CN208152613U

CN208152613U - One kind builds a building dismounting concrete wall automatic cutting carrier

Info

Publication number: CN208152613U
Application number: CN201820299935.8U
Authority: CN
Inventors: 李猛
Original assignee: Shaoxing Chi Chi Mdt Infotech Ltd
Current assignee: Shaoxing Chi Chi Mdt Infotech Ltd
Priority date: 2018-03-05
Filing date: 2018-03-05
Publication date: 2018-11-27
Anticipated expiration: 2028-03-05

Abstract

It builds a building dismounting concrete wall automatic cutting carrier the utility model relates to one kind, including running gear, electronic sliding block group, drilling equipment, cutter device and clamp device, the electronic sliding block group is mounted on the top of running gear, drilling equipment is installed on the front end of electronic sliding block group, cutter device is installed on the rear end of electronic sliding block group, clamp device is mounted on the top of running gear；The running gear wins in succession including walking top plate, four traveling wheels, rolling motor, rolling shaft, shaft, roller, push frame, pushes shovel and two support branches.Existing large labor intensity when the utility model can solve the cutting of existing concrete wall needs manually drill when fluting, slotting position of drilling are inaccurate, needs manually cut metope, cut metope to metope that dust is larger, wall block has the wall block after the hidden danger fallen, cutting that can not synchronize and carries out the problem such as carrying in cutting process.

Description

One kind builds a building dismounting concrete wall automatic cutting carrier

Technical field

The utility model relates to construction engineering technical field, in particular to one kind builds a building dismounting concrete wall certainly Dynamic cutting carrier.

Background technique

Concrete cutting refer to using the tools such as the mechanical, electrical dynamic dish saw of Hydraulic saw for wall or cutting machine to concrete component, Wall, etc. the construction technology cut, due to being equipped with reinforcing bar in concrete, so that concrete cutting difficulty is big, especially The metope cutting cutting difficulty of concrete is bigger.

When build a building need to remove when, can be carried out using automanual mode, first manually to metope to be cut It crosses, by metope according to being sized and dimensioned to different cutting regions, then fluting of drilling is carried out to the region of scribing line, it is then right Metope is cut, and metope is enabled to be cut into fritter, finally carries by the wall after cutting using hoist tool, this The problem of kind working method is primarily present as follows, heavy workload and large labor intensity, need manually to carry out fluting of drilling to metope, Slotting position of drilling is inaccurate, and the difficulty of slotting of drilling when metope is excessively high is big, needs manually to cut metope, when cutting metope Before dust is larger, and wall block has the hidden danger fallen in cutting process, and the wall block after cutting, which can not synchronize, to be carried, and wall block is carried It needs manually to fix wall block, handling efficiency is low.

Utility model content

To solve the above-mentioned problems, the utility model provides one kind and builds a building dismounting concrete wall automatic cutting Carrier, existing large labor intensity when can solve the cutting of existing concrete wall, need manually to metope drill fluting, It drills when slotting position of drilling is inaccurate, metope is excessively high and slots that difficulty is big, when needing manually to cut metope, cut metope Dust is larger, wall block has the wall block after the hidden danger fallen, cutting that can not synchronize and carries out the problem such as carrying in cutting process；It can be real Now to concrete wall surface carry out automatic positioning drilling fluting, automatic cross-notching metope drilling dig after metope cut, To the function that the wall block after cutting is carried, with labor intensity is small, carries out drill fluting, position of slotting of drilling to metope automatically It sets to drill when accurate, metope is excessively high and slots that difficulty is small, dust is smaller, cuts through when being cut automatically to metope, cutting metope Wall block after wall block is not fallen in journey hidden danger, cutting can synchronize the advantages that being carried.

To achieve the goals above, the utility model uses following technical scheme, and one kind builds a building dismounting concrete Wall automatic cutting carrier, including running gear, electronic sliding block group, drilling equipment, cutter device and clamp device, it is described Electronic sliding block group is mounted on the top of running gear, and drilling equipment, electronic sliding block group are equipped on the front end of electronic sliding block group Rear end on cutter device is installed, clamp device is located at the right side of cutter device, and clamp device is mounted on the top of running gear In portion.

The running gear is won in succession, is rolled including walking top plate, four traveling wheels, rolling motor, rolling shaft, shaft Cylinder, push frame, push is shoveled and two support branches, is provided with square groove on the left end for top plate of walking, four traveling wheels are symmetrically installed On the bottom of walking top plate, roller is located at below the front end of walking top plate, and the left and right ends of roller are distributed with a shaft It wins in succession, the top that shaft is won in succession is connected with the lower end surface of walking top plate, and roller is mounted on the middle part for rolling shaft, rolls and turns The right end of axis by bearing be mounted on walking top plate on the right side of shaft win in succession on, positioned at walking top plate on the left of shaft win in succession It is connected by way of being slidably matched with rolling shaft, the left end for rolling shaft passes through the output shaft of shaft coupling and rolling motor It is connected, rolls motor and be mounted at the top of the left end of walking top plate by motor set, push frame is located at the rear side of roller, push Frame is mounted on the bottom of walking top plate, is pushed and is equipped with push shovel on the lower end leading flank of frame, it is interior for pushing the leading flank of shovel Cancave cambered surface structure, two support branches are uniformly mounted on the middle part lower end surfaces of walking top plate, and when specific works, traveling wheel can The position of the utility model is adjusted, so that the utility model is located at suitable operating position, the rotation for rolling motor can be driven Roller is rotated, so that the brick crushed stone of work-yard bulk is advanced toward, the softer sundries of quality can be cut by roller It is broken, prevent sundries from hindering traveling wheel mobile, push shovel can root out the sundries of fritter, enable the utility model smoothly Walking, support branch can carry out firm support to the utility model when the utility model is worked.

The drilling equipment includes drilling support plate, drilling push rod, drilling expansion plate, lifting motor, lifting gear, liter Plate, positioning mechanism, drilling indexing mechanism, borehole drill construction, support carriages, balladeur train connecting rod, lift shaft and lift shaft plate drop, Drilling support plate is mounted on the front end of electronic sliding block group, and the left end for the support plate that drills is provided with square hole, the top for the support plate that drills Drilling push rod is installed, drilling expansion plate is mounted on the top of drilling push rod, and lifting motor is mounted on by motor set in portion It drills in the front top of expansion plate, the output shaft of lifting motor is connected by shaft coupling with the front end of lift shaft, lifting The rear end of shaft is mounted on lift shaft plate by bearing, and the bottom of lift shaft plate is connected with the top of drilling expansion plate It connects, is symmetrical arranged on the rear end of lift shaft there are four limit hole, lifting gear is mounted on the middle part of lift shaft, lifter plate Positioned at the left side of lifting gear, it is provided with the gear teeth on the right side middle part of lifter plate, is uniformly set on the right side rear side of lifter plate It is equipped with location hole, the distance between location hole phase at a distance from the drive lifter plate movement of lifting gear rotated ninety degrees on lifter plate Deng being provided with sliding block on the front and rear sides face of lifter plate, be symmetrical arranged on the lateral surface of lifter plate there are four locating piece, and is fixed Position block is located at the outside of lifter plate top shoe, and the front and rear sides for the expansion plate that drills are provided with a support carriages, two supports The position of balladeur train is symmetrical, and support carriages are mounted on drilling expansion plate by balladeur train connecting rod, on the medial surface of support carriages For sliding groove structure, lifter plate is located at lifting gear with being connected in support carriages by way of being slidably matched, positioning mechanism Rear side, positioning mechanism be mounted on drilling expansion plate top on, drilling indexing mechanism is installed on the left side of lifter plate, bore Holes mechanism is mounted on drilling indexing mechanism, and when specific works, electronic sliding block group can control drilling equipment and is moved forward and backward, The elevating movement of drilling push rod can adjust the height of drilling equipment, allow drilling equipment to the concrete walls of different height Boring work is carried out, the rotation of lifting motor can drive lifting gear to rotate, and lifting gear drives lifter plate in support carriages It inside slides up and down, enables borehole drill construction to carry out punching action to different location within a certain area, positioning mechanism can be right Lift shaft is positioned with lifter plate, so that the vibration generated when preventing borehole drill construction from being worked causes bore position to have partially The problem of difference, drilling indexing mechanism can control borehole drill construction and be rotated, and enable borehole drill construction continuously to the cross of metope Bore operation is carried out respectively to lengthwise position, increases utility model works efficiency, while the indexing mechanism that drills can also be into The flexible boring work to complete borehole drill construction of row.

As a kind of optimal technical scheme of the utility model, the support branch includes support push rod, support snap-gauge It with support card needle, supports push rod to be mounted on the bottom of walking top plate, supports and support snap-gauge is installed on the top of push rod, support Two groups of latches are provided on the bottom of snap-gauge, support card needle is located between two groups of latches on support snap-gauge, the installation of support card needle On the bottom of support snap-gauge, when specific works, when needing to support branch that work is fixed, elongate support push rod to support Card needle is inserted on the ground of job site, supports the latch on snap-gauge to be stuck on the ground of job site at this time, to support branch The utility model is firmly fixed chain, prevents the shaking generated in utility model works from impacting to working effect.

As a kind of optimal technical scheme of the utility model, the positioning mechanism includes locating support, two positioning Spring, positioning expansion plate, shaft latch, lifter plate latch, localization handspike, locating slide rod and localization handspike plate, locating support peace On drilling expansion plate, the right end of two retaining springs is installed on locating support, and left end and the positioning of retaining spring are stretched The right side of contracting plate is connected, and retaining spring is compressed spring, has restoring force to the left, on front side of the left side for positioning expansion plate On shaft latch is installed, the position of shaft latch is corresponding with the position of limit hole is arranged on lift shaft, positions expansion plate Left side on rear side of on lifter plate latch is installed, the position of lifter plate latch is opposite with the position of location hole is arranged on lifter plate It answers, localization handspike is located at the rear side of lifter plate latch, and the top of localization handspike is in contact with positioning expansion plate, the bottom of localization handspike Portion is mounted on drilling expansion plate by localization handspike plate, and a locating slide rod is distributed in each retaining spring, and positioning is slided The left end of bar is mounted on positioning expansion plate, and the right end of locating slide rod is connected by way of being slidably matched with locating support, When specific works, when localization handspike is shunk, shaft latch and lifter plate latch can be generated under the restoring force of retaining spring to Left thrust, the every rotated ninety degrees of lifting motor, shaft latch can stick into the limit hole on lift shaft, and lifter plate latch can stick into Positioning hole on lifter plate can increase the stability of drilling equipment work, when the positioning work for needing to release positioning mechanism When, elongation localization push rod, positioning expansion plate will drive shaft latch and move right with lifter plate latch, to relieve to lifting In shaft with the positioning work of lifter plate, locating slide rod can prevent two retaining springs because unbalance stress generation can not synchronize receipts The problem of contracting.

As a kind of optimal technical scheme of the utility model, the drilling indexing mechanism includes position rotaring motor, indexing Sliding slot, four indexable slide bars, indexable supporting plate, indexable push rod and indexable top plate, position rotaring motor are mounted on lifter plate by motor set On, indexable supporting plate is installed, indexable sliding slot is mounted on lifter plate, and four indexable slide bars symmetrically divide on the output shaft of position rotaring motor Cloth is mounted on indexable supporting plate in the outside of position rotaring motor, the left end of indexable slide bar, and the right end of indexable slide bar is slide block structure, is turned Position slide bar is connected by way of being slidably matched with indexable sliding slot, indexable top plate is distributed on the left of indexable supporting plate, indexing pushes away Bar is mounted between indexable supporting plate and indexable top plate, and when specific works, drilling indexing mechanism can control borehole drill construction and be revolved Turn and flexible.

As a kind of optimal technical scheme of the utility model, the borehole drill construction includes bore motor, drilling rod, drilling Support frame, drilling gear, two drilling telescopic rods, adjustable spring, protection board and clear slot branch, bore motor are pacified by motor set On indexable top plate, the output shaft of bore motor is connected by shaft coupling with the right end of drilling rod, and drill support frame passes through axis It holds on the output shaft for being mounted on bore motor, the right end of drill support frame is mounted on indexable top plate, the left end of drill support frame On be symmetrically installed there are two drill telescopic rod, it is each drilling telescopic rod top on be mounted on a protection board, protection board Left end is rubber material, is provided with an adjustable spring on the outside of each drilling telescopic rod, adjustable spring is mounted on protection board Between drill support frame, drilling gear is mounted on the output shaft of bore motor, and clear slot branch is located at the lower section of drilling gear, And clear slot branch is mounted on indexable top plate；The clear slot branch includes transition gear, transition rotating shaft, worm screw, transmission belt, opens Channel bar, worm screw shaft and worm screw are won in succession, and transition gear is located at the lower section of drilling gear, and the gear that drills mutually is nibbled with transition gear It closes, the left end of transition gear is provided with the gear teeth, and worm screw matches with the gear teeth of transition gear left end, the front end of worm screw and transmission belt It is connected, transmission belt is mounted on indexable top plate, and the rear end of worm screw is equipped with worm screw shaft, and worm screw shaft is won in succession peace by worm screw On indexable top plate, recessing bar being uniformly installed in transmission belt, the outboard end of recessing bar is pointed structures, when specific works, The rotation of bore motor can drive drilling rod to carry out work of drilling, and after rod boring metope, drilling telescopic rod can cooperate progress It shrinks, so that protection board touch the two sides up and down of drilling always, prevents metope from generating the case where wall skin is fallen because drilling, simultaneously also Can reduce because of the phenomenon that generating metope cracking of drilling, the rubber material of protection board can automatic attaching live metope, bore motor Rotation drive drilling gear rotation, worm screw will do it rotation under the action of transition gear, so that transmission belt will do it rotation, Recessing bar in transmission belt can carry out straight line cutting to metope, so that the convenient cutting action to metope, increases metope cutting essence Degree.

As a kind of optimal technical scheme of the utility model, the cutter device include cutting supporting plate, cutting sliding plate, Cutting position push rod, cutting push rod, cutting expansion plate, cutting vertical plate, transposition motor, cutting mechanism, water spraying mechanism, transposition sliding slot It with four transposition slide bars, cuts supporting plate and is mounted on the rear end of electronic sliding block group, cut and be provided with sliding slot, cutting sliding plate on supporting plate It is mounted on by way of being slidably matched on the top of cutting supporting plate, the top of cutting position push rod and the right side of cutting sliding plate It is connected, the bottom of cutting position push rod is mounted on the right end of cutting supporting plate, is equipped with cutting on the top of cutting sliding plate and is pushed away Bar, cutting expansion plate are mounted on the top of cutting push rod, cut and be equipped with cutting vertical plate, transposition motor on the top of expansion plate It is mounted on by motor set on the left side of cutting vertical plate, cutting mechanism is installed on the output shaft of transposition motor；Described cuts Cutting mill structure includes cutter supporting plate, cutting hydraulic cylinder, cutter support frame, cutter motor, cutter shaft, cutter and cutter axillare, is cut Knife supporting plate is mounted on the output shaft of transposition motor, is provided with sliding slot in the middle part of the left side of cutter supporting plate, on cutter supporting plate lower end It is provided with hole for water spraying, the bottom for cutting hydraulic cylinder is connected with the upper end of cutter supporting plate, cuts and is equipped on the top of hydraulic cylinder Cutter support frame, cutter support frame are U-shaped structure, and the right end of cutter support frame is provided with sliding block, the sliding block on cutter support frame It is connected by way of being slidably matched with the sliding slot on cutter supporting plate, cutter is distributed in cutter support frame, cutter is mounted on In cutter shaft, the rear end of cutter shaft is connected by shaft coupling with cutter motor, and cutter motor is mounted on cutter support frame Trailing flank on, the front end of cutter shaft is mounted on cutter axillare by bearing, the front side of cutter axillare and cutter support frame Face is connected, and the left end of water spraying mechanism is connected with the bottom of cutting mechanism, and the right end of water spraying mechanism is mounted on cutting vertical plate On the bottom of left side；The water spraying mechanism includes water spray ear mount, water spray steel pipe, water spray shower, spraying water adjusts push rod, sparge pipe And water pump, water spray ear mount are mounted on the bottom of cutter support frame, water spray steel pipe is located in water spray ear mount, the front and back for steel pipe of spraying water Both ends pass through pin shaft and are connected with water spray ear mount, and water spray shower is mounted on the left end of water spray steel pipe, the right end for steel pipe of spraying water On sparge pipe is installed, sparge pipe is flexible concertina hose, and the left end of sparge pipe passes through the hole for water spraying being arranged on cutter supporting plate, spray The right end of water pipe is mounted on water pump, and water pump is mounted on cutting vertical plate, and water spray adjusts the right end that push rod is located at water spray ear mount, spray Water adjusts push rod and is mounted between water spray steel pipe and cutter support frame by hinge, and transposition sliding slot is mounted on the left side of cutting vertical plate On face, four transposition slide bars are symmetrically distributed in the outside of transposition motor, and the right end for the slide bar that replaces is slide block structure, and replace slide bar Left end is mounted on cutting mechanism, and the right end for the slide bar that replaces is connected by way of being slidably matched with transposition sliding slot, specific work When making, electronic sliding block group can control cutter device and is moved forward and backward, and allow cutter device to the metope of different location It is cut, the stretching motion for cutting push rod can adjust the height of cutter device, enable cutter device to different height Metope cut, the stretching motion of cutting position push rod can control cutter device and be moved left and right, and enable cutter Metope is enough cut into, the rotation of transposition motor is able to drive cutting mechanism and is rotated, and enables cutting mechanism continuously to metope Laterally and longitudinally it is carried out continuously cutting, cutting mechanism can complete the work cut to metope, so that cutting mechanism can be along Metope is cut into bulk with the position after digging by drilling, and water spraying mechanism is able to carry out water spray movement, when eliminating cutting mechanism cutting The sparge pipe of the dust of generation, flexible concertina hose can rotate in cutter support frame or carry out cooperating flexible torsion when mobile Turn, the stretching motion that water spray adjusts push rod can adjust the water spray angle of water spraying mechanism.

As a kind of optimal technical scheme of the utility model, the clamp device includes clamping electronic sliding block, clamping Supporting plate, clamping connecting plate, gripping body, U-shaped expansion bracket, pushes push rod, lower lock block and compressed spring, folder at Telescopic rotation mechanism It takes electronic sliding block to be mounted at the top of the right end of walking top plate, clamps and clamping supporting plate is installed on the top of electronic sliding block, stretch Rotating mechanism is mounted on the top of clamping supporting plate；The Telescopic rotation mechanism includes gripping motor, clamping sliding slot, four folders Slide bar, clamping is taken to win in succession, two clamping columns, clamping top plate and clamping telescopic mast, gripping motor are mounted on folder by motor set It takes on supporting plate, clamping is installed on the output shaft of gripping motor and is won in succession, clamping sliding slot is mounted on clamping supporting plate, and four clampings are slided Bar is symmetrically distributed in the outside of gripping motor, clamps and is mounted on the bottom that clamping is won in succession at the top of slide bar, clamps the bottom of slide bar Portion is slide block structure, clamps slide bar and is connected by way of being slidably matched with clamping sliding slot, two clamping columns are installed in It clamps on the top won in succession, clamping column is stretching structure, clamps and is equipped with clamping top plate on the top of column, clamps telescopic mast It is mounted between clamping top plate and clamping connecting plate, clamping connecting plate is installed in the top left of Telescopic rotation mechanism, clamp It is symmetrical arranged on connecting plate there are two chute hole, sliding slot is provided on the side wall of each chute hole, clamped symmetrical on connecting plate There are two pushing holes for setting, and push the outside that hole is located at chute hole, clamp in each chute hole on connecting plate and pass through cunning The mode of dynamic cooperation is connected with a gripping body, and the position of two gripping bodies is symmetrical；The gripping body includes Plate, the electronic sliding block of support, bottom bracing connecting rod, bottom bracing telescopic mast and bottom supporting rod are clamped, clamping plate upper end rear and front end is provided with cunning Block clamps the sliding block on plate and is connected by way of being slidably matched with clamping connecting plate, and the inner end for clamping plate is provided with taper Latch clamps and is equipped with the electronic sliding block of support on the lateral surface of plate, and bottom bracing connecting rod is mounted on the electronic sliding block of support, and bottom bracing is flexible The top of column is connected with the lateral surface of bottom bracing connecting rod, and bottom supporting rod is equipped on the bottom of bottom bracing telescopic mast, and bottom supporting rod is flexible Structure, the inner end of bottom supporting rod are pointed structures, and the upper and lower ends for clamping connecting plate are provided with a compressed spring, compress bullet Spring is mounted between two gripping bodies, and a lower lock block is provided on the outside of each gripping body, and the inner end of lower lock block is Inclined surface, the top of lower lock block are connected with the bottom of U-shaped expansion bracket, and the middle part of U-shaped expansion bracket passes through on clamping connecting plate Push hole, push push rod and be located at below the top of U-shaped expansion bracket, push push rod be mounted on clamping connecting plate and U-shaped expansion bracket it Between, when specific works, clamp device can be protected metope when cutter device cuts metope, when preventing cutting Metope, which is fallen, causes security risk, while the wall block of well cutting can also be carried out clamping carrying by clamp device, clamps electric sliding Block can control clamp device and is moved forward and backward, and Telescopic rotation mechanism can control clamp device and carry out height and left-right position Adjusting, two gripping bodies are clamped metope, the stretching motion for pushing push rod can adjust two catching devices The distance between structure, when pushing push rod contraction, lower lock block will push gripping body slid inward, when pushing push rod elongation, Gripping body can move out under the effect of the restoring force of compressed spring, and the taper latch clamped on plate can be by metope firmly It fixes, bottom supporting rod can be supported the bottom of wall block when wall block is carried, while the pointed structures of bottom supporting rod can be right The part of wall block bottom cutting carries out auxiliary separation, prevents wall block bottom from having and the unsegregated part of metope.

When work, the first step：Traveling wheel can adjust the position of the utility model, so that the utility model is located at suitably Operating position, the rotation for rolling motor can drive roller to be rotated so that the brick crushed stone of work-yard bulk by Preceding push, the softer sundries of quality can be shredded by roller, prevent sundries from hindering traveling wheel mobile, and push shovel can be by the miscellaneous of fritter Object is rooted out, and the utility model is smoothly walked, and support branch can be when the utility model be worked to this reality Firm support is carried out with novel, when needing to support branch that work is fixed, elongate support push rod makes support card needle be inserted into work Make on the ground in place, support the latch on snap-gauge to be stuck on the ground of job site at this time, to support branch originally practical New robust is fixed, and prevents the shaking generated in utility model works from impacting to working effect, second step：It is electronic Sliding block group can control drilling equipment and is moved forward and backward, and the elevating movement for the push rod that drills can adjust the height of drilling equipment, Drilling equipment is allowed to carry out boring work to the concrete walls of different height, the rotation of lifting motor can drive lifting tooth Wheel rotation, lifting gear drive lifter plate to slide up and down in support carriages, enable borehole drill construction right within a certain area Different location carries out punching action, and positioning mechanism can position lift shaft and lifter plate, to prevent borehole drill construction The vibration generated when being worked causes bore position problem devious, when localization handspike is shunk, shaft latch and lifting Board tooth can generate thrust to the left, the every rotated ninety degrees of lifting motor under the restoring force of retaining spring, and shaft latch can stick into Limit hole on lift shaft, lifter plate latch can stick into the positioning hole on lifter plate, can increase drilling equipment work Stability, when needing to release the positioning work of positioning mechanism, elongation localization push rod, positioning expansion plate will drive shaft latch with Lifter plate latch moves right, to relieve to the positioning work on lift shaft with lifter plate, locating slide rod can be prevented Two retaining springs because unbalance stress lead to the problem of can not synchronous, drilling indexing mechanism can control borehole drill construction progress Rotation enables borehole drill construction continuously to carry out bore operation respectively to the laterally and longitudinally position of metope, and it is practical new to increase this Type working efficiency, while the indexing mechanism that drills can also be stretched to complete the boring work of borehole drill construction, and drilling machine is worked as When structure works, the rotation of bore motor can drive drilling rod to carry out work of drilling, and after rod boring metope, drill telescopic rod meeting Cooperation is shunk, so that protection board touch the two sides up and down of drilling always, prevents metope from generating the feelings that wall skin falls because drilling Condition, while can also reduce because of the phenomenon that generating metope cracking of drilling, the rubber material of protection board can automatic attaching live metope, The rotation of bore motor drives drilling gear rotation, and worm screw will do it rotation under the action of transition gear, thus transmission belt meeting It is rotated, the recessing bar in transmission belt can carry out straight line cutting to metope, and the convenient cutting action to metope increases metope and cuts Cut precision, third step：Electronic sliding block group can control cutter device and is moved forward and backward, and allow cutter device to different positions The metope set is cut, and the stretching motion for cutting push rod can adjust the height of cutter device, enables cutter device right The metope of different height is cut, and the stretching motion of cutting position push rod can control cutter device and be moved left and right, and is made Metope can be cut by obtaining cutter, and the rotation of transposition motor is able to drive cutting mechanism and is rotated, and cutting mechanism is connected Continuous that cutting is laterally and longitudinally carried out continuously to metope, cutting mechanism can complete the work cut to metope, thus cutting mechanism Metope can be cut into bulk along drilling and the position after digging, water spraying mechanism is able to carry out water spray movement, eliminates cutting machine The sparge pipe of the dust that structure generates when cutting, flexible concertina hose can rotate in cutter support frame or be cooperated when mobile Flexible torsion, the stretching motion that water spray adjusts push rod can adjust the water spray angle of water spraying mechanism, the 4th step：Clamp device can Metope is protected when cutter device cuts metope, metope, which is fallen, when preventing from cutting causes security risk, simultaneously The wall block of well cutting can also be carried out clamping carrying by clamp device, and clamping electronic sliding block can control clamp device progress front and back Mobile, Telescopic rotation mechanism can control the adjusting that clamp device carries out height and left-right position, enable two gripping bodies Enough to clamp metope, the stretching motion for pushing push rod can adjust the distance between two gripping bodies, receive when pushing push rod When contracting, lower lock block will push gripping body slid inward, and when pushing push rod elongation, gripping body can be in the reply of compressed spring It is moved out under power effect, the taper latch clamped on plate can firmly fix metope, and bottom supporting rod can be removed in wall block The bottom of wall block is supported when fortune, while the part that the pointed structures of bottom supporting rod can cut wall block bottom assists Separation, prevent wall block bottom have with the unsegregated part of metope, may be implemented to carry out concrete wall surface automatic positioning drilling and open The metope drilling of slot, automatic cross-notching dig after the metope function being cut, the wall block after cutting is carried.

The beneficial effects of the utility model are：

One, the utility model can solve existing large labor intensity when existing concrete wall is cut, need manually to wall Face, which drill drilling when fluting, slotting position of drilling are inaccurate, metope is excessively high, slots that difficulty is big, needs manually to carry out metope Dust is larger when cutting, cutting metope, wall block has the wall block after the hidden danger fallen, cutting that can not synchronize and removed in cutting process The problems such as fortune；It may be implemented that concrete wall surface is carried out to be automatically positioned to drill to slot, after the drilling cutting of the metope of automatic cross-notching The metope function being cut, the wall block after cutting is carried, have that labor intensity is small, drills automatically to metope It slots, drill when slotting position of drilling is accurate, metope is excessively high and slot that difficulty is small, when being cut to metope automatically, cut metope Wall block after dust is smaller, wall block is not fallen in cutting process hidden danger, cutting can synchronize the advantages that being carried；

Two, support branch is provided on the utility model running gear, support branch can be firm by the utility model It fixes, prevents the shaking generated in utility model works from impacting to working effect；

Three, positioning mechanism is provided on the utility model drilling equipment, positioning mechanism can be to lift shaft and lifter plate It is positioned, so that the vibration generated when preventing borehole drill construction from being worked causes bore position problem devious；

Four, drilling indexing mechanism is provided on the utility model drilling equipment, drilling indexing mechanism can control drilling machine Structure is rotated, and borehole drill construction is enabled continuously to carry out bore operation respectively to the laterally and longitudinally position of metope, increases this Utility model working efficiency；

Five, be provided with borehole drill construction on the utility model drilling equipment, borehole drill construction can automatic synchronization metope is carried out The dual-action of drilling construction and excavating work；

Six, water spraying mechanism is provided on the utility model cutter device, water spraying mechanism can be when metope be cut to cutting Position carries out water spray movement, while spraying water and adjusting the stretching motion of push rod and can adjust the water spray angle of water spraying mechanism, reduces work Make the dust harzard in place；

Seven, be provided with gripping body on the utility model clamp device, gripping body can cutter device to metope into Metope is protected when row cutting, metope, which is fallen, when preventing from cutting causes security risk.

Detailed description of the invention

The present invention will be further described with reference to the accompanying drawings and examples.

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the first structure diagram of the utility model running gear；

Fig. 3 is the second structural schematic diagram of the utility model running gear；

Fig. 4 is the first structure diagram of the utility model drilling equipment；

Fig. 5 be in Fig. 4 A to partial enlarged view；

Fig. 6 is the second structural schematic diagram of the utility model drilling equipment；

Fig. 7 be in Fig. 6 B to partial enlarged view；

Fig. 8 is the structural schematic diagram between the utility model indexing top plate and borehole drill construction；

Fig. 9 is the structural schematic diagram of the utility model cutter device；

Figure 10 be in Fig. 9 C to partial enlarged view；

Figure 11 is the structural schematic diagram of the utility model cutting mechanism；

Figure 12 is the structural schematic diagram between the utility model walking top plate and clamp device；

Figure 13 be in Figure 12 D to partial enlarged view；

Figure 14 is after the removal of the utility model clamp device clamps electronic sliding block, clamps supporting plate and Telescopic rotation mechanism Structural schematic diagram.

Specific embodiment

In order to be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, under Face combines and is specifically illustrating, and the utility model is further described.It should be noted that in the absence of conflict, in the application Feature in embodiment and embodiment can be combined with each other.

As shown in figs. 1 to 14, one kind builds a building dismounting concrete wall automatic cutting carrier, including walking dress 1, electronic sliding block group 2, drilling equipment 3, cutter device 4 and clamp device 5 are set, the electronic sliding block group 2 is mounted on walking dress It sets on 1 top, drilling equipment 3 is installed on the front end of electronic sliding block group 2, cutting is installed on the rear end of electronic sliding block group 2 Device 4, clamp device 5 are located at the right side of cutter device 4, and clamp device 5 is mounted on the top of running gear 1.

The running gear 1 includes walking 11, four traveling wheels 12 of top plate, rolls motor 13, rolls shaft 14, shaft It wins in succession 15, roller 16, push frame 17, push shovel 18 and two support branches 19, is provided with square groove on the left end of walking top plate 11, Four traveling wheels 12 are symmetrically mounted on the bottom of walking top plate 11, and roller 16 is located at below the front end of walking top plate 11, roller 16 left and right ends are distributed with a shaft and win 15 in succession, and win in succession 15 top of shaft is connected with the lower end surface of walking top plate 11 It connects, roller 16 is mounted on the middle part for rolling shaft 14, and the right end for rolling shaft 14 is mounted on walking top plate by bearing The shaft on 11 right sides is won in succession on 15, and the shaft positioned at 11 left side of walking top plate, which is won in succession, 15 to be turned by way of being slidably matched with rolling Axis 14 is connected, and the left end for rolling shaft 14 is connected by shaft coupling with the output shaft for rolling motor 13, and it is logical to roll motor 13 It crosses motor set to be mounted at the top of the left end of walking top plate 11, push frame 17 is located at the rear side of roller 16, and push frame 17 is mounted on It walks on the bottom of top plate 11, pushes and push shovel 18 is installed on the lower end leading flank of frame 17, the leading flank of push shovel 18 is interior Cancave cambered surface structure, two support branches 19 are uniformly mounted on the middle part lower end surfaces of walking top plate 11, when specific works, traveling wheel 12 can adjust the position of the utility model, so that the utility model is located at suitable operating position, roll the rotation of motor 13 Roller 16 can be driven to be rotated, so that the brick crushed stone of work-yard bulk is advanced toward, the softer sundries of quality It can be shredded by roller 16, prevent sundries from hindering traveling wheel 12 mobile, push shovel 18 can root out the sundries of fritter, so that this reality It can smoothly be walked with novel, support branch 19 can consolidate the utility model when the utility model is worked Support.

The drilling equipment 3 includes drilling support plate 31, drilling push rod 32, drilling expansion plate 33, lifting motor 34, rises Gear 35, lifter plate 36, positioning mechanism 37, drilling indexing mechanism 38, borehole drill construction 39, support carriages 310, balladeur train connecting rod drop 311, lift shaft 312 and lift shaft plate 313, drilling support plate 31 are mounted on the front end of electronic sliding block group 2, drilling support The left end of plate 31 is provided with square hole, and drilling push rod 32 is equipped on the top for the support plate 31 that drills, and drilling expansion plate 33 is mounted on It drills on the top of push rod 32, lifting motor 34 is mounted in the front top of drilling expansion plate 33 by motor set, lifting electricity The output shaft of machine 34 is connected by shaft coupling with the front end of lift shaft 312, and the rear end of lift shaft 312 is installed by bearing On lift shaft plate 313, the bottom of lift shaft plate 313 is connected with the top of drilling expansion plate 33, lift shaft 312 It is symmetrical arranged on rear end there are four limit hole, lifting gear 35 is mounted on the middle part of lift shaft 312, and lifter plate 36, which is located at, to be risen The left side of gear 35 is dropped, the gear teeth are provided on the right side middle part of lifter plate 36, are uniformly set on the right side rear side of lifter plate 36 It is equipped with location hole, the distance between location hole drives the movement of lifter plate 36 with 35 rotated ninety degrees of lifting gear on lifter plate 36 Be equidistant, be provided with sliding block on the front and rear sides face of lifter plate 36, be symmetrical arranged on the lateral surface of lifter plate 36 there are four Locating piece, and locating piece is located at the outside of 36 top shoe of lifter plate, the front and rear sides of drilling expansion plate 33 are provided with a branch Balladeur train 310 is supportted, the position of two support carriages 310 is symmetrical, and support carriages 310 are mounted on drilling by balladeur train connecting rod 311 On expansion plate 33, it is sliding groove structure on the medial surface of support carriages 310, passes through sliding on lifter plate 36 and support carriages 310 The mode of cooperation is connected, and positioning mechanism 37 is located at the rear side of lifting gear 35, and positioning mechanism 37 is mounted on drilling expansion plate 33 Top on, drilling indexing mechanism 38 is installed, borehole drill construction 39 is mounted on drilling indexing mechanism on the left side of lifter plate 36 On 38, when specific works, electronic sliding block group 2 can control drilling equipment 3 and is moved forward and backward, the elevating movement for the push rod 32 that drills The height that drilling equipment 3 can be adjusted allows drilling equipment 3 to carry out boring work to the concrete walls of different height, rises Drop motor 34 rotation can drive lifting gear 35 rotate, lifting gear 35 drive lifter plate 36 in support carriages 310 on Lower slider enables borehole drill construction 39 to carry out punching action to different location within a certain area, and positioning mechanism 37 can be right Lift shaft 312 is positioned with lifter plate 36, so that the vibration for preventing borehole drill construction 39 from generating when being worked causes to drill Position problem devious, drilling indexing mechanism 38 can control borehole drill construction 39 and rotated, and enable borehole drill construction 39 Continuously bore operation is carried out to the laterally and longitudinally position of metope respectively, increases utility model works efficiency, while drilling and turning Position mechanism 38 can also be stretched to complete the boring work of borehole drill construction 39.

The support branch 19 includes support push rod 191, support snap-gauge 192 and support card needle 193, supports push rod 191 It is mounted on the bottom of walking top plate 11, supports and support snap-gauge 192 is installed on the top of push rod 191, support the bottom of snap-gauge 192 Two groups of latches are provided in portion, support card needle 193 is located between two groups of latches on support snap-gauge 192, and support card needle 193 is installed On the bottom of support snap-gauge 192, when specific works, when needing to support branch 19 that work is fixed, elongate support push rod 191 So that support card needle 193 is inserted on the ground of job site, the latch on snap-gauge 192 is supported to be stuck in the ground of job site at this time On, to support branch 19 that the utility model is firmly fixed, prevent the shaking generated in utility model works to work It is impacted as effect.

The positioning mechanism 37 includes 371, two retaining springs 372 of locating support, positioning expansion plate 373, shaft card Tooth 374, lifter plate latch 375, localization handspike 376, locating slide rod 377 and localization handspike plate 378, locating support 371 are mounted on Drill expansion plate 33 on, the right end of two retaining springs 372 is installed on locating support 371, the left end of retaining spring 372 with The right side of positioning expansion plate 373 is connected, and retaining spring 372 is compressed spring, has restoring force to the left, positions expansion plate Shaft latch 374 is installed on front side of 373 left side, limit hole is set on the position of shaft latch 374 and lift shaft 312 Position it is corresponding, position expansion plate 373 left side on rear side of on lifter plate latch 375, the position of lifter plate latch 375 are installed Set on lifter plate 36 be arranged the position of location hole it is corresponding, localization handspike 376 is located at the rear side of lifter plate latch 375, position The top of push rod 376 is in contact with positioning expansion plate 373, and the bottom of localization handspike 376 is mounted on brill by localization handspike plate 378 On hole expansion plate 33, a locating slide rod 377 is distributed in each retaining spring 372, the left end of locating slide rod 377 is mounted on It positions on expansion plate 373, the right end of locating slide rod 377 is connected by way of being slidably matched with locating support 371, specific work When making, when localization handspike 376 is shunk, shaft latch 374 and lifter plate latch 375 can be under the restoring forces of retaining spring 372 The limit hole on lift shaft 312 can be sticked by generating thrust, the every rotated ninety degrees of lifting motor 34, shaft latch 374 to the left, be risen Drop board tooth 375 can stick into the positioning hole on lifter plate 36, can increase the stability of the work of drilling equipment 3, when needing to solve Except positioning mechanism 37 positioning work when, elongation localization push rod 376, positioning expansion plate 373 will drive shaft latch 374 and lifting Board tooth 375 moves right, to relieve to the positioning work on lift shaft 312 with lifter plate 36,377 energy of locating slide rod Enough prevent two retaining springs 372 because unbalance stress is led to the problem of can not synchronous.

The drilling indexing mechanism 38 includes position rotaring motor 381, the indexable slide bar 383 of indexable sliding slot 382, four, indexing Supporting plate 384, indexable push rod 385 and indexable top plate 386, position rotaring motor 381 are mounted on lifter plate 36 by motor set, indexing electricity Indexable supporting plate 384 is installed, indexable sliding slot 382 is mounted on lifter plate 36, four indexable slide bars 383 on the output shaft of machine 381 It is symmetrically distributed in the outside of position rotaring motor 381, the left end of indexable slide bar 383 is mounted on indexable supporting plate 384, indexable slide bar 383 Right end be slide block structure, indexable slide bar 383 with indexing sliding slot 382 be connected by way of being slidably matched, indexable supporting plate 384 Left side be distributed with indexable top plate 386, indexable push rod 385 is mounted between indexable supporting plate 384 and indexable top plate 386, specific work When making, drilling indexing mechanism 38 can control borehole drill construction 39 and be rotated and be stretched.

The borehole drill construction 39 includes bore motor 391, drilling rod 392, drill support frame 393, drilling gear 394, two A drilling telescopic rod 395, adjustable spring 396, protection board 397 and clear slot branch 398, bore motor 391 is installed by motor set On indexable top plate 386, the output shaft of bore motor 391 is connected by shaft coupling with the right end of drilling rod 392, drill support frame 393 are mounted on the output shaft of bore motor 391 by bearing, and the right end of drill support frame 393 is mounted on indexable top plate 386 On, be symmetrically installed on the left end of drill support frame 393 there are two drill telescopic rod 395, it is each drilling telescopic rod 395 top on It is mounted on a protection board 397, the left end of protection board 397 is rubber material, and the outside of each drilling telescopic rod 395 is respectively provided with There is an adjustable spring 396, adjustable spring 396 is mounted between protection board 397 and drill support frame 393, and drilling gear 394 is pacified On the output shaft of bore motor 391, clear slot branch 398 is located at the lower section of drilling gear 394, and clear slot branch 398 is installed On indexable top plate 386；The clear slot branch 398 includes transition gear 3981, transition rotating shaft 3982, worm screw 3983, transmission Band 3984, recessing bar 3985, worm screw shaft 3986 and worm screw win 3987 in succession, and transition gear 3981 is located under drilling gear 394 Side, and the gear 394 that drills is meshed with transition gear 3981, the left end of transition gear 3981 is provided with the gear teeth, worm screw 3983 and The gear teeth of 3981 left end of transition gear match, and the front end of worm screw 3983 is connected with transmission belt 3984, and transmission belt 3984 is installed On indexable top plate 386, the rear end of worm screw 3983 is equipped with worm screw shaft 3986, and worm screw shaft 3986 wins 3987 in succession by worm screw It is mounted on indexable top plate 386, recessing bar 3985 is uniformly installed in transmission belt 3984, the outboard end of recessing bar 3985 is pointed Structure, when specific works, the rotation of bore motor 391 can drive drilling rod 392 to carry out work of drilling, when drilling rod 392 creeps into wall Behind face, drilling telescopic rod 395, which can cooperate, to be shunk, so that protection board 397 touch the two sides up and down of drilling always, prevents metope The case where wall skin is fallen is generated because drilling, while can also be reduced because of the phenomenon that generating metope cracking of drilling, the rubber of protection board 397 Glue material matter can automatic attaching live metope, the rotation of bore motor 391 drives drilling gear 394 to rotate, in transition gear 3981 Under the action of worm screw 3983 will do it rotation, so that transmission belt 3984 will do it rotation, the recessing bar 3985 in transmission belt 3984 Straight line cutting can be carried out to metope, so that the convenient cutting action to metope, increases metope cutting accuracy.

The cutter device 4 includes cutting supporting plate 41, cutting sliding plate 42, cutting position push rod 43, cutting push rod 44, cuts Cut expansion plate 45, cutting vertical plate 46, transposition motor 47, cutting mechanism 48, water spraying mechanism 49, transposition sliding slot 410 and four transpositions Slide bar 411, cutting supporting plate 41 are mounted on the rear end of electronic sliding block group 2, are cut and are provided with sliding slot, cutting sliding plate 42 on supporting plate 41 It is mounted on by way of being slidably matched on the top of cutting supporting plate 41, top and the cutting sliding plate 42 of cutting position push rod 43 Right side is connected, and the bottom of cutting position push rod 43 is mounted on the right end of cutting supporting plate 41, on the top of cutting sliding plate 42 Cutting push rod 44 is installed, cutting expansion plate 45 is mounted on the top of cutting push rod 44, is cut and is pacified on the top of expansion plate 45 Equipped with cutting vertical plate 46, transposition motor 47 by motor set be mounted on cut vertical plate 46 left side on, transposition motor 47 it is defeated Cutting mechanism 48 is installed on shaft；The cutting mechanism 48 includes cutter supporting plate 481, cutting hydraulic cylinder 482, cutter support Frame 483, cutter motor 484, cutter shaft 485, cutter 486 and cutter axillare 487, cutter supporting plate 481 are mounted on transposition motor On 47 output shaft, it is provided with sliding slot in the middle part of the left side of cutter supporting plate 481, cutter supporting plate is provided with hole for water spraying on 481 lower end, The bottom of cutting hydraulic cylinder 482 is connected with the upper end of cutter supporting plate 481, cuts and is equipped with cutter on the top of hydraulic cylinder 482 Support frame 483, cutter support frame 483 are U-shaped structure, and the right end of cutter support frame 483 is provided with sliding block, cutter support frame 483 On sliding block be connected by way of being slidably matched with the sliding slot on cutter supporting plate 481, be distributed with and cut in cutter support frame 483 Knife 486, cutter 486 are mounted in cutter shaft 485, and the rear end of cutter shaft 485 is connected by shaft coupling with cutter motor 484 It connects, cutter motor 484 is mounted on the trailing flank of cutter support frame 483, and the front end of cutter shaft 485 is mounted on by bearing cuts On cutter shaft plate 487, cutter axillare 487 is connected with the leading flank of cutter support frame 483, the left end of water spraying mechanism 49 and cutting machine The bottom of structure 48 is connected, and the right end of water spraying mechanism 49 is mounted on the left side bottom of cutting vertical plate 46；The sprinkler Structure 49 includes water spray ear mount 491, water spray steel pipe 492, water spray shower 493, spraying water adjusts push rod 494, sparge pipe 495 and water pump 496, water spray ear mount 491 is mounted on the bottom of cutter support frame 483, and water spray steel pipe 492 is located in water spray ear mount 491, water spray The rear and front end of steel pipe 492 passes through pin shaft and is connected with water spray ear mount 491, and water spray shower 493 is mounted on water spray steel pipe 492 On left end, sparge pipe 495 is installed on the right end for steel pipe 492 of spraying water, sparge pipe 495 is flexible concertina hose, sparge pipe 495 Left end passes through the hole for water spraying being arranged on cutter supporting plate 481, and the right end of sparge pipe 495 is mounted on water pump 496, and water pump 496 is installed On cutting vertical plate 46, water spray adjusts the right end that push rod 494 is located at water spray ear mount 491, and water spray adjusts push rod 494 is pacified by hinge Between water spray steel pipe 492 and cutter support frame 483, transposition sliding slot 410 is mounted on the left side of cutting vertical plate 46, and four Transposition slide bar 411 is symmetrically distributed in the outside of transposition motor 47, and the right end of transposition slide bar 411 is slide block structure, and replace slide bar 411 Left end be mounted on cutting mechanism 48, replace slide bar 411 right end by way of being slidably matched with replace sliding slot 410 be connected It connects, when specific works, electronic sliding block group 2 can control cutter device 4 and is moved forward and backward, and allow cutter device 4 to not Metope with position is cut, and the stretching motion of cutting push rod 44 can adjust the height of cutter device 4, so that cutter device 4 can cut the metope of different height, and the stretching motion of cutting position push rod 43 can control cutter device 4 and carry out a left side It moves right, cutter 486 is enabled to cut into metope, the rotation of transposition motor 47 is able to drive cutting mechanism 48 and is rotated, made Obtain cutting mechanism 48 continuously can laterally and longitudinally be carried out continuously cutting to metope, and cutting mechanism 48 can be completed to cut metope Work, thus cutting mechanism 48 can along drilling with dig after position metope is cut into bulk, water spraying mechanism 49 can Water spray movement is carried out, eliminates the dust generated when cutting mechanism 48 is cut, the sparge pipe 495 of flexible concertina hose can be in cutter It carries out cooperating flexible torsion when the rotation of support frame 483 or movement, the stretching motion that water spray adjusts push rod 494 can adjust water spray The water spray angle of mechanism 49.

The clamp device 5 includes clamping electronic sliding block 51, clamping supporting plate 52, Telescopic rotation mechanism 53, clamping connection Plate 54, U-shaped expansion bracket 56, pushes push rod 57, lower lock block 58 and compressed spring 59 at gripping body 55, clamps electronic sliding block 51 and pacifies On at the top of the right end of walking top plate 11, clamps and clamping supporting plate 52, Telescopic rotating machine are installed on the top of electronic sliding block 51 Structure 53 is mounted on the top of clamping supporting plate 52；The Telescopic rotation mechanism 53 include gripping motor 531, clamping sliding slot 532, Four clamping slide bars 533 clamp 534, two clamping columns 535 of winning in succession, clamping top plate 536 and clamping telescopic mast 537, clamping electricity Machine 531 is mounted on clamping supporting plate 52 by motor set, and clamping is equipped on the output shaft of gripping motor 531 and wins 534 in succession, clamping Sliding slot 532 is mounted on clamping supporting plate 52, and four clamping slide bars 533 are symmetrically distributed in the outside of gripping motor 531, clamps slide bar 533 top be mounted on clamping win in succession 534 bottom on, the bottom of clamping slide bar 533 is slide block structure, and clamping slide bar 533 is logical The mode that is slidably matched is crossed to be connected with clamping sliding slot 532, two clamping columns 535 be installed in clamping win in succession 534 top On, clamping column 535 is stretching structure, clamps and is equipped with clamping top plate 536 on the top of column 535, and clamping telescopic mast 537 is pacified Between clamping top plate 536 and clamping connecting plate 54, clamping connecting plate is installed in the top left of Telescopic rotation mechanism 53 54, chute hole there are two being symmetrical arranged on connecting plate 54 is clamped, sliding slot, clamping connection are provided on the side wall of each chute hole Hole is pushed there are two being symmetrical arranged on plate 54, and pushes the outside that hole is located at chute hole, clamps each sliding slot on connecting plate 54 It is connected by way of being slidably matched with a gripping body 55 in hole, the position of two gripping bodies 55 is symmetrical；Institute The gripping body 55 stated includes clamping plate 551, the electronic sliding block 552 of support, bottom bracing connecting rod 553, bottom bracing telescopic mast 554 and bottom supporting rod 555, clamping 551 upper end rear and front end of plate is provided with sliding block, clamps the sliding block on plate 551 by way of being slidably matched and folder Connecting plate 54 is taken to be connected, the inner end of clamping plate 551 is provided with taper latch, clamps and is equipped with support on the lateral surface of plate 551 Electronic sliding block 552, bottom bracing connecting rod 553 are mounted on the electronic sliding block 552 of support, the top of bottom bracing telescopic mast 554 and bottom bracing connecting rod 553 lateral surface is connected, and bottom supporting rod 555 is equipped on the bottom of bottom bracing telescopic mast 554, and bottom supporting rod 555 is stretching structure, bottom The inner end of strut 555 is pointed structures, and the upper and lower ends of clamping connecting plate 54 are provided with a compressed spring 59, compress bullet Spring 59 is mounted between two gripping bodies 55, and the outside of each gripping body 55 is provided with a lower lock block 58, lower lock block 58 inner end is inclined surface, and the top of lower lock block 58 is connected with the bottom of U-shaped expansion bracket 56, and the middle part of U-shaped expansion bracket 56 is worn The pushing hole on clamping connecting plate 54 is crossed, push rod 57 is pushed and is located at below the top of U-shaped expansion bracket 56, push rod 57 is pushed and is mounted on It clamps between connecting plate 54 and U-shaped expansion bracket 56, when specific works, clamp device 5 can be cut metope in cutter device 4 Metope is protected when cutting, metope, which is fallen, when preventing from cutting causes security risk, while clamp device 5 can also be by well cutting Wall block carry out clamping carrying, clamp electronic sliding block 51 and can control clamp device 5 and be moved forward and backward, Telescopic rotation mechanism 53 The adjusting that clamp device 5 carries out height with left-right position can be controlled, two gripping bodies 55 are clamped metope, The stretching motion for pushing push rod 57 can adjust the distance between two gripping bodies 55, when pushing the contraction of push rod 57, push Block 58 will push 55 slid inward of gripping body, and when pushing the elongation of push rod 57, gripping body 55 can returning in compressed spring 59 It is moved out under multiple power effect, the taper latch clamped on plate 551 can firmly fix metope, and bottom supporting rod 555 can The bottom of wall block is supported when wall block is carried, while the pointed structures of bottom supporting rod 555 can be to the cutting of wall block bottom Part carries out auxiliary separation, prevents wall block bottom from having and the unsegregated part of metope.

When work, the first step：Traveling wheel 12 can adjust the position of the utility model, so that the utility model is located at properly Operating position, roll motor 13 rotation roller 16 can be driven to be rotated so that the brick rubble of work-yard bulk Block is advanced toward, and the softer sundries of quality can be shredded by roller 16, prevents sundries from hindering traveling wheel 12 mobile, push 18 energy of shovel It is enough to root out the sundries of fritter, the utility model is smoothly walked, support branch 19 can the utility model into Firm support, when needing to support branch 19 that work is fixed, elongate support push rod 191 are carried out to the utility model when row work So that support card needle 193 is inserted on the ground of job site, the latch on snap-gauge 192 is supported to be stuck in the ground of job site at this time On, to support branch 19 that the utility model is firmly fixed, prevent the shaking generated in utility model works to work It is impacted as effect, second step：Electronic sliding block group 2 can control drilling equipment 3 and is moved forward and backward, the liter for the push rod 32 that drills Drop movement can adjust the height of drilling equipment 3, and drilling equipment 3 is allowed to carry out drillman to the concrete walls of different height Make, the rotation of lifting motor 34 can drive lifting gear 35 to rotate, and lifting gear 35 drives lifter plate 36 in support carriages 310 It inside slides up and down, borehole drill construction 39 is enabled to carry out punching action, 37 energy of positioning mechanism to different location within a certain area It is enough that lift shaft 312 and lifter plate 36 are positioned, so that the vibration for preventing borehole drill construction 39 from generating when being worked causes Bore position problem devious, when localization handspike 376 is shunk, shaft latch 374 and lifter plate latch 375 can be in positioning bullets Thrust to the left, the every rotated ninety degrees of lifting motor 34 are generated under the restoring force of spring 372, shaft latch 374 can stick into lift shaft Limit hole on 312, lifter plate latch 375 can stick into the positioning hole on lifter plate 36, can increase the work of drilling equipment 3 Stability, when needing to release the positioning work of positioning mechanism 37, elongation localization push rod 376, positioning expansion plate 373, which will drive, to be turned Axis latch 374 moves right with lifter plate latch 375, to relieve to the positioning work on lift shaft 312 with lifter plate 36 Make, locating slide rod 377 can prevent two retaining springs 372 because unbalance stress leads to the problem of can not synchronous, drilling turn Position mechanism 38 can control borehole drill construction 39 and be rotated, and enable borehole drill construction 39 continuously to the laterally and longitudinally position of metope Set and carry out bore operation respectively, increase utility model works efficiency, while the indexing mechanism 38 that drills can also be stretched with Just the boring work for completing borehole drill construction 39, when borehole drill construction 39 works, the rotation of bore motor 391 can drive drilling rod 392 carry out work of drilling, and after drilling rod 392 creeps into metope, drilling telescopic rod 395, which can cooperate, to be shunk, so that protection board 397 Always the two sides up and down for touching drilling prevent metope from generating the case where wall skin is fallen because drilling, while can also reduce because drilling The phenomenon that generating metope cracking, the rubber material of protection board 397 can automatic attaching live metope, the rotation band of bore motor 391 Dynamic drilling gear 394 rotates, and worm screw 3983 will do it rotation under the action of transition gear 3981, thus transmission belt 3984 understand into Row rotates, and the recessing bar 3985 in transmission belt 3984 can carry out straight line cutting to metope, and the convenient cutting action to metope increases Metope cutting accuracy, third step：Electronic sliding block group 2 can control cutter device 4 and is moved forward and backward, so that cutter device 4 can It is cut with the metope to different location, the stretching motion of cutting push rod 44 can adjust the height of cutter device 4, so that cutting The metope of different height can be cut by cutting device 4, and the stretching motion of cutting position push rod 43 can control cutter device 4 It is moved left and right, cutter 486 is enabled to cut into metope, the rotation of transposition motor 47 is able to drive cutting mechanism 48 and is revolved Turn, enables cutting mechanism 48 to be continuously laterally and longitudinally carried out continuously cutting to metope, cutting mechanism 48 can be completed to wall The work of face cutting, so that metope can be cut into bulk, water spraying mechanism along drilling and the position after digging by cutting mechanism 48 49 are able to carry out water spray movement, eliminate the dust generated when cutting mechanism 48 is cut, the sparge pipe 495 of flexible concertina hose can It carries out cooperating flexible torsion in the rotation of cutter support frame 483 or movement, the stretching motion that water spray adjusts push rod 494 can be adjusted Save the water spray angle of water spraying mechanism 49, the 4th step：Clamp device 5 can be when cutter device 4 cuts metope to metope It is protected, metope, which is fallen, when preventing from cutting causes security risk, while clamp device 5 can also carry out the wall block of well cutting Clamping is carried, and is clamped electronic sliding block 51 and be can control clamp device 5 and is moved forward and backward, and Telescopic rotation mechanism 53 can control folder It takes device 5 to carry out the adjusting of height with left-right position, two gripping bodies 55 is clamped metope, push push rod 57 Stretching motion can adjust the distance between two gripping bodies 55, when push push rod 57 shrink when, lower lock block 58 will push 55 slid inward of gripping body, when pushing the elongation of push rod 57, gripping body 55 can be under the restoring force effect of compressed spring 59 It moves out, the taper latch clamped on plate 551 can firmly fix metope, and bottom supporting rod 555 can be carried in wall block When the bottom of wall block is supported, while the pointed structures of bottom supporting rod 555 can to wall block bottom cut part carry out it is auxiliary Help separation, prevent wall block bottom have with the unsegregated part of metope, realize to concrete wall surface carry out automatic positioning drilling open The metope drilling of slot, automatic cross-notching dig after the metope function being cut, the wall block after cutting is carried, solve Existing large labor intensity when the cutting of existing concrete wall needs manually to carry out drill fluting, slotting position of drilling to metope Inaccurately, it drills when metope is excessively high and slots that difficulty is big, dust is larger, cuts when needing manually to cut metope, cut metope Wall block has the wall block after the hidden danger fallen, cutting that can not synchronize and carries out the problem such as carrying during cutting, and has reached purpose.

