CN207857956U - The double end saw cutting device of aluminium section bar production line - Google Patents

Abstract

The utility model is related to a kind of double end saw cutting devices of aluminium section bar production line, including rack（1）And rack（1）Upper two sawing units at a distance of setting（2）, it is characterised in that：Further include two turnable base board units（3）, two turnable base board units（3）With two sawing units（2）It corresponds, base board unit may be reversed（3）Including a substrate（31）, the substrate（31）Opposite rack（1）Setting, substrate are rotated on the vertical plane perpendicular to horizontal plane（31）Upper effect has overturning drive device（32）, the overturning drive device（32）Drive substrate（31）Overturning, makes substrate（31）With support working condition and the chip removal state downwardly turned over；Work as substrate（31）Substrate when being in support working condition（31）It is used to support proximate matter（5）, and work as substrate（31）When being in chip removal state, substrate（31）Under turn over chip removal, it is simple and reliable for structure and reduce cost.

Description

The double end saw cutting device of aluminium section bar production line

Technical field

The utility model is related to automatic assembly equipments, and in particular to a kind of double end saw cutting device of aluminium section bar production line.

Background technology

For industrial aluminum profile（Such as the shape of peripheral frame of photovoltaic module）, it is typically now to be added with general Machining centers Work needs hand fit to operate, and has not only consumed manpower but also production efficiency is not high.Dedicated aluminium section bar is specially developed so having later Process line, by taking the assembly line for producing sectional material for photovoltaic-assemblframe frame as an example, the process being basically completed is first to be sawed into proximate matter Then required length carries out the processing such as drill to proximate matter, then complete the operation for filling in corner brace, be finally assembled into frame shape again. Sawing is the process of necessary most crux in above-mentioned operation, therefore the design of the saw cutting device in assembly line is extremely important.

Existing representative saw cutting device, reference can be made to Authorization Notice No. is the patent of invention of CN103722236A, it is public Opened a kind of more cast-cutting saws of digital-control two-head, the cast-cutting saw include electrical control cabinet, lathe bed, gland, slip-on head, operation console, Cradle and manual compression feed mechanism, are all provided with sawing module in gland and on slip-on head, proximate matter is passed by level when sawing It send to sawing is carried out on a fixed work top, proximate matter is taken away from top after sawing is complete.There are following for above-mentioned existing cast-cutting saw Defect：

1, chip removal is inconvenient, and the metal cutting scraps that when sawing generates can be deposited on work top, need manual cleaning even Continuous work could be realized by configuring special chip removal device；

2, discharging is inconvenient, and above-mentioned prior art saw cutting head after sawing is good, which needs to reset to avoid, to be opened, then with special discharging Manipulator takes the good proximate matter of sawing away from top, keeps the structure of complete machine more complicated using unloading manipulator, also control difficulty is made to increase Add, also increases cost.

Invention content

The utility model aim is to provide a kind of double end saw cutting device of aluminium section bar production line, to solve prior art chip removal And the problem of discharging inconvenience.

In order to achieve the above objectives, the technical solution adopted in the utility model is：A kind of double end sawing of aluminium section bar production line On device, including rack and rack at a distance of setting two sawing units, further include two turnable base board units and in Between shears；

Described two turnable base board units and two sawing units correspond, and turnable base board unit is set to correspondence Sawing unit under, the turnable base board unit includes a substrate, and the substrate is with respect to rack perpendicular to the vertical of horizontal plane Setting is rotated in straight plane, being acted on substrate has overturning drive device, and overturning drive device drive substrate overturning makes substrate have The chip removal state for having support working condition and downwardly turning over；When substrate is in support working condition, substrate is used to support proximate matter, And when substrate is in chip removal state, it is turned over chip removal under substrate；

The intermediate lift bracket is located between two turnable base board units, and intermediate lift bracket is equipped with one for holding The support face of proximate matter is held in the palm, which is equipped with idler wheel, and the support face is with respect to rack activity setting in the up-down direction, support Effect has lifting drive on face, and lifting drive driving support face moves in the up-down direction, and support face is made to have Rise bearing working condition and declines discharging state；At work, described to hold when support face, which is in, rises bearing working condition The substrate for being in support working condition of support and two turnable base board units constitutes the bearing surface of support sections, and described It converts to the process for declining discharging state from rising bearing working condition and is then moved down with discharging with the good proximate matter of sawing in support face.

