CN205348699U - Wall floor construction auxiliary system - Google Patents

Abstract

The utility model provides a wall floor construction auxiliary system mainly includes perpendicular main shaft base member, horizontal support arm and each function operation head. This system regards as the parent with perpendicular main shaft base member and horizontal support arm, can realize the construction auxiliary system of different processes according to the operation head of installation on the parent, each function operation head constructs including cement mortar ground leveling mechanism, ceramic tile paving machine, cement mortar wall leveling mechanism, and ground burnishing and polishing mechanism, the cement mortar solutioning machine constructs. The utility model discloses the system is applicable to the flattening on indoor cement mortar wall ground, and the ceramic tile is spread and is pasted, polishes and polishing operations. Have the roughness accuracy, the quality is light and handy, and the operation is simple and easy, carries convenient advantage. Can effectively reduce because of workman's identification of skill hangs down the indoor construction problem who brings, reach to alleviate intensity of labour, improve work efficiency's beneficial effect.

Description

A kind of wall ground construction aid system

Technical field

This utility model belongs to building machinery field, relates to a kind of wall ground construction aid system.

Background technology

Development along with mechanical automation, building engineering construction operation is also in continuous mechanization, although most subitem project has corresponding mechanized equipment, but this type of engineering mechanical device is mainly for the subitem project of big workload and large area operation at present, thus there has been a problem: unit are is little, the subitem project that society's total amount is very big is still in original manual work, such as wall ground leveling, (large area screed operation has the plant equipment such as laser leveling machine and completes for paving and polishing, but still cannot being assisted by plant equipment of little area).Its main cause has two, and one is that this type of engineering mechanical device involves great expense, and bulky, weight is huge, and little area working performance is low；Two be floor tile and stone material paving maneuver also always based on dry-laid method (dry-laid work flow is that half-dried cement mortar is paved > fill water mud > paving thing bottom surface scrapes water mud > paving > rubber hammer strikes reality), whole flow process cannot use do mechanization operation.

Dry-laid method is under mechanical equalization, artificial enforcement can only be relied on, therefore the experience of workmen and technology directly affects the quality of job engineering, and workmen's technology is uneven in reality, thus causing paving quality poor stability, construction speed is slow, and the levelling labor intensity of paving subitem own is big, poor working environment, human cost is more and more higher, if therefore there being a kind of plant equipment can quickly improve the stability of quality, and do not rely on experience and the technology of workmen, the quality standard of each construction link is met completely by mechanization, easily, fast fulfil assignment, that is by the benefit that social creativity is very big.

Summary of the invention

Based on above-mentioned Problems existing, by the links of conventional wet laid process is standardized regular, reach each link can do mechanization operation, thus replacing many drawbacks of conventional dry laid process.This utility model device is to be designed according to the flow process of wet-laid process after optimizing, it is possible to by floor leveling and paving complete mechanical, reduces labor intensity, improves construction quality.

The technical solution of the utility model is as follows:

Wall ground construction aid system includes: vertical major matrix, lateral arms and operation head, described lateral arms head end is connected with vertical major matrix, lateral arms is by single-unit or more piece mounting arm association, lateral arms can be stretched in the horizontal direction, and can realize 360 degree around vertical major matrix and rotate at any angle；Described operation head is connected with lateral arms end, and the lifting module of operation head can realize the vertical lift of operation head.

Preferably, described vertical major matrix is divided into upper and lower two parts, the first half is made up of many size axis, jointing and lifting module, can realizing oscilaltion and rotation, the many size axis of many groups are fixed on jointing respectively through jointing snap fastener, and lifting module is contained in uppermost jointing center, lifting module is made up of motor, elevating screw thread bar, being driven by motor, thus driving elevating screw thread bar rotation and lifting, elevating screw thread masthead end is equipped with upper bearing (metal) Omnidirectional rotation mechanism；

The latter half is made up of many size axis, jointing and lower bearing Omnidirectional rotation mechanism, and many size axis are spliced to form by union joint by upper and lower two different length hollow axles；Many size axis connect and compose entirety by jointing, and are fixed on together in lower bearing Omnidirectional rotation mechanism, and spirit level horizontal is arranged on jointing, demarcates button and is fixed in many size axis, for fixed lateral support arm head end；

The upper and lower two-part many size axis of vertical major matrix interconnect.

