CN106002442B

CN106002442B - Discharge clamp assembly tunable arrangement and its cutting machine of application

Info

Publication number: CN106002442B
Application number: CN201610527087.7A
Authority: CN
Inventors: 黄建滨
Original assignee: CHITTAK MACHERY Co Ltd
Current assignee: Guangdong jet tech Intelligent Equipment Co., Ltd.
Priority date: 2016-07-06
Filing date: 2016-07-06
Publication date: 2018-07-03
Anticipated expiration: 2036-07-06
Also published as: CN106002442A

Abstract

Discharge clamp assembly tunable arrangement, including going out material chuck assembly, go out material chuck assembly and include discharge guide and front-end regulator, front-end regulator includes front end positioning base, front support seat, the preceding height arm control being arranged between front end positioning base and front support seat, the front end connection of discharge guide are located on front support seat；Preceding height arm control can adjust front support seat in the upward height of upper and lower and lock the height and position of front support seat；Rear end adjuster is further included, which includes rear positioning seat, the transition installing plate above rear positioning seat and the rear height arm control being arranged between transition installing plate and rear positioning seat, and the rear end connection of discharge guide is located on transition installing plate；Height arm control can adjust transition installing plate in the upward height of upper and lower and lock the height and position of transition installing plate afterwards.The whole height position of discharge guide and levelness in this way passes through front-end regulator and rear end adjuster corrdinated adjustment.

Description

Discharge clamp assembly tunable arrangement and its cutting machine of application

Technical field

It is more particularly to a kind of to have that collet positioning height is adjustable to can be applied to height the present invention relates to a kind of cutting machine The cutting machine of precision processing.

Background technology

For the cutting machine of mental section class product, due to cutting machine and it is not belonging to heavy-duty machinery and belongs to light industry machine Tool product, light industry production equipment also belongs to emphasis improvement pair in the automatic improving of industry 4.0 advocated energetically at present thus As.Although cutting machine belongs to light industry and machinery product but more needs and emphasized possessed by this machine in the transformation of automation Durability and stability；The thinking adapted to secondly with supply side reform and development is also the inherent matter that needs constantly promote product Amount, wherein in addition to durability and stability are very important index and improvement direction, accuracy is also very important product Quality index.

Invention content

For this purpose, surrounding above-mentioned purpose and improving the deficiencies in the prior art, it is adjustable that the present invention proposes a kind of discharging clamp assembly Device including discharge guide, goes out material chuck assembly, it is described go out material chuck assembly include and be slidably arranged in going out on discharge guide Feed collet support base, be arranged on it is described go out feed collet support base on a pair go out material chuck and be arranged on it is described go out feed collet support base on Go out material chuck driver for drive the movement of at least side gone out described in a pair in material chuck collet；It is characterized in that：Also wrap Discharge guide front-end regulator is included, the discharge guide front-end regulator includes guide rail front end positioning base, positioned at the guide rail Guide rail front support seat above the positioning base of front end and it is arranged on guide rail front end positioning base and the guide rail front end Preceding height arm control between support base, the front end connection of the discharge guide are located on the guide rail front support seat；Institute Height arm control can adjust the guide rail front support seat in the upward height of upper and lower and lock the guide rail front end before stating The height and position of support base；Further include end adjuster after discharge guide, after the discharge guide end adjuster include rear positioning seat, After described above positioning seat go out feed collet transition installing plate and be arranged on it is described go out feed collet transition installing plate with it is described after Rear height arm control between positioning seat, the rear end connection of the discharge guide be located in it is described go out feed collet transition installing plate on； After described height arm control can adjust it is described go out feed collet transition installing plate in the upward height of upper and lower and lock the discharging Press from both sides the height and position of transition installing plate.

Wherein, the feeding clamp assembly is slidably arranged on the feeding guide, and the section bar to be processed is conveyed Clamping device onto the cutting collet assembly being discussed below.

Wherein, the discharge guide front-end regulator is the tune for adjusting the height and position of the front end of the feeding guide Engagement positions, while be also the device for positioning and supporting of the front end of the feeding guide.Similarly, end adjuster after the discharge guide It is the adjusting apparatus for adjusting the height and position of the rear end of the feeding guide, while be also the rear end of the feeding guide Device for positioning and supporting.In this way, the discharge guide end adjuster and discharge guide front end adjustment after the discharge guide Its whole levelness and height and position are adjusted under the synergistic effect of device, so as to adjust a pair of of institute on the discharge guide State out the position of the clamping central axes of material chuck.

Wherein, the guide rail front support seat is independently of guide rail front end positioning base but is arranged on guide rail front end determining Component above the pedestal of position, during the adjustment, the guide rail front support seat can move up and down, and the guide rail front end Positioning base, which remains fixed, not to be moved.

Wherein, the front end connection of the discharge guide is located on the guide rail front support seat, in this way, before the guide rail Support base is held to become the support positioning support of front end of the discharge guide.

Wherein, the preceding height arm control can adjust the guide rail front support seat in the upward height of upper and lower simultaneously Locking the height and position of the guide rail front support seat, features described above defines the function of the preceding height arm control, and first, it borrows Help the preceding height arm control that can adjust the guide rail front support seat in the upward height of upper and lower；Second, by described Preceding height arm control also is able to lock the height and position of the guide rail front support seat, thus after adjustment operation is completed, it can Curing adjustment is as a result, make the height and position of the guide rail front support seat keep stablizing.

Wherein, it is described go out feed collet transition installing plate be independently of it is described after positioning seat but setting in the rear above positioning seat Component, during the adjustment, it is described go out feed collet transition installing plate can move up and down, and it is described after positioning seat remain fixed It does not move.The rear end of the discharge guide can be directly connected to be located in it is described go out feed collet transition installing plate on；Or passed through Cross part be indirectly connected with being located in it is described go out feed collet transition installing plate on, such as further, it is described go out feed collet transition installing plate On be additionally provided with discharge guide seat, the rear end connection of the discharge guide be located on the discharge guide seat and pass through it is described go out Material track base goes out described in being located on feed collet transition installing plate.Wherein, the discharge guide seat can independently with it is described go out feed collet The component of transition installing plate or with it is described go out feed collet transition installing plate it is integrally formed.

Wherein, after described height arm control can adjust it is described go out feed collet transition installing plate in the upward height of upper and lower And going out the height and position of feed collet transition installing plate described in locking, features described above equally defines the work(of the rear height arm control Can, and the rear height arm control is similar with the function of the preceding height arm control, is not repeated to discuss thus.

According to above-mentioned technical proposal, compared with prior art, the beneficial effects of the present invention are：

1. the front and rear ends due to the discharge guide pass through the discharge guide front-end regulator and discharge guide respectively End adjuster positions to support afterwards, does not need to set the accurately support level of large area thus for whole discharge guide Face, so as to reduce difficulty of processing and processing cost.

2. since the front and rear ends of the discharge guide are respectively arranged with the discharge guide front-end regulator and discharging is led End adjuster after rail, the whole height position of the discharge guide and levelness can pass through discharge guide front end tune thus End adjuster corrdinated adjustment after whole device and discharge guide, in this way, when foozle occur or occurring in the long-term use Situations such as loss and when change the Clamping Center line for going out material chuck described in a pair, can be by the discharge guide After front-end regulator and discharge guide end adjuster neatly, quickly fine tuning described in go out material chuck Clamping Center line height Degree.For this purpose, the setting of end adjuster makes the discharge guide in other words after the discharge guide front-end regulator and discharge guide Go out described in a pair the height adjustment of the Clamping Center line of material chuck become more flexibly, the height and position of Clamping Center line more It is accurate, the cutting accuracy of cutting equipment can not only be improved, additionally it is possible to extend the service life of cutting equipment.

Following one of which Adjusted Option can be further used as the rear height arm control：

The first Adjusted Option, the rear height arm control include being screwed on and pass through the rear positioning seat and then can push up Be pressed in it is described go out feed collet transition installing plate bottom face on rear thread adjustment part and be screwed on the rear thread adjustment part Lock nut afterwards, further include pass freely through it is described after be screwed in after positioning seat it is described go out feed collet transition installing plate on rear locking spiral shell Bolt, it is described after locking bolt by it is described go out feed collet transition installing plate with it is described afterwards positioning seat locked.

Wherein, the rear thread adjustment part be screwed on and pass through it is described after positioning seat so that can top pressure it is described go out feed collet mistake Cross on the bottom face of installing plate, the upper characterizing definition rear thread adjustment part with it is described go out feed collet transition installing plate, rear positioning Connection relation between seat, the rear thread adjustment part and it is described after be relationship that screw thread is screwed between positioning seat, and it is described after Threaded adjusting members and it is described go out feed collet transition installing plate between be from the bottom up top pressure support relationship, the rear thread adjustment part On withstand on it is described go out feed collet transition installing plate bottom surface on.When borrow tool twists the rear thread adjustment part, the rear spiral shell The support that the relationship and the rear positioning seat that line adjustment part is screwed on by itself screw thread between the rear positioning seat are given It is moved up under effect in upper and lower.And Threaded adjusting members are during moving up and down in the rear, the rear thread tune Go out the bottom face of feed collet transition installing plate described in one integral piece top pressure, so as to adjust it is described go out feed collet transition installing plate height and position. After the height for going out feed collet transition installing plate described in completion adjusts, the rear lock nut is tightened spiral shell in the rear by borrow tool Go out the height position of feed collet transition installing plate so as to prevent the rear thread adjustment part from loosening on line adjustment part, and then described in fixation It puts.

Wherein, after described locking bolt pass freely through it is described after be screwed in after positioning seat it is described go out feed collet transition installing plate On, features described above define it is described after locking bolt and rear positioning seat, it is described go out feed collet transition installing plate between connection relation. It is the relationship freely worn between the rear locking bolt and the rear positioning seat, that is to say, that locking bolt passes through in the rear Be detached from it is described after during positioning seat and after described locking bolt make the mistake moved up and down on positioning seat in the rear The relationship of apparent active force, at least described rear positioning is not present in Cheng Zhong between locking bolt and the rear positioning seat after described Seat can't hinder the rear locking bolt in the upward movement of upper and lower.In addition, it is described after locking bolt with it is described go out feed collet The relationship that screw thread is screwed between transition installing plate, by locking bolt after described will it is described after positioning seat with it is described go out feed collet mistake Installing plate is crossed to be locked.

