CN216766821U

CN216766821U - Intelligent installation equipment with adjustable installation scope

Info

Publication number: CN216766821U
Application number: CN202122408514.9U
Authority: CN
Inventors: 尹晓亮; 陈新华; 张军; 郭振坤; 陈佩佩
Original assignee: Beijing University of Civil Engineering and Architecture
Current assignee: Beijing University of Civil Engineering and Architecture
Priority date: 2021-10-08
Filing date: 2021-10-08
Publication date: 2022-06-17
Anticipated expiration: 2031-10-08

Abstract

The application provides an intelligent erection equipment with adjustable installation scope. The intelligent wallboard mounting equipment disclosed by the utility model is driven by the crawler-type travelling mechanism to travel and keep the stability of the machine body, and the wallboard can be moved to a higher mounting position through the two-stage lifting unit to realize mounting. This application is at the in-process of installation wallboard, adjusts the unit through setting up the tertiary of fuselage bottom middle part and fuselage top respectively and realizes the correction adjustment to wallboard mounted position, installation angle, can guarantee that each wallboard is accurate to be installed, has promoted intelligent erection equipment working safety nature, reliability and installation accuracy.

Description

Intelligent installation equipment with adjustable installation scope

Technical Field

The utility model relates to the field of building equipment, in particular to intelligent wallboard mounting equipment with an adjustable mounting range, which can be used in the fields of intelligent construction, fabricated building, building industrialization and the like.

Background

The construction industry has developed at a high rate, but the efficiency of wallboard installation and the quality of construction are often limited by the skill level of the field workers. At present, the wallboard installation mode in the building industry mainly adopts manual installation, and the manual installation can be carried out only by using tools such as crowbars and the like to cooperate with at least two workers. In the construction process, the wall panels need to be adjusted and fixed manually by workers in the procedures of wall panel righting, adjusting and the like, so that the workers have to be exposed to danger. In addition, the existing manual installation mode also has the problems of low manual installation working efficiency, uneven installation quality and the like. In response to this situation, the construction industry is currently attempting to improve this situation by means of mechanical automation.

At present, most of wallboard mounting machines in the market adopt a portal frame structure to complete wallboard lifting work. The wallboard lifting device is simple in structure and convenient for lifting the wallboard, but can also cause the problems of single applicable mounting place and fixed mounting height of a product. The existing equipment for lifting the wallboard by adopting the portal frame structure cannot simultaneously ensure the installation height and the movement flexibility. In the prior art, part of equipment adopts a wheel type walking mechanism to drive the wallboard to move, but the problem of poor passing performance and poor controllability can occur in the intelligent installation equipment. And, because the walking wheel support mode stability is not enough, consequently, the lifting power of some products is little can only be used for installing light weight wallboard. In addition, most of the existing intelligent installation equipment has no special alignment mechanism, and the adjustment and correction are inconvenient when installation errors occur.

In general, although the existing mounting machine can improve the work efficiency by reducing the labor burden, the existing mounting machine still has great progress space in many aspects. The existing wallboard installation equipment cannot adjust the installation height in a large range, is not flexible and sufficient when moving, is difficult to adapt to various workplaces, and has low wallboard installation efficiency and poor installation precision.

SUMMERY OF THE UTILITY MODEL

This application is to prior art's not enough, provides a wallboard intelligence erection equipment with adjustable installation scope, and this application realizes the centre gripping, transport, upset and the high lifting of wallboard through multistage lifting mode, alleviates workman's burden greatly, and it is big to have an installation scope, and the wallboard of the multiple size of mountable can be used to multiple installation place, and the security is high, the good reliability, installs advantages such as accurate, remove in a flexible way, convenient operation. The technical scheme is specifically adopted in the application.

First, in order to achieve the above object, an intelligent installation apparatus with an adjustable installation range is provided, which includes:

a traveling mechanism (1); a load carrier (9); the primary aligning unit (2) comprises a track arranged along the surface of the horizontal platform and an aligning trolley moving along the track and is used for preliminarily adjusting the wallboard aligning and mounting area clamped by the intelligent wallboard mounting equipment; the second-stage lifting unit (3) is vertically arranged on the alignment trolley of the first-stage alignment unit (2), and comprises a vertical electro-hydraulic push rod fixed on the alignment trolley through a positioning bolt, and the top end of the vertical electro-hydraulic push rod is provided with a rotary lifting mechanism (4); the top end of the first-stage lifting unit (5) is connected with a rotary lifting mechanism (4) of the second-stage lifting unit (3), the first-stage lifting unit (5) is arranged on the front side of the second-stage lifting unit (3) and extends upwards or retracts downwards along with a vertical electro-hydraulic push rod to move up and down relatively aligned with the trolley, a strip-shaped guide rail frame is further arranged on the front side of the first-stage lifting unit (5), a lifting belt is arranged in the strip-shaped guide rail frame, a sliding block is fixed on the lifting belt, and the sliding block is driven by the lifting belt to move up and down along the strip-shaped guide rail frame; arm (7) are adjusted well to the second grade, its rear end and slider fixed connection, and the level sets up the front side at one-level lifting unit (5), and the arm includes is adjusted well to the second grade: the telescopic plate comprises a horizontally arranged mounting plate (11), a mounting plate rail arranged on the mounting plate, a telescopic plate (10) connected to the mounting plate rail and a telescopic rod (64) connected between the telescopic plate and the mounting plate, wherein the telescopic plate (10) is driven by the telescopic rod (64) to horizontally move back and forth relative to the mounting plate (11) along the mounting plate rail; and the clamp (6) is fixedly connected to the front end of the expansion plate (10).

