CN108590508B - It is a kind of for build monitoring drilling device - Google Patents
It is a kind of for build monitoring drilling device Download PDFInfo
- Publication number
- CN108590508B CN108590508B CN201810237123.5A CN201810237123A CN108590508B CN 108590508 B CN108590508 B CN 108590508B CN 201810237123 A CN201810237123 A CN 201810237123A CN 108590508 B CN108590508 B CN 108590508B
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- gear
- welding
- screw thread
- belt pulley
- large size
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21B—EARTH DRILLING, e.g. DEEP DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B3/00—Rotary drilling
- E21B3/02—Surface drives for rotary drilling
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- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21B—EARTH DRILLING, e.g. DEEP DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B15/00—Supports for the drilling machine, e.g. derricks or masts
-
- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21B—EARTH DRILLING, e.g. DEEP DRILLING; OBTAINING OIL, GAS, WATER, SOLUBLE OR MELTABLE MATERIALS OR A SLURRY OF MINERALS FROM WELLS
- E21B19/00—Handling rods, casings, tubes or the like outside the borehole, e.g. in the derrick; Apparatus for feeding the rods or cables
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H37/00—Combinations of mechanical gearings, not provided for in groups F16H1/00 - F16H35/00
- F16H37/02—Combinations of mechanical gearings, not provided for in groups F16H1/00 - F16H35/00 comprising essentially only toothed or friction gearings
- F16H37/027—Combinations of mechanical gearings, not provided for in groups F16H1/00 - F16H35/00 comprising essentially only toothed or friction gearings toothed gearing combined with a gear using endless flexible members for reversing rotary motion only
Abstract
The invention discloses a kind of for building the drilling device of monitoring, its structure includes firm banking, connect end seat, lifter rack, height adjustment device, weld holder, servo motor, manipulate electronic box, speed regulation device, rapid drilling device, firm banking is in rectangular configuration, end seat is connected to be set to above firm banking and be in integrated molding structure, lifter rack is in a vertical shape, and end seat is vertical with firm banking spiral to be connect above firm banking and by connecting, height adjustment device is placed on lifter rack outer surface and is flexibly connected by engagement tooth engagement, weld holder is set to height adjustment device left side side and is connected by electric welding.The present invention can carry out edge to building surface layer and drill in rotating forward, center is drilled in reversion by being equipped with rapid drilling device, quick crashing builds surface, it realizes rapid drilling, effectively raises the bore rate of the drilling device for building monitoring, improve the whole efficiency of building monitoring.
Description
Technical field
The present invention is a kind of for building the drilling device of monitoring, belongs to building monitoring device field.
Background technique
Drilling refers to the operation processed and portalled on solid material with drill bit.Here the drilling device of building monitoring is taught
Refer in building monitoring, the biggish column circular hole of the smaller depth of diameter being drilled to using drilling equipment to underground, also known as
Drilling.Bore diameter and depth size depend on building monitoring actual demand.
But the drilling device for being used to build monitoring of the prior art can not manipulate brill hammer while rotate forward, invert progress quickly
Drilling, the brill hammer drilling speed of single direction rotation is slower, influences the working efficiency of building building monitoring.
Summary of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide it is a kind of for build monitoring drilling device, with
The drilling device for building monitoring of the solution prior art can not manipulate brill hammer while rotate forward, invert progress rapid drilling, single
Brill hammer drilling speed to rotation is slower, influences the defect of the working efficiency of building building monitoring.
To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of to monitor for building
Drilling device, structure include firm banking, connection end seat, lifter rack, height adjustment device, weld holder, servo motor, behaviour
Power control box, speed regulation device, rapid drilling device, the firm banking is in rectangular configuration, and the connection end seat is set to firm banking
Top and be in integrated molding structure, the lifter rack is in a vertical shape to be set to above firm banking and by connection end seat and solid
Determine pedestal spiral vertically to connect, the height adjustment device is placed on lifter rack outer surface and connects by engagement tooth engagement activity
It connects, the weld holder is set to height adjustment device left side side and is connected by electric welding, and the servo motor is set to lifter rack
Left side side and be fixedly welded by weld holder and height adjustment device, the manipulation electronic box be set to servo motor outer surface and with watch
Motor electrical connection is taken, the speed regulation device is set to below servo motor and is connected by electric welding, and the rapid drilling device is set
Is flexibly connected immediately below the speed regulation device and with speed regulation device, the rapid drilling device hammered into shape by power transmission mechanism, main borehole,
Driving pulley group, direction-changing drive mechanism, driving gear set, two-way speed-raising rotating mechanism, auxiliary drill drift composition, the power
Conveying mechanism is set to main borehole hammer top and is connected with auxiliary drill drift upper surface center by electric welding, and the main borehole hammer is in
Cylindrical hollow structure, the driving pulley are mounted on main borehole hammer inner upper and pass through electric welding phase with power transmission mechanism
Connection, the direction-changing drive mechanism are set to below driving pulley group and are flexibly connected by gear teeth meshing, the transmission gear
It is mounted below direction-changing drive mechanism and is flexibly connected by gear teeth meshing, the two-way speed-raising rotating mechanism is set to transmission gear
Group lower section and by the gear teeth and screw thread engagement be flexibly connected, the auxiliary drill drift be set to main borehole hammer lower inside and use between
Gap cooperation.