When need adjust described in go out the height of feed collet transition installing plate when, first unclamp it is described after lock nut and it is described after Locking bolt, unclamp it is described after relieve after locking bolt it is described after positioning seat and it is described go out feed collet transition installing plate between Locking, at this time by tool twist the rear thread adjustment part it is i.e. adjustable described in go out the height of feed collet transition installing plate.And by It is freely interspersed relationship between the rear locking bolt and the rear positioning seat, the rear locking bolt can be in institute thus State on rear positioning seat with it is described go out movement of the feed collet transition installing plate movement without going out feed collet transition installing plate described in obstruction.

And in order to enable it is described after locking bolt pass freely through it is described after positioning seat, further technical solution is, Unthreaded hole is adjusted after being provided in the axial centre of the rear thread adjustment part or the rear positioning seat, the rear locking bolt passes through The rear adjustment unthreaded hole goes out described in being locked on feed collet transition installing plate.Wherein, the rear adjustment unthreaded hole is not threaded logical Threaded connection relation is also just not present between the rear locking bolt and the rear positioning seat thus in hole.

Second of Adjusted Option, it is described after height arm control include being screwed on and across it is described go out feed collet transition installing plate and then It being capable of the top pressure rear thread adjustment part on the top end face of positioning seat and after being screwed on the rear thread adjustment part in the rear Lock nut further includes the rear locking spiral shell for going out described in passing freely through and being screwed on positioning seat in the rear after feed collet transition installing plate Bolt, it is described after locking bolt by it is described go out feed collet transition installing plate with it is described afterwards positioning seat locked.

Above-mentioned second of Adjusted Option is similar with the first Adjusted Option, and main distinction point is second of adjustment side In case, the rear thread adjustment part is pushed from top to bottom on positioning seat in the rear, when twisting the rear thread adjustment part, By the rear thread adjustment part and it is described go out feed collet transition installing plate between threaded connection drive described in go out feed collet transition pacify Loading board after described positioning seat in the upward movement of upper and lower, so as to adjust it is described go out feed collet transition installing plate height.When So, also correspondingly also had adjusted in second of Adjusted Option it is described after locking bolt with it is described go out feed collet transition installing plate, after Connection relation between positioning seat.

And in order to enable it is described after locking bolt pass freely through it is described go out feed collet transition installing plate, further employ The structure similar with the first above-mentioned Adjusted Option, in the rear the axial centre of Threaded adjusting members or it is described go out feed collet transition peace Unthreaded hole is adjusted after being provided in loading board, the rear locking bolt passes through the rear adjustment unthreaded hole to be locked on the rear positioning seat.

The adjustment structure of the rear height arm control can also be substantially used as the preceding height arm control, but is examined Consider installation space and the convenience of adjustment, the preceding height arm control preferably uses following scheme：It further includes and is arranged on The interfix seat in the front of guide rail front end positioning base；Upper and lower directions extension is provided on the guide rail front support seat Strip hole；The preceding height arm control include be screwed on and across guide rail front end positioning base so that can top pressure described Preceding thread adjustment part on the bottom face of guide rail front support seat, the preceding lock nut being screwed on the preceding thread adjustment part, The preceding locking bolt being screwed in after further including across the strip hole on the interfix seat.

Wherein, the preceding thread adjustment part has class with the rear thread adjustment part, preceding lock nut and rear lock nut As function and adjustment connection structure, be not repeated to discuss thus.

Wherein, the preceding locking bolt is similar with the function of the rear locking bolt, the difference is that being locked before described The adjustment connection structure of bolt, the preceding locking bolt be across the strip hole after be screwed on the interfix seat, And the interfix seat is arranged on the front of guide rail front end positioning base.In this way, the guide rail front support seat is not only The upper and lower that is supported on of the preceding thread adjustment part can be relied on to be positioned upwards, it can also be by being locked in the centre Firm support and positioning are obtained on positioning seat and in front and rear direction, the guide rail front support seat relies on the centre On positioning seat.Such connection structure makes the guide rail front support seat for that will not tumble in the case of platy structure.Plate The guide rail front support seat of structure can not only reduce consumptive material, simplify the structure of the discharging clamp assembly tunable arrangement, additionally it is possible to End adjuster vacates more adjustment spaces after the discharge guide front-end regulator and discharge guide, empty using the adjustment Between can easily adjust end adjuster after the discharge guide front-end regulator or discharge guide.

Finally, the present invention also proposes a kind of cutting machine using the discharging clamp assembly tunable arrangement, which is characterized in that packet Including rack, the cutting collet assembly being arranged in the rack, the discharging for being arranged on the rear for cutting collet assembly Clamp assembly tunable arrangement；The rear positioning seat and guide rail front end positioning base of the discharging clamp assembly tunable arrangement are front and rear to be arranged and determines Position is on the back-end location of the rack.

Wherein, the rear positioning seat and guide rail front end positioning base can directly or indirectly be located in the rack On.

Wherein, the cutting collet assembly includes a pair of of cutting collet, is the cutting for clamping, positioning section bar to be processed The clamping device of section.

In this way, the discharging clamp assembly tunable arrangement is existed by the rear positioning seat and the positioning base prelocalization of guide rail front end On the back-end location of the rack, and adjusted by adjusting end adjuster after the discharge guide front-end regulator and discharge guide Go out material chuck and the concentricity of the clamping central axes of a pair of cutting collet described in whole a pair.

It is described that further technical solution is also possible that the interfix seat of the discharging clamp assembly tunable arrangement is connected in In rack, guide rail front end positioning base is arranged on the interfix seat and is located in machine by the interfix seat On frame.

Wherein, guide rail front end positioning base can be independently of the interfix seat but be arranged on the centre determining Position seat on individual member or, guide rail front end positioning base and the interfix seat are integrally formed.In this way, institute Stating guide rail front end positioning base can be positioned by the interfix seat, and such connection structure makes the guide rail front end Positioning base is will not tumble in the case of platy structure.The guide rail front end positioning base of platy structure can not only reduce consumption Material simplifies the structure of the discharging clamp assembly tunable arrangement, additionally it is possible in the discharge guide front-end regulator and discharge guide End adjuster vacates more adjustment spaces afterwards, and discharge guide front end tune can be easily adjusted using the adjustment space End adjuster after whole device or discharge guide.

Further technical solution is also possible that the interfix seat tool has top position level face, the cutting folder Head assembly is located on the interfix seat.In this way, the interfix seat can not only support the positioning guide rail front end Positioning base, guide rail front support seat, the also support base as the cutting collet assembly, so as to simplify the cutting machine Structure.

Description of the drawings

Fig. 1 is the dimensional structure diagram of the cutting machine；

Fig. 2 is the dimensional structure diagram of the positioning frame；

Fig. 3 is that the structure of the overlook direction of the positioning frame is intended to；

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

Fig. 5 is the schematic cross-sectional view in H-H directions in Fig. 4；

Fig. 6 is B area enlarged structure schematic diagram in Fig. 4；

Fig. 7 is the dimensional structure diagram of the cutting machine, is omitted in figure and shows the blank protective cover；

Fig. 8 is the installation decomposition texture schematic diagram between feeding chuck assembly and the linear guide mounting base 5；

Fig. 9 is the dimensional structure diagram of the linear guide mounting base 5；

Figure 10 is the schematic cross-sectional view in C-C directions in Fig. 9；

Figure 11 is D regions enlarged structure schematic diagram in Figure 10；

Figure 12 is the mounting structure schematic diagram between the linear guide mounting base 5 and the linear guide；

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

Figure 14 is the structure diagram of 37 positive apparent direction of briquetting；

Figure 15 is the structure diagram of the overlook direction of feed clamp support base 4, in order to watch in sliding bottom 41 Structure omits the shaking seat 40 in figure；

Figure 16 is the schematic cross-sectional view in E-E directions in Figure 15；

Figure 17 is the mounting structure schematic diagram of the axis side direction between feeding chuck assembly and the linear guide mounting base 5；

Figure 18 is the mounting structure schematic diagram of the side-looking direction between feeding chuck assembly and the linear guide mounting base 5；

Figure 19 is the schematic cross-sectional view in F-F directions in Figure 18；

Figure 20 is the dimensional structure diagram of poly- feed collet assembly 24；

Figure 21 is the schematic cross-sectional view of poly- feed collet assembly 24；

Figure 22 is G regions enlarged structure schematic diagram in Fig. 7；

Figure 23 is the side structure schematic view of end adjuster after discharge guide front-end regulator and discharge guide；

Figure 24 is the schematic cross-sectional view in G-G directions in Figure 23；

Figure 25 is the schematic cross-sectional view in K-K directions in Figure 23.

Specific embodiment

As shown in the figure, be the dimensional structure diagram using a kind of Novel cutting machine proposed by the invention, the cutting Machine belongs to for cutting the light industry and machinery product of section bar in industrial circle, and the peace is located in including mounting seat and installation The feeding chuck assembly 23 on pedestal, cutting collet assembly 21 are filled, goes out material chuck assembly 22, poly- feed collet assembly 24 and cuts dynamic 25 grade functional components of power head, and the mounting seat include organic frame 1 and be connected in the rack 1 foundation location seat, The linear guide mounting base 5 etc..Further details of discussion is made to the structure of the cutting machine below in conjunction with the accompanying drawings.

First part is the structure of the rack 1, and as shown in Fig. 1 to Fig. 7, the structure mainly in relation to the rack 1 is shown It is intended to.

