CN108747972A - A kind of tool extension rod device - Google Patents
A kind of tool extension rod device Download PDFInfo
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- CN108747972A CN108747972A CN201810609208.1A CN201810609208A CN108747972A CN 108747972 A CN108747972 A CN 108747972A CN 201810609208 A CN201810609208 A CN 201810609208A CN 108747972 A CN108747972 A CN 108747972A
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- bar
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- tooth
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B27/00—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for
- B25B27/14—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for for assembling objects other than by press fit or detaching same
- B25B27/143—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for for assembling objects other than by press fit or detaching same for installing wire thread inserts or tubular threaded inserts
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- Mechanical Engineering (AREA)
- Clamps And Clips (AREA)
Abstract
The invention discloses a kind of tool extension rod device, structure includes：Plunger block,Frame ring,It is tensioned column casing,Adjusting knob,Precise regulator,Electronic detectors,Charactron,Screwed ring,Mast sleeve,Sealed bonnet,Adjusting knob is inserted embedded in the upper right corner of precise regulator,Precise regulator is nested in the right side of electronic detectors and is mutually communicated,Precise regulator of the present invention is equipped with geared system,Clamping frame device,Cam mechanism,Spindle mechanism,Conveyer belt group,Revolve paddle device,Sliding equipment,Carriage apparatus,Realize the fine tuning linking rod piece nozzle of tool extension rod device,The precision effect of the amount of feeding improves,Clamping promotes docking,To butting rod piece, there are gap adjustment to be bonded,Docking mistake can also correct in time,Protect the loss of nozzle docking collision,Also rod piece nozzle depth and Interworking Data are had detected,Facilitate later stage batch operation,Difficulty improvement is docked to the presence or absence of rod piece screw thread,Consistent docking is efficiently convenient.
Description
Technical field
The present invention is a kind of tool extension rod device, belongs to tool extension rod device field.
Background technology
Connecting rod is that both ends are hinged with driven member to transmit the rod piece of movement and power respectively with actively in mechanism, connecting rod
Operating condition requires connecting rod to have higher intensity and anti-fatigue performance；Enough rigidity and toughness, vehicle machine are required again
The auxiliary extension bar device of tool is usually the connecting rod of vehicle and its building block, the connecting rod of vehicle and field engineering machinery, vehicle
Connecting rod between vehicle can be called for extension bar device, and the common tool extension rod device of technology is mostly used nut at present
It is convenient to be docked with screw thread, can the linking progress of thread channel bar part and the butt-joint clearance of non-threaded rod piece be inconvenient to detect in pipe
Adjust, when being docked to rod piece, the docking nozzle at rod piece both ends due to that deformation can be caused to wear under the compressing by force of external force,
Cost of idleness is replaced rod piece and is docked again, integrated operation inefficiency.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of tool extension rod device, connect with solution tool
Lever apparatus be mostly used nut docked with screw thread it is convenient, can the linking progress of thread channel bar part and the butt-joint clearance of non-threaded rod piece exist
Be inconvenient to detect adjusting in pipe, when docking rod piece, the docking nozzle at rod piece both ends is due under the compressing by force of external force
Deformation can be caused to wear, cost of idleness is replaced rod piece and docked again, the problem of integrated operation inefficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of tool extension rod device,
Structure includes：Plunger block, frame ring, tensioning column casing, adjusting knob, precise regulator, electronic detectors, charactron, screwed ring, column
Rod sleeve, sealed bonnet, the adjusting knob are inserted embedded in the upper right corner of precise regulator, and the precise regulator is nested in electronics
It the right side of detector and is mutually communicated, the charactron is inserted embedded in the front side of electronic detectors, and the charactron passes through pin
Be electrically connected with electronic detectors, the electronic detectors are connect by screwed ring with mast bush whorl, the sealed bonnet with
Mast sleeve is mechanically connected, and the sealed bonnet is nested in the left and right ends of mast sleeve respectively with screwed ring and axle center is total to
Line, the frame ring are nested in the right end of tensioning column casing, and the left end of the tensioning column casing is inserted embedded in the right side of precise regulator, described
Plunger block is nested into one, the plunger block, tensioning column casing, adjusting knob, essence through the axle center of frame ring and with tensioning column casing
Degree adjuster axle center is conllinear, and the mast sleeve is installed on the left side of electronic detectors and is mutually communicated with precise regulator,
The precise regulator is equipped with geared system, clamping frame device, cam mechanism, spindle mechanism, conveyer belt group, rotation paddle device, sliding
Mechanism, carriage apparatus, the geared system are inserted embedded in the upper right corner of clamping frame device, the left end and cam mechanism of the clamping frame device
Flexible connection, the rotation paddle device are installed in the both sides up and down of cam mechanism, the spindle mechanism and biography with spindle mechanism respectively
Band group flexible connection, the conveyer belt group is sent to be installed on the left side of cam mechanism, the sliding equipment connects with carriage apparatus machinery
It connects, the sliding equipment is installed on the upper right corner of carriage apparatus, and the right side of the clamping frame device passes through plate and sliding equipment
Top snaps together, and the geared system is installed on the top of sliding equipment, and the carriage apparatus is mutually flat with clamping frame device
Row, the spindle mechanism are connect by conveyer belt group with rotation paddle device for mechanical, and the cam mechanism is nested in a left side for clamping frame device
End, the geared system are meshed with adjusting knob.
