CN207974495U - A kind of scaffold of architectural engineering - Google Patents

Abstract

The utility model discloses a kind of scaffolds of architectural engineering,Including bottom plate,Top plate is equipped with right over the bottom plate,Support plate there are two being fixedly connected between the bottom plate and top plate,And two support plates are close to the both sides of bottom plate and top plate,Bearing plate is equipped with right over the top plate,It is fixedly connected with guardrail at the top of the bearing plate,It is fixedly connected with box body at the top of the top plate,It is opening setting at the top of the box body,It is connected through hinge activity dodge gate at the top of the box body,And the dodge gate is mutually matched with box body open top,It is fixedly connected at the top of the dodge gate and carries handle,The box cavity bottom is fixedly connected with switch,The bearing plate bottom is fixedly connected with left first rotating shaft and right first rotating shaft respectively at both sides,The left first rotating shaft and right first rotating shaft outer ledge are connected with the first motion bar and the second motion bar,The scaffold of the utility model architectural engineering is with work efficiency is high,The features such as time saving and energy saving.

Description

A kind of scaffold of architectural engineering

Technical field

The utility model is related to architectural engineering assistant product technical field, specially a kind of scaffold of architectural engineering.

Background technology

It is constructed, in maintenance engineering in external wall, it usually needs set up scaffold, it is work that scaffold, which refers to construction site, People operate and solve vertically and horizontally to transport and the various holders set up, existing scaffold once installs fixation, if going to adjust again Working depth is saved, assembled various holders is needed again, is done with this to adjust work, this operation not only expends a large amount of manpowers, and And waste time, it also creates construction efficiency and is lower.

Invention content

The defects of the technical issues of the utility model solves is to overcome the working efficiency of the prior art low, time-consuming and laborious, A kind of scaffold of architectural engineering is provided.The scaffold of the architectural engineering has that work efficiency is high, the spies such as time saving and energy saving Point.

To achieve the above object, the utility model provides the following technical solutions：A kind of scaffold of architectural engineering, including Bottom plate is equipped with top plate right over the bottom plate, is fixedly connected with that there are two support plates, and two supports between the bottom plate and top plate Plate is close to the both sides of bottom plate and top plate, bearing plate is equipped with right over the top plate, shield is fixedly connected at the top of the bearing plate Column, the top plate top are fixedly connected with box body, are arranged for opening at the top of the box body, and the box body top passes through hinge activity It is connected with dodge gate, and the dodge gate is mutually matched with box body open top, is fixedly connected at the top of the dodge gate and carries handle, The box cavity bottom is fixedly connected with switch, and the bearing plate bottom is fixedly connected with first turn left respectively at both sides Axis and right first rotating shaft, the left first rotating shaft and right first rotating shaft outer ledge are connected with the first motion bar and second Motion bar, first motion bar close to bearing plate front end face, second motion bar close to bearing plate rear end face, two It is flexibly connected by the second shaft between first motion bar, passes through the second shaft activity between two second motion bars Connection, the first motion bar and second motion bar one end in the right first rotating shaft are connected with third shaft, and The third shaft is movably connected in the one end of the first motion bar and the second motion bar far from right first rotating shaft, and the third turns Axis bottom is fixedly connected with fixed link, and the fixed link is fixedly connected at the top of bottom plate, is equipped between the bottom plate and top plate Movable plate, movable plate rear and front end face is plugged with the 4th shaft, and two the 4th shafts are far from movable plate one end Respectively in the left first rotating shaft the first motion bar and the second motion bar be fixedly connected, at the top of the movable plate and bottom Portion is connected with several idler wheels by several axis pins, and several described idler wheel outer ledges respectively at the top of bottom plate It is bonded to each other with top plate bottom, the regulating device being mutually matched with movable plate is equipped at the top of the bottom plate.

Preferably, the regulating device includes lead screw, and the support plate side wall on the left of bottom plate is fixedly connected with and lead screw The bearing being mutually matched, and the bearing is located at the support plate close to fixed link side, the movable plate inner cavity is fixedly connected with The nut being mutually matched with lead screw, described lead screw one end are plugged on bearing cavity, and the lead screw other end passes through nut, and extends On the outside of to movable plate, the lead screw is equipped with servo motor far from bearing one end, and the servo motor power output end is solid with lead screw Fixed connection, the servo motor bottom are fixedly connected with beam, and the beam is fixedly connected at the top of bottom plate, the servo Motor is electrically connected with switch.