（1.1）The rack 1 includes main structure frame body.The main structure frame body beam, column are welded to connect by arranging in length and breadth and Into basic frame body, the beam, column are shaped steel parts, be used to support and position other components for example it can be will be detailed below in detail The foundation location seat of explanation（11、12、13）Positioning support is provided.Specifically, the main structure frame body of the rack 1 include it is vertical, Horizontal to arrange and weld the beam of split connection, column, the beam, column are shaped steel parts, and the shaped steel refers to be molded by hot extrusion technique Steel section.Wherein, the main structure frame body include horizontal direction arrangement can be used in connect and support the basis Positioning seat（11、12、13）Upper lateral girder 151, positioned at 151 lower section of the upper lateral girder and horizontal direction arrangement Lower, transverse girder 152 and the setting column being arranged between the upper lateral girder 151 and lower, transverse girder 152 （153、154）.Wherein, the more setting columns（153、154）It erects and sets and be weldingly fixed on the upper lateral girder 151 With the main structure frame body is collectively formed on lower, transverse girder 152.Since the main structure frame body is by more longitudinal and transverse arrangements And the beam of split connection, column composition are welded, we are unified in figure thus refers to the upper lateral master with a code name 151 Beam refers to the lower, transverse girder with a code name 152, and referring to vertical type with a code name 153 erects column, with a code name 154, which refer to diagonal-bracing type, erects column.

（1.2）The rack 1 further includes the upper-part centralized liquid level 140 for being capable of liquid collecting for being arranged in main structure frame body top.Such as Shown in Fig. 2, Fig. 3, Fig. 4 and Fig. 6, it is fixed in the upper weld of the main structure frame body inclined similar to plate above pot wall 14 so as to allow the upper surface of the top panel 14 to be formed to the upper-part centralized liquid level 140 of liquid collecting, and the top panel 14 is covered with In the vacant space on the entire main structure frame body top, splashing in process can be collected and cool down liquid and solid waste a for example Iron filings.Also the relative low points position of the top panel 14 will form material convergence outlet 140a thus.

（1.3）The rack 1, which further includes, to be connected on the main structure frame body and relatively lower than the upper-part centralized liquid level 140 subsidence-style tunnel chamber 16.The tunnel chamber 16 has the bottom surface 163 being in tilted layout and is connected to the bottom surface The tunnel chamber side wall of bottom wall body arranged on left and right sides where 163（161、162）, the tunnel chamber side wall（161、162）It is respectively welded Be fixed on the upper lateral girder 151, and the least significant end 164 of the lower part discharge port of the tunnel chamber 16 be engaged on it is described The bottom part of tunnel chamber bottom surface 163 is provided with liquid-leaking nozzle on the bottom wall body where the inclined bottom surface 163（Figure In be not drawn into）, the liquid-leaking nozzle is communicated to catch box 33.

As shown in fig. 6, the tunnel chamber 16 is the structure of open topped, wherein the relative low points position of the top panel 14 Directly the tunnel chamber side wall of the subsidence-style tunnel chamber 16 is arrived in linking（161、162）On, therefore the top panel 14 is relatively low The material convergence outlet 140a that point position is formed is connected the upper feeding mouth 160 of the subsidence-style tunnel chamber 16, the material It is the structure being smoothly connected between convergence outlet 140a and the upper feeding mouth 160.

Certainly it can also use and material convergence outlet 140a is directly sunk among the upper feeding mouth 160 Structure is set as the tunnel chamber 16 in this structure the structure of the non-opening in top, wherein the subsidence-style tunnel chamber 16 exists The roof body in tunnel is directly formed on upwardly-directed by means of the local panel of the top panel 14, is actually to allow institute in this way It states under the wall body where subsidence-style tunnel chamber 16 is concealed in the upper-part centralized liquid level 140.Regardless of using which kind of structure, it is important Be that the liquid that is converged in the upper-part centralized liquid level 140 and iron filings class waste can be successfully imported into the tunnel chamber 16.

In addition, as shown in Figure 2 and Figure 4, the least significant end 164 of the lower part discharge port of the tunnel chamber 16 is to be engaged on the tunnel The bottom part of 16 bottom surface 163 of road chamber, specifically, the bottom part of the tunnel chamber bottom surface 163 in open-like shape or are led directly to Shape stops the bottom part of the bottom surface 163 as the fixing device of threshold, protrusion etc without setting, so as to allow waste A just can be directly from the lower part discharge port discharge of the tunnel chamber 16 when reaching the bottom part of the bottom surface 163.

Secondly as the bottom surface 163 of the tunnel chamber 16 is obliquely to arrange, liquid or solid waste can be allowed suitable in this way It is secondary voluntarily to move from top to bottom, and in the moving movement, by the liquid-leaking nozzle set on the 163 place wall body of bottom surface, Realize the separation and classification between liquid and solid waste, liquid can be flowed out along the liquid-leaking nozzle and solid waste from the tunnel chamber 16 The discharge of lower part discharge port.Certain bottom surface 163 is inclined in easy flights or when the big automatic moving of viscosity of solid waste is not smooth, Solid waste can also be raked off by means of harrowing class tool human assistance.Also various considerations are based on, by the tunnel chamber 16 The least significant end 164 of lower part discharge port is engaged on the bottom part of the tunnel chamber bottom surface 163, so as to the convenient tunnel chamber Solid waste on bottom surface 163 successfully can be discharged directly from the lower part discharge port.It certainly, can also be into such mechanism One step the wall body where the inclination bottom surface 163 of the tunnel chamber 16 is continued to take advantage of a situation and extend one section of the lower part discharge port Length so as to allow the extension that can the waste in the tunnel chamber 16 be directed to waste collecting tank as shown in Figure 1 In 32.

Further technical solution is, as shown in figure 4, the receiving that the catch box 33 is collected in the main structure frame body is empty Between in the 150 and lower part of the catch box 33 there is liquid outlet channel（It is not drawn into figure）, it is provided on the liquid outlet channel Iron dust filter.Wherein, the liquid outlet channel is actually outage possessed by drain pipe, and the iron dust filter can Filter the sundries such as the 33 metal iron filings that may be present of collecting box.In order to save resource, it is generally all additionally provided with liquid circulation The cooling liquid in catch box 33 described in pumping is pumped, the sundries such as the iron dust filter filtering iron filings are set thus, it just can be very well Protect liquid circulation pump from damage in ground.

（1.4）Further technical solution is, in the beam arranged in length and breadth, is disposed with independent receiving space between column 150, cabinet door 31 is provided on the opening portion of the receiving space 150.In this way, it can be used for receiving in the receiving space 150 Hiding the components such as the tunnel chamber 16, catch box 33 becomes collection storage space or even can also store hydraulic power unit, air pressure pumping plant And control circuit etc., greatly improve the utilization rate in the cutting machine space.

（1.5）In order to further improve the structural strength of the main structure frame body of the rack 1, the cutting machine course of work is improved In stationarity, following evolutionary approach can also be used individually or mashed up using following technical solution：

The first evolutionary approach supports the cross section of the vertical type setting column 153 of the upper lateral girder 151 to exist Substantially it is in hollow rectangle on the whole.

Second of evolutionary approach, the setting column for supporting the intermediate region of the upper lateral girder 151 are using diagonal brace The diagonal-bracing type of formula structure erects column 154.The cross section that the diagonal-bracing type erects column 154 is substantially in hollow rectangle on the whole.

（1.6）Secondly, the lower part of the main structure frame body four, angular position is welded with corner positioning iron block 38, welding Four corner positioning iron blocks 38 are processed into same positioning bottom face on lathe by same machining benchmark after the completion, then Overturning the main structure frame body allows the corner positioning iron block 38 to be located at least significant end, the positioning of corner positioning iron block 38 described in this way Bottom face then can serve as the processing positioning surface of various positioning surfaces above the main structure frame body, can also be used as the main knot The support lower margin of framework body.

Second part is the foundation location holder structure on the main structure frame body of the rack 1, as shown in Figure 2 and Figure 3, Structure diagram mainly in relation to the foundation location seat, wherein the rack 1 collectively constitutes institute with the foundation location seat State the positioning frame of cutting machine.

（2.1）Foundation location seat is fixed in the upper weld of the main structure frame body, and the foundation location seat Top end face is higher than the upper-part centralized liquid level 140.The foundation location seat is independently of the rack 1 and manufactures for example, by using cast steel casting It makes manufacture but is fixedly connected with the component that mode is affixed on the main structure frame body by welding etc., thus the foundation location seat And the component of positioning is supported by the main structure frame body, it is used to support and positions other components.In order to improve positioning intensity And the small steel-casting of thermal denaturation may be used in stability, the foundation location seat completely, particularly described interfix seat 12, institute It is the cast steel body using solid construction to state prelocalization seat 11.

The foundation location seat is mainly used for locating and clamping apparatus, the clamping device include cutting collet assembly 21, Feeding chuck assembly 23 goes out material chuck assembly 22, and the foundation location seat is mainly included for positional dissection collet assembly thus 21 interfix seat 12, the rear positioning for the prelocalization seat 11 that positions feeding guide 231 or for positioning discharge guide 221 Seat 13.They three in left and right axis direction（It is also the direction of 23 moving feeding of feeding chuck assembly）Upper sequence front and rear row Row and the interfix seat 12 are located between the prelocalization seat 11 and the rear positioning seat 13 and best between them Be with compartment away from, have between them compartment away from so as to easily it is separately manufactured they so also just can be more preferable Ground reduces manufacture cost.

（2.2）The interfix seat 12, the prelocalization seat 11 and the rear positioning seat 13 are respectively provided with top positioning Horizontal plane（120、110、130）And their top position level face（120、110、130）It is mutually parallel in the horizontal direction Setting, in this way, the interfix seat 12, the prelocalization seat 11 and it is described after positioning seat 13 not only have top end face but also Its top end face is still able to the horizontal plane of positioning, in addition, the interfix seat 12, the prelocalization seat 11 and the rear positioning It is that the relationship being mutually parallel also is able to that them is made to have identical horizontal reference and positioning datum between the top level of seat 13. It is usually to choose center tip horizontal plane 120 possessed by for example described interfix seat 12 in a face on Implementation Technology Other two horizontal planes, therefore the top position level face are processed as datum level（120、110、130）, refer to be arranged on Horizontal plane on top end part, and for respectively to the feeding guide 231, discharge guide 221 and cutting collet assembly 21 Support and positioning are provided.It should be noted that due to after described positioning seat 13 be for positioning the discharge guide 221, when When not needing to go out material chuck assembly 22 described in setting, it is possible to correspondingly omit the setting of the rear positioning seat 13.