Preferably, described lateral arms is made up of multiple joints, rotary joint, support axle, leveling transposition traversing carriage, each joint is made up of upper and lower two groups of pipe arms, pipe arm two ends are connected with rotary joint, upper and lower two rotary joints connect by supporting axle, supporting axle bottom nesting leveling transposition traversing carriage, leveling transposition traversing carriage can stretch up and down, for the vertical calibrating of the mobile support of package unit and vertical major matrix；Leveling transposition traversing carriage bottom connects universal wheel, and the rotary joint of lateral arms head end is fixed on vertical major matrix；A whole set of lateral arms can freely be stretched, and can return the width building up one group of joint in multiple joints, reduces packaging space.

Further, described operation head includes cement mortar surface flattening mechanism, floor tile paving mechanism, cement mortar wall surface leveling mechanism, ground sanding and polishing mechanism and cement mortar solutioning machine structure；Wherein said cement mortar surface flattening mechanism, floor tile paving mechanism, cement mortar wall surface leveling mechanism, ground sanding and polishing mechanism can rotation dismounting, be fixed on the end of described lateral arms during installation；Described cement mortar solutioning machine structure is fixed on vertical major matrix.

Preferably, described cement mortar surface flattening mechanism is formed by lifting module, pulp device, leveling head, pulp adjustor, vibrator, laser instrument, operation handle and controller；Lifting modules nests is in the support axle of described lateral arms end, and pulp device is fixed on lifting module lower end, and operation handle is connected to the upper end of pulp device, controls moving horizontally of whole operation head；Pulp device and leveling head are by guide rail clamping；Laser instrument is fixed on both sides, pulp device upper end by draw-in groove, is respectively facing both sides；Vibrator is fixed in leveling head, by the micro-vibration of leveling head so that cement mortar is consolidation more；Controller is arranged on operation handle, control the lifting of lifting module, the output speed of mud and vibrator start and stop, described pulp device stock inlet is three-port structure, a port input, exports about two ports, pulp device bottom is provided with the aperture for cement mortar output, described aperture and the aperture one_to_one corresponding in leveling head, by the size of the final pulp aperture of pulp adjustor scalable, pulp device is disassembled with leveling head.

Preferably, described floor tile paving mechanism is formed by lifting leather hose, paving grabber, level measuring device, operation handle and controller；Lifting leather hose is fixed on described lateral arms end, and operation handle is fixed on the lower end of lifting module, controls movement and the rotation of total；Paving grabber is made up of rotary handle, suction cup carrier, sucker；Controller controls the lifting of paving grabber, the crawl of floor tile and release；Level measuring device is fixed in suction cup carrier, for the aliging of horizontal and vertical Loft Line, adjust the neat and smooth of floor tile.

Preferably, described cement mortar wall surface leveling mechanism is made up of guide rail, pulp device, leveling head, base；Guide rail is fixed in lateral arms, and base is fixed on guide rail end；Leveling head is nested in guide rail, lifting steel cable hold, and lifting steel cable is moved by motor driven belts dynamic lifting steel cable, thus driving leveling head to move up and down.

Preferably, described cement mortar solutioning machine structure by guide rail, scrape slurry device and controller form；Guide rail is fixed on vertical major matrix, scrapes slurry device and is fixed on guide rail, drives steel cable to realize scraping up and down the movement of slurry device by motor；Scrape slurry device by sizer, pulp device, scrape slurry head and form, sizer is embedded in pulp device two ends, can be inside and outside mobile, equipped with clamping steamboat on sizer, is used for fixing ceramic tile；

Preferably, described ground sanding and polishing mechanism is by lifting module, and sanding and polishing head, operation handle and controller composition, lifting module and operation handle are connected on sanding and polishing head, and controller is arranged on operation handle.

This utility model system is the plant equipment for wall ground construction, mainly includes vertical major matrix, lateral arms and each function operation head.Vertical major matrix and lateral arms are combined into parent, can realize the construction aid system of different operation according to the operation camera function installed on parent.Operation head is fixed on the end of lateral arms, carry out horizontally rotating movement centered by vertical major matrix, the telescopic advance lever carried by partial function operation head is adjusted to vertical height needed for wall ground, is finally guided location by laser head, is satisfied with the wall ground construction of the various occasions of indoor.Vertical major matrix can be gone up between lower support and floor or stand on ground, is made up of more piece different size, adapts to the requirement of different floor height, for instance: 3 joint main shafts of standard can be used for the floor of general about 3 meters；Vertical major matrix lifts module and is easy for adjustment and the fastening of last length, facilitate the use of device；For the floor of 3 meters, first selecting applicable main shaft, but main shaft cannot push up upper and lower two-layer, it is necessary to lifting module dynamically adjusts, lifting module is contained in uppermost jointing center, drives elevating lever to realize lifting by lifting the motor of module lower end.

Lateral arms is made up of single joint or multiple joint, can move end operation module flexibly, reach omnibearing job area under multi-joint.And each joint is made up of upper and lower two groups of pipe arms, and there is leveling transposition traversing carriage, meet the requirement of strength of the lateral arms of elongation.

Accompanying drawing explanation

Fig. 1 is the overall diagram of cement mortar surface of the present utility model leveling system；

Fig. 2 is the schematic diagram of vertical major matrix of the present utility model；

Fig. 3 is the schematic diagram of lateral arms of the present utility model；

Fig. 4 is the schematic diagram of cement mortar surface flattening mechanism of the present utility model；

Fig. 5 is the overall diagram of cement mortar wall surface leveling system of the present utility model；

Fig. 6 is the schematic diagram of cement mortar of the present utility model wall surface leveling mechanism；

Fig. 7 is the overall diagram of ground of the present utility model sanding and polishing system；

Fig. 8 is the schematic diagram of ground sanding and polishing mechanism of the present utility model；

Fig. 9 is the overall diagram of floor tile paving system of the present utility model；

Figure 10 is the schematic diagram of floor tile of the present utility model paving mechanism；

Figure 11 is the schematic diagram of cement mortar solutioning machine structure of the present utility model；

Figure 12 is the schematic diagram of the vertical major matrix calibration process in this utility model system；

Figure 13 is the schematic top plan view of the vertical major matrix calibration process in this utility model system.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, the preferred embodiments of this utility model wall ground construction aid system is described in further detail.

Refer to Fig. 1, the cement mortar surface leveling system of the better embodiment formed by the combination of cement mortar surface flattening mechanism operation head includes vertical major matrix 100, lateral arms 200, cement mortar flattening mechanism 300, lateral arms 200 is fixed on vertical major matrix 100 can with main shaft rotary motion, cement mortar flattening mechanism 300 is fixed on lateral arms 200 end, rotates freely telescopic moving by lateral arms 200.

Consult Fig. 2, vertical major matrix 100 includes lower bearing Omnidirectional rotation mechanism 101, many size axis 105,107, jointing 111 117, lifting module, level indicator 102, upper bearing (metal) Omnidirectional rotation mechanism 110 and demarcate and buckle 103, many size axis 105 are by multiple jointings 114,115,116,117 locking composition spindle main body lower half, many size axis 107 are by multiple jointings 111,112, the 113 locking composition spindle main body first halves, bottom jointing 118 is fixed with lower bearing Omnidirectional rotation mechanism 101；Lower bearing Omnidirectional rotation mechanism 101 is made up of pressure bearing, base；Many size axis 105 are spliced to form by union joint 104 by upper and lower two different length hollow axles；Middle two jointings 114,115 are for connecting the initial joint 201 of lateral arms 200, and following two jointing 116,117 is for connecting the symmetrical joint below, initial joint 201 of lateral arms 200；Lifting module is by motor 106, and elevating lever 108,109 forms, and motor 106 and elevating lever 108 are separately fixed on uppermost jointing 113 and 111.Make vertical major main body can realize rotary motion by the combined effect of upper bearing (metal) Omnidirectional rotation mechanism 110 and lower bearing Omnidirectional rotation mechanism 101.