Preferably, it is X-shaped structure that two first motion bars, which collectively constitute cross section,.

Preferably, the third shaft is lived by hinged mode between the first motion bar and the second motion bar respectively Dynamic connection.

Preferably, the beam includes several rubber pads, several described rubber pads are overlapped mutually composition beam.

Compared with prior art, the utility model has the beneficial effects that：Utility model device when in use, operator It stands on bearing plate, opens dodge gate by carrying handle later, and then carry out the switch in control box body, servo is controlled by switch Motor works, and starts servo motor, and servo motor drives lead screw to be rotated in nut and bearing cavity, and nut is under the action of screw thread It is moved to fixed link direction along lead screw, nut drives movable plate to be moved to fixed link direction, and movable plate drives several idler wheels It is rolled respectively with top plate bottom at the top of bottom plate, movable plate drives the be located in left first rotating shaft first activity by the 4th shaft Bar and the movement of the second motion bar, while the first motion bar being located in left first rotating shaft and the second motion bar both ends are respectively along a left side First rotating shaft and the rotation of the 4th shaft, because fixed link is fixed setting, the position of third shaft is constant, when movable plate is logical When crossing the 4th shaft the first motion bar being located in left first rotating shaft and the second motion bar being driven to move, two the first motion bars and Two the second motion bars are rotated along the second shaft, while the first motion bar and the second motion bar two in right first rotating shaft End is rotated respectively along right first rotating shaft and third shaft, i.e. the first motion bar and the second motion bar tend to vertical, with this load-bearing The height of plate rises, and when reducing the height of bearing plate, reverse starting servo motor, servo motor drives lead screw to rotate backward, I.e. operator is worked by switching come control servomotor, adjusts the height of bearing plate with this, the setting of box body, avoid because Object is fallen or other reasons and touching switch, the setting of beam, can effectively reduce shake caused by servo motor work Dynamic, the above operation brings the device feature that work efficiency is high, time saving and energy saving.

Description of the drawings

Fig. 1 is the utility model section view；

Fig. 2 is the schematic diagram of Section A-A in Fig. 1.

Figure label：1, bottom plate, 2, top plate, 3, support plate, 4, bearing plate, 5, guardrail, 6, box body, 7, hinge, 8, activity Door, 9, carry handle, 10, switch, 11, left first rotating shaft, the 12, first motion bar, the 13, second motion bar, the 14, second shaft, 15, the Three shafts, 16, fixed link, 17, movable plate, 18, axis pin, 19, idler wheel, 20, regulating device, 21, bearing, 22, nut, 23, silk Bar, 24, servo motor, 25, beam, the 26, the 4th shaft, 27, right first rotating shaft.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