Further, the power transmission mechanism is by center power output shaft, power output shaft, variable diameter welding block, welding
Block composition, for the center power output shaft inside power output shaft, variable diameter welding block, welding block, the center power is defeated
Shaft lower end passes through electric welding through power output shaft, variable diameter welding block, welding block, main borehole hammer center and driving pulley group
It is connected, center power output shaft upper end is flexibly connected with speed regulation device, the power output shaft upper end and speed regulation device
It is flexibly connected, the variable diameter welding block is set to power output shaft lower end and is connected by electric welding, and the welding block is set to variable diameter
It is connected below welding block and by electric welding, the power output shaft hammers upper table into shape by variable diameter welding block, welding block and main borehole
Face center is by being welded perpendicular shape connection.
Further, main borehole hammer is by main ram body, drill end, drilling tooth, hollow structure, the first hollow track, the
Two hollow tracks composition, the cylindrical structure of main ram body, the drill end are set to main ram body lower end and are fixed by electric welding
Connection, the drilling tooth are uniformly equidistantly set to drill end lower edge and are in integrated molding structure, and the hollow structure is set to
Integrally change inside main ram body and with main ram body, the first hollow track is set in main ram body above wall and is in integrated molding
Structure, the direction-changing drive mechanism is embedded in the first hollow track interior and is slidably connected, and the second hollow track is set to main ram
It below internal wall and is in integrated molding structure, the auxiliary drill drift is embedded in the second hollow track interior and is slidably connected.
Further, the driving pulley group is by large size belt pulley, the first driving belt, small size belt pulley, Spin welding
Extension bar, rotating seat, small size transmission gear composition, the large size belt pulley are set to main borehole hammer inner upper center and aroused in interest in
Power output shaft lower end is set between large size belt pulley, small size belt pulley by the vertical connection of electric welding, first driving belt, institute
State small size belt pulley and flexible connection engaged with large size belt pulley by the first driving belt, Spin welding extension bar upper end through
It is flexibly connected inside small size pulley centers and insertion rotating seat with rotating seat, Spin welding extension bar lower end and small size driving cog
Wheel center is flexibly connected with direction-changing drive mechanism by gear teeth meshing by the vertical connection of electric welding, the trumpet transmission gear.
Further, the direction-changing drive mechanism is by large size transmission gear, same to shaft, connection end block, retention bead, limit
Cutting ferrule, connecting rod, movable pulley, large size screw thread belt pulley, the second driving belt, small size screw thread belt pulley set are at the large size passes
Moving gear is set to above shaft, and the same shaft upper end is through large size transmission gear center and passes through connection end block and large size
Transmission gear vertically connects, and the retention bead is set to shaft centre and is in integrated molding structure with same shaft, described same
Shaft lower end is connect with large size screw thread pulley centers by the way that electric welding is vertical through limit cutting ferrule, and described connecting rod one end passes through
Cutting ferrule is limited, the connecting rod other end is connect with movable pulley by the way that electric welding is vertical, and the movable pulley is embedded in the first hollow track
Internal and be slidably connected, the large size screw thread belt pulley and small size screw thread belt pulley are arranged side by side, and second driving belt is set to greatly
Between number screw thread belt pulley, small size screw thread belt pulley and engagement is flexibly connected, the large size screw thread belt pulley, small size screw thread belt
Wheel is flexibly connected with driving gear set by gear teeth meshing.
Further, the driving gear set is made of drive rod, the first bevel gear, the second bevel gear, helical gear, institute
It states the first bevel gear to be arranged on the transmission rod end and be connected by electric welding, the drive rod upper end passes through the first bevel gear and large size
The screw thread engagement that screw thread belt pulley, small size screw thread belt pulley lower surface are equipped with is flexibly connected, and second bevel gear is set to transmission
Bar lower end is by the vertical connection of electric welding, the screw thread that the drive rod lower end is equipped with by the second bevel gear and helical gear front surface
Engagement is flexibly connected, and the gear teeth that the helical gear is equipped with by its edge engage flexible connection with two-way speed-raising rotating mechanism.
Further, there are two the two-way speed-raising rotating mechanism is set, the two-way speed-raising rotating mechanism by speed-raising gear,
Threaded rod, small size spur gear, rotation attachment base, telescopic rod, idler wheel composition, the speed-raising gear are set to helical gear down either side
And by gear teeth meshing be flexibly connected, threaded rod upper section outer surface be equipped with screw thread, the threaded rod upper end by screw thread with
Speed-raising gear engagement flexible connection, the trumpet spur gear are set to threaded rod lower section and connect with by the way that electric welding is vertical, the rotation
Attachment base is set to small size spur gear lower surface center and is connected by electric welding, inside the telescopic rod upper end insertion rotation attachment base
And be flexibly connected, the idler wheel is set to below telescopic rod and is connected by screws spiral, and the idler wheel is on auxiliary drill drift
In the sliding rail that surface is equipped with and it is slidably connected.
