CN105983874A

CN105983874A - Feeding clamp supporting seat for cutting machine

Info

Publication number: CN105983874A
Application number: CN201610527101.3A
Authority: CN
Inventors: 黄建滨
Original assignee: CHITTAK MACHERY Co Ltd
Current assignee: CHITTAK MACHERY Co Ltd
Priority date: 2016-07-06
Filing date: 2016-07-06
Publication date: 2016-10-05

Abstract

The invention relates to a feeding clamp supporting seat for a cutting machine. The feeding clamp supporting seat is characterized by comprising a sliding base and a shaking seat arranged above the sliding base in a shaking manner, wherein a sliding bearing capable of sliding on a sliding rail is arranged at the lower part of the sliding base; the projection area of the shaking seat is larger than that of the sliding base in the longitudinal direction; the sliding base comprises a receiving region with an upward opening; a sliding shaft, a sliding external member and a reset spring are arranged in the receiving region; the sliding shaft is horizontally arranged, the sliding external member is arranged on the sliding shaft in a sliding mode, and the reset spring is capable of resetting the shaking of the sliding external member; the shaking seat is fixedly connected to the sliding external member; and the sliding shaft is fixedly connected to the sliding base. Thus, the feeding clamp supporting seat has the functions of automatically and flexibly adjusting the transverse position of a feeding clamp on the feeding clamp supporting seat as well as accommodating and protecting shaking functional components.

Description

Cutting machine feed clamp supports seat

Technical field

The feed clamp that the present invention relates to a kind of cutting machine supports seat, is capable of left and right transverse shakiness particularly to a kind of Feed clamp supports seat.Wherein said laterally refer to that with the clamping axis direction of described feed clamp described in other words feed clamp assembly moves The perpendicular direction in dynamic direction, so, described feed clamp supports seat and substantially also just can shake during left and right rocking Dynamic formula finely tunes the direction of the clamping axis of the described feed clamp being fixed on it.

Background technology

Self-action cutting machine, in the sawing course of work, relies on mobile workpiece of feed clamp to transport toward cutter assembly direction Defeated, and complete to carry out determining in cutting process to described workpiece by being positioned at the clamping of the other cutting folder in described cutter assembly side Position.The position of general described cutting folder is changeless, and the maximum of a pair gripper jaw of described cutting folder opens scope at root Be also changeless in the course of work in later stage after adjusting according to workpiece size and quantity, when adjust described cutting folder and After feed clamp, the Clamping Center axle of described feed clamp will overlap on same straight line with the Clamping Center axle of cutting folder, but by In the impact of the factors such as the inhomogeneities of workpiece size or workpiece configurations deformation, at the described workpiece of described feed clamp clamping and toward institute When stating feed clamp conveying, the central axis of workpiece is possible to occur that the leading section (i.e. cut length) biasing and making described workpiece is collided On the gripper jaw of described cutting folder, if now described feed clamp remains in that original route conveying can make described workpiece in institute State and paddle and scratch occurs on the gripper jaw of cutting folder, even make the described workpiece clamping stagnation can not be swimmingly on described cutting folder Complete conveying.

And in the Chinese invention patent of Patent No. 201210235122.X, propose a solution.In patent 201210235122.X discloses a kind of feeding clamp floating installation that can be used in cutting machine, including be arranged on a pair feeding Material feeding seat 6 on slide rail, is arranged on the floating seat 1 on described material feeding seat 6, and the pair being arranged on described floating seat 1 is sent Feed collet clamps (the 7th, 71).The side of described floating seat 1 is hinged with material feeding seat 6 by hinge connecting mechanism, the end of floating seat opposite side Portion is provided with at least two rollers, and floating seat can slide laterally on material feeding seat；The structure of described hinge connecting mechanism is: described Bearing 61 is connected with two the floating connection bearings (the 11st, 12) on floating seat 1 by floating bearing pin 4 phase in the middle of on material feeding seat 6 Being hinged mutually, two described floating connection bearings (the 11st, 12) are positioned in the middle of described the both sides connecting bearing 61, described middle connection Leaving the gap sliding laterally for described floating seat 1 between bearing 61 and described floating connection bearing (the 11st, 12), described centre connects Connect and be provided with spring between bearing 61 and described floating connection bearing (the 11st, 12).So, at the described workpiece of described feed clamp clamping And during carrying toward described feed clamp, even if the central axis biasing of described workpiece occurring and making the leading section of described workpiece Collide the situation on the gripper jaw of described cutting folder, owing to described floating seat 1 can exist laterally shifting on described material feeding seat 6 Dynamic activity space, is that this described floating seat 1 can move biasing under the tractive force effect that described workpiece gives and then exist Under the resilient force of described spring, continuous left and right coming and going is rocked, and then adjusts the overall axial location of described workpiece, so that The cut length of described workpiece can enter into described in a pair between feeding clamp swimmingly.

Content of the invention

Above-mentioned patent 201210235122.X proposes one can adjust described feed clamp lateral attitude automatically, neatly It is thus possible to the feeding clamp floating installation of conveying workpieces swimmingly, but the structure of described feeding clamp floating installation is quite multiple Miscellaneous, and expose to connect in the middle of described partial spring section between bearing and described floating connection bearing and floating bearing pin very Easily damaged.

In consideration of it, the present invention proposes a kind of feed clamp with improved structure supports seat, described feed clamp supports the knot of seat Structure is simple, not only has the function of the feed clamp lateral attitude that can adjust automatically, neatly on it, also has collecting protection concurrently and shakes The function of dynamic building blocks of function.

To this end, the present invention proposes a kind of cutting machine feed clamp supports seat, it is characterised in that include sliding bottom and rock Being arranged on the seat that rocks above described sliding bottom, the bottom of described sliding bottom is provided with on slide rail the slip slided Bearing；At the upper and lower upwards described projected area more than described sliding bottom for the projected area rocking seat, described sliding bottom There is opening up accepting regions, described accepting regions has been horizontally disposed with sliding axle, has been slidably arranged in described sliding axle On sliding sleeve part and described sliding sleeve part can be allowed to rock the back-moving spring of reset, the described seat that rocks is connected in described sliding sleeve part On, described sliding axle is connected on described sliding bottom.

Wherein, described feed clamp support seat be for install positioning feed clamp supporter, and described feed clamp be for Workpiece being transported to the clamping device of cutter side, described feed clamp includes the gripper jaw of a pair left and right setting.

Wherein, rock to be arranged on and rock seat above described sliding bottom, first define described sliding bottom with described Rock the position relationship in vertical direction between seat, described rock the top that seat is positioned at described sliding bottom, be these they Between be upper and lower overlapping arrange installation relation；In addition, rock the motion relative to described sliding bottom for the seat described in also defining Mode, described rock seat can relatively described sliding bottom be left and right rocks under the promotion of external force.Secondly, described seat is rocked also Become the supporting positioning member of described feed clamp.

Wherein, the bottom of described sliding bottom is provided with on slide rail the sliding bearing sliding, so, by described Sliding bearing, described sliding bottom can be slidably arranged on described slide rail thus assist described feed clamp to complete feeding work.

Wherein, in the upper and lower upwards described projected area more than described sliding bottom for the projected area rocking seat, definition The magnitude relationship between the projected area of seat and the projected area of described sliding bottom is rocked described in, when when viewed from above, The described seat that rocks has been completely covered by described sliding bottom, so, described sliding bottom be collected in completely described in rock seat just under In the space of side.

Wherein, described sliding bottom has opening up accepting regions, defines described accepting regions and has opening court On opening portion, described opening portion is also just rocked seat towards described, is rocked, when described, the opening that flap is enclosed in described accepting regions Behind portion, described accepting regions forms the region of an opposing seal, is used not only for collecting described sliding axle, described sliding sleeve part And described back-moving spring etc. rocks functional component, additionally it is possible to become the above-mentioned protectiveness shell rocking functional component.

Wherein, it is slidably arranged in the sliding sleeve part on described sliding axle and described sliding sleeve part can be allowed to rock the reset of reset Spring, features described above defines the mounting means of described sliding sleeve part, described sliding sleeve part be slidably arranged on sliding axle it is thus possible to The guiding of described sliding axle is enough relied on to move left and right；Secondly, the function of described back-moving spring, described back-moving spring are also defined Described sliding sleeve part can be allowed to come and go along described sliding axle bearing of trend rock and finally drive described sliding sleeve part to revert to original base Level is put.

Wherein, the described seat that rocks is connected on described sliding sleeve part, features described above define described in rock seat and described sliding sleeve Annexation between part, described rocks that seat and described sliding sleeve part are fixing to be connected, to this end, described sliding sleeve part with described Rock seat and there is consistent mobile route.When workpiece occurs occurring on micro-deformation or geomery that mismachining tolerance makes described When workpiece collides on the gripper jaw of described cutting folder in course of conveying, described workpiece will rock described in the traction of generation active force Seat is mobile is biased to side, and meanwhile, the described seat that rocks also can drive described sliding sleeve part to move biasing thus extruding or stretching Described back-moving spring, makes described back-moving spring drive described sliding sleeve part to move round about during restoring to the original state then Dynamic, so circulation make described in rock seat and form the trace that left and right comes and goes in a lateral direction and rock, and then the motion by rocking Mode and the trace vibration producing during rocking adjust the axis direction of described workpiece, so that workpiece can enter swimmingly Enter between a pair gripper jaw of described feed clamp.

