A self-adaptive anti-tilt adjustment operating platform for buildings

Abstract

The present invention discloses an adaptive anti-tilt adjustment operating platform for construction, including an anti-tilt adjustment operating platform that can be moved left and right, a lifting mechanism and an electric box device. The present invention belongs to the technical field of construction engineering, and specifically refers to an adaptive anti-tilt adjustment operating platform for construction; the present invention creatively proposes an anti-tilt adjustment operating platform that can be moved left and right, and while the operating platform is pushed to move left and right through the meshing of a gear and a rack, the anti-tilt detachable telescopic wheel assembly at the bottom changes the center of gravity of the base through the rolling of a pulley, so that the operating platform of the present invention can be moved left and right while changing the position of the center of gravity, thereby achieving the purpose of preventing the operating platform from tipping over.

Description

Technical Field

[0001] The invention belongs to the technical field of building engineering, and specifically refers to an adaptive anti-tilt adjustment operating platform for buildings. Background Art

[0002] During the renovation and repair of construction projects, since the construction operations are carried out indoors, they are limited by the operating environment. The operating platforms currently used have many inconveniences when performing high-altitude construction operations:

[0003] At present, most of the commonly used operating platforms are temporary scaffolds, which are composed of frames and boards and reinforced with screws. The fasteners used for assembly and reinforcement are prone to loss. When the fasteners slip or are seriously aged, the sturdiness of the scaffolds cannot be underestimated and may cause irreparable damage to the staff.

[0004] The commonly used scaffolding operating platform fasteners are eccentrically connected, and the load and internal force are transmitted by sliding force, which reduces the bearing capacity of the fasteners. In addition, the connection quality of conventional scaffolding depends entirely on the quality of the fasteners and manual operation, and there are too many uncontrollable factors.

[0005] The conventional scaffolding has a limited walking and moving range on the upper part due to the width of the base, which affects the construction range of the operator. When the scaffolding needs to be moved, the operator must climb down from the scaffolding to move the scaffolding, which invisibly delays the construction time, wastes manpower and energy, and reduces the construction efficiency.

[0006] When using conventional scaffolding, in order to minimize the movement of the scaffolding, operators will lean out as much as possible within a safe range to perform construction operations. In this way, the center of gravity shifts, which not only accelerates the wear and aging of the scaffolding's reinforcement components, but also poses a huge safety hazard to the operators. Summary of the invention

[0007] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides an adaptive anti-tilt adjustment operating platform for construction. In order to solve the problem that the size of the base of an ordinary scaffold affects the upper operating range, the present invention creatively proposes an anti-tilt operating platform that can be moved left and right. While the operating platform is pushed to move left and right through the engagement of the gear and the rack, the anti-tilt detachable telescopic wheel assembly at the bottom changes the center of gravity of the base through the rolling of the pulley, so that the operating platform of the present invention can be moved left and right while changing the center of gravity position, thereby achieving the purpose of preventing the operating platform from tipping over.

[0008] At the same time, the present invention provides an adaptive anti-roll adjustment operating platform for construction, which moves the A and B electrodes on the energized element support bar by moving the metal paddle of the control mechanism left and right, so that the pulley of the anti-overturning detachable retractable wheel assembly connected to the signal of the energized element support bar extends and retracts the retractable inner tube, thereby changing the center of gravity position of the present invention and achieving the purpose of anti-overturning.

[0009] Furthermore, the adaptive anti-tilt adjustment operating platform for construction proposed in the present invention has a clear and orderly structure, and key nodes can be disassembled and reassembled at the construction site. Therefore, during transportation, the space occupied is limited, which is convenient for personnel to carry and assemble, and the operation can be performed through the operation panel during operation. The operation is simple and safe, and the purpose of streamlining manpower can be achieved.

[0010] The technical solution adopted by the present invention is as follows: The present invention proposes an adaptive anti-tilt adjustment operating platform for construction, including an anti-tilt operating platform that can be moved left and right, a lifting mechanism and an electric box device, the anti-tilt operating platform that can be moved left and right is arranged above the lifting mechanism, and the electric box mechanism is arranged at the bottom of the lifting mechanism, the anti-tilt operating platform that can be moved left and right includes a movable operating platform, a left and right movement control mechanism and an anti-tilt detachable retractable wheel assembly, the movable operating platform is arranged above the left and right movement control mechanism, the anti-tilt detachable retractable wheel assembly is arranged below the lifting mechanism, and the anti-tilt detachable retractable wheel assembly is respectively arranged on both sides of the bottom of the lifting mechanism, in the present invention, the anti-tilt operating platform that can be moved left and right is interspersed with the lifting mechanism, so that the mechanism of the present invention is more solid, the movable operating platform in the present invention is made of lightweight and hard metal to reduce unnecessary pressure, and the movable operating platform includes a workbench, special-shaped protrusions, anti-slip baffles, T-shaped protrusions at the bottom of the platform, racks and energized element support strips.

[0011] Furthermore, special-shaped protrusions are distributed on both sides of the workbench for engaging the left and right movement control mechanism, the special-shaped protrusions are integrally formed with both sides of the workbench, the anti-slip baffles are arranged at both end portions of the special-shaped protrusions, the T-shaped protrusions are hollow structures, the T-shaped protrusions are arranged at the bottom of the workbench, and the T-shaped protrusions are integrally formed with the bottom of the workbench. The special-shaped protrusions, special-shaped buckles and T-shaped protrusions proposed in the present invention are all special shapes, which increase the friction between each other by increasing the contact area, thereby preventing the components from slipping and causing unnecessary safety hazards. The rack is welded to the outside of both sides of the workbench, the energizing element support bar is consistent with the rack in length, the energizing element support bar is arranged above the rack, the energizing element support bar is fixedly connected to both sides of the workbench, the energizing element support bar includes a protrusion, an A electrode and a B electrode, the A electrode and the B electrode are respectively distributed on both sides of the protrusion, the A electrode and the B electrode are electrically connected to the motor box equipment, and the A electrode and the B electrode are signal-connected to the anti-overturning detachable telescopic wheel assembly.

[0012] Furthermore, the left and right movement control mechanism includes a special-shaped buckle, a support outer arm, a support base, a distribution plate, a control component and a shell. The special-shaped buckle is engaged with the concave and convex parts of the special-shaped convex part of the movable operating platform in size, and the special-shaped buckle and the special-shaped convex part are engaged and slid. The support outer arm connects the support base and the special-shaped buckle part. The support outer arm, the support base and the special-shaped buckle part are made as one piece. The distribution plate is arranged on the support base, and the left and right movement control mechanism is arranged on the distribution plate. The shell wraps the control component of the left and right movement control mechanism of the present invention. The part of the left and right movement control mechanism proposed by the present invention that is electrically connected to the motor box device, that is, the control motor and the metal paddle are electrically connected to the motor box device through the side motor box of the anti-overturning detachable retractable wheel assembly. When the anti-overturning detachable retractable wheel assembly is not assembled with the main body, the left and right movement control mechanism cannot operate, and even if the operating surface is misoperated, overturning and falling will not occur.