In current building engineering construction operation, subitem project for big workload and large area operation, there is special engineering plant equipment (such as laser leveling machine etc.) to carry out operation, but this type of large-area operation has accounted for the ratio of building engineering construction operation less than 30%.Most building engineering construction operation is that the unit ares such as office building, hospital, school are little, the subitem project that society's total amount is very big, the construction of this intermediate item is still difficult to use engineering mechanical device, still in original manual work, such as wall ground leveling, (large area screed operation has the plant equipment such as laser leveling machine and completes for paving and polishing, but this type of engineering mechanical device involves great expense, bulky, weight is huge, little area working performance is low, still cannot being assisted by plant equipment of little area).

Lateral arms of the present utility model can carry out 360 ° of rotations around vertical major matrix, and lateral arms is collapsible or extends, and each joint of lateral arms can rotate itself.Therefore looking construction site needs, lateral arms may be designed to the length of several meters to tens of meters, covers construction operation place.Wall ground construction aid system of the present utility model can solve the subitem projects that construction site is complex, unit are is little, social total amount is very big such as office building, hospital, school, has the great scope of application, benefit that can be very big to social creativity.

Consulting Fig. 3, lateral arms 200 includes multiple joint 201,203,205, end support pipe 208 and end support axle 209, described each joint is made up of upper and lower two groups of pipe arms, pipe arm two ends and rotary joint 202,204,207 connect, and upper and lower two rotary joints are connected by vertical support axle, vertical support axle bottom nesting leveling transposition traversing carriage 210,211,213, leveling transposition traversing carriage can stretch up and down, for the vertical calibrating of the mobile support of package unit and vertical major matrix；Leveling transposition traversing carriage bottom connects universal wheel, and the rotary joint of lateral arms head end is fixed on vertical major matrix；A whole set of lateral arms can freely be stretched, and can return the width building up one group of joint in multiple joints, reduces packaging space.

Preferably, any one joint bracing frame 213 all can be installed between two pipe arms up and down, bracing frame 213 is X-type structure, can strengthen the mechanical strength in joint.

Consulting Fig. 4, cement mortar surface flattening mechanism 300 is made up of lifting module 301, pulp device 304, leveling head 310, vibrator 307, laser instrument 311, operation handle 302 and controller 303.Lifting module 301 is fixed in the support axle 207 of lateral arms 200 end, and pulp device 304 is connected to lifting module 301 end, and operation handle 302 is integrally fixed at pulp device upper end, and pulp device 304 is fixed in leveling head 310 by locking head 308；Stock inlet 312 is a three-way device, is connected with outside mud delivery outlet 313 flatly；Fixing motor 305 in leveling head 310, position wheel 306 that motor head is installed drives pulp device 304 to translate along with guide rail 309；Vibrator 307 is fixed in leveling head 310, and laser instrument 311 is fixed on pulp device 304, and direction is respectively facing the both sides of pulp device 304.

Consult Fig. 5, the cement mortar wall surface leveling system of the better embodiment formed by the operation head combination of cement mortar wall surface leveling mechanism is made up of cement mortar wall surface leveling mechanism 400, lateral arms 200 and vertical body matrix 100, and cement mortar wall surface leveling mechanism is fixed in lateral arms 200.