Wherein, described sliding axle is connected on described sliding bottom, is that the relatively described sliding bottom of this described sliding axle exists Do not produce displacement on the whole.

According to technique scheme, compared with prior art, the beneficial effects of the present invention is:

1., due to described sliding bottom and described rock between seat the position relationship being to overlap up and down, can fully use institute for this State feed clamp support seat vertical space and reduce described feed clamp support seat in the horizontal direction occupy space.

2. it, owing to described sliding bottom has opening up accepting regions, in described accepting regions, has been horizontally disposed with cunning Moving axis, the sliding sleeve part being slidably arranged on described sliding axle and described sliding sleeve part can be allowed to rock the back-moving spring of reset, this Sample, described sliding bottom not only has sliding support function, also has collecting function.And also described slip can be relied on Rock, above base, the opening portion that flap is enclosed in described accepting regions, prevent the useless such as coolant of liquid producing in the course of work Or solid waste such as scrap iron from splashing is viscous to be bonded to described sliding axle, described sliding sleeve part and described back-moving spring etc. and rocks feature structure Causing damage to them on part, described sliding bottom becomes the above-mentioned protectiveness shell rocking functional component.In addition, it is described The structure of sliding bottom is very simple, and collects sliding axle within it, described sliding sleeve part and described back-moving spring etc. and rock Functional component can use standard component without special, reduces manufacturing cost for this, and the installation between them is also Very convenient, it is that the structure of this whole described feed clamp support seat have also been obtained simplification.

3. also due to be horizontally disposed with sliding axle in described accepting regions, be slidably arranged on described sliding axle Sliding sleeve part and described sliding sleeve part can be allowed to rock the back-moving spring of reset, the described seat that rocks is connected on described sliding sleeve part, is This, described rock seat can rely on the matching relationship of described sliding sleeve part and described sliding axle and along the bearing of trend of described sliding axle Mobile；Secondly, the described seat that rocks can also rely on described sliding sleeve part to rock reset with the matching relationship generation of described back-moving spring, So that install be positioned at described in rock on seat feed clamp also produce and rock such that it is able to swimmingly workpiece is transported to described On cutting folder.

4. owing in the upper and lower upwards described projected area more than described sliding bottom for the projected area rocking seat, being Rock seat described in this and there is the Area of bearing bigger than described sliding bottom, it can install more feature structure simultaneously Part, for example described feed clamp and sensor etc. thereof.In addition, described sliding bottom be collected in completely described in rock the underface of seat , for rock described in this seat can accept in the course of work splash out and drop into described in rock the refuse of a region, Thus described refuse is reduced or avoided and is splashed on described sliding bottom, so, described rock seat to become can be described slip Base blocks the umbrella of described refuse.

Further technical scheme is it is also possible that the described upper surface rocking seat is provided with the dovetail groove of positioning.So, By described dovetail groove, described feed clamp can be installed easily, and the position of described feed clamp can be adjusted easily.Certainly That can install other equally by described dovetail groove rocks functional component.

Further technical scheme is it is also possible that the accepting regions of described sliding bottom is pit shape thus has diapire Body, is provided with Lou thing hole on described diapire body.So refuse in entering into described sliding bottom can be by described leakage Thing hole and discharge described accepting regions such that it is able to prevent in described accepting regions pile up refuse and affect described sliding axle, The running of the components such as sliding sleeve part and back-moving spring and service life.

Further technical scheme it is also possible that the described bottom surface rocking seat is recessed thus have sunk area, Described sunk area is positioned at the top of described accepting regions, and the projected area of described sunk area is more than described accepting regions Projected area.So, described sunk area can expand described sliding bottom and the described receiving space rocking between seat.

Further technical scheme is it is also possible that the top of described sliding bottom extend in described sunk area, described It is reserved with between the top of sliding bottom and the perisporium of described sunk area and rock, described in allowing, the gap that seat can rock.

Wherein, the top of described sliding bottom extend in described sunk area, so, and the upper surface of described sliding bottom Rock a bottom surface described in outside described sunk area, for this splash to described in rock on seat and rock seat described in crawling into The waste liquid of bottom surface can not creep along eminence and cross the upper surface of described sliding bottom and then enter described sliding bottom In.Become described sliding bottom for the structure that the top of sliding bottom this described extend in described sunk area to rock with described Sealing structure between Zuo.

Wherein, be reserved with between the top of described sliding bottom and the perisporium of described sunk area allow described in rock seat can The gap rocked, so, the setting of described sunk area be not limiting upon described in rock seat and rock in the reasonable scope.

Further technical scheme is it is also possible that be respectively installed with described reset bullet on two ends of described sliding axle Spring, between the frame of the accepting regions that described back-moving spring is limited at described sliding sleeve part and described sliding bottom.So, institute is worked as Stating sliding sleeve part when rocking one of them end being partial to described sliding axle, corresponding described back-moving spring all orders about described sliding sleeve part 46 move to another one direction so that described sliding sleeve part left and right round rock during can smoothly move.

Further technical scheme is it is also possible that described sliding axle includes that the first sliding axle arranged in parallel and second slides Axle, the two ends of a described sliding sleeve part are set on described first sliding axle and the second sliding axle respectively, described first sliding axle Be respectively installed with described back-moving spring on the second sliding axle.In such manner, it is possible to support smoothly, draw described sliding bottom.

Brief description

Fig. 1 is the perspective view of described cutting machine；

Fig. 2 is the perspective view of described positioning frame；

Fig. 3 is that the structure in the vertical view direction of described positioning frame is intended to；

Fig. 4 is that the structure in the side-looking direction of described positioning frame is intended to；

Fig. 5 is the sectional structure schematic diagram in H-H direction in Fig. 4；

Fig. 6 is B region structure for amplifying schematic diagram in Fig. 4；

Fig. 7 is the perspective view of described cutting machine, omits the described blank protective cover of display in figure；

Fig. 8 is the installation decomposition texture schematic diagram between feed clamp head assembly and line slideway mounting seat 5；

Fig. 9 is the perspective view of line slideway mounting seat 5；

Figure 10 is the sectional structure schematic diagram in C-C direction in Fig. 9；

Figure 11 is D region structure for amplifying schematic diagram in Figure 10；

Figure 12 is the mounting structure schematic diagram between line slideway mounting seat 5 and described line slideway；

Figure 13 is the location structure schematic diagram of organ type protective cover 36；

Figure 14 is the structural representation of the positive apparent direction of briquetting 37；

Figure 15 is the structural representation in the vertical view direction that feed clamp supports seat 4, in order to the structure in viewing sliding bottom 41, Seat 40 is rocked described in figure omits；

Figure 16 is the sectional structure schematic diagram in E-E direction in Figure 15；

Figure 17 be axle side between feed clamp head assembly and line slideway mounting seat 5 to mounting structure schematic diagram；

Figure 18 is the mounting structure schematic diagram in the side-looking direction between feed clamp head assembly and line slideway mounting seat 5；

Figure 19 is the sectional structure schematic diagram in F-F direction in Figure 18；

Figure 20 is the perspective view of poly-feed collet assembly 24；

Figure 21 is the sectional structure schematic diagram of poly-feed collet assembly 24；

Figure 22 is G region structure for amplifying schematic diagram in Fig. 7；

Figure 23 is the side-looking structural representation of end adjuster after discharge guide front-end regulator and discharge guide；

Figure 24 is the sectional structure schematic diagram in J-J direction in Figure 23；

Figure 25 is the sectional structure schematic diagram in K-K direction in Figure 23.

Detailed description of the invention

As it can be seen, be the perspective view applying a kind of Novel cutting machine proposed by the invention, described cutting Machine belongs in industrial circle for cutting the light industry and machinery product of section bar, including mounting seat, and installs and is positioned at described peace Dress base on feed clamp head assembly the 23rd, cut chuck assembly the 21st, discharging chuck assembly the 22nd, poly-feed collet assembly 24 and cutting move Power 25 grade functional component, and described mounting seat include frame 1 and the foundation location seat being connected in described frame 1, Line slideway mounting seat 5 etc..Below in conjunction with the accompanying drawings further details of discussion is made to the structure of described cutting machine.

Part I, is the structure of described frame 1, and as shown in Fig. 1 to Fig. 7, the mainly structure about described frame 1 is shown It is intended to.

(1.1) described frame 1 includes main structure support body.Described main structure support body by arranging beam, post to be welded to connect in length and breadth and The basic support body becoming, described beam, post are shaped steel parts, and for example it can be for will be detailed below in detail to be used for supporting and position other parts The foundation location seat that illustrates (the 11st, the 12nd, 13) provides positioning to support.Specifically, the main structure support body of described frame 1 include vertical, Horizontal arrange and weld split connect beam, post, described beam, post are shaped steel parts, and described shaped steel refers to be molded by hot extrusion technique Steel section.Wherein, described main structure support body includes can be used in connecting and supporting described basis of horizontal direction arrangement The upper lateral girder of positioning seat (the 11st, the 12nd, 13) the 151st, is positioned at below described upper lateral girder 151 and horizontal direction is arranged Lower, transverse girder 152 and the setting post being arranged between described upper lateral girder 151 and lower, transverse girder 152 (the 153rd, 154).Wherein, many described settings post (the 153rd, 154) are erect and are arranged and be weldingly fixed on described upper lateral girder 151 Be collectively forming described main structure support body on lower, transverse girder 152.Owing to described main structure support body is by many longitudinal and transverse arrangements And weld beam, the post composition that split connects, for this, we are unified in the drawings refers to described upper lateral master with a code name 151 Beam, refers to described lower, transverse girder with a code name 152, refers to vertical type with a code name 153 and erects post, with a code name 154 refer to diagonal-bracing type erects post.