[0013] Furthermore, the control component includes a control motor, a rotating shaft A, a gear A, a rotating shaft B, a connecting rod, a rotating shaft C, a gear B, a transmission belt, a gear C, a gear D, a fixed block, a frame bar, a rod A, a rod B and a gear positioning center axis. The control motor and the motor box device are electrically connected through an anti-overturning detachable telescopic wheel assembly. The rotating shaft A is fixedly connected to the control motor, the gear A is fixedly connected to the rotating shaft A, the rotating shaft B is arranged on the gear A, and the rotating shaft B is arranged away from the center of the circle of the gear A. The rotating shaft B is connected to the gear A through a bearing, and the rotating shaft B is fixedly connected to the middle part of the bottom of the connecting rod. The two ends of the connecting rod are connected to the rotating shaft through bearings. C is connected, the rotating shaft C is fixedly connected to the gear B, the rotating shaft C is arranged away from the center of the gear B, the transmission belt and the gear B are transmitted, the gear A and the gear B are coordinated with the rotating shaft A, the rotating shaft B, the connecting rod and the rotating shaft C, the transmission ratio is 1:1, the gear C is arranged below the gear D, the gear C and the gear D are fixedly connected, the diameter of the gear C is consistent with that of the gear B, the bottom height of the gear B and the gear C are consistent, the gear teeth of the gear D are meshed with the tooth pattern of the movable operating platform, the fixed block is fixedly connected to the upper end of the gear positioning center axis, the bottom of the frame bar is fixedly connected to the rod A and the rod B, the frame bar The rod B is fixedly connected to the top of the fixed block, the rod A is fixedly connected to the bottom of the broken end of one end of the frame bar, the rod A is connected to the gear B through a bearing, the frame bar fixes the position of the gear B through the rod A, the gear positioning center axis is fixedly connected to the bottom of the fixed block, the gear positioning center axis passes through the gear C and the gear D, and passes through the support base and the distribution plate, and the gear C, gear D, gear B and the distribution plate are fixed by tightening the nut at the bottom of the support base plate. In the control component part of the left and right automatic control mechanism of the present invention, the frame bar, the rod A, the rod B, the fixed block and the gear positioning center axis are fixed to each other, and the gear B is fixed by being connected as a whole. The group, and fixed gear A, connected and fastened the support base and the distribution plate, only through the mutual tension between the components, reinforced the structure of the control component and positioned each component to prevent the component from falling off, the shell groove opening is provided with a paddle positioning slot and a metal paddle, the paddle positioning slot is used to fix the metal paddle, the metal paddle is electrically connected to the motor box equipment, the metal paddle is signal-connected to the anti-overturning detachable telescopic wheel assembly, the metal paddle moves the A electrode or the B electrode on the side of the protrusion when the movable operating platform moves, that is, when the energized element support bar moves, the signal is connected to the anti-overturning detachable telescopic wheel assembly.

[0014] Furthermore, the anti-overturning detachable telescopic wheel assembly includes an outer wall pipe, a telescopic inner tube, an inner tube outer ring, a compression spring, a wheel assembly motor, a wheel assembly shaft, a spiral pattern gear, a pulley, a pulley support and a side motor box. The outer wall pipe is sleeved on the outside of the telescopic inner tube, and a spiral groove is distributed on the inner wall of the outer wall pipe, which is engaged with the spiral gear teeth of the spiral pattern gear. The bottom of the outer wall pipe is provided with a groove opening to facilitate the sliding of the pulley. The inner tube outer ring is fixedly connected to the end of the telescopic inner tube at one end of the outer wall pipe. The compression spring is connected to the inner The outer ring of the tube is fixed, the compression spring ring is sleeved in the gap between the telescopic inner tube and the outer wall tube, the wheel assembly motor is arranged at one end of the telescopic inner tube arranged at the outer wall tube, and is fixed to the telescopic inner tube, the wheel assembly motor is connected to the side motor box signal, the wheel assembly shaft is fixed to the wheel assembly motor, the wheel assembly shaft connects the wheel assembly motor and the spiral pattern gear, the spiral pattern gear meshes with the inner wall groove of the outer wall tube under the action of the wheel assembly motor and moves, the spiral pattern gear of the anti-overturning detachable telescopic wheel assembly proposed by the present invention can support the telescopic The inner tube is at a horizontal height within the outer wall pipe, and ensures the movement of the telescopic inner tube at a horizontal height, avoiding energy consumption and deformation caused by friction. The pulley is connected to the telescopic inner tube through a pulley support. The bottom of the side motor box is semicircular to support and lift the outer wall pipe. The side of the side motor box is a small motor box of an anti-overturning detachable telescopic wheel assembly. The side motor box is connected to the wheel assembly motor signal. When the anti-overturning detachable telescopic wheel assembly is assembled with the main body, the side motor box is electrically connected to the motor box device. The motor box device is anti-overturning. The anti-tipping detachable telescopic wheel assembly provides power, and the motor box device provides power for the wheel assembly motor of the anti-tipping detachable telescopic wheel assembly. The anti-tipping detachable telescopic wheel assembly proposed in the present invention is equipped with a separate motor box, namely, a side motor box. The anti-tipping detachable telescopic wheel assembly is controlled by the side motor box to meet the possibility of disassembly of the anti-tipping detachable telescopic wheel assembly, and the control motor and the metal paddle are electrically connected to the motor box device through the side motor box, so that the left and right movement control mechanism can only work when the anti-tipping detachable telescopic wheel assembly is connected to the main body.

[0015] Furthermore, the lifting mechanism includes a bracket base, a lifting bracket and a hydraulic device, the bracket base includes a fixed axis, a hydraulic support rod, a base periphery and a base side connection, the fixed axis is connected and fixed to the base periphery by a nut, the fixed axis is used to fix the L-shaped bracket, the fixed axis is used to fix the lower end of the lower part of the L-shaped bracket, the hydraulic support rod is connected and fixed to the base periphery by a nut, the base side connection is an outer protruding part of the base periphery, used to connect the anti-overturning detachable telescopic wheel assembly, the base side connection is electrically connected to the motor box equipment, the base side connection can be connected to the side motor box of the anti-overturning detachable telescopic wheel assembly to fix the anti-overturning detachable telescopic wheel assembly, when the device of the present invention is not connected to the anti-overturning detachable telescopic wheel assembly, the hydraulic pump electrically connected to the motor box equipment and connected to the operation panel signal pushes the lower part of the L-shaped bracket through the hydraulic cylinder, controls the lifting bracket to control the rise and fall of the movable operating platform position, and the main body can also be used alone when the anti-overturning detachable telescopic wheel assembly is not connected.

