CN207188529U - A kind of mutual flow-through rear material stopping device for bending machine of integration - Google Patents
A kind of mutual flow-through rear material stopping device for bending machine of integration Download PDFInfo
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- CN207188529U CN207188529U CN201721180142.6U CN201721180142U CN207188529U CN 207188529 U CN207188529 U CN 207188529U CN 201721180142 U CN201721180142 U CN 201721180142U CN 207188529 U CN207188529 U CN 207188529U
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Abstract
The utility model discloses integrated mutually flow-through rear material stopping device for bending machine, belong to bender field.A pair of beams that it includes being used to install X-axis component, for driving the X-axis component, Y-axis component, Z axis component, gear finger assembly and balance adjusting part for driving gear finger assembly to be moved along Z axis for driving Z axis component to be moved along Y direction that Y-axis component moves along X-direction；Balance adjustment component includes the adjustable plate of connecting cross beam and the supporting plate of connection bender；The adjusting screw at adjustable plate both ends withstands supporting plate after passing through adjustable plate；The trip bolt of connection supporting plate is set in the adjustment hole at adjustable plate both ends；The both sides of interstitial hole are provided with a pair of baffle plates on adjustable plate, and locating dowel connects supporting plate after passing through hole, the lock-screw for compressing locating dowel is set on baffle plate.The utility model device backgauge position is adjustable, has preferable versatility, interchangeability and impact resistance, and caused by manufacturing and positioning errors can be eliminated the problem of the position inaccurate of backgauge position.
Description
Technical field
The utility model belongs to bender technical field, after a kind of integration mutually flow-through bender
Stop gauge.
Background technology
Bender is a kind of machine that bending can be carried out to thin plate, and it includes support, workbench, clamping plate and rear gear
Material, workbench are placed on support, and workbench is made up of base and pressing plate, and base is connected by hinge with clamping plate.Bender produces
Product are widely used in electromechanics, metal plate, light industry, aviation, ship, instrument, electrical equipment, stainless steel products, steel building and metallurgy etc.
Industry, for the various steel plates of bending, stainless steel, copper coin, aluminium sheet and nonmetallic materials sheet material, it can be converted into product V-type, arc
Shape, circle or perpendicular type etc., it can also as requested design and be processed into special shape mould.
Rear material stopping device for bending machine is operating mechanism important in bender, and its function is to needing to carry out sheet metal
Up and down, left and right and front and rear positioning, it is therefore desirable to according to the difference of bending workpieces shape and size, it is necessary to adjust rear material stopping device
Position.The structure type of existing rear material stopping device for bending machine has many kinds, but their structure types are roughly the same, is typically all
Crossbeam is supported by the line rail on the wallboard of the left and right sides, then gear is installed on crossbeam and referred to or height regulation group
Part, then gear is installed and referred to, realize the adjustment of backgauge position.This frame mode, the part of rear material stopping device is all relatively scattered peace
Dress, integrated level it is relatively low, it is necessary to multiple parts it is assembled successively on bender, not only installation is wasted time and energy, and backgauge precision is low, and
It is very inconvenient for used interchangeably between different size or same size bender and its versatility and interchangeability are poor, so as to
A kind of model bender is caused to match a kind of unique rear material stopping device, even if being exchanged between two benders of same specification makes
It is also extremely difficult with same rear material stopping device, thus often produce a bender, in requisition for production one rear material stopping device,
Cost greatly improves, and also increases stock, is not easy to energy-saving.
Also, existing rear material stopping device is movable to drive positioning by a servomotor, up and down through hand
Dynamic rotary turnplate is realized, is moved left and right, and by the release of screw and is tightened to adjust manually.Due to being related to operating personnel's
Skilled operation degree and micro-judgment problem, so the working condition of stop gauge can be according to operator and different.Therefore, keep off
The positioning precision of material device cannot ensure, cause the contour accuracy of product also decline therewith or product quality present it is uneven
Situation, and location efficiency is relatively low.Meanwhile this stop gauge impact resistance is relatively poor, can not realize big angle
Spend the requirement of bending.
For example, Chinese Patent Application No. is：201621274705.3 publication date is：The patent text on June 20th, 2017
Offer, disclose a kind of rear material stopping device for bending machine, it includes left and right two wallboards arranged in parallel and is vertically located at described
Riser between left and right wallboard, in addition to supporting plate, servomotor and two translating devices, two translating devices are symmetrical
It is respectively provided on the madial wall of the left and right wallboard, the servomotor is located on the riser, and the servomotor passes through chain
Bar drives two translating device Synchronous Transmissions, and the two ends of bearing plate is installed in above two translating devices respectively, the support
Plate is provided with some blocks.It is exactly typical rear material stopping device structure in this scheme, the translation dress by being arranged on, on right wallboard
Put and drive supporting plate to move forward and backward, and translating device drives chain drive by servomotor, servomotor is also arranged on riser,
Some blocks are set on supporting plate, for being positioned to plate；Such a structure, parts are more and miscellaneous, and installation is relatively scattered, integrate
Degree friendship is relatively low, and its versatility, interchangeability and impact resistance are all poor, and backgauge precision is poor, less efficient.
For example, Chinese Patent Application No. is：201420542470.6 publication date is：The patent document on March 4th, 2015,
A kind of rear material stopping device for bender is disclosed, including：Support and the first rack-mount drive mechanism, second
Drive mechanism and stock stop；First drive mechanism includes chassis, the first servomotor and the first screw mandrel.Second drive mechanism bag
Include crossbeam, the second screw mandrel and the second servomotor；Stock stop include material blocking block, rack, the 3rd servomotor and with rack phase
Meshed gears.The rear material stopping device of this scheme, compared to structure above, it is acted by servomotor come drive control,
Improve the precision of backgauge, but its guide rail is difficult to leveling, so as to its material blocking block transversely with the movement of longitudinal direction it is difficult to ensure that when water
It is flat or vertical, it is further improved.
In addition, the working environment of bender is more severe, not only with HI high impact, high vibrations, and easily have plate or
Pendant thing drops, and above two or existing other rear material stopping devices are relatively open, the high accuracy such as guide rail, motor, leading screw
Parts all it is exposed outside, not only easy dust stratification obstruction is more prone to be fallen thing and injured by a crashing object, under the pressure of the structure shape of existing back material stopping dress
Formula, it is difficult to accomplish comprehensively to protect.
The content of the invention
1st, to solve the problems, such as
A kind of mutual flow-through rear material stopping device for bending machine of integration of the utility model offer, its object is to solve existing rear gear
Expect that the parts installation of device is loose numerous and diverse, integrated level is relatively low, causes installation effectiveness low, the problem of backgauge low precision.The rear gear
Material device uses modularized design, independent from bender, can be installed to as an overall time on bender, and
The backgauge position adjustments of top to bottom, left and right, front and rear can be carried out, meet various backgauge demands, it has preferable versatility, interchangeability
Stronger impact resistance；Meanwhile it coordinates the structure type of such a backgauge positioning to devise the structure being installed on bender
Mode, caused by manufacturing and positioning errors can be eliminated the problem of the position inaccurate of backgauge position.In addition, the rear material stopping device enters one
Step is designed to that the high-precision parts such as Totally-enclosed-type structure, guide rail, motor, leading screw are fully protected, and can reach good guarantor
Shield acts on.