(1.2) described frame 1 also includes the upper-part centralized liquid level 140 being capable of liquid collecting being arranged in main structure support body top.As Shown in Fig. 2, Fig. 3, Fig. 4 and Fig. 6, upper weld at described main structure support body is fixed with the top panel being similar to pot wall of inclination 14 thus allow the upper surface of described top panel 14 be formed as being capable of the upper-part centralized liquid level 140 of liquid collecting, described top panel 14 is covered with In the vacant space on whole described main structure support body top, splashing cooling liquid and solid waste a can be collected in process for example Iron filings.Also the relative low points position for this described top panel 14 will form material and converge outlet 140a.

(1.3) described frame 1 also includes being connected on described main structure support body and relatively lower than described upper-part centralized liquid level The subsidence-style tunnel chamber 16 of 140.Chamber, described tunnel 16 has the bottom surface 163 being in tilted layout and is connected to described bottom surface Chamber, the tunnel sidewall (the 161st, 162) of the diapire body arranged on left and right sides at 163 places, chamber, described tunnel sidewall (the 161st, 162) is respectively welded It is fixed on described upper lateral girder 151, and the least significant end 164 of the bottom discharging opening in chamber, described tunnel 16 is engaged on described The bottom part of chamber, tunnel bottom surface 163, is provided with liquid-leaking nozzle (figure on the diapire body at bottom surface 163 place of described inclination In be not drawn into), described liquid-leaking nozzle is communicated to catch box 33.

As shown in Figure 6, chamber, described tunnel 16 is the structure of open topped, the relative low points position of wherein said top panel 14 Directly linking is arrived on chamber, the tunnel sidewall (the 161st, 162) in described subsidence-style tunnel chamber 16, and therefore described top panel 14 is relatively low The material that some position is formed converges the upper feeding mouth 160 in the described subsidence-style tunnel chamber 16 of outlet 140a linking, described material Converging between outlet 140a and described upper feeding mouth 160 is the structure being smoothly connected.

Certainly can also use and described material convergence outlet 140a is directly sunk among described upper feeding mouth 160 Structure, is set to the non-uncovered structure in top chamber, described tunnel 16 in this structure, and wherein said subsidence-style tunnel chamber 16 exists Upwardly-directed go up the local panel by means of described top panel 14 and directly form the roof body in tunnel, so actually allow institute State subsidence-style tunnel chamber 16 to be concealed under the wall body at described upper-part centralized liquid level 140 place.Regardless of whether use which kind of structure, important Be in described upper-part centralized liquid level 140 converge liquid and iron filings class refuse can successfully import in chamber, described tunnel 16.

In addition, as shown in Figure 2 and Figure 4, the least significant end 164 of the bottom discharging opening in chamber, described tunnel 16 is to be engaged on described tunnel The bottom part of chamber, road 16 bottom surface 163, specifically, the bottom part of chamber, described tunnel bottom surface 163 is uncovered shape or straight-through Shape is without arranging as threshold, protruding etc fixing device stop the bottom part of described bottom surface 163, thus allows refuse Just can directly discharge from the bottom discharging opening in chamber, described tunnel 16 when a reaches the bottom part of described bottom surface 163.

Arrange secondly as the bottom surface 163 in chamber, described tunnel 16 is inclined shape, liquid or solid waste so can be allowed suitable Secondary move from top to bottom voluntarily, and in this moving movement, by the liquid-leaking nozzle arranging on the wall body of described bottom surface 163 place, Realizing separating between liquid with solid waste and classification, liquid can be along described liquid-leaking nozzle outflow solid waste from chamber, described tunnel 16 Bottom discharging opening discharge.When the big automatic moving of viscosity in easy flights or solid waste that certain described bottom surface 163 tilts is not smooth, Also can rake off solid waste by means of rake class instrument human assistance.Also it is based on many considerations, by chamber, described tunnel 16 The least significant end 164 of bottom discharging opening is engaged on the bottom part of chamber, described tunnel bottom surface 163, thus chamber, convenient described tunnel Solid waste on bottom surface 163 can successfully direct be discharged from described bottom discharging opening.Certainly, in such mechanism, can also enter The wall body at inclination bottom surface 163 place in chamber, described tunnel 16 is continued to take advantage of a situation and extends described bottom discharging opening one section by one step ground Length thus allow described extension the refuse in chamber, described tunnel 16 can be directed to waste collecting tank as shown in Figure 1 In 32.

Further technical scheme is, as shown in Figure 4, the collecting that described catch box 33 is collected in described main structure support body is empty Between in the 150 and bottom of described catch box 33 there is liquid outlet channel (being not drawn in figure), described liquid outlet channel is provided with Iron dust filter.Wherein, described liquid outlet channel is actually the outage that discharging tube is had, and described iron dust filter can Filter the foreign material such as described collecting box 33 metal iron filings that may be present.It in order to save resource, is typically all additionally provided with liquid circulation Cooling liquid in catch box 33 described in pump pumping, arranges described iron dust filter and filters the foreign material such as iron filings for this, just can be very well Ground protection liquid circulation pump is from infringement.

(1.4) further technical scheme is to be disposed with independent receiving space between the described beam arranged in length and breadth, post 150, the opening portion of described receiving space 150 is provided with cabinet door 31.So, may be used for receiving in described receiving space 150 Hiding chamber, described tunnel the 16th, the components such as catch box 33 becomes collection storage space, even can also receive hydraulic power unit, air pressure pumping plant And control circuit etc., it is greatly improved the utilization rate in described cutting machine space.

(1.5) in order to improve the structural strength of the main structure support body of described frame 1 further, the cutting machine course of work is improved In stationarity, can also individually use following evolutionary approach, or mashed up use following technical scheme:

The first evolutionary approach, the described vertical type supporting described upper lateral girder 151 erects the cross section of post 153 in entirety On substantially in hollow rectangle.

The second evolutionary approach, supports the setting post of zone line of described upper lateral girder 151 for using diagonal brace The diagonal-bracing type of formula structure erects post 154.Described diagonal-bracing type erects the cross section of post 154 on the whole substantially in hollow rectangle.

(1.6) it secondly, is welded with corner positioning iron block 38, welding at four, the bottom of described main structure support body angle position After completing, four described corner positioning iron blocks 38 are processed same positioning bottom face by same machining benchmark on lathe, then Overturning described main structure support body allows described corner positioning iron block 38 be positioned at least significant end, the positioning of so described corner positioning iron block 38 Bottom face can serve as the locating and machining face of various locating surfaces above described main structure support body subsequently, also can be as described main knot The support lower margin of framework body.

Part II, is in the foundation location holder structure on the main structure support body of described frame 1, as shown in Figure 2 and Figure 3, The mainly structural representation about described foundation location seat, wherein said frame 1 collectively constitutes institute with described foundation location seat State the positioning frame of cutting machine.

(2.1) upper weld at described main structure support body is fixed with foundation location seat, and described foundation location seat Top end face is higher than described upper-part centralized liquid level 140.Described foundation location seat is independently of described frame 1 and manufactures for example with cast steel casting Make the parts manufacturing but being affixed on described main structure support body by fixing connected modes such as welding, be this described foundation location seat It is also the parts being supported positioning by described main structure support body, be used for supporting and position other parts.In order to improve positioning intensity And stability, described foundation location seat can use the steel-casting that thermal denaturation is little, particularly described interfix seat the 12nd, institute completely Stating prelocalization seat 11 is the cast steel body using solid construction.

Described foundation location seat is mainly used in locating and clamping apparatus, and the 21st, described clamping device includes cutting chuck assembly Feed clamp head assembly 23 or discharging chuck assembly 22, be that this described foundation location seat mainly includes for positional dissection chuck assembly The interfix seat of 21 is the 12nd, for positioning the prelocalization seat 11 of feeding guide 231 or for positioning the rear positioning of discharge guide 221 Seat 13.Their three order front and rear rows on left and right axis direction (being also the direction of described feed clamp head assembly 23 moving feeding) Row and described interfix seat 12 are positioned between described prelocalization seat 11 and described rear positioning seat 13 and best between them That there is interval pitch, between them, there is interval pitch it is thus possible to easily separately manufactured they so also just can be more preferable Ground reduces manufacturing cost.

(2.2) described interfix seat the 12nd, described prelocalization seat 11 and described rear positioning seat 13 are respectively provided with top positioning Horizontal plane (the 120th, the 110th, 130) and their position level face, top (the 120th, the 110th, 130) are parallel to each other in the horizontal direction Arrange, so, described interfix seat the 12nd, described prelocalization seat 11 and described rear positioning seat 13 not only there is top end face but also Its top end face is still able to the horizontal plane of positioning, in addition, described interfix seat the 12nd, described prelocalization seat 11 and described rear positioning It is that the relation being parallel to each other can also make them have identical horizontal reference and positioning datum between the top level of seat 13. The center tip horizontal plane 120 that for example described interfix seat 12 in face is had usually is chosen on Implementation Technology Process other two horizontal planes as datum level, therefore position level face, described top (the 120th, the 110th, 130), refer to be arranged on Horizontal plane in top ends, and for giving described feeding guide the 231st, discharge guide 221 and cutting chuck assembly 21 respectively There is provided and support and positioning.It should be noted that owing to described rear positioning seat 13 is for positioning described discharge guide 221, when When not needing to arrange described discharging chuck assembly 22, it is possible to correspondingly omit the setting of described rear positioning seat 13.

(2.3) described interfix seat 12 is substantially L-shaped and is weldingly fixed on described upper lateral girder 151, and institute State rear positioning seat 13 to be also weldingly fixed on another upper lateral girder 151.Described interfix seat 12 use steel-casting from And improve structural strength.Described interfix seat 12 is substantially L-shaped, so can axial on axial direction (left and right directions) Described cutting power head 25 is installed on arm body and described cutting chuck assembly 21 is installed on the transverse arm body of horizontal direction, allow institute State cutting chuck assembly 21 and described cutting power head 25 based on same position level face 120.

Described prelocalization seat 11 includes two in strip and the solid long rail chair that is arranged in parallel in left-right direction, every institute State solid long rail chair to be welded on accordingly on the upper lateral girder 151 that a left and right directions is arranged in parallel, described upper lateral The cross section of girder 151 is on the whole substantially in hollow rectangle.Secondly the upper lateral girder of described interfix seat 12 is supported The upper lateral girder of 151 prelocalization seats 11 described from support is different horizontal girder.Described prelocalization seat 11 is in strip Primarily to adapt to install will be detailed below arrange the line slideway 231 in strip, also for be greatly improved described before The structural strength of positioning seat 11 thus the operation stability that improves described line slideway 231.So, the upper lateral of diverse location Girder 151 becomes positioning seat support members different in described foundation location seat, and transversal due to described upper lateral girder 151 Face, substantially in hollow rectangle, is that this described upper lateral girder 151 at least has plane propping up with certain breadth Support face, relies on described supporting surface can provide the gentle support of large format for described foundation location seat.In addition, also due on described The horizontal girder in portion 151 has hollow rectangular cross section, say, that the cross section of described upper lateral girder 151 is loop-like , such structure can make described upper lateral girder 151 have structural strength excellent more for it and support strength, thus The impulsive force passing over from described foundation location seat in the course of the work can be offset, make to be arranged on described foundation location seat On mechanical component, the described feeding guide being for example discussed above the 231st, discharge guide 221 and cutting chuck assembly 21 exist The course of work is run more steady, be substantially also advantageous for improving the cutting accuracy of cutting machine.

First two described solid long rail chairs, described interfix seat 12 can be directly welded at different upper when processing Install diagonal-bracing type on the horizontal girder in portion 151 and below these upper lateral girders 151 additional and erect post 154, in annealed process After by described corner positioning iron block 38 positioning bottom face on the basis of reprocess position level face, described top 110；Certainly also may be used Position level face, described top 110 is processed on the basis of position level face, described top 120, and position level face, described top The 120 positioning bottom faces selecting described corner to position iron block 38 are machining benchmark.

In order to collect the refuse producing in process rapidly, as shown in Figure 2 and Figure 4, by chamber, described tunnel 16 Upper feeding mouth 160 be arranged on the lateral location of described interfix seat 12, certain described interfix seat 12 can also be straight Connect on the upper feeding mouth 160 in chamber, described tunnel 16.So, the liquid wastes producing in process or solid-state are given up Thing even can fall directly in chamber, described tunnel 16 with the shortest distance of creeping such that it is able to collects quickly and in large quantities described Liquid wastes or solid waste, additionally it is possible to reduce the dirt front in entering chamber, described tunnel 16 of described liquid wastes or solid waste Dye scope.

Part III, is in the line slideway mounting seat 5 on described prelocalization seat 11 and is arranged on described line slideway Line slideway 231 structure in mounting seat 5.

Directly support described feed clamp head assembly 23 is line slideway, and described line slideway 231 theoretically may be used Being directly installed on described prelocalization seat 11, but described prelocalization seat 11 be weldingly fixed on described frame 1 after first pass through Annealing is again by processing other architectural feature, if for this locating slot 54 of described line slideway 231 It is arranged on described prelocalization seat 11 and can improve difficulty of processing, and be difficult to meet for the offer of described line slideway 231 stably Support.In consideration of it, present invention is alternatively directed to described line slideway 231 to propose another kind of novel positioning and supporting construction, i.e. pass through Line slideway mounting seat 5 is indirectly installed and is positioned on described prelocalization seat 11.

(3.1) as it is shown in figure 9, described line slideway mounting seat 5 is independently of described frame 1 and described prelocalization seat 11 But be arranged on the support positioning seat on described prelocalization seat 11, to this end, described line slideway mounting seat 5 has independent structure spy Levy, independently can manufacture independent of described frame the 1st, described prelocalization seat 11, separately machined, and according to the feature of self structure Use with performance requirement and be different from the manufacturing process of described frame 1, manufacture material.So described frame 1 and institute are solved Stating line slideway mounting seat 5 needs a difficult problem integrally manufactured, that processing is brought, also solves the huge transport space of needs, bag The difficult problems such as package material.

As shown in Fig. 8 to Figure 12, described line slideway mounting seat 5 includes integrated setting arm 50 and is positioned at institute Stating the horizontal base arm portion 51 erectting arm 50 bottom, so, described line slideway mounting seat 5 can use integrally casting to be molded simultaneously The technique manufacture finishing further, simple in construction, save afterwards too much assembling procedure.And the described straight line of casting Guide rails assembling seat 5 have the on-deformable feature of Stability Analysis of Structures make described line slideway mounting seat 5 have excellent structural strength, Structural stability and support strength, make described line slideway 231 mounted thereon have more preferable smoothness, from And finally also just improve guiding and the positioning precision of described line slideway 231.

In order to described line slideway 231 is installed in described line slideway mounting seat 5, at described setting arm 50 On be provided with the locating slot 54 for positioning described line slideway 231, described locating slot 54 is along described line slideway mounting seat 5 axle To extension；The notch of described locating slot 54 is upwardly disposed includes level trough bottom surface 542 and left setting groove side 541, and a described left side is erected Vertical groove side 541 is perpendicular to described level trough bottom surface 542, described level trough bottom surface 542 be disposed with the first bottom land screwed hole 56.

Wherein, the notch of described locating slot 54 is upwardly disposed includes level trough bottom surface 542 and left setting groove side 541, this Sample, described level trough bottom surface 542 can be also the level of described line slideway 231 as the supporting surface of described line slideway 231 The origin reference location face in direction, relies on the described line slideway 231 that described level trough bottom surface 542 can give to be mounted thereto at water Support square upwards and give the correction of levelness on the whole and make line slideway 231 described in whole piece have basically identical Levelness.And described left setting groove side 541 is the aligning datum level of described line slideway 231, by described left setting groove side Face 541 can for the described line slideway 231 being mounted thereto provide linearity on left and right direction adjustment benchmark thus Make, on the left and right direction of line slideway 231 described in whole piece, there is basically identical linearity.

Secondly, described left setting groove side 541 is perpendicular to described level trough bottom surface 542, is this described left setting groove side It is orthogonal layout relationship between 541 and described level trough bottom surface 542.When adding on the basis of described level trough bottom surface 542 During work face, the direction of vertical described level trough bottom surface 542 is processed processing described left setting groove side 541.So The processing of described left setting groove side 541 can be simplified, reduce difficulty of processing and the inspection difficulty of described left setting groove side 541 Degree.

As shown in Figure 10, the bottom in described horizontal base arm portion 51 also has for positioning described line slideway mounting seat 5 Horizontal location frame bottom surface 510, described horizontal location frame bottom surface 510 is parallel to described level trough bottom surface 542, when described straight line is led When rail mounting seat 5 is installed on the position level face, top 110 of described prelocalization seat 11, described horizontal location frame bottom surface 510 becomes For the combination locating surface between described line slideway mounting seat 5 and described prelocalization seat 11, also become described line slideway and install The origin reference location face of seat 5.Secondly as be mutually flat between described horizontal location frame bottom surface 510 and described level trough bottom surface 542 Row, so, described horizontal location frame bottom surface 510 also becomes the processing datum of described level trough bottom surface 542, can be with described Process described level trough bottom surface 542 on the basis of horizontal location frame bottom surface 510, and correct the levelness of described level trough bottom surface 542.

And in order to described line slideway 231 linearity on left and right direction is adjusted flexibly, need further to described The structure of line slideway mounting seat 5 improves, and concrete scheme as is illustrated by figs. 11 and 12, described setting arm 50 also sets up Having the regulating tank 55 for oriented side limit crushing block 7, described regulating tank 55 is positioned at the right edge of described locating slot 54 and along described Line slideway mounting seat 5 is axially extending, and the notch of described regulating tank 55 is upwardly disposed includes regulating tank bottom surface 552 and groove right flank 551, described regulating tank bottom surface 552 is disposed with the second bottom land screwed hole 57；Described regulating tank bottom surface 552 is less than described level Groove bottom 542.

(3.2) 12 positioning and the adjustment structure of described line slideway 231 are described below in conjunction with the accompanying drawings.Such as Figure 12 institute Show, in described line slideway 231 is arranged on the locating slot 54 of described line slideway mounting seat 5 and described line slideway 231 Left side leans the left setting groove side 541 of described locating slot 54；It is provided with corresponding to described first on described line slideway 231 The counter sink of bottom land screwed hole 56, countersunk head screw 6 passes through described counter sink and is connected to described first bottom land screwed hole 56 by described Line slideway 231 is fixed on described level trough bottom surface 542 thus realizes to described line slideway 231 at upper and lower upwards Positioning and regulation, thus also just can adjust described line slideway 231 sections in upper and lower upwards position, so make overall described in Line slideway 231 upwards has consistent levelness at upper and lower, and then offsets owing to Long-Time Service causes described line slideway The deformation of 231.

In addition, unsettled in described regulating tank 55 be provided with described side crushing block 7, described side crushing block 7 is arranged Having crushing block hole, the left side 71 of described side crushing block 7 suppresses the right edge 2310 of described line slideway 231, described side Right side 72 top of crushing block 7 is pressed on the groove right flank 551 of described regulating tank 55, and screw 61 passes through described crushing block hole and is connected to Described second bottom land screwed hole 57 described side crushing block 7 is navigated to described line slideway 231 and described groove right flank 551 it Between, thus realize the regulation to positioning on left and right direction for the described line slideway 231 and linearity.

Wherein, it unsettled in described regulating tank 55 is provided with described side crushing block 7, to this end, described side crushing block 7 It is reserved with regulation space H between the regulating tank bottom surface 552 of bottom 73 and described regulating tank 55, be so not only convenient for going up neatly, Lower adjust described side crushing block 7 thus change different regulated quantitys, and described side crushing block 7 itself can be improved Amount of elasticity, the regulation improving described side crushing block 7 is elastic.

Further technical scheme is that right edge 2310 bottom of described line slideway 231 is provided with prominent limit, described groove Right flank 551 is the inclined-plane tilting, and the both sides of described side crushing block 7 are pushed up respectively and are pressed on described prominent limit and described inclined-plane. So, by described inclined-plane, while the upper and lower adjustment of described side crushing block 7 is mobile, also described side crushing block 7 is being adjusted Position on left and right direction, thus adjust position on left and right direction for the described line slideway 231.

(3.3) in order to improve structural strength and the stability of strutting system of described line slideway mounting seat 5 further, further Technical scheme is, described line slideway mounting seat 5 is on the whole substantially in π shape, including described horizontal base arm portion 51 and simultaneously solid Left and right setting arm (the 50th, 50a) being connected in described horizontal base arm portion 51, left and right described setting arm (the 50th, 50a) is upper respectively It is provided with described locating slot (the 54th, 54a) and described regulating tank (the 55th, 55a).So, the described line slideway mounting seat in π shape 5 can install line slideway described in a pair (the 231st, 231a) simultaneously, can be for being slidably arranged in the feeding chuck above it for this Assembly 23 improves support smoothly.In addition, described locating slot 54 and locating slot 54a, and described regulating tank 55 and regulating tank 55a It is respectively provided with similar structure, be that or else described locating slot 54a and regulating tank 55a is additionally described by this.

Wherein, described line slideway mounting seat 5 is on the whole substantially in π shape, and features described above defines described line slideway The moulded shape of 231, and in actual application, when being installed to described prelocalization seat described line slideway mounting seat 5 After on the position level face, top 110 of 11, described line slideway mounting seat 5 is on the whole substantially in inverted π shape.So, institute State the described horizontal base arm portion 51 of all unified dependence of left and right setting arm 50 to position, so that described left and right setting arm The described level trough bottom surface 542 of the locating slot 54 of 50 is provided with unified positioning reference plane.Secondly, described line slideway mounting seat 5 on the whole substantially in the structure of π shape, also makes described line slideway mounting seat 5 have extraordinary structural strength and support steady Qualitative.To this end, the π shape structure of described line slideway mounting seat 5 uniqueness, from planform, described line slideway can be installed Seat 5 support strengths and stability of strutting system are improved.

(3.4) as shown in Figure 9 and Figure 10, (the 53rd, the both sides in described horizontal base arm portion 51 are also respectively provided with bolt hole 53a), described bolt hole (the 53rd, 53a) is positioned at the outside of left and right described setting arm (the 50th, 50a).In such manner, it is possible to be easy to handle Described line slideway mounting seat 5 is installed on described prelocalization seat 11 by securing member locking.Wherein, be positioned at left and right described perpendicular Side between armstand portion 50 orientates inner side as, contrary side for outside.

(3.5) it as shown in Figure 9 and Figure 10, is positioned at the described horizontal base arm between left and right described setting arm (the 50th, 50a) It is arranged at intervals with fenestrule 52 in portion 51.So, the setting of described fenestrule 52 can not only reduce the installation of described line slideway The consumable quantity of seat 5, additionally it is possible to improve the structural strength of described line slideway mounting seat 5.

Part IV, is cutting chuck assembly the 21st, discharging chuck assembly the 22nd, the institute about being positioned on described foundation location seat State the mounting structure such as feed clamp head assembly 23 and described cutting power head 25.

From long term test data it appeared that, although the 23rd, described foundation location seat can be cut for described feed clamp head assembly The positioning cutting chuck assembly the 21st, discharging chuck assembly 22 offer level supports, but due to foozle, rigging error and make The impact of the factors such as the loss during with, the 23rd, described feed clamp head assembly cuts chuck assembly the 21st, discharging chuck assembly 22 and presss from both sides The coaxial precision of the Clamping Center line of head still can not meet the needs of modern hi-precision cutting.In consideration of it, cut to described below The structure of cutting mill is further improved.

(4.1) as shown in Fig. 7 and Figure 22, described cutting chuck assembly 21 includes cutting folder and supports seat and the 210th, be arranged on institute State cutting and press from both sides a pair cutting chuck (221,221a) supporting on seat 210 and the use being arranged on described cutting folder support seat 210 In the cutting chuck driver driving at least side chuck in cutting chuck (221,221a) described in a pair to move.Wherein said Cutting folder supports on the position level face, top 120 of the transverse arm body that seat 210 is positioned directly in described interfix seat 12, and leads to Cross position level face, described top 120 and determine the Clamping Center line height cutting chuck (221,221a) described in a pair.

Secondly, described cutting power head 25 includes cutting power bracing frame and is positioned on described cutting power bracing frame Driving motor, on the output shaft of described driving motor install saw blade.Described cutting power head 25 is propped up by described cutting power Support is positioned on the position level face, top 120 on the axial arm body of described interfix seat 12.

In addition, in order to avoid liquid wastes such as coolant or the solid waste such as iron filings four producing in the course of the work Splashing in place, is additionally provided with blank protective cover 34 in described frame 1, and described blank protective cover 34 cover cap is total at described cutting chuck Becoming the upper outer of 21 and described cutting power head 25, so, described cutting chuck assembly 21 and cutting power head 25 are collected In the cover chamber of described blank protective cover 34.It is provided with the operation door 35 of reversible in the front side of described blank protective cover 34, The right side of described blank protective cover 34 is provided with discharging window 340, and described discharging chuck assembly 22 can be by described discharging Window 340 transfers out the section bar completing to cut work.So, can be generation in process by described blank protective cover 34 Refuse concentrates in the cover chamber of described blank protective cover 34.

(4.2) as shown in Fig. 7, Fig. 8 and Figure 15 to Figure 19, described feed clamp assembly 23 includes feed clamp support seat and the 4th, sets Put described feed clamp support a pair feeding chuck 230 on seat 4 and be arranged on described feed clamp support on seat 4 for driving The feed clamp head driver that at least side chuck in feeding chuck 230 described in a pair moves, described feed clamp supports seat 4 to be passed through Securing member is locked on sliding bearing 232, and described feed clamp assembly 23 supports seat 4 by described feed clamp and is slidably arranged in described On feeding guide 231 in frame 1 and connect and be in transmission connection block 233, the output shaft 234 of peripheral driver is connected to described transmission It is thus possible to drag described feed clamp assembly 23 and walk up and down on contiguous block 233.

The structure of above-mentioned disclosed described feed clamp assembly 23 is a kind of traditional mounting structure, feed clamp described in a pair The Clamping Center line of 230 can not adjust neatly, thus when the Clamping Center line of cutting chuck (221,221a) described in a pair Occur cannot adjusting the Clamping Center line of feeding chuck 230 described in a pair in time and making their Clamping Center line weight during change Folded.Being improved to further for this present invention, the lower section supporting seat 4 at described feed clamp is also equipped with feed clamp transition installing plate 91, described sliding bearing 232 and the described block 233 that is in transmission connection are arranged on the bottom of described feed clamp transition installing plate 91, so The output shaft 234 of peripheral driver is by be in transmission connection described in dragging block 233 and the institute being in transmission connection on block 233 described in being connected to State feed clamp assembly 23 and realize that described feed clamp assembly 23 is walked up and down.Further improvement project is also to include being arranged on institute Stating feed clamp and supporting feed level adjuster 81 between seat 4 and described feed clamp transition installing plate 91, described feed level adjusts Device 81 can adjust described feed clamp and support seat 4 and at upper and lower height upwards and lock the height that described feed clamp supports seat 4 Position.

Simply introduce the structure of described feed level adjuster 81 below by accompanying drawing 19, as shown in figure 19, aobvious in figure Show the decomposition texture schematic diagram of described feed level adjuster 81.Described feed level adjuster 81 includes spinning and pass through institute State feed clamp transition installing plate 91 and then the feeding Threaded adjusting members that can push up on the bottom surface being pressed in described feed clamp support seat 4 812 and the feeding lock nut 811 that is screwed on described feeding Threaded adjusting members 812, also include passing freely through described feed clamp Being screwed in the feeding locking bolt 813 that described feed clamp supports on seat 4 after transition installing plate 91, described feeding locks bolt 813 Described feed clamp transition installing plate 91 and described feed clamp are supported seat 4 locked.

Wherein, described feeding Threaded adjusting members 812 spins and passes through described feed clamp transition installing plate 91 and then can push up It is pressed in described feed clamp and support on the bottom surface of seat 4, the described feeding Threaded adjusting members of upper characterizing definition 812 and described feed clamp mistake Cross installing plate the 91st, feed clamp and support the annexation between seat 4, described feeding Threaded adjusting members 812 and described feed clamp transition It is the relation that screw thread spins between installing plate 91, and described feeding Threaded adjusting members 812 and described feed clamp support and between seat 4 be Go up the relation of top support from the bottom up, described feeding Threaded adjusting members 812 withstands on described feed clamp and supports on the bottom surface of seat 4. When described feeding Threaded adjusting members 812 twisted by the instrument of using, described feeding Threaded adjusting members 812 relies on self and described feeding Under the supporting role that the relation that spins of screw thread between folder transition installing plate 91 and described feed clamp transition installing plate 91 give Move up at upper and lower.And giving described in the process top pressure that upper and lower moves up at described feeding Threaded adjusting members 812 Feed collet supports the bottom surface of seat 4, thus adjusts the height and position that described feed clamp supports seat 4.Support seat 4 when completing described feed clamp Height Adjustment after, instrument of using is tightened in described feeding lock nut 811 on described feeding Threaded adjusting members 812 thus anti- Only described feeding Threaded adjusting members 812 loosens, and then fixes the height and position that described feed clamp supports seat 4.

Wherein, described feeding locking bolt 813 pass freely through described feed clamp transition installing plate 91 after be screwed in described in give Feed collet supports on seat 4, and features described above defines described feeding locking bolt 813 and the 91st, the described feeding of feed clamp transition installing plate Folder supports the annexation between seat 4.It is freely between described feeding locking bolt 813 and described feed clamp transition installing plate 91 The relation wearing, say, that pass through at described feeding locking bolt 813 and depart from the mistake of described feed clamp transition installing plate 91 Cheng Zhong, and described feeding locking is during bolt 813 moves up and down on described feed clamp transition installing plate 91, institute State the relation that there is not obvious active force between feeding locking bolt 813 and described feed clamp transition installing plate 91, at least institute Stating feed clamp transition installing plate 91 can't hinder described feeding locking bolt 813 in upper and lower movement upwards.In addition, institute Stating between feeding locking bolt 813 and described feed clamp support seat 4 is the relation that screw thread spins, and locks bolt by described feeding Described feed clamp transition installing plate 91 and described feed clamp are supported seat 4 by 813 is locked.

When needing to adjust the height that described feed clamp supports seat 4, first unclamp described feeding lock nut 811 and described Feeding locks bolt 813, after unclamping described feeding locking bolt 813, i.e. relieves described feed clamp transition installing plate 91 and institute State feed clamp and support the locking between seat 4, twist now by instrument and send described in the described i.e. adjustable of feeding Threaded adjusting members 812 Feed collet supports the height of seat 4.And owing to being freely between described feeding locking bolt 813 and described feed clamp transition installing plate 91 The relation interted, is that this described feeding locking bolt 813 can be with described feed clamp on described feed clamp transition installing plate 91 Support seat 4 to move without hindering described feed clamp to support the movement of seat 4.

And in order to make described feeding locking bolt 813 can pass freely through described feed clamp transition installing plate 91, further Technical scheme be in the axial centre of described feeding Threaded adjusting members 812, to be provided with feeding adjust unthreaded hole 8121, described give Material locking bolt 813 passes through described feeding adjustment unthreaded hole 8121 and locks onto on described feed clamp support seat 4.Wherein, described feeding Adjusting unthreaded hole 8121 is not threaded through hole, be this described feeding locking bolt 813 and described feeding Threaded adjusting members 812 it Between just there is not threaded connection relation yet.Certainly, described feeding adjusts unthreaded hole 8121 and can also be arranged on described feed clamp transition On installing plate 91.

Substantially, described feed level adjuster 81 and described feed clamp transition installing plate the 91st, described feed clamp support seat 4 Between can also use another kind of connected mode thus form the second Adjusted Option, described the second Adjusted Option and Figure 24 institute The Adjusted Option showing is similar to, and omits accompanying drawing for this.In above-mentioned the second Adjusted Option, the feed clamp shown in Figure 18 is needed to prop up The structure of support seat 4 is somewhat changed, and the bottom supporting seat 4 at described feed clamp arranges horizontal-extending wall.Described feeding screw thread is adjusted One integral piece 812 spins from top to bottom and passes through described feed clamp and supports the horizontal-extending wall of seat 4 and then can push up and be pressed in described feeding Folder transition installing plate 91 top end face on, described feeding lock nut 811 be tightened on described feeding Threaded adjusting members 812 thus Prevent described feeding Threaded adjusting members 812 from loosening, and then fix the height and position that described feed clamp supports seat 4.And described feeding Locking bolt 813 pass freely through described feed clamp support seat 4 horizontal-extending wall after be screwed in described feed clamp transition installing plate On 91.And support seat 4 to make described feeding locking bolt 813 can pass freely through described feed clamp, further described The axial centre of feeding Threaded adjusting members 812 or described feed clamp support and are provided with feeding adjustment light on the horizontal-extending wall of seat 4 Hole 8121, described feeding locking bolt 813 passes through described feeding adjustment unthreaded hole 8121 and locks onto described feed clamp transition installing plate On 91.

(4.3) in addition, described feed clamp supports seat 4 can also realize that (described be laterally vertical described feeding to transverse shakiness The direction of the Clamping Center line of folder).As shown in Figure 15 and Figure 16, described feed clamp support seat 4 includes sliding bottom 41 and shakes Dynamic be arranged on above described sliding bottom 41 rock seat 40, the lower section of described sliding bottom 41 arranges described feed clamp transition peace Dress plate 91 and described feed level adjuster 81.So, described sliding bottom 41 and described rocking between seat 40 are upper and lower overlappings The installation relation arranging, can fully use described feed clamp to support the vertical space of seat 4 and reduce described feed clamp and support seat 4 In the horizontal direction occupy space.Secondly, it is more than at the bottom of described slip in the upper and lower upwards described projected area rocking seat 40 The projected area of seat 41.So viewed from above, the described seat 40 that rocks has been completely covered by described sliding bottom 41, so that described Sliding bottom 41 be collected in completely described in rock seat 40 underface space in, work can be blocked for rocking seat 40 described in this During splash out and rock the refuse of seat 40 region described in dropping into, thus described refuse is reduced or avoided and is splashed to On described sliding bottom 41, so, the described seat 40 that rocks becomes the protection that can block described refuse for described sliding bottom 41 Umbrella.In addition, the described seat 40 that rocks has the Area of bearing bigger than described sliding bottom 41, more function can be installed simultaneously Property component, for example described feed clamp 230 and sensor etc. thereof.

As shown in figure 16, described sliding bottom 41 has the accepting regions 410 of upper and lower opening, in described accepting regions 410 In be horizontally disposed with sliding axle and the 42nd, be slidably arranged in the sliding sleeve part 46 on described sliding axle 42 and can allow described sliding sleeve part 46 Rocking the back-moving spring 45 of reset, the described seat 40 that rocks is connected on described sliding sleeve part 46, and described sliding axle 42 is connected in described On sliding bottom 41.

Wherein, described sliding bottom 41 has opening up accepting regions 410, defines described accepting regions 410 and has Having opening up opening portion, seat 40 is also just rocked towards described in described opening portion, when described seat 40 lid that rocks is enclosed in described receipts Receiving behind the opening portion in region 410, described accepting regions 410 forms the region of an opposing seal, is used not only for collecting institute State sliding axle the 42nd, described sliding sleeve part 46 and described back-moving spring 45 etc. and rock functional component, additionally it is possible to become above-mentioned and rock The protectiveness shell of functional component, prevents useless such as coolant or the solid waste such as scrap iron from splashing of liquid producing in the course of work Viscous described sliding axle the 42nd, described sliding sleeve part 46 and the described back-moving spring 45 etc. of bonding to rocks and on functional component makes them Become to damage.So, described sliding bottom 41 not only has sliding support function, also has collecting function.In addition, at the bottom of described slip The structure of seat 41 is very simple, and collects sliding axle the 42nd, described sliding sleeve part 46 and described back-moving spring 45 etc. within it and shake Dynamic functional component can use standard component without special, reduces manufacturing cost for this, and the installation between them Also very convenient, thus also simplify the structure that whole described feed clamp supports seat 4.

Wherein, it is slidably arranged in the sliding sleeve part 46 on described sliding axle 42 and described sliding sleeve part 46 can be allowed to rock reset Back-moving spring 45, features described above defines the mounting means of described sliding sleeve part 46, and described sliding sleeve part 46 is to be slidably arranged in cunning It is thus possible to rely on the guiding of described sliding axle 42 and laterally move left and right on moving axis 42；Secondly, described reset bullet is also defined The function of spring 45, described back-moving spring 45 can allow described sliding sleeve part 46 come and go along described sliding axle 42 bearing of trend and rock and Described sliding sleeve part 46 is driven to revert to master reference position eventually.And in actual application, described sliding axle 42 can set Putting a described back-moving spring 45, the two ends of described back-moving spring 45 are respectively fixedly connected with in described sliding sleeve part 46 and described slip On the frame of the accepting regions of base 41.Or, two ends of described sliding axle 46 are respectively installed with described reset Spring (the 45th, 45a), described back-moving spring (the 45th, 45a) is limited at the storage area of described sliding sleeve part 46 and described sliding bottom 41 Between the frame in territory.

Wherein, the described seat 40 that rocks is connected on described sliding sleeve part 46, to this end, described sliding sleeve part 46 rocks seat 40 with described There is consistent mobile route.When workpiece occurs occurring on micro-deformation or geomery that mismachining tolerance makes described workpiece exist When colliding in course of conveying on the gripper jaw of described cutting folder, described workpiece moves rocking seat 40 described in the traction of generation active force Moving and being biased to side, meanwhile, the described seat 40 that rocks also can drive described sliding sleeve part 46 to move biasing thus extruding or stretching Described back-moving spring 45, makes described back-moving spring 45 drive described sliding sleeve part 46 to phase negative side during restoring to the original state then To movement, so circulation make described in rock seat 40 is formed in a lateral direction about round trace rock, and then by rocking Motion mode and the trace vibration producing during rocking adjust the axis direction of described workpiece, so that workpiece can be suitable Freely enter between a pair gripper jaw of described feed clamp.

And in order to rock stability during rocking for the seat 40, further technical scheme described in improving further It is as shown in figure 15, to set up another sliding axle arranged in parallel with described sliding axle 42 in described accepting regions 410, below Sliding axle described in a pair is respectively designated as the first sliding axle 42 and the second sliding axle 42a, at the two of described second sliding axle 42a It is respectively installed with described back-moving spring (the 45th, 45a) equally on individual end.Additionally also set up one and described sliding sleeve part 46 parallel The sliding sleeve part 46a of row.Wherein, in strip, its two ends are set on described first sliding axle 42 to described sliding sleeve part (the 46th, 46a) respectively With on the second sliding axle 42a.Described back-moving spring 45 is limited at the storage area of described sliding sleeve part 46 and described sliding bottom 41 Between the frame in territory, described back-moving spring 45a is limited at described sliding sleeve part 46a and the accepting regions of described sliding bottom 41 Between frame.So, sliding axle described in a pair (the 42nd, 42a) and sliding sleeve part described in a pair (the 46th, 46a) be built into one substantially in The bracing frame of rectangle, provides support more stably for the described seat 40 that rocks.

Further technical scheme is, as shown in Figure 8, the described upper surface rocking seat 40 is provided with the dovetail groove of positioning 401.So, by described dovetail groove 401, feed clamp 230 described in a pair can be installed easily, and one can be adjusted easily Position to described feed clamp 230.Certainly by described dovetail groove 401, other functional component can be installed equally.

Further technical scheme is, as shown in figure 16, the accepting regions 410 of described sliding bottom 41 in pit shape thus Having diapire body 411 is i.e. the not uncovered structure in bottom, is provided with Lou thing hole 412 on described diapire body 411.So work as entrance Refuse in described sliding bottom 41 can discharge described accepting regions 410 by described leakage thing hole 412 such that it is able to anti- Only in described accepting regions 410, pile up refuse and affect described sliding axle the 42nd, the component such as sliding sleeve part 46 and back-moving spring 45 Running and service life.

Further technical scheme is, as shown in figure 16, the described bottom surface rocking seat 40 is recessed thus has recessed Falling into region 400, described sunk area 400 is positioned at the top of described accepting regions 410, and the projection of described sunk area 400 Area is more than the projected area of described accepting regions 410.So, described sunk area 400 can expand described sliding bottom 41 And the described receiving space rocking between seat 40.Further, the top of described sliding bottom 41 extend into described sunk area In 400, be reserved with between the top of described sliding bottom 41 and the perisporium of described sunk area 400 rock seat 40 described in allowing can The gap H rocking.

Wherein, the top of described sliding bottom 41 extend in described sunk area 400, so, and described sliding bottom 41 Upper surface 413 described in outside described sunk area 400, rock seat 40 bottom surface, for this splash to described in rock on seat 40 And the waste liquid rocking the bottom surface of seat 40 described in crawling into can not creep along eminence and cross the upper table of described sliding bottom 41 Face 413 and then enter in described sliding bottom 41.Top for sliding bottom this described 41 extend in described sunk area 400 Structure become described sliding bottom 41 and the described sealing structure rocked between seat 40.

Wherein, be reserved with between the top of described sliding bottom 41 and the perisporium of described sunk area 400 allow described in rock The gap L that can rock of seat 40, so, the setting of described sunk area 400 be not limiting upon described in rock seat 40 at reasonable model Rock in enclosing.

It in order to adjust section bar further, is additionally provided with a pair directive wheel assembly 39 on seat 40 described rocking, described in every pair Directive wheel assembly 39 includes guide roller 390 respectively and supports the directive wheel bracing frame 391 of described guide roller 390, a pair institute State directive wheel assembly 39 and be positioned at before feeding chuck 23 described in a pair and guide roller 390 described in a pair arranges in V-shape, One described guide roller 390 forms a limit of V word, and the section bar so entering feed clamp 230 described in a pair can be by means of Described in a pair, directive wheel assembly 39 arranges in advance.

Rock guiding mechanism by above-mentioned, a pair described in feed clamp 230 can be adjusted flexibly adaptively at horizontal direction Position such that it is able to be adapted to the section bar of various deformation and the holding error front and back occurring in process of production randomly.

Can not only realize that feed clamp 230 is in the position adjustment of horizontal direction described in a pair by above-mentioned structure, also Can realize that feed clamp 230 is in the position adjustment of above-below direction described in a pair.

(4.4) as shown in Fig. 2 and Figure 22, the front position in described frame 1 is additionally provided with poly-feed collet assembly 24, described poly- Feed collet head assembly 24 includes and supports seat by the poly-feed collet in a pair spike (the 242nd, 242a) indirect addressing to described frame 1 240th, it is arranged on described poly-feed collet support a pair poly-feed collet head (the 241st, 241a) on seat 240 and be arranged on the support of described poly-feed collet Driving for the poly-feed collet head driving at least side chuck in poly-feed collet head (the 241st, 241a) described in a pair to move on seat 240 Device.

In order to adjust the upper-lower position of the Clamping Center line of described poly-feed collet head (the 241st, 241a), at described poly-feed collet The lower section supporting seat 240 is provided with described poly-feed collet transition installing plate 92, and described poly-feed collet head assembly 24 passes through described poly-feed collet Transition installing plate 92 navigates on a spike (the 242nd, 242a) described in a pair, poly-with described at described poly-feed collet transition installing plate 92 Feed collet supports and is provided with poly-material height arm control 82 between seat 240, and described poly-material height arm control 82 can adjust described poly-material Folder supports seat 240 and at upper and lower height upwards and locks the height and position that described poly-feed collet supports seat 240.So, by institute State poly-material height arm control 82 adjust described poly-feed collet support seat 240 height and position and then adjust described poly-feed collet head (the 241st, 241a) Clamping Center line position, makes in the clamping of described poly-feed collet head (the 241st, 241a) and described feeding chuck (the 230th, 230a) Heart line has higher coaxial precision.And as the adjustment structure of described poly-material height arm control 82 and adjustment operating process and institute It is similar for stating feed level adjuster 81, is not repeated for this to discuss.

(4.5) as shown in figure 22, described discharging chuck assembly 22 includes the discharging being slidably arranged on discharge guide 221 Folder support seat the 222nd, be arranged on described in go out feed collet and support a pair discharging chuck (the 223rd, 223a) on seat 222 and go out described in being arranged on Feed collet supports the discharging being used for driving at least side chuck in discharging chuck (the 223rd, 223a) described in a pair to move on seat 222 Chuck driver.In order to adjust the position of discharging chuck (the 223rd, 223a) Clamping Center line described in a pair, in above-mentioned technology Setting up described discharging clamp assembly tunable arrangement on the basis of scheme, described discharging clamp assembly tunable arrangement includes discharge guide rear end Adjuster and discharge guide front-end regulator.

24 first end adjuster after described discharge guide is described below in conjunction with the accompanying drawings.As shown in figure 24, described discharging is led After rail, end adjuster includes that the 13rd, described rear positioning seat is positioned at and goes out feed collet transition installing plate 93 above positioning seat 13 in the rear, And described in being arranged on, go out rear height arm control 83 between feed collet transition installing plate 93 and described rear positioning seat 13, described discharging The rear end 221b connection of guide rail 221 goes out on feed collet transition installing plate 93 described in being positioned at；Described rear height arm control 83 can be adjusted Go out feed collet transition installing plate 93 described in whole and go out the height of feed collet transition installing plate 93 at upper and lower height upwards and described in locking Position.Wherein, adjustment structure and the adjustment operating process of described rear height arm control 83 is and described feed level adjuster 81 It is similar to, be not repeated for this to discuss.

