CN208496127U - A kind of verticality adjusting device - Google Patents
A kind of verticality adjusting device Download PDFInfo
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- CN208496127U CN208496127U CN201820767014.XU CN201820767014U CN208496127U CN 208496127 U CN208496127 U CN 208496127U CN 201820767014 U CN201820767014 U CN 201820767014U CN 208496127 U CN208496127 U CN 208496127U
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Abstract
The utility model is suitable for Welding of cutters technical field, provide a kind of verticality adjusting device, including mounting base, the mounting base includes installation base plate, Y-direction swivel plate and engagement plate, the Y-direction swivel plate is mutually perpendicular to the engagement plate, the Y-direction swivel plate is connect by pivot pin with the installation base plate shaft, it further include the clamping device for clamping bar, for adjusting the combination slide unit that the clamping device moves in the horizontal direction and the rotating mechanism rotated in the horizontal direction for controlling the clamping device, the rotating mechanism is set in the mounting base, the rotating mechanism is connected to the combination slide unit, the combination slide unit is fixedly connected on the clamping device.A kind of verticality adjusting device provided by the utility model quickly, accurately, quantity controllably can quickly adjust the verticality of clamping bar, save time cost, moreover it is possible to which the welding concentricity for guaranteeing bar promotes the welding quality of cutter.
Description
Technical field
The utility model belongs to Welding of cutters technical field more particularly to a kind of verticality adjusting device.
Background technique
When cutting product for hard alloy brazed shank tool drilling and milling, have one for the precision in the hole or slot to be processed
Provisioning request, and the important indicator of influence processing hole or slot precision is exactly the apex point concentricity of cutter, how to ensure that hard alloy welds
The subuliferous welding concentricity of knife is connect, and by welding concentricity control in stable range, by the tooling of welding process equipment
Stability, accuracy determine, and the verticality element in tooling is even more the most important thing therein.It is compact-sized in existing equipment
In the case of, the device that clamping bar verticality is adjusted in equipment is not enough to meet quick adjustment, is also not enough to guarantee that welding is coaxial
The stability of degree, and existing verticality adjusting seat, the overwhelming majority is that X, Y dovetail combine carriage saddle, first, the precision of slide unit
Low, the clearance fit difficulty processing of dovetail groove, since long-run adjustment is using wearing, precision is lost serious；Second, slide unit adjusts
Screw rod rotation adjustment amount is uncontrollable, and adjustment is not intuitive, and leading to adjustment, time-consuming；It furthermore is exactly in the adjustment rotated around trunnion axis
On, most still to use easy bolt regulative mode, adjustment amount cannot intuitively be shown, when adjustment is pretty troublesome, be wasted time.
Utility model content
The purpose of the utility model is to overcome above-mentioned the deficiencies in the prior art, provide a kind of verticality adjusting device,
Its verticality that quickly, accurately, quantity controllably can quickly adjust clamping bar, has saved time cost, has guaranteed the weldering of bar
Concentricity is connect, the welding quality of cutter is promoted.
The technical solution of the utility model is: a kind of verticality adjusting device, including mounting base, and the mounting base includes peace
Dress substrate, Y-direction swivel plate and engagement plate, the Y-direction swivel plate are mutually perpendicular to the engagement plate, and the Y-direction swivel plate passes through
Pivot pin is connect with the installation base plate shaft, further includes for clamping the clamping device of bar, for adjusting the clamping device
The combination slide unit moved in the horizontal direction and the rotating mechanism rotated in the horizontal direction for controlling the clamping device, institute
Rotating mechanism is stated in the mounting base, the rotating mechanism is connected to the combination slide unit, and the combination slide unit is fixed to be connected
It is connected to the clamping device.
Specifically, the clamping device includes combining c-type plate that slide unit lower end is connected and fixed with described, being set to the c-type
Mounting blocks on plate, on the mounting blocks for load the load-bearing part of the bar, be set on the mounting blocks with it is described
Load-bearing part cooperation is for compressing the briquetting of the bar and on the mounting blocks for driving the briquetting rotary oscillation
Driving, the briquetting are connect with the mounting blocks shaft, and the load-bearing part is correspondingly arranged with the briquetting.
Specifically, the load-bearing part is provided with the holding tank for accommodating the bar, and the notch of the holding tank is V-shaped
Or arc.