Preferably, the rotary lifting mechanism (4) comprises: the lifting device comprises a rotating track, a direct-current torque motor, a first miniature direct-current speed reducing motor, a gear, a steel wire rope and a reel, wherein the rotating track is fixedly arranged between the top end of a vertical type electro-hydraulic push rod and the top end of a primary lifting unit (5), the first miniature direct-current speed reducing motor is fixedly arranged on the rotating track, an output shaft of the first miniature direct-current speed reducing motor is meshed with the top end of the vertical type electro-hydraulic push rod through the gear, and the rotating track is driven to horizontally rotate around the top end of the vertical type electro-hydraulic push rod through gear meshing in the operation process of the first miniature direct-current speed reducing motor; the guide wheel is installed behind the rectangular shape guide rail frame of one-level lifting unit (5), the guide wheel embedding inside the swivel rail, by the drive of reel, wire rope and the direct current torque motor that establish on the swivel rail and along swivel rail vertical motion, promote one-level lifting unit.

Preferably, a third-stage aligning unit (8) is further arranged between the second-stage aligning mechanical arm (7) and the sliding block on the front side of the first-stage lifting unit (5).

Preferably, the tertiary registering unit (8) comprises: the rear end of the gear box (62) is fixedly arranged on the front side of the sliding block of the primary lifting unit (5) through a fixing bolt (61); a second micro direct current speed reducing motor (63) which is arranged at the front end of the gear box (62) and is fixedly arranged at the upper part of the mounting plate (11), and an output shaft of the second micro direct current speed reducing motor (63) is connected with a driving gear inside the gear box (62) and drives the driving gear to rotate; and the driven gear is arranged inside the gear box (62), is meshed with the driving gear, is fixedly connected with the expansion plate (10) of the mounting plate (11) through a connecting rod in the axis direction, and drives the second-stage alignment mechanical arm and the clamp (6) connected with the front end of the second-stage alignment mechanical arm to rotate in a vertical plane for clamping the wallboard through relative rotation between the driving gear and the driven gear.

Preferably, the track is made of rubber, a driving system composed of a driving wheel, a tensioning wheel, a supporting wheel, a riding wheel and a tensioning buffer device is arranged in the track, and the track is coated on the periphery of the driving system to drive the intelligent wallboard mounting equipment to move on the ground.

Preferably, in the primary lifting unit (5), the lifting belt is driven by a direct-current torque motor to operate, and the sliding block is fixed on the front side of the lifting belt by a belt clamp and is in sliding connection with the elongated guide rail frame.

Preferably, the travelling mechanism (1) is arranged at the bottom of the intelligent wallboard mounting device and is driven by a crawler to move.

Preferably, the goods carrying rack (9) is arranged above the walking mechanism (1) and comprises a horizontal platform and a balancing weight arranged above the front part of the horizontal platform; the primary alignment unit (2) is arranged at the rear side of the horizontal platform of the goods carrying rack (9).

Preferably, the clamp comprises a lower vertical plate (65), an upper vertical plate (66), a horizontal moving plate (67), a front plate (69) and an electric push rod (68), wherein the rear side of the bottom of the lower vertical plate (65) is fixedly connected with the front end of the expansion plate (10), a vertical rail is arranged on the upper side of the lower vertical plate (65), the upper vertical plate (66) is vertically installed on the upper side of the lower vertical plate (65) along the vertical rail, the upper vertical plate (66) vertically moves up and down relative to the lower vertical plate (65) along the vertical rail, the horizontal moving plate (67) is further horizontally arranged at the top of each of two ends of the upper vertical plate (66), the electric push rod (68) is horizontally arranged on the horizontal moving plate (67), the front end of the electric push rod (68) is connected with the top of the front plate (69), and the electric push rod (68) drives the front plate (69) to move back and forth relative to clamp or release the wallboard along the horizontal direction; the middle part of riser (65) and the front end fixed connection of expansion plate (10) down, the both ends of riser (65) are located the both sides of expansion plate (10) respectively down, vertical track sets up the middle part upside of riser under, goes up the middle part and the vertical track connection of riser (66), goes up the rear end face of riser (65) and reciprocates along vertical track on the riser down under the preceding terminal surface laminating of riser (66), flat movable plate (67) are including installing two sets of at last riser top both ends respectively, still are connected with electric putter (68) and front bezel (69) on each flat movable plate of group (67) respectively for the centre gripping wallboard.

Advantageous effects

Wallboard intelligence erection equipment with adjustable installation scope that this application provided is walked and is kept the fuselage stable by the running gear drive of crawler-type, can remove the wallboard to higher mounted position through two-stage lifting unit and realize the installation. This application is at the in-process of installation wallboard, adjusts the unit through setting up the tertiary of fuselage bottom middle part and fuselage top respectively and realizes the correction adjustment to wallboard mounted position, installation angle, can guarantee that each wallboard is accurate to be installed, has promoted intelligent erection equipment working safety nature, reliability and installation accuracy.

Additional features and advantages of the application will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by the practice of the application.

Drawings

The accompanying drawings are included to provide a further understanding of the application and are incorporated in and constitute a part of this specification, illustrate embodiments of the application and together with the description serve to explain the principles of the application and not limit the application. In the drawings:

FIG. 1 is a schematic diagram of the overall structure of an installation range adjustable wallboard intelligent installation apparatus of the present application;

FIG. 2 is a side view of a robot arm portion of the wallboard intelligent installation apparatus of the present application;

FIG. 3 is a top view of a robot arm portion of the wall panel smart mount of the present application;

fig. 4 is a detailed view of a portion of the structure of the wall panel smart mount of the present application.

In the figure: 1-running gear, 2-one-level alignment unit, 3-second-level lifting unit, 4-rotatory hoist mechanism, 5-one-level lifting unit, 6-anchor clamps, 7-second-level alignment mechanical arm, 8-third-level alignment unit, 9-cargo carrying frame, 61-fixing bolt, 62-gear box, 63-the miniature direct current gear motor of second, 64-telescopic link, 65-lower vertical plate, 66-upper vertical plate, 67-translation board, 68-electric putter, 69-front bezel, 10-telescopic bezel, 11-mounting panel.

Detailed Description

In order to make the purpose and technical solutions of the embodiments of the present application clearer, the technical solutions of the embodiments of the present application will be clearly and completely described below with reference to the drawings of the embodiments of the present application. It should be apparent that the described embodiments are only some of the embodiments of the present application, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the described embodiments of the application without any inventive step, are within the scope of protection of the application.

It will be understood by those skilled in the art that, unless otherwise defined, all terms (including technical and scientific terms) used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs. It will be further understood that terms, such as those defined in commonly used dictionaries, should be interpreted as having a meaning that is consistent with their meaning in the context of the prior art and will not be interpreted in an idealized or overly formal sense unless expressly so defined herein.

The meaning of "inside and outside" in the application refers to that the direction pointing to the inside of the intelligent wallboard mounting equipment is inside, and vice versa, relative to the intelligent wallboard mounting equipment itself; and not as a specific limitation on the mechanism of the device of the present application.

The meaning of "left and right" in this application means that when the user is just facing the intelligent erection equipment advancing direction of wallboard, the direction that is pointed to one side translational plate by the mounting panel is left, and the direction that is pointed to the other side translational plate by the mounting panel is right, and is not the specific restriction to the device mechanism of this application.

The term "connected" as used herein may mean either a direct connection between components or an indirect connection between components via other components.

The meaning of "up and down" in this application means that when the user is facing the intelligent wallboard mounting device, the direction from the traveling mechanism to the top end of the rotating lifting mechanism is up, otherwise it is down, rather than the specific limitation on the device mechanism of this application.

When the meaning of "preceding, back" in this application indicates that the user is just to wallboard intelligence erection equipment, the direction that is pointed to the load-carrying goods shelves by vertical type electricity liquid push rod is preceding promptly, otherwise promptly afterwards.

FIG. 1 is an installation range adjustable intelligent wallboard installation apparatus according to the present application, comprising:

the walking mechanism 1 is arranged at the bottom of the intelligent wallboard mounting equipment, and drives the intelligent wallboard mounting equipment to move by a rubber crawler belt, and the rubber crawler belt is supported by a driving system which is arranged in the rubber crawler belt and consists of a driving wheel, a tensioning wheel, a thrust wheel, a riding wheel and a tensioning buffer device, is coated on the periphery of the driving system and drives the intelligent wallboard mounting equipment to move on the ground;

the cargo carrying frame 9 is arranged above the travelling mechanism 1 and comprises a horizontal platform and a balancing weight arranged above the front part of the horizontal platform;

the primary aligning unit 2 is arranged at the rear side of the horizontal platform of the loading rack 9, comprises a track arranged along the surface of the horizontal platform and an aligning trolley moving along the track, and is used for preliminarily adjusting the aligning and mounting area of a wallboard clamped by the intelligent wallboard mounting equipment;

the second-stage lifting unit 3 is vertically arranged on the alignment trolley of the first-stage alignment unit 2 and comprises a vertical electro-hydraulic push rod fixed on the alignment trolley through a positioning bolt, and a rotary lifting mechanism 4 is arranged at the top end of the vertical electro-hydraulic push rod;

the lifting device comprises a primary lifting unit 5, the top end of the primary lifting unit 5 is connected with a rotary lifting mechanism 4 of a secondary lifting unit 3, the primary lifting unit 5 is arranged on the front side of the secondary lifting unit 3 and extends upwards or retracts downwards along with a vertical electro-hydraulic push rod to move up and down relatively to the alignment trolley, a strip-shaped guide rail frame is further arranged on the front side of the primary lifting unit 5, a lifting belt is arranged in the strip-shaped guide rail frame and driven to operate by a direct-current torque motor, a sliding block can be fixed on the front side of the belt through a belt clamp and driven by the lifting belt to keep sliding connection with the strip-shaped guide rail frame, and therefore the sliding block moves up and down along the strip-shaped guide rail frame to achieve displacement driving of a secondary alignment mechanical arm and a clamp;

arm 7 is adjusted well to the second grade, its rear end and slider fixed connection, and the level setting is in the front side of one-level lifting unit 5, and the arm is adjusted well to the second grade includes: the telescopic plate comprises a horizontally arranged mounting plate 11, a mounting plate rail arranged on the mounting plate, a telescopic plate 10 connected to the mounting plate rail and a telescopic rod 64 connected between the telescopic plate and the mounting plate, wherein the telescopic plate 10 is driven by the telescopic rod 64 to horizontally move back and forth relative to the mounting plate 11 along the mounting plate rail;

anchor clamps 6, its fixed connection is at the front end of expansion plate 10, including lower riser 65, go up riser 66, flat board 67, front bezel 69 and electric putter 68, wherein, the bottom rear side of lower riser 65 and the front end fixed connection of expansion plate 10, the upside of lower riser 65 is provided with vertical track, it installs the upside in lower riser 65 vertically to go up riser 66 along vertical track, go up riser 66 along vertical track relative lower riser 65 vertical movement from top to bottom, the both ends of going up riser 66 still are provided with flat board 67 at the top level respectively, flat board 67 water-logging is provided with electric putter 68, front bezel 69 top is connected to electric putter 68's front end, electric putter 68 drives front bezel 69 along the relative upper riser 66 back-and-forth movement of horizontal direction in order to centre gripping or to relieve the wallboard.

When the intelligent wallboard mounting equipment works, firstly, driving the travelling mechanism 1 to move the intelligent wallboard mounting equipment to a mounting area in front of a wall; secondly, adjusting the rotary lifting mechanism 4 and each pair of the positive units to move the clamp to a proper position and then tighten the clamp to clamp the wallboard to be installed; thirdly, driving the rotary lifting mechanism 4 to drive the first-stage lifting unit 5 and a front-side clamp thereof to drive the wallboard to be installed to be lifted preliminarily; fourthly, driving the first-stage lifting unit to lift the wallboard to be installed to a specified height, and further driving the second-stage lifting unit 3 to further lift the whole first-stage lifting unit 5 and a clamp installed on the front side of the first-stage lifting unit to expand the installation range of the wallboard when the specified height of the wallboard exceeds the stroke range of the first-stage lifting unit; fifthly, driving a first micro direct current speed reducing motor of the rotary lifting mechanism to drive the clamp and the wallboard to be installed to horizontally rotate for 180 degrees, so that the wallboard to be installed initially reaches an installation position; sixthly, driving a corresponding aligning unit motor in the intelligent wallboard mounting equipment to work, enabling the wallboard to be mounted to rotate ninety degrees from a horizontal state to a vertical state, and then driving a clamp by the secondary aligning mechanical arm 7 and the primary aligning unit 2 to enable the wallboard to be mounted to be adjusted, attached and mounted in a mounting position and mounted; and seventhly, loosening the clamp and withdrawing, and restoring each part of the intelligent wallboard mounting equipment to the initial state for mounting the next wallboard.

Therefore, the range of the installation height of the wallboard is effectively enlarged through the structure of multi-stage lifting, the size is not huge, and the wallboard can be suitable for various installation places. The rubber crawler-type travelling mechanism is adopted to improve the trafficability of the intelligent installation equipment, so that the intelligent installation equipment is more flexible in steering and travelling, the grounding ratio is reduced, and the damage to the ground can be effectively avoided. The utility model innovatively adopts the electro-hydraulic push rod as a lifting force source of the secondary lifting unit, and the electro-hydraulic push rod has the advantages that: 1, compact structure and simple maintenance; 2, the device can be started with a load and has an overload protection function; 3 can stop at any position in the specified stroke and is self-locked; 4 push-pull force and speed are infinitely adjustable; 5, sensitive action, stable operation, accurate stroke control and the like. These characteristics of electricity liquid push rod can be fine satisfy wallboard intelligence erection equipment's work needs, consequently especially adapted lifting usage that is used for wallboard intelligence erection equipment. The aligning mechanism provided by the utility model can effectively adjust the positions and angles of the wallboard in multiple directions, so that the wallboard can be corrected more quickly when a position error occurs in the process of installing the wallboard. Other products can only carry one wallboard each time, and the goods carrier provided by the utility model can carry 6-10 wallboards, so that the number of times of reciprocating between an installation place and a material stacking place after the installation is finished is reduced, and the installation efficiency is improved.

In specific implementation, the rotary lifting mechanism 4 in the above-mentioned intelligent wallboard installation device can be specifically set to include:

a rotating track, a DC torque motor, a first micro DC speed reducing motor, a gear, a steel wire rope and a reel, wherein,

the rotating track is fixedly arranged between the top end of the vertical type electro-hydraulic push rod and the top end of the primary lifting unit 5, a first miniature direct-current speed reducing motor is fixedly arranged on the rotating track, an output shaft of the first miniature direct-current speed reducing motor is meshed with the top end of the vertical type electro-hydraulic push rod through a gear, and the rotating track is driven to horizontally rotate around the top end of the vertical type electro-hydraulic push rod through gear meshing in the operation process of the first miniature direct-current speed reducing motor;

the guide wheel is installed behind the rectangular shape guide rail frame of one-level lifting unit 5, the guide wheel embedding inside the swivel rail, by reel, wire rope and the direct current torque motor drive that establish on the swivel rail and along swivel rail vertical motion, promote one-level lifting unit.

Therefore, a gear mounted on an output shaft of the miniature direct current speed reducing motor fixed on the rotary rail is meshed with a gear fixed on the top end of the electro-hydraulic push rod, a guide wheel is mounted behind a vertical plate of the primary lifting unit and can be assembled into a guide rail of the rotary rail, a direct current torque motor mounted on the rotary rail is provided with a winding wheel, and a steel wire rope on the winding wheel is fixed on the vertical plate. The rotary rail can rotate around the electro-hydraulic push rod level under the drive of miniature direct current gear motor meshing gear to can drive the anchor clamps level and rotate, and then angle of adjustment is in order to reach the effect that lets the wallboard be on a parallel with the vertical face of installation, plays certain effect of adjusting well. When the direct current torque motor installed on the rotating track works, the reel rotates to enable the whole first-stage lifting unit to vertically move along the track of the rotating track through the steel wire rope, and therefore the lifting effect on the first-stage lifting unit is achieved.

For more accurately adjusting the mounting position of wallboard, still can further in this application under some implementation, adjust between the slider of arm 7 and one-level lifting unit 5 front side well in the second grade and add the tertiary unit 8 of adjusting well that has following structure:

a gear box 62, the rear end of which is fixedly arranged at the front side of the slide block of the primary lifting unit 5 through a fixing bolt 61;

a second micro dc reduction motor 63 which is provided at the front end of the gear box 62 and is fixedly provided at the upper portion of the mounting plate 11, and an output shaft of the second micro dc reduction motor 63 is connected to a driving gear inside the gear box 62 to drive the driving gear to operate;

and the driven gear is arranged inside the gear box 62, is meshed with the driving gear, is fixedly connected with the telescopic plate 10 of the mounting plate 11 through a connecting rod in the axial direction of the driven gear, and drives the second-stage alignment mechanical arm and the clamp 6 connected with the front end of the second-stage alignment mechanical arm to rotate in a vertical plane for clamping the wallboard through relative rotation between the driving gear and the driven gear.

From this, the unit is adjusted well to the tertiary by the gear, miniature direct current gear motor 63, gear box 62, the output shaft is constituteed, the casing passes through fixing bolt 61 to be fixed on the elevator, two meshing gears are equipped with in casing inside, miniature direct current gear motor 63 and output shaft are connected respectively to two gears, the unit is adjusted well to the second is being connected to the output shaft, the gear box is constituteed with axle and gear to the gear box shell, when motor during operation, the gear transmits rotary motion for the output shaft, so can accomplish and carry out rotatory effect with anchor clamps and the wallboard above on vertical plane, thereby accomplish and adjust well work.

Consider that the fixture of wallboard intelligence erection equipment of this application mainly is responsible for snatching and the fixed work to the wallboard, its different length that need adapt to different kind wallboards, width, height size. In order to better fix wallboards with different sizes, the clamp of the clamping mechanism of the intelligent mounting equipment has adjustability, and ensures that the clamping mechanism has sufficient clamping force to ensure the operation safety. Thus, the present application further contemplates that the fixture mechanism of the wallboard intelligent installation apparatus is comprised of a lower riser 65, an upper riser 66, a pan plate 67, a front plate 69, and a power ram 68. The lower riser 65 is used to connect the arm of the intelligent mounting device to the rest of the fixture. The upper part of the lower vertical plate 65 is provided with a vertical track, the upper vertical plate 66 can vertically move on the vertical track, and a friction plate is arranged on the inner side of the upper vertical plate 66 and the front plate 69, so that the friction plate and the friction plate of the front plate can provide vertical upward friction force when the wallboard is fastened. The upper vertical plate 66 is connected on the track of the lower vertical plate 65, the size of the clamp in the vertical direction can be adjusted through the vertical movement of the lower vertical plate along the track, and the clamp can be more smoothly withdrawn from the installation position through the movement of the upper vertical plate after the wallboard is installed. The upper end of the upper riser is provided with a horizontal track to mount two translational plates 67. Two translation plates 67 mounted on the upper riser rails can move back and forth horizontally along the rails and achieve the effect of changing the clamping size of the clamp in the horizontal direction by changing the positions of the translation plates. The upper part of the translational plate is provided with an electric push rod 68 and a section of track, the other end of the electric push rod 68 is fixed on the front plate, the front plate can horizontally move along the track longitudinally under the action of the electric push rod, one surface of the front plate is provided with a friction material, and when the electric push rod is tightened, the front plate and the lower vertical plate are close to each other, so that the effect of fixing the wallboard is achieved.

Wherein, down riser 65 can set up the long slab structure that extends to the level, and its middle part and the front end fixed connection of expansion plate 10, down riser 65 equally can set up the long slab structure that extends to the level and from this through setting up its both ends respectively in the left and right sides of expansion plate 10, will vertical track setting is at the middle part upside of riser down, with the middle part and the vertical track connection of last riser 66, and the rear end face of riser 65 reciprocates along vertical track on the riser down under the laminating of the preceding terminal surface of last riser 66, and further will flat plate 67 is installed respectively at last riser top both ends to connect electric putter 68 and front bezel 69 respectively through two sets of flat plates 67, realize the centre gripping to the wallboard of different widths.

Under preferred implementation, the lifting mechanism of the intelligent wallboard mounting device of the present application comprises two units, namely, a first-stage lifting unit and a second-stage lifting unit. The first-stage lifting unit 5 is a lifting mechanism close to the fixture, and when the fixture descends to a proper position to grab the wallboard and the installation height is lower, the first-stage lifting unit is mainly used for lifting and lowering the fixture. The secondary lifting unit 3 performs lifting work when the height reached by the primary lifting unit is not enough for installation height. The primary lifting unit 5 is a belt type lifting mechanism, and consists of a strip-shaped guide rail frame, a sliding block, a belt clamp, a lifting belt and a direct current torque motor. One side of the guide rail frame is provided with a guide rail, the sliding block can vertically move along the guide rail, is also fixed on the belt through a belt clamp, and can be used for installing the third aligning unit on the sliding block. The motor transmits power to the belt, so that the lifting effect of the vertical up-and-down movement of the sliding block is driven. The second-stage lifting unit works when the first-stage lifting height is not enough, the main body of the second-stage lifting unit is a vertically-placed vertical electro-hydraulic push rod, the vertical electro-hydraulic push rod is fixed on the first-stage alignment trolley through a positioning bolt, and the top end of the second-stage lifting unit is connected with the first-stage lifting unit through a rotary rail. The during operation only need start-up electricity liquid push rod can drive the wallboard and rise, and electricity liquid push rod has the good reliability, can take advantages such as load start-up, has promoted intelligent erection equipment work security nature greatly.

Meanwhile, the aligning mechanism of the intelligent wallboard mounting device comprises three aligning units. The first-stage alignment unit consists of a track arranged on the machine body and a trolley with a second-stage lifting unit fixed above the machine body, the trolley is provided with a direct-current servo motor and can move along the track under the action of the motor, and the part of rough alignment of the intelligent installation equipment can work through the movement of the trolley. The second is that intelligent erection equipment installs the arm of anchor clamps, and the arm comprises mounting panel 11, telescopic link 64, expansion plate 10 and go-between, and all parts are installed on the mounting panel, and the expansion plate can be under the promotion of telescopic link along the rail mounted on the mounting panel removal, and the one end coupling jig of expansion plate so alright realize the function of adjustment anchor clamps position, and the go-between can be in the same place the output shaft of unit with the third output shaft of adjusting well with the mounting panel.