The rear end 221b of described discharge guide 221 goes out on feed collet transition installing plate 93 described in can being directly connected to be positioned at, Can also by transition piece be indirectly directly connected to be positioned at described in go out on feed collet transition installing plate 93.As shown in figure 24, described Going out and being additionally provided with discharge guide seat 224 on feed collet transition installing plate 93, the rear end 221b of described discharge guide 221 is located by connecting on On described discharge guide seat 224 and by described discharge guide seat 224 be positioned at described in go out on feed collet transition installing plate 93.

25 described discharge guide front-end regulator is described below in conjunction with the accompanying drawings.As shown in figure 25, described discharge guide Front-end regulator includes that the 94th, guide rail front end positioning base is positioned at guide rail front support above described guide rail front end positioning base 94 Seat 95, and it is arranged on the front height arm control between described guide rail front end positioning base 94 and described guide rail front support seat 95 84, the front end 221a connection of described discharge guide is positioned on described guide rail front support seat 95；Described front height arm control 84 Described guide rail front support seat 95 can be adjusted at upper and lower height upwards the height locking described guide rail front support seat 95 Degree position.

Wherein, described guide rail front end positioning base 94 can be by directly stationary positioned by way of welding or securing member connection In described frame, or using the scheme shown in Figure 22, described guide rail front end positioning base 94 is solid by fixing screw 88 It is scheduled on described interfix seat 12 thus be indirectly connected in described frame.Which kind of, no matter used mode, go out described in adjusting During material guide rail 221 height, described guide rail front end positioning base 94 is fixing not to be moved.

Wherein, described front height arm control 84 can use the adjustment structure of similar feed level adjuster 81, but examines Considering the convenience arriving installation space and adjustment, described front height arm control 84 preferably employs following scheme: such as Figure 22, Figure 23 With shown in Figure 25, described guide rail front support seat 95 is provided with upper and lower to the strip hole 950 extending.Height before described Adjuster 84 includes spinning and pass through described guide rail front end positioning base 94 and then can push up and be pressed in described guide rail front support seat The 841st, preceding thread adjustment part on the bottom surface of 95 is screwed in front lock nut 842 on described preceding thread adjustment part 841, also includes Pass freely through the front locking bolt 843 of described strip hole 950.Before described, locking bolt 843 passes through described guide rail front support seat 95 lock onto on described interfix seat 12, and described front locking bolt 843 is by described guide rail front support seat 95 and interfix Seat 12 is locked.

So, described guide rail front end positioning base 94 and guide rail front support seat 95 are all dependent on described interfix seat 12 Position, in the case of using this positioning mode, described guide rail front end positioning base 94 and guide rail front support seat 95 are both configured to platy structure, and such interfix seat 12 can give their strong fixs and support so that they will not incline Turn over.The described guide rail front end positioning base 94 of platy structure and guide rail front support seat 95 can not only reduce consumptive material, simplify institute State the structure of discharging clamp assembly tunable arrangement, additionally it is possible to end adjuster after described discharge guide front-end regulator and discharge guide Vacate more adjustment space, utilize described adjustment space can adjust described discharge guide front-end regulator or discharging easily End adjuster after guide rail.

In sum, discharge guide 221 described in corrdinated adjustment is carried out by adjusting the front-end and back-end of described discharge guide Whole height position.So, described discharge guide 221 substantially has only to be supported by two strong points, and passes through two The individual described strong point adjusts the whole height position of described discharge guide, thus decreases the supporting surface of described discharge guide Long-pending, also just decrease difficulty of processing and processing cost.

And in order to adjust the position of discharging chuck (the 223rd, 223a) Clamping Center line described in a pair, actually all right One of following two schemes of optimum selecting:

The first Adjusted Option: the height and position that this Adjusted Option is mainly supported seat 222 by going out feed collet described in adjustment comes real Existing, specific as follows:

Described go out feed collet support the lower section of seat 222 and be additionally provided with out feed collet transition installing plate (being not drawn in figure, concrete structure can With with reference to feed clamp transition installing plate 91), described go out feed collet transition installing plate be slidably arranged on described discharge guide 221；? Described go out feed collet transition installing plate and described go out feed collet support and be provided with discharge height adjuster between seat 222, described discharging is high Degree adjuster goes out feed collet and supports seat 222 and go out feed collet at upper and lower height upwards and described in locking and support seat described in can adjusting The height and position of 222.Wherein, described discharge height adjuster and described feed level adjuster 81 have similar function and Structure, is not repeated for this to discuss.So, by described discharge height adjuster realize to described go out feed collet support seat 222 exist Upper and lower Height Adjustment upwards and the locking of height and position.

(concrete structure is similar with the adjustment structure of feed clamp head assembly to the second Adjusted Option, and concrete structure can With reference to Figure 19, to omit the accompanying drawing of this kind of Adjusted Option for this): this Adjusted Option is mainly by adjusting described discharge guide seat The height and position of 224 realizes, certainly while adjusting the height and position of described discharge guide seat 224 also described in Indirect method Go out feed collet and support the position of seat 222.Concrete scheme is as follows:

The integral installation of described discharge guide 221 is positioned on described discharge guide seat.Also set in the lower section of described discharge guide seat Be equipped with out feed collet transition installing plate, described discharge guide seat by described go out feed collet transition installing plate position positioning seat in the rear On, go out between feed collet transition installing plate and described rear positioning seat, to be provided with discharge height adjuster, described discharge height described Adjuster goes out feed collet transition installing plate and goes out feed collet transition at upper and lower height upwards and described in locking and install described in can adjusting The height and position of plate.

Wherein, described go out feed collet transition installing plate can for independent of described discharge guide seat but be arranged on described discharging and lead The component of the lower section of rail chair, can also is that integrally formed with described discharge guide seat.

Wherein, described discharge height adjuster has similar function and structure with described feed level adjuster 81, It is not repeated for this to discuss.So, realize to described discharge guide seat at upper and lower upwards by described discharge height adjuster Height Adjustment and the locking of height and position, and then it is overall to adjust described discharge guide by described discharge guide seat Highly.

Part V, is the mounting structure about being positioned at described organ type protective cover, as shown in Fig. 1, Figure 13, mainly has Close the structural representation of described organ type protective cover (the 36th, 361).

In order to avoid the liquid wastes such as coolant or solid waste that produce in the course of the work splash, stick in described Precision and the service life of equipment is affected, as shown in Figure 1 and Figure 7, at described poly-material on the key mechanism parts such as feeding guide 231 The 23rd, clamp assembly 24 and described feed clamp head assembly are respectively mounted between described feed clamp head assembly 23 and described cutting power head 25 Having telescopic organ type protective cover (the 36th, 361), described organ type protective cover (the 36th, 361) is described line slideway mounting seat the 5th, Described line slideway 231 grade component houses within it.

As for the installation of described organ type protective cover (the 36th, 361), may refer to Figure 13 and Figure 14, described organ type is protected The rear end of cover 36 is provided with briquetting 37, and described briquetting 37 is substantially in doorframe shape, and screw passes through the screw hole that described briquetting 37 is arranged The rear end of described organ type protective cover 36 is compressed and is locked on described poly-feed collet assembly 24.And described organ type protective cover 36 Front end, and described organ type protective cover 361 use equally above-mentioned by described briquetting compress locking mode position, This is not repeated to discuss.Such mounting structure is not only installed simply, and dismantles and also facilitate, it is simple to described organ type protective cover The replacing of (the 36th, 361), maintenance.

Claims

1. cutting machine feed clamp supports seat, it is characterised in that include that sliding bottom and rocking is arranged on described sliding bottom Seat rocks in side, and the bottom of described sliding bottom is provided with on slide rail the sliding bearing sliding；In upper and lower upwards institute Stating the projected area rocking the projected area of seat more than described sliding bottom, described sliding bottom has opening up storage area Territory, the sliding sleeve part be horizontally disposed with sliding axle in described accepting regions, being slidably arranged on described sliding axle and can allowing Described sliding sleeve part rocks the back-moving spring of reset, and the described seat that rocks is connected on described sliding sleeve part, and described sliding axle is connected in institute State on sliding bottom.

2. cutting machine feed clamp according to claim 1 supports seat, it is characterised in that the described upper surface rocking seat is arranged There is the dovetail groove of positioning.

3. cutting machine feed clamp according to claim 1 supports seat, it is characterised in that the accepting regions of described sliding bottom In pit shape thus there is diapire body, described diapire body is provided with Lou thing hole.

4. cutting machine feed clamp according to claim 1 supports seat, it is characterised in that the described bottom surface rocking seat is recessed Falling into shape thus having sunk area, described sunk area is positioned at the top of described accepting regions, and the throwing of described sunk area Shadow area is more than the projected area of described accepting regions.

5. cutting machine feed clamp according to claim 4 supports seat, it is characterised in that the top of described sliding bottom is stretched into It in described sunk area, is reserved with between the top of described sliding bottom and the perisporium of described sunk area and rocks seat described in allowing The gap that can rock.

6. cutting machine feed clamp according to claim 1 supports seat, it is characterised in that in two ends of described sliding axle On be respectively installed with described back-moving spring, described back-moving spring is limited at the storage area of described sliding sleeve part and described sliding bottom Between the frame in territory.

7. the cutting machine feed clamp according to claim 1 to 6 is arbitrary supports seat, it is characterised in that described sliding axle includes First sliding axle arranged in parallel and the second sliding axle, the two ends of a described sliding sleeve part are set on described first sliding axle respectively With on the second sliding axle, described first sliding axle and the second sliding axle are respectively installed with described back-moving spring.