In said program, a link mechanism is connected between the substrate and rack, the link mechanism is by connecting rod and crank group The lower section of the substrate is respectively positioned at, the connecting rod and crank, connecting rod one end is articulated on substrate, and the one of the other end and crank End is hinged, and the other end of crank is hinged with respect to rack, when the substrate is in support working condition, the connecting rod and crank It is just on the dead-centre position in a straight line to keep the substrate to be in support working condition；The overturning drive device connects It connects and acts on crank to drive crank to rotate.

In said program, the substrate surface is folded to be equipped with adjustable supporting plate, this is adjustable, and supporting plate is micro- equipped at least two Unit is adjusted, the two fine-adjusting units are on the line direction of described two sawing units at a distance of arrangement；The fine-adjusting unit includes One adjusts thread bush and a screw, and the adjusting thread bush is equipped with external screw thread, corresponds on the adjustable supporting plate and adjust Thread bush is equipped with internal thread through hole, and the adjusting thread bush is with its external screw thread internal thread through hole spiral shell corresponding with adjustable supporting plate Line connects, and the lower end for adjusting thread bush presses on substrate surface, and the screw passes through the endoporus for adjusting thread bush, the substrate It is equipped with threaded hole corresponding to screw, the screw is threadedly coupled through the threaded hole with substrate.

Further include two elastic compression units, described two elastic compression units and two turnable bases in said program Plate unit corresponds, and the elastic compression unit is located at being in for corresponding turnable base board unit and supports working condition substrate Top, the elastic compression unit includes pedestal, pressuring action column and locking screw, and the pedestal is fixed with respect to rack, Base bottom surface is equipped with and sets hole；The pressuring action column is set embedded at base bottom surface in hole, the periphery of pressuring action column It is equipped with and at least sets two locking grooves, the locking groove is parallel to the straight-line groove that the axial direction of pressuring action column opens up, the lock Gu the lower end of slot is got through, and the upper end of locking groove formation one side positioning surface directed downwardly, around the week for setting hole in the base bottom surface It is equipped with threaded hole corresponding to the position of locking groove upwards, the locking screw is screwed in through locking groove in the correspondence threaded hole of pedestal； The lower end of the pressuring action column as pressuring action end, and the upper end with set setting in hole and have elastic component, the elasticity is first The elastic force of part forces pressuring action column to move down, and the head blocking cooperation of the positioning surface and locking screw constitutes pressuring action Column moves down position limiting structure.

Further, the pressuring action column has major diameter section and a path section, with this in major diameter section and path section junction Face-up step surface is formed, pressuring action column described in the insertion of its path section to set in hole；The step surface and base bottom surface Cooperation constitutes the position limiting structure that pressuring action column moves up.

Further, the elastic compression unit includes multiple pedestals, these pedestals are arranged in the horizontal plane, and pedestal be It is alternatively arranged on the line direction of two sawing units, at least two pressuring actions is set in each base bottom surface Column.

The utility model design principle and effect are：In habitual thinking, workpiece when sawing（Proximate matter）Loading floor is necessary Be it is fixed cannot move, and the utility model carrys out support workpiece with a turnover substrate breakthroughly（Proximate matter）, when evidence is cut When with two turnover substrate supports live workpiece（Proximate matter）To carry out sawing, and after the completion of sawing, as long as can just turn over The substrate turned downwardly turns over, and metal fillings i.e. automatic fall that metacoxal plate surface is turned under substrate works so as to complete chip removal, and The good workpiece of sawing（Proximate matter）Also it can fall and complete discharging operations.The design of the utility model had both been automatically performed chip removal work Make, and facilitate discharging, without separately configuration chip removal device and device for discharging again, design is very ingenious, it is simple in structure can By reducing cost again, market prospects are very good.