2nd, technical scheme
To solve the above problems, the utility model adopts the following technical scheme that.
A kind of integration mutually flow-through rear material stopping device for bending machine, including a pair of beams, X-axis component, Y-axis component, Z axis group
Part, gear finger assembly and balance adjusting part；Parallel interval is set before and after the pair of crossbeam, and an X-axis is set on each crossbeam
Component；The Y-axis modular support is arranged on X-axis component, and X-axis component is used to drive Y-axis component to move along X-direction；The Z
Shaft assembly is arranged on Y-axis component, and Y-axis component is used to drive Z axis component to move along Y direction；The gear finger assembly is arranged on Z
On shaft assembly, Z axis component is used to drive gear finger assembly to move along Z axis；The both ends of the pair of crossbeam pass through a balance respectively
Adjusting part connects；The balance adjustment component includes adjustable plate, supporting plate and connected respectively with locating dowel, the both ends of adjustable plate
Two crossbeams, supporting plate are used for the wallboard for connecting bender；The both ends of the adjustable plate respectively set an adjusting screw, adjust spiral shell
The surface of supporting plate is withstood on after following closely through adjustable plate；The both ends of the adjustable plate set one respectively close to the position of adjusting screw
The adjustment hole of waist type, the interior trip bolt that connection supporting plate is set of adjustment hole；One hole, hole both sides are set among the adjustable plate
Adjustable plate be provided with a pair of relative baffle plates, the lower end of locating dowel connects supporting plate after passing through hole, is respectively set on two baffle plates
One lock-screw, the surface of the two side compression locating dowels relative from locating dowel.
As a further improvement, the X-axis component includes the X-axis guide rail seat and Y-axis supporting plate being fixed on crossbeam, Y-axis
Supporting plate is arranged on X-axis guide rail seat by line slideway auxiliary；X-axis case is installed on the X-axis guide rail seat, by line slideway
Secondary front side and upside masking, one end of Y-axis supporting plate is stretched out from the rear openings of X-axis case, for connecting Y-axis component.
As a further improvement, the X-axis guide rail seat on the pair of crossbeam is respectively X-axis guide rail seat A and X-axis guide rail seat B；
The upper surface of the X-axis guide rail seat A is provided with step, and the X-axis guide rail of line slideway auxiliary is located on bench floor, and by step side
Positioning, X-axis guide rail seat A both ends are equipped with X-axis proximity switch；X axle racks, Y-axis are fixed with front side of the X-axis guide rail seat B
X-axis motor is provided with component, X-axis motor connection has the X-axis gear engaged with X-axis rack；X-axis guide rail seat B upper surface is set
There is step, the X-axis guide rail of line slideway auxiliary is located on bench floor, and is positioned by step side, is opened up on the bench floor
There is a dovetail groove, installation voussoir in dovetail groove, voussoir is from the opposite side of the X-axis guide rail side contacted with step side by X-axis guide rail
Compress.
As a further improvement, it is equipped with cushion pad at left and right sides of the Y-axis supporting plate.
As a further improvement, the Y-axis component includes Y-axis guide rail seat, Y-axis slide, Y-axis leading screw and y-axis motor；It is described
Parallel interval sets a pair of Y-axis guide rails in Y-axis guide rail seat, and the bottom of Y-axis slide is provided with the Y-axis coordinated with a pair of Y-axis guide rails
Sliding block；The Y-axis guide rail seat is provided at both ends with bearing block, and bearing is installed in bearing block, and the both ends of Y-axis leading screw pass through bearing branch
Support, Y-axis slide are provided with the Y-axis nut coordinated with Y-axis lead screw transmission；The y-axis motor is used to drive Y-axis leading screw；The Y-axis
X-axis motor is fixed in the bottom of track base by X-axis motor plate, and the bottom of Y-axis guide rail seat is additionally provided with a pair of X-axis connecting plates, X-axis
Connecting plate connects Y-axis supporting plate.
As a further improvement, the y-axis motor is mounted on the y-axis motor plate of Y-axis guide rail seat one end, it is exported
The main synchronizing wheel of axis connection Y-axis；One end of the Y-axis leading screw is provided with Y-axis from synchronizing wheel, the main synchronizing wheel of Y-axis and Y-axis from synchronizing wheel
Between connected by Y-axis toothed belt transmission；The both sides of the y-axis motor plate upper end are respectively provided with a secured adjusted portion, fixed to adjust
Waist-shaped hole is set in section portion, y-axis motor plate is connected by bolt through waist-shaped hole with Y-axis guide rail seat, two secured adjusted portions it
Between y-axis motor plate be provided with screw, screw is screwed into screw, the upper end of screw withstands on the bottom of bearing block.
As a further improvement, the upside of the Y-axis guide rail seat sets Y-axis upper encloser, set at left and right sides of Y-axis slide
Z axles installation portion stretches out from upper encloser both sides, and connects Z axis component；One end installation Y of the Y-axis guide rail seat installation y-axis motor
Shaft end case；The both ends of the Y-axis guide rail seat are equipped with Y-axis proximity switch.
As a further improvement, the Z axis component includes Z axis support base, Z axis stand, Z axis guide rail seat and Z axis motor；Institute
The bottom for stating Z axis support base is provided with a pair of Z axis supporting parts coordinated with Z axis installation portion on Y-axis slide；The Z axis stand is consolidated
It is scheduled on Z axis support base, Z axis guide rail seat connects Z axis stand by line slideway auxiliary, and being fixed with gear at the top of Z axis guide rail seat refers to
Mounting seat；Z axis leading screw is set on the Z axis stand, and Z axis guide rail seat is provided with the Z axis nut coordinated with Z axis lead screw transmission, Z
Spindle motor drives Z axis leading screw.
As a further improvement, the Z axis motor is arranged on the Z axis support base on front side of Z axis stand by Z axis motor plate
On, the main synchronizing wheel of output axis connection Z axis of Z axis motor, one end of Z axis leading screw connects Z axis from synchronizing wheel, the main synchronizing wheel of Z axis and
Z axles are connected between synchronizing wheel by Z axis toothed belt transmission；The rear side installation Z axis sliding block of the Z axis stand, Z axis guide rail seat
Leading flank installation with Z axis sliding block coordinate Z axis guide rail；The Z axis stand is provided with Z axis proximity switch, Z axis guide rail seat front side
The upper and lower ends in face are respectively provided with one can be by Z axis limited block that Z axis proximity switch senses；Z axis is covered with front side of the Z axis stand
Front cover shell, the rear side of Z axis stand sets Z axis rear casing, including Z axis guide rail seat is blocked.
As a further improvement, the gear finger assembly includes gear specific bit plate, gear refers to and secured adjusted plate；The gear is specified
Position plate is provided with ladder waist-shaped hole, and it is referred in mounting seat by the gear that is bolted to through ladder waist-shaped hole, keeps off the rear end referred to
The front end of connection gear specific bit plate；The gear that the secured adjusted plate is fixed on rear side of gear specific bit plate refers in mounting seat, fixed to adjust
Save the stretching screw that connection gear specific bit plate rear end is set on plate；It is each on the secured adjusted plate of the stretching screw both sides to set one
Individual Top fastening screw, Top fastening screw withstand the rear end face for keeping off specific bit plate after passing through secured adjusted plate, are cased with locking in Top fastening screw
Nut.
3rd, beneficial effect
Compared to prior art, the beneficial effects of the utility model are：
(1) the utility model rear material stopping device for bending machine, the structure type of the scattered installation of the rear material stopping device that breaks traditions, is adopted
With monoblock type, modular design concept, its can be independently of bender outside, turn into a single device, only need when in use
Corresponding bender integral installation is selected, there is preferable versatility and interchangeability；The device can realize multi-faceted gear
Material, that is, realize the automatic control of backgauge length, width, height and angle, without manual adjustment, greatly improve backgauge efficiency
And precision；The supporting construction of double crossbeams, not only there is stronger bearing capacity, installation is firm, and make it that each axle is stable, resists
Load shock is stronger.
(2) the utility model rear material stopping device for bending machine, it is the left and right sidesing wall plate that bender is fixed to by the both ends of crossbeam
On installed, but due to the presence of processing and installation error, necessarily cause after rear material stopping device is installed, two crossbeams exist
The height of vertical direction has small difference, and the both ends of crossbeam can also be offset in the longitudinal direction, and this may result in X-axis, Y
Great mistake occurs for the shift position of axle and Z axis, and it is inaccurate to ultimately result in backgauge position, and this mistake can not pass through
The regulation and control of each spindle motor eliminate, and therefore, to coordinate the structure type of backgauge positioning, balance are devised in the utility model device and is adjusted
Component is saved, crossbeam can be finely adjusted, it is final so as to ensure to ensure X-axis, the mobile accuracy on three directions of Y-axis and Z axis
The accuracy of backgauge.
(3) the utility model rear material stopping device for bending machine, the damage for being easy to cause sensing unit compared to traditional open structure
Bad, its breakthrough use enclosed construction designs, on the premise of each axle action is not influenceed, guide rail, leading screw, motor etc. is quick
Sense, easily worn part preferably protects, and not only can effectively reduce laying dust, can more place plate in harsh environments,
The damage or destruction of sensitive easily worn part caused by accident collision etc., there is stronger protectiveness.
(4) the utility model rear material stopping device for bending machine, X-axis rack is arranged on X-axis guide rail seat, and connects X-axis gear
X-axis motor be arranged on the Y-axis guide rail seat bottom of Y-axis component, while X-axis transmission is realized, X-axis motor is carried out effective
Protection；Because of X-axis rack and the impact of X-axis meshed transmission gear, impact can be produced to X-axis guide rail, therefore in installation X-axis rack
X-axis guide rail seat on, voussoir is installed in dovetail groove, X-axis guide rail is pressed in step side by the thrust of voussoir, then
Fastened with bolt, greatly improve its shock resistance, the permanent use of X-axis guide rail is not easy to loosen；In addition, the two of X-axis guide rail seat
End sets X-axis proximity switch, extreme position of the limitation Y-axis supporting plate along X-axis, avoids it from exceeding stroke, meanwhile, Y-axis supporting plate
The left and right sides be equipped with cushion pad, when colliding, reduce impulsive force, equipment is played a protective role；
(5) the utility model rear material stopping device for bending machine, in Y-axis component, covered above Y-axis guide rail seat by Y-axis upper encloser
Protection, and its both sides opens, the Z axis installation portion of Y-axis slide both sides stretches out connection Z axis component from Y-axis upper encloser both sides, and design is skilful
It is wonderful, on the premise of with preferable protectiveness, meet transmission demand, equally, the motor of Y-axis guide rail seat end, synchronizing wheel also phase
That answers is protected well by Y-axis end case；Because Y-axis component is to drive the transmission that synchronizing wheel realizes, and Y by y-axis motor
The main synchronizing wheel of axle and Y-axis are connected between synchronizing wheel by Y-axis toothed belt transmission, and this just needs Y-axis timing belt convenient
Installation, and can are tensioned in the main synchronizing wheel of Y-axis and Y-axis between synchronizing wheel, and conventional method is to use tensioning wheel, but in this practicality
It is spacing due to locations of structures in new, tensioning wheel can not be installed, therefore, by constantly groping, devised using Y-axis electricity
Machine plate activity adjustment structure, after the installation of Y-axis timing belt, by twisting the screw on y-axis motor plate in screw, push up screw upper end
Firmly bearing block, promote y-axis motor plate to move down, until the tensioning of Y-axis timing belt, then lock on Y spindle motor plates in waist-shaped hole
Bolt, make y-axis motor plate locked, such a smart structural design is reasonable, is almost not take up redundant space；
(6) the utility model rear material stopping device for bending machine, Z axis component realize the upper and lower of gear finger assembly by line slideway auxiliary
It is mobile, and its with conventional motion form on the contrary, being fixed using sliding block, the form of guide rail movement, this depends on the utility model envelope
The structure design of enclosed is, it is necessary to guide rail slide block is protected well, when being moved up with Z axis guide rail seat, Z axis guide rail seat
Front side rail exposes, and referring to mounting seat by its top gear blocks protection, and Z axis stand also gradually exposes, and is closed by Z axis rear casing
Protection.
(7) the utility model rear material stopping device for bending machine, gear finger assembly can realize the front and back position fine setting that gear refers to, so that
When having multigroup gear finger assembly, the relative position between them is can adjust, ensures the high accuracy of backgauge.
Brief description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model rear material stopping device；
Fig. 2 is the main structure diagram of the utility model rear material stopping device；
Fig. 3 is the sectional view of A-A in Fig. 2；
Fig. 4 is the dimensional structure diagram that X-axis component is installed on the utility model rear material stopping device middle cross beam；
Fig. 5 is the main structure diagram that X-axis component is installed on the utility model rear material stopping device middle cross beam；
Fig. 6 is the sectional view of C-C in Fig. 5；
Fig. 7 is the vertical view partial structural diagram that X-axis component is installed on the utility model rear material stopping device middle cross beam；
Fig. 8 is the sectional view of B-B in Fig. 7；
Fig. 9 is the dimensional structure diagram of Y-axis component in the utility model rear material stopping device；
Figure 10 is that Y-axis component removes the dimensional structure diagram after case；
Figure 11 is that Y-axis component removes the main structure diagram after case；
Figure 12 is Figure 11 left view；
Figure 13 is the dimensional structure diagram of Z axis component in the utility model rear material stopping device；
Figure 14 is that Z axis component removes the dimensional structure diagram after case；
Figure 15 is that Z axis component removes the main structure diagram after case；
D-D sectional view in Figure 16 Figure 15；
Figure 17 is the dimensional structure diagram that finger assembly is kept off in the utility model.
Label in accompanying drawing is expressed as：
100th, crossbeam；
200th, X-axis component；210a, X-axis guide rail seat A；210b, X-axis guide rail seat B；220th, line slideway auxiliary；230th, Y-axis branch
Fagging；231st, detent；240th, cushion pad；250th, X-axis proximity switch；260th, X-axis rack；270a, X axle case A；270b、
X-axis case B；280th, voussoir；290th, hauling-chain frame；
300th, Y-axis component；310th, Y-axis guide rail seat；320th, Y-axis slide；321st, Z axis installation portion；322nd, Y-axis nut； 330、
Y-axis guide rail；340th, Y-axis leading screw；350th, y-axis motor plate；351st, y-axis motor；352nd, the main synchronizing wheel of Y-axis；353rd, Y-axis is from synchronization
Wheel；354th, bearing block；355th, secured adjusted portion；356th, waist-shaped hole；357th, screw；358th, screw；360th, Y-axis proximity switch；
370th, X-axis motor plate；371st, X-axis motor；372nd, X-axis gear；380th, Y-axis upper encloser；390th, Y-axis end case；
400th, Z axis component；410th, Z axis support base；411st, Z axis supporting part；412nd, Z axis motor plate；413rd, Z axis motor；
414th, the main synchronizing wheel of Z axis；415th, Z axis timing belt；416th, Z axis is from synchronizing wheel；417th, Z axis leading screw；420th, Z axles stand；421、Z
Axle sliding block；422nd, Z axis proximity switch；430th, Z axis guide rail seat；431st, Z axis guide rail；432nd, Z axles nut；433rd, Z axis limited block；
440th, gear refers to mounting seat；450th, Z axis front cover shell；460th, Z axis rear casing；
500th, finger assembly is kept off；510th, specific bit plate is kept off；511st, ladder waist-shaped hole；520th, gear refers to；530th, secured adjusted plate；
531st, stretching screw；532nd, Top fastening screw；533rd, locking nut；
600th, balance adjustment component；610th, adjustable plate；611st, adjusting screw；612nd, hole；613rd, baffle plate；614th, adjustment hole；
620th, supporting plate；630th, locating dowel；631st, upstanding studs；640th, lock-screw；650th, trip bolt；660th, packing ring.
Embodiment
The utility model is further described below with reference to specific embodiments and the drawings.
Embodiment 1
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of modularization enclosed type rear material stopping device for bending machine of the present embodiment, mainly by a pair
Crossbeam 100, X-axis component 200, Y-axis component 300, Z axis component 400 and gear finger assembly 500 form.Wherein, X-axis component 200 is pacified
On crossbeam 100, whole device is installed on bender also by crossbeam 100, and Y-axis component 300 is arranged on X shaft assemblies 200
On, X-axis component 200 is used for the length direction for driving Y-axis component 300 to move namely bender along X-direction；Z axis component 400
On Y-axis component 300, Y-axis component 300 is used to drive the moving along Y direction of Z axis component 400, that is, bender
Width；Keep off finger assembly 500 to be arranged on Z axis component 400, Z axis component 400 is used to drive gear finger assembly 500 along Z-direction
It is mobile, that is, the short transverse of bender, and keep off finger assembly 500 and be used to carry out positioning backgauge to bending plate material.The device leads to
The synergy for crossing X-axis component 200, Y-axis component 300 and Z axis component 400 is controlled to the three-dimensional coordinate for keeping off finger assembly 500,
Realize the full-automatic regulation of backgauge depth and width, height.Certainly, can be set on the X-axis component 200 on crossbeam 100 more
The cooperation of group Y-axis component 300 and Z axis component 400, that is, with multigroup gear finger assembly 500, each can individually control, certainly
It is high by degree.The structure of each several part is described in detail below.
As shown in Figure 4, Figure 5 and Figure 6, crossbeam 100 uses concrete filled rectangular steel tube members, and a pair of beams 100 is put down in the longitudinal direction
Between-line spacing is set, by being connected integrally with longeron more between them, when needing to install whole device all on bender,
The both ends of crossbeam 100 need to be only respectively installed on the left and right sidesing wall plate of bender, the supporting construction of double crossbeams 100, not only
With stronger bearing capacity, installation is firm, and make it that each axle is stable, and anti-loading impact is stronger.In two crossbeams 100
One X-axis component 200 of upper each installation, and the support of Y-axis component 300 is arranged on the X-axis component 200 in a pair of beams 100.
X-axis component 200 mainly include being fixed on X-axis guide rail seat on crossbeam 100, Y-axis supporting plate 230, X-axis motor 371,
X-axis rack 260 and X-axis case, Y-axis supporting plate 230 are arranged on X-axis guide rail seat by line slideway auxiliary 220, X-axis case peace
On X-axis guide rail seat, the front side of line slideway auxiliary 220 and upside are covered, one end of Y-axis supporting plate 230 is from X-axis case
Rear openings stretch out, for connecting Y-axis component 300.Wherein, double structures of X-axis component 200 based on double crossbeams 100, a pair
X-axis guide rail seat on crossbeam 100 is respectively X-axis guide rail seat A210a and X-axis guide rail seat B210b, and corresponding, and X-axis case also divides
For X-axis case A270a and X-axis case B270b.A step is milled out in the inner part in X-axis guide rail seat A210a upper surface, directly
The X-axis guide rail of line guideway 220 is located on bench floor, and is positioned by step side, is then fixed X-axis guide rail by bolt
Onto X-axis guide rail seat A210a, one end of Y-axis supporting plate 230 is fixed in the X-axis slide block of line slideway auxiliary 220.X-axis case
A270a is formed by a plate through 90 ° of bendings, and its lower end is fixed on X spindle guide rail chairs A210a side, and its upper end covers
In the top of line slideway auxiliary 220, the coupling part of Y-axis supporting plate 230 and X axle sliding blocks is covered, and Y-axis supporting plate 230
X-axis case A270a is stretched out in the one end being connected with Y-axis component 300；And it is equipped with X-axis at X-axis guide rail seat A210a both ends to connect
Nearly switch 250, extreme position of the limitation Y-axis supporting plate 230 along X-axis, avoids it from exceeding stroke.
The movement of X-direction is needed with driving element, and therefore, the present embodiment X-axis guide rail seat B210b protrudes one in the inner part
Individual rack installation portion, installs X-axis rack 260 thereunder, and the upper surface of X-axis rack 260 and trailing flank be all blocked it is spacing；
And corresponding X-axis motor 371 is fixed on Y-axis component 300, the output axis connection X-axis gear 372 of X-axis motor 371, X shaft gears
372 with the engaged transmission of X-axis rack 260, it is follow-up introduce Y-axis 300 structure of component when, by the arrangement of X-axis motor 371
It is described in detail.Equally, X-axis guide rail seat B210b upper surface also is provided with the X-axis of step line slideway auxiliary 220 and led in the outer part
Rail is located on bench floor, and is positioned by step side.But due to the impact of X-axis gear 372 and the engaged transmission of X-axis rack 260
Property can to X-axis guide rail produce impact, therefore, the present embodiment offers dovetail groove on X-axis guide rail seat B210b bench floor,
The voussoir 280 that installation is fastened by bolts in dovetail groove, voussoir 280 are relative from the X axis rails side contacted with step side
Side compresses X-axis guide rail, and X-axis guide rail is pressed in step side by the thrust of voussoir 280, then is fastened with bolt, greatly
Its shock resistance is improved greatly, and the permanent use of X-axis guide rail is not easy to loosen.In addition, it is all provided with the left and right sides of Y-axis supporting plate 230
There is cushion pad 240, when colliding, reduce impulsive force, equipment is played a protective role.And on X-axis guide rail seat B210b
X-axis case B270b and X-axis case A270a it is also essentially identical, but slightly distinguish, X-axis case B270b is through two by sheet material
Secondary 90 ° reversely bending form because X-axis guide rail seat B210b on X-axis gear installation portion presence, X-axis case B270b be not easy consolidate
Its side is scheduled on, therefore is fixed in the upside of X-axis gear installation portion, so as to more than once bending, to change X-axis case
B270b installation directions.
As shown in Fig. 9 to Figure 12, Y-axis component 300 mainly includes Y-axis guide rail seat 310, Y-axis slide 320, Y-axis leading screw 340
With y-axis motor 351.Wherein, parallel interval sets a pair of Y-axis guide rails 330, the bottom of Y-axis slide 320 in Y-axis guide rail seat 310
It is provided with the Y-axis sliding block coordinated with a pair of Y-axis guide rails 330；The both ends of Y-axis guide rail seat 310 have baffle plate, and axle is provided with baffle plate
Bearing 354, bearing is installed in bearing block 354, the both ends of Y-axis leading screw 340 are by bearings, and Y axles slide 320 is provided with and Y
The Y-axis nut 322 that the transmission of axial filament thick stick 340 coordinates.A pair of X-axis connecting plates, X-axis connection are additionally provided with the bottom of Y-axis guide rail seat 310
Plate connects above-mentioned Y-axis supporting plate 230, and the upper surface of Y-axis supporting plate 230 is provided with detent 231, and X-axis connecting plate is direct
Fast positioning in detent 231 is caught in, and is fastened by bolts, so as to which Y shaft assemblies 300 are connected on X-axis component 200；And
X-axis motor 371 is fixed on the bottom of Y-axis guide rail seat 310 by X-axis motor plate 370, while X-axis transmission is realized, to X-axis
Motor 371 is effectively protected.
Y-axis motor 351 is used to drive Y-axis leading screw 340, and it is mounted on the y-axis motor plate of the one end of Y-axis guide rail seat 310
On 350, its main synchronizing wheel 352 of output axis connection Y-axis, one end of corresponding Y-axis leading screw 340 is provided with Y-axis from synchronizing wheel 353,
The main synchronizing wheel 352 of Y-axis and Y-axis are connected between synchronizing wheel 353 by Y-axis toothed belt transmission, realize that y-axis motor 351 drives Y
The purpose that axle slide 320 moves along Y-axis.But such a structure, it is necessary to Y-axis timing belt can either to be easily installed to Y-axis master same
From synchronizing wheel 353, and can is tensioned in the main synchronizing wheel 352 of Y-axis and Y-axis between synchronizing wheel 353 for step wheel 352 and Y-axis, tradition
Method is to use tensioning wheel, but spacing due to locations of structures herein, can not install tensioning wheel.To solve this problem, through long
Phase practice is groped, and a secured adjusted portion 355 is respectively provided with the both sides of the upper end of y-axis motor plate 350, is set in secured adjusted portion 355
Waist-shaped hole 356 is put, y-axis motor plate 350 is connected by bolt through waist-shaped hole 356 with Y-axis guide rail seat 310, two secured adjusteds
Y-axis motor plate 350 between portion 355 is provided with screw 357, is screwed into screw 358 in screw 357, the upper end of screw 358 withstands on axle
The bottom of bearing 354.Using the activity adjustment structure of y-axis motor plate 350, after the installation of Y axles timing belt, by twisting y-axis motor plate
Screw 358 on 350 in screw 357, the upper end of screw 358 is withstood bearing block 354, promote y-axis motor plate 350 to move down,
Until the tensioning of Y-axis timing belt, then the bolt on y-axis motor plate 350 in waist-shaped hole 356 is locked, make y-axis motor plate 350 locked i.e.
Can, such a smart structural design is reasonable, is almost not take up redundant space.In addition, y-axis motor 351 is needed by connection electricity
Source, and the movement with Y-axis component 300 in the X-axis direction, its circuit are that in tow, therefore, the present embodiment is in X-axis guide rail seat
Hauling-chain frame 290 is fixed with the outside of A210a, for holding circuit.Equally, it is similar with X-axis component 200, in Y-axis guide rail seat 310
Both ends be equipped with Y-axis proximity switch 360, for controlling the extreme position of Y-axis slide 320, avoid exceeding stroke；And in Y-axis
The both sides of the direction of motion of slide 320 are also provided with cushion pad, avoid Y-axis slide 320 and the baffle plate rigidity at the both ends of Y-axis guide rail seat 310
Collision.
In order to carry out enclosed protection to Y-axis component 300, the upside of Y-axis guide rail seat 310 sets Y-axis upper encloser
380, the both ends of Y-axis upper encloser 380 are fixed on baffle plate, and the Z axis installation portion 321 that the left and right sides of Y-axis slide 320 is set is from Y-axis
The both sides of upper encloser 380 are stretched out, and for connecting Z axis component 400, so as in the premise for not influenceing Y-axis slide 320 and moving and connecting
Under, realize protection；Meanwhile Y-axis guide rail seat 310 is installed and Y shaft ends case 390 is installed on the baffle plate of one end of y-axis motor 351,
Y-axis motor 351, the main synchronizing wheel 352 of Y-axis and Y-axis are protected from synchronizing wheel 353 etc..
As shown in Figure 13 to Figure 16, Z axis component 400 mainly includes Z axis support base 410, Z axis stand 420, Z axis guide rail seat
430 and Z axis motor 413.Wherein, the two bottom sides of Z axis support base 410 are provided with a pair and Z axle installation portions on Y-axis slide 320
The 321 Z axis supporting parts 411 coordinated, the top that Y-axis upper encloser 380 is located at so as to Z axis support base 410 are moved along Y direction of principal axis.Z
Axle stand 420 is fixed on Z axis support base 410, and Z axis guide rail seat 430 connects Z axles stand 420 by line slideway auxiliary, and Z axis is led
The top of rail chair 430 is fixed with gear and refers to mounting seat 440；Z axis leading screw 417 is set on Z axis stand 420, set on Z axis guide rail seat 430
There is the Z axis nut 432 coordinated with the transmission of Z axis leading screw 417, Z axis leading screw 417 is driven by Z axis motor 413.Specifically, Z axis is stood
One Z spindle motors plate 412 is set by two upright supports on the Z axis support base 410 of the front side of seat 420, Z axis motor 413 is vertical
Be arranged on Z axis motor plate 412, open up waist-shaped hole on Z axis motor plate 412, Z spindle motors plate 412 by bolt through waist-shaped hole with
Column is fixed, so as to adjust the front and back position of Z axis motor plate 412, so that follow-up Z axis from the installation of synchronizing wheel 416 and is opened
Tightly.The output shaft of Z axis motor 413 is worn to connecting the main synchronizing wheel 414 of Z axis, Z axis leading screw afterwards below from the top of Z axis motor plate 412
417 lower end connects Z axis from the main synchronizing wheel 414 of synchronizing wheel 416Z axles and Z axis from passing through Z axis timing belt between synchronizing wheel 416
415 drive connections.In addition, being also provided with hauling-chain frame in the side of Y-axis guide rail seat 310, the circuit of Z axis motor 413 is held.
In the present embodiment, there is Z axis front cover shell in the front side of Z axis stand 420, that is, the place side cover of Z axis motor 413
450, and Z axis motor 413 is effectively protected, the rear side of Z axis stand 420, that is, the place side of Z axis guide rail seat 430 is set
Z axis rear casing 460 is put, including Z axis guide rail seat 430 is blocked.Based on such a enclosed structure design, it is necessary to by guide rail slide block
Protect well, therefore, in the rear side installation Z axis sliding block 421 of Z axis stand 420, the leading flank installation of Z axis guide rail seat 430
The Z axis guide rail 431 coordinated with Z axis sliding block 421, and have in the both sides of Z axis stand 420 to the side of Z axis guide rail seat 430 and extend
Rib, formed preferably parcel, when being moved up with Z axis guide rail seat 430, the front side rail of Z axis guide rail seat 430 exposure, quilt
Its top gear refers to mounting seat 440 and blocks protection, and the rear side of Z axis stand 420 also gradually exposes, and is closed by Z axis rear casing 460
Protection.In addition, being provided with Z axis proximity switch 422 on Z axis stand 420, the upper and lower ends of the leading flank of Z axis guide rail seat 430 are respectively provided with
One Z axis limited block 433 that can be sensed by Z axis proximity switch 422, the position that limitation Z spindle guides rail chair 430 moves up and down, is avoided
Beyond stroke.
As shown in figure 17, keep off finger assembly 500 and mainly refer to 520 and secured adjusted plate 530 including gear specific bit plate 510, gear.Its
In, gear specific bit plate 510 is provided with ladder waist-shaped hole 511, and it refers to peace by the gear that is bolted to through ladder waist-shaped hole 511
Fill on seat 440, gear refers to the front end of 520 rear end connection gear specific bit plate 510；Secured adjusted plate 530 is fixed on gear specific bit plate
The gear of 510 rear sides refers in mounting seat 440, and the stretching screw of the rear end of connection gear specific bit plate 510 is set on secured adjusted plate 530
531；One Top fastening screw 532 is respectively set on the secured adjusted plate 530 of the both sides of stretching screw 531, and Top fastening screw 532, which passes through, fixes
The rear end face of gear specific bit plate 510 is withstood after adjustable plate 530, locking nut 533 is cased with Top fastening screw 532.520 are being referred to gear
When being finely adjusted, first, bolt in ladder waist-shaped hole 511 is unclamped；Then, stretching screw 531, driving gear specific bit plate are adjusted
510 is movable, it is to be adjusted in place after, regulation Top fastening screw 532 withstands the rear end face of gear specific bit plate 510, and tightens locking
Nut 533；Finally, the bolt in ladder waist-shaped hole 511 is locked.Such a structure design of finger assembly 500 is kept off, can be in X
Axle, Y-axis and X-direction it is trained after, gear is referred to by 520 is finely adjusted, ensures that the gears of multiple gear finger assemblies 500 refer between 520
The pinpoint accuracy of relative position, improve bending precision.
In summary, the rear material stopping device for bending machine of the present embodiment, the structure of the scattered installation of the rear material stopping device that breaks traditions
Form, using monoblock type, modular design concept, its can be independently of bender outside, turn into a single device, only need to be
Corresponding bender integral installation is selected during use, there is preferable versatility and interchangeability；The device can be realized more
Orientation backgauge, that is, the automatic control of backgauge length, width, height and angle is realized, without manual adjustment, greatly improve gear
Expect efficiency and precision；The supporting construction of double crossbeams, not only there is stronger bearing capacity, installation is firm, and causes each axle operation
Stable, anti-loading impact is stronger.More prominent is：The damage for being easy to cause sensing unit compared to traditional open structure,
Its is breakthrough to be designed using enclosed construction, on the premise of each axle action is not influenceed, by sensitivities such as guide rail, leading screw, motors,
Easily worn part preferably protects, and not only can effectively reduce laying dust, can more place plate in harsh environments, accident
The damage or destruction of sensitive easily worn part, have stronger protectiveness caused by collision etc..
Embodiment 2
A kind of mutual flow-through rear material stopping device for bending machine of integration of the present embodiment, its structure is substantially the same manner as Example 1, simply
Design is optimized in the structure that it is installed on bender.From embodiment 1, rear material stopping device is by crossbeam 100
Both ends be fixed on the left and right sidesing wall plate of bender and installed, but due to the presence of processing and installation error, necessarily lead
Cause after rear material stopping device installation, two crossbeams 100 have small difference, and the both ends of crossbeam 100 in the height of vertical direction
It can also offset in the longitudinal direction, great mistake occurs for this shift position that may result in X-axis, Y-axis and Z axis, finally leads
Cause backgauge position inaccurate, and this mistake can not be eliminated by the regulation and control of each spindle motor, so, installed for crossbeam 100
Structure on to bender is most important to backgauge precision.
In order to solve the above problems, inventor gropes by long-term practice, it is proposed that a solution, i.e., it is not direct
Crossbeam 100 is installed on the wallboard of bender, but the both ends of two crossbeams 100 are respectively passed through into a balance adjustment component
600 are installed on wallboard.Shown in concrete structure combination Fig. 7 and Fig. 8, balance adjustment component 600 includes adjustable plate 610, supporting plate
620th, locating dowel 630, lock-screw 640, trip bolt 650 and packing ring 660.Wherein, the both ends of adjustable plate 610 connect two respectively
Root crossbeam 100, supporting plate 620 are formed by flat board and riser vertical connection, and riser is bolted on the wallboard of bender,
Flat board is located at the lower section of adjustable plate 610.One adjusting screw 611 is respectively set at the both ends of adjustable plate 610, adjusting screw 611 is worn
Overregulate the planar surface that supporting plate 620 is withstood on after plate 610；At the both ends of adjustable plate 610 close to the position of adjusting screw 611,
The adjustment hole 614 of one waist type is set respectively, and packing ring 660 is placed in the top of adjustment hole 614, and trip bolt 650 passes through the He of packing ring 660
The flat board of supporting plate 620 is connected after adjustment hole 614.
Meanwhile a circular hole 612 is set among adjustable plate 610, the adjustable plate 610 of the both sides of hole 612 is provided with one
To baffle plate 613, the lower end of locating dowel 630 withstands on the planar surface of supporting plate 620 through hole 612, and locating dowel 630 passes through column spiral shell
Bolt 631 is connected with supporting plate 620；On two baffle plates 613 respectively set a lock-screw 640, from locating dowel 630 it is relative two
Withstand the surface of locating dowel 630 in side.
When in use, supporting plate 620 is fixed on the wallboard of bender, then micro-adjustment crossbeam 100 is in balance angle.When
When needing to adjust two 100 relative altitudes of crossbeam, trip bolt 650 is unclamped, turns the adjusting screw 611 at the both ends of adjustable plate 610,
Be finely adjusted, when two X-axis guide rail faces be in it is horizontal when, lock trip bolt 650；When needing 100 liang of micro-adjustment crossbeam
When holding front and back position, lock-screw 640 being turned, passes through the pressure on top surface of locating dowel 630 so that micro-shifting is moved before and after the end of crossbeam 100,
It is adjusted in place in the length direction of X-axis guide rail and the parallel workbench direction of bender, two lock-screws 640 of locking are
Can.
From the foregoing, it will be observed that by the adjustment effect of balance adjustment component 600, crossbeam 100 can be finely adjusted, with ensure X-axis,
Mobile accuracy on three directions of Y-axis and Z axis, so as to ensure the accuracy of final backgauge.
Example described in the utility model is only that preferred embodiment of the present utility model is described, not to this reality
It is defined with new spirit and scope, on the premise of the utility model design philosophy is not departed from, this area engineering technology people
The various modifications and improvement that member makes to the technical solution of the utility model, all should fall into the scope of protection of the utility model.
Claims (10)
- A kind of 1. integration mutually flow-through rear material stopping device for bending machine, including X-axis component (200), Y-axis component (300), Z axis component (400) and gear finger assembly (500), it is characterised in that：Also include a pair of beams (100) and balance adjusting part (600)；Parallel interval is set before and after the pair of crossbeam (100), and an X-axis component (200) is set on each crossbeam (100)；Institute State Y-axis component (300) support to be arranged on X-axis component (200), X-axis component (200) is used to drive Y-axis component (300) along X-axis Move in direction；The Z axis component (400) is arranged on Y-axis component (300), and Y-axis component (300) is used to drive Z axis component (400) moved along Y direction；The gear finger assembly (500) is arranged on Z axis component (400), and Z axis component (400) is used to drive Gear finger assembly (500) moves along Z axis；The both ends of the pair of crossbeam (100) are connected by a balance adjustment component (600) respectively；The balance adjustment component (600) adjustable plate (610), supporting plate (620) and locating dowel (630) are included, the both ends of adjustable plate (610) connect two horizontal strokes respectively Beam (100), supporting plate (620) are used for the wallboard for connecting bender；The both ends of the adjustable plate (610) respectively set a regulation spiral shell Follow closely (611), adjusting screw (611) withstands on the surfaces of supporting plate (620) after passing through adjustable plate (610)；The adjustable plate (610) Both ends set the adjustment hole (614) of a waist type, the interior company of setting of adjustment hole (614) close to the position of adjusting screw (611) respectively Connect the trip bolt (650) of supporting plate (620)；One hole (612) is set among the adjustable plate (610), hole (612) both sides Adjustable plate (610) is provided with a pair of relative baffle plates (613), and the lower end of locating dowel (630) connects supporting plate afterwards through hole (612) (620), one lock-screw (640) of each setting on two baffle plates (613), the two side compressions positioning relative from locating dowel (630) The surface of post (630).
- A kind of 2. mutual flow-through rear material stopping device for bending machine of integration according to claim 1, it is characterised in that：The X-axis Component (200) includes the X-axis guide rail seat and Y-axis supporting plate (230) being fixed on crossbeam (100), and Y-axis supporting plate (230) passes through Line slideway auxiliary (220) is arranged on X-axis guide rail seat；X-axis case is installed on the X-axis guide rail seat, by line slideway auxiliary (220) front side and upside masking, one end of Y-axis supporting plate (230) is stretched out from the rear openings of X-axis case, for connecting Y-axis Component (300).
- A kind of 3. mutual flow-through rear material stopping device for bending machine of integration according to claim 2, it is characterised in that：It is the pair of X-axis guide rail seat on crossbeam (100) is respectively X-axis guide rail seat A (210a) and X-axis guide rail seat B (210b)；The X-axis guide rail seat A The upper surface of (210a) is provided with step, and the X-axis guide rail of line slideway auxiliary (220) is located on bench floor, and is determined by step side Position, X-axis guide rail seat A (210a) both ends are equipped with X-axis proximity switch (250)；The front side of the X-axis guide rail seat B (210b) is consolidated Surely there is X-axis rack (260), X-axis motor (371) is provided with Y-axis component (300), X-axis motor (371) is connected with and X-axis rack (260) the X-axis gear (372) of engagement；X-axis guide rail seat B (210b) upper surface is provided with step, the X-axis of line slideway auxiliary (220) Guide rail is located on bench floor, and is positioned by step side, and dovetail groove is offered on the bench floor, wedge is installed in dovetail groove Block (280), voussoir (280) compress X-axis guide rail from the opposite side of the X-axis guide rail side contacted with step side.
- 4. the mutual flow-through rear material stopping device for bending machine of one kind integration according to Claims 2 or 3, it is characterised in that：The Y Cushion pad (240) is equipped with left and right sides of axle supporting plate (230).
- 5. the mutual flow-through rear material stopping device for bending machine of one kind integration according to Claims 2 or 3, it is characterised in that：The Y Shaft assembly (300) includes Y-axis guide rail seat (310), Y-axis slide (320), Y-axis leading screw (340) and y-axis motor (351)；The Y-axis Parallel interval sets a pair of Y-axis guide rails (330) in track base (310), and the bottom of Y-axis slide (320) is provided with leads with a pair of Y-axis The Y-axis sliding block that rail (330) coordinates；The Y-axis guide rail seat (310) is provided at both ends with bearing block (354), in bearing block (354) Bearing is installed, by bearings, Y-axis slide (320) is provided with to be driven with Y-axis leading screw (340) at the both ends of Y-axis leading screw (340) The Y-axis nut (322) of cooperation；The y-axis motor (351) is used to drive Y-axis leading screw (340)；The Y-axis guide rail seat (310) Bottom is additionally provided with a pair of X-axis connections by the fixed X-axis motor (371) of X-axis motor plate (370), the bottom of Y-axis guide rail seat (310) Plate, X-axis connecting plate connection Y-axis supporting plate (230).
- A kind of 6. mutual flow-through rear material stopping device for bending machine of integration according to claim 5, it is characterised in that：The Y-axis Motor (351) is mounted on the y-axis motor plate (350) of Y-axis guide rail seat (310) one end, and it exports the main synchronization of axis connection Y-axis Take turns (352)；One end of the Y-axis leading screw (340) be provided with Y-axis from synchronizing wheel (353), the main synchronizing wheel of Y-axis (352) and Y-axis from Synchronizing wheel is connected between (353) by Y-axis toothed belt transmission；The both sides of y-axis motor plate (350) upper end are respectively provided with one admittedly Determine adjustment portion (355), waist-shaped hole (356) is set on secured adjusted portion (355), y-axis motor plate (350) passes through waist type by bolt Hole (356) is connected with Y-axis guide rail seat (310), and the y-axis motor plate (350) between two secured adjusted portions (355) is provided with screw (357) screw (358), is screwed into screw (357), the upper end of screw (358) withstands on the bottom of bearing block (354).
- A kind of 7. mutual flow-through rear material stopping device for bending machine of integration according to claim 6, it is characterised in that：The Y-axis The upside of track base (310) sets Y-axis upper encloser (380), the Z axis installation portion (321) set at left and right sides of Y-axis slide (320) Stretched out from upper encloser (380) both sides, and connect Z axis component (400)；Y-axis guide rail seat (310) the installation y-axis motor (351) One end installation Y-axis end case (390)；The both ends of the Y-axis guide rail seat (310) are equipped with Y-axis proximity switch (360).
- A kind of 8. mutual flow-through rear material stopping device for bending machine of integration according to claim 7, it is characterised in that：The Z axis Component (400) includes Z axis support base (410), Z axis stand (420), Z axis guide rail seat (430) and Z axis motor (413)；The Z axis The bottom of support base (410) is provided with a pair of Z axis supporting parts coordinated with Z axis installation portion (321) on Y-axis slide (320) (411)；The Z axis stand (420) is fixed on Z axis support base (410), and Z axis guide rail seat (430) is connected by line slideway auxiliary Z axis stand (420), gear is fixed with the top of Z axis guide rail seat (430) and refers to mounting seat (440)；Set on the Z axis stand (420) Z axis leading screw (417), Z axis guide rail seat (430) are provided with the Z axis nut (432) coordinated with Z axis leading screw (417) transmission, Z axis motor (413) Z axis leading screw (417) is driven.
- A kind of 9. mutual flow-through rear material stopping device for bending machine of integration according to claim 8, it is characterised in that：The Z axis Motor (413) is arranged on the Z axis support base (410) on front side of Z axis stand (420) by Z axis motor plate (412), Z axis motor (413) the main synchronizing wheel of output axis connection Z axis (414), one end of Z axis leading screw (417) connect Z axis from synchronizing wheel (416), Z axis Main synchronizing wheel (414) and Z axis are connected between synchronizing wheel (416) by Z axis timing belt (415)；The Z axis stand (420) rear side installation Z axis sliding block (421), the Z axis of the leading flank installation and Z axis sliding block (421) cooperation of Z axis guide rail seat (430) Guide rail (431)；The Z axis stand (420) is provided with Z axis proximity switch (422), and up and down the two of Z axis guide rail seat (430) leading flank End is respectively provided with a Z axis limited block (433) that can be sensed by Z axis proximity switch (422)；The front side cover of the Z axis stand (420) There is Z axis front cover shell (450), the rear side of Z axis stand (420) sets Z axis rear casing (460), Z axis guide rail seat (430) is blocked It is interior.
- A kind of 10. mutual flow-through rear material stopping device for bending machine of integration according to claim 8, it is characterised in that：The gear Finger assembly (500) includes gear specific bit plate (510), gear refers to (520) and secured adjusted plate (530)；The gear specific bit plate (510) Ladder waist-shaped hole (511) is provided with, it is referred in mounting seat (440) by the gear that is bolted to through ladder waist-shaped hole (511), Gear refers to the front end of the rear end connection gear specific bit plate (510) of (520)；The secured adjusted plate (530) is fixed on gear specific bit plate (510) gear on rear side of refers in mounting seat (440), and the drawing of connection gear specific bit plate (510) rear end is set on secured adjusted plate (530) Tight screw (531)；One Top fastening screw (532) of each setting on the secured adjusted plate (530) of stretching screw (531) both sides, Top fastening screw (532) passes through the rear end face that gear specific bit plate (510) is withstood after secured adjusted plate (530), in Top fastening screw (532) It is cased with locking nut (533).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721180142.6U CN207188529U (en) | 2017-09-15 | 2017-09-15 | A kind of mutual flow-through rear material stopping device for bending machine of integration |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721180142.6U CN207188529U (en) | 2017-09-15 | 2017-09-15 | A kind of mutual flow-through rear material stopping device for bending machine of integration |
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| Publication Number | Publication Date |
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| CN207188529U true CN207188529U (en) | 2018-04-06 |
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|---|---|---|---|
| CN201721180142.6U Withdrawn - After Issue CN207188529U (en) | 2017-09-15 | 2017-09-15 | A kind of mutual flow-through rear material stopping device for bending machine of integration |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107520294A (en) * | 2017-09-15 | 2017-12-29 | 安徽哈科数控机床制造有限公司 | A kind of mutual flow-through rear material stopping device for bending machine of integration |
-
2017
- 2017-09-15 CN CN201721180142.6U patent/CN207188529U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107520294A (en) * | 2017-09-15 | 2017-12-29 | 安徽哈科数控机床制造有限公司 | A kind of mutual flow-through rear material stopping device for bending machine of integration |
| CN107520294B (en) * | 2017-09-15 | 2023-06-27 | 安徽哈科数控机床制造有限公司 | Back stop device of integrated intercommunication type bending machine |
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