Further, the auxiliary drill drift is by auxiliary hammer body, large size spur gear, welding bars, link block, pulley spindle, cunning
Wheel, sliding rail, auxiliary drill nose end, auxiliary bore hole tooth composition, the cylindrical structure of the auxiliary hammer body, the large size spur gear
Flexible connection is engaged set on auxiliary hammer body surface center and with small size spur gear, the welding bars upper end and large size spur gear are logical
The vertical connection of electric welding is crossed, the welding bars lower end passes through link block and auxiliary hammer body upper surface center vertical welding, the pulley
Be located in auxiliary two upper side of hammer body and one end by electric welding hammer body side surface is vertical connect with auxiliary, the pulley is embedded in the
Two hollow track interiors and hammer body is vertical connect with auxiliary by pulley spindle, the rounded structure of the sliding rail and being set to assist
Hammer body upper surface and auxiliary hammer body are in integrated molding structure, and the auxiliary drill nose end is set to below auxiliary hammer body and passes through electric welding
It is fixedly connected, the auxiliary bore hole tooth is set to auxiliary drill nose end lower end outer edge and is in integrated molding structure.
Beneficial effect
It is of the invention a kind of for building the drilling device of monitoring, firm banking is fixed on the side for wanting bore position,
Bore position is wanted into the alignment of rapid drilling device, height is adjusted by speed regulation device, rapid drilling device lower end is made to contact and to bore
The position in hole starts servo motor by control manipulation electronic box and starts to work, and servo motor drives speed regulation device work, speed regulation dress
It sets and drives main borehole hammer to be rotated in the forward direction by power output shaft again, main borehole hammer is by drill end, drilling tooth to building table
Layer is drilled, while speed regulation device drives large size belt pulley to be rotated forward by center power output shaft, and large size belt pulley is again
Drive small size belt pulley to rotate forward by the first driving belt, small size belt pulley by Spin welding extension bar drive small size transmission gear into
Row forward direction synchronous rotary, because large size transmission gear is engaged with small size transmission gear, therefore small size transmission gear is big by gear teeth drive
Number transmission gear is inverted, and large size transmission gear drives the reversion of large size screw thread belt pulley, large size screw thread belt pulley with shaft again
By driving small size screw thread belt pulley reversion by the second driving belt, large size screw thread belt pulley, small size screw thread belt pulley lead to simultaneously
It crosses the first bevel gear and drives drive rod rotation, drive rod drives helical gear to rotate further through the second bevel gear, helical gear band
Two speed-raising gears rotation below its left and right is moved, speed-raising gear drives spiral shell by the screw thread that the gear teeth and screw thread rod outer surface are equipped with
Rasp bar rotation, while driving and being rotated with the small size spur gear of threaded rod lower end welding；Because main borehole hammer is pressed downwards, hammer body meeting is assisted
Stress assists hammer body to push up large size spur gear upwards by welding bars in Xiang Shangyi, makes large size spur gear and two trumpets
Spur gear engagement, two small size spur gears drive large size spur gear to be inverted, and large size spur gear passes through welding bars band dynamic auxiliary
Hammer body reversion cooperates the main borehole of rotating forward to hammer into shape and drill realizing rapid drilling to building surface layer.
Of the invention is a kind of for building the drilling device of monitoring, can be to building surface layer by being equipped with rapid drilling device
It carries out edge to drill in rotating forward, center is drilled in reversion, and quick crashing builds surface, is realized rapid drilling, is effectively raised
For building the bore rate of the drilling device of monitoring, the whole efficiency of building monitoring is improved.
Detailed description of the invention
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 that the present invention is a kind of for building the structural schematic diagram of the drilling device of monitoring.
Fig. 2 is a kind of structural plan figure of rapid drilling device of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of rapid drilling device of the present invention.
Fig. 4 is a kind of working state figure of rapid drilling device of the present invention.
In figure: firm banking -1, connection end seat -2, lifter rack -3, height adjustment device -4, weld holder -5, servo electricity
Machine -6, manipulation electronic box -7, speed regulation device -8, rapid drilling device -9, power transmission mechanism -90, main borehole hammer -91, transmission skin
Belt wheel group -92, direction-changing drive mechanism -93, driving gear set -94, two-way speed-raising rotating mechanism -95, auxiliary drill drift -96, in
Power output shaft -901 aroused in interest, power output shaft -902, variable diameter welding block -903, welding block -904, main ram body -911, drill end -
912, drill tooth -913, hollow structure -914, the first hollow track -915, the second hollow track -916, large size belt pulley -921,
It is first driving belt -922, small size belt pulley -923, Spin welding extension bar -924, rotating seat -925, small size transmission gear -926, big
Number transmission gear -931, same to shaft -932, connection end block -933, retention bead -934, limit cutting ferrule -935, connecting rod -936,
Movable pulley -937, large size screw thread belt pulley -938, the second driving belt -939, small size screw thread belt pulley -9310, drive rod -
941, the first bevel gear -942, the second bevel gear -943, helical gear -944, speed-raising gear -951, threaded rod -952, it is small size just
Gear -953, rotation attachment base -954, telescopic rod -955, idler wheel -956, auxiliary hammer body -961, large size spur gear -962, welding
Bar -963, link block -964, pulley spindle -965, pulley -966, sliding rail -967, auxiliary drill nose end -968, auxiliary bore hole tooth -
969。
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
Fig. 1-Fig. 4 is please referred to, the present invention provides a kind of for building the technical solution of the drilling device of monitoring: its structure packet
It includes firm banking 1, connection end seat 2, lifter rack 3, height adjustment device 4, weld holder 5, servo motor 6, manipulation electronic box 7, adjust
Speed variator 8, rapid drilling device 9, the firm banking 1 is in rectangular configuration, and the connection end seat 2 is set to 1 top of firm banking
And be in integrated molding structure, the lifter rack 3 is in a vertical shape set on 1 top of firm banking and by connection end seat 2 and admittedly
Determine 1 spiral of pedestal vertically to connect, the height adjustment device 4 is placed on 3 outer surface of lifter rack and by engagement tooth engagement activity
Connection, the weld holder 5 are set to 4 left side side of height adjustment device and are connected by electric welding, and the servo motor 6 is set to lifting
It 3 left side side of rack gear and is fixedly welded with height adjustment device 4 by weld holder 5, the manipulation electronic box 7 is outside servo motor 6
It surface and is electrically connected with servo motor 6, the speed regulation device 8 is set to 6 lower section of servo motor and is connected by electric welding, described fast
Fast drilling equipment 9 is set to immediately below speed regulation device 8 and is flexibly connected with speed regulation device 8, and the rapid drilling device 9 is defeated by power
Mechanism 90, main borehole is sent to hammer 91, driving pulley group 92, direction-changing drive mechanism 93, driving gear set 94, two-way speed-raising whirler into shape
Structure 95, auxiliary drill drift 96 form, the power transmission mechanism 90 be set to main borehole hammer 91 top and on auxiliary drill drift 96
Centre of surface is connected by electric welding, and the main borehole hammers 91 cylindrical hollow structures into shape, and the driving pulley group 92 is set to
Main borehole hammers 91 inner uppers into shape and is connected with power transmission mechanism 90 by electric welding, and the direction-changing drive mechanism 93 is set to transmission
The lower section of belt pulley set 92 and be flexibly connected by gear teeth meshing, the driving gear set 94 be set to below direction-changing drive mechanism 93 and
It is flexibly connected by gear teeth meshing, the two-way speed-raising rotating mechanism 95 is set to 94 lower section of driving gear set and passes through the gear teeth and spiral shell
Line engagement is flexibly connected, and the auxiliary drill drift 96 is set to main borehole and hammers 91 lower insides into shape and be gap-matched, the power
Conveying mechanism 90 is made of center power output shaft 901, power output shaft 902, variable diameter welding block 903, welding block 904, described
For center power output shaft 901 inside power output shaft 902, variable diameter welding block 903, welding block 904, the center power is defeated
91 centers and transmission skin are hammered into shape through power output shaft 902, variable diameter welding block 903, welding block 904, main borehole in 901 lower end of shaft
Belt wheel group 92 is connected by electric welding, and 901 upper end of center power output shaft is flexibly connected with speed regulation device 8, the power
902 upper end of output shaft is flexibly connected with speed regulation device 8, and the variable diameter welding block 903 is set to 902 lower end of power output shaft and passes through
Electric welding is connected, and the welding block 904 is set to 903 lower section of variable diameter welding block and is connected by electric welding, the power output shaft
902 are hammered into shape 91 upper surface centers with main borehole and are connect by being welded perpendicular shape by variable diameter welding block 903, welding block 904, described
Main borehole hammer 91 is by main ram body 911, drill end 912, drilling tooth 913, hollow structure 914, the first hollow track 915, second times
Type track 916 forms, the cylindrical structure of the main ram body 911, and the drill end 912 is set to 911 lower end of main ram body and passes through
Electric welding is fixedly connected, and the drilling tooth 913 is uniformly equidistantly set to 912 lower edge of drill end and is in integrated molding structure, institute
State hollow structure 914 set on the inside of main ram body 911 and with 911 integralization of main ram body, the first hollow track 915 is set on leading
Above hammer body 911 inner wall and be in integrated molding structure, the direction-changing drive mechanism 93 embedded in 915 inside of the first hollow track and