Consulting Fig. 6, cement mortar wall surface leveling mechanism 400 includes guide rail 402, leveling head 403, base 404, controller 406 and control line 405；Guide rail 402 is fixed in lateral arms 200, and base 404 is fixed on guide rail 402 end by check lock lever 401；Leveling head 406 is nested in guide rail 402, lifting steel cable hold, and lifting steel cable is driven drive lifting steel cable to move by motor 407, thus driving leveling head 406 to move up and down；

Consult Fig. 7, the operation head combination of ground sanding and polishing mechanism the ground sanding and polishing system of the better embodiment formed is made up of main base 100, lateral arms 200 and ground sanding and polishing mechanism 500；Ground sanding and polishing mechanism 500 is fixed on the end rotary joint of lateral arms 200；

Consulting Fig. 8, ground sanding and polishing mechanism 500 is by lifting module 501, sanding and polishing head 504, and operation handle 503 and controller 502 form, and lifting module 501 and operation handle 503 are connected on sanding and polishing head 504, and controller 502 is arranged on operation handle 503.Sanding and polishing head 504 needs to change according to operation, selects grinding head when for polishing operation, selects rubbing head during polishing operation.

Consult Fig. 9, floor tile paving mechanism and cement mortar solutioning machine structure operation head combine the floor tile paving system of the better embodiment formed and be made up of main base 100, lateral arms 200, floor tile paving mechanism 600 and cement mortar solutioning machine structure 700；Floor tile paving mechanism 600 is fixed on lateral arms 200 end；Cement mortar solutioning machine structure 700 is fixed on the jointing of main base 100；

Consulting Figure 10, floor tile paving mechanism is formed by lifting leather hose 603, paving grabber, level measuring device 607, operation handle 605 and controller；Lifting leather hose 603 is fixed on lateral arms 200 end by hanging head 601, and there is air inlet pipe 602 lifting leather hose 603 upper end, and lifting leather hose 603 lower end is by giving vent to anger 601, and giving vent to anger 601 connects external hoses and be connected to suction cup carrier；Paving grabber is by rotary handle 607, and suction cup carrier 609, sucker 608 form, and rotary handle 607 controls suction cup carrier 609 and rotates；Level measuring device 610 is made up of horizontal vertical multi-angle laser device, for horizontal survey；Level measuring device 610 is fixed in suction cup carrier 609, and operation handle 605 lower end switchs 606 equipped with Air Valve Control, controls to capture and release；

Consult Figure 11, cement mortar solutioning machine structure by guide rail 701, scrape slurry device 705, motor 708 and controller 712 form, and scrape slurry device 705 and are fixed on guide rail 701 by fixed mount 711, motor 708 steel cable driven realizes oscilaltion；Scraping slurry device 705 by entering slurry 710, sizer 704, scraping slurry 706, pulp device 705, mortar box 709 forms, the adjustment plate at sizer 704 respectively two ends, left and right, can adjust according to ceramic tile size；Scrape slurry 706 and have the sawtooth that a row is neat；Scrape slurry 706 to be fixed on pulp device 705；

Consult Figure 12 and Figure 13, vertical major matrix vertical calibrating process instance figure, lateral arms 200 supports axle 207 and is fixed to the demarcation button 103 connection locking of vertical major matrix, on first joint and second joint, ground is withstood in leveling transposition traversing carriage elongation, by checking the level indicator 102 on vertical major matrix, adjust corresponding leveling, the elongation of transposition traversing carriage, its elongation process is driven by motor internal, such as level indicator display lateral arms direction is on the low side, then two leveling of elongation, transposition traversing carriage, otherwise, then shorten leveling, transposition traversing carriage.

Preferred example of the present utility model will be used in Practical Project below and be described further:

This utility model system is mainly by vertical major matrix, lateral arms and various operation head composition, and actual wall ground construction process will relate to multiple working procedure, and below for ground construction, order is ground leveling successively, floor tile paving.Involved system includes cement mortar surface leveling system, floor tile paving system and small-sized mortar conveyer (joining outward).

In this utility model system, vertical major matrix has mainly been connected by jointing, and this jointing can quickly assemble and disassemble, vertical major matrix after disassembling will be size axis more than a group, these axles have individual feature, pipe axle external diameter above is few with following pipe axle difference in internal diameters, and upper facial canal axle may be inserted in lower facial canal axle；Lateral arms is connected joint by rotary joint and constitutes, and the first joint and the 3rd joint are equivalently-sized, and second joint and the 3rd joint are equivalently-sized, it is possible to inflection forms a rectangle.Therefore this utility model system actually used middle will be packed by engineering box, its size is height about 1 meter.