（2.3）The interfix seat 12 is substantially L-shaped and is weldingly fixed on the upper lateral girder 151, and institute Rear positioning seat 13 is stated also to be weldingly fixed on another upper lateral girder 151.The interfix seat 12 using steel-casting from And improve structural strength.The interfix seat 12 is substantially L-shaped, in this way can be in the axial direction（Left and right directions）On axial direction The cutting power head 25 on arm body is installed and the cutting collet assembly 21 is installed on the transverse arm body of horizontal direction, allows institute It states cutting collet assembly 21 and is based on same position level face 120 with the cutting power head 25.

The prelocalization seat 11 includes two in strip and the solid long rail chair that is arranged in parallel in left-right direction, every institute It states solid long rail chair to be accordingly welded on the upper lateral girder 151 of a left and right directions parallel arrangement, the upper lateral The cross section of girder 151 is substantially in hollow rectangle on the whole.Secondly the upper lateral girder of the support interfix seat 12 151 from supporting the upper lateral girder of the prelocalization seat 11 be different horizontal girders.The prelocalization seat 11 is in strip Primarily to adapt to installation will be detailed below setting the linear guide 231 in strip, also for greatly improve it is described before The structural strength of positioning seat 11 is so as to improve the operation stability of the linear guide 231.In this way, the upper lateral of different location Girder 151 becomes different positioning seat support member in the foundation location seat, and transversal due to the upper lateral girder 151 Face is substantially in hollow rectangle, and the upper lateral girder 151 at least have that there are one the planar branch with certain breadth thus Support face can provide the gentle support of large format by the supporting surface for the foundation location seat.In addition, also due on described Portion's transverse direction girder 151 has hollow rectangular cross section, that is to say, that the cross section of the upper lateral girder 151 is loop-like , such structure can make the upper lateral girder 151 have more excellent structural strength and support strength for it, so as to The impact force passed over from the foundation location seat during the work time can be offset, makes to be arranged on the foundation location seat On mechanical component, such as the feeding guide 231, discharge guide 221 and the cutting collet assembly 21 that are discussed above exist It runs more steady in the course of work, is substantially also advantageous for improving the cutting accuracy of cutting machine.

First two solid long rail chairs, the interfix seat 12 can be directly welded in processing different upper Diagonal-bracing type is installed additional on portion's transverse direction girder 151 and below these upper lateral girders 151 and erects column 154, by making annealing treatment Afterwards the top position level face 110 is reprocessed on the basis of the positioning bottom face of corner positioning iron block 38；Certainly also may be used Process the top position level face 110 on the basis of the top position level face 120, and the top position level face 120 to select the positioning bottom face of corner positioning iron block 38 be machining benchmark.

In order to rapidly collect the waste generated in process, as shown in Figure 2 and Figure 4, by the tunnel chamber 16 Upper feeding mouth 160 be arranged on the lateral location of the interfix seat 12, certain interfix seat 12 can also be straight It connects on the upper feeding mouth 160 in the tunnel chamber 16.In this way, the liquid wastes or solid-state that generate in process are given up Object can be even fallen directly into the tunnel chamber 16 with most short distance of creeping, described in collecting quickly and in large quantities Liquid wastes or solid waste, additionally it is possible to reduce the dirt of the liquid wastes or solid waste before entering in the tunnel chamber 16 Contaminate range.

Part III, be located at the prelocalization seat 11 on the linear guide mounting base 5 and mounted on the linear guide 231 structure of the linear guide in mounting base 5.

Directly support the feeding chuck assembly 23 is the linear guide, and the linear guide 231 theoretically may be used To be directly installed on the prelocalization seat 11, but the prelocalization seat 11 is first passed through after being weldingly fixed on the rack 1 Annealing is again by processing other structure features, thus if locating slot 54 the linear guide 231 Difficulty of processing can be improved by being arranged on the prelocalization seat 11, and is difficult to meet and is provided stabilization for the linear guide 231 Support.In consideration of it, present invention is alternatively directed to the linear guides 231 to propose another novel positioning and support construction, that is, pass through Installation is located on the prelocalization seat 11 the linear guide mounting base 5 indirectly.

（3.1）As shown in figure 9, the linear guide mounting base 5 is independently of the rack 1 and the prelocalization seat 11 But the support positioning seat on the prelocalization seat 11, for this purpose, the linear guide mounting base 5 has independent structure spy Sign, can independently of the rack 1, the prelocalization seat 11 and independently manufacture, separately machined, and the characteristics of according to self structure With performance requirement using manufacturing process, the manufacture material for being different from the rack 1.So the rack 1 and institute are solved State the linear guide mounting base 5 need integrally manufactured, processing caused by problem, also solving needs huge transport space, packet The problems such as package material.

As shown in Fig. 8 to Figure 12, the linear guide mounting base 5 includes integrally formed setting arm 50 and positioned at institute The lateral base arm portion 51 for erectting 50 lower part of arm is stated, in this way, the linear guide mounting base 5 can use integrally casting shaping simultaneously The technique manufacture further finished, it is simple in structure, save subsequent excessive assembling procedure.And the straight line of casting and forming Guide rail mounting base 5 have the characteristics that stable structure be unlikely to deform make the linear guide mounting base 5 have excellent structural strength, Structural stability and support strength make the linear guide 231 mounted thereon have more ideal smoothness for it, from And the final guiding and positioning accuracy for also just improving the linear guide 231.

In order to which the linear guide 231 is installed in the linear guide mounting base 5, in the setting arm 50 On be provided with locating slot 54 for positioning the linear guide 231, the locating slot 54 is along 5 axis of the linear guide mounting base To extension；The notch of the locating slot 54 is upwardly disposed to be erected including horizontal groove bottom 542 with left setting slot side 541, the left side Vertical slot side 541 is disposed with the first slot bottom threaded hole 56 in the horizontal groove bottom 542, the horizontal groove bottom 542.

Wherein, the notch of the locating slot 54 is upwardly disposed including horizontal groove bottom 542 and left setting slot side 541, this Sample, the horizontal groove bottom 542 can be as the supporting surface of the linear guide 231 and the levels of the linear guide 231 The origin reference location face in direction can give the linear guide 231 being mounted thereto in water by the horizontal groove bottom 542 Square upward support and the correction of levelness is given on the whole to have whole the linear guide 231 basically identical Levelness.And the left setting slot side 541 is the aligning datum level of the linear guide 231, by the left setting slot side Face 541 can be the linear guide 231 being mounted thereto provide the adjustment benchmark of the straightness on left and right direction so as to Make that there is basically identical straightness on whole 231 left and right direction of the linear guide.

Secondly, the left setting slot side 541 is perpendicular to the horizontal groove bottom 542, thus the left setting slot side It is orthogonal layout relationship between 541 and the horizontal groove bottom 542.When on the basis of the horizontal groove bottom 542 plus During work face, the direction of the vertical horizontal groove bottom 542, which is processed, can process the left setting slot side 541.In this way The left processing for erectting slot side 541 can be simplified, the left difficulty of processing for erectting slot side 541 is reduced and inspection is difficult Degree.

As shown in Figure 10, the lower part in the lateral base arm portion 51 also has to position the linear guide mounting base 5 Horizontal location frame bottom surface 510, the horizontal location frame bottom surface 510 are parallel to the horizontal groove bottom 542, are led when the straight line When rail mounting base 5 is installed on the top position level face 110 of the prelocalization seat 11, the horizontal location frame bottom surface 510 into For the combination positioning surface between the linear guide mounting base 5 and the prelocalization seat 11, also installed as the linear guide The origin reference location face of seat 5.Secondly as it is mutually flat between the horizontal location frame bottom surface 510 and the horizontal groove bottom 542 Capable, in this way, the horizontal location frame bottom surface 510 also becomes the processing datum of the horizontal groove bottom 542, it can be with described The horizontal groove bottom 542 is processed on the basis of horizontal location frame bottom surface 510, and corrects the levelness of the horizontal groove bottom 542.

And in order to which straightness of the linear guide 231 on left and right direction is adjusted flexibly, it needs further to described The structure of the linear guide mounting base 5 is improved, and concrete scheme as is illustrated by figs. 11 and 12, is also set up on the setting arm 50 The regulating tank 55 of positioning side crushing block 7 is useful for, the regulating tank 55 is located at the right edge of the locating slot 54 and along described The linear guide mounting base 5 is axially extending, and the notch of the regulating tank 55 is upwardly disposed including adjusting groove bottom 552 and slot right side 551, it is disposed with the second slot bottom threaded hole 57 in the adjusting groove bottom 552；The adjusting groove bottom 552 is less than the level Groove bottom 542.

（3.2）The positioning of 12 pairs of the linear guides 231 and adjustment structure are described below in conjunction with the accompanying drawings.Such as Figure 12 institutes Show, the linear guide 231 is mounted in the locating slot 54 of the linear guide mounting base 5 and the linear guide 231 Left side abuts against the left setting slot side 541 of the locating slot 54；It is provided in the linear guide 231 corresponding to described first The counter sink of slot bottom threaded hole 56, countersunk head screw 6 are connected to the first slot bottom threaded hole 56 by described in across the counter sink The linear guide 231 is fixed in the horizontal groove bottom 542 so as to fulfill upward in upper and lower to the linear guide 231 Positioning and adjusting, so as to also can just adjust 231 sections of the linear guide in the upward position of upper and lower, and then make described in entirety The linear guide 231 has consistent levelness upwards in upper and lower, and then offsets since long-time service leads to the linear guide 231 deformation.

In addition, being vacantly provided with the side crushing block 7 in the regulating tank 55, set on the side crushing block 7 There is crushing block hole, the left side 71 of the side crushing block 7 suppresses the right edge 2310 of the linear guide 231, the side On the slot right side 551 of the regulating tank 55, screw 61 is connected to 72 top pressure of right side of crushing block 7 across the crushing block hole The second slot bottom threaded hole 57 by the side crushing block 7 navigate to the linear guide 231 and the slot right side 551 it Between, so as to fulfill the adjusting to positioning of the linear guide 231 on left and right direction and straightness.