[0016] Furthermore, the lifting bracket includes an L-shaped bracket upper portion, an L-shaped bracket lower portion, an L-shaped bracket connecting portion, a positioning rod, a lubricating ring, a fixed-length bracket and a connecting rod, the L-shaped bracket upper portion and the L-shaped bracket lower portion are connected through the L-shaped bracket connecting portion, the upper top end of the L-shaped bracket upper portion is fixedly connected to the bottom of the shell of the left and right movement control mechanism, and the L-shaped bracket connecting portion of the present invention increases the angle between the L-shaped bracket upper portion and the L-shaped bracket lower portion when the upper end of the L-shaped bracket lower portion rises, and decreases the angle between the L-shaped bracket upper portion and the L-shaped bracket lower portion when the upper end of the L-shaped bracket lower portion falls, and when the L-shaped bracket lower portion does not move, The L-shaped bracket connecting part maintains the angle formed by the upper and lower parts of the L-shaped bracket to fix the lifting mechanism to prevent overturning. The positioning rod is fixedly connected to the two rods at the lower part of the L-shaped bracket and connects the lower part of the L-shaped bracket. The lubrication ring is sleeved on the middle part of the positioning rod. The lubrication ring is also sleeved on the middle part of the hydraulic support rod. The fixed-length bracket is fixed to the bottom of the outer shell of the left and right movement control mechanism. The hollow part of the rod of the fixed-length bracket is penetrated by a connecting rod to connect the lower part of the L-shaped bracket and the fixed-length bracket. The lower end of the fixed-length bracket is provided with a sliding rod, which penetrates the hollow part of the outer periphery of the base and fixes the movement range of the fixed-length bracket.

[0017] Furthermore, the hydraulic equipment includes a hydraulic pump and a hydraulic cylinder, the hydraulic pump is electrically connected to the motor box equipment, the hydraulic pump and the hydraulic cylinder are connected by a hose, the hydraulic cylinder includes a piston rod and a cylinder barrel, the cylinder barrel sleeve is attached to the outside of the piston rod and is sealed, and the cylinder barrel is connected to the hydraulic pump. The present invention provides thrust for the lifting mechanism through the hydraulic equipment, saves energy and reduces emissions, is stable, and reduces the energy and money investment in daily maintenance.

[0018] Furthermore, the motor box device includes a control panel, a power supply battery and a battery placement slot. The control panel is arranged at a special-shaped buckle on one side, the operation panel is arranged horizontally, the power supply battery is placed in the battery placement slot, the power supply battery provides power support for the present invention, the battery placement slot is arranged at the bracket base of the lifting mechanism, the bottom of the battery placement slot is at the same horizontal height as the bottom of the base periphery, and the hydraulic pump is placed next to the power supply battery.

[0019] Furthermore, the power supply battery is electrically connected to the A electrode and the B electrode of the energized element support bar of the movable operating platform; the power supply battery is electrically connected to the control motor and the metal paddle of the left and right movement control mechanism; the power supply battery is electrically connected to the hydraulic pump of the hydraulic equipment; the power supply battery is electrically connected to the operation panel; the power supply battery supplies power to the side motor box of the anti-overturning detachable telescopic wheel assembly, and the left and right movement control mechanism is signal-connected to the side motor box of the anti-overturning detachable telescopic wheel assembly, and when the anti-overturning detachable telescopic wheel assembly is not connected to the main body, the left and right movement control mechanism cannot work.

[0020] The beneficial effects achieved by the present invention using the above structure are as follows: This solution proposes an adaptive anti-tilt adjustment operating platform for construction, which has the following beneficial effects:

[0021] In the present invention, the anti-overturning operating platform that can be moved left and right and the lifting mechanism are interlaced and arranged, so that the structure of the mechanism of the present invention is more solid and stable;

[0022] The special-shaped protrusions, special-shaped buckles and T-shaped protrusions proposed in the present invention are all special shapes, which increase the friction between each other by increasing the contact area, restrain each other, and prevent the components from slipping off, burying safety hazards and causing safety accidents;

[0023] The part of the left-right movement control mechanism and the motor box device electrically connected to the present invention, that is, the control motor and the metal paddle are electrically connected to the motor box device through the side motor box of the anti-overturning detachable telescopic wheel assembly. When the anti-overturning detachable telescopic wheel assembly is not assembled with the main body, the left-right movement control mechanism cannot operate, and even if the operating surface is misoperated, the equipment will not overturn and people will not fall.

[0024] In the control component part of the left-right movement control mechanism proposed by the present invention, the frame bar, the rod A, the rod B, the fixed block and the gear positioning center axis are fixed to each other, and the group of gears B are fixed by being connected as a whole, and the gear A is fixed, and the support base and the distribution plate are connected and fastened. Only through the mutual tension between the components, the structure of the control component is reinforced and each component is positioned to prevent the components from falling off;

[0025] The spiral pattern gear of the anti-overturning detachable telescopic wheel assembly proposed by the present invention can support the horizontal height of the telescopic inner tube in the outer wall pipe and ensure that the telescopic inner tube maintains the movement at the horizontal height, avoiding energy consumption and deformation caused by friction;

[0026] The anti-overturning detachable telescopic wheel assembly proposed by the present invention is equipped with a separate motor box, namely, a side motor box, and the wheel assembly motor of the anti-overturning detachable telescopic wheel assembly is controlled by the side motor box, so that the anti-overturning detachable telescopic wheel assembly can be disassembled, and the control motor and the metal paddle of the left and right movement control mechanism are electrically connected to the motor box device through the side motor box, so that the left and right movement control mechanism can form a circuit closed loop and work only when the anti-overturning detachable telescopic wheel assembly and the main body are installed;

[0027] When the device of the present invention is not connected to the anti-overturning detachable retractable wheel assembly, the hydraulic pump electrically connected to the motor box device and connected to the operation panel signal pushes the positioning rod at the bottom of the L-shaped bracket through the hydraulic cylinder to control the lifting bracket to control the rise and fall of the movable operating platform. When the main body is not connected to the anti-overturning detachable retractable wheel assembly, the main body can also be used alone, and the operating platform only moves up and down;

[0028] When the upper end of the lower part of the L-shaped bracket rises, the angle formed by the upper part of the L-shaped bracket and the lower part of the L-shaped bracket increases. When the upper end of the lower part of the L-shaped bracket falls, the angle formed by the upper part of the L-shaped bracket and the lower part of the L-shaped bracket decreases. When the lower part of the L-shaped bracket does not move, the L-shaped bracket connecting part maintains the angle formed by the upper part and the lower part of the L-shaped bracket to fix the lifting mechanism and prevent slipping.