- 2 are please referred to Fig.1, the utility model provides a kind of technical solution：A kind of scaffold of architectural engineering, including bottom Plate 1 is equipped with top plate 2 right over the bottom plate 1, is fixedly connected between the bottom plate 1 and top plate 2 there are two support plate 3, and two Support plate 3 is close to the both sides of bottom plate 1 and top plate 2, and bearing plate 4 is equipped with right over the top plate 2, and 4 top of the bearing plate is solid Surely it is connected with guardrail 5,2 top of the top plate is fixedly connected with box body 6, and 6 top of the box body is opening setting, the box body 6 Top has been connected through hinge activity dodge gate 8, and the dodge gate 8 is mutually matched with 6 open top of box body, the dodge gate 8 tops, which are fixedly connected with, carries handle 9, and 6 intracavity bottom of the box body is fixedly connected with switch 10, and 4 bottom of the bearing plate is close to two Left first rotating shaft 11 and right first rotating shaft 27 are fixedly connected at side respectively, outside the left first rotating shaft 11 and right first rotating shaft 27 Lateral edges are connected with the first motion bar 12 and the second motion bar 13, and first motion bar 12 is before bearing plate 4 End face, second motion bar 13 pass through the second shaft between two first motion bars 12 close to the rear end face of bearing plate 4 14 are flexibly connected, and pass through the second shaft 14 between two second motion bars 13 and are flexibly connected, two first motion bars 12 collectively constitute cross section be X-shaped structure, be located at the right first rotating shaft 27 on the first motion bar 12 and the second motion bar 13 One end is connected with third shaft 15, and the third shaft 15 is movably connected in the first motion bar 12 and the second activity The one end of bar 13 far from right first rotating shaft 27, the third shaft 15 is respectively between the first motion bar 12 and the second motion bar 13 It is flexibly connected by hinged mode, 15 bottom of third shaft is fixedly connected with fixed link 16, and the fixed link 16 It is fixedly connected on 1 top of bottom plate, movable plate 17 is equipped between the bottom plate 1 and top plate 2,17 rear and front end face of the movable plate is equal Be plugged with the 4th shaft 26, and two the 4th shafts 26 far from 17 one end of movable plate respectively with positioned at the left first rotating shaft The first motion bar 12 on 11 is fixedly connected with the second motion bar 13, and 17 top and bottom of the movable plate are sold by several Axis 18 is connected with several idler wheels 19, and several 19 outer ledges of idler wheel respectively with 1 top of bottom plate and 2 bottom of top plate Portion is bonded to each other, and 1 top of the bottom plate is equipped with the regulating device 20 being mutually matched with movable plate 17, and the regulating device 20 includes Lead screw 23,3 side wall of support plate positioned at 1 left side of bottom plate are fixedly connected with the bearing 21 being mutually matched with lead screw 23, and the axis It holds 21 and is located at the support plate 3 close to 16 side of fixed link, 17 inner cavity of the movable plate is fixedly connected with to be mutually matched with lead screw 23 Nut 22,23 one end of the lead screw is plugged on 21 inner cavity of bearing, and 23 other end of the lead screw passes through nut 22, and extends to work The outside of movable plate 17, the lead screw 23 are equipped with servo motor 24 far from 21 one end of bearing, 24 power output end of the servo motor with Lead screw 23 is fixedly connected, and 24 bottom of the servo motor is fixedly connected with beam 25, and the beam 25 is fixedly connected on bottom 1 top of plate, the servo motor 24 are electrically connected with switch 10, and the beam 25 includes several rubber pads, several institutes It states rubber pad and is overlapped mutually composition beam 25.