To optimize above-mentioned technical proposal, the measure further taken is：
According to a kind of embodiment, the geared system is by tooth shaft bar, gear mass, spring groove, long tooth plate, frame linking support
Bar, push rod, bourdon tube, sunpender composition, the tooth shaft bar are meshed with gear mass, and the tooth shaft bar is mutually perpendicular to long tooth plate,
The gear mass is meshed with long tooth plate, and the gear mass is installed on the left side of tooth shaft bar and is installed in the upper right corner of long tooth plate,
The right end of the long tooth plate is flexibly connected by spring with spring groove, and the top of the frame linking pressure pin is inserted in long tooth plate
Under section, the left end of the long tooth plate is meshed with the right end of push rod, and the push rod extends transversely through the inside in sunpender stage casing, described to hang
Bar is flexibly connected by bourdon tube with long tooth plate, and the long tooth plate is mutually parallel with push rod, and the spring groove is installed on tooth shaft
The lower right corner of bar, the gear mass are installed in the right end of push rod.
According to a kind of embodiment, the clamping frame device by interlocking bar, batten, clip otic placode, piston cylinder, latch plate,
Piston rod forms, and the interlocking bar is all provided with there are two with batten and inserts respectively the upper and lower ends embedded in clip otic placode, described
Lever is snapped together with batten, and the clip otic placode is tightly attached to the front side in piston rod stage casing, and the right end of the piston rod is inserted embedding
In the left side of piston cylinder, the latch plate is welded on the lower right corner of piston cylinder, and the latch plate is flexibly connected with interlocking bar, described
Piston rod is conllinear with piston cylinder axle center, and the interlocking bar, batten, clip otic placode are in the same vertical plane, the clip otic placode
It is mechanically connected by piston rod and piston cylinder, the right end of the piston cylinder and the upper left corner of sliding equipment snap together, described
Piston rod is mechanically connected by rod piece and cam mechanism.
According to a kind of embodiment, the cam mechanism is by slide bar, sliding slot, spring base, traction bar, cam disc, transmission
Slot, supporting plate, ear plate base composition, the slide bar are flexibly connected with sliding slot, and the sliding slot is nested in the bottom end of slide bar, the spring
The lower right corner of sliding slot is tightly attached in the top surface of seat, and the traction bar is installed on the upper left corner of sliding slot, and the traction bar is vitalized with cam
Dynamic connection, the cam disc are inserted embedded in the inside of driving groove and are installed on the top of ear plate base, and the supporting plate is inserted and is embedded in
The left end of cam disc is tightly attached on the right side in the left side of driving groove, the supporting plate, and the driving groove is nested in the right side of conveyer belt group
Upper angle, the supporting plate are installed on the underface of rotation paddle device.
According to a kind of embodiment, the spindle mechanism is by switch base, roller bearing, transmission belt, bull stick, rod set
Cylinder, swing rod composition, the switch base are installed on the top of roller bearing, and the roller bearing sets there are two and is nested in respectively
The left and right sides inside transmission belt, the bull stick runs through the inside of roller bearing and axle center is conllinear, and the bull stick passes through biography
Defeated belt is mechanically connected with rod sleeve, and the swing rod is nested in the inside of rod sleeve, and the switch base passes through roller bearing and Roller Shaft
Mechanical connection is held, the bottom surface of the roller bearing is tightly attached on the top surface of carriage apparatus, and the swing rod passes through drag-line and conveyer belt
Group flexible connection.
According to a kind of embodiment, the conveyer belt group is by column, fixed pulley, steel wire cable, two-wire sheave, bicyclic
Bar, chassis plate, tooth socket bar, tooth block slide plate, toothed disc composition, the fixed pulley are nested in the lower left corner of column, the fixed pulley
It is mechanically connected by steel wire cable and two-wire sheave, it is described double before the top of the bicyclic bar is nested in the axle center of two-wire sheave
Ring bar is embedded in the upper right corner of chassis plate in 45 degree of angle lapping oblique cuttings, and the tooth socket bar is meshed with tooth block slide plate, the tooth block
Slide plate is respectively arranged in the left and right sides of tooth socket bar with toothed disc, and the toothed disc is described fixed by tooth socket bar and mechanical connection
Pulley, two-wire sheave, toothed disc are in the same vertical plane, and the fixed pulley is flexibly connected by drag-line with swing rod, described fixed
Pulley is structure as a whole with column and inserts embedded in the bottom of driving groove.
According to a kind of embodiment, the rotation paddle device by bearing block, rubber belt track, rotation paddle, axle cap, stub shaft,
Hack lever forms, and the bearing block is installed on the upper left corner of rubber belt track, and the rubber belt track is flexibly connected with stub shaft, described short
Shaft is mutually parallel with hack lever, and the rotation paddle sets there are two and is respectively welded at the left and right sides of axle cap, and the axle cap is embedding
It is placed on the bottom of stub shaft and axle center is conllinear, the stub shaft runs through the inside of rubber belt track, and the hack lever is installed on rubber
The right side of crawler belt, the rotation paddle are installed in the upper left corner of sliding equipment.
According to a kind of embodiment, the sliding equipment is by riser, folding connecting rod, shoring, clip bar, connecting rod support
The left end of platform, roller, spring stack composition, the folding connecting rod is inserted embedded in the right side in riser stage casing, and the shoring is installed on folding
The lower left corner of folded connecting rod snaps together at the top of the bottom end of the folding connecting rod and clip bar, the bottom end of the clip bar and
Roller is structure as a whole, and the spring stack is installed on the top of connecting rod saddle, and clip bar is tightly attached on the right side of the spring stack
Left side, the folding connecting rod are snapped together by the right end of riser and piston cylinder, and the folding connecting rod is installed in rotation paddle
The lower right corner.
According to a kind of embodiment, the carriage apparatus by truss rod, track, idler wheel sliding block, clamping jaw bar, top pressure seat,
Buckle, clamping frame composition, the left end of the truss rod are welded on the top of idler wheel sliding block, and the track extends transversely through idler wheel sliding block
Inside, the truss rod are connect by idler wheel sliding block with track machine, and the clamping jaw bar sets there are two and is installed in top respectively
The both sides up and down of wedge, the clamping frame set there are two and are snapped together by buckle, the idler wheel sliding block, clamping jaw bar, top
Wedge, buckle, clamping frame are in the same vertical plane, and the truss rod is mutually parallel with track.
Advantageous effect
A kind of tool extension rod device of the present invention, extension bar make rod piece pass through frame ring, by being tensioned column casing by extracting plunger block
Clamp bar is rotated, is rotated by adjusting knob, the end of rod piece promotes fitting other end rod piece in precise regulator
End forms grafting effect, depth is docked with numeral method by electronic detectors, achievees the effect that measure the amount of feeding, lead to
The rod piece for crossing the screwed ring other end nested with mast sleeve, is locked by sealed bonnet, makes whole dock by simply setting
Standby operation is chimeric, and the bottom of adjusting knob is plugged on by the tooth shaft bar of geared system, and tooth shaft bar rotates the transmission of engaging tooth wheel body
Long tooth plate stretching spring groove is released, linkage frame linking pressure pin is unfolded, and drives push rod to be moved downward in sunpender, long tooth plate also top pressure
Bourdon tube resetting movement, makes feeding push to form motive power, is moved to left by push rod, so that the interlocking bar of clamping frame device is sling batten logical
Cross clip otic placode fastening piston rod, so that piston rod is moved back and forth in piston cylinder, bottom by latch plate coordinate reset, formed into
It adjusts and checks to accuracy of measurement, moved to left by piston rod and the slide bar of cam mechanism is driven to move to left limit, spring base shock insulation in sliding slot
Traction bar surround movement in cam disc groove is drawn in support, so that driving groove is formed the detection space of the amount of feeding, is passed through supporting plate
It with ear plate base Auxiliary support cam disc, is moved downward by interlocking bar, the switch base of top pressure spindle mechanism, starts roller bearing rotation
Turn winding transmission belt and pull bull stick, so that the swing rod in rod sleeve is moved to left movement, pull the fixed pulley on the column of conveyer belt group
Rotation, drawing steel wire cable wind two-wire sheave, pass through bicyclic bar and chassis plate branch supporting tooth block slide plate and toothed disc, steel wire cable
Also toothed disc engaging tooth channel bar is pulled, is pushed down on after moving teeth block slide plate glides and to form traverse feed measurement, longitudinal output data,
It is rotated by tooth socket bar and the bearing block of rotation paddle device is pulled to wind rubber belt track traction stub shaft rotation, axle cap is made to drive rotation paddle
Rotary blasting radiates to the friction of internal transmission part, by the riser and folding connecting rod of sliding equipment close to piston cylinder, drives
Clip bar moves to right drawing roller and rolls degree of regulation, installs spring stack between shoring and connecting rod saddle, so that clip bar is moved to right and push away
The truss rod band idler wheel sliding block of dynamic carriage apparatus is moved to right along dynamic rail road, and craft port is clamped by clamping jaw bar and top pressure seat, delays
Punching prevents to collide, and buckle avoids docking offset with clamping frame fastening rod piece, prevents from forming the effect of nozzle grafting inaccuracy, whole
Body merging precision and depth are more perfect, device simple, simple operation.
Precise regulator of the present invention is equipped with geared system, clamping frame device, cam mechanism, spindle mechanism, conveyer belt group, rotation paddle
Device, sliding equipment, carriage apparatus realize the fine tuning linking rod piece nozzle of tool extension rod device, the precision effect of the amount of feeding
It improves, clamping promotes docking, and to butting rod piece, there are gap adjustment to be bonded, and docking mistake can also correct in time, protect nozzle
The loss for docking collision, also has detected rod piece nozzle depth and Interworking Data, facilitates later stage batch operation, to the presence or absence of rod piece spiral shell
Line docks difficulty improvement, and consistent docking is efficiently convenient.
Description of the drawings
In order to illustrate the technical solution of the embodiments of the present invention more clearly, the attached drawing in being described below to embodiment is made in detail
It carefully introduces, allows other features, purposes and advantages of the invention will become more apparent with this：
Fig. 1 is a kind of structural schematic diagram of tool extension rod device of the present invention.
Fig. 2 is the structural schematic diagram of precise regulator of the present invention.
Fig. 3 is the detailed structural schematic diagram of precise regulator of the present invention.
Fig. 4 is the structural schematic diagram one of precise regulator working condition of the present invention.
Fig. 5 is the structural schematic diagram two of precise regulator working condition of the present invention.
Reference sign：Plunger block -1, frame ring -2, tensioning column casing -3, adjusting knob -4, precise regulator -5, electronics
It is detector -6, charactron -7, screwed ring -8, mast sleeve -9, sealed bonnet -10, geared system -51, clamping frame device -52, convex
Take turns mechanism -53, spindle mechanism -54, conveyer belt group -55, rotation paddle device -56, sliding equipment -57, carriage apparatus -58, tooth shaft bar -
511, gear mass -512, spring groove -513, long tooth plate -514, frame linking pressure pin -515, push rod -516, bourdon tube -517, sunpender -
518, interlocking bar -521, batten -522, clip otic placode -523, piston cylinder -524, latch plate -525, piston rod -526, slide bar -
531, sliding slot -532, spring base -533, traction bar -534, cam disc -535, driving groove -536, supporting plate -537, ear plate base -
538, switch base -541, roller bearing -542, transmission belt -543, bull stick -544, rod sleeve -545, swing rod -546, column -
551, fixed pulley -552, steel wire cable -553, two-wire sheave -554, bicyclic bar -555, chassis plate -556, tooth socket bar -557, tooth
Block slide plate -558, toothed disc -559, bearing block -561, rubber belt track -562, rotation paddle -563, axle cap -564, stub shaft -565,
Hack lever -566, riser -571, folding connecting rod -572, shoring -573, clip bar -574, connecting rod saddle -575, roller -576, bullet
Spring column -577, truss rod -581, track -582, idler wheel sliding block -583, clamping jaw bar -584, top pressure seat -585, buckle -586, folder
Frame -587.
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. 5 is please referred to Fig.1, the present invention provides a kind of tool extension rod device, and structure includes：Plunger block 1, is opened frame ring 2
Tight column casing 3, adjusting knob 4, precise regulator 5, electronic detectors 6, charactron 7, screwed ring 8, mast sleeve 9, sealed bonnet
10, the adjusting knob 4 is inserted embedded in the upper right corner of precise regulator 5, and the precise regulator 5 is nested in electronic detectors 6
It right side and is mutually communicated, the charactron 7 is inserted embedded in the front side of electronic detectors 6, and the charactron 7 passes through pin and electronics
Detector 6 is electrically connected, and the electronic detectors 6 are threadedly coupled by screwed ring 8 with mast sleeve 9, the sealed bonnet 10 and
Mast sleeve 9 is mechanically connected, and the sealed bonnet 10 is nested in left and right ends and the axis of mast sleeve 9 with screwed ring 8 respectively
The heart is conllinear, and the frame ring 2 is nested in the right end of tensioning column casing 3, and the left end of the tensioning column casing 3 is inserted embedded in precise regulator 5
Right side, the plunger block 1 is through the axle center of frame ring 2 and nested with tensioning column casing 3 integral, the plunger block 1, tensioning column casing
3, adjusting knob 4,5 axle center of precise regulator are conllinear, the mast sleeve 9 be installed on the left side of electronic detectors 6 and with essence
Degree adjuster 5 is mutually communicated, and the precise regulator 5 is equipped with geared system 51, clamping frame device 52, cam mechanism 53, shaft machine
Structure 54, conveyer belt group 55, rotation paddle device 56, sliding equipment 57, carriage apparatus 58, the geared system 51, which is inserted, is embedded in clamping frame device
The left end in 52 upper right corner, the clamping frame device 52 is flexibly connected with cam mechanism 53, the rotation paddle device 56 and spindle mechanism
54 are installed in the both sides up and down of cam mechanism 53 respectively, and the spindle mechanism 54 is flexibly connected with conveyer belt group 55, the transmission
The left side of cam mechanism 53 is installed on group 55, the sliding equipment 57 is mechanically connected with carriage apparatus 58, the sliding equipment
57 are installed on the upper right corner of carriage apparatus 58, and the right side of the clamping frame device 52 is fastened by the top of plate and sliding equipment 57
Together, the geared system 51 is installed on the top of sliding equipment 57, and the carriage apparatus 58 is mutually flat with clamping frame device 52
Row, the spindle mechanism 54 are mechanically connected by conveyer belt group 55 and rotation paddle device 56, and the cam mechanism 53 is nested in clamping frame
The left end of device 52, the geared system 51 are meshed with adjusting knob 4, and the geared system 51 is by tooth shaft bar 511, gear mass
512, spring groove 513, long tooth plate 514, frame linking pressure pin 515, push rod 516, bourdon tube 517, sunpender 518 form, the tooth shaft
Bar 511 is meshed with gear mass 512, and the tooth shaft bar 511 is mutually perpendicular to long tooth plate 514, the gear mass 512 and long tooth plate
514 are meshed, and the gear mass 512 is installed on the left side of tooth shaft bar 511 and is installed in the upper right corner of long tooth plate 514, the length
The right end of tooth plate 514 is flexibly connected by spring with spring groove 513, and the top of the frame linking pressure pin 515, which is inserted, is embedded in long tooth plate
Under 514 stage casing, the left end of the long tooth plate 514 is meshed with the right end of push rod 516, and the push rod 516 extends transversely through sunpender
The inside in 518 stage casings, the sunpender 518 are flexibly connected by bourdon tube 517 with long tooth plate 514, the long tooth plate 514 and push rod
516 are mutually parallel, and the spring groove 513 is installed on the lower right corner of tooth shaft bar 511, and the gear mass 512 is installed in push rod 516
Right end, the clamping frame device 52 is by interlocking bar 521, batten 522, clip otic placode 523, piston cylinder 524, latch plate 525, piston
Bar 526 forms, and the interlocking bar 521 and batten 522 are all provided with there are two and insert up and down two embedded in clip otic placode 523 respectively
End, the interlocking bar 521 are snapped together with batten 522, and the clip otic placode 523 is tightly attached to the front side in 526 stage casing of piston rod,
The right end of the piston rod 526 is inserted embedded in the left side of piston cylinder 524, and the latch plate 525 is welded on the bottom right of piston cylinder 524
Angle, the latch plate 525 are flexibly connected with interlocking bar 521, and the piston rod 526 is conllinear with 524 axle center of piston cylinder, the linkage
Bar 521, batten 522, clip otic placode 523 are in the same vertical plane, and the clip otic placode 523 passes through piston rod 526 and piston
Cylinder 524 is mechanically connected, and the upper left corner of the right end and sliding equipment 57 of the piston cylinder 524 snaps together, the piston rod 526
It is mechanically connected by rod piece and cam mechanism 53, the cam mechanism 53 is by slide bar 531, sliding slot 532, spring base 533, traction bar
534, cam disc 535, driving groove 536, supporting plate 537, ear plate base 538 form, and the slide bar 531 is flexibly connected with sliding slot 532,
The sliding slot 532 is nested in the bottom end of slide bar 531, and the lower right corner of sliding slot 532 is tightly attached in the top surface of the spring base 533, described
Traction bar 534 is installed on the upper left corner of sliding slot 532, and the traction bar 534 is flexibly connected with cam disc 535, the cam disc 535
It inserts embedded in the inside of driving groove 536 and is installed on the top of ear plate base 538, the supporting plate 537, which is inserted, is embedded in driving groove 536
Left side, the right side of the supporting plate 537 is tightly attached to the left end of cam disc 535, and the driving groove 536 is nested in conveyer belt group 55
The upper right corner, the supporting plate 537 is installed on the underface of rotation paddle device 56, and the spindle mechanism 54 is by switch base 541, roller
Bearing 542, transmission belt 543, bull stick 544, rod sleeve 545, swing rod 546 form, and the switch base 541 is installed on roller bearing
542 top, the left and right sides that the roller bearing 542 sets there are two and is nested in respectively inside transmission belt 543 are described
Bull stick 544 runs through the inside of roller bearing 542 and axle center is conllinear, and the bull stick 544 passes through transmission belt 543 and rod sleeve
545 mechanical connections, the swing rod 546 are nested in the inside of rod sleeve 545, and the switch base 541 passes through roller bearing and roller bearing
542 mechanical connections, the bottom surface of the roller bearing 542 are tightly attached on the top surface of carriage apparatus 58, and the swing rod 546 passes through drag-line
It is flexibly connected with conveyer belt group 55, the conveyer belt group 55 is by column 551, fixed pulley 552, steel wire cable 553, two-wire sheave
554, bicyclic bar 555, chassis plate 556, tooth socket bar 557, tooth block slide plate 558, toothed disc 559 form, and the fixed pulley 552 is nested
In the lower left corner of column 551, the fixed pulley 552 is mechanically connected by steel wire cable 553 and two-wire sheave 554, described bicyclic
Before the top of bar 555 is nested in the axle center of two-wire sheave 554, the bicyclic bar 555 is embedded in chassis in 45 degree of angle lapping oblique cuttings
The upper right corner of plate 556, the tooth socket bar 557 are meshed with tooth block slide plate 558, and the tooth block slide plate 558 is distinguished with toothed disc 559
It is installed on the left and right sides of tooth socket bar 557, the toothed disc 559 is by tooth socket bar 557 and is mechanically connected, the fixed pulley 552,
Two-wire sheave 554, toothed disc 559 are in the same vertical plane, and the fixed pulley 552 is flexibly connected by drag-line with swing rod 546,
The fixed pulley 552 is structure as a whole with column 551 and inserts embedded in the bottom of driving groove 536, and the rotation paddle device 56 is by axis
Bearing 561, rubber belt track 562, rotation paddle 563, axle cap 564, stub shaft 565, hack lever 566 form, and the bearing block 561 is installed
In the upper left corner of rubber belt track 562, the rubber belt track 562 is flexibly connected with stub shaft 565, the stub shaft 565 and hack lever
566 are mutually parallel, and the rotation paddle 563 sets there are two and is respectively welded at the left and right sides of axle cap 564, the axle cap 564
It is nested in the bottom of stub shaft 565 and axle center is conllinear, the stub shaft 565 runs through the inside of rubber belt track 562, the hack lever
566 are installed on the right side of rubber belt track 562, and the rotation paddle 563 is installed in the upper left corner of sliding equipment 57, the sliding equipment
57 by riser 571, folding connecting rod 572, shoring 573, clip bar 574, connecting rod saddle 575, roller 576,577 groups of spring stack
At the left end of the folding connecting rod 572 is inserted embedded in the right side in 571 stage casing of riser, and the shoring 573 is installed on folding connecting rod
572 lower left corner, the bottom end and the top of clip bar 574 of the folding connecting rod 572 snap together, the clip bar 574
Bottom end is structure as a whole with roller 576, and the spring stack 577 is installed on the top of connecting rod saddle 575, the spring stack 577
The left side of clip bar 574 is tightly attached on the right side, and the folding connecting rod 572 is fastened on one by the right end of riser 571 and piston cylinder 524
Rise, the folding connecting rod 572 be installed in rotation paddle 563 the lower right corner, the carriage apparatus 58 by truss rod 581, track 582,
Idler wheel sliding block 583, clamping jaw bar 584, top pressure seat 585, buckle 586, clamping frame 587 form, and the left end of the truss rod 581 is welded on
The top of idler wheel sliding block 583, the track 582 extend transversely through the inside of idler wheel sliding block 583, and the truss rod 581 passes through idler wheel
Sliding block 583 and track 582 are mechanically connected, and the clamping jaw bar 584 sets there are two and be installed in respectively up and down the two of top pressure seat 585
Side, the clamping frame 587 set there are two and are snapped together by buckle 586, the idler wheel sliding block 583, clamping jaw bar 584, top
Wedge 585, buckle 586, clamping frame 587 are in the same vertical plane, and the truss rod 581 is mutually parallel with track 582.
Dock principle：Extension bar makes rod piece pass through frame ring 2, rotates clamping bar by being tensioned column casing 3 by extracting plunger block 1
Part is rotated by adjusting knob 4, and the end of rod piece promotes the end of fitting other end rod piece in precise regulator 5, is formed
Grafting effect docks depth with the display of charactron 7 by electronic detectors 6, achievees the effect that measure the amount of feeding, pass through screwed ring
The rod piece of 8 other ends nested with mast sleeve 9, is locked by sealed bonnet 10, and whole dock is made to be grasped by simple machine
It is fitted into, the bottom of adjusting knob 4 is plugged on by the tooth shaft bar 511 of geared system 51, tooth shaft bar 511 rotates engaging tooth wheel body
Long 514 extension spring groove 513 of tooth plate is released in 512 transmissions, and linkage frame linking pressure pin 515 is unfolded, and drives push rod 516 in sunpender 518
In move downward, also 517 resetting movement of top pressure spring pipe of long tooth plate 514 makes feeding push to form motive power, passes through push rod 516
It moves to left, so that the interlocking bar 521 of clamping frame device 52 is sling batten 522 and piston rod 526 is fastened by clip otic placode 523, make piston rod
526 move back and forth in piston cylinder 524, and bottom is coordinated by latch plate 525 to be resetted, and formation feeding accuracy of measurement, which is adjusted, to be checked, is led to
It crosses piston rod 526 and moves to left and the slide bar 531 of cam mechanism 53 is driven to move to left limit in sliding slot 532,533 shock insulation of spring base supports,
The surround movement in 535 groove of cam disc of traction bar 534 is drawn, so that driving groove 536 is formed the detection space of the amount of feeding, passes through branch
Frame plate 537 and 538 Auxiliary support cam disc 535 of ear plate base, are moved downward, top pressure spindle mechanism 54 is opened by interlocking bar 521
Seat 541 is closed, starts the rotation winding transmission belt 543 of roller bearing 542 and pulls bull stick 544, make the swing rod 546 in rod sleeve 545
Movement is moved to left, the fixed pulley 552 on the column 551 of conveyer belt group 55 is pulled to rotate, drawing steel wire cable 553 winds two-wire sheave
554, gear is also pulled by bicyclic bar 555 and 556 supporting tooth block slide plates 558 of chassis plate and toothed disc 559, steel wire cable 553
559 engaging tooth channel bar 557 of disk, push down on moving teeth block slide plate 558 downslide form traverse feed measurement after, longitudinal output data,
It is rotated by tooth socket bar 557 and the winding traction stub shaft 565 of rubber belt track 562 of bearing block 561 of rotation paddle device 56 is pulled to rotate, made
Axle cap 564 drives rotation 563 rotary blasting of paddle, radiates to the friction of internal transmission part, passes through the riser 571 of sliding equipment 57
With folding connecting rod 572 close to piston cylinder 524, drives clip bar 574 to move to right drawing roller 576 and roll degree of regulation, shoring 573
Spring stack 577 is installed between connecting rod saddle 575, and clip bar 574 is made to move to right the truss rod 581 of promotion carriage apparatus 58 with idler wheel
Sliding block 583 is moved to right along dynamic rail road 582, craft port is clamped by clamping jaw bar 584 and top pressure seat 585, buffering prevents to touch
It hits, buckle 586 fastens rod piece with clamping frame 587 and avoids docking offset, prevents from forming the effect of nozzle grafting inaccuracy, whole to dock
Precision and depth are more perfect, device simple, simple operation, and the fine tuning that tool extension rod device is reached by precise regulator 5 is held in the mouth
The precision effect of extension bar part nozzle, the amount of feeding improves, and clamping promotes docking, and to butting rod piece, there are gap adjustment to be bonded, docking
Mistake can also correct in time, protect the loss of nozzle docking collision.
The present invention is combined with each other by above-mentioned component, reaches the fine tuning linking rod piece nozzle of tool extension rod device, feeding
The precision effect of amount improves, and clamping promotes docking, and to butting rod piece, there are gap adjustment to be bonded, and docking mistake can also entangle in time
Just, the loss for protecting nozzle docking collision, also has detected rod piece nozzle depth and Interworking Data, facilitates later stage batch operation,
Difficulty improvement is docked to the presence or absence of rod piece screw thread, consistent docking is efficiently convenient, and spiral shell is mostly used to solve tool extension rod device with this
It is convenient that cap is docked with screw thread, can the linking progress of thread channel bar part and the butt-joint clearance of non-threaded rod piece be inconvenient to examine in pipe
It surveys and adjusts, when being docked to rod piece, the docking nozzle at rod piece both ends under the compressing by force of external force due to that can cause deformation to grind
The problem of damage, cost of idleness are replaced rod piece and are docked again, integrated operation inefficiency.
Specific embodiment described herein is only to be given an example to the present invention.The technical field of the invention
Technical staff can make various modifications or additions to the described embodiments or substitute by a similar method, but
Without departing from the present invention's or beyond the scope of the appended claims.
Claims (9)
1. a kind of tool extension rod device, structure include：Plunger block (1), frame ring (2), tensioning column casing (3), adjusting knob (4),
Precise regulator (5), electronic detectors (6), charactron (7), screwed ring (8), mast sleeve (9), sealed bonnet (10), it is special
Sign is：
The adjusting knob (4) is inserted embedded in the upper right corner of precise regulator (5), and the precise regulator (5) is nested in electronics inspection
It surveys the right side of device (6) and is mutually communicated, the charactron (7) is inserted embedded in the front side of electronic detectors (6), the charactron
(7) it is electrically connected with electronic detectors (6) by pin, the electronic detectors (6) pass through screwed ring (8) and mast sleeve (9)
It is threadedly coupled, the sealed bonnet (10) is mechanically connected with mast sleeve (9), the sealed bonnet (10) and screwed ring (8) point
It is not nested in the left and right ends of mast sleeve (9) and axle center is conllinear, the frame ring (2) is nested in the right end of tensioning column casing (3),
The left end of the tensioning column casing (3) is inserted embedded in the right side of precise regulator (5), and the plunger block (1) runs through the axle center of frame ring (2)
And nested with tensioning column casing (3) integral, the plunger block (1), tensioning column casing (3), adjusting knob (4), precise regulator
(5) axle center is conllinear, and the mast sleeve (9) is installed on the left side of electronic detectors (6) and is mutually passed through with precise regulator (5)
It is logical；
The precise regulator (5) be equipped with geared system (51), clamping frame device (52), cam mechanism (53), spindle mechanism (54),
Conveyer belt group (55), rotation paddle device (56), sliding equipment (57), carriage apparatus (58)；
The geared system (51) is inserted embedded in the upper right corner of clamping frame device (52), left end and the cam machine of the clamping frame device (52)
Structure (53) is flexibly connected, and the rotation paddle device (56) is installed in up and down the two of cam mechanism (53) respectively with spindle mechanism (54)
Side, the spindle mechanism (54) are flexibly connected with conveyer belt group (55), and the conveyer belt group (55) is installed on cam mechanism (53)
Left side, the sliding equipment (57) and carriage apparatus (58) be mechanically connected, and the sliding equipment (57) is installed on carriage apparatus
(58) right side in the upper right corner, the clamping frame device (52) is snapped together by the top of plate and sliding equipment (57), institute
The top that geared system (51) is installed on sliding equipment (57) is stated, the carriage apparatus (58) is mutually flat with clamping frame device (52)
Row, the spindle mechanism (54) are mechanically connected by conveyer belt group (55) and rotation paddle device (56), and the cam mechanism (53) is embedding
It is placed on the left end of clamping frame device (52), the geared system (51) is meshed with adjusting knob (4).
2. a kind of tool extension rod device according to claim 1, it is characterised in that：The geared system (51) is by tooth shaft bar
(511), gear mass (512), spring groove (513), long tooth plate (514), frame linking pressure pin (515), push rod (516), bourdon tube
(517), sunpender (518) forms, and the tooth shaft bar (511) is meshed with gear mass (512), the tooth shaft bar (511) and long tooth
Plate (514) is mutually perpendicular to, and the gear mass (512) is meshed with long tooth plate (514), and the gear mass (512) is installed on tooth shaft
The right end in the left side of bar (511) and the upper right corner for being installed in long tooth plate (514), the long tooth plate (514) passes through spring and spring
Groove (513) is flexibly connected, and the top of the frame linking pressure pin (515) is inserted under the stage casing of long tooth plate (514), the long tooth plate
(514) left end is meshed with the right end of push rod (516), and the push rod (516) extends transversely through the inside in sunpender (518) stage casing,
The sunpender (518) is flexibly connected by bourdon tube (517) with long tooth plate (514), the long tooth plate (514) and push rod (516)
It is mutually parallel, the spring groove (513) is installed on the lower right corner of tooth shaft bar (511), and the gear mass (512) is installed in push rod
(516) right end.
3. a kind of tool extension rod device according to claim 1, it is characterised in that：The clamping frame device (52) is by interlocking bar
(521), batten (522), clip otic placode (523), piston cylinder (524), latch plate (525), piston rod (526) composition, it is described
Lever (521) is all provided with there are two with batten (522) and inserts the upper and lower ends embedded in clip otic placode (523), the linkage respectively
Bar (521) is snapped together with batten (522), and the clip otic placode (523) is tightly attached to the front side in piston rod (526) stage casing, institute
The right end for stating piston rod (526) is inserted embedded in the left side of piston cylinder (524), and the latch plate (525) is welded on piston cylinder (524)
The lower right corner, the latch plate (525) are flexibly connected with interlocking bar (521), the piston rod (526) and piston cylinder (524) axle center
Collinearly, the interlocking bar (521), batten (522), clip otic placode (523) are in the same vertical plane, the clip otic placode
(523) it is mechanically connected by piston rod (526) and piston cylinder (524), right end and the sliding equipment (57) of the piston cylinder (524)
The upper left corner snap together, the piston rod (526) passes through rod piece and cam mechanism (53) and is mechanically connected.
4. a kind of tool extension rod device according to claim 3, it is characterised in that：The cam mechanism (53) is by slide bar
(531), sliding slot (532), spring base (533), traction bar (534), cam disc (535), driving groove (536), supporting plate (537),
Ear plate base (538) forms, and the slide bar (531) is flexibly connected with sliding slot (532), and the sliding slot (532) is nested in slide bar (531)
Bottom end, the top surface of the spring base (533) is tightly attached to the lower right corner of sliding slot (532), and the traction bar (534) is installed on sliding slot
(532) the upper left corner, the traction bar (534) are flexibly connected with cam disc (535), and the cam disc (535) is inserted embedded in transmission
It the inside of slot (536) and is installed on the top of ear plate base (538), the supporting plate (537) is inserted embedded in driving groove (536)
The left end of cam disc (535) is tightly attached on the right side in left side, the supporting plate (537), and the driving groove (536) is nested in conveyer belt
The upper right corner of group (55), the supporting plate (537) are installed on the underface of rotation paddle device (56).
5. a kind of tool extension rod device according to claim 1, it is characterised in that：The spindle mechanism (54) is by switch base
(541), roller bearing (542), transmission belt (543), bull stick (544), rod sleeve (545), swing rod (546) composition, it is described to open
The top that seat (541) is installed on roller bearing (542) is closed, the roller bearing (542) sets there are two and is nested in biography respectively
The internal left and right sides of defeated belt (543), the bull stick (544) runs through the inside of roller bearing (542) and axle center is conllinear, institute
It states bull stick (544) to be mechanically connected by transmission belt (543) and rod sleeve (545), the swing rod (546) is nested in rod sleeve
(545) inside, the switch base (541) are mechanically connected by roller bearing and roller bearing (542), the roller bearing (542)
Bottom surface be tightly attached on the top surface of carriage apparatus (58), the swing rod (546) is flexibly connected by drag-line with conveyer belt group (55).
6. a kind of tool extension rod device according to claim 4 or 5, it is characterised in that：The conveyer belt group (55) is by standing
Column (551), fixed pulley (552), steel wire cable (553), two-wire sheave (554), bicyclic bar (555), chassis plate (556), tooth socket
Bar (557), tooth block slide plate (558), toothed disc (559) composition, the fixed pulley (552) are nested in the lower left corner of column (551),
The fixed pulley (552) is mechanically connected by steel wire cable (553) and two-wire sheave (554), the top of the bicyclic bar (555)
Before being nested in the axle center of two-wire sheave (554), the bicyclic bar (555) is embedded in chassis plate (556) in 45 degree of angle lapping oblique cuttings
The upper right corner, the tooth socket bar (557) is meshed with tooth block slide plate (558), the tooth block slide plate (558) and toothed disc (559)
It is respectively arranged in the left and right sides of tooth socket bar (557), the toothed disc (559) is described by tooth socket bar (557) and mechanical connection
Fixed pulley (552), two-wire sheave (554), toothed disc (559) are in the same vertical plane, and the fixed pulley (552) passes through drag-line
It is flexibly connected with swing rod (546), the fixed pulley (552), which is structure as a whole and is inserted with column (551), is embedded in driving groove (536)
Bottom.
7. a kind of tool extension rod device according to claim 4, it is characterised in that：The rotation paddle device (56) is by bearing block
(561), rubber belt track (562), rotation paddle (563), axle cap (564), stub shaft (565), hack lever (566) composition, the bearing
Seat (561) is installed on the upper left corner of rubber belt track (562), and the rubber belt track (562) is flexibly connected with stub shaft (565), institute
It states stub shaft (565) to be mutually parallel with hack lever (566), the rotation paddle (563) sets there are two and is respectively welded at axle cap
(564) the left and right sides, the axle cap (564) is nested in the bottom of stub shaft (565) and axle center is conllinear, the stub shaft
(565) run through the inside of rubber belt track (562), the hack lever (566) is installed on the right side of rubber belt track (562), the rotation paddle
The wing (563) is installed in the upper left corner of sliding equipment (57).
8. a kind of tool extension rod device according to claim 3 or 7, it is characterised in that：The sliding equipment (57) is by standing
Plate (571), folding connecting rod (572), shoring (573), clip bar (574), connecting rod saddle (575), roller (576), spring stack
(577) it forms, the left end of the folding connecting rod (572) is inserted embedded in the right side in riser (571) stage casing, shoring (573) peace
It is fastened on one at the top of the lower left corner loaded on folding connecting rod (572), the bottom end of the folding connecting rod (572) and clip bar (574)
It rises, bottom end and the roller (576) of the clip bar (574) are structure as a whole, and the spring stack (577) is installed on connecting rod saddle
(575) left side of clip bar (574) is tightly attached on the right side at top, the spring stack (577), and the folding connecting rod (572) is logical
It crosses riser (571) and the right end of piston cylinder (524) snaps together, the folding connecting rod (572) is installed in rotation paddle (563)
The lower right corner.
9. a kind of tool extension rod device according to claim 5, it is characterised in that：The carriage apparatus (58) is by truss rod
(581), track (582), idler wheel sliding block (583), clamping jaw bar (584), top pressure seat (585), buckle (586), clamping frame (587) group
At the left end of the truss rod (581) is welded on the top of idler wheel sliding block (583), and the track (582) extends transversely through idler wheel cunning
The inside of block (583), the truss rod (581) are mechanically connected by idler wheel sliding block (583) and track (582), the clamping jaw bar
(584) both sides up and down of top pressure seat (585) are set there are two and are installed in respectively, the clamping frame (587) sets there are two and leads to
It crosses buckle (586) to snap together, the idler wheel sliding block (583), clamping jaw bar (584), top pressure seat (585), buckle (586), folder
Frame (587) is in the same vertical plane, and the truss rod (581) is mutually parallel with track (582).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810609208.1A CN108747972A (en) | 2018-06-13 | 2018-06-13 | A kind of tool extension rod device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810609208.1A CN108747972A (en) | 2018-06-13 | 2018-06-13 | A kind of tool extension rod device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108747972A true CN108747972A (en) | 2018-11-06 |
Family
ID=64022691
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810609208.1A Pending CN108747972A (en) | 2018-06-13 | 2018-06-13 | A kind of tool extension rod device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108747972A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113981868A (en) * | 2021-10-13 | 2022-01-28 | 广西大学 | Flexible anti-falling net system with monitoring function for hedge lane and installation method |
| CN114502217A (en) * | 2019-10-23 | 2022-05-13 | 贝克顿迪金森法国公司 | Safety injection device |
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