Wherein, the side crushing block 7 is vacantly provided in the regulating tank 55, for this purpose, the side crushing block 7 It is reserved between bottom end 73 and the adjusting groove bottom 552 of the regulating tank 55 and adjusts space H, be not only convenient in this way on neatly, The lower adjustment side crushing block 7 can improve the side crushing block 7 itself so as to change different regulated quantitys Amount of elasticity improves the adjusting elasticity of the side crushing block 7.

Further technical solution is that 2310 lower part of right edge of the linear guide 231 is provided with prominent side, the slot Right side 551 is inclined inclined-plane, and top pressure is distinguished on the prominent side and the inclined-plane in the both sides of the side crushing block 7. In this way, by the inclined-plane, also the side crushing block 7 is being adjusted while adjustment is mobile above and below for the side crushing block 7 Position on left and right direction, so as to adjust position of the linear guide 231 on left and right direction.

（3.3）In order to further improve the structural strength and stability of strutting system of the linear guide mounting base 5, further Technical solution is that the linear guide mounting base 5 substantially in π shapes, is consolidated including the lateral base arm portion 51 and simultaneously on the whole The left and right setting arm being connected in the lateral base arm portion 51（50、50a）, the left and right setting arm（50、50a）Upper difference It is provided with the locating slot（54、54a）And the regulating tank（55、55a）.In this way, the linear guide mounting base in π shapes 5 can install a pair of the linear guide simultaneously（231、231a）, can be the feeding chuck being slidably arranged in above it thus Assembly 23 improves stable support.In addition, the locating slot 54 and the locating slot 54a and regulating tank 55 and regulating tank 55a Similar structure is respectively provided with, or else in addition the locating slot 54a and regulating tank 55a are described thus.

Wherein, for the linear guide mounting base 5 on the whole substantially in π shapes, features described above defines the linear guide 231 moulded shape, and in practical application, when the linear guide mounting base 5 is installed to the prelocalization seat After on 11 top position level face 110, the linear guide mounting base 5 is substantially in inverted π shapes on the whole.In this way, institute It states all unifications of left and right setting arm 50 to position by the lateral base arm portion 51, so as to make the left and right setting arm The horizontal groove bottom 542 of 50 locating slot 54 is provided with unified positioning reference plane.Secondly, the linear guide mounting base 5 be substantially in the structure of π shapes on the whole, and the linear guide mounting base 5 is also made to have extraordinary structural strength and support surely It is qualitative.For this purpose, the 5 unique π shapes structure of the linear guide mounting base, can install the linear guide from planform 5 support strengths of seat and stability of strutting system are improved.

（3.4）As shown in Figure 9 and Figure 10, the both sides in the lateral base arm portion 51 are also respectively provided with bolt hole（53、 53a）, the bolt hole（53、53a）Positioned at the left and right setting arm（50、50a）Outside.In such manner, it is possible to it is convenient for handle The linear guide mounting base 5 is installed to by fastener locking on the prelocalization seat 11.Wherein, positioned at left and right described perpendicular Side between armstand portion 50 is positioned as inside, and opposite side is outside.

（3.5）As shown in Figure 9 and Figure 10, positioned at the left and right setting arm（50、50a）Between the lateral base arm Fenestrule 52 is arranged at intervals in portion 51.In this way, the setting of the fenestrule 52 can not only reduce the linear guide installation The consumable quantity of seat 5, additionally it is possible to improve the structural strength of the linear guide mounting base 5.

Part IV, be in relation on the foundation location seat cutting collet assembly 21, go out material chuck assembly 22, institute State 25 grade mounting structures of feeding chuck assembly 23 and the cutting power head.

Although from long term test data it can be found that the foundation location seat can be the feeding chuck assembly 23, cut It cuts collet assembly 21, the positioning support of material chuck assembly 22 offer level is provided, but due to foozle, rigging error and make With the influence of the factors such as loss in the process, the feeding chuck assembly 23, cutting collet assembly 21 go out material chuck assembly 22 and press from both sides The coaxial precision of the Clamping Center line of head still cannot meet the needs of modern hi-precision cutting.In consideration of it, it is cut below to described The structure of cutting mill is further improved.

（4.1）As shown in Fig. 7 and Figure 22, the cutting collet assembly 21 includes cutting folder support base 210, is arranged on institute State a pair of of cutting collet on cutting folder support base 210（211、211a）And it is arranged on the use on the cutting folder support base 210 In a pair of cutting collet of driving（211、211a）In the movement of at least side collet cutting collet driver.It is wherein described On the top position level face 120 of transverse arm body that cutting folder support base 210 is positioned directly in the interfix seat 12, and lead to It crosses the top position level face 120 and determines a pair of cutting collet（211、211a）Clamping Center line height.

Secondly, the cutting power head 25 includes cutting power supporting rack and is located on the cutting power supporting rack Driving motor, saw blade is installed on the output shaft of the driving motor.The cutting power head 25 passes through the cutting power branch Support is located on the top position level face 120 on the axial arm body of the interfix seat 12.

In addition, in order to avoid liquid wastes such as coolant or the solid waste such as iron filings four generated during the work time Place splashes, and blank protective cover 34 is additionally provided in the rack 1, and 34 the cover of blank protective cover is total in the cutting collet Into 21 and the upper outer of the cutting power head 25, in this way, the cutting collet assembly 21 and cutting power head 25 are collected In the cover chamber of the blank protective cover 34.The front side of the blank protective cover 34 is provided with the operation door 35 of reversible, Be provided on the right side of the blank protective cover 34 discharging window 340, and it is described go out material chuck assembly 22 can pass through the discharging Window 340 transfers out the section bar for completing cutting work.It in this way, can be being generated in process by the blank protective cover 34 Waste is concentrated in the cover chamber of the blank protective cover 34.

（4.2）As shown in Fig. 7, Fig. 8 and Figure 15 to Figure 19, the feeding clamp assembly 23 includes feed clamp support base 4, sets It puts a pair of of feeding chuck 230 on the feed clamp support base 4 and is arranged on the feed clamp support base 4 and be used to drive The feeding chuck driver of at least side collet movement in a pair of feeding chuck 230, the feed clamp support base 4 pass through Fastener is locked on sliding bearing 232, and the feeding clamp assembly 23 is slidably arranged in described by the feed clamp support base 4 On feeding guide 231 in rack 1 and drive connection block 233 is connected, the output shaft 234 of peripheral driver is connected to the transmission It walks up and down on link block 233 so as to drag the feeding clamp assembly 23.

The structure of the above-mentioned disclosed feeding clamp assembly 23 is a kind of traditional mounting structure, a pair of feed clamp First 230 Clamping Center line cannot be adjusted neatly, so as to when a pair of cutting collet（221,221a）Clamping Center line The Clamping Center line of a pair of feeding chuck 230 can not be adjusted when changing in time and makes their Clamping Center line weight It is folded.The present invention is further improved to be also equipped with feed clamp transition installing plate in the lower section of the feed clamp support base 4 thus 91, the sliding bearing 232 and the drive connection block 233 are arranged on the lower part of the feed clamp transition installing plate 91, in this way The output shaft 234 of peripheral driver passes through the institute that drags the drive connection block 233 and be connected on the drive connection block 233 It states feeding clamp assembly 23 and realizes that the feeding clamp assembly 23 is walked up and down.Further improvement project is to further include to be arranged on institute State feed level adjuster 81 between feed clamp support base 4 and the feed clamp transition installing plate 91, the feed level adjustment Device 81 can adjust the feed clamp support base 4 in the upward height of upper and lower and lock the height of the feed clamp support base 4 Position.

The structure of the feed level adjuster 81 is simply introduced below by attached drawing 19, as shown in figure 19, is shown in figure The decomposition texture schematic diagram of the feed level adjuster 81 is shown.The feed level adjuster 81 includes the institute that is screwed on and passes through State feed clamp transition installing plate 91 and then being capable of feeding Threaded adjusting members of the top pressure on the bottom surface of the feed clamp support base 4 812 and the feeding lock nut 811 that is screwed on the feeding Threaded adjusting members 812, it further includes and passes freely through the feed clamp The feeding locking bolt 813 being screwed in after transition installing plate 91 on the feed clamp support base 4, the feeding locking bolt 813 The feed clamp transition installing plate 91 is locked with the feed clamp support base 4.

Wherein, the feeding Threaded adjusting members 812 are screwed on and pass through the feed clamp transition installing plate 91 and then can push up It is pressed on the bottom surface of the feed clamp support base 4, features described above defines the feeding Threaded adjusting members 812 and the feed clamp Connection relation between transition installing plate 91, feed clamp support base 4, the feeding Threaded adjusting members 812 and the feed clamp mistake It is relationship that screw thread is screwed on to cross between installing plate 91, and between the feeding Threaded adjusting members 812 and the feed clamp support base 4 It is the relationship of upper top support from the bottom up, the bottom surface of the feed clamp support base 4 is withstood on the feeding Threaded adjusting members 812 On.When borrow tool twists the feeding Threaded adjusting members 812, the feeding Threaded adjusting members 812 by itself with it is described The support that the relationship and the feed clamp transition installing plate 91 that screw thread between feed clamp transition installing plate 91 is screwed on are given is made It is moved up under in upper and lower.And the process top pressure institute moved up in the feeding Threaded adjusting members 812 in upper and lower The bottom surface of feed clamp support base 4 is stated, so as to adjust the height and position of the feed clamp support base 4.When the completion feed clamp branch After the height adjustment for supportting seat 4, borrow tool is tightened in the feeding lock nut 811 on the feeding Threaded adjusting members 812 So as to prevent the feeding Threaded adjusting members 812 from loosening, and then the height and position of the fixed feed clamp support base 4.

Wherein, the feeding locking bolt 813 is screwed in described send after passing freely through the feed clamp transition installing plate 91 On feed collet support base 4, features described above defines the feeding locking bolt 813 and feed clamp transition installing plate 91, the feeding Press from both sides the connection relation between support base 4.It is freely between the feeding locking bolt 813 and the feed clamp transition installing plate 91 The relationship worn, that is to say, that pass through and be detached from the mistake of the feed clamp transition installing plate 91 in the feeding locking bolt 813 During Cheng Zhong and the feeding locking bolt 813 move up and down on the feed clamp transition installing plate 91, institute State the relationship that apparent active force is not present between feeding locking bolt 813 and the feed clamp transition installing plate 91, at least institute The feeding locking bolt 813 can't be hindered in the upward movement of upper and lower by stating feed clamp transition installing plate 91.In addition, institute It is relationship that screw thread is screwed on to state between feeding locking bolt 813 and the feed clamp support base 4, passes through the feeding locking bolt 813 are locked the feed clamp transition installing plate 91 with the feed clamp support base 4.

When needing to adjust the height of the feed clamp support base 4, the feeding lock nut 811 and described is first unclamped Feeding locking bolt 813 after unclamping the feeding locking bolt 813, that is, relieves the feed clamp transition installing plate 91 and institute The locking between feed clamp support base 4 is stated, twisting the feeding Threaded adjusting members 812 by tool at this time can adjust described send The height of feed collet support base 4.And due to being freely between the feeding locking bolt 813 and the feed clamp transition installing plate 91 Interspersed relationship, the feeding locking bolt 813 can be on the feed clamp transition installing plate 91 with the feed clamp thus The movement that support base 4 is moved without hindering the feed clamp support base 4.

And in order to which the feeding locking bolt 813 is enable to pass freely through the feed clamp transition installing plate 91, further Technical solution be provided in the axial centre of the feeding Threaded adjusting members 812 feeding adjustment unthreaded hole 8121, it is described to send Material locking bolt 813 passes through feeding adjustment unthreaded hole 8121 to be locked on the feed clamp support base 4.Wherein, the feeding It is not threaded through-hole to adjust unthreaded hole 8121, thus the feeding locking bolt 813 and the feeding Threaded adjusting members 812 it Between also just be not present threaded connection relation.Certainly, the feeding adjustment unthreaded hole 8121 can also be arranged on the feed clamp transition On installing plate 91.

Substantially, the feed level adjuster 81 and the feed clamp transition installing plate 91, the feed clamp support base 4 Between can also use another connection mode so as to form second of Adjusted Option, second of Adjusted Option and Figure 24 institutes The Adjusted Option shown is similar, omits attached drawing thus.In above-mentioned second of Adjusted Option, need to the feed clamp branch shown in Figure 18 The structure of support seat 4 is slightly changed, and horizontal-extending wall is set in the bottom of the feed clamp support base 4.The feeding screw thread tune One integral piece 812 be screwed on from top to bottom and across the feed clamp support base 4 horizontal-extending wall so that can top pressure in the feeding On the top end face for pressing from both sides transition installing plate 91, the feeding lock nut 811 be tightened on the feeding Threaded adjusting members 812 so as to Prevent the feeding Threaded adjusting members 812 from loosening, and then the height and position of the fixed feed clamp support base 4.And the feeding Locking bolt 813 is screwed in the feed clamp transition installing plate after passing freely through the horizontal-extending wall of the feed clamp support base 4 On 91.And in order to which the feeding locking bolt 813 is enable to pass freely through the feed clamp support base 4, further described Feeding adjustment light is provided on the horizontal-extending wall of the axial centre of feeding Threaded adjusting members 812 or the feed clamp support base 4 Hole 8121, the feeding locking bolt 813 pass through feeding adjustment unthreaded hole 8121 to be locked to the feed clamp transition installing plate On 91.

(4.3) in addition, the feed clamp support base 4 can also realize transverse shakiness（The transverse direction is the vertical feeding The direction of the Clamping Center line of folder）.As shown in Figure 15 and Figure 16, the feed clamp support base 4 includes sliding bottom 41 and shakes The dynamic shaking seat 40 for being arranged on 41 top of sliding bottom, the lower section of the sliding bottom 41 set the feed clamp transition peace Loading board 91 and the feed level adjuster 81.In this way, it is to overlap above and below between the sliding bottom 41 and the shaking seat 40 The installation relation of setting fully can reduce the feed clamp support base 4 using the vertical space of the feed clamp support base 4 In the horizontal direction occupy space.Secondly, in upper and lower, the projected area for shaking seat 40 is more than the slip bottom upwards The projected area of seat 41.Viewed from above in this way, the shaking seat 40 has been completely covered by the sliding bottom 41, described so as to make Sliding bottom 41 is collected in completely in the space of the underface for shaking seat 40, and the shaking seat 40 can block work thus The waste for coming and dropping into 40 region of the shaking seat is sputtered in the process, is splashed to so as to which the waste be reduced or avoided On the sliding bottom 41, in this way, the seat 40 that shakes becomes the protection that the waste can be blocked for the sliding bottom 41 Umbrella.In addition, the seat 40 that shakes can install more functions simultaneously with the bearing area than 41 bigger of sliding bottom Property component, such as the feed clamp 230 and its sensor etc..

As shown in figure 16, the sliding bottom 41 has the accepting regions 410 of upper and lower opening, in the accepting regions 410 In be horizontally disposed with and have sliding axle 42, the sliding sleeve part 46 being slidably arranged on the sliding axle 42 and can allow the sliding sleeve part 46 The resetting spring 45 resetted is shaken, the shaking seat 40 is connected on the sliding sleeve part 46, and the sliding axle 42 is connected in described On sliding bottom 41.

Wherein, the sliding bottom 41 has opening up accepting regions 410, defines the accepting regions 410 and has There is opening up opening portion, the opening portion is also just towards the shaking seat 40, when shaking seat 40 lid is enclosed in the receipts It receives behind the opening portion in region 410, the accepting regions 410 form the region of an opposing seal, are used not only for collection institute It states sliding axle 42, the sliding sleeve part 46 and described resetting spring 45 etc. and shakes functional component, additionally it is possible to as above-mentioned shaking The protectiveness shell of functional component prevents the liquid generated in the course of work from giving up such as coolant or solid waste such as scrap iron from splashing The viscous sliding axle 42, the sliding sleeve part 46 and described resetting spring 45 etc. of bonding to shakes on functional component and they is made Into damage.In this way, the sliding bottom 41 not only has the function of sliding support, also there is receiving.In addition, the slip bottom The structure of seat 41 is very simple, and the rollings such as sliding axle 42, the sliding sleeve part 46 and described resetting spring 45 being collected in it Standard component may be used without special in dynamic functional component, reduces manufacture cost, and the installation between them thus Also it is very convenient, so as to also simplify the structure of the entire feed clamp support base 4.

Wherein, the sliding sleeve part 46 that is slidably arranged on the sliding axle 42 and the sliding sleeve part 46 can be allowed to shake reset Resetting spring 45, features described above defines the mounting means of the sliding sleeve part 46, and the sliding sleeve part 46 is to be slidably arranged in cunning It is moved left and right on moving axis 42 so as to lateral by the guiding of the sliding axle 42；Secondly, the reset bullet is also defined The function of spring 45, the resetting spring 45 can allow the sliding sleeve part 46 along 42 extending direction of sliding axle back and forth shake and most The sliding sleeve part 46 is driven to revert to master reference position eventually.And in practical application, it can be set on the sliding axle 42 A resetting spring 45 is put, the both ends of the resetting spring 45 are respectively fixedly connected in the sliding sleeve part 46 and the slip On the frame of the accepting regions of pedestal 41.Or it is respectively installed with the reset on two ends of the sliding axle 46 Spring（45、45a）, the resetting spring（45、45a）It is limited at the storage area of the sliding sleeve part 46 and the sliding bottom 41 Between the frame in domain.

Wherein, the shaking seat 40 is connected on the sliding sleeve part 46, for this purpose, the sliding sleeve part 46 and the shaking seat 40 With consistent mobile route.When workpiece occurs mismachining tolerance occur on micro-deformation or geomery and the workpiece is made to exist When being collided in transmission process on the gripper jaw of the cutting folder, the workpiece will act the power traction shaking seat 40 and move Dynamic to be biased to side, at the same time, the shaking seat 40 can also drive the movement of sliding sleeve part 46 biasing so as to squeeze or stretch The resetting spring 45 then makes the resetting spring 45 drive the sliding sleeve part 46 during reinstatement to phase negative side To movement, so cycle makes the shaking seat 40 form the round-trip micro shaking in left and right in a lateral direction, and then pass through shaking Motion mode and shake the axis direction that the micro vibration that generates in the process adjusts the workpiece, so as to enable workpiece suitable It freely enters between a pair of of gripper jaw of the feed clamp.

And in order to further improve stability of the shaking seat 40 during shaking, further technical solution It is as shown in figure 15, another sliding axle arranged in parallel with the sliding axle 42 to be added in the accepting regions 410, below A pair of sliding axle is respectively designated as the first sliding axle 42 and the second sliding axle 42a, the two of the second sliding axle 42a The resetting spring is equally respectively installed on a end（45、45a）.In addition one and 46 parallel of sliding sleeve part are also set up The sliding sleeve part 46a of row.Wherein, the sliding sleeve part（46、46a）It is set on first sliding axle 42 respectively in its both ends of strip On the second sliding axle 42a.The resetting spring 45 is limited at the storage area of the sliding sleeve part 46 and the sliding bottom 41 Between the frame in domain, the resetting spring 45a is limited at the sliding sleeve part 46a and the accepting regions of the sliding bottom 41 Between frame.In this way, a pair of sliding axle（42、42a）With a pair of sliding sleeve part（46、46a）Being built into one is substantially in The supporting rack of rectangle is provided for the shaking seat 40 and is more stably supported.

Further technical solution is, as shown in figure 8, the upper surface for shaking seat 40 is provided with the dovetail groove of positioning 401.In this way, can easily install a pair of feed clamp 230 by the dovetail groove 401, and it can easily adjust one To the position of the feed clamp 230.Certainly other functional components can be equally installed by the dovetail groove 401.

Further technical solution is, as shown in figure 16, the accepting regions 410 of the sliding bottom 41 in pit shape so as to It is the not open structure in lower part with bottom wall body 411, leakage object hole 412 is provided on the bottom wall body 411.Work as entrance in this way Can the accepting regions 410 be discharged by the leakage object hole 412 to the waste in the sliding bottom 41, so as to anti- Only waste is accumulated in the accepting regions 410 and influence the components such as the sliding axle 42, sliding sleeve part 46 and resetting spring 45 Running and service life.

Further technical solution is that as shown in figure 16, the bottom surface for shaking seat 40 is recessed so as to recessed Region 400 is fallen into, the sunk area 400 is located at the top of the accepting regions 410, and the projection of the sunk area 400 Area is more than the projected area of the accepting regions 410.In this way, the sunk area 400 can expand the sliding bottom 41 With the receiving space between the shaking seat 40.Further, the top of the sliding bottom 41 extend into the sunk area In 400, it is reserved between the top of the sliding bottom 41 and the peripheral wall of the sunk area 400 and allows the shaking seat 40 can The gap L of shaking.

Wherein, the top of the sliding bottom 41 is extend into the sunk area 400, in this way, the sliding bottom 41 Upper surface 413 higher than 40 bottom surface of shaking seat outside the sunk area 400, splash to thus on the shaking seat 40 And the waste liquid for crawling into the bottom surface for shaking seat 40 can not creep and cross the upper table of the sliding bottom 41 along eminence In face 413 and then the entrance sliding bottom 41.The top of the sliding bottom 41 is extend into the sunk area 400 thus Structure become the sliding bottom 41 and it is described shake seat 40 between sealing structure.

Wherein, it is reserved between the top of the sliding bottom 41 and the peripheral wall of the sunk area 400 and allows the shaking The gap L that seat 40 can shake, in this way, the setting of the sunk area 400 is not limiting upon the shaking seat 40 in reasonable model Enclose interior shaking.

In order to further adjust section bar, a pair of of guiding wheel assembly 39 is additionally provided on the shaking seat 40, it is each pair of described It is oriented to the guiding wheeling supporting frame 391, Yi Duisuo that wheel assembly 39 respectively includes guide roller 390 and the support guide roller 390 Guiding wheel assembly 39 is stated before a pair of feeding chuck 23 and a pair of guide roller 390 is arranged in V-shape, One guide roller 390 forms a side of V words, and the section bar for entering a pair feed clamp 230 in this way can be by means of A pair of guiding wheel assembly 39 arranges in advance.

By above-mentioned shaking adjustment mechanism, a pair of feed clamp 230 can adaptively be adjusted flexibly in horizontal direction Position, so as in process of production randomly adaptation various modifications section bar and front and rear appearance holding error.

It can not only be realized by above-mentioned structure and a pair of feed clamp 230 is adjusted in the position of horizontal direction, also It can realize and the position of a pair of feed clamp 230 in above-below direction is adjusted.

（4.4）As shown in Fig. 2 and Figure 22, poly- feed collet assembly 24 is additionally provided in the front position of the rack 1, it is described poly- Material chuck assembly 24 includes through a pair of of support feet（242、242a）Poly- feed collet support base in indirect addressing to the rack 1 240th, the poly- material chuck of a pair being arranged on the poly- feed collet support base 240（241、241a）And it is arranged on the poly- feed collet support It is used to drive a pair of poly- material chuck on seat 240（241、241a）In the movement of at least side collet the driving of poly- material chuck Device.

In order to adjust the poly- material chuck（241、241a）Clamping Center line upper-lower position, in the poly- feed collet The lower section of support base 240 is provided with the poly- feed collet transition installing plate 92, and the poly- material chuck assembly 24 passes through the poly- feed collet Transition installing plate 92 navigates to a pair of support feet（242、242a）On, gather in the poly- feed collet transition installing plate 92 with described Poly- material height arm control 82 is provided between feed collet support base 240, the poly- material height arm control 82 can adjust the poly- material Support base 240 is pressed from both sides in the upward height of upper and lower and locks the height and position of the poly- feed collet support base 240.In this way, by institute Poly- material height arm control 82 is stated to adjust poly- 240 height and position of feed collet support base and then adjust the poly- material chuck（241、 241a）Clamping Center line position makes the poly- material chuck（241、241a）With the feeding chuck（230、230a）Clamping in Heart line has higher coaxial precision.And adjustment structure and adjustment operating process and institute as the poly- material height arm control 82 It is similar to state feed level adjuster 81, is not repeated to discuss thus.

（4.5）As shown in figure 22, it is described go out material chuck assembly 22 include the discharging being slidably arranged on discharge guide 221 Folder support base 222, be arranged on it is described go out feed collet support base 222 on a pair go out material chuck（223、223a）And go out described in being arranged on Go out material chuck described in a pair on feed collet support base 222 for driving（223、223a）In the movement of at least side collet discharging Collet driver.Go out material chuck described in a pair in order to adjust（223、223a）The position of Clamping Center line, in above-mentioned technology The discharging clamp assembly tunable arrangement is added on the basis of scheme, the discharging clamp assembly tunable arrangement includes discharge guide rear end Adjuster and discharge guide front-end regulator.

24 first end adjuster after the discharge guide is described below in conjunction with the accompanying drawings.As shown in figure 24, the discharging is led End adjuster includes the rear positioning seat 13, goes out feed collet transition installing plate 93 above positioning seat 13 in the rear after rail, And be arranged on it is described go out feed collet transition installing plate 93 and it is described after rear height arm control 83 between positioning seat 13, the discharging The rear end 221b connections of guide rail 221 go out described in being located on feed collet transition installing plate 93；Height arm control 83 can be adjusted after described Go out feed collet transition installing plate 93 described in whole in the height for going out feed collet transition installing plate 93 described in the upward height of upper and lower and locking Position.Wherein, the adjustment structure of height arm control 83 and adjustment operating process be and the feed level adjuster 81 after described Similar, it is not repeated to discuss thus.

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

25 pairs of discharge guide front-end regulators are described below in conjunction with the accompanying drawings.As shown in figure 25, the discharge guide Front-end regulator includes guide rail front end positioning base 94, the guide rail front support above guide rail front end positioning base 94 Seat 95 and the preceding height arm control being arranged between guide rail front end positioning base 94 and the guide rail front support seat 95 84, the front end 221a connections of the discharge guide are located on the guide rail front support seat 95；The preceding height arm control 84 The guide rail front support seat 95 can be adjusted in the upward height of upper and lower and lock the height of the guide rail front support seat 95 Spend position.

Wherein, guide rail front end positioning base 94 can be by the stationary positioned directly by way of welding or fastener connection In the rack or using the scheme shown in Figure 22, guide rail front end positioning base 94 is consolidated by fixing screws 88 It is scheduled on the interfix seat 12 to be connected in indirectly in the rack.Which kind of, no matter using mode, going out described in adjustment During expecting 221 height of guide rail, guide rail front end positioning base 94 is that movement does not occur for fixation.

Wherein, the adjustment structure of similar feed level adjuster 81 may be used in the preceding height arm control 84, but examines Consider installation space and the convenience of adjustment, the preceding height arm control 84 preferably uses following scheme：Such as Figure 22, Figure 23 Shown in Figure 25, strip hole 950 of the upper and lower to extension is provided on the guide rail front support seat 95.Height before described Adjuster 84 include be screwed on and across guide rail front end positioning base 94 so that can top pressure in the guide rail front support seat Preceding thread adjustment part 841 on 95 bottom surface, the preceding lock nut 842 being screwed on the preceding thread adjustment part 841, further include Pass freely through the preceding locking bolt 843 of the strip hole 950.The preceding locking bolt 843 passes through the guide rail front support seat 95 are locked on the interfix seat 12, and the preceding locking bolt 843 is by the guide rail front support seat 95 and interfix Seat 12 is locked.

In this way, guide rail front end positioning base 94 and guide rail front support seat 95 are all by the interfix seat 12 It is positioned, in the case of using this positioning method, 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 the support of their strong fixs so as to which them be made not incline It turns over.The guide rail front end positioning base 94 and guide rail front support seat 95 of platy structure can not only reduce consumptive material, simplify institute State the structure of discharging clamp assembly tunable arrangement, additionally it is possible to the end adjuster after the discharge guide front-end regulator and discharge guide More adjustment spaces are vacateed, the discharge guide front-end regulator or discharging can be easily adjusted using the adjustment space End adjuster after guide rail.

In conclusion discharge guide 221 described in corrdinated adjustment is carried out in the front-end and back-end by adjusting the discharge guide Whole height position.In this way, the discharge guide 221 substantially only needs to support, and pass through two by two supporting points A supporting point adjusts the whole height position of the discharge guide, so as to reducing the supporting surface of the discharge guide Product, also just reduces difficulty of processing and processing cost.

And go out material chuck described in a pair in order to adjust（223、223a）The position of Clamping Center line, actually can be with One of following two schemes of optimum selecting：

The first Adjusted Option：The Adjusted Option be mainly by adjusting it is described go out feed collet support base 222 height and position It realizes, it is specific as follows：

It is described go out feed collet support base 222 lower section be additionally provided with out feed collet transition installing plate（It is not drawn into figure, it is specific to tie Structure can refer to feed clamp transition installing plate 91）, it is described go out feed collet transition installing plate be slidably arranged in the discharge guide 221 On；It is described go out feed collet transition installing plate and it is described go out feed collet support base 222 between be provided with discharge height adjuster, it is described go out Material height arm control can adjust it is described go out feed collet support base 222 going out feed collet branch described in the upward height of upper and lower and locking Support the height and position of seat 222.Wherein, the discharge height adjuster has the function of similar with the feed level adjuster 81 And structure, it is not repeated to discuss thus.In this way, by the discharge height adjuster realize to it is described go out feed collet support base 222 in the upward height adjustment of upper and lower and the locking of height and position.

Second of Adjusted Option（Concrete structure is similar with the adjustment structure of feeding chuck assembly, and specific structure can With reference to figure 19, to omit the attached drawing of this kind of Adjusted Option thus）：The Adjusted Option is mainly by adjusting the discharge guide seat 224 height and position realizes, certainly while the height and position for adjusting the discharge guide seat 224 also described in Indirect method Go out the position of feed collet support base 222.Concrete scheme is as follows：

221 integral installation of discharge guide is located on the discharge guide seat.In the lower section of the discharge guide seat Be additionally provided with out feed collet transition installing plate, the discharge guide seat by it is described go out the positioning of feed collet transition installing plate it is fixed in the rear On the seat of position, go out to be provided with discharge height adjuster, the discharging between feed collet transition installing plate and the rear positioning seat described Height arm control can adjust it is described go out feed collet transition installing plate going out feed collet transition described in the upward height of upper and lower and locking The height and position of installing plate.