Description of the drawings

Fig. 1 is the utility model embodiment structural upright schematic diagram；

Fig. 2 is the utility model embodiment structure schematic elevation view one, at the substrate of turnable base board unit Working condition is supported in bearing；

Fig. 3 is the utility model embodiment structure schematic elevation view two, at the substrate of turnable base board unit In the chip removal state downwardly turned over；

Fig. 4 is the schematic diagram one of the turnable base board unit of the utility model embodiment structure, and the figure shows turnable bases The substrate of plate unit is in support working condition；

Fig. 5 is the schematic diagram two of the turnable base board unit of the utility model embodiment structure, and the figure shows turnable bases The substrate of plate unit is in the chip removal state downwardly turned over；

Fig. 6 is the stereoscopic schematic diagram of a pedestal of the elastic compression unit of the utility model embodiment；

Fig. 7 is the complete section schematic diagram of the elastic compression unit of the utility model embodiment.

In the above figure：1, rack；2, sawing unit；3, base board unit may be reversed；31, substrate；311, threaded hole；32, it turns over Rotary driving device；33, link mechanism；331, connecting rod；332, crank；34, adjustable supporting plate；341, internal thread through hole；35, it finely tunes Unit；351, thread bush is adjusted；3511, endoporus；352, screw；4, intermediate lift bracket；41, support face；411, idler wheel；42、 Lifting drive；5, proximate matter；6, conveyor-belt apparatus；7, elastic compression unit；71, pedestal；711, hole is set；712, screw thread Hole；72, pressuring action column；721, locking groove；7211, positioning surface；722, step surface；73, locking screw；74, elastic element.

Specific implementation mode

The utility model is further described with reference to the accompanying drawings and embodiments：

Embodiment：Referring to shown in Fig. 1-7：

A kind of double end saw cutting device of aluminium section bar production line, including at a distance of two sawings of setting in rack 1 and rack 1 Unit 2 further includes two turnable base board units 3 and intermediate lift bracket 4.

Referring to shown in Fig. 1-7, described two turnable base board units 3 and two sawing units 2 correspond, and base may be reversed Plate unit 3 is set under corresponding sawing unit 2, and the turnable base board unit 3 includes a substrate 31, and the substrate 31 is opposite Rack 1 rotates setting on the vertical plane perpendicular to horizontal plane, and being acted on substrate 31 has overturning drive device 32, which drives 32 drive substrate 31 overturning of dynamic device, the chip removal state for making substrate 31 that there is support working condition and downwardly turn over；When substrate 31 Substrate 31 is used to support proximate matter 5 when being in support working condition, and when substrate 31 is in chip removal state, it is turned under substrate 31 to arrange Bits.Citing uses cylinder to overturning drive device 32 as shown in the figure, also feasible to drive with motor in practice.

Referring to shown in Fig. 1-7, the intermediate lift bracket 4 is located between two turnable base board units 3, intermediate lift support Frame 4 is equipped with a support face 41 for being used for support proximate matter 5, which is equipped with idler wheel 411, and support face 41 here can be with It is a plate plane, can also be a frame structure.Support face 41 is with respect to the activity setting in the up-down direction of rack 1, support Effect has lifting drive 42 on face 41, and the lifting drive 42 driving support face 41 moves in the up-down direction, makes to hold Support 41, which has, rises bearing working condition and decline discharging state.At work, rise bearing work when support face 41 is in When state, the substrate 31 for being in support working condition of the support face 41 and two turnable base board units constitutes support sections 5 bearing surface, and the process to decline discharging state is converted then with saw from bearing working condition is risen in the support face 41 The proximate matter 5 cut is moved down with discharging.Cylinder preferably may be used in lifting drive 42, adds straight-line transmitting motivation certainly with motor Structure is also feasible to drive.

Referring to shown in Fig. 1-7, it is preferred that be connected with a link mechanism 33, the link mechanism between the substrate 31 and rack 1 33 are made of connecting rod 331 and crank 332, and the connecting rod 331 and crank 332 are respectively positioned on the lower section of the substrate 31, connecting rod 331 1 End is articulated on substrate 31, and one end of the other end and crank 332 is hinged, and the other end of crank 332 is hinged with respect to rack 1, When the substrate 31 is in support working condition, the connecting rod 331 and crank 332 are just in the dead-centre position in a straight line On to keep the substrate 31 to be in support working condition；32 connection function of the overturning drive device on upper crank 332 with Crank 332 is driven to rotate.Link mechanism 33 has effectively driven substrate 31 to move, and also with the dead-centre position of link mechanism 33 Carry out the position locking that completing substrate 31 is in support working condition, make the reliable and stable in support working condition positioning of substrate 31, It is again simple in structure.Certainly aforementioned link mechanism can not also be used in practice, but separately with existing locking device, such as bolt Mechanism etc., to lock the position that substrate 31 is in support working condition, this is also feasible.

Referring to shown in Fig. 1-7, it is preferred that 31 surface of the substrate is folded to be equipped with an adjustable supporting plate 34, this is adjustable supporting plate 34 are equipped at least two fine-adjusting units 35, the two fine-adjusting units 35 phase on the line direction of described two sawing units 2 Away from arrangement；The fine-adjusting unit 35 includes that an adjusting thread bush 351 and a screw 352, the adjusting thread bush 351 are equipped with External screw thread corresponds on the adjustable supporting plate 34 and adjusts thread bush 351 and be equipped with internal thread through hole 341, the adjusting thread bush 351 are threadedly coupled with its external screw thread internal thread through hole 341 corresponding with adjustable supporting plate 34, adjust the lower end of thread bush 351 It presses on 31 surface of substrate, the screw 352 passes through the endoporus 3511 for adjusting thread bush 351, the substrate 31 to correspond to spiral shell Nail 352 is equipped with threaded hole 311, and the screw 352 is threadedly coupled through the threaded hole 311 with substrate 31.So design is realized micro- Adjust the angle of inclination of adjustable supporting plate 34, proximate matter 5 is placed on adjustable supporting plate 34 when work, adjusts the inclination of adjustable supporting plate 34 Angle is equal to the angle of inclination for having finely tuned workpiece proximate matter 5, and when 2 sawing proximate matter of sawing unit is typically to require sawing to go out 45 degree Oblique angle the angle according to the oblique angle cut out is ensured with accurate adjusting by having finely tuned the angle of inclination of workpiece proximate matter 5.

Referring to shown in Fig. 1-7, it is preferred that conveyor-belt apparatus 6 is equipped at the intermediate lift bracket 4, when intermediate lift support When the support face 41 of frame 4 is in rising bearing working condition, support face 41 is higher than the transport plane of conveyor-belt apparatus 6, and in the middle Between shears 4 support face 41 when declining discharging state, support face 41 be less than conveyor-belt apparatus 6 transport plane, with this It converts to the process for declining discharging state from rising bearing working condition in the support face 41 and is moved down with the good proximate matter 5 of sawing It is transferred in the transport plane of conveyor-belt apparatus 6.The direction of transfer of the transport plane of the conveyor-belt apparatus 6 and two sawing lists The line direction of member 2 is perpendicular, i.e., when proximate matter 5 is lateral arrangement, and the direction of transfer of the transport plane of conveyor-belt apparatus 6 is Be longitudinally arranged so that the good proximate matter 5 of sawing is transferred in the transport plane of conveyor-belt apparatus 6 from side to being transported away, convey to Road deep processing process afterwards.

Referring to shown in Fig. 1-7, in detail as shown in Figure 7, it is preferred that the present embodiment double end saw cutting device further includes two elasticity pressures Tight unit 7, described two elastic compression units 7 and two turnable base board units correspond, the elastic compression unit 7 In the top for being in support working condition substrate of corresponding turnable base board unit, the elastic compression unit 7 includes pedestal 71, pressuring action column 72 and locking screw 73, the pedestal 71 are connect with rack 1, and 71 bottom surface of pedestal is equipped with and sets hole 711；The pressuring action column 72 is set embedded at 71 bottom surface of pedestal in hole 711, and the periphery of pressuring action column 72 is equipped with extremely Two locking grooves 721 are set less（Citing is right two of a first from left in figure）, the locking groove 721 is parallel to pressuring action column 72 The straight-line groove that opens up of axial direction, the lower end of the locking groove 721 gets through, and to form one side directed downwardly fixed for the upper end of locking groove 721 Plane 7211 is equipped with threaded hole on 71 bottom surface of the pedestal in the circumferential direction for setting hole 711 corresponding to the position of locking groove 721 712, the locking screw 73 is screwed in through locking groove 721 in the correspondence threaded hole 712 of pedestal 71；Under the pressuring action column 72 End is used as pressuring action end, and the upper end and sets in hole 711 setting and have elastic component 74, and the elastic force of the elastic element 74 forces Pressuring action column 72 moves down, and the positioning surface 7211 and the head blocking cooperation of locking screw 73 constitute pressuring action column 72 Move down position limiting structure.Can be to be flexibly connected, for example pedestal 71 can be by between the pedestal 71 of the elastic compression unit 7 and rack 1 Power drive moves up and down with respect to rack 1, is moved down in the pedestal 71 of sawing forerunner's dynamic elasticity compressing unit 7, so that it is compressed and makees Proximate matter 5, which is acted on, with the pressuring action end of column 72 fixes proximate matter 5.

Further, it is preferable that in detail as shown in Figure 7, the pressuring action column 72 have major diameter section and a path section, with this Major diameter section and path section junction form face-up step surface 722, and pressuring action column 72 described in the insertion of its path section to set In hole 711；The step surface 722 constitutes the position limiting structure that pressuring action column 72 moves up with 71 bottom surface of pedestal.

It is preferred that shown in Figure 1, the elastic compression unit 7 includes multiple pedestals 71, these pedestals 71 are in level It is arranged on face, and pedestal 71 is alternatively arranged on the line direction of two sawing units 2, on 71 bottom surface of each pedestal At least two pressuring action columns 72 are set, are to set two pressuring action columns 72 as Fig. 6 and Fig. 7 illustrates.So design, i.e., It is that a proximate matter 5 is corresponded to a pedestal 71.

Above-described embodiment is only the technical concepts and features for illustrating the utility model, and its object is to allow be familiar with technique Personage can understand the content of the utility model and implement according to this, the scope of protection of the utility model can not be limited with this. It is all according to equivalent change or modification made by the spirit of the present invention essence, should all cover the scope of protection of the utility model it It is interior.

Claims (6)

1. a kind of double end saw cutting device of aluminium section bar production line, including rack（1）And rack（1）Upper two saws at a distance of setting Cut unit（2）, it is characterised in that：Further include two turnable base board units（3）, described two turnable base board units（3）With Two sawing units（2）It corresponds, base board unit may be reversed（3）It is set to corresponding sawing unit（2）Under, it is described to turn over Transglutaminase substrate unit（3）Including a substrate（31）, the substrate（31）Opposite rack（1）Turn on the vertical plane perpendicular to horizontal plane Dynamic setting, substrate（31）Upper effect has overturning drive device（32）, the overturning drive device（32）Drive substrate（31）Overturning, makes Substrate（31）With support working condition and the chip removal state downwardly turned over；Work as substrate（31）Substrate when being in support working condition （31）It is used to support proximate matter（5）, and work as substrate（31）When being in chip removal state, substrate（31）Under turn over chip removal.

2. the double end saw cutting device of aluminium section bar production line according to claim 1, it is characterised in that：The substrate（31）With machine Frame（1）Between be connected with a link mechanism（33）, the link mechanism（33）By connecting rod（331）And crank（332）Composition, the connecting rod （331）And crank（332）It is respectively positioned on the substrate（31）Lower section, connecting rod（331）One end is articulated with substrate（31）On, it is another End and crank（332）One end it is hinged, and crank（332）The other end with respect to rack（1）It is hinged, when the substrate（31）It is in When supporting working condition, the connecting rod（331）And crank（332）It is just on the dead-centre position in a straight line with described in holding Substrate（31）It is in support working condition；The overturning drive device（32）Connection function is in upper crank（332）On to drive song Handle（332）Rotation.

3. the double end saw cutting device of aluminium section bar production line according to claim 1, it is characterised in that：The substrate（31）Surface It is folded to be equipped with an adjustable supporting plate（34）, this is adjustable supporting plate（34）It is equipped at least two fine-adjusting units（35）, the two fine tunings Unit（35）In described two sawing units（2）Line direction at a distance of arrange；The fine-adjusting unit（35）It is adjusted including one Thread bush（351）An and screw（352）, the adjusting thread bush（351）It is equipped with external screw thread, the adjustable supporting plate（34） It is upper to correspond to adjusting thread bush（351）Equipped with internal thread through hole（341）, the adjusting thread bush（351）With its external screw thread with can Adjust supporting plate（34）Corresponding internal thread through hole（341）It is threadedly coupled, adjusts thread bush（351）Lower end press on substrate （31）On surface, the screw（352）Across adjusting thread bush（351）Endoporus（3511）, the substrate（31）Corresponding to spiral shell Nail（352）Equipped with threaded hole（311）, the screw（352）Through the threaded hole（311）With substrate（31）It is threadedly coupled.

4. the double end saw cutting device of aluminium section bar production line according to claim 1, it is characterised in that：Further include two elasticity pressures Tight unit（7）, described two elastic compression units（7）It is corresponded with two turnable base board units, the elastic compression list Member（7）Positioned at the top for being in support working condition substrate of corresponding turnable base board unit, the elastic compression unit（7） Including pedestal（71）, pressuring action column（72）And locking screw（73）, the pedestal（71）With rack（1）, pedestal（71）Bottom Face is equipped with and sets hole（711）；The pressuring action column（72）Embedded at pedestal（71）Set hole in bottom surface（711）In, it compresses Act on column（72）Periphery be equipped at least set two locking grooves（721）, the locking groove（721）It is parallel to pressuring action column （72）The straight-line groove that opens up of axial direction, the locking groove（721）Lower end get through, and locking groove（721）Upper end formed one side Positioning surface directed downwardly（7211）, the pedestal（71）Around setting hole on bottom surface（711）Circumferential direction on correspond to locking groove（721）'s Position is equipped with threaded hole（712）, the locking screw（73）Through locking groove（721）Screw in pedestal（71）Correspondence threaded hole （712）It is interior；The pressuring action column（72）Lower end as pressuring action end, and the upper end and set hole（711）In be provided with Elastic element（74）, the elastic element（74）Elastic force force pressuring action column（72）It moves down, the positioning surface（7211） With locking screw（73）Head blocking cooperation constitute pressuring action column（72）Move down position limiting structure.

5. the double end saw cutting device of aluminium section bar production line according to claim 4, it is characterised in that：The pressuring action column （72）With major diameter section and a path section, face-up step surface is formed in major diameter section and path section junction with this（722）, pressure Tight effect column（72）To set hole described in the insertion of its path section（711）In；The step surface（722）With pedestal（71）Bottom surface Constitute pressuring action column（72）The position limiting structure moved up.

6. the double end saw cutting device of aluminium section bar production line according to claim 4, it is characterised in that：The elastic compression unit （7）Including multiple pedestals（71）, these pedestals（71）It arranges in the horizontal plane, and pedestal（71）It is to be sawed perpendicular to two Cut unit（2）Line direction on be alternatively arranged, each pedestal（71）At least two pressuring action columns are set on bottom surface （72）.