Execute-in-place step:

1. opening engineering box, all accessories are neat at interior display, first assemble vertical body matrix, the axle of corresponding length is selected according to floor height, spliced by union joint, used jointing to form entirety by fixing for size axis more than three groups, finally complete vertical major matrix as shown in Figure 2；

2. lateral arms need not assemble, and entirety is taken out, and launches as it is shown on figure 3, be fixed on host matrix by the rotary joint of lateral arms front end, completes the apperance that lateral arms as shown in Figure 1 is fixed on vertical major matrix；

3. take out cement mortar surface flattening mechanism, lifted module and be fixed in the support axle of lateral arms end, the small-sized grout outlet of mortar conveyer is connected with the stock inlet of flattening mechanism simultaneously；

4. whole system is powered on, hold up, regulate the lifting module of vertical major matrix, support whole system；

5. control articulate leveling, transposition traversing carriage elongation, allow it prop up whole system；

6. the lifting module of decline vertical major matrix, unclamp vertical major matrix, hand steered vertical major matrix moves to job location, rise leveling, transposition traversing carriage, vertical major matrix base is allowed to land, continue go up the 4th joint leveling, transposition traversing carriage, by second joint and the first joint leveling, transposition traversing carriage and vertical major matrix supported at three point；

7. start the vertical calibrating of vertical major matrix, check level indicator on vertical major matrix, control the leveling of the first joint and second joint, transposition traversing carriage, level indicator is finally allowed to be up to the standard, then the lifting module of vertical major matrix is extended, withstand and keep the plumbness of vertical major matrix, rise leveling, transposition traversing carriage, whole system by vertical major substrate support；

8. finally carry out ground screed operation；

9., after completing ground screed operation, dismounting flattening mechanism is also carried out；

10. replacing floor tile paving mechanism, installs cement mortar solutioning machine structure；Proving operation is like above；

11. start paving operation after completing demarcation.

Although the foregoing describing detailed description of the invention of the present utility model, it will be appreciated by those of skill in the art that this is merely illustrative of, protection domain of the present utility model is defined by the appended claims.Those skilled in the art is under the premise without departing substantially from principle of the present utility model and essence, it is possible to these embodiments are made various changes or modifications, but these change and amendment each falls within protection domain of the present utility model.

Claims (9)

1. a wall ground construction aid system, it is characterised in that including:

Vertical major matrix；

The lateral arms that head end is connected with vertical major matrix, lateral arms is by single-unit or more piece mounting arm association, and lateral arms can be stretched in the horizontal direction, and can realize 360 degree around vertical major matrix and rotate at any angle；

The operation head being connected with lateral arms end.

2. a kind of wall ground construction aid system as claimed in claim 1, it is characterized in that described vertical major matrix is divided into upper and lower two parts, the first half is made up of many size axis, jointing and lifting module, oscilaltion and rotation can be realized, the many size axis of many groups are fixed on jointing respectively through jointing snap fastener, lifting module is contained in uppermost jointing center, lifting module is made up of motor, elevating screw thread bar, driven by motor, thus driving elevating screw thread bar rotation and lifting, elevating screw thread masthead end is equipped with upper bearing (metal) Omnidirectional rotation mechanism；

The latter half is made up of many size axis, jointing and lower bearing Omnidirectional rotation mechanism, and many size axis are spliced to form by union joint by upper and lower two different length hollow axles；Many size axis connect and compose entirety by jointing, and are fixed on together in lower bearing Omnidirectional rotation mechanism, and spirit level horizontal is arranged on jointing, demarcates button and is fixed in many size axis, for fixed lateral support arm head end；

The upper and lower two-part many size axis of vertical major matrix interconnect.