Specifically, the rotating mechanism includes for adjusting the bar in the X-axis rotary components of X-direction deflection angle
It is rotated with for adjusting the bar in the Y-axis rotary components of Y direction deflection angle, the X-axis rotary components and the Y-axis
Component is correspondingly arranged, and the X-axis rotary components are connect with the engagement plate, and the Y-axis rotary components are rotated set on the Y-direction
On plate.
Specifically, the X-axis rotary components include X-axis swivel plate, X-axis rotation fixed plate and X-axis differential head, the X-axis
Swivel plate is connected and fixed on the upper end of the combination slide unit, and the X-axis rotation fixed plate is tightly fixed on the rank by bolt lock
On fishplate bar, the X-axis swivel plate rotates fixed plate shaft with the X-axis by X rotary shaft and connect, and the engagement plate setting is useful
In the first locking member that the X-axis swivel plate is locked, the X-axis differential head is mounted in the X-axis rotation fixed plate,
The measuring staff of the X-axis differential head is resisted against the X-axis swivel plate.
Specifically, gap is provided between the X-axis swivel plate and X-axis rotation fixed plate.
Specifically, the gap setting between the X-axis swivel plate and X-axis rotation fixed plate has the first elastic component, institute
Elastic component is stated to be oppositely arranged with the X differential head.
Specifically, it includes Y-axis differential head and Y-axis differential head mounting plate, the Y-axis differential head that the Y-axis, which turns rotary components,
Mounting plate is locked on the installation base plate, and the Y-axis differential head mounting plate is set to the top of the Y-direction swivel plate, institute
Y-axis differential head is stated on the Y-axis differential head mounting plate, and the measuring staff of the Y-axis differential is resisted against the Y-direction swivel plate,
It is provided with guide rod between the Y-direction swivel plate and the Y-axis differential head mounting plate, the second elastic component is arranged on the guide rod.
Specifically, the installation base plate is provided with the second locking member for the Y-direction swivel plate to be locked.
A kind of verticality adjusting device provided by the utility model adjusts bar in level side by control combination slide unit
Upward movement, then bar is adjusted by control rotating mechanism and is rotated in the horizontal direction, it realizes to adjusting bar verticality
Adjust, and under the action of differential head, can intuitively show the variable quantity of bar, can quickly, it is accurate, quantity controllably adjust folder
The verticality for holding bar guarantees the welding concentricity of bar, improves processing efficiency and improves processing quality, operates quickly letter
Just, practicability is good.
Detailed description of the invention
In order to illustrate more clearly of the technical scheme in the embodiment of the utility model, will make below to required in embodiment
Attached drawing is briefly described, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention,
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings
Other attached drawings.
Fig. 1 is a kind of structural schematic diagram of verticality adjusting device provided by the embodiment of the utility model；
Fig. 2 is a kind of another structural schematic diagram of verticality adjusting device provided by the embodiment of the utility model；
Fig. 3 is a kind of decomposition diagram of verticality adjusting device provided by the embodiment of the utility model；
Fig. 4 is the structural representation of X-axis rotary components in a kind of verticality adjusting device provided by the embodiment of the utility model
Figure；
Fig. 5 is the structure of load-bearing part in a kind of clamping device of verticality adjusting device provided by the embodiment of the utility model
Schematic diagram；
Fig. 6 is that the structure of briquetting in a kind of clamping device of verticality adjusting device provided by the embodiment of the utility model is shown
It is intended to.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
It should be noted that it can be directly another when element is referred to as " being fixed on " or " being set to " another element
On one element or it may be simultaneously present centering elements.When an element is known as " being connected to " another element, it can
To be directly to another element or may be simultaneously present centering elements.
It is only each other relatively it should also be noted that, the positional terms such as left and right, upper and lower in the utility model embodiment
Concept or be reference with the normal operating condition of product, and should not be regarded as restrictive.