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

Wherein, the discharge height adjuster has the function of similar and structure with the feed level adjuster 81, It is not repeated to discuss thus.In this way, it is realized by the discharge height adjuster upward in upper and lower to the discharge guide seat Height adjustment and the locking of height and position, and then the discharge guide seat can be passed through to adjust the discharge guide whole Highly.

Part V is in relation to the mounting structure positioned at the organ type protective cover, as shown in Fig. 1, Figure 13, mainly has Close the organ type protective cover（36、361）Structure diagram.

In order to avoid the liquid wastes such as coolant or solid waste that generate during the work time splash, it is described to stick in The precision and service life of equipment are influenced on the key mechanisms part such as feeding guide 231, as shown in Figure 1 and Figure 7, in the poly- material It is installed respectively between clamp assembly 24 and the feeding chuck assembly 23, the feeding chuck assembly 23 and the cutting power head 25 There is telescopic organ type protective cover（36、361）, the organ type protective cover（36、361）The linear guide mounting base 5, The 231 grade components of the linear guide accommodate therein.

As for the organ type protective cover（36、361）Installation, may refer to Figure 13 and Figure 14, the organ type protection The rear end of cover 36 is provided with briquetting 37, and for the briquetting 37 substantially in doorframe shape, screw passes through the screw hole of the briquetting 37 setting The rear end of the organ type protective cover 36 is compressed and is locked on the poly- feed collet assembly 24.And the organ type protective cover 36 Front end and the organ type protective cover 361 are equally positioned by the way of the above-mentioned compression locking by the briquetting, This is not repeated to discuss.Such mounting structure is not only installed simply, but also dismounting also facilitates, convenient for the organ type protective cover （36、361）Replacement, repair.

Claims

1. discharge clamp assembly tunable arrangement, including going out material chuck assembly, it is described go out material chuck assembly include discharge guide, slide Be arranged on discharge guide go out feed collet support base, be arranged on it is described go out feed collet support base on a pair go out material chuck and be arranged on It is described go out feed collet support base on go out material chuck drive for drive the movement of at least side gone out described in a pair in material chuck collet Dynamic device；It is characterized in that：Discharge guide front-end regulator is further included, the discharge guide front-end regulator is determined including guide rail front end It position pedestal, the guide rail front support seat above the positioning base of the guide rail front end and is arranged on the guide rail front end and determines Preceding height arm control between position pedestal and the guide rail front support seat, the front end connection of the discharge guide are located in described On guide rail front support seat；The preceding height arm control can adjust the guide rail front support seat in the upward height of upper and lower Spend and lock the height and position of the guide rail front support seat；End adjuster after discharge guide is further included, after the discharge guide End adjuster include rear positioning seat, after described above positioning seat go out feed collet transition installing plate and be arranged on it is described go out Rear height arm control between feed collet transition installing plate and the rear positioning seat, the rear end connection of the discharge guide are located in institute It states out on feed collet transition installing plate；After described height arm control include being screwed on and across positioning seat after described so that can top pressure exist It is described go out feed collet transition installing plate bottom face on rear thread adjustment part and the rear lock that is screwed on the rear thread adjustment part Determine nut, further include pass freely through it is described after be screwed in after positioning seat it is described go out feed collet transition installing plate on rear locking bolt, The rear thread adjustment part goes out feed collet transition installing plate in the upward height of upper and lower described in can adjusting；Locking spiral shell after described Bolt can by it is described go out feed collet transition installing plate with it is described after positioning seat locked.

2. it is according to claim 1 discharging clamp assembly tunable arrangement, which is characterized in that it is described go out feed collet transition installing plate On be additionally provided with discharge guide seat, the rear end connection of the discharge guide be located on the discharge guide seat and pass through it is described go out Material track base goes out described in being located on feed collet transition installing plate.

3. discharging clamp assembly tunable arrangement according to claim 1, which is characterized in that the axis of Threaded adjusting members in the rear Unthreaded hole is adjusted after being provided on center or the rear positioning seat, the rear locking bolt passes through the rear adjustment unthreaded hole to be locked to It is described go out feed collet transition installing plate on.

4. discharging clamp assembly tunable arrangement according to any one of claims 1 to 3, which is characterized in that further include and be arranged on The interfix seat in the front of guide rail front end positioning base；Upper and lower directions extension is provided on the guide rail front support seat Strip hole；The preceding height arm control include be screwed on and across guide rail front end positioning base so that can top pressure described Preceding thread adjustment part on the bottom face of guide rail front support seat, the preceding lock nut being screwed on the preceding thread adjustment part, The preceding locking bolt being screwed in after further including across the strip hole on the interfix seat.

5. discharge clamp assembly tunable arrangement, including going out material chuck assembly, it is described go out material chuck assembly include discharge guide, slide Be arranged on discharge guide go out feed collet support base, be arranged on it is described go out feed collet support base on a pair go out material chuck and be arranged on It is described go out feed collet support base on go out material chuck drive for drive the movement of at least side gone out described in a pair in material chuck collet Dynamic device；It is characterized in that：Discharge guide front-end regulator is further included, the discharge guide front-end regulator is determined including guide rail front end It position pedestal, the guide rail front support seat above the positioning base of the guide rail front end and is arranged on the guide rail front end and determines Preceding height arm control between position pedestal and the guide rail front support seat, the front end connection of the discharge guide are located in described On guide rail front support seat；The preceding height arm control can adjust the guide rail front support seat in the upward height of upper and lower Spend and lock the height and position of the guide rail front support seat；End adjuster after discharge guide is further included, after the discharge guide End adjuster include rear positioning seat, after described above positioning seat go out feed collet transition installing plate and be arranged on it is described go out Rear height arm control between feed collet transition installing plate and the rear positioning seat, the rear end connection of the discharge guide are located in institute It states out on feed collet transition installing plate；Height arm control is including being screwed on and going out described in feed collet transition installing plate and then energy after described Enough top pressures the rear thread adjustment part on the top end face of positioning seat and the rear lock being screwed on the rear thread adjustment part in the rear Determine nut, further include the rear locking bolt for going out described in passing freely through and being screwed on positioning seat in the rear after feed collet transition installing plate, The rear thread adjustment part goes out feed collet transition installing plate in the upward height of upper and lower described in can adjusting；Locking spiral shell after described Bolt can by it is described go out feed collet transition installing plate with it is described after positioning seat locked.

6. it is according to claim 5 discharging clamp assembly tunable arrangement, which is characterized in that it is described go out feed collet transition installing plate On be additionally provided with discharge guide seat, the rear end connection of the discharge guide be located on the discharge guide seat and pass through it is described go out Material track base goes out described in being located on feed collet transition installing plate.

7. discharging clamp assembly tunable arrangement according to claim 5, which is characterized in that the axis of Threaded adjusting members in the rear To center or it is described go out feed collet transition installing plate on be provided with after adjust unthreaded hole, it is described after locking bolt pass through it is described after adjustment light Hole is locked on the rear positioning seat.

8. according to claim 5 to 7 any one of them discharging clamp assembly tunable arrangement, which is characterized in that further include and be arranged on The interfix seat in the front of guide rail front end positioning base；Upper and lower directions extension is provided on the guide rail front support seat Strip hole；The preceding height arm control include be screwed on and across guide rail front end positioning base so that can top pressure described Preceding thread adjustment part on the bottom face of guide rail front support seat, the preceding lock nut being screwed on the preceding thread adjustment part, The preceding locking bolt being screwed in after further including across the strip hole on the interfix seat.

9. discharge clamp assembly tunable arrangement, including going out material chuck assembly, it is described go out material chuck assembly include discharge guide, slide Be arranged on discharge guide go out feed collet support base, be arranged on it is described go out feed collet support base on a pair go out material chuck and be arranged on It is described go out feed collet support base on go out material chuck drive for drive the movement of at least side gone out described in a pair in material chuck collet Dynamic device；It is characterized in that：Discharge guide front-end regulator is further included, the discharge guide front-end regulator is determined including guide rail front end It position pedestal, the guide rail front support seat above the positioning base of the guide rail front end and is arranged on the guide rail front end and determines Preceding height arm control between position pedestal and the guide rail front support seat, the front end connection of the discharge guide are located in described On guide rail front support seat, interfix seat is provided in front of the positioning base of the guide rail front end, in the guide rail front end The strip hole of upper and lower directions extension is provided on support base；The preceding height arm control includes the guide rail front end that is screwed on and passes through Positioning base so can preceding thread adjustment part of the top pressure on the bottom face of the guide rail front support seat, be screwed in it is described before Preceding lock nut on Threaded adjusting members, the preceding locking being screwed in after further including across the strip hole on the interfix seat Bolt, the preceding thread adjustment part can adjust the guide rail front support seat in the upward height of upper and lower, the preceding locking Bolt can lock the height and position of the guide rail front support seat；End adjuster after discharge guide is further included, the discharging is led End adjuster includes rear positioning seat, the going out feed collet transition installing plate and be arranged on institute above positioning seat after described after rail State out the rear height arm control between feed collet transition installing plate and the rear positioning seat, the rear end connection positioning of the discharge guide It is described go out feed collet transition installing plate on；The rear height arm control goes out feed collet transition installing plate upper and lower described in can adjusting Go out the height and position of feed collet transition installing plate described in height and locking on direction.

10. the cutting machine of application claim 1 to 9 any one of them discharging clamp assembly tunable arrangement, which is characterized in that including Rack, the cutting collet assembly being arranged in the rack, be arranged on the cutting collet assembly rear it is described go out feed collet Assembly tunable arrangement；The rear positioning seat and the front and rear arrangement of guide rail front end positioning base of the discharging clamp assembly tunable arrangement simultaneously position On the back-end location of the rack.

11. cutting machine according to claim 10, which is characterized in that the interfix of the discharging clamp assembly tunable arrangement Seat is connected in the rack, and guide rail front end positioning base, which is arranged on the interfix seat and passes through the centre, to be determined Position seat is located in rack.

12. cutting machine according to claim 11, which is characterized in that the interfix seat tool has top position level Face, the cutting collet assembly are located on the interfix seat.