Consider the complicated danger of wallboard intelligence erection equipment operational environment, this application promotes its running gear's trafficability characteristic and reliability through rubber track structure. The running gear of wallboard intelligence erection equipment adopts whole platform truck walking to be track structure to obtain more even ground pressure, improve adhesion property. The running mechanism comprises a driving wheel, a tension wheel, a thrust wheel, a riding wheel, a tension buffer device and a rubber track. The problem of damage to the road surface when the crawler passes through can be effectively solved if intelligent for erection equipment rubber track, frictional force can also be increased simultaneously.

Consider wallboard intelligence erection equipment operation environment itself, consequently, this application still further selects its shell material for the material that has sufficient strength is in order to protect inside components and parts, prevents that intelligence erection equipment control system components and parts from receiving the damage. And in order to guarantee that the unit can steady operation is adjusted well to the one-level, this application still installs two tracks on the organism, sets up the dolly of adjusting well the mechanism and can adjust wallboard mounted position along track parallel translation. The rear part above the machine body is provided with a loading rack for carrying the wallboard, and the inner space of the machine body is used for placing and installing electrical elements so as to provide a protection effect for the electrical elements.

Therefore, the wallboard can be firstly carried by the intelligent installation equipment to move to an installation area, the clamping mechanism is enabled to reach a proper position by adjusting the rotary lifting mechanism and the alignment mechanism, then the clamp is tightened to clamp the wallboard, then the rotary lifting mechanism is firstly used for carrying out primary lifting on the first-stage lifting unit together with the wallboard, then the first-stage lifting unit is used for lifting the wallboard to a specified height (when the first-stage lifting height is insufficient, the second-stage lifting unit can be continuously used for further lifting), the rotary motor of the rotary lifting mechanism works to drive the clamping mechanism and the wallboard to horizontally rotate 180 degrees after the wallboard reaches the specified height, so that the wallboard initially reaches the installation position, then the rotary motor of the third alignment unit connected with the clamping mechanism works to enable the wallboard to rotate ninety degrees from the horizontal state to the vertical state, and then other alignment mechanisms work and adjust to enable the wallboard to further meet the installation position, and finally, loosening the clamp and withdrawing, and restoring each mechanism to an initial state to finish one-time installation.

The utility model provides a wallboard intelligence erection equipment can accomplish wallboard centre gripping, transport, upset, wallboard among the wallboard installation and erect and highly lift work such as, alleviates workman's burden greatly. The utility model has the advantages of large installation range, high safety, strong reliability, accurate installation, flexible movement, convenient operation and the like, can be used for installing wallboards with various sizes and can be used in various installation places.

The above are merely embodiments of the present application, and the description is specific and detailed, but not construed as limiting the scope of the present application. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the protection scope of the present application.

Claims

1. An intelligent erection equipment with adjustable installation scope, its characterized in that includes:

a traveling mechanism (1);

a load carrier (9);

the primary aligning unit (2) comprises a track arranged along the surface of the horizontal platform and an aligning trolley moving along the track and is used for preliminarily adjusting the wallboard aligning and mounting area clamped by the intelligent wallboard mounting equipment;

the second-stage lifting unit (3) is vertically arranged on the alignment trolley of the first-stage alignment unit (2) and comprises a vertical electro-hydraulic push rod fixed on the alignment trolley through a positioning bolt, and a rotary lifting mechanism (4) is arranged at the top end of the vertical electro-hydraulic push rod;

the top end of the first-stage lifting unit (5) is connected with a rotary lifting mechanism (4) of the second-stage lifting unit (3), the first-stage lifting unit (5) is arranged on the front side of the second-stage lifting unit (3) and extends upwards or retracts downwards along with a vertical electro-hydraulic push rod to move up and down relatively aligned with the trolley, a strip-shaped guide rail frame is further arranged on the front side of the first-stage lifting unit (5), a lifting belt is arranged in the strip-shaped guide rail frame, a sliding block is fixed on the lifting belt, and the sliding block is driven by the lifting belt to move up and down along the strip-shaped guide rail frame;

arm (7) are adjusted well to the second grade, its rear end and slider fixed connection, and the level setting includes at the front side of one-level lifting unit (5) the arm is adjusted well to the second grade: the telescopic plate comprises a horizontally arranged mounting plate (11), a mounting plate rail arranged on the mounting plate, a telescopic plate (10) connected to the mounting plate rail and a telescopic rod (64) connected between the telescopic plate and the mounting plate, wherein the telescopic plate (10) is driven by the telescopic rod (64) to horizontally move back and forth relative to the mounting plate (11) along the mounting plate rail;

and the clamp (6) is fixedly connected to the front end of the expansion plate (10).