3. a kind of wall ground construction aid system as claimed in claim 1, it is characterized in that described lateral arms includes multiple joint, end support pipe and end support axle, described each joint is made up of upper and lower two groups of pipe arms, pipe arm two ends are connected with rotary joint, upper and lower two rotary joints are connected by vertical support axle, vertical support axle bottom nesting leveling transposition traversing carriage, leveling transposition traversing carriage can stretch up and down, for the vertical calibrating of the mobile support of package unit and vertical major matrix；Leveling transposition traversing carriage bottom connects universal wheel, and the rotary joint of lateral arms head end is fixed on vertical major matrix；A whole set of lateral arms can freely be stretched, and can return the width building up one group of joint in multiple joints, reduces packaging space.

4. wall ground construction aid system as claimed in claim 1 a kind of, it is characterised in that described operation head includes cement mortar surface flattening mechanism, floor tile paving mechanism, cement mortar wall surface leveling mechanism, ground sanding and polishing mechanism and cement mortar solutioning machine structure；Wherein said cement mortar surface flattening mechanism, floor tile paving mechanism, cement mortar wall surface leveling mechanism, ground sanding and polishing mechanism can rotation dismounting, be fixed on the end of described lateral arms during installation；Described cement mortar solutioning machine structure is fixed on vertical major matrix.

5. a kind of wall ground construction aid system as claimed in claim 4, it is characterised in that described cement mortar surface flattening mechanism is formed by lifting module, pulp device, leveling head, pulp adjustor, vibrator, laser instrument, operation handle and controller；Lifting modules nests is in the support axle of described lateral arms end, and pulp device is fixed on lifting module lower end, and operation handle is connected to the upper end of pulp device, controls moving horizontally of whole operation head；Pulp device and leveling head are by guide rail clamping；Laser instrument is fixed on both sides, pulp device upper end by draw-in groove, is respectively facing both sides；Vibrator is fixed in leveling head, by the micro-vibration of leveling head so that cement mortar is consolidation more；Controller is arranged on operation handle, control the lifting of lifting module, the output speed of mud and vibrator start and stop, described pulp device stock inlet is three-port structure, a port input, exports about two ports, pulp device bottom is provided with the aperture for cement mortar output, described aperture and the aperture one_to_one corresponding in leveling head, by the size of the final pulp aperture of pulp adjustor scalable, pulp device is disassembled with leveling head.

6. wall ground construction aid system as claimed in claim 4 a kind of, it is characterised in that described floor tile paving mechanism is formed by lifting leather hose, paving grabber, level measuring device, operation handle and controller；Lifting mould leather hose is fixed on described lateral arms end, and operation handle is fixed on the lower end of lifting leather hose, controls movement and the rotation of total；Paving grabber is made up of rotary handle, suction cup carrier, sucker；Controller controls the lifting of paving grabber, the crawl of floor tile and release；Level measuring device is fixed in suction cup carrier, for the aliging of horizontal and vertical Loft Line, adjust the neat and smooth of floor tile.

7. wall ground construction aid system as claimed in claim 4 a kind of, it is characterised in that described cement mortar wall surface leveling mechanism is made up of guide rail, pulp device, leveling head, base；Guide rail is fixed in lateral arms, and base is fixed on guide rail end；Leveling head is nested in guide rail, lifting steel cable hold, and lifting steel cable is moved by motor driven belts dynamic lifting steel cable, thus driving leveling head to move up and down.

8. wall ground construction aid system as claimed in claim 4 a kind of, it is characterised in that described cement mortar solutioning machine structure by guide rail, scrape slurry device and controller forms；Guide rail is fixed on vertical major matrix, scrapes slurry device and is fixed on guide rail, drives steel cable to realize scraping up and down the movement of slurry device by motor；Scrape slurry device by sizer, pulp device, scrape slurry head and form, sizer is embedded in pulp device two ends, can be inside and outside mobile, equipped with clamping steamboat on sizer, is used for fixing ceramic tile.

9. a kind of wall ground construction aid system as claimed in claim 4, it is characterized in that described ground sanding and polishing mechanism is by lifting module, sanding and polishing head, operation handle and controller form, lifting module and operation handle are connected on sanding and polishing head, and controller is arranged on operation handle.