CN202399326U - Automatic multi-blade saw for molded boards - Google Patents
Automatic multi-blade saw for molded boards Download PDFInfo
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- CN202399326U CN202399326U CN201120404498XU CN201120404498U CN202399326U CN 202399326 U CN202399326 U CN 202399326U CN 201120404498X U CN201120404498X U CN 201120404498XU CN 201120404498 U CN201120404498 U CN 201120404498U CN 202399326 U CN202399326 U CN 202399326U
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Abstract
The utility model relates to an automatic multi-blade saw for molded boards, which comprises a frame mechanism, front board pulling mechanisms, vibration positioning mechanisms, pressing mechanisms, a slicing mechanism and rear board pulling mechanisms. The frame mechanism comprises a frame and a bedplate, the bedplate, an upper bearing frame and a lower bearing frame are fixed onto the frame, and a plurality of balls are mounted on the bedplate with more than one longitudinal notches. At least one vibration positioning mechanism for positioning longitudinal groove strips or/and at least one vibration positioning mechanism for positioning transverse groove strips is mounted on the upper bearing frame. At least two front board pulling mechanisms, at least two rear board pulling mechanisms and at least six pressing mechanisms are mounted on the upper bearing frame. The slicing mechanism capable of moving longitudinally is mounted on the lower bearing frame. The automatic multi-blade saw for molded boards has the advantages of reasonable structure, convenience in cutting boards of different widths and depths, capabilities of accurately positioning groove strip boards and improving cutting yield and efficiency, and high universality.
Description
Technical field
The utility model relates to a kind of automatic multiple blade saw that is used for moulded board, belongs to the multiple blade saw technical field of cutting plate.
Background technology
Multiple blade saw mainly is made up of frame, transmission mechanism, cutter shaft and the many groups circular saw bit and the feed mechanism that are installed on the cutter shaft; Plate such as composite floor board and solid wooden floor board is placed on feed mechanism; Through feed mechanism the equal speed of the plate of having good positioning is sent into the saw blade place and cut into required sheet finished product, can increase substantially production efficiency.For floor with V-type groove or composite floor board is on plate, to extrude the groove bar with mould as requested; Form a plurality of cannelure bars and transverse groove bar in panel surface; Through multiple blade saw plate is cut the back and keeps cannelure bar and transverse groove bar, a plate is divided into the platelet of a plurality of homophases, the mortice opening in the surrounding of platelet then; Through around tongue-and-groove make adjacent panel splicing, so the direct yield rate that influence is understood in the position of saw blade on the plate position of when cutting, placing and the lathe.Cut positioner mainly by following several kinds for what have floor such as V-type groove or a composite floor board: 1, artificial location push pedal is cut.Manual work is placed on plate on the conveying workbench, through manual work plate is located and pushed in the multiple blade saw to cut, and not only production efficiency is low, and finished product is low.2, adopt the oblique sheet in semi-automatic location to cut, as adopting the location guiding ruler plate is positioned, cut in the entering multiple blade saw, these locate modes are all wanted the artificial location of participating in, and can't accomplish the full-automation of mold pressing floor and cut production.3, adopt full-automatic positioner to cut.Have production efficiency height and the advantage that improves the yield rate of cutting out chip board; This positioner is to adopt plural groove bar backstay that plate intermediate channel bar is positioned; Through groove bar backstay is vertically positioning along plate; Can effectively control the vertical misalignment phenomenon of plate, