CN108356995A - A kind of building monitoring mark installation auxiliary bore hole device - Google Patents

Abstract

The invention discloses a kind of buildings to monitor mark installation auxiliary bore hole device, its structure include can dust suction drilling equipment, castor, castor fixed column, dodge gate, water tank, steel handrail, rubber sleeve, control panel, drill bit matching board, drill bit, dust suction funnel, dust sucting pipeline, ventilation opening, ventilation opening embedded in can dust suction the positive lower end of drilling equipment, control panel be screwed in can dust suction the positive upper end of drilling equipment, dodge gate be movably connected on can dust suction the positive right end of drilling equipment, castor fixed column is identical equipped with more than two and shape size altogether, the present invention by equipped with can dust suction drilling equipment, generated dust sucking during equipment is worked, prevent the health of dust harzard worker, and reduce the shake of drill bit, improve the precision of punching, it is easy to use.

Description

A kind of building monitoring mark installation auxiliary bore hole device

Technical field

The present invention is a kind of building monitoring mark installation auxiliary bore hole device, belongs to drilling equipment field.

Background technology

Drilling equipment refers to the general name that the equipment portalled is processed on solid material, and common drilling equipment has electric drill, Drilling machine etc., with the further development of processing technology, the efficiency of drilling equipment has also been greatly improved.

But the equipment of the prior art is when in use, will produce prodigious dust, can not only make the clothes of operator, powder dirty Dirt is excessive, is easy to be sucked by operator, will influence the health of operator, and in use, the shaking of equipment is larger, punching Precision is affected.

Invention content

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of buildings to monitor mark installation auxiliary bore hole dress It sets, the equipment to solve the prior art when in use, will produce prodigious dust, can not only make the clothes of operator, dust dirty Excessively, it is easy to be sucked by operator, will influence the health of operator, and in use, the shaking of equipment is larger, the essence of punching The problem of degree is affected.

To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of building monitoring mark peace Fill auxiliary bore hole device, structure include can dust suction drilling equipment, castor, castor fixed column, dodge gate, water tank, steel Handrail, rubber sleeve, control panel, drill bit matching board, drill bit, dust suction funnel, dust sucting pipeline, ventilation opening, the ventilation opening are embedded in Can dust suction the positive lower end of drilling equipment, the control panel be screwed in can dust suction drilling equipment it is positive on End, the dodge gate be movably connected on can dust suction the positive right end of drilling equipment, the castor fixed column set altogether there are two with Upper and shape size is identical, the castor fixed column be welded in can dust suction drilling equipment lower surface four angles, the castor Be movably connected on the lower end of castor fixed column, the water tank be welded in can dust suction drilling equipment right surface, the steel Handrail embedded in can dust suction drilling equipment upper surface right end, the drill bit matching board be fitted in can dust suction drilling equipment left-handed watch The upper end in face, the drill bit run through the left surface of drill bit matching board, the dust sucting pipeline be welded in can dust suction drilling equipment it is left The center on surface, the dust suction funnel glue connection in the left end of dust sucting pipeline, it is described can the drilling equipment of dust suction stirred by water tank Structure, float-ball type level control structure for water, handle drive mechanism, manual water inlet structure, outer protect-ing frame structure, motor-driven structure, brill Bar vibration-proof structure, drilling rod fixed structure composition, the water tank stirring structure is welded in the lower end inside outer protect-ing frame structure, described floating Ball-type level control structure for water is embedded in the inside of water tank stirring structure, the right side of the handle drive mechanism inside outer protect-ing frame structure End, the manual water inlet structure are fitted in the left end of handle drive mechanism, and the drilling rod fixed structure is welded in outer protect-ing frame structure Internal left end, the drilling rod vibration-proof structure are fitted in the right end of drilling rod fixed structure, and the motor-driven structure is sequentially connected In the lower end of drilling rod vibration-proof structure.

Further, the water tank stirring structure is by water tank, long synchronous belt, fluted disc fixed block, conical gear, fluted disc, umbrella Shape gear, short shaft, agitating shaft, puddle support, ventilating board composition, the ventilating board are welded in the rear end inside water tank, the tooth Upper end of the disk fixed block inside water tank, the fluted disc are movably connected on the lower end of fluted disc fixed block, and the bevel gear is nibbled It closes in the positive lower end of fluted disc, the bevel gear is nested in the upper end of agitating shaft, and the puddle support is interference fitted in agitating shaft Lower end, the conical gear is interference fitted in the left end of short shaft, and the conical gear is engaged on the positive right end of fluted disc, institute The left surface that short rotor axis mechanical is connected to ventilating board is stated, the lower loop of the long synchronous belt is around the outer ring for being connected to short shaft, institute The lower end for stating water tank and drilling rod fixed structure fits, the lower gap cooperation of the water tank and motor-driven structure, the water Case and float-ball type level control structure for water glue connection.

Further, the float-ball type level control structure for water by gear synchronous band, roller, roller connecting rod, water blockoff block, go out Waterpipe, rubber floating ball, floating ball link, wind pipe, the first spur gear, the second spur gear composition, the rubber floating ball glue It is connected to the lower end of floating ball link, first spur gear is engaged on the left end of floating ball link, between second spur gear Gap coordinates the left end in the first spur gear, the upper gap cooperation of the gear synchronous band described in the front end of the second spur gear Second spur gear is connected by the rear-end transmission of gear synchronous band and roller, and the left end of the roller connecting rod is movably connected on rolling The right end in the front of cylinder, the roller connecting rod is mechanically connected to the left end of water blockoff block, and the water blockoff block gap cooperation is being discharged The left end of pipeline, the wind pipe are set to the upper end of the first spur gear, a left side for the floating ball link and manual water inlet structure Splaying coordinates.

Further, the handle drive mechanism by runner synchronous belt, runner fixed seat, runner, compound fluted disc connecting pole, Hexagon socket head cap screw, compound fluted disc, handle, handle fixed seat composition, the runner fixed seat are fixed on outer by hexagon socket head cap screw Rear end inside protect-ing frame structure, the lower loop of the runner synchronous belt is around the rear end for being connected to runner, the runner flexible connection In the front of runner fixed seat, the lower end of the compound fluted disc connecting pole is movably connected on the front of runner, the compound fluted disc The upper mechanical of connecting pole is connected to the front of compound fluted disc, and the handle runs through handle fixed seat, the lower end of the handle with Compound gear gap cooperation, the runner synchronous belt and manual water inlet structure clearance fit.

Further, the manual water inlet structure by crank, crank fixed seat, traffic cycle, connecting rod, water inlet line, draw water Bar, big crank, crank synchronous belt, cooperation turntable, matching seat, aqueduct composition, the crank are movably connected on crank and fix The left end of seat, left end and the connecting rod of the crank are mechanically connected, and the traffic cycle is connected by crank synchronous belt and big crank transmission It connects, the upper end of the connecting rod is movably connected on the front of traffic cycle, and the big crank is mechanically connected to the upper end for the bar that draws water, described Coordinate turntable and matching seat clearance fit, the aqueduct glue connection is in the left side of matching seat lower end, the water inlet line glue It is connected to the right side of matching seat lower end.

Further, the motor-driven structure by impeller, thick synchronous belt, synchronizing wheel, big shaft, short synchronous belt, thin turn Axis, driving motor, motor fixing plate composition, the driving motor are welded in the left end of motor fixing plate, and the driving motor is logical Too short synchronous belt is connect with thin rotating shaft transmission, and the synchronizing wheel is nested in the outer ring of thin shaft, and the synchronizing wheel is by slightly synchronizing Band is connect with big rotating shaft transmission, and the impeller welding is in the left end of big shaft, the motor fixing plate and drilling rod vibration-proof structure phase Welding.

Further, the drilling rod vibration-proof structure is by large steel cylinder, fixed column, spring, small rigid cylinder, drilling rod, short fixed link, thin Synchronous belt forms, and the drilling rod is nested in the left end of large steel cylinder, and the fixed column is welded in the upper end of large steel cylinder, and the spring is embedding In the inner ring of small rigid cylinder, the small rigid cylinder is welded in the upper end of fixed column, and the short fixed link clearance fit is on a left side for small rigid cylinder End, the top ring of the thin synchronous belt is around the outer ring for being connected to drilling rod, the right end phase of the short fixed link and drilling rod fixed structure Fitting.

Further, the drilling rod fixed structure is by push plate, upper flexible connection frame, telescopic rod, sliding panel, lower flexible connection Frame, telescopic mast composition, the right end of the telescopic rod are slidably connected to the upper end of push plate left surface, the left end sliding of the telescopic rod Be connected to the upper end on the right surface of sliding panel, the upper flexible connection frame is flexibly connected with telescopic rod, the lower flexible connection frame with Telescopic mast is mechanically connected, and the right end of the lower flexible connection frame is mechanically connected to the lower end of push plate left surface.

Advantageous effect

A kind of building monitoring mark installation auxiliary bore hole device of the present invention, at work, equipment is placed on conjunction by operator Then suitable position starts equipment by control panel, enough water is filled to water tank, and operator starts driving electricity Machine, drives thin shaft by short synchronous belt after driving motor rotation, thin shaft is made to rotate, and is then driven and is bored by thin synchronous belt Bar makes drill bit start to drill, upper flexible connection frame, telescopic rod, lower flexible connection frame, telescopic mast to drilling rod play a vibration damping with Fixed effect, synchronizing wheel rotates while thin shaft rotates, and synchronizing wheel makes big shaft rotate by thick synchronous belt, then impeller Dust is sucked water tank, so that short shaft is rotated by long synchronous belt while big shaft rotates, then short shaft drives circle by rotation Bevel gear, then conical gear band active toothed disk so that bevel gear is rotated, then agitating shaft makes puddle support rotate, then operator use Hand rotates handle, and handle makes compound fluted disc rotate, and compound fluted disc drives runner by compound fluted disc connecting pole, and runner is made to rotate, Then runner drives crank by runner synchronous belt, so that crank is rotated, then crank handle turns connecting rod, and connecting rod drives traffic cycle, makes Traffic cycle rotates, and then traffic cycle makes big crank rotate by crank synchronous belt, and then big crank makes bar movement of drawing water, and draw water bar Water in water inlet line is extracted into aqueduct, subsequently into water tank, dust is mixed in water tank with water, and air is from wind pipe stream Go out, after the water level of water tank reach a certain height, rubber floating ball is risen then up by the buoyancy of water, and then floating ball connects Frame moves upwards, and the first spur gear is made to rotate, and then the first spur gear drives the second spur gear again, and the second spur gear is made to rotate, Then the second spur gear drives roller by gear synchronous band, and roller is made to rotate, and then roller drives roller connecting rod to make water blockoff Block side-to-side movement, water are flowed out from outlet conduit, and the continual water to water tank is replaced, and prevent body refuse accumulation excessive.

A kind of present invention building monitoring mark installs auxiliary bore hole device, by equipped with can dust suction drilling equipment, will set Generated dust sucking, prevents the health of dust harzard worker, and reduce the shake of drill bit, improves in standby work The precision of punching, it is easy to use.

Description of the drawings

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon：

Fig. 1 is a kind of structural schematic diagram of building monitoring mark installation auxiliary bore hole device of the present invention.

Fig. 2 be the present invention can dust suction drilling equipment structural schematic diagram.

Fig. 3 is the structural schematic diagram after float-ball type level control structure for water of the present invention action.

Fig. 4 is the structural schematic diagram after handle drive mechanism of the present invention rotation.

In figure：Can drilling equipment -1, castor -2, castor fixed column -3, dodge gate -4, water tank -5, the steel of dust suction help Hand -6, rubber sleeve -7, control panel -8, drill bit matching board -9, drill bit -10, dust suction funnel -11, dust sucting pipeline -12, ventilation opening - 13, water tank stirring structure -101, float-ball type level control structure for water -102, handle drive mechanism -103, manual water inlet structure -104, Outer protect-ing frame structure -105, motor-driven structure -106, drilling rod vibration-proof structure -107, drilling rod fixed structure -108, water tank -10101, Long synchronous belt -10102, fluted disc fixed block -10103, conical gear -10104, fluted disc -10105, bevel gear -10106, short turn Axis -10107, agitating shaft -10108, puddle support -10109, ventilating board -10110, gear synchronous band -10201, roller -10202, Roller connecting rod -10203, water blockoff block -10204, outlet conduit -10205, rubber floating ball -10206, floating ball link -10207, Wind pipe -10208, the first spur gear -10209, the second spur gear -10210, runner synchronous belt -10301, runner fixed seat - 10302, runner -10303, compound fluted disc connecting pole -10304, hexagon socket head cap screw -10305, compound fluted disc -10306, handle - 10307, handle fixed seat -10308, crank -10401, crank fixed seat -10402, traffic cycle -10403, connecting rod -10404, into Waterpipe -10405, the bar -10406 that draws water, big crank -10407, crank synchronous belt -10408, cooperation turntable -10409, cooperation Seat -10410, aqueduct -10411, impeller -10601, thick synchronous belt -10602, synchronizing wheel -10603, big shaft -10604, Short synchronous belt -10605, driving motor -10607, motor fixing plate -10608, large steel cylinder -10701, is fixed at thin shaft -10606 Column -10702, small rigid cylinder -10704, drilling rod -10705, short fixed link -10706, thin synchronous belt -10707, pushes away spring -10703 Plate -10801, telescopic rod -10803, sliding panel -10804, lower flexible connection frame -10805, stretches upper flexible connection frame -10802 Column -10806.

Specific implementation mode

To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to Specific implementation mode, the present invention is further explained.

- Fig. 4 is please referred to Fig.1, the present invention provides a kind of building monitoring mark installation auxiliary bore hole device：

Its structure include can drilling equipment 1, castor 2, castor fixed column 3, dodge gate 4, water tank 5, the steel of dust suction help Hand 6, rubber sleeve 7, control panel 8, drill bit matching board 9, drill bit 10, dust suction funnel 11, dust sucting pipeline 12, ventilation opening 13, it is described Ventilation opening 13 embedded in can dust suction 1 positive lower end of drilling equipment, the control panel 8 be screwed in can dust suction brill 1 positive upper end of aperture apparatus, the dodge gate 4 be movably connected on can dust suction 1 positive right end of drilling equipment, the castor is solid Fixed column 3 is identical equipped with more than two and shape size altogether, the castor fixed column 3 be welded in can dust suction 1 following table of drilling equipment Four angles in face, the castor 2 are movably connected on the lower end of castor fixed column 3, the water tank 5 be welded in can dust suction drilling The right surface of device 1, the steel handrail 6 embedded in can dust suction 1 upper surface of drilling equipment right end, the drill bit matching board 9 Be fitted in can dust suction 1 left surface of drilling equipment upper end, the drill bit 10 run through drill bit matching board 9 left surface, the suction Dirt pipeline 12 be welded in can dust suction 1 left surface of drilling equipment center, 11 glue connection of dust suction funnel is in dust sucting pipeline 12 Left end, it is described can dust suction drilling equipment 1 by water tank stirring structure 101, float-ball type level control structure for water 102, handle be driven Structure 103, manual water inlet structure 104, outer protect-ing frame structure 105, motor-driven structure 106, drilling rod vibration-proof structure 107, drilling rod are solid Determine the composition of structure 108, the water tank stirring structure 101 is welded in the lower end inside outer protect-ing frame structure 105, the float-ball type water level Control structure 102 is embedded in the inside of water tank stirring structure 101, and the handle drive mechanism 103 is inside outer protect-ing frame structure 105 Right end, the manual water inlet structure 104 is fitted in the left end of handle drive mechanism 103, and the drilling rod fixed structure 108 welds Left end inside outer protect-ing frame structure 105, the drilling rod vibration-proof structure 107 is fitted in the right end of drilling rod fixed structure 108, described Motor-driven structure 106 is sequentially connected in the lower end of drilling rod vibration-proof structure 107, and the water tank stirring structure 101 is by water tank 10101, long synchronous belt 10102, fluted disc fixed block 10103, conical gear 10104, fluted disc 10105, bevel gear 10106, short Shaft 10107, agitating shaft 10108, puddle support 10109, ventilating board 10110 form, and the ventilating board 10110 is welded in water tank Rear end inside 10101, upper end of the fluted disc fixed block 10103 inside water tank 10101,10105 activity of the fluted disc It is connected to the lower end of fluted disc fixed block 10103, the bevel gear 10106 is engaged on 10105 positive lower end of fluted disc, the umbrella Shape gear 10106 is nested in the upper end of agitating shaft 10108, and the puddle support 10109 is interference fitted under agitating shaft 10108 End, the conical gear 10104 are interference fitted in the left end of short shaft 10107, and the conical gear 10104 is engaged on fluted disc 10105 positive right ends, the short shaft 10107 are mechanically connected to the left surface of ventilating board 10110, the long synchronous belt 10102 lower loop is around the outer ring for being connected to short shaft 10107, the lower end phase of the water tank 10101 and drilling rod fixed structure 108 Fitting, the water tank 10101 and the lower gap of motor-driven structure 106 coordinate, the water tank 10101 and float-ball type water level control 102 glue connection of structure processed, the float-ball type level control structure for water 102 are connected by gear synchronous band 10201, roller 10202, roller Bar 10203, water blockoff block 10204, outlet conduit 10205, rubber floating ball 10206, floating ball link 10207, wind pipe 10208, the first spur gear 10209, the second spur gear 10210 composition, 10206 glue connection of rubber floating ball is in floating ball link 10207 lower end, first spur gear 10209 are engaged on the left end of floating ball link 10207, second spur gear 10210 clearance fits are in the left end of the first spur gear 10209, and the upper gap cooperation of the gear synchronous band 10201 is second The front end of spur gear 10210, the rear-end transmission that second spur gear 10210 passes through gear synchronous band 10201 and roller 10202 Connection, the left end of the roller connecting rod 10203 are movably connected on the front of roller 10202, the roller connecting rod 10203 Right end is mechanically connected to the left end of water blockoff block 10204,10204 clearance fit of water blockoff block outlet conduit 10205 left end, The wind pipe 10208 is set to the upper end of the first spur gear 10209, the floating ball link 10207 and manual water inlet structure 104 left end clearance fit, the handle drive mechanism 103 is by runner synchronous belt 10301, runner fixed seat 10302, runner 10303, compound fluted disc connecting pole 10304, hexagon socket head cap screw 10305, compound fluted disc 10306, handle 10307, handle fixed seat 10308 compositions, after the runner fixed seat 10302 is fixed on by hexagon socket head cap screw 10305 inside outer protect-ing frame structure 105 End, around the rear end for being connected to runner 10303, the runner 10303 is movably connected on the lower loop of the runner synchronous belt 10301 The lower end in the front of runner fixed seat 10302, the compound fluted disc connecting pole 10304 is movably connected on the front of runner 10303, The upper mechanical of the compound fluted disc connecting pole 10304 is connected to the front of compound fluted disc 10306, and the handle 10307 runs through Handle fixed seat 10308, the lower end of the handle 10307 and 10306 clearance fit of compound fluted disc, the runner synchronous belt 10301 with 104 clearance fit of manual water inlet structure, the manual water inlet structure 104 is by crank 10401, crank fixed seat 10402, traffic cycle 10403, connecting rod 10404, water inlet line 10405, the bar 10406 that draws water, big crank 10407, crank synchronous belt 10408, turntable 10409, matching seat 10410, aqueduct 10411 is coordinated to form, the crank 10401 is movably connected on crank The left end of fixed seat 10402, left end and the connecting rod 10404 of the crank 10401 are mechanically connected, and the traffic cycle 10403 passes through Crank synchronous belt 10408 is sequentially connected with big crank 10407, and the upper end of the connecting rod 10404 is movably connected on traffic cycle 10403 Front, the big crank 10407 is mechanically connected to the upper end for the bar 10406 that draws water, the cooperation turntable 10409 and matching seat 10410 clearance fits, 10411 glue connection of the aqueduct is in the left side of 10410 lower end of matching seat, the water inlet line 10405 glue connections are in the right side of 10410 lower end of matching seat, and the motor-driven structure 106 is by impeller 10601, thick synchronous belt 10602, synchronizing wheel 10603, big shaft 10604, short synchronous belt 10605, thin shaft 10606, driving motor 10607, motor are solid Fixed board 10608 forms, and the driving motor 10607 is welded in the left end of motor fixing plate 10608, the driving motor 10607 It is sequentially connected by short synchronous belt 10605 and thin shaft 10606, the synchronizing wheel 10603 is nested in the outer of thin shaft 10606 Circle, the synchronizing wheel 10603 are sequentially connected by thick synchronous belt 10602 and big shaft 10604, and the impeller 10601 is welded in The left end of big shaft 10604, the motor fixing plate 10608 are welded with 107 phase of drilling rod vibration-proof structure, the drilling rod vibration-proof structure 107 by large steel cylinder 10701, fixed column 10702, spring 10703, small rigid cylinder 10704, drilling rod 10705, short fixed link 10706, thin Synchronous belt 10707 forms, and the drilling rod 10705 is nested in the left end of large steel cylinder 10701, and the fixed column 10702 is welded in greatly The upper end of steel cylinder 10701, the spring 10703 are embedded in the inner ring of small rigid cylinder 10704, and the small rigid cylinder 10704 is welded in fixation The upper end of column 10702,10706 clearance fit of short fixed link is in the left end of small rigid cylinder 10704, the thin synchronous belt 10707 Top ring be affixed around the outer ring for being connected to drilling rod 10705, the short fixed link 10706 and the right end of drilling rod fixed structure 108 Close, the drilling rod fixed structure 108 by push plate 10801, upper flexible connection frame 10802, telescopic rod 10803, sliding panel 10804, Lower flexible connection frame 10805, telescopic mast 10806 form, and the right end of the telescopic rod 10803 is slidably connected to 10801 left side of push plate The upper end on surface, the left end of the telescopic rod 10803 are slidably connected to the upper end on 10804 right surface of sliding panel, the upper activity Link 10802 is flexibly connected with telescopic rod 10803, and the lower flexible connection frame 10805 is mechanically connected with telescopic mast 10806, The right end of the lower flexible connection frame 10805 is mechanically connected to the lower end of 10801 left surface of push plate.

It is round outside the screw terminal of hexagon socket head cap screw 10305 of the present invention, centre is the hexagon fallen in, and Hex bolts be exactly the more screw terminal seen usually side at hexagon that, the fixation being mainly used between workpiece.

At work, operator places equipment in place, is then opened equipment by control panel 8 It is dynamic, enough water is filled to water tank 5, operator starts driving motor 10607, by short same after the rotation of driving motor 10607 Step band 10605 drives thin shaft 10606, and thin shaft 10606 is made to rotate, and then drives drilling rod by thin synchronous belt 10707 10705, make drill bit 10 start to drill, upper flexible connection frame 10802, telescopic rod 10803, lower flexible connection frame 10805, telescopic mast 10806 pairs of drilling rods 10705 play the role of a vibration damping and fixed, 10603 turns of synchronizing wheel while thin shaft 10606 rotates Dynamic, synchronizing wheel 10603 makes big shaft 10604 rotate by thick synchronous belt 10602, and then impeller 10601 rotates, and dust is sucked Water tank 10101 makes short shaft 10107 rotate, then short shaft while big shaft 10604 rotates by long synchronous belt 10102 10107 drive conical gear 10104, and then conical gear 10104 makes bevel gear 10106 rotate with active toothed disk 10105, then Agitating shaft 10108 makes puddle support 10109 rotate, and then operator rotates handle 10307 with hand, and handle 10307 makes compound fluted disc 10306 rotations, compound fluted disc 10306 drive runner 10303 by compound fluted disc connecting pole 10304, and runner 10303 is made to rotate, Then runner 10303 drives crank 10401 by runner synchronous belt 10301, so that crank 10401 is rotated, then 10401 band of crank Dynamic connecting rod 10404, connecting rod 10404 drive traffic cycle 10403, so that traffic cycle 10403 is rotated, then traffic cycle 10403 passes through song Handle synchronous belt 10408 makes big crank 10407 rotate, and then big crank 10407 makes the movement of bar 10406 of drawing water, the bar 10406 that draws water will Water in water inlet line 10405 is extracted into aqueduct 10411, and subsequently into water tank 10101, dust is mixed in water tank 10101 and water Close, air from wind pipe 10208 flow out, after the water level of water tank 10101 reach a certain height, rubber floating ball 10206 by The buoyancy of water, rises then up, and then floating ball link 10207 moves upwards, and so that the first spur gear 10209 is rotated, then First spur gear 10209 drives the second spur gear 10210 again, so that the second spur gear 10210 is rotated, then the second spur gear 10210 drive roller 10202 by gear synchronous band 10201, and roller 10202 is made to rotate, and then roller 10202 drives roller to connect Extension bar 10203 makes 10204 side-to-side movement of water blockoff block, water be flowed out from outlet conduit 10205, the continual water to water tank 10101 It is replaced, prevents body refuse accumulation excessive.

Problems solved by the invention be the equipment of the prior art when in use, will produce prodigious dust, can not only make dirty The clothes of operator, dust is excessive, be easy to be sucked by operator, will influence the health of operator, and in use, equipment Shake larger, the precision of punching is affected, and the present invention is combined with each other by above-mentioned component, during equipment is worked caused by Dust sucks, and prevents the health of dust harzard worker, and reduce the shake of drill bit, improves the precision of punching, make With conveniently.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiment being appreciated that.

Claims (8)

1. a kind of building monitoring mark installation auxiliary bore hole device, structure include can the drilling equipment (1) of dust suction, castor (2), Castor fixed column (3), dodge gate (4), water tank (5), steel handrail (6), rubber sleeve (7), control panel (8), drill bit cooperation Plate (9), drill bit (10), dust suction funnel (11), dust sucting pipeline (12), ventilation opening (13), it is characterised in that：

The ventilation opening (13) embedded in can dust suction drilling equipment (1) positive lower end, the control panel (8) is solid by screw Be scheduled on can dust suction drilling equipment (1) positive upper end, the dodge gate (4) be movably connected on can dust suction drilling equipment (1) Positive right end, the castor fixed column (3) is identical equipped with more than two and shape size altogether, castor fixed column (3) weldering Be connected to can dust suction drilling equipment (1) lower surface four angles, the castor (2) is movably connected under castor fixed column (3) End, the water tank (5) be welded in can dust suction drilling equipment (1) right surface, the steel handrail (6) is embedded in can dust suction The right end of drilling equipment (1) upper surface, the drill bit matching board (9) be fitted in can dust suction drilling equipment (1) left surface it is upper End, the drill bit (10) run through drill bit matching board (9) left surface, the dust sucting pipeline (12) be welded in can dust suction drilling dress The center of (1) left surface is set, dust suction funnel (11) glue connection is in the left end of dust sucting pipeline (12)；

It is described can dust suction drilling equipment (1) by water tank stirring structure (101), float-ball type level control structure for water (102), handle pass Dynamic structure (103), manual water inlet structure (104), outer protect-ing frame structure (105), motor-driven structure (106), drilling rod vibration-proof structure (107), drilling rod fixed structure (108) forms；

The water tank stirring structure (101) is welded in the internal lower end of outer protect-ing frame structure (105), the float-ball type water level control knot Structure (102) is embedded in the inside of water tank stirring structure (101), and the handle drive mechanism (103) is in outer protect-ing frame structure (105) The right end in portion, the manual water inlet structure (104) are fitted in the left end of handle drive mechanism (103), the drilling rod fixed structure (108) it is welded in the internal left end of outer protect-ing frame structure (105), the drilling rod vibration-proof structure (107) is fitted in drilling rod fixed structure (108) right end, the motor-driven structure (106) are sequentially connected in the lower end of drilling rod vibration-proof structure (107).

2. a kind of building monitoring mark installation auxiliary bore hole device according to claim 1, it is characterised in that：The water tank Stirring structure (101) by water tank (10101), long synchronous belt (10102), fluted disc fixed block (10103), conical gear (10104), Fluted disc (10105), bevel gear (10106), short shaft (10107), agitating shaft (10108), puddle support (10109), ventilating board (10110) it forms, the ventilating board (10110) is welded in the internal rear end of water tank (10101), the fluted disc fixed block (10103) it is embedded in the internal upper end of water tank (10101), the fluted disc (10105) is movably connected on fluted disc fixed block (10103) Lower end, the bevel gear (10106) are engaged on fluted disc (10105) positive lower end, and the bevel gear (10106) is nested in The upper end of agitating shaft (10108), the puddle support (10109) are interference fitted in the lower end of agitating shaft (10108), the circular cone tooth Wheel (10104) is interference fitted in the left end of short shaft (10107), and the conical gear (10104) is being engaged on fluted disc (10105) just The right end in face, the short shaft (10107) are mechanically connected to the left surface of ventilating board (10110), the long synchronous belt (10102) Lower loop around the outer ring for being connected to short shaft (10107), the lower end of the water tank (10101) and drilling rod fixed structure (108) It fits, the water tank (10101) and the lower gap of motor-driven structure (106) coordinate, the water tank (10101) and floating ball Formula level control structure for water (102) glue connection.

3. a kind of building monitoring mark installation auxiliary bore hole device according to claim 1 or 2, it is characterised in that：It is described Float-ball type level control structure for water (102) is by gear synchronous band (10201), roller (10202), roller connecting rod (10203), water blockoff Block (10204), outlet conduit (10205), rubber floating ball (10206), floating ball link (10207), wind pipe (10208), First spur gear (10209), the second spur gear (10210) composition, rubber floating ball (10206) glue connection is in floating ball link (10207) lower end, first spur gear (10209) are engaged on the left end of floating ball link (10207), second straight-tooth (10210) clearance fit is taken turns in the left end of the first spur gear (10209), the upper gap of the gear synchronous band (10201) matches It closes in the front end of the second spur gear (10210), second spur gear (10210) passes through gear synchronous band (10201) and roller (10202) rear-end transmission connection, the left end of the roller connecting rod (10203) are movably connected on the front of roller (10202), The right end of the roller connecting rod (10203) is mechanically connected to the left end of water blockoff block (10204), between the water blockoff block (10204) Gap coordinates the left end in outlet conduit (10205), the wind pipe (10208) to be set to the upper end of the first spur gear (10209), The left end clearance fit of the floating ball link (10207) and manual water inlet structure (104).

4. a kind of building monitoring mark installation auxiliary bore hole device according to claim 1, it is characterised in that：The handle Drive mechanism (103) is by runner synchronous belt (10301), runner fixed seat (10302), runner (10303), compound fluted disc connecting pole (10304), hexagon socket head cap screw (10305), compound fluted disc (10306), handle (10307), handle fixed seat (10308) composition, The runner fixed seat (10302) is fixed on the internal rear end of outer protect-ing frame structure (105), institute by hexagon socket head cap screw (10305) The lower loop of runner synchronous belt (10301) is stated around the rear end for being connected to runner (10303), runner (10303) flexible connection The lower end in the front in runner fixed seat (10302), the compound fluted disc connecting pole (10304) is movably connected on runner (10303) upper mechanical in front, the compound fluted disc connecting pole (10304) is connected to the front of compound fluted disc (10306), The handle (10307) runs through handle fixed seat (10308), between the lower end and compound fluted disc (10306) of the handle (10307) Gap coordinates, the runner synchronous belt (10301) and manual water inlet structure (104) clearance fit.

5. a kind of building monitoring mark installation auxiliary bore hole device according to claim 3, it is characterised in that：It is described manual Water inlet structure (104) is by crank (10401), crank fixed seat (10402), traffic cycle (10403), connecting rod (10404), water inlet pipe Road (10405), the bar that draws water (10406), big crank (10407), crank synchronous belt (10408), cooperation turntable (10409), cooperation Seat (10410), aqueduct (10411) composition, the crank (10401) are movably connected on a left side for crank fixed seat (10402) End, left end and the connecting rod (10404) of the crank (10401) are mechanically connected, and the traffic cycle (10403) passes through crank synchronous belt (10408) it is sequentially connected with big crank (10407), the upper end of the connecting rod (10404) is movably connected on traffic cycle (10403) Front, the big crank (10407) are mechanically connected to the upper end of the bar that draws water (10406), the cooperation turntable (10409) and cooperation Seat (10410) clearance fit, aqueduct (10411) glue connection is in the left side of matching seat (10410) lower end, the water inlet Pipeline (10405) glue connection is in the right side of matching seat (10410) lower end.

6. a kind of building monitoring mark installation auxiliary bore hole device according to claim 2, it is characterised in that：The motor Driving structure (106) is by impeller (10601), thick synchronous belt (10602), synchronizing wheel (10603), big shaft (10604), short synchronization Band (10605), thin shaft (10606), driving motor (10607), motor fixing plate (10608) composition, the driving motor (10607) be welded in the left end of motor fixing plate (10608), the driving motor (10607) by short synchronous belt (10605) with Thin shaft (10606) is sequentially connected, and the synchronizing wheel (10603) is nested in the outer ring of thin shaft (10606), the synchronizing wheel (10603) it is sequentially connected by thick synchronous belt (10602) and big shaft (10604), the impeller (10601) is welded in big shaft (10604) left end, the motor fixing plate (10608) are mutually welded with drilling rod vibration-proof structure (107).

7. a kind of building monitoring mark installation auxiliary bore hole device according to claim 6, it is characterised in that：The drilling rod Vibration-proof structure (107) is by large steel cylinder (10701), fixed column (10702), spring (10703), small rigid cylinder (10704), drilling rod (10705), short fixed link (10706), thin synchronous belt (10707) composition, the drilling rod (10705) are nested in large steel cylinder (10701) left end, the fixed column (10702) are welded in the upper end of large steel cylinder (10701), and the spring (10703) is embedded in The inner ring of small rigid cylinder (10704), the small rigid cylinder (10704) are welded in the upper end of fixed column (10702), the short fixed link (10706) clearance fit is in the left end of small rigid cylinder (10704), and the top ring of the thin synchronous belt (10707) is around being connected to drilling rod (10705) outer ring, the short fixed link (10706) and the right end of drilling rod fixed structure (108) fit.

8. a kind of building monitoring mark installation auxiliary bore hole device according to claim 2 or 7, it is characterised in that：It is described Drilling rod fixed structure (108) is by push plate (10801), upper flexible connection frame (10802), telescopic rod (10803), sliding panel (10804), lower flexible connection frame (10805), telescopic mast (10806) composition, the right end of the telescopic rod (10803) are slidably connected The left end of upper end in push plate (10801) left surface, the telescopic rod (10803) is slidably connected to sliding panel (10804) right table The upper end in face, the upper flexible connection frame (10802) are flexibly connected with telescopic rod (10803), the lower flexible connection frame (10805) it is mechanically connected with telescopic mast (10806), the right end of the lower flexible connection frame (10805) is mechanically connected to push plate (10801) lower end of left surface.