hydraulic telescopic rod of telescopic end (13) is equipped with to the mounting box (12) interior lower surface, before a pair of mounting box (12)
Surface is machined with round port, and each hydraulic telescopic rod (13) telescopic end is stretched out from corresponding round port, described
Below kerve (1) and it is located in front of a pair of of mounting box (12) equipped with No.1 mounting blocks (14), each hydraulic telescopic rod (13)
Telescopic end is connect with No.1 mounting blocks (14) rear surface shaft, and surface is machined at left and right sides of the No.1 mounting blocks (14)
No.1 circular groove is equipped with No. three opposite rotating electric machines (15) of round end, Mei Gesuo in each No.1 circular groove
It states No. three rotating electric machine (15) round ends to be set with No.1 idler wheel (16), the interior lower surface rear of kerve (1) is equipped with electric power storage
Pond (17), the interior lower surface of the kerve (1) and is located in front of battery (17) and is equipped with controller (18), the guard shield (3)
Interior rear surface upper end shaft is connected with control panel (19), and the controller (18) passes through conducting wire and each hydraulic cylinder (2), each pair of
It is No.1 rotating electric machine (5), each pair of No. two rotating electric machines (8), each electric pushrod (10), each hydraulic telescopic rod (13), each
No. three rotating electric machines (15) are electrical connected, and the control panel (19) is electrical connected by conducting wire with controller (18), institute
State battery (17) has control panel (19) to be electrical connected by conducting wire.
2. a kind of architectural engineering protective stent according to claim 1, which is characterized in that shield (11) upper surface
Equipped with solar panel (20), the controller (18) is electrical connected by conducting wire with solar panel (20), it is described too
Positive energy solar panel (20) is electrical connected by conducting wire with battery (17).
3. a kind of architectural engineering protective stent according to claim 1, which is characterized in that each No.1 spool
(6) it is wound on No.1 drawstring (21), each No.1 drawstring (21) lower end is connected with No.1 placing groove (22) jointly, often
No. two drawstrings (23) are wound on a No. two spools (9), each No. two drawstrings (23) lower end is connected with two jointly
Number placing groove (24).
4. a kind of architectural engineering protective stent according to claim 1, which is characterized in that kerve (1) lower surface
And be located at a pair of of mounting box (12) rear and be equipped with No. two mounting blocks (25), surface adds at left and right sides of No. two mounting blocks (25)
Work has No. two circular grooves, is equipped with bearing (26) in each No. two circular grooves, is all provided in each bearing (26)
Have rotating bar (27), each rotating bar (27) outer end is set with No. two idler wheels (28).
5. a kind of architectural engineering protective stent according to claim 1, which is characterized in that before the guard shield (3)
Surface is machined with opening, and shaft is connected with gear door (29) in the opening.
6. a kind of architectural engineering protective stent according to claim 1, which is characterized in that the No.1 mounting blocks (14)
Shaft is connect between upper surface and kerve (1) lower surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820574866.7U CN208122344U (en) | 2018-04-21 | 2018-04-21 | A kind of architectural engineering protective stent |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820574866.7U CN208122344U (en) | 2018-04-21 | 2018-04-21 | A kind of architectural engineering protective stent |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208122344U true CN208122344U (en) | 2018-11-20 |
Family
ID=64185918
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820574866.7U Expired - Fee Related CN208122344U (en) | 2018-04-21 | 2018-04-21 | A kind of architectural engineering protective stent |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208122344U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113445768A (en) * | 2021-04-22 | 2021-09-28 | 荣华建设集团有限公司 | Rapid elevator shaft hard protection device and construction process thereof |
-
2018
- 2018-04-21 CN CN201820574866.7U patent/CN208122344U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113445768A (en) * | 2021-04-22 | 2021-09-28 | 荣华建设集团有限公司 | Rapid elevator shaft hard protection device and construction process thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181120 Termination date: 20190421 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |