CN205835571U - A kind of vertical perforating device - Google Patents
A kind of vertical perforating device Download PDFInfo
- Publication number
- CN205835571U CN205835571U CN201620840272.7U CN201620840272U CN205835571U CN 205835571 U CN205835571 U CN 205835571U CN 201620840272 U CN201620840272 U CN 201620840272U CN 205835571 U CN205835571 U CN 205835571U
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- Prior art keywords
- block
- groove
- slide
- sliding
- fixed
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Abstract
The utility model discloses a kind of vertical perforating device.Including erecting bed, borehole drill construction, clamping device, in use, first plank is placed on erecting bed, by clamping device, plank is clamped on erecting bed afterwards, by borehole drill construction, plank is holed afterwards.In boring procedure, by being arranged on the promotion advancing cylinder supporting on platform, so that drill bit towards plank motion thus is holed.
Description
Technical field
This utility model relates to a kind of wood processing equipment, a kind of vertical perforating device.
Background technology
Drilling machine refers to mainly process on workpiece the lathe in hole with drill bit.Generally bit is main motion, and drill bit axially moves
Move as feed motion.Drilling machine simple in construction, machining accuracy is relatively low, can holes drilled through, blind hole, change special tool, can expand, ream
Hole, reams or carries out the processing such as tapping.In the course of processing, workpiece is motionless, allows cutter move, by center cutter alignment hole center, and
Cutter is made to rotate (main motion).The feature of drilling machine is that workpiece maintains static, and cutter rotates.
In the timber course of processing, it is often necessary to it is holed, owing to timber quality is the softest, so at boring procedure
In be difficult to know the hole that how deep subdrilling is, be thus unfavorable for the processing in later stage.
Utility model content
The deficiency existed for prior art, the purpose of this utility model is a kind of can accurately learn the vertical of the degree of depth
Perforating device.
For achieving the above object, this utility model provides following technical scheme:
A kind of vertical perforating device, including place plank erecting bed, for clamp plank clamping device and for
The track strip of clamping device motion, described clamping device includes the first slide block, described first slide block is provided with slide opening, described rail
Road bar passes slide opening so that the first slide block sliding is connected on track strip, and described first slide block is hinged with clamping block, described folder
Arranging on tight block and include bare terminal end and gravity end, described gravity end weight is more than bare terminal end, and described bare terminal end sets towards erecting bed
Put, described first slide block be provided with slide bar, described slide bar is provided with the second slide block, described second slide block is provided with for
Withstand the push rod that gravity end makes bare terminal end move towards erecting bed, described first slide block is additionally provided with trace, described company
Sliding connection is set in lever and has the 3rd slide block, described trace is socketed with the first returning spring, same on described 3rd slide block
Time be perpendicular on the direction of track strip and slide bar be provided with power transmission shaft, on described power transmission shaft connect have rotating mechanism；
Being additionally provided with borehole drill construction on described erecting bed, described borehole drill construction includes supporting platform, and described support platform is towards peace
It is provided with propelling cylinder on the direction of dress platform, the outfan of described propelling cylinder is provided with displaced block, described displaced block sets
It is equipped with contiguous block, described contiguous block is provided with for being provided with lifting regulating mechanism, described lift adjustment framework is provided with
Rotary electric machine, the outfan of described rotary electric machine is provided with grip block, and described grip block is provided with drill bit, described displaced block
On be additionally provided with mounting blocks, described mounting blocks is provided with slide rail, on described slide rail sliding connect has sliding shoe, described sliding shoe
Be provided with scale on, described sliding shoe near drill bit one end opening pass, and pass part flush with drill bit, described
Slide rail is internally provided with sawtooth, and described sawtooth includes that the first inclined plane and horizontal plane, described horizontal plane stretch out cunning towards sliding shoe
Rail direction, described sliding shoe is provided with the first mounting groove, and described first mounting groove is provided with the first bullet block, described first bullet
It is provided with between block and the first mounting groove for keeping the first bullet block to keep embedding the first spring of sawtooth, described first mounting groove
Being internally provided with the electric magnet for attracting the first bullet block, described first bullet block end is provided with overlapped with the first inclined plane
Two inclined planes, and form unidirectional toothing with sawtooth, described sliding shoe is only capable of stretching out direction displacement dorsad, described lift adjustment machine
Structure includes fixed strip, and described fixed strip is fixing with contiguous block to be connected, and is formed with dead slot between fixed strip and contiguous block, described sky
It is provided with propulsion plant linear reciprocating motor on groove, described fixed strip is provided with groove, described linear reciprocating motor is arranged
There is the push rod stretching into groove, described fixed strip be provided with the second mounting groove, in described second mounting groove, be provided with the second bullet block,
Being provided with connecting hole in described second mounting groove, described connecting hole turns on groove, and described second bullet block extend in connecting hole,
Being socketed with slipping block on described fixed strip, described rotary electric machine is fixed on slipping block, and described fixed strip is provided with caulking groove, institute
State and on the second bullet block, be provided with the second spring keeping bullet block to be embedded into caulking groove.
As further improvement of the utility model: be provided with limited block on described first slide block, described gravity end is conflicted
On limited block, described limited block being provided with via, after described second slide block rises, push rod passes from via, will weight
Power end jack-up, described first slide block also sets up the baffle plate placing bare terminal end inordinate rotation less than erecting bed；
Being provided with locating shaft on described fixed strip, described slipping block is provided with sliding tray, described fixed strip is embedded into cunning
In dynamic groove, described slipping block being provided with slip hole, described locating shaft stretches into slip hole, and described fixed strip is provided with the first spiral shell
Pit, described locating shaft is provided with the end of thread, and the described end of thread is screwed in the first screwed hole.
As further improvement of the utility model: be provided with the first fixed plate, described track strip bottom described erecting bed
Being fixed in fixed plate, the other end of described track strip is provided with prevent the first slide block from coming off from track strip second and fixes
Plate；
End in the caulking groove that described second bullet block embeds is hemispherical, and described caulking groove is the hemisphere agreed with the second bullet block
Shape.
As further improvement of the utility model: be provided with the first slippage slot, described first sliding on described bare terminal end
In groove, sliding connects fixture block, and described first slippage slot is provided with the second reply bullet keeping fixture block to move towards erecting bed
Spring, one end of described second returning spring is fixed on locating piece, and the other end is fixed on the first slippage slot inwall；
Described sliding shoe stretches out one end of slide rail dorsad and is provided with projection, described mounting blocks is provided with for projection embedding
Groove.
As further improvement of the utility model: described gravity end is provided with the second chute, sets in described second chute
Being equipped with gravity block, described second chute is provided with conduction trough, described gravity block end exposes to conduction trough, described gravity block
The one end exposed from conduction trough is provided with the first inserting groove, described gravity block relative to the other end of the first inserting groove be provided with
The first inserted block that first inserting groove coordinates；
It is provided with two gang saw teeth on described mounting blocks, described sliding shoe is provided with two the first mounting grooves, described slip
Being provided with a separate slot on block, described separate slot two ends are respectively at two the first mounting groove conductings, and described electric magnet is arranged on separate slot,
One end of described first spring is fixed on the first bullet block, and the other end is fixed on the shell of electric magnet.
As further improvement of the utility model: being provided with the first installing plate on described contiguous block, described first installs
It is provided with the second screwed hole on plate, described fixed strip is provided with the second installing plate, described second installing plate is provided with and the
The 3rd screwed hole that two screwed holes are concentric, is screwed into bolt just fixed strip solid simultaneously in described second screwed hole and the 3rd screwed hole
On the company's of being scheduled on block.
As further improvement of the utility model: connect the transverse slat being parallel to displaced block on described mounting blocks, described
Being provided perpendicular to the riser of displaced block on transverse slat, described riser is fixed in displaced block, and described mounting blocks is positioned at outside displaced block.
As further improvement of the utility model: be provided with the 3rd installing plate, described 3rd installing plate on described riser
On be provided with the 4th screwed hole, described displaced block is provided with fiveth screwed hole concentric with the 4th screwed hole, described 4th spiral shell
3rd installing plate, also cross bolt, is fixed in displaced block by pit and the 5th screwed hole.
As further improvement of the utility model: the company's of being provided with block on described displacement plate, described even block is provided with cunning
Access slot, described 3rd installing plate sliding is connected in sliding groove, described 3rd installing plate is provided with depression, on described sliding groove
It is provided with the projection for embedding groove, described groove and protruding cross section and is triangle.
As further improvement of the utility model: described sliding shoe stretches out one end of slide rail and is provided with a spike, described
Prop up spike to be obliquely installed relative to sliding shoe.
In use, first plank is placed on erecting bed, by clamping device, plank is clamped in peace afterwards
On dress platform, by borehole drill construction, plank is holed afterwards.In boring procedure, by being arranged on the propelling vapour supported on platform
The promotion of cylinder, so that drill bit towards plank motion thus is holed.
When not placing plank, the first slide block is positioned on track strip, and is in the position farthest away from erecting bed, starts afterwards
Rotating mechanism, rotating mechanism can be rotation cylinder, as long as power transmission shaft can be allowed to rotate.By the rotation of rotating mechanism, from
And driving power transmission shaft also to rotate, the 3rd slide block being connected on power transmission shaft also can rotate, and in rotation process, can carry
Dynamic gangbar can rotate, and thus can drive the second slide block movement being connected with gangbar, drives sliding from the second slide block
Bar moves, and drives the first slide block to move on track strip in slide bar motor process.In motor process, trace is turning
Also stretching motion can be done on the 3rd slide block, owing to, in rotating mechanism rotation process, can make to occur the 3rd to slide during Dong
Distance between block and the second slide block changes, and when distance reduces, is acted on by rotating mechanism motive force, and trace leans on
One end of nearly second slide block is towards the 3rd slide block movement.When distance increases, under the effect of the first returning spring, trace leans on
One end of nearly second slide block is away from the 3rd slide block movement.When the first slide block, when slip is conflicted as erecting bed, by erecting bed
Position-limiting action, the first slide block cannot be further continued for motion, just cannot continue so afterwards to move on track strip, rotating mechanism simultaneously
Continue to rotate, the second slide block can be made to move on slide bar, thus near the first slide block, be simultaneously located at the top on the second slide block
Bar can move towards fixture block, and final and gravity end is conflicted so that bare terminal end moves towards erecting bed, thus clamps and be arranged on installation
Plank on platform.So in clamping process, plank would not be damaged by excessive clamping force.
Startup rotary electric machine enables to grip block and rotates, so that the drill bit being arranged on grip block occurs to turn
Dynamic, after opening rotary electric machine, it is possible to adjust drill bit by command displacement block and hole.In the process close to timber
In, flushing when being positioned at the sliding shoe of slide rail of mounting blocks with drill bit initial position, sliding shoe contacts timber with drill bit simultaneously,
Along with the gradually displacement of displaced block, drill bit can be gradually reduced, and sliding shoe then will not be changed by resistance positions, due to cunning
Motion block is that sliding is connected in slide rail, thus makes during continuing to move to, and sliding shoe is constant, and mounting blocks can continue
Continuous displacement, after completing boring, rises displaced block.Owing to slide rail is internally provided with sawtooth, at the first mounting groove of sliding shoe
The end of the first interior bullet block is also equipped with the second inclined-plane, it is possible to fit, at displacement process with the first inclined-plane on sawtooth
In, the bullet block being arranged in the first mounting groove can have a component, by first along the first inclined-plane of laminating and the second inclined-plane
Bullet block pushes into inside the first mounting groove, thus makes mounting blocks to move, when entering next sawtooth the
Under the effect of the restoring force of one spring, the first bullet block can be made to be embedded in sawtooth, be the formation of next location structure, so
Just can form a unidirectional toothing, after the position-limiting action of horizontal plane, the one of chute can only be stretched out dorsad at sliding shoe
End carry is moved, and is unable to return to original position.So owing to being provided with scale on sliding shoe after sliding shoe rises,
Thus can the most intuitively and exactly find out, in boring procedure, the degree of depth holed on earth is how many on earth.When needs restore
During sliding shoe position, it is only necessary to opened by the electro-magnet switch being arranged in the first mounting groove, the first bullet block is drawn into electromagnetism
In ferrum, so that whole first bullet block is retracted in the first mounting groove, so when there is no the position-limiting action of the first bullet block, energy
Enough make sliding shoe can carry out sliding towards original position, return to original position, be again switched off electric magnet afterwards,
Enable to the first bullet block under the effect of spring be again embedded in sawtooth.Can not occur certain during drill bit life-time service
Abrasion, drill bit and sliding shoe can be made upon wear not at horizontal level.The most just can be by regulation fixed block and sliding
The position of block, controls the position of drill bit.During regulation, the second bullet block can be embedded into the second mounting groove under external force
In, so it being only capable of so that fixed block sliding in slipping block, the second bullet block is when entering into next caulking groove, it is possible to the
The effect of two spring-return power reenters next caulking groove, plays a new fixed structure, during re-using afterwards, for
Guarantee fixed block and slipping block will not occur relative displacement, before use, open the linear reciprocating motor being arranged in cavity,
The push rod making linear reciprocating motor outfan enters in the groove being positioned at fixed strip, is blocked by connecting hole so that stretch
Even if the second bullet block gone out in connecting hole is by External Force Acting, can be stopped by push rod, thus can be made the second bullet block not
Can enter in the second mounting groove, serve permanent fixing effect.Of the present utility model it is a little, it is possible to first before use
Adjust position, after holing the most again, it is possible to by seeing the scale on sliding shoe, it is possible to the degree of depth that drill bit is pierced
Check.
Accompanying drawing explanation
Fig. 1 is overall structure figure of the present utility model；
Fig. 2 is the overall structure figure of this clamping device；
Fig. 3 is the erecting bed structure chart of this clamping device；
Fig. 4 is the grip block structure chart of this clamping device；
Fig. 5 is the grip block structural representation of this clamping device；
Fig. 6 is borehole drill construction；Overall structure figure；
Fig. 7 is partial enlarged drawing at the A of borehole drill construction；
Fig. 8 is partial enlarged drawing at the B of borehole drill construction；
Fig. 9 is partial enlarged drawing at the C of borehole drill construction；
Figure 10 is partial enlarged drawing at the D of borehole drill construction.
Reference:
B, clamping device；B0, support platform；B1, erecting bed；B2, track strip；B3, the first slide block；B4, slide opening；B5, clamping
Block；B6, bare terminal end；B7, gravity end；B8, slide bar；B9, the second slide block；B10, push rod；B11, trace；B12, the 3rd slide block；
B13, the first returning spring；B14, power transmission shaft；B15, rotating mechanism；B16, limited location block；B17, via；B18, baffle plate；
B19, the first fixed plate；B20, the second fixed plate；B21, the first slippage slot；B22, fixture block；B23, the second returning spring；B24,
Two chutes；B25, gravity block；B26, guide groove；B27, the first inserting groove；B28, the first inserted block；C, borehole drill construction；C0, propelling vapour
Cylinder；C1, displaced block；C2, contiguous block；C3, rotary electric machine；C4, grip block；C5, drill bit；C6, mounting blocks；C7, slide rail；C8, cunning
Motion block；C9, scale；C10, sawtooth；C11, the first inclined plane；C12, horizontal plane；C13, the first mounting groove；C14, the first bullet block；
C15, the first spring；C16, electric magnet；C17, the second inclined plane；C18, fixed strip；C19, dead slot；C20, reciprocating motor；C21、
Groove；C22, push rod；C23, the second mounting groove；C24, the second bullet block；C25, connecting hole；C26, slipping block；C27, caulking groove；C28、
Second spring；C29, locating shaft；C30, sliding tray；C31, slip hole；C32, the first screwed hole；C33, the end of thread；C34, groove；
C35, the first installing plate；C37, the second installing plate；C38, the second screwed hole；C39, the 3rd screwed hole；C40, transverse slat；C41, perpendicular
Plate；C42, the 3rd installing plate；C43, the 4th screwed hole；C44, the 5th screwed hole；C45, even block；C46, sliding groove；C47, depression；
C48, projection；C49, a spike；C50, projection；C51, separate slot.
Detailed description of the invention
Below in conjunction with the embodiment given by accompanying drawing, this utility model is described in further detail.
Referring to figs. 1 through shown in 10, the present embodiment
A kind of vertical perforating device, including placing the erecting bed B1 of plank, for clamping clamping device B and the use of plank
Include the first slide block B 3 in the track strip B2, described clamping device B of clamping device motion, described first slide block B 3 is provided with cunning
Hole B4, described track strip B2 pass slide opening B4 so that the first slide block B 3 sliding is connected on track strip B2, described first slide block B 3
On be hinged with clamping block B5, on described clamping block B5, setting includes bare terminal end B6 and gravity end B7, and described gravity end B7 weight is big
Arrange towards erecting bed B1 in bare terminal end B6, described bare terminal end B6, described first slide block B 3 is provided with slide bar B8, described slide bar
It is provided with the second slide block B 9 on B8, described second slide block B 9 is provided with and makes bare terminal end B6 towards peace for withstanding gravity end B7
The push rod B10 of dress platform B1 motion, described first slide block B 3 is additionally provided with trace B11, described trace B11 arranges sliding
Connect and have the 3rd slide block B 12, described trace B11 is socketed with the first returning spring B13, in described 3rd slide block B 12 simultaneously
Being perpendicular on the direction of track strip B2 and slide bar B8 be provided with power transmission shaft B14, on described power transmission shaft B14, connection has rotating mechanism
B15；
It is additionally provided with borehole drill construction C, described borehole drill construction C on described erecting bed B1 to include supporting platform B0, described support platform
B0 is provided with propelling cylinder C0 on the direction of erecting bed B1, and the outfan of described propelling cylinder C0 is provided with displaced block
C1, described displaced block C1 is provided with contiguous block C2, described contiguous block C2 is provided with for being provided with lifting regulating mechanism, institute
State and on lift adjustment framework, be provided with rotary electric machine C3, the outfan of described rotary electric machine C3 is provided with grip block C4, described
It is provided with drill bit C5 on grip block C4, described displaced block C1 is additionally provided with mounting blocks C6, described mounting blocks C6 is provided with cunning
Rail C7, on described slide rail C7, sliding connects sliding shoe C8, and described sliding shoe C8 is provided with scale C9, described sliding shoe C8
From near drill bit C5 one end opening pass, and pass part flush with drill bit C5, described slide rail C7 is internally provided with sawtooth
C10, described sawtooth C10 include that the first inclined plane C11 and horizontal plane C12, described horizontal plane C12 stretch out slide rail towards sliding shoe C8
C7 direction, described sliding shoe C8 is provided with the first mounting groove C13, described first mounting groove C13 is provided with the first bullet block
C14, is provided with between described first bullet block C14 and the first mounting groove C13 for keeping the first bullet block C14 to keep embedding sawtooth
The first spring C15 of C10, described first mounting groove C13 are internally provided with the electric magnet C16 for attracting the first bullet block C14, institute
State the first bullet block C14 end and be provided with the second inclined plane C17 overlapped with the first inclined plane C11, and formed unidirectional with sawtooth C10
Toothing, described sliding shoe C8 is only capable of stretching out direction displacement dorsad, and described lifting regulating mechanism includes fixed strip C18, described solid
Determine that bar C18 and contiguous block C2 is fixing to be connected, and between fixed strip C18 and contiguous block C2, be formed with dead slot C19, described dead slot C19
On be provided with propulsion plant linear reciprocating motor C20, described fixed strip C18 is provided with groove C21, described linear reciprocating motor
It is provided with the push rod C22 stretching into groove C21 on C20, described fixed strip C18 is provided with the second mounting groove C23, described second peace
Be provided with the second bullet block C24 in tankage C23, be provided with in described second mounting groove C23 connecting hole C25, described connecting hole C25 with
Groove C21 turns on, and described second bullet block C24 extend in connecting hole C25, and described fixed strip C18 is socketed with slipping block C26,
Described rotary electric machine C3 is fixed on slipping block C26, and described fixed strip C18 is provided with caulking groove C27, described second bullet block C24
On be provided with and keep bullet block to be embedded into the second spring C28 of caulking groove C27.
In use, first plank is placed on erecting bed B1, by clamping device, plank is clamped in afterwards
On erecting bed B1, by borehole drill construction, plank is holed afterwards.In boring procedure, by being arranged on support platform B0
Advance the promotion of cylinder C0, so that drill bit C5 towards plank motion thus holes.
When not placing plank, the first slide block B 3 is positioned on track strip B2, and is in the position farthest away from erecting bed B1, it
Rear startup rotating mechanism B15, rotating mechanism B15 can be rotation cylinder, as long as power transmission shaft B14 can be allowed to rotate.By turning
The rotation of motivation structure B15, thus drive power transmission shaft B14 also to rotate, the 3rd slide block B 12 being connected on power transmission shaft B14 is also
Can rotate, in rotation process, gangbar can be driven to rotate, thus can drive be connected with gangbar
Two slide block B 9 are moved, and from the second slide block B 9 band moving slide-bar B8 motion, drive the first slide block B 3 in-orbit in slide bar B8 motor process
Move on road bar B2.In motor process, trace B11 also can do flexible in rotation process in the 3rd slide block B 12
Motion, owing to, in rotating mechanism B15 rotation process, can make the distance between the 3rd slide block B 12 and the second slide block B 9
Changing, when distance reduces, acted on by rotating mechanism B15 motive force, trace B11 is near the one of the second slide block B 9
End moves towards the 3rd slide block B 12.When distance increases, under the effect of the first returning spring B13, trace B11 is near the
Move away from the 3rd slide block B 12 in one end of two slide block B 9.When the first slide block B 3, when slip is conflicted as erecting bed B1, pacified
The position-limiting action of dress platform B1, the first slide block B 3 cannot be further continued for motion, just cannot continue so afterwards to move on track strip B2,
Rotating mechanism B15 continues to rotate simultaneously, and the second slide block B 9 can be made to move on slide bar B8, thus near the first slide block B 3, same
Time be arranged on the push rod B10 in the second slide block B 9 can be final with gravity end B7 conflict so that bare terminal end towards clamping block B5 motion
B6 moves towards erecting bed B1, thus clamps the plank being arranged on erecting bed B1.So in clamping process, plank would not
Damaged by excessive clamping force.
Startup rotary electric machine C3 enables to grip block C4 and rotates, so that the drill bit being arranged on grip block C4
C5 rotates, after opening rotary electric machine C3, it is possible to adjust drill bit C5 by command displacement block C1 and hole.Connecing
During nearly timber, flush when being positioned at the sliding shoe C8 of slide rail C7 of mounting blocks C6 with drill bit C5 initial position, slip
Block C8 contacts timber with drill bit C5 simultaneously, and along with the gradually displacement of displaced block C1, drill bit C5 can be gradually reduced, and sliding shoe C8 is then
Will not be changed by resistance positions, owing to sliding shoe C8 is that sliding is connected in slide rail C7, thus make continuing
During movement, sliding shoe C8 is constant, and mounting blocks C6 may proceed to displacement, after completing boring, displaced block C1 is risen.By
Being internally provided with sawtooth C10 in slide rail C7, the end of the first bullet block C14 in the first mounting groove C13 of sliding shoe C8 also sets
It is equipped with the second inclined-plane, it is possible to fit with the first inclined-plane on sawtooth C10, in displacement process, is arranged on the first mounting groove
Bullet block in C13 can have a component along the first inclined-plane of laminating and the second inclined-plane, and the first bullet block C14 is pushed into first
Inside mounting groove C13, mounting blocks C6 is thus made to move, when entering next sawtooth C10 at the first spring
Under the effect of the restoring force of C15, the first bullet block C14 can be made to be embedded in sawtooth C10, be the formation of next location structure,
This makes it possible to form a unidirectional toothing, after the position-limiting action by horizontal plane C12, can only stretch out dorsad at sliding shoe C8
One end carry of chute is moved, and is unable to return to original position.So due to sliding shoe C8 after sliding shoe C8 rises
On be provided with scale C9, thus can the most intuitively and exactly find out, in boring procedure, the degree of depth holed on earth is on earth
How much.When needs restore sliding shoe C8 position, it is only necessary to the electric magnet C16 being arranged in the first mounting groove C13 switch is beaten
Open, the first bullet block C14 is drawn in electric magnet C16, so that whole first bullet block C14 is retracted into the first mounting groove C13
In, so when there is no the position-limiting action of the first bullet block C14, it is possible to make sliding shoe C8 can slide towards original position
Move, return to original position, be again switched off electric magnet C16 afterwards, enable to the first bullet block C14 weight under the action of the spring
Newly embedded in sawtooth C10.Certain abrasion can not occur during drill bit C5 life-time service, drill bit can be made upon wear
C5 and sliding shoe C8 is not at horizontal level.The most just can control drill bit by regulation fixed block and the position of slipping block C26
The position of C5.During regulation, the second bullet block C24 can be embedded in the second mounting groove C23 under external force, is so only capable of
Enough making fixed block sliding in slipping block C26, the second bullet block C24 is when entering into next caulking groove C27, it is possible to second
The effect of spring C28 restoring force reenters next caulking groove C27, plays a new fixed structure, re-uses process afterwards
In, in order to ensure that fixed block and slipping block C26 will not occur relative displacement, before use, open the straight line being arranged in cavity
Reciprocating motor C20 so that the push rod C22 of linear reciprocating motor C20 outfan enters into the groove C21 being positioned at fixed strip C18
In, connecting hole C25 is blocked so that even if the second bullet block C24 stretched out in connecting hole C25 is by External Force Acting, can be subject to
The stop of push rod C22, thus can make the second bullet block C24 will not enter in the second mounting groove C23, serves permanent fixing
Effect.Of the present utility model it is a little, it is possible to the most first adjust position, after holing the most again, it is possible to
By seeing the scale C9 on sliding shoe C8, it is possible to the degree of depth piercing drill bit C5 is checked.
As a kind of detailed description of the invention improved, described first slide block B 3 is provided with limited block B16, described gravity end
B7 conflicts on limited block, and described limited block is provided with via B17, and after described second slide block B 9 rising, push rod B10 is from leading
Through hole B17 passes, by gravity end B7 jack-up, described first slide block B 3 also sets up placement bare terminal end B6 inordinate rotation less than peace
The baffle plate B18 of dress platform B1；
It is provided with locating shaft C29 on described fixed strip C18, described slipping block C26 is provided with sliding tray, described fixed strip
C18 is embedded in sliding tray, described slipping block C26 is provided with slip hole C31, described locating shaft C29 and stretches into slip hole C31,
It is provided with the first screwed hole C36C32 on described fixed strip C18, described locating shaft C29 is provided with end of thread C33, described screw thread
End C33 is screwed in the first screwed hole C36C32.
The setting first passing through limited block can play a position-limiting action to clamping block B5 so that gravity end B7's
When gravity is more than bare terminal end B6, it is possible to anti-rotation excessive for clamping block B5.Simultaneously after the second slide block B 9 rises, push rod B10 from
The via B17 being arranged on limited block passes through, by gravity end B7 jack-up.
Made by the cooperation of locating shaft C29 and sliding tray, will not offset in displacement process at slipping block C26,
Slipping block C26 carries out displacement along the position of sliding tray.Simultaneously in installation process, it is only necessary to screwed hole is directed at sliding tray,
Directly the end of thread C33 on locating shaft C29 is screwed into peace afterwards that can complete total in the first screwed hole C36C32
Dress.
As a kind of detailed description of the invention improved, bottom described erecting bed B1, it is provided with the first fixed plate B19, described rail
Road bar B2 is fixed in fixed plate, and the other end of described track strip B2 is provided with and prevents the first slide block B 3 from coming off from track strip B2
The second fixed plate B20；
End in the caulking groove C27 that described second bullet block C24 embeds is hemispherical, and described caulking groove C27 is and the second bullet block
The hemispherical that C24 agrees with.
By the first fixed plate B19 and the setting of the second fixed plate B20, can occasionally prevent the first slide block B 3 from track strip B2
Drop.
By the shape of the second bullet block C24 end and caulking groove C27 is all set to hemispherical, it is circle mainly due to hemispherical
Cambered surface, it is possible to adapt to upper and lower displacement, it is ensured that it uses normally.
As a kind of detailed description of the invention improved, described bare terminal end B6 is provided with the first slippage slot C30B21, described
In first slippage slot C30B21, sliding connects fixture block B22, and described first slippage slot C30B21 is provided with holding fixture block B22 court
To the second returning spring B23 of erecting bed B1 motion, one end of described second returning spring B23 is fixed on locating piece, another
End is fixed on the first slippage slot C30B21 inwall；
One end that described sliding shoe C8 stretches out slide rail C7 dorsad is provided with projection 50, described mounting blocks C6 is provided with for convex
The groove C34 that block 50 embeds.
In use, in clamping process, fixture block B22 contacts with plank, afterwards can be by the thickness of plank, fixture block
B22 sliding in the first slippage slot C30B21, simultaneously under the effect of the second returning spring B23, it is possible to keeps fixture block B22 and wood
The clamping action of plate, thus serves the effect that a fixture block B22 clamps voluntarily, is also further ensured that and will not damage plank.
Projection 50 is set by stretching out one end of track dorsad at sliding shoe C8 so that be compressed at the first bullet block C14
Time in first mounting groove C13, it is possible to play a position-limiting action, prevent whole sliding shoe C8 from therefrom coming off, it is ensured that use
Stability.
As a kind of detailed description of the invention improved, described gravity end B7 is provided with the second chute B24, described second chute
Being provided with gravity block B25 in B24, described second chute B24 is provided with conduction trough B26, described gravity block B25 end is to conducting
Exposing in groove B26, one end that described gravity block B25 exposes from conduction trough B26 is provided with the first inserting groove B27, described gravity
The block B25 other end relative to the first inserting groove B27 is provided with the first inserted block B28 coordinated with the first inserting groove B27；
It is provided with two gang saw tooth C10 on described mounting blocks C6, described sliding shoe C8 is provided with two the first mounting grooves
C13, described sliding shoe C8 is provided with a separate slot 51, and described separate slot 51 two ends are respectively at two the first mounting groove C13 conductings, institute
Stating electric magnet C16 to be arranged on separate slot 51, one end of described first spring C15 is fixed on the first bullet block C14, and the other end is fixed
On the shell of electric magnet C16.
When needing the weight adjusting gravity end B7, can directly the first inserted block B28 of gravity block B25 one end be inserted into
It is positioned in the second chute B24 of gravity end B7, and when needing to continue to increase the weight of, it is only necessary to separately go first on one piece of gravity block B25
Inserted block B28 is inserted in the first inserting groove B27 on original gravity block B25.
In use, by the setting of two gang saw tooth C10, it is possible to strengthen the effect of fixing sliding shoe C8 further,
Ensure that its fixing intensity, have only to arrange one piece of separate slot 51 simultaneously, two faces of separate slot 51 are provided with electric magnet
C16, thus improves integrally-built integration, saves space.
As a kind of detailed description of the invention improved, described contiguous block C2 is provided with the first installing plate C35, described first
It is provided with the second screwed hole C38 on installing plate C35, described fixed strip C18 is provided with the second installing plate C37, described second peace
It is provided with the threeth screwed hole C39 concentric for screwed hole C38 with second, described second screwed hole C38 and the 3rd screw thread on dress plate C37
Hole C39 is screwed into bolt just fixed strip C18 simultaneously be fixed on company block C45.
In installation process, by the second installing plate C37 patch on the first installing plate C35 on contiguous block C2 and fixed strip C18
Close, afterwards the second screwed hole C38 and the 3rd screwed hole C39 be directed at, be directly threaded into bolt just can realize by contiguous block C2 with
Fixed strip C18 achieves a fixed connection, this mode simple in construction, it is easy to operation, is easily worked molding, and bonding strength is higher.
As a kind of detailed description of the invention improved, described mounting blocks C6 connects the transverse slat being parallel to displaced block C1
C40, described transverse slat C40 is provided perpendicular to the riser C41 of displaced block C1, described riser C41 and is fixed in displaced block C1, institute
State mounting blocks C6 to be positioned at outside displaced block C1.
In use, it is connected with displaced block C1 by portrait, by transverse slat C40, mounting blocks C6 is extended to displaced block
Outside C1, thus can ensure that sliding shoe C8 will not be limited by displaced block C1 during marking, it is ensured that it is normal
Use.
As a kind of detailed description of the invention improved, described riser C41 is provided with the 3rd installing plate C42, the described 3rd
It is provided with the 4th screwed hole C43 on installing plate C42, described displaced block C1 is provided with and the 4th the concentric for screwed hole C43 the 5th
3rd installing plate C42, also cross bolt, is fixed on by screwed hole C44, described 4th screwed hole C43 and the 5th screwed hole C44
In displaced block C1.
Fitted with displaced block C1 by the 3rd installing plate C42 on riser C41, afterwards by the 4th screwed hole C43 and
Status screwed hole alignment, is screwed into bolt afterwards and just can realize installing.This mode simple in construction, it is easy to operate and process, with
Time bonding strength also ensured.
As a kind of detailed description of the invention improved, the company's of being provided with block C45 on described displacement plate, described even block C45 sets
Being equipped with sliding groove C46, described 3rd installing plate C42 sliding is connected in sliding groove C46, and described 3rd installing plate C42 is arranged
There is depression C47, described sliding groove C46 is provided with the protruding C48 for embedding groove C34, described groove C34 and protruding C48
Cross section be triangle.
Setting by sliding groove C46 so that during installing portrait, directly the 3rd installing plate C42 is slid onto cunning
In access slot C46, this makes it possible to play an effect pre-fixed, the most just can easily by the 4th screwed hole C43 and
5th screwed hole C44 alignment, and the structure of groove C34 is embedded by protruding C48, it is possible to ensure the sliding of the 3rd installing plate C42
Structure is more stable and firm so that the 3rd installing plate C42 can carry out sliding along the direction of protruding C48, it is ensured that it is just
Often use.The cross section of groove C34 and protruding C48 being arranged to triangle, triangle is stable structure, it is possible to play one simultaneously
The effect of individual component, it is ensured that use intensity, improve service life.
As a kind of detailed description of the invention improved, one end that described sliding shoe C8 stretches out slide rail C7 is provided with a spike
C49, described spike C49 are obliquely installed relative to sliding shoe C8.
The spike C49 being obliquely installed can be to play an effect increasing contact surface supporting plank, reduces
Pressure so that its plank operationally will not be caused damage by sliding shoe C8.
The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to
Above-described embodiment, all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model.Should refer to
Go out, for those skilled in the art, without departing from the some improvement under this utility model principle premise and
Retouching, these improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (10)
1. a vertical perforating device, it is characterised in that: include placing the erecting bed (B1) of plank, for clamping the clamping of plank
Mechanism and the track strip (B2) for clamping device motion, described clamping device includes the first slide block (B3), and described first is sliding
Being provided with slide opening (B4) on block (B3), described track strip (B2) passes slide opening (B4) so that the first slide block (B3) sliding is connected to
On track strip (B2), described first slide block (B3) being hinged with clamping block (B5), the upper setting of described clamping block (B5) includes clamping
End (B6) and gravity end (B7), described gravity end (B7) weight is more than bare terminal end (B6), and described bare terminal end (B6) is towards erecting bed
(B1) arrange, described first slide block (B3) is provided with slide bar (B8), described slide bar (B8) is provided with the second slide block (B9), institute
State and be provided with on the second slide block (B9) for withstanding the top that gravity end (B7) makes bare terminal end (B6) move towards erecting bed (B1)
Bar (B10), described first slide block (B3) is additionally provided with trace (B11), and described trace (B11) arranges sliding connection to be had
3rd slide block (B12), described trace (B11) is socketed with the first returning spring (B13), and described 3rd slide block (B12) is upper same
Time be perpendicular on the direction of track strip (B2) and slide bar (B8) be provided with power transmission shaft (B14), the upper connection of described power transmission shaft (B14) has
Rotating mechanism (B15)；
Being additionally provided with borehole drill construction on described erecting bed (B1), described borehole drill construction includes supporting platform (B0), described support platform
(B0) on the direction of erecting bed (B1), it is provided with propelling cylinder (C0), the outfan of described propelling cylinder (C0) is provided with
Displaced block (C1), described displaced block (C1) is provided with contiguous block (C2), described contiguous block (C2) is provided with for being provided with
Lifting regulating mechanism, described lift adjustment framework is provided with rotary electric machine (C3), on the outfan of described rotary electric machine (C3)
It is provided with grip block (C4), described grip block (C4) is provided with drill bit (C5), described displaced block (C1) is additionally provided with installation
Block (C6), described mounting blocks (C6) is provided with slide rail (C7), and the upper sliding of described slide rail (C7) connects sliding shoe (C8), described
Being provided with scale (C9) on sliding shoe (C8), described sliding shoe (C8) passes near the opening of drill bit (C5) one end, and
Passing part to flush with drill bit (C5), described slide rail (C7) is internally provided with sawtooth (C10), and described sawtooth (C10) includes first
Inclined plane (C11) and horizontal plane (C12), described horizontal plane (C12) stretches out slide rail (C7) direction, described cunning towards sliding shoe (C8)
It is provided with the first mounting groove (C13) on motion block (C8), described first mounting groove (C13) is provided with the first bullet block (C14), described
It is provided with between first bullet block (C14) and the first mounting groove (C13) for keeping the first bullet block (C14) to keep embedding sawtooth
(C10) the first spring (C15), described first mounting groove (C13) is internally provided with the electromagnetism for attracting the first bullet block (C14)
Ferrum (C16), described first bullet block (C14) end is provided with the second inclined plane (C17) overlapped with the first inclined plane (C11), and
Forming unidirectional toothing with sawtooth (C10), described sliding shoe (C8) is only capable of stretching out direction displacement dorsad, described lifting regulating mechanism
Including fixed strip (C18), described fixed strip (C18) is fixing with contiguous block (C2) to be connected, and fixed strip (C18) and contiguous block (C2)
Between be formed with dead slot (C19), described dead slot (C19) is provided with propulsion plant linear reciprocating motor (C20), described fixed strip
(C18) it is provided with groove (C21) on, described linear reciprocating motor (C20) is provided with the push rod (C22) stretching into groove (C21),
It is provided with the second mounting groove (C23) on described fixed strip (C18), in described second mounting groove (C23), is provided with the second bullet block
(C24), being provided with connecting hole (C25) in described second mounting groove (C23), described connecting hole (C25) turns on groove (C21),
Described second bullet block (C24) extend in connecting hole (C25), and described fixed strip (C18) is socketed with slipping block (C26), described
Rotary electric machine (C3) is fixed on slipping block (C26), and described fixed strip (C18) is provided with caulking groove (C27), described second bullet block
(C24) the second spring (C28) keeping the second bullet block (C24) to be embedded into caulking groove (C27) it is provided with on.
A kind of vertical perforating device the most according to claim 1, it is characterised in that: it is provided with on described first slide block (B3)
Limited block (B16), described gravity end (B7) conflicts on limited block, described limited block is provided with via (B17), and described the
After two slide blocks (B9) rise, push rod (B10) passes, by gravity end (B7) jack-up, described first slide block from via (B17)
(B3) baffle plate (B18) placing bare terminal end (B6) inordinate rotation less than erecting bed (B1) is also set up on；
It is provided with locating shaft (C29) on described fixed strip (C18), described slipping block (C26) is provided with sliding tray (C30), institute
State fixed strip (C18) to be embedded in sliding tray (C30), described slipping block (C26) is provided with slip hole (C31), described location
Axle (C29) stretches into slip hole (C31), and described fixed strip (C18) is provided with the first screwed hole (C32), described locating shaft (C29)
On be provided with the end of thread (C33), the described end of thread (C33) is screwed in the first screwed hole (C32).
A kind of vertical perforating device the most according to claim 2, it is characterised in that: described erecting bed (B1) bottom is provided with
First fixed plate (B19), described track strip (B2) is fixed in fixed plate, and the other end of described track strip (B2) is provided with and prevents
The second fixed plate (B20) that first slide block (B3) comes off from track strip (B2)；
End in the caulking groove (C27) that described second bullet block (C24) embeds is hemispherical, and described caulking groove (C27) is and the second bullet
The hemispherical that block (C24) agrees with.
A kind of vertical perforating device the most according to claim 3, it is characterised in that: it is provided with the on described bare terminal end (B6)
One slippage slot (B21), the interior sliding of described first slippage slot (B21) connects has fixture block (B22), on described first slippage slot (B21)
It is provided with the second returning spring (B23) keeping fixture block (B22) to move, described second returning spring towards erecting bed (B1)
(B23) one end is fixed on locating piece, and the other end is fixed on the first slippage slot (B21) inwall；
Described sliding shoe (C8) stretches out one end of slide rail (C7) dorsad and is provided with projection (C50), and described mounting blocks (C6) is upper to be arranged
There is the groove (C34) embedded for projection (C50).
A kind of vertical perforating device the most according to claim 4, it is characterised in that: described gravity end (B7) is provided with second
Chute (B24), is provided with gravity block (B25), described second chute (B24) is provided with conducting in described second chute (B24)
Groove (B26), described gravity block (B25) end exposes to conduction trough (B26), and described gravity block (B25) is from conduction trough (B26)
The one end exposed is provided with the first inserting groove (B27), and the other end of relative first inserting groove of described gravity block (B25) (B27) sets
It is equipped with the first inserted block (B28) coordinated with the first inserting groove (B27)；
It is provided with two gang saw teeth (C10) on described mounting blocks (C6), described sliding shoe (C8) is provided with two the first mounting grooves
(C13), described sliding shoe (C8) being provided with a separate slot (51), described separate slot (51) two ends are respectively at two the first mounting grooves
(C13) conducting, described electric magnet (C16) is arranged on separate slot (51), and one end of described first spring (C15) is fixed on the first bullet
On block (C14), the other end is fixed on the shell of electric magnet (C16).
A kind of vertical perforating device the most according to claim 5, it is characterised in that: it is provided with the on described contiguous block (C2)
One installing plate (C35), described first installing plate (C35) is provided with the second screwed hole (C38), described fixed strip (C18) sets
It is equipped with the second installing plate (C37), described second installing plate (C37) is provided with threeth spiral shell concentric with the second screwed hole (C38)
Pit (C39), is screwed into bolt just fixed strip (C18) solid simultaneously in described second screwed hole (C38) and the 3rd screwed hole (C39)
On the company's of being scheduled on block (C45).
A kind of vertical perforating device the most according to claim 6, it is characterised in that: the upper connection of described mounting blocks (C6) has flat
Row, in the transverse slat (C40) of displaced block (C1), described transverse slat (C40) is provided perpendicular to the riser (C41) of displaced block (C1), institute
Stating riser (C41) to be fixed in displaced block (C1), described mounting blocks (C6) is positioned at displaced block (C1) outward.
A kind of vertical perforating device the most according to claim 7, it is characterised in that: it is provided with the on described riser (C41)
Three installing plates (C42), described 3rd installing plate (C42) is provided with the 4th screwed hole (C43), and described displaced block (C1) is upper to be arranged
There are fiveth screwed hole (C44) concentric with the 4th screwed hole (C43), described 4th screwed hole (C43) and the 5th screwed hole (C44)
Also cross bolt, the 3rd installing plate (C42) is fixed in displaced block (C1).
A kind of vertical perforating device the most according to claim 8, it is characterised in that: the company's of being provided with block on described displacement plate
(C45), described even block (C45) being provided with sliding groove (C46), described 3rd installing plate (C42) sliding is connected to sliding groove
(C46), in, described 3rd installing plate (C42) is provided with depression (C47), described sliding groove (C46) is provided with for embedding
The projection (C48) of groove (C34), the cross section of described groove (C34) and protruding (C48) is triangle.
A kind of vertical perforating device the most according to claim 9, it is characterised in that: described sliding shoe (C8) stretches out slide rail
(C7) one end is provided with a spike (C49), and described spike (C49) sliding shoe (C8) relatively is obliquely installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620840272.7U CN205835571U (en) | 2016-08-03 | 2016-08-03 | A kind of vertical perforating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620840272.7U CN205835571U (en) | 2016-08-03 | 2016-08-03 | A kind of vertical perforating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205835571U true CN205835571U (en) | 2016-12-28 |
Family
ID=57616897
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620840272.7U Withdrawn - After Issue CN205835571U (en) | 2016-08-03 | 2016-08-03 | A kind of vertical perforating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205835571U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113157A (en) * | 2016-08-03 | 2016-11-16 | 温州集智科技有限公司 | A kind of vertical perforating device |
-
2016
- 2016-08-03 CN CN201620840272.7U patent/CN205835571U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106113157A (en) * | 2016-08-03 | 2016-11-16 | 温州集智科技有限公司 | A kind of vertical perforating device |
| CN106113157B (en) * | 2016-08-03 | 2018-08-03 | 温州集智科技有限公司 | A kind of vertical perforating device |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20161228 Effective date of abandoning: 20180803 |