Operation principle：Utility model device when in use, operator stand on bearing plate 4, later by carry handle 9 come Dodge gate 8 is opened, and then controls the switch 10 in box body 6, passes through the work of switch 10 control servomotor 24, it is electric to start servo Machine 24, servo motor 24 drive lead screw 23 to be rotated in nut 22 and 21 inner cavity of bearing, and nut 22 is under the action of screw thread along silk Bar 23 is moved to 16 direction of fixed link, and nut 22 drives movable plate 17 to be moved to 16 direction of fixed link, and movable plate 17 drives several A idler wheel 19 rolls at 1 top of bottom plate and 2 bottom of top plate respectively, and movable plate 17 is driven by the 4th shaft 26 positioned at first turn left The first motion bar 12 on axis 11 and the movement of the second motion bar 13, while 12 He of the first motion bar in left first rotating shaft 11 Second motion bar, 13 both ends are rotated respectively along left first rotating shaft 11 and the 4th shaft 26, because fixed link 16 is fixed setting, So the position of third shaft 15 is constant, when movable plate 17 drives be located in left first rotating shaft 11 first by the 4th shaft 26 When motion bar 12 and the second motion bar 13 move, two the first motion bars 12 and two the second motion bars 13 are along the second shaft 14 Rotation, while the first motion bar 12 being located in right first rotating shaft 27 and 13 both ends of the second motion bar are respectively along right first rotating shaft 27 and third shaft 15 rotate, i.e. the first motion bar 12 and the second motion bar 13 tend to vertical, in the height of this bearing plate 4 It rises, when reducing the height of bearing plate 4, reverse starting servo motor 24, servo motor 24 drives lead screw 23 to rotate backward, that is, grasps Make worker to work come control servomotor 24 by switch 10, the height of bearing plate 4 is adjusted with this, the setting of box body 6 avoids Because object is fallen or touching switch 10 due to other reasons, the setting of beam 25, it can effectively reduce servo motor 24 and work institute The vibrations brought, the above operation bring the device feature that work efficiency is high, time saving and energy saving.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of scaffold of architectural engineering, including bottom plate（1）, it is characterised in that：The bottom plate（1）Surface is equipped with top plate （2）, the bottom plate（1）With top plate（2）Between be fixedly connected there are two support plate（3）, and two support plates（3）It is close to bottom plate （1）And top plate（2）Both sides, the top plate（2）Surface is equipped with bearing plate（4）, the bearing plate（4）Top is fixedly connected with Guardrail（5）, the top plate（2）Top is fixedly connected with box body（6）, the box body（6）Top is that opening is arranged, the box body （6）Top has been connected through hinge activity dodge gate（8）, and the dodge gate（8）With box body（6）Open top is mutually matched, The dodge gate（8）Top, which is fixedly connected with, carries handle（9）, the box body（6）Intracavity bottom is fixedly connected with switch（10）, described Bearing plate（4）Bottom is fixedly connected with left first rotating shaft respectively at both sides（11）With right first rotating shaft（27）, described left One shaft（11）With right first rotating shaft（27）Outer ledge is connected with the first motion bar（12）With the second motion bar（13）, First motion bar（12）Close to bearing plate（4）Front end face, second motion bar（13）Close to bearing plate（4）Rear end Face, two first motion bars（12）Between pass through the second shaft（14）Flexible connection, two second motion bars（13） Between pass through the second shaft（14）Flexible connection is located at the right first rotating shaft（27）On the first motion bar（12）It lives with second Lever（13）One end is connected with third shaft（15）, and the third shaft（15）It is movably connected in the first motion bar （12）With the second motion bar（13）Far from right first rotating shaft（27）One end, the third shaft（15）Bottom is fixedly connected with Fixed pole（16）, and the fixed link（16）It is fixedly connected on bottom plate（1）Top, the bottom plate（1）And top plate（2）Between be equipped with live Movable plate（17）, the movable plate（17）Rear and front end face is plugged with the 4th shaft（26）, and two the 4th shafts（26） Far from movable plate（17）One end respectively with positioned at the left first rotating shaft（11）On the first motion bar（12）With the second motion bar （13）It is fixedly connected, the movable plate（17）Top and bottom pass through several axis pins（18）It is connected with several idler wheels （19）, and several described idler wheels（19）Outer ledge respectively with bottom plate（1）Top and top plate（2）Bottom is bonded to each other, described Bottom plate（1）Top is equipped with and movable plate（17）The regulating device being mutually matched（20）.

2. a kind of scaffold of architectural engineering according to claim 1, it is characterised in that：The regulating device（20）Packet Include lead screw（23）, it is located at bottom plate（1）The support plate in left side（3）Side wall is fixedly connected with and lead screw（23）The bearing being mutually matched （21）, and the bearing（21）Positioned at the support plate（3）Close to fixed link（16）Side, the movable plate（17）Inner cavity, which is fixed, to be connected It is connected to and lead screw（23）The nut being mutually matched（22）, the lead screw（23）One end is plugged on bearing（21）Inner cavity, the lead screw （23）The other end passes through nut（22）, and extend to movable plate（17）Outside, the lead screw（23）Far from bearing（21）One end is set There is servo motor（24）, the servo motor（24）Power output end and lead screw（23）It is fixedly connected, the servo motor（24） Bottom is fixedly connected with beam（25）, the beam（25）It is fixedly connected on bottom plate（1）Top, the servo motor（24） With switch（10）It is electrically connected.

3. a kind of scaffold of architectural engineering according to claim 1, it is characterised in that：Two first motion bars （12）It is X-shaped structure to collectively constitute cross section.

4. a kind of scaffold of architectural engineering according to claim 1, it is characterised in that：The third shaft（15）Point Not with the first motion bar（12）With the second motion bar（13）Between be flexibly connected by hinged mode.

5. a kind of scaffold of architectural engineering according to claim 2, it is characterised in that：The beam（25）Including Several rubber pads, several described rubber pads are overlapped mutually composition beam（25）.