2. The mounting range adjustable smart mounting apparatus of claim 1, wherein the rotary lifting mechanism (4) comprises: a rotating track, a DC torque motor, a first micro DC speed reducing motor, a gear, a steel wire rope and a reel, wherein,

the rotating track is fixedly arranged between the top end of the vertical electro-hydraulic push rod and the top end of the primary lifting unit (5), a first miniature direct-current speed reducing motor is fixedly arranged on the rotating track, an output shaft of the first miniature direct-current speed reducing motor is meshed with the top end of the vertical electro-hydraulic push rod through a gear, and the rotating track is driven to horizontally rotate around the top end of the vertical electro-hydraulic push rod through the meshing of the gear in the operation process of the first miniature direct-current speed reducing motor;

the guide wheel is installed behind the rectangular shape guide rail frame of one-level lifting unit (5), the guide wheel embedding inside the swivel rail, by the drive of reel, wire rope and the direct current torque motor that establish on the swivel rail and along swivel rail vertical motion, promote one-level lifting unit.

3. The mounting range adjustable intelligent mounting device as claimed in claim 1, wherein a third-stage alignment unit (8) is further arranged between the second-stage alignment mechanical arm (7) and the slide block on the front side of the first-stage lifting unit (5).

4. The intelligent installation apparatus with adjustable installation range according to claim 3, wherein the three-stage aligning unit (8) comprises:

the rear end of the gear box (62) is fixedly arranged on the front side of the sliding block of the primary lifting unit (5) through a fixing bolt (61);

a second micro direct current speed reducing motor (63) which is arranged at the front end of the gear box (62) and is fixedly arranged at the upper part of the mounting plate (11), and an output shaft of the second micro direct current speed reducing motor (63) is connected with a driving gear inside the gear box (62) and drives the driving gear to rotate;

and the driven gear is arranged inside the gear box (62), is meshed with the driving gear, is fixedly connected with the expansion plate (10) of the mounting plate (11) through a connecting rod in the axis direction, and drives the second-stage alignment mechanical arm and the clamp (6) connected with the front end of the second-stage alignment mechanical arm to rotate in a vertical plane for clamping the wallboard through relative rotation between the driving gear and the driven gear.

5. The intelligent installation device with the adjustable installation range of claim 1, wherein in the primary lifting unit (5), the lifting belt is driven by a direct-current torque motor to operate, and the sliding block is fixed on the front side of the lifting belt by a belt clamp and is in sliding connection with the elongated guide rail frame.

6. The mounting range adjustable smart mounting apparatus of claim 1,

the walking mechanism (1) is arranged at the bottom of the intelligent wallboard mounting equipment and is driven by the crawler to move.

7. The mounting range adjustable smart mounting apparatus of claim 1,

the goods carrying rack (9) is arranged above the travelling mechanism (1) and comprises a horizontal platform and a balancing weight arranged above the front part of the horizontal platform; the primary alignment unit (2) is arranged at the rear side of the horizontal platform of the goods carrying rack (9).

8. The mounting range adjustable smart mounting apparatus of claim 1, the clamp comprises a lower vertical plate (65), an upper vertical plate (66), a translation plate (67), a front plate (69) and an electric push rod (68), the rear side of the bottom of the lower vertical plate (65) is fixedly connected with the front end of the expansion plate (10), a vertical track is arranged on the upper side of the lower vertical plate (65), the upper vertical plate (66) is vertically installed on the upper side of the lower vertical plate (65) along the vertical track, the upper vertical plate (66) vertically moves relative to the lower vertical plate (65) along the vertical track, a horizontal moving plate (67) is horizontally arranged at the top of each of the two ends of the upper vertical plate (66), an electric push rod (68) is horizontally arranged on the horizontal moving plate (67), the front end of the electric push rod (68) is connected with the top of the front plate (69), and the electric push rod (68) drives the front plate (69) to move back and forth relative to the upper vertical plate (66) along the horizontal direction so as to clamp or release the wallboard;

the middle part of riser (65) and the front end fixed connection of expansion plate (10) down, the both ends of riser (65) are located the both sides of expansion plate (10) respectively down, vertical track sets up the middle part upside of riser under, goes up the middle part and the vertical rail connection of riser (66), and the rear end face of riser (65) reciprocates along vertical track on the riser down under the preceding terminal surface laminating of last riser (66), flat movable plate (67) is including installing respectively at two sets of at last riser top both ends, still is connected with electric putter (68) and front bezel (69) on each flat movable plate (67) of group respectively for the centre gripping wallboard.