As shown in Figure 1 to Figure 3, a kind of verticality adjusting device provided by the embodiment of the utility model, for being closed to hard
The welding clamping of golden brazed shank tool (including but not limited to hard alloy brazed shank tool), it is ensured that the welding concentricity of cutter.Including
Mounting base 1, the mounting base 1 include installation base plate 11, Y-direction swivel plate 12 and engagement plate 13, the Y-direction swivel plate 12 with it is described
Engagement plate 13 is mutually perpendicular to, and the Y-direction swivel plate 12 is connect by pivot pin with 11 shaft of installation base plate, makes Y-direction swivel plate
12 can rotate around pivot pin, and verticality adjusting device further includes for clamping the clamping device 2 of bar 5, for adjusting the clamping
Mechanism 2 (be defined as X-direction and Y direction) in the horizontal direction on the combination slide unit 3 that moves and for controlling the clamping machine
Structure 2 (be defined as X-direction and Y direction) in the horizontal direction on the rotating mechanism 4 that rotates, the rotating mechanism 4 is set to described
In mounting base 1, the rotating mechanism 4 is connected to the combination slide unit 3, and the combination slide unit 3 is fixedly connected on the clamping machine
Structure 2, wherein slide unit combination 3 can accurately control clamping device 2 straight in X-axis or/and Y direction under the action of differential head
The distance of line movement.When work, which is operated in three steps: the first step, will by clamping device 2
Bar 5 is fixedly clamped；Second step controls clamping device 2 using combination slide unit 3 and is moved in the horizontal direction, bar 5 is transported
It send to welding post section；Third step adjusts rotating mechanism 4, controls rotation of the bar 5 in X-direction and Y direction, makes
Bar 5 and the hard alloy co-axially align welded therewith.It, can be fast by combining the collective effect of slide unit 3 and rotating mechanism 4
Speed, it is accurate, quantity controllably complete adjusting to 5 position of bar, to achieve the purpose that the vertical of adjustment clamping bar 5, it is ensured that
Bar 5 welds the stability of concentricity, improves processing efficiency and improves welding quality.
Specifically, as shown in Figure 1 to Figure 3, the clamping device 2 includes and the C for combining 3 lower end of slide unit and being connected and fixed
Template 21, the mounting blocks 22 on the c-type plate 21, on the mounting blocks 22 for loading the carrying of the bar 5
Part 23 cooperates with the load-bearing part 23 briquetting 24 for compressing the bar 5 on the mounting blocks 22 and is set to described
For driving the actuator 25 of 24 rotary oscillation of briquetting on mounting blocks 22, the briquetting 24 connects with 22 shaft of mounting blocks
It connects, the load-bearing part 23 is correspondingly arranged with the briquetting 24.Wherein between c-type plate 21, mounting blocks 22, load-bearing part 23 and briquetting 24
Assembly it is compact, to guarantee that the error of perpendicularity of the bar 5 in clamping device 2 is small.The course of work of clamping device 2 are as follows: by stick
Material 5 is placed on load-bearing part 23, and starting actuator 25 drives 24 rotary oscillation of briquetting, cooperates it with load-bearing part 23, to bar 5
It is clamped.
In the utility model embodiment, tension spring 26 may be provided between actuator 25 and briquetting 24, improve answering for briquetting 24
Capability.
In the utility model embodiment, which is pen cylinder, light-weight, small in size, and it is empty to save installation
Between.In practical application, briquetting 24 can also be driven to carry out rotary oscillation as actuator 25 using hydraulic cylinder, motor etc..
Specifically, described as shown in figure 5, the load-bearing part 23 is provided with the holding tank 231 for accommodating the bar 5
The notch of holding tank 231 can be v-shaped structure or be arcuate structure etc., help to improve the stabilization of the clamping of bar 5.
In the utility model embodiment, as shown in figure 3, load-bearing part 23 is fixed by bolts on mounting blocks 22, wherein holding
Holder 23 is provided with the long waist-shaped hole 232 passed through for bolt, and mounting blocks 22 are provided with the mounting groove for accommodating load-bearing part 23, spiral shell
Bolt passes through long waist-shaped hole 232 and is fixed in mounting groove and (load-bearing part 23 is embedded in mounting blocks 22) load-bearing part 23, and passes through
Mounting groove is defined the position of load-bearing part 23, to improve the stabilization that load-bearing part 23 is clamped in moving process, and meanwhile it is available
Long waist-shaped hole 232 is adjusted load-bearing part 23 along the position in mounting groove direction, to carry the bar 5 of different size, makes to carry
Part 23 can effectively cooperate with briquetting 24.
In the utility model embodiment, as shown in fig. 6, briquetting 24 is in zigzag, including pressure head 241, balance staff 242 and compression bar
243, mounting blocks 22 may be provided with the axis hole for passing through for balance staff 242, and balance staff 242 passes through the axis hole and 22 shaft of mounting blocks connects
Connect, one end of balance staff 242 is connect with pressure head 241, and the other end of balance staff 242 is connect with one end of compression bar 243, compression bar 243 it is another
One end is connect with cylinder 25, in practical application, one end that balance staff 242 is connect with compression bar 243 can be designed to polygonized structure, is prevented
Only balance staff 242 and compression bar 243 have skidded phenomenon to briquetting 24 in use, and unstable, influence is clamped so as to cause bar 5
The adjusting work of 5 verticality of bar.
Specifically, as shown in Figure 1 to Figure 3, the rotating mechanism 4 includes deflecting for adjusting the bar 5 in X-direction
X-axis rotary components 41 of angle and for adjusting the bar 5 in the Y-axis rotary components 42 of Y direction deflection angle, the X
Axis rotary components 41 and the Y-axis rotary components 42 are correspondingly arranged, and the X-axis rotary components 41 and the engagement plate 13 connect
It connects, the Y-axis rotary components 42 are set on the Y-direction swivel plate 12.Wherein, X-axis rotary components 41 and Y-axis rotary components 42 are grasped
The sequence of work is unlimited, and X-axis rotary components 41 can carry out individually operated, but the operation of Y-axis rotary components 42 needs X-axis to rotate
The cooperation of component 41 is just able to achieve and adjusts to 5 verticality of bar.
Specifically, as shown in Figure 1 to Figure 3, the X-axis rotary components 41 include X-axis swivel plate 410, X-axis rotation fixed plate
411 and X-axis differential head 412, the X-axis swivel plate 410 is connected and fixed on the upper end of the combination slide unit 3, when X-axis swivel plate
410, which combine slide unit 3 when rotating, can follow X-axis swivel plate 410 to rotate together, and the X-axis rotation fixed plate 411 passes through bolt
It is locked on the engagement plate 13, the X-axis swivel plate 410 rotates fixed plate 411 by X rotary shaft 413 and the X-axis
Shaft connection, the engagement plate 13 are provided with the first locking member for the X-axis swivel plate 410 to be locked (in figure not
Indicate), the X-axis differential head 412 is mounted in the X-axis rotation fixed plate 411, and the measuring staff of the X-axis differential head 412 supports
Peak at the X-axis swivel plate 410.In order to ensure X-axis swivel plate 410 can effectively receive the variation from X-axis differential head 412
X-axis differential head 412 can be set to the middle part of X-axis rotation 411 side of fixed plate by amount.X-axis swivel plate is removed by the first locking member
410 make X-axis swivel plate 410 around 413 positive and negative rotation of X rotary shaft and under the adjusting of X-axis differential head 412 with the relationship of engagement plate 13
It is dynamic, and then combination slide unit 3 is driven to deflect, X rotary shaft 413 plays connection function, while can be eliminated by axis hole precision-fit
Gap error improves the rotation precision of X-axis swivel plate 410.
In the utility model embodiment, engagement plate 13 and X-axis rotation fixed plate 411 are mutually perpendicular to, and engagement plate 13 can also be set
It is equipped with for the retaining structure 131 to X-axis rotation 411 detent of fixed plate, the X-axis when X-axis rotary components 41 are adjusted is avoided to rotate
Fixed plate 411 supports unstable, influences the degree of regulation of X-axis rotary components 41.
Specifically, as shown in Figure 1 to Figure 3, it is arranged between the X-axis swivel plate 410 and X-axis rotation fixed plate 411
There is gap, X-axis swivel plate 410 is made to possess the space of deflection, and the size in the gap is then to influence the deflection row of X-axis swivel plate 410
An important factor for journey, the deflection stroke of X-axis swivel plate 410 determine bar 5 in the deflection angle of X-direction, between being somebody's turn to do by change
The size of gap can control bar 5 in the maximum value of X-direction deflection angle.
Specifically, as shown in figure 3, the X-axis swivel plate 410 and the X-axis rotate the gap setting between fixed plate 411
There is the first elastic component 414, first elastic component 414 is oppositely arranged with the X differential head, revolves X-axis swivel plate 410 and X-axis
Turn to play the role of compressing buffering there are elastic force between fixed plate 411, additionally aids the reset of X-axis swivel plate 410.
In practical application, in order to ensure between X-axis swivel plate 410 and X-axis rotation fixed plate 411 there is sufficient elasticity to return
Reactivation power may be provided with multiple first elastic components 414.In the utility model embodiment, the first elastic component 414 is rectangle pressure spring, X
Axis rotation fixed plate 411 is provided with the threaded hole for accommodating the rectangle pressure spring, and rectangle pressure spring is placed into threaded hole and passes through spiral shell
Nail 415 is fixed, determines the size of rectangle pressure spring elastic force by adjusting the elasticity of screw 415.
In the utility model embodiment, as shown in figure 4, X-axis swivel plate 410 is with respect to X under the action of X-axis differential head 412
Axis rotates fixed plate 411 and rotates, and X-axis swivel plate 410 has boss 4100, while X rotation fixed plate is provided with and the boss
The 4100 middle square grooves 4110 matched, and middle square groove 4110 and 4100 clearance fit of boss, are avoided that X-axis swivel plate 410 is being adjusted
Axial motion occurs when whole rotation causes the verticality adjusting of bar 5 error occur.
Specifically, as shown in Figure 1 to Figure 3, it includes Y-axis differential head 421 and Y-axis differential head that the Y-axis, which turns rotary components 42,
Mounting plate 420, the Y-axis differential head mounting plate 420 are locked on the installation base plate 11, and the Y-axis differential head is installed
Plate 420 is set to the top of the Y-direction swivel plate 12, and the Y-axis differential head 421 is set on the Y-axis differential head mounting plate 420,
And the measuring staff of the Y-axis differential is resisted against the Y-direction swivel plate 12, the Y-direction swivel plate 12 and the Y-axis differential head mounting plate
Be provided with guide rod 422 between 420, be arranged with the second elastic component 423 on the guide rod 422, Y-axis differential head 421 and guide rod 422 with
It is symmetrical arranged centered on pivot pin.Y-axis differential head 421 not only plays the role of fine tuning of retreating, but also plays the role of rigidity limit, in Y
Under axis differential head 421 acts on, Y-direction swivel plate 12 can be rotated around pivot pin, and then combination slide unit 3 is driven to deflect, Y-direction rotation
When rotated, the second elastic component 423 can play the role of compression buffering to rotating plate 12, and can help 12 elastic reset of Y-direction swivel plate.
In the utility model embodiment, the second elastic component 423 is pressure spring.
Specifically, the installation base plate 11 is provided with the second locking member for the Y-direction swivel plate 12 to be locked
(not indicating in figure) plays the role of locking limit to Y-direction swivel plate 12, avoids Y-direction swivel plate 12 in a quiescent state
It is rotated around pivot pin, thus influence the verticality of bar 5, i.e., only when Y-axis rotary components 42 work, 12 ability of Y-direction swivel plate
It is rotated around pivot pin.
Specifically, as shown in Figure 1 to Figure 3, one end of engagement plate 13 is tightly fixed on Y-direction swivel plate 12 simultaneously by pin lock
It, will when Y-direction swivel plate 12 rotatably can drive X-axis rotary components 41 to be rotated together close to one end of Y-axis differential head 421
Engagement plate 13 and Y-direction swivel plate 12 are arranged in a mutually vertical manner, X-axis rotary components 41 and Y-axis rotary components 42 can preferably with combine
Slide unit 3 reduces the installation error of perpendicularity to cooperation.
Specifically, in order to enable, X-axis swivel plate 410 and Y-direction swivel plate 12 effectively feed back X-axis differential head 412 and Y-axis is micro-
421 variable quantity separately, so that it is guaranteed that the sensitivity that X-axis rotary components 41 and Y-axis rotary components 42 are adjusted, it can be by X-axis differential
First 412 and the measuring staff of Y-axis differential head 421 be polished into hemispherical, alternatively, can be in the measuring staff and X-axis swivel plate of X-axis differential head 412
410, connection steel ball is provided between the measuring staff of Y-axis differential head 421 and Y-direction swivel plate 12, i.e. X-axis differential head 412 and X-axis revolves
It is contacted between rotating plate 410, Y-axis differential head 421 and Y-direction swivel plate 12 and is set as point contact.
Also it is to provide a kind of operating method of verticality adjusting device in the utility model embodiment, using above-mentioned one kind
Verticality adjusting device, comprising the following steps:
S1: bar 5 is fixedly clamped by control clamping device 2；
S2: control combination slide unit 3 moves in the horizontal direction clamping device 2, adjusts the position in the horizontal direction of bar 5,
Bar 5 is transported to welding post section；
S3: control X-axis rotary components 41 or/and Y-axis rotary components 42 rotate bar 5, adjust the vertical of bar 5
Degree.
Concrete operations are as follows:
Firstly, preparing bar 5 and hard alloy, which is mounted on by board by installation base plate 11
On, bar 5 is placed into load-bearing part 23 by the position of appropriate adjustment load-bearing part 23, and drive cylinder 25 control briquetting 24 swing with
Bar 5 is fixedly clamped by the cooperation of load-bearing part 23；Then, (the i.e. X-axis side in the horizontal direction of clamping device 2 is controlled by slide unit component
To and Y direction) on move, bar 5 is accurately transported to welding post section, will combination slide unit 3 lock；Then, according to
The hard alloy position welded with bar 5, by adjusting X-axis rotary components 41 or/and Y-axis rotary components 42, accurate control rod
The angle that material 5 rotates in the X-axis direction or/and in Y direction (since clamping device 2 is fixedly connected with slide unit 3 is combined, and is revolved
Rotation mechanism 4 acts on combination slide unit 33, and slide unit 3 is combined under the action of rotating mechanism 4 and is deflected, and then drives clamping device
2 deflections), make bar 5 and hard alloy co-axially align.Wherein, before the adjusting of X-axis rotary components 41, the first locking member (figure is unclamped
In do not indicate), disconnect contacting for X-axis swivel plate 410 and engagement plate 13, enable X-axis swivel plate 410 around the progress of X rotary shaft 413
Rotation drives combination slide unit 3 to rotate, and after X-axis rotary components 41 are adjusted, locks the first locking member, restores X-axis swivel plate
410 contact with engagement plate 13, make X-axis swivel plate 410 and 13 groups of engagement plate it is integral, prevent X-axis swivel plate 410 from revolving
Turn, avoids influencing the verticality of bar 5 because making mistakes or touching X-axis rotary components 41 in subsequent operation and leading to bar 5
There is welding error；It before the adjusting of Y-axis rotary components 42, unclamps the second locking member (not indicated in figure), disconnects Y-direction swivel plate
12 contact with installation base plate 11, while the first locking member is in locking state, make Y-direction under the action of Y-axis rotary components 42
Swivel plate 12 can be rotated around pivot pin, and then X-axis rotary components 41 is driven to deflect and act on 41 band of X-axis rotary components simultaneously
Dynamic combination slide unit 3 rotates, after the Y-axis rotary components 42 are adjusted, locking the second locking property part, make Y-direction swivel plate 12 with
11 groups of installation base plate integral, avoids influencing bar 5 because making mistakes or touching Y-axis rotary components 42 in subsequent operation
Verticality and cause bar 5 occur welding error.
A kind of perpendicularity regulating device provided by the utility model embodiment, by the way that slide unit 3 and whirler will be combined
4 Combination Design of structure, the positional relationship of reasonable design combination slide unit 3 and rotating mechanism 4, first passes through slide unit component and adjusts bar 5
Moving distance in the horizontal direction, the rotation angle in the horizontal direction that control rotating mechanism 4 adjusts bar 5, the two knot
It closes, adjusting accurately and fast, quantity controllably can be carried out to 5 verticality of bar, guarantees the stability of welding concentricity, improves
It welding quality and has saved time cost, and the variable quantity of bar 5 can intuitively have been shown by differential head, improved operation
Convenience, the practicality is strong, good reliability.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modification, equivalent replacement or improvement etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (9)
1. a kind of verticality adjusting device, including mounting base, the mounting base includes installation base plate, Y-direction swivel plate and engagement plate,
The Y-direction swivel plate is mutually perpendicular to the engagement plate, and the Y-direction swivel plate is connected by pivot pin and the installation base plate shaft
It connects, which is characterized in that further include for clamping the clamping device of bar, being moved up in the horizontal direction for adjusting the clamping device
Dynamic combination slide unit and the rotating mechanism rotated in the horizontal direction for controlling the clamping device, the rotating mechanism are set to
In the mounting base, the rotating mechanism is connected to the combination slide unit, and the combination slide unit is fixedly connected on the clamping machine
Structure.
2. a kind of verticality adjusting device as described in claim 1, which is characterized in that the clamping device includes and described group
Close c-type plate, the mounting blocks on the c-type plate that slide unit lower end is connected and fixed, on the mounting blocks for loading institute
State the load-bearing part of bar, on the mounting blocks with the load-bearing part cooperation for compress the bar briquetting and be set to institute
It states for driving the driving of the briquetting rotary oscillation on mounting blocks, the briquetting is connect with the mounting blocks shaft, described to hold
Holder is correspondingly arranged with the briquetting.
3. a kind of verticality adjusting device as claimed in claim 2, which is characterized in that the load-bearing part is provided with for accommodating
The notch of the holding tank of the bar, the holding tank is V-shaped or arc.
4. a kind of verticality adjusting device as described in claim 1, which is characterized in that the rotating mechanism includes for adjusting
The bar is in the X-axis rotary components of X-direction deflection angle and for adjusting the bar in the Y of Y direction deflection angle
Axis rotary components, the X-axis rotary components and the Y-axis rotary components are correspondingly arranged, and the X-axis rotary components and the rank
Fishplate bar connection, the Y-axis rotary components are set on the Y-direction swivel plate.
5. a kind of verticality adjusting device as claimed in claim 4, which is characterized in that the X-axis rotary components include X-axis rotation
Rotating plate, X-axis rotation fixed plate and X-axis differential head, the X-axis swivel plate are connected and fixed on the upper end of the combination slide unit, the X
Axis rotation fixed plate is tightly fixed on the engagement plate by bolt lock, and the X-axis swivel plate passes through X rotary shaft and the X-axis
The connection of fixed plate shaft is rotated, the engagement plate is provided with the first locking member for the X-axis swivel plate to be locked, institute
It states X-axis differential head to be mounted in the X-axis rotation fixed plate, the measuring staff of the X-axis differential head is resisted against the X-axis swivel plate.
6. a kind of verticality adjusting device as claimed in claim 5, which is characterized in that the X-axis swivel plate and the X-axis are revolved
Turn to be provided with gap between fixed plate.
7. a kind of verticality adjusting device as claimed in claim 6, which is characterized in that the X-axis swivel plate and the X-axis are revolved
Turning the gap setting between fixed plate has the first elastic component, and the elastic component is oppositely arranged with the X-axis differential head.
8. a kind of verticality adjusting device as claimed in claim 4, which is characterized in that it includes Y-axis that the Y-axis, which turns rotary components,
Differential head and Y-axis differential head mounting plate, the Y-axis differential head mounting plate are locked on the installation base plate, and the Y-axis is micro-
Parted hair mounting plate is set to the top of the Y-direction swivel plate, and the Y-axis differential head is set on the Y-axis differential head mounting plate, and institute
The measuring staff for stating Y-axis differential is resisted against the Y-direction swivel plate, is arranged between the Y-direction swivel plate and the Y-axis differential head mounting plate
There is guide rod, the second elastic component is arranged on the guide rod.
9. a kind of verticality adjusting device as claimed in claim 8, which is characterized in that the installation base plate is provided with for inciting somebody to action
The second locking member that the Y-direction swivel plate is locked.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820767014.XU CN208496127U (en) | 2018-05-22 | 2018-05-22 | A kind of verticality adjusting device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820767014.XU CN208496127U (en) | 2018-05-22 | 2018-05-22 | A kind of verticality adjusting device |
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| CN208496127U true CN208496127U (en) | 2019-02-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108465987A (en) * | 2018-05-22 | 2018-08-31 | 深圳市金洲精工科技股份有限公司 | A kind of verticality adjusting device and its operating method |
-
2018
- 2018-05-22 CN CN201820767014.XU patent/CN208496127U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108465987A (en) * | 2018-05-22 | 2018-08-31 | 深圳市金洲精工科技股份有限公司 | A kind of verticality adjusting device and its operating method |
| CN108465987B (en) * | 2018-05-22 | 2024-01-30 | 深圳市金洲精工科技股份有限公司 | Perpendicularity adjusting device and operation method thereof |
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