It is slidably connected, the second hollow track 916 is set to below 911 inner wall of main ram body and is in integrated molding structure, the auxiliary
Drill hammer 96 is embedded in the inside of the second hollow track 916 and is slidably connected, the driving pulley group 92 by large size belt pulley 921,
First driving belt 922, small size belt pulley 923, Spin welding extension bar 924, rotating seat 925, small size transmission gear 926 form, institute
Large size belt pulley 921 is stated to hammer 91 inner upper centers into shape set on main borehole and hang down with 901 lower end of center power output shaft by electric welding
Direct-connected to connect, first driving belt 922 is set between large size belt pulley 921, small size belt pulley 923, the trumpet belt pulley
923 engage flexible connection with large size belt pulley 921 by the first driving belt 922,924 upper end of Spin welding extension bar through
It is flexibly connected inside small size 923 center of belt pulley and insertion rotating seat 925 with rotating seat 925,924 lower end of Spin welding extension bar
It is connect with small size 926 center of transmission gear by the way that electric welding is vertical, the trumpet transmission gear 926 passes through with direction-changing drive mechanism 93
Gear teeth meshing be flexibly connected, the direction-changing drive mechanism 93 by large size transmission gear 931, with shaft 932, connection end block 933, limit
Position protrusion 934, limit cutting ferrule 935, connecting rod 936, movable pulley 937, large size screw thread belt pulley 938, the second driving belt 939,
Small size screw thread belt pulley 9310 forms, and the large size transmission gear 931 is set to 932 top of shaft, same 932 upper end of shaft
Through 931 center of large size transmission gear and by connection, end block 933 is vertical with large size transmission gear 931 connect, the limit
Protrusion 934 is set to being in integrated molding structure among shaft 932 and with same shaft 932, same 932 lower end of shaft through
Limit cutting ferrule 935 is connect with 938 center of large size screw thread belt pulley by the way that electric welding is vertical, and described 936 one end of connecting rod passes through limit
Cutting ferrule 935,936 other end of connecting rod are connect with movable pulley 937 by the way that electric welding is vertical, and the movable pulley 937 is embedded in first
It inside hollow track 915 and is slidably connected, the large size screw thread belt pulley 938 and small size screw thread belt pulley 9310 are arranged side by side, described
Second driving belt 939 is set between large size screw thread belt pulley 938, small size screw thread belt pulley 9310 and engagement is flexibly connected, institute
State large size screw thread belt pulley 938, small size screw thread belt pulley 9310 is flexibly connected with driving gear set 94 by gear teeth meshing, described
Driving gear set 94 is made of drive rod 941, the first bevel gear 942, the second bevel gear 943, helical gear 944, and described first
Bevel gear 942 is set to 941 upper end of drive rod and is connected by electric welding, and 941 upper end of drive rod passes through the first bevel gear 942
The screw thread being equipped with large size screw thread belt pulley 938, small size 9310 lower surface of screw thread belt pulley engages flexible connection, second umbrella
Gear 943 is set to 941 lower end of drive rod by the vertical connection of electric welding, 941 lower end of drive rod by the second bevel gear 943 with
Screw thread that 944 front surface of helical gear is equipped with, which engages, to be flexibly connected, the gear teeth that the helical gear 944 is equipped with by its edge and
The engagement of two-way speed-raising rotating mechanism 95 is flexibly connected, there are two the two-way speed-raising rotating mechanism 95 is set, the two-way speed-raising rotation
Rotation mechanism 95 is by speed-raising gear 951, threaded rod 952, small size spur gear 953, rotation attachment base 954, telescopic rod 955, idler wheel 956
Composition, the speed-raising gear 951 are set to 944 down either side of helical gear and are flexibly connected by gear teeth meshing, the threaded rod
952 upper section outer surfaces are equipped with screw thread, and flexible connection is engaged with speed-raising gear 951 by screw thread in 952 upper end of threaded rod, described
Small size spur gear 953 is connect set on 952 lower section of threaded rod with by the way that electric welding is vertical, and the rotation attachment base 954 is being set to trumpet just
953 lower surface center of gear is connected by electric welding, 955 upper end of telescopic rod insertion rotation attachment base, 954 inside and activity
Connection, the idler wheel 956 are set to 955 lower section of telescopic rod and are connected by screws spiral, and the idler wheel 956 is embedded in auxiliary drill drift
It in the sliding rail that 96 upper surfaces are equipped with and is slidably connected, the auxiliary drill drift 96 is by auxiliary hammer body 961, large size spur gear
962, welding bars 963, link block 964, pulley spindle 965, pulley 966, sliding rail 967, auxiliary drill nose end 968, auxiliary bore hole
Tooth 969 forms, the cylindrical structure of the auxiliary hammer body 961, and the large size spur gear 962 is set to right above auxiliary hammer body 961
Center and flexible connection is engaged with small size spur gear 953,963 upper end of welding bars and large size spur gear 962 are hung down by electric welding
Direct-connected to connect, 963 lower end of welding bars passes through link block 964 and auxiliary 961 upper surface center vertical welding of hammer body, the pulley
Axis 965 be set to auxiliary 961 liang of upper sides of hammer body and one end by electric welding with assist that 961 side surface of hammer body is vertical connect, it is described
Pulley 966 embedded in the inside of the second hollow track 916 and by pulley spindle 965 with assist that hammer body 961 is vertical to be connect, the sliding rail
The rounded structure in road 967 and be set to auxiliary 961 upper surface of hammer body and auxiliary hammer body 961 be in integrated molding structure, the auxiliary
Drill end 968 is set to 961 lower section of auxiliary hammer body and is fixedly connected by electric welding, and the auxiliary bore hole tooth 969 is set to auxiliary bore hole
Hold 968 lower end outer edges and in integrated molding structure.
Of the invention is a kind of for building the drilling device of monitoring, its working principle is that: firm banking 1, which is fixed on, to be bored
On the side of hole site, bore position is wanted into the alignment of rapid drilling device 9, height is adjusted by speed regulation device 8, fills rapid drilling
It sets 9 lower ends and contacts the position to be drilled, servo motor 6 is started by control manipulation electronic box 7 and is started to work, servo motor 6 drives
Speed regulation device 8 works, and speed regulation device 8 drives main borehole hammer 91 to be rotated in the forward direction by power output shaft 902 again, main borehole hammer
91 are drilled by drill end 912, drilling 913 pairs of building surface layers of tooth, while speed regulation device 8 passes through center power output shaft
901 drive large size belt pulleys 921 are rotated forward, and large size belt pulley 921 drives small size belt pulley further through the first driving belt 922
923 rotate forward, and small size belt pulley 923 drives small size transmission gear 926 to carry out positive synchronous rotary by Spin welding extension bar 924, because
Large size transmission gear 931 is engaged with small size transmission gear 926, therefore small size transmission gear 926 drives large size driving cog by the gear teeth
Wheel 931 is inverted, and large size transmission gear 931 drives large size screw thread belt pulley 938 to invert with shaft 932 again, large size screw thread skin
Belt wheel 938 by the second driving belt 939 by driving small size screw thread belt pulley 9310 to invert, large size screw thread belt pulley 938, trumpet
Screw thread belt pulley 9310 drives drive rod 941 to rotate by the first bevel gear 942 simultaneously, and drive rod 941 is further through the second umbrella tooth
Wheel 943 drives helical gear 944 to rotate, and helical gear 944 drives two speed-raising gears 951 rotation below its left and right, speed-raising
Gear 951 drives threaded rod 952 to rotate by the screw thread that the gear teeth and 952 outer surface of threaded rod are equipped with, while drive and threaded rod
The small size spur gear 953 of 952 lower ends welding rotates；Because main borehole hammer 91 is pressed downwards, auxiliary hammer body 961 understands stress in Xiang Shangyi,
It assists hammer body 961 to push up large size spur gear 962 upwards by welding bars 963 simultaneously, makes large size spur gear 962 and two trumpets just
Gear 953 engages, and two small size spur gears 953 drive large size spur gear 962 to be inverted, and large size spur gear 962 passes through welding
Bar 963 is inverted with dynamic auxiliary hammer body 961, is cooperated the main borehole of rotating forward to hammer 91 pairs of building surface layers into shape and drill realizing rapid drilling.
Problems solved by the invention be the prior art for build monitoring drilling device can not manipulate brill hammer into shape and meanwhile just
Turning, reversion progress rapid drilling, the brill hammer drilling speed of single direction rotation is slower, the working efficiency of building building monitoring is influenced, this
Invention passes through being combined with each other for above-mentioned component, by being equipped with rapid drilling device, can carry out edge to building surface layer and beat in rotating forward
It bores, center is drilled in reversion, and quick crashing builds surface, realizes rapid drilling, effectively raises the brill for building monitoring
The bore rate of hole equipment improves the whole efficiency of building monitoring.
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 spirit of the invention or
In the case where 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 fall within the meaning and scope of the equivalent elements 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 embodiments being understood that.
Claims (8)
1. a kind of for building the drilling device of monitoring, structure includes firm banking (1), connection end seat (2), lifter rack
(3), height adjustment device (4), weld holder (5), servo motor (6), manipulation electronic box (7), speed regulation device (8), rapid drilling dress
Set (9), it is characterised in that:
The firm banking (1) is in rectangular configuration, and the connection end seat (2) is set to above firm banking (1) and in one chemical conversion
Type structure, the lifter rack (3) is in a vertical shape to be set to above firm banking (1) and by connection end seat (2) and firm banking
(1) spiral vertically connects, and the height adjustment device (4) is placed on lifter rack (3) outer surface and by engagement tooth engagement activity
Connection, the weld holder (5) are set to height adjustment device (4) left side side and are connected by electric welding, and the servo motor (6) sets
It is fixedly welded in lifter rack (3) left side side and by weld holder (5) with height adjustment device (4), the manipulation electronic box (7) sets
Be electrically connected in servo motor (6) outer surface and with servo motor (6), the speed regulation device (8) be set to servo motor (6) below and
It is connected by electric welding, the rapid drilling device (9) is set to immediately below speed regulation device (8) and connects with speed regulation device (8) activity
It connects；
The rapid drilling device (9) hammers (91), driving pulley group (92), deflecting into shape by power transmission mechanism (90), main borehole
Transmission mechanism (93), driving gear set (94), two-way speed-raising rotating mechanism (95), auxiliary drill drift (96) composition, the power
Conveying mechanism (90) is set to above main borehole hammer (91) and is connected with auxiliary drill drift (96) upper surface center by electric welding, institute
State main borehole hammer (91) cylindrical hollow structure, the driving pulley group (92) be set to main borehole hammer (91) inner upper and
It is connected with power transmission mechanism (90) by electric welding, the direction-changing drive mechanism (93) is set to below driving pulley group (92)
And be flexibly connected by gear teeth meshing, the driving gear set (94) is set to below direction-changing drive mechanism (93) and is nibbled by the gear teeth
It closes and is flexibly connected, the two-way speed-raising rotating mechanism (95) is set to below driving gear set (94) and is engaged by the gear teeth and screw thread
It is flexibly connected, the auxiliary drill drift (96) is set to main borehole hammer (91) lower inside and is gap-matched.
2. according to claim 1 a kind of for building the drilling device of monitoring, it is characterised in that: the power transmission machine
Structure (90) is made of center power output shaft (901), power output shaft (902), variable diameter welding block (903), welding block (904),
The center power output shaft (901) is set to power output shaft (902), variable diameter welding block (903), welding block (904) inside, institute
Center power output shaft (901) lower end is stated through power output shaft (902), variable diameter welding block (903), welding block (904), master
Drill hammer (91) center and driving pulley group (92) are connected by electric welding, center power output shaft (901) upper end with
Speed regulation device (8) is flexibly connected, and power output shaft (902) upper end is flexibly connected with speed regulation device (8), the variable diameter welding
Block (903) is set to power output shaft (902) lower end and is connected by electric welding, and the welding block (904) is set to variable diameter welding block
(903) it is connected below and by electric welding, the power output shaft (902) passes through variable diameter welding block (903), welding block (904)
(91) upper surface center is hammered into shape with main borehole to connect by being welded perpendicular shape.
3. according to claim 2 a kind of for building the drilling device of monitoring, it is characterised in that: the main borehole hammer
(91) by main ram body (911), drill end (912), drilling tooth (913), hollow structure (914), the first hollow track (915), the
Two hollow tracks (916) composition, the cylindrical structure of the main ram body (911), the drill end (912) are set to main ram body
(911) lower end and be fixedly connected by electric welding, the drilling tooth (913) uniformly it is equidistant set on drill end (912) lower edge and
In integrated molding structure, the hollow structure (914) be set to main ram body (911) it is internal and with main ram body (911) integralization,
The first hollow track (915) is set to above main ram body (911) inner wall and is in integrated molding structure, the deflecting driver
Structure (93) is internal embedded in the first hollow track (915) and is slidably connected, and the second hollow track (916) is set to main ram body
(911) below inner wall and be in integrated molding structure, the auxiliary drill drift (96) it is internal embedded in the second hollow track (916) and
It is slidably connected.
4. according to claim 3 a kind of for building the drilling device of monitoring, it is characterised in that: the driving pulley
Group (92) is by large size belt pulley (921), the first driving belt (922), small size belt pulley (923), Spin welding extension bar (924), rotation
Swivel base (925), small size transmission gear (926) form, and the large size belt pulley (921) is set in main borehole hammer (91) inner upper
The heart and with center power output shaft (901) lower end by be welded it is vertical connect, first driving belt (922) is set on large size skin
Between belt wheel (921), small size belt pulley (923), the trumpet belt pulley (923) passes through the first driving belt (922) and large size
Belt pulley (921) engagement is flexibly connected, and Spin welding extension bar (924) upper end is through small size belt pulley (923) center and embedding
Enter and is flexibly connected inside rotating seat (925) with rotating seat (925), Spin welding extension bar (924) lower end and small size transmission gear
(926) center passes through gear teeth meshing by the vertical connection of electric welding, the trumpet transmission gear (926) and direction-changing drive mechanism (93)
It is flexibly connected.
5. according to claim 4 a kind of for building the drilling device of monitoring, it is characterised in that: the deflecting driver
Structure (93) is by large size transmission gear (931), same to shaft (932), connection end block (933), retention bead (934), limit cutting ferrule
(935), connecting rod (936), movable pulley (937), large size screw thread belt pulley (938), the second driving belt (939), small size screw thread
Belt pulley (9310) composition, the large size transmission gear (931) are set to above same shaft (932), same to shaft (932) upper end
Through large size transmission gear (931) center and by connection, end block (933) are vertical with large size transmission gear (931) connect, institute
Retention bead (934) are stated among same shaft (932) and with same shaft (932) in integrated molding structure, the same to shaft
(932) lower end is connect with large size screw thread belt pulley (938) center by the way that electric welding is vertical through limit cutting ferrule (935), the company
By limit cutting ferrule (935), connecting rod (936) other end is vertical by electric welding with movable pulley (937) for extension bar (936) one end
Connection, the movable pulley (937) is internal embedded in the first hollow track (915) and is slidably connected, the large size screw thread belt pulley
(938) side by side with small size screw thread belt pulley (9310), second driving belt (939) be set to large size screw thread belt pulley (938),
Between small size screw thread belt pulley (9310) and engagement is flexibly connected, the large size screw thread belt pulley (938), small size screw thread belt pulley
(9310) it is flexibly connected with driving gear set (94) by gear teeth meshing.
6. according to claim 5 a kind of for building the drilling device of monitoring, it is characterised in that: the driving gear set
(94) it is made of drive rod (941), the first bevel gear (942), the second bevel gear (943), helical gear (944), described first
Bevel gear (942) is set to drive rod (941) upper end and is connected by electric welding, and drive rod (941) upper end passes through the first umbrella
Gear (942) engages activity with the screw thread that large size screw thread belt pulley (938), small size screw thread belt pulley (9310) lower surface are equipped with and connects
It connects, second bevel gear (943) is set to drive rod (941) lower end and passes through the vertical connection of electric welding, drive rod (941) lower end
Flexible connection, the helical gear are engaged with the screw thread that helical gear (944) front surface is equipped with by the second bevel gear (943)
(944) gear teeth being equipped with by its edge engage flexible connection with two-way speed-raising rotating mechanism (95).
7. according to claim 6 a kind of for building the drilling device of monitoring, it is characterised in that: the two-way speed-raising rotation
There are two rotation mechanism (95) is set, the two-way speed-raising rotating mechanism (95) by speed-raising gear (951), threaded rod (952), it is small size just
Gear (953), rotation attachment base (954), telescopic rod (955), idler wheel (956) composition, the speed-raising gear (951) are set to screw thread
Gear (944) down either side and by gear teeth meshing be flexibly connected, threaded rod (952) the upper section outer surface be equipped with screw thread, institute
It states threaded rod (952) upper end and flexible connection is engaged with speed-raising gear (951) by screw thread, the trumpet spur gear (953) is set to
It is connect below threaded rod (952) with by the way that electric welding is vertical, the rotation attachment base (954) is set to small size spur gear (953) following table
Face center is connected by electric welding, and telescopic rod (955) upper end insertion rotation attachment base (954) is internal and is flexibly connected, institute
Idler wheel (956) are stated below telescopic rod (955) and are connected by screws spiral, the idler wheel (956) is embedded in auxiliary drill drift
(96) sliding rail that upper surface is equipped with is interior and is slidably connected.
8. according to claim 7 a kind of for building the drilling device of monitoring, it is characterised in that: the auxiliary drill drift
(96) by auxiliary hammer body (961), large size spur gear (962), welding bars (963), link block (964), pulley spindle (965), pulley
(966), sliding rail (967), auxiliary drill nose end (968), auxiliary bore hole tooth (969) composition, the auxiliary hammer body (961) is in circle
Column structure, the large size spur gear (962) are set to center right above auxiliary hammer body (961) and nibble with small size spur gear (953)
It closes and is flexibly connected, welding bars (963) upper end is connect with large size spur gear (962) by the way that electric welding is vertical, the welding bars
(963) lower end is set to by link block (964) and auxiliary hammer body (961) upper surface center vertical welding, the pulley spindle (965)
Auxiliary (961) two upper side of hammer body and one end by electric welding with assist that hammer body (961) side surface is vertical connect, the pulley
(966) internal embedded in the second hollow track (916) and by pulley spindle (965) with assist that hammer body (961) are vertical to be connect, the cunning
The rounded structure in dynamic rail road (967) and be set to auxiliary hammer body (961) upper surface and auxiliary hammer body (961) be in integrated molding knot
Structure, the auxiliary drill nose end (968) are set to below auxiliary hammer body (961) and are fixedly connected by electric welding, the auxiliary bore hole tooth
(969) it is set to auxiliary drill nose end (968) lower end outer edge and is in integrated molding structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810237123.5A CN108590508B (en) | 2018-03-21 | 2018-03-21 | It is a kind of for build monitoring drilling device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810237123.5A CN108590508B (en) | 2018-03-21 | 2018-03-21 | It is a kind of for build monitoring drilling device |
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| CN108590508A CN108590508A (en) | 2018-09-28 |
| CN108590508B true CN108590508B (en) | 2019-09-24 |
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| CN110107344B (en) * | 2019-06-12 | 2024-04-05 | 河南城建学院 | Electrodeless expanding type gas extraction hole drilling and hole making device and method |
| CN111827868A (en) * | 2020-07-29 | 2020-10-27 | 陶茂龙 | Manual reversing device for petroleum drilling when encountering resistance |
| CN112284814B (en) * | 2020-12-23 | 2021-10-08 | 西安华兴工程管理有限公司 | Highway detects with road surface core machine of getting |
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| JPH11117287A (en) * | 1997-10-15 | 1999-04-27 | Nit Co Ltd | Ground improved body creating method and its device |
| CN1264452A (en) * | 1997-05-08 | 2000-08-23 | 柔性钻井有限公司 | Directional drilling apparatus |
| JP3788896B2 (en) * | 2000-07-04 | 2006-06-21 | ケミカルグラウト株式会社 | Yamato wall construction method |
| CN106239166A (en) * | 2016-09-30 | 2016-12-21 | 中建八局第建设有限公司 | A kind of band steel curved drilling equipment |
| CN107553419A (en) * | 2017-09-28 | 2018-01-09 | 吴义锖 | One kind building monitoring mark installation auxiliary bore hole device |
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|---|---|---|---|---|
| CN1264452A (en) * | 1997-05-08 | 2000-08-23 | 柔性钻井有限公司 | Directional drilling apparatus |
| JPH11117287A (en) * | 1997-10-15 | 1999-04-27 | Nit Co Ltd | Ground improved body creating method and its device |
| JP3788896B2 (en) * | 2000-07-04 | 2006-06-21 | ケミカルグラウト株式会社 | Yamato wall construction method |
| CN106239166A (en) * | 2016-09-30 | 2016-12-21 | 中建八局第建设有限公司 | A kind of band steel curved drilling equipment |
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| CN108590508A (en) | 2018-09-28 |
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Effective date of registration: 20190815 Address after: 430000 Friendship Avenue 508, Hongshan District, Wuhan City, Hubei Province Applicant after: Hubei Dena Construction Co., Ltd. Address before: 362100 Huixing Street, Luocheng Town, Huian County, Quanzhou City, Fujian Province Applicant before: Zhang Xiaoting |
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