The basic principles and main features and advantage of the utility model have been shown and described above.The technical staff of the industry It should be appreciated that the present utility model is not limited to the above embodiments, the only explanation of the description in above embodiments and description The principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model also have various changes Change and improve, these various changes and improvements fall within the scope of the claimed invention.The requires of the utility model protects model It encloses and is defined by the appending claims and its equivalent thereof.

Claims

The dismounting concrete wall automatic cutting carrier 1. one kind builds a building, including running gear (1), electronic sliding block group (2), drilling equipment (3), cutter device (4) and clamp device (5), it is characterised in that：The electronic sliding block group (2) is mounted on It on the top of running gear (1), is equipped with drilling equipment (3) on the front end of electronic sliding block group (2), after electronic sliding block group (2) It is equipped on end cutter device (4), clamp device (5) is located at the right side of cutter device (4), and clamp device (5) is mounted on walking On the top of device (1)；Wherein：

The running gear (1) includes walking top plate (11), four traveling wheels (12), rolls motor (13), rolls shaft (14), shaft wins in succession (15), roller (16), push frame (17), pushes shovel (18) and two support branches (19), top plate of walking (11) square groove is provided on left end, four traveling wheels (12) are symmetrically mounted on the bottom of walking top plate (11), roller (16) Below the front end of walking top plate (11), the left and right ends of roller (16) are distributed with a shaft and win in succession (15), and shaft connects The top for pulling (15) is connected with the lower end surface of walking top plate (11), and roller (16) is mounted on the middle part for rolling shaft (14), The right end for rolling shaft (14) is won in succession on (15) by the shaft that bearing is mounted on the right side of walking top plate (11), is located at walking Shaft on the left of top plate (11) win in succession (15) by way of being slidably matched with roll shaft (14) be connected, roll shaft (14) Left end be connected by shaft coupling with the output shaft for rolling motor (13), roll motor (13) and walking be mounted on by motor set On at the top of the left end of top plate (11), push frame (17) is located at the rear side of roller (16), and push frame (17) is mounted on walking top plate (11) it on bottom, pushes and push shovel (18) is installed on the lower end leading flank of frame (17), two support branches (19) are uniformly pacified On the middle part lower end surface of walking top plate (11)；

The drilling equipment (3) includes drilling support plate (31), drilling push rod (32), drilling expansion plate (33), lifting motor (34), lifting gear (35), lifter plate (36), positioning mechanism (37), drilling indexing mechanism (38), borehole drill construction (39), support Balladeur train (310), balladeur train connecting rod (311), lift shaft (312) and lift shaft plate (313), drilling support plate (31) are mounted on On the front end of electronic sliding block group (2), the left end of drilling support plate (31) is provided with square hole, pacifies on the top of drilling support plate (31) Equipped with drilling push rod (32), drilling expansion plate (33) is mounted on the top of drilling push rod (32), and lifting motor (34) passes through electricity Machine set is mounted in the front top of drilling expansion plate (33), and the output shaft of lifting motor (34) passes through shaft coupling and lift shaft (312) front end is connected, and the rear end of lift shaft (312) is mounted on lift shaft plate (313) by bearing, lift shaft The bottom of plate (313) and drilling expansion plate (33) at the top of be connected, on the rear end of lift shaft (312) be symmetrical arranged there are four Limit hole, lifting gear (35) are mounted on the middle part of lift shaft (312), and lifter plate (36) is located at a left side for lifting gear (35) Side, in the middle part of the right side of lifter plate (36) on be provided with the gear teeth, on rear side of the right side of lifter plate (36) on be evenly arranged with positioning Hole is provided with sliding block on the front and rear sides face of lifter plate (36), is symmetrical arranged that there are four fixed on the lateral surface of lifter plate (36) Position block, the front and rear sides of drilling expansion plate (33) are provided with a support carriages (310), the position of two support carriages (310) Set it is symmetrical, support carriages (310) by balladeur train connecting rod (311) be mounted on drilling expansion plate (33) on, support carriages (310) Medial surface on be sliding groove structure, lifter plate (36) and being connected on support carriages (310) by way of being slidably matched, calmly Position mechanism (37) is located at the rear side of lifting gear (35), and positioning mechanism (37) is mounted on the top of drilling expansion plate (33), rises It drops and drilling indexing mechanism (38) is installed on the left side of plate (36), borehole drill construction (39) is mounted on drilling indexing mechanism (38) On.
2. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The cutter device (4) includes cutting supporting plate (41), cutting sliding plate (42), cutting position push rod (43), cutting push rod (44), expansion plate (45), cutting vertical plate (46), transposition motor (47), cutting mechanism (48), water spraying mechanism (49), transposition are cut Sliding slot (410) and four transposition slide bars (411), cutting supporting plate (41) are mounted on the rear end of electronic sliding block group (2), cut supporting plate (41) sliding slot is provided on, cutting sliding plate (42) is mounted on the top of cutting supporting plate (41) by way of being slidably matched, cuts The top for cutting position push rod (43) is connected with the right side of cutting sliding plate (42), and the bottom of cutting position push rod (43) is mounted on On the right end for cutting supporting plate (41), cutting push rod (44), cutting expansion plate (45) peace are installed on the top of cutting sliding plate (42) On the top of cutting push rod (44), cuts and cutting vertical plate (46), transposition motor are installed on the top of expansion plate (45) (47) it is mounted on by motor set on the left side of cutting vertical plate (46), cutting machine is installed on the output shaft of transposition motor (47) The left end of structure (48), water spraying mechanism (49) is connected with the bottom of cutting mechanism (48), and the right end of water spraying mechanism (49) is mounted on On the left side bottom for cutting vertical plate (46), transposition sliding slot (410) is mounted on the left side of cutting vertical plate (46), four transpositions Slide bar (411) is symmetrically distributed in the outside of transposition motor (47), and the right end of transposition slide bar (411) is slide block structure, and replace slide bar (411) left end is mounted on cutting mechanism (48), and the right end of transposition slide bar (411) is slided by way of being slidably matched with transposition Slot (410) is connected.
3. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The clamp device (5) includes clamping electronic sliding block (51), clamping supporting plate (52), Telescopic rotation mechanism (53), clamping company Fishplate bar (54), U-shaped expansion bracket (56), pushes push rod (57), lower lock block (58) and compressed spring (59), folder at gripping body (55) It takes electronic sliding block (51) to be mounted at the top of the right end of walking top plate (11), clamps and folder is installed on the top of electronic sliding block (51) It takes supporting plate (52), Telescopic rotation mechanism (53) is mounted on the top of clamping supporting plate (52), the top of Telescopic rotation mechanism (53) Clamping connecting plate (54) is installed on left end, is symmetrical arranged in clamping connecting plate (54) there are two chute hole, each chute hole It is provided with sliding slot on side wall, is symmetrical arranged in clamping connecting plate (54) there are two hole is pushed, clamps every on connecting plate (54) It is connected by way of being slidably matched with a gripping body (55) in a chute hole, the position of two gripping bodies (55) Symmetrical, the upper and lower ends of clamping connecting plate (54) are provided with a compressed spring (59), and compressed spring (59) is mounted on two Between a gripping body (55), a lower lock block (58) is provided on the outside of each gripping body (55), lower lock block (58) Top is connected with the bottom of U-shaped expansion bracket (56), and the middle part of U-shaped expansion bracket (56) passes through the pushing in clamping connecting plate (54) Hole pushes push rod (57) and is located at below the top of U-shaped expansion bracket (56), push push rod (57) be mounted on clamping connecting plate (54) and Between U-shaped expansion bracket (56).
4. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The support branch (19) includes support push rod (191), support snap-gauge (192) and support card needle (193), supports push rod (191) it is mounted on the bottom of walking top plate (11), supports and support snap-gauge (192) is installed on the top of push rod (191), support Be provided with two groups of latches on the bottom of snap-gauge (192), support card needle (193) be located at two groups of latches in support snap-gauge (192) it Between, support card needle (193) is mounted on the bottom of support snap-gauge (192).
5. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The positioning mechanism (37) includes locating support (371), two retaining springs (372), positioning expansion plate (373), shaft Latch (374), lifter plate latch (375), localization handspike (376), locating slide rod (377) and localization handspike plate (378), positioning branch Frame (371) is mounted in drilling expansion plate (33), and the right end of two retaining springs (372) is installed on locating support (371), The left end of retaining spring (372) is connected with the right side of positioning expansion plate (373), before the left side for positioning expansion plate (373) It is equipped on side shaft latch (374), positions on rear side of the left side of expansion plate (373) and lifter plate latch (375) are installed, it is fixed Position push rod (376) is located at the rear side of lifter plate latch (375), and the top of localization handspike (376) connects with positioning expansion plate (373) The bottom of touching, localization handspike (376) is mounted in drilling expansion plate (33) by localization handspike plate (378), each retaining spring (372) locating slide rod (377) is distributed in, the left end of locating slide rod (377) is mounted in positioning expansion plate (373), The right end of locating slide rod (377) is connected by way of being slidably matched with locating support (371).
6. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The drilling indexing mechanism (38) includes position rotaring motor (381), indexable sliding slot (382), four indexable slide bars (383), turns Position supporting plate (384), indexable push rod (385) and indexable top plate (386), position rotaring motor (381) are mounted on lifter plate by motor set (36) it on, is equipped on the output shaft of position rotaring motor (381) indexable supporting plate (384), indexable sliding slot (382) is mounted on lifter plate (36) on, four indexable slide bars (383) are symmetrically distributed in the outside of position rotaring motor (381), the left end installation of indexable slide bar (383) On indexable supporting plate (384), the right end of indexable slide bar (383) is slide block structure, indexable slide bar (383) and indexable sliding slot (382) It is connected by way of being slidably matched, is distributed with indexable top plate (386) on the left of indexable supporting plate (384), indexable push rod (385) It is mounted between indexable supporting plate (384) and indexable top plate (386).
7. one kind according to claim 1 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The borehole drill construction (39) includes bore motor (391), drilling rod (392), drill support frame (393), drilling gear (394), two drilling telescopic rods (395), adjustable spring (396), protection board (397) and clear slot branch (398), bore motor (391) it is mounted on indexable top plate (386) by motor set, the output shaft of bore motor (391) passes through shaft coupling and drilling rod (392) right end is connected, and drill support frame (393) is mounted on the output shaft of bore motor (391) by bearing, drilling branch The right end of support (393) is mounted on indexable top plate (386), be symmetrically installed on the left end of drill support frame (393) there are two bore Hole telescopic rod (395) is mounted on a protection board (397) on the top of each drilling telescopic rod (395), and each drilling is flexible An adjustable spring (396) is provided on the outside of bar (395), adjustable spring (396) is mounted on protection board (397) and drilling branch Between support (393), drilling gear (394) is mounted on the output shaft of bore motor (391), and clear slot branch (398), which is located at, bores The lower section of hole gear (394), and clear slot branch (398) is mounted on indexable top plate (386).
8. one kind according to claim 2 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The cutting mechanism (48) includes cutter supporting plate (481), cutting hydraulic cylinder (482), cutter support frame (483), cutter electricity Machine (484), cutter shaft (485), cutter (486) and cutter axillare (487), cutter supporting plate (481) are mounted on transposition motor (47) on output shaft, it is provided with sliding slot in the middle part of the left side of cutter supporting plate (481), is provided on cutter supporting plate (481) lower end The bottom of hole for water spraying, cutting hydraulic cylinder (482) is connected with the upper end of cutter supporting plate (481), cuts the top of hydraulic cylinder (482) On be equipped with cutter support frame (483), the right end of cutter support frame (483) is provided with sliding block, the cunning on cutter support frame (483) Block is connected by way of being slidably matched with the sliding slot on cutter supporting plate (481), and cutter is distributed in cutter support frame (483) (486), cutter (486) is mounted on cutter shaft (485), and the rear end of cutter shaft (485) passes through shaft coupling and cutter motor (484) it is connected, cutter motor (484) is mounted on the trailing flank of cutter support frame (483), the front end of cutter shaft (485) It is mounted on cutter axillare (487) by bearing, cutter axillare (487) is connected with the leading flank of cutter support frame (483)；

The water spraying mechanism (49) includes water spray ear mount (491), water spray steel pipe (492), water spray shower (493), spraying water is adjusted Push rod (494), sparge pipe (495) and water pump (496), water spray ear mount (491) are mounted on the bottom of cutter support frame (483), Steel pipe (492) are sprayed water in water spray ear mount (491), the rear and front end of water spray steel pipe (492) passes through pin shaft and ear mount of spraying water (491) it is connected, water spray shower (493) is mounted on the left end of water spray steel pipe (492), is pacified on the right end of water spray steel pipe (492) Equipped with sparge pipe (495), sparge pipe (495) is flexible concertina hose, and the left end of sparge pipe (495) passes through cutter supporting plate (481) The hole for water spraying of upper setting, the right end of sparge pipe (495) are mounted on water pump (496), and water pump (496) is mounted on cutting vertical plate (46) On, water spray adjusts the right end that push rod (494) are located at water spray ear mount (491), and water spray adjusts push rod (494) and is mounted on spray by hinge Between water steel pipe (492) and cutter support frame (483).
9. one kind according to claim 3 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The Telescopic rotation mechanism (53) includes gripping motor (531), clamping sliding slot (532), four clamping slide bars (533), folder It takes and wins in succession (534), two clamping columns (535), clamps top plate (536) and clamping telescopic mast (537), gripping motor (531) is logical It crosses motor set to be mounted in clamping supporting plate (52), clamping is installed on the output shaft of gripping motor (531) and is won in succession (534), clamp Sliding slot (532) is mounted in clamping supporting plate (52), and four clamping slide bars (533) are symmetrically distributed in the outside of gripping motor (531), Clamping slide bar (533) at the top of be mounted on clamping win in succession (534) bottom on, clamping slide bar (533) bottom be slide block structure, It clamps slide bar (533) to be connected by way of being slidably matched with clamping sliding slot (532), two clamping columns (535) are respectively mounted On the top that (534) are won in clamping in succession, clamping column (535) is stretching structure, clamps and is equipped with folder on the top of column (535) It takes top plate (536), clamping telescopic mast (537) is mounted between clamping top plate (536) and clamping connecting plate (54)；

The gripping body (55) includes clamping plate (551), electronic sliding block (552), bottom bracing connecting rod (553), bottom bracing is supported to stretch Contracting column (554) and bottom supporting rod (555), clamping plate (551) upper end rear and front end are provided with sliding block, the cunning in clamping plate (551) Block is connected by way of being slidably matched with clamping connecting plate (54), is clamped and is equipped with support electricity on the lateral surface of plate (551) Movable slider (552), bottom bracing connecting rod (553) are mounted on the electronic sliding block (552) of support, the top and bottom of bottom bracing telescopic mast (554) The lateral surface of supporting rod (553) is connected, and bottom supporting rod (555) are equipped on the bottom of bottom bracing telescopic mast (554).
10. one kind according to claim 7 builds a building, dismounting concrete wall automatic cutting carrier, feature exist In：The clear slot branch (398) includes transition gear (3981), transition rotating shaft (3982), worm screw (3983), transmission belt (3984), recessing bar (3985), worm screw shaft (3986) and worm screw are won in succession (3987), and transition gear (3981) is located at drilling gear (394) lower section, and drilling gear (394) is meshed with transition gear (3981), the left end of transition gear (3981) is provided with The gear teeth, worm screw (3983) match with the gear teeth of transition gear (3981) left end, the front end of worm screw (3983) and transmission belt (3984) it is connected, transmission belt (3984) is mounted on indexable top plate (386), and the rear end of worm screw (3983) is equipped with worm screw shaft (3986), worm screw shaft (3986) by worm screw win in succession (3987) be mounted on indexable top plate (386), in transmission belt (3984) It is even that recessing bar (3985) are installed.