[0029] The present invention provides thrust for the lifting mechanism through hydraulic equipment, saves energy and reduces emissions, is stable, and reduces the energy and money investment in daily maintenance. BRIEF DESCRIPTION OF THE DRAWINGS

[0030] Figure 1 The present invention proposes a facade of a building adaptive anti-tilt adjustment operating platform Figure 1 ;

[0031] Figure 2 The present invention proposes a facade of a building adaptive anti-tilt adjustment operating platform Figure 2 ;

[0032] Figure 3 This is a left view of a self-adaptive anti-tilt adjustment operating platform for buildings proposed by the present invention;

[0033] Figure 4 for Figure 3 A cross-sectional view along the cutting line AA;

[0034] Figure 5 for Figure 3 A cross-sectional view along the cutting line BB;

[0035] Figure 6 for Figure 3 A cross-sectional view along the cutting line CC;

[0036] Figure 7 for Figure 5 A cross-sectional view along the cutting line DD;

[0037] Figure 8 A front view of a self-adaptive anti-tilt adjustment operating platform for buildings proposed by the present invention;

[0038] Fig. 9 for Figure 8 A cross-sectional view along the cutting line EE;

[0039] Fig.10 This is a disassembly diagram of an adaptive anti-tilt adjustment operating platform for buildings proposed by the present invention;

[0040] Fig.11 for Figure 2 A partial enlarged view of point Ⅰ in the middle;

[0041] Fig.12 for Fig. 9 A partial enlarged view of the middle II;

[0042] Fig.13 for Figure 7 A partial enlarged view of the middle part III;

[0043] Fig.14 It is a structural schematic diagram of the control component proposed by the present invention;

[0044] Fig.15 It is an elevation view of the anti-overturning detachable telescopic wheel assembly proposed by the present invention;

[0045] Fig.16 The cross section of the anti-overturning detachable telescopic wheel assembly proposed by the present invention Figure 1 ;

[0046] Fig.17 The cross section of the anti-overturning detachable telescopic wheel assembly proposed by the present invention Figure 2

[0047] Among them, 1. An anti-overturning operating table that can be moved left and right, 11. A movable operating platform, 111. A working table, 112. A special-shaped protrusion, 113. An anti-slip baffle, 114. A T-shaped protrusion, 115. A rack, 116. An energized element support bar, 1161. A protrusion, 1162. An A electrode, 1163. An B electrode, 12. A control mechanism that can be moved left and right, 121. A special-shaped buckle, 122. A supporting outer arm, 123. A supporting base, 124. A distribution plate, 125. A control component, 1251, control motor, 1252, shaft A, 1253, gear A, 1254, shaft B, 1255, connecting rod, 1256, shaft C, 1257, gear B, 1258, transmission belt, 1259, gear C, 12510, gear D, 12511, fixing block, 12512, frame bar, 12513, rod A, 12514, rod B, 12515, gear positioning center axis, 126, housing, 1261, metal paddle, 1262, Paddle positioning slot, 13, anti-overturning detachable telescopic wheel assembly, 131, outer wall pipe, 132, telescopic inner tube, 133, inner tube outer ring, 134, compression spring, 135, wheel assembly motor, 136, wheel assembly shaft, 137, spiral pattern gear, 138, pulley, 139, pulley support, 1310, side motor box, 2, lifting mechanism, 21, bracket base, 211, fixed axis, 212, hydraulic support rod, 213, base periphery, 214, Side connection of the base, 22. Lifting bracket, 221. Upper part of the L-shaped bracket, 222. Lower part of the L-shaped bracket, 223. Connecting part of the L-shaped bracket, 224. Positioning rod, 225. Lubricating ring, 226. Fixed-length bracket, 227. Connecting rod, 228. Sliding rod, 23. Hydraulic equipment, 231. Hydraulic pump, 232. Hydraulic cylinder, 2321. Piston rod, 2322. Cylinder, 3. Motor box equipment, 31. Operation panel, 32. Power supply battery, 33. Battery placement slot.

[0048] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention. DETAILED DESCRIPTION

[0049] The technical solutions in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments; based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0050] In the description of the present invention, it should be understood that terms such as “upper”, “lower”, “front”, “back”, “left”, “right”, “top”, “bottom”, “inside” and “outside” indicating directions or positional relationships are based on the directions or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction, and therefore should not be understood as limiting the present invention.

[0051] like Figure 1-Figure 17 As shown, the present invention proposes an adaptive anti-tilt adjustment operating platform for construction, including an anti-tilt operating platform 1 that can be moved left and right, a lifting mechanism 2 and an electric box device 3. The anti-tilt operating platform 1 that can be moved left and right is arranged above the lifting mechanism 2, and the electric box mechanism is arranged at the bottom of the lifting mechanism 2. The anti-tilt operating platform 1 that can be moved left and right includes a movable operating platform 11, a left and right movement control mechanism 12 and an anti-tilt detachable telescopic wheel assembly 13. The movable operating platform 11 is arranged above the left and right movement control mechanism 12, the anti-tilt detachable telescopic wheel assembly 13 is arranged below the lifting mechanism 2, and the anti-tilt detachable telescopic wheel assembly 13 is distributed on both sides of the bottom of the lifting mechanism 2. The movable operating platform 11 includes a workbench 111, a special-shaped protrusion 112, an anti-slip baffle 113, a T-shaped protrusion 114 at the bottom of the platform, a rack 115 and an energized element support bar 116.

[0052] Special-shaped protrusions 112 are distributed on both sides of the workbench 111, which are used to engage the left and right movement control mechanism 12. The special-shaped protrusions 112 are made of one piece with both sides of the workbench 111. Anti-slip baffles 113 are arranged at both ends of the special-shaped protrusions 112. The T-shaped protrusions 114 are hollow structures, and the T-shaped protrusions 114 are arranged at the bottom of the workbench 111. The T-shaped protrusions 114 and the bottom of the workbench 111 are made of one piece. The racks 115 are welded to the outside of both sides of the workbench 111, and the length of the power element support bar 116 and the rack 115 is the same as that of the rack 115. Consistently, the energizing element support bar 116 is arranged above the rack 115, and the energizing element support bar 116 is fixedly connected to both sides of the workbench 111, and the energizing element support bar 116 includes a protrusion 1161, an A electrode 1162 and a B electrode 1163, and the A electrode 1162 and the B electrode 1163 are respectively distributed on both sides of the protrusion 1161, and the A electrode 1162 and the B electrode 1163 are electrically connected to the motor box device 3, and the A electrode 1162 and the B electrode 1163 are signal-connected to the anti-overturning detachable telescopic wheel assembly 13.

[0053] The left-right movement control mechanism 12 includes a special-shaped buckle 121, a supporting outer arm 122, a supporting base 123, a distribution plate 124, a control component 125 and a shell 126. The special-shaped buckle 121 is engaged with the concave and convex parts of the special-shaped protrusion 112 of the movable operating platform 11, and the special-shaped buckle 121 and the special-shaped protrusion 112 are engaged and slid. The supporting outer arm 122 connects the supporting base 123 and the special-shaped buckle 121 part. The supporting outer arm 122, the supporting base 123 and the special-shaped buckle 121 part are made as a whole. The distribution plate 124 is arranged on the supporting base 123. The left-right movement control mechanism 12 is arranged on the distribution plate 124, and the shell 126 wraps the control component 125 of the left-right movement control mechanism 12 of the present invention.

[0054] The control component 125 includes a control motor 1251, a rotating shaft A1252, a gear A1253, a rotating shaft B1254, a connecting rod 1255, a rotating shaft C1256, a gear B1257, a transmission belt 1258, a gear C1259, a gear D12510, a fixing block 12511, a frame bar 12512, a rod A12513, a rod B12514 and a gear positioning center axis 12515. The control motor 1251 is electrically connected to the motor box device 3 through an anti-overturning detachable retractable wheel assembly 13. The rotating shaft A1252 is fixedly connected to the control motor 1251, the gear A1253 is fixedly connected to the rotating shaft A1252, the rotating shaft B1254 is arranged on the gear A1253, and the rotating shaft B1254 deviates from the gear A1253. The shaft B1254 is connected to the gear A1253 through a bearing, the shaft B1254 is fixedly connected to the middle part of the bottom of the connecting rod 1255, the two ends of the connecting rod 1255 are connected to the shaft C1256 through bearings, the shaft C1256 is fixedly connected to the gear B1257, the shaft C1256 is arranged away from the center of the gear B1257, the transmission belt 1258 and the gear B1257 are transmitted, the gear A1253 and the gear B1257 are matched with the shaft A1252, the shaft B1254, the connecting rod 1255 and the shaft C1256, the transmission ratio is 1:1, the gear C1259 is arranged below the gear D12510, the gear C1259 is fixedly connected to the gear D12510, and the gear C1259 is fixedly connected to the gear D12510. 59 is consistent with the diameter of gear B1257, the bottom heights of gear B1257 and gear C1259 are consistent, the gear teeth of gear D12510 are meshed with the texture of rack 115 of movable operating platform 11, the fixed block 12511 is fixedly connected to the upper end of gear positioning center axis 12515, the bottom of frame bar 12512 is fixedly connected to rod A12513 and rod B12514, frame bar 12512 is fixedly connected to the top of fixed block 12511 through rod B12514, rod A12513 is fixedly connected to the bottom of one end of frame bar 12512, rod A12513 is connected to gear B1257 through bearing, frame bar 12512 fixes the position of gear B1257 through rod A12513, The gear positioning center axis 12515 is fixedly connected to the bottom of the fixed block 12511, and the gear positioning center axis 12515 passes through the gear C1259 and the gear D12510, and passes through the support base 123 and the distribution plate 124. The gear C1259, the gear D12510, the gear B1257 and the distribution plate 124 are fixed by tightening the nut at the bottom of the support base plate. A paddle positioning card slot 1262 and a metal paddle 1261 are provided at the opening of the groove of the housing 126. The paddle positioning card slot 1262 is used to fix the metal paddle 1261. The metal paddle 1261 is electrically connected to the motor box device 3. The metal paddle 1261 is connected to the anti-overturning detachable telescopic wheel assembly 13 by signal. When the metal paddle 1261 moves on the movable operating platform 11,That is, when the energized element support bar 116 moves, the A electrode 1162 or the B electrode 1163 on the side of the protrusion 1161 is moved, and the signal is connected to the anti-overturning detachable telescopic wheel assembly 13.

[0055] The anti-overturning detachable telescopic wheel assembly 13 includes an outer wall pipe 131, a telescopic inner tube 132, an inner tube outer ring 133, a compression spring 134, a wheel assembly motor 135, a wheel assembly shaft 136, a spiral pattern gear 137, a pulley 138, a pulley support 139 and a side motor box 1310. The outer wall pipe 131 is sleeved on the outside of the telescopic inner tube 132, and a spiral groove is distributed on the inner wall of the outer wall pipe 131, which meshes with the raised spiral gear teeth of the spiral pattern gear 137. The outer wall pipe 131 is provided with a groove opening at the bottom to facilitate the sliding of the pulley 138. The inner tube outer ring 133 is fixedly connected to the end of the telescopic inner tube 132 located in the outer wall pipe 131. The compression spring 134 is fixedly connected to the inner tube outer ring 133. The compression spring 134 is sleeved in the gap between the telescopic inner tube 132 and the outer wall pipe 131. The wheel assembly motor 135 is provided at one end of the telescopic inner tube 132 located in the outer wall pipe 131 and is fixedly connected to the telescopic inner tube 132. The assembly motor 135 is connected to the side motor box 1310 by signal, the wheel assembly shaft 136 is fixed to the wheel assembly motor 135, the wheel assembly shaft 136 connects the wheel assembly motor 135 and the spiral pattern gear 137, the spiral pattern gear 137 meshes with the inner wall groove of the outer wall pipe 131 under the action of the wheel assembly motor 135 and moves, the pulley 138 is connected to the telescopic inner tube through the pulley support 139, and the bottom of the side motor box 1310 is semicircular to support and lift the outer wall The pipe fitting 131 and the side motor box 1310 are small motor boxes for the anti-tipping detachable telescopic wheel assembly 13. The side motor box 1310 is signal-connected with the wheel assembly motor 135. When the anti-tipping detachable telescopic wheel assembly 13 is assembled with the main body, the side motor box 1310 is electrically connected with the motor box device 3. The motor box device 3 provides power for the anti-tipping detachable telescopic wheel assembly 13. The motor box device 3 provides power for the wheel assembly motor 135 of the anti-tipping detachable telescopic wheel assembly 13.

[0056] The lifting mechanism 2 includes a bracket base 21, a lifting bracket 22 and a hydraulic device 23. The bracket base 21 includes a fixed axis 211, a hydraulic support rod 212, a base periphery 213 and a base side connection 214. The fixed axis 211 and the base periphery 213 are connected and fixed by nuts. The fixed axis 211 is used to fix the L-shaped bracket. The fixed axis 211 is used to fix the lower end of the lower part 222 of the L-shaped bracket. The hydraulic support rod 212 and the base periphery 213 are connected and fixed by nuts. The base side connection 214 is an outer protruding part of the base periphery 213, which is used to connect the anti-overturning detachable telescopic wheel assembly 13. The base side connection 214 is electrically connected to the motor box device 3. The base side connection 214 can be connected to the side motor box 1310 of the anti-overturning detachable telescopic wheel assembly 13 to fix the anti-overturning detachable telescopic wheel assembly 13.

[0057] The lifting bracket 22 includes an L-shaped bracket upper portion 221, an L-shaped bracket lower portion 222, an L-shaped bracket connecting portion 223, a positioning rod 224, a lubricating ring 225, a fixed-length bracket 226 and a connecting rod 227. The L-shaped bracket upper portion 221 is connected to the L-shaped bracket lower portion 222 through the L-shaped bracket connecting portion 223. The upper top of the L-shaped bracket upper portion 221 is fixedly connected to the bottom of the housing 126 of the left and right movement control mechanism 12. The positioning rod 224 is fixedly connected to the L-shaped bracket lower portion 222 and connected to the L-shaped bracket lower portion 222. Two rods, a lubrication ring 225 is sleeved in the middle part of the positioning rod 224, and the lubrication ring 225 is also sleeved in the middle part of the hydraulic support rod 212. The fixed-length bracket 226 is fixedly connected to the bottom of the outer shell 126 of the left and right movement control mechanism 12. The hollow part of the rod of the fixed-length bracket 226 is penetrated by a connecting rod 227 to connect the lower part of the L-shaped bracket and the fixed-length bracket 226. The lower end of the fixed-length bracket 226 is provided with a sliding rod 228, which is inserted into the hollow part of the base periphery 213 and fixes the movement range of the fixed-length bracket 226.

[0058] The hydraulic equipment 23 includes a hydraulic pump 231 and a hydraulic cylinder 232. The hydraulic pump 231 is electrically connected to the motor box equipment 3. The hydraulic pump 231 and the hydraulic cylinder 232 are connected by a hose. The hydraulic cylinder 232 includes a piston rod 2321 and a cylinder barrel 2322. The cylinder barrel 2322 is clamped to the outside of the piston rod 2321 and is sealed. The cylinder barrel 2322 is connected to the hydraulic pump 231.

[0059] The motor box device 3 includes an operation panel 31, a power supply battery 32 and a battery placement groove 33. The operation panel 31 is arranged at the special-shaped buckle 121 on one side. The operation panel 31 is arranged horizontally. The power supply battery 32 is placed in the battery placement groove 33. The power supply battery 32 provides power support for the present invention. The battery placement groove 33 is arranged on the bracket base 21 of the lifting mechanism 2. The bottom of the battery placement groove 33 is at the same horizontal height as the bottom of the base periphery 213. The hydraulic pump 231 is placed next to the power supply battery 32.

[0060] The power supply battery 32 is electrically connected to the A electrode 1162 and the B electrode 1163 of the energizing element support bar 116 of the movable operating platform 11; the power supply battery 32 is electrically connected to the control motor 1251 and the metal paddle 1261 of the left and right movement control mechanism 12; the power supply battery 32 is electrically connected to the hydraulic pump 231 of the hydraulic equipment 23; the power supply battery 32 is electrically connected to the operation panel 31; the power supply battery 32 supplies power to the side motor box 1310 of the anti-overturning detachable telescopic wheel assembly 13, and the left and right movement control mechanism 12 is signal-connected to the side motor box 1310 of the anti-overturning detachable telescopic wheel assembly 13. When the anti-overturning detachable telescopic wheel assembly 13 is not connected to the main body, the left and right movement control mechanism 12 cannot work.

[0061] Before specific use, the device of the present invention is assembled according to the needs of construction operations, and the motor box device 3 of the present invention is connected to a power source to provide power support for the device of the present invention.

[0062] The specific operation process is as follows: the operator stands on the workbench 111 and operates according to the button information on the operation panel 31. When an ascending command is issued, the hydraulic equipment 23 of the lifting mechanism 2 pushes the positioning rod 224 of the lifting bracket 22, so that the angle formed by the lower part 222 of the L-shaped bracket and the bracket base 21 becomes larger, and the upper part 221 of the L-shaped bracket is also lifted through the L-shaped bracket connection part 223. Under the lifting of the L-shaped bracket and the fixed-length bracket 226, the movable operating platform 11 and the left and right moving control mechanism 12 are lifted. When a descending command is issued, the piston rod 2321 of the hydraulic cylinder 232 of the hydraulic equipment 23 is recovered. Under the pulling of the piston rod 2321, the angle formed by the lower part 222 of the L-shaped bracket and the bracket base 21 becomes smaller, and the upper part 221 of the L-shaped bracket is also lowered through the L-shaped bracket connection part 223, so as to lower the movable operating platform 11 and the left and right moving control mechanism 12.

[0063] When the movable platform needs to move left and right, it is necessary to assemble the anti-overturning detachable retractable wheel assembly 13, and operate according to the information on the operation panel 31. When the command is issued, the control motor 1251 of the left and right movement control mechanism 12 starts to work under the signal connection of the side motor box 1310, rotates the gear A1253 through the rotating shaft A1252, and synchronously rotates the gear B1257 through the gear B1257 and the connecting rod 1255, drives the transmission belt 1258 to rotate the gear D12510, rotates the gear C1259 fixed to the gear D12510, and engages the rack 115 through the gear C1259, so that the workbench 111 is rotated by the gear C1259, and the operating platform moves left and right according to the operation command. When the workbench 111 moves left and right, the metal paddle 1261 fixed at the notch of the shell 126 touches the energized element support bar 116 at the bottom of the movable operating platform 11. When the metal paddle 1261 touches A1253, the gear A1253 is rotated through the rotating shaft A1252, and the gear B1257 is synchronously rotated through the gear B1257 and the connecting rod 1255, drives the transmission belt 1258 to rotate the gear D12510, and rotates the gear C1259 fixed to the gear D12510. The gear C1259 engages the rack 115, so that the workbench 111 is rotated by the gear C1259, and the operating platform moves left and right according to the operation command. When the workbench 111 moves left and right, the metal paddle 1261 fixed at the notch of the shell 126 touches the energized element support bar 116 at the bottom of When the electrode 1162 is in contact, the wheel assembly motor 135 of the anti-overturning detachable telescopic wheel assembly 13 rotates. Each time the metal paddle 1261 contacts the A electrode 1162, the wheel assembly motor 135 rotates a fixed number of times. The spiral pattern gear rotates under the drive of the wheel assembly motor 135, and in the case of meshing with the texture of the inner wall of the outer wall pipe, the telescopic inner tube 132 is pushed. When the metal paddle 1261 no longer touches the A electrode 1162, the wheel assembly motor 135 completes the rotation. After rotating for a fixed number of circles, the work is finished and the retractable inner tube no longer extends. When the workbench 111 slides to the initial position, the metal paddle 1261 touches the B electrode 1163 on the other side of the protrusion 1161. Similarly, the metal paddle 1261 touches the B electrode 1163 once, and the wheel assembly motor 135 rotates in the opposite direction for a fixed number of circles. Under the engagement of the spiral pattern gear and the inner wall texture of the outer wall pipe 131, the retractable inner tube 132 retracts to adjust the center of gravity of the bracket base 21.

[0064] Only when the side motor box 1310 of the anti-overturning detachable telescopic wheel assembly 13 is connected to the base side connection 214 of the bracket base 21, the left and right movement buttons of the operation panel 31 will be connected to the motor box device 3, and the control motor 1251 of the left and right movement control mechanism 12 can work. When the anti-overturning detachable telescopic wheel assembly 13 is not assembled and connected with the main body, even if the left and right movement buttons are operated by mistake, the left and right movement control mechanism 12 will not work.

[0065] The above is the overall workflow of the present invention, and you can repeat this step next time you use it.

[0066] The actual operation process is simple and easy. The engagement of the gear and the rack pushes the operating table to move left and right. At the same time, the anti-overturning detachable telescopic wheel assembly changes the center of gravity of the base through the rolling of the pulley, so that the operating platform of the present invention can change the center of gravity position of the base while moving left and right, thereby achieving the purpose of preventing the operating platform from overturning.

[0067] At the same time, by moving the metal paddle of the control mechanism left and right to paddle the A and B electrodes on the energized element support bar, the pulley of the anti-overturning detachable telescopic wheel assembly connected to its signal extends and retracts the telescopic inner tube to change the center of gravity position of the main base of the present invention.

[0068] Moreover, the structure is clear and well-organized, and key nodes can be disassembled and reassembled at the construction site. Therefore, during transportation, the space occupied is limited, which is convenient for personnel to carry and assemble. It can also be operated through the operation panel during operation. The operation is simple and safe, which can achieve the purpose of streamlining manpower.

[0069] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0070] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

[0071] The present invention and its embodiments are described above, and such description is not restrictive. The drawings show only one embodiment of the present invention, and the actual structure is not limited thereto. In short, if ordinary technicians in the field are inspired by it, without departing from the purpose of the invention, they can design a structure and embodiment similar to the technical solution without creativity, which should belong to the protection scope of the present invention.

Claims

1. An adaptive anti-tilt adjustment operating platform for construction, characterized in that: The invention comprises a left-right movable anti-tilt operating platform (1), a liftable mechanism (2) and an electric box device (3), wherein the left-right movable anti-tilt operating platform (1) is arranged above the liftable mechanism (2), and the electric box device (3) is arranged below the liftable mechanism (2). The left-right movable anti-tilt operating platform (1) comprises a movable operating platform (11), a left-right movable control mechanism (12) and an anti-tilt detachable retractable wheel assembly (13), wherein the movable operating platform (11) is arranged above the left-right movable control mechanism (12), and the anti-tilt detachable retractable wheel assembly (13) is arranged below the liftable mechanism (2), and the anti-tilt detachable retractable wheel assembly (13) is respectively arranged on both sides of the bottom of the liftable mechanism (2), and the movable operating platform (11) comprises a workbench (111), a special-shaped protrusion (112), an anti-slip baffle (113), a T-shaped protrusion (114) at the bottom of the platform, a rack (115) and an energizing element support bar (116); Special-shaped protrusions (112) are distributed on both sides of the workbench (111) for engaging with the left-right movement control mechanism (12); the special-shaped protrusions (112) and the two sides of the workbench (111) are integrally formed; the anti-slip baffles (113) are arranged at both ends of the special-shaped protrusions (112); the T-shaped protrusions (114) are hollow structures; the T-shaped protrusions (114) are arranged at the bottom of the workbench (111); the T-shaped protrusions (114) and the bottom of the workbench (111) are integrally formed; the racks (115) are welded to the outside of both sides of the workbench (111); the energizing element support bars (116) are 1 / 8" long and 1 / 8" long; and the energizing element support bars (116) are 1 / 8" long and 1 / 8" long. The energizing element support bar (116) is arranged above the rack (115), the energizing element support bar (116) is fixedly connected to both sides of the workbench (111), the energizing element support bar (116) comprises a protrusion (1161), an A electrode (1162) and a B electrode (1163), the A electrode (1162) and the B electrode (1163) are respectively distributed on both sides of the protrusion (1161), the A electrode (1162) and the B electrode (1163) are electrically connected to the motor box device (3), and the A electrode (1162) and the B electrode (1163) are signal-connected to the anti-overturning detachable telescopic wheel assembly (13); The left-right movement control mechanism (12) comprises a special-shaped buckle (121), a supporting outer arm (122), a supporting base (123), a distribution plate (124), a control component (125) and a housing (126); the special-shaped buckle (121) is engaged with the concave and convex parts of the special-shaped protrusion (112) of the movable operating platform (11) in size; the special-shaped buckle (121) and the special-shaped protrusion (112) are engaged and slidably engaged; the supporting outer arm (122) connects the supporting base (123) and the special-shaped buckle (121); the supporting outer arm (122), the supporting base (123) and the special-shaped buckle (121) are integrally formed; the distribution plate (124) is disposed on the supporting base (123); the left-right movement control mechanism (12) is disposed on the distribution plate (124); and the housing (126) encloses the control component (125) of the left-right movement control mechanism (12) of the device; The control component (125) comprises a control motor (1251), a rotating shaft A (1252), a gear A (1253), a rotating shaft B (1254), a connecting rod (1255), a rotating shaft C (1256), a gear B (1257), a transmission belt (1258), a gear C (1259), a gear D (12510), a fixing block (12511), a frame bar (12512), a rod A (12513), a rod B (12514) and a gear positioning center axis (12515). The control motor (1251) is electrically connected to the motor box device (3) via an anti-overturning detachable retractable wheel assembly (13). The rotating shaft A (1252) is fixedly connected to the control motor (1251). The gear A (1 253) is fixedly connected to the rotating shaft A (1252), the rotating shaft B (1254) is arranged on the gear A (1253), the rotating shaft B (1254) is arranged offset from the center of the circle of the gear A (1253), the rotating shaft B (1254) and the gear A (1253) are connected through a bearing, the rotating shaft B (1254) is fixedly connected to the middle part of the bottom of the connecting rod (1255), the two ends of the connecting rod (1255) are connected to the rotating shaft C (1256) through bearings, the rotating shaft C (1256) is fixedly connected to the gear B (1257), the rotating shaft C (1256) is arranged offset from the center of the gear B (1257), the transmission belt (1258) and the gear B (1257) are transmitted, the gear A (1253) ), gear B (1257) with the cooperation of rotating shaft A (1252), rotating shaft B (1254), connecting rod (1255) and rotating shaft C (1256), the transmission ratio is 1:1, the gear C (1259) is arranged below gear D (12510), the gear C (1259) and gear D (12510) are fixedly connected, the gear C (1259) and gear B (1257) have the same diameter, the bottom heights of the gear B (1257) and gear C (1259) are the same, the gear teeth of the gear D (12510) are meshed with the texture of the rack (115) of the movable operating platform (11), the fixed block (12511) is fixed to the upper end of the gear positioning center axis (12515) The bottom of the frame bar (12512) is fixedly connected to a rod A (12513) and a rod B (12514); the frame bar (12512) is fixedly connected to the top of the fixed block (12511) via the rod B (12514); the rod A (12513) is fixedly connected to the bottom of a broken end of the frame bar (12512); the rod A (12513) is connected to the gear B (1257) via a bearing; the frame bar (12512) fixes the position of the gear B (1257) via the rod A (12513); the gear positioning middle axis (12515) is fixedly connected to the bottom of the fixed block (12511); the gear positioning middle axis (12515) passes through the gear C (1259) and the gear D (12510);The supporting base (123) and the distribution plate (124) are penetrated at the same time. The gear C (1259), the gear D (12510), the gear B (1257) and the distribution plate (124) are fixed at the bottom of the supporting base plate by tightening the nut. The opening of the groove of the housing (126) is provided with a pick positioning slot (1262) and a metal pick (1261). The pick positioning slot (1262) is used to fix the metal pick (1261). The metal pick (1261) The metal paddle (1261) is electrically connected to the motor box device (3), and is signal-connected to the anti-overturning detachable telescopic wheel assembly (13). When the movable operating platform (11) moves, the metal paddle (1261) moves the A electrode (1162) or the B electrode (1163) on the side of the protrusion (1161) when the energized element support bar (116) moves. The metal paddle (1261) is signal-connected to the anti-overturning detachable telescopic wheel assembly (13); The anti-overturning detachable telescopic wheel assembly (13) comprises an outer wall pipe (131), a telescopic inner tube (132), an inner tube outer ring (133), a compression spring (134), a wheel assembly motor (135), a wheel assembly shaft (136), a spiral pattern gear (137), a pulley (138), a pulley (138) support and a side motor box (1310). The outer wall pipe (131) is sleeved on the outside of the telescopic inner tube (132). The inner wall of the outer wall pipe (131) is provided with spiral grooves that mesh with the raised spiral gear teeth of the spiral pattern gear (137). A groove opening is provided at the bottom of the wall pipe (131) to facilitate the sliding of the pulley (138); the inner tube outer ring (133) is fixedly connected to the end of the telescopic inner tube (132) located in the outer wall pipe (131); the compression spring (134) is fixedly connected to the inner tube outer ring (133); the compression spring (134) is sleeved in the gap between the telescopic inner tube (132) and the outer wall pipe (131); the wheel assembly motor (135) is provided at one end of the telescopic inner tube (132) located in the outer wall pipe (131) and is fixedly connected to the telescopic inner tube (132); the wheel assembly motor (135) is provided at one end of the telescopic inner tube (132) located in the outer wall pipe (131) and is fixedly connected to the telescopic inner tube (132); the wheel assembly motor (135) is provided at one end of the telescopic inner tube (132) located in the outer wall pipe (131); 35) is connected to the side motor box (1310) by signal, the wheel assembly shaft (136) is fixedly connected to the wheel assembly motor (135), the wheel assembly shaft (136) is connected to the wheel assembly motor (135) and the spiral pattern gear (137), the spiral pattern gear (137) meshes with the inner wall groove of the outer wall pipe (131) and moves under the action of the wheel assembly motor (135), the pulley (138) is connected to the telescopic inner tube (132) through the pulley (138) support, and the bottom of the side motor box (1310) is semicircular for supporting and lifting the outer wall pipe (131 ), the side of the side motor box (1310) is a small motor box of the anti-tipping detachable telescopic wheel assembly (13), the side motor box (1310) is signal-connected to the wheel assembly motor (135), and when the anti-tipping detachable telescopic wheel assembly (13) is assembled with the main body, the side motor box (1310) is electrically connected to the motor box device (3), the motor box device (3) provides power to the anti-tipping detachable telescopic wheel assembly (13), and the motor box device (3) provides power to the wheel assembly motor (135) of the anti-tipping detachable telescopic wheel assembly (13).

2. The adaptive anti-tilt adjustment operating platform for construction according to claim 1, characterized in that: The liftable mechanism (2) comprises a support base (21), a lift support (22) and a hydraulic device (23); the support base (21) comprises a fixed axis (211), a hydraulic support rod (212), a base periphery (213) and a base side connection (214); the fixed axis (211) and the base periphery (213) are connected and fixed by nuts; the fixed axis (211) is used to fix the L-shaped support; the fixed axis (211) is used to fix the lower end of the lower part (222) of the L-shaped support; The hydraulic support rod (212) is connected and fixed to the periphery of the base (213) by nuts; the base side connection (214) is an outer protruding portion of the periphery of the base (213) and is used to connect the anti-tipping detachable telescopic wheel assembly (13); the base side connection (214) is electrically connected to the motor box device (3); the base side connection (214) can be connected to the side motor box (1310) of the anti-tipping detachable telescopic wheel assembly (13) to fix the anti-tipping detachable telescopic wheel assembly (13).

3. The adaptive anti-tilt adjustment operating platform for construction according to claim 2, characterized in that: The lifting bracket (22) comprises an L-shaped bracket upper portion (221), an L-shaped bracket lower portion (222), an L-shaped bracket connecting portion (223), a positioning rod (224), a lubricating ring (225), a fixed-length bracket (226) and a connecting rod (227); the L-shaped bracket upper portion (221) and the L-shaped bracket lower portion (222) are connected via the L-shaped bracket connecting portion (223); the upper top of the L-shaped bracket upper portion (221) is fixedly connected to the bottom of the housing (126) of the left-right movement control mechanism (12); the positioning rod (224) is fixedly connected to the L-shaped bracket lower portion (222) and connected to the L-shaped bracket lower portion (222); Two rods, the lubricating ring (225) is sleeved in the middle part of the positioning rod (224), the lubricating ring (225) is also sleeved in the middle part of the hydraulic support rod (212), the fixed-length bracket (226) is fixedly connected to the bottom of the housing (126) of the left and right movement control mechanism (12), the hollow part of the rod of the fixed-length bracket (226) is connected to the lower part of the L-shaped bracket (222) and the fixed-length bracket (226) by a connecting rod (227), and the lower end of the fixed-length bracket (226) is provided with a sliding rod (228), which is inserted into the hollow part of the outer periphery of the base (213) and fixes the movement range of the fixed-length bracket (226).

4. The adaptive anti-tilt adjustment operating platform for construction according to claim 3 is characterized in that: The hydraulic device (23) comprises a hydraulic pump (231) and a hydraulic cylinder (232); the hydraulic pump (231) is electrically connected to the motor box device (3); the hydraulic pump (231) and the hydraulic cylinder (232) are connected via a hose; the hydraulic cylinder (232) comprises a piston rod (2321) and a cylinder barrel (2322); the cylinder barrel (2322) is clamped to the outside of the piston rod (2321) and is sealed; and the cylinder barrel (2322) is connected to the hydraulic pump (231).

5. The adaptive anti-tilt adjustment operating platform for construction according to claim 4, characterized in that: The motor box device (3) comprises an operation panel (31), a power supply battery (32) and a battery placement groove (33); the operation panel (31) is arranged at a special-shaped buckle (121) on one side; the operation panel (31) is arranged horizontally; the power supply battery (32) is placed in the battery placement groove (33); the power supply battery (32) provides power support for the device; the battery placement groove (33) is arranged on a bracket base (21) of the liftable mechanism (2); the bottom of the battery placement groove (33) is at the same level as the bottom of the base periphery (213); and the hydraulic pump (231) is placed next to the power supply battery (32).

6. The adaptive anti-tilt adjustment operating platform for construction according to claim 5, characterized in that: The power supply battery (32) is electrically connected to the A electrode (1162) and the B electrode (1163) of the energizing element support bar (116) of the movable operating platform (11); the power supply battery (32) is electrically connected to the control motor (1251) and the metal paddle (1261) of the left-right movement control mechanism (12); the power supply battery (32) is electrically connected to the hydraulic pump (231) of the hydraulic device (23); the power supply battery (32) is electrically connected to the operation panel (31); the power supply battery (32) supplies power to the side motor box (1310) of the anti-overturning detachable retractable wheel assembly (13); the left-right movement control mechanism (12) is signal-connected to the side motor box (1310) of the anti-overturning detachable retractable wheel assembly (13); when the anti-overturning detachable retractable wheel assembly (13) is not connected to the main body, the left-right movement control mechanism (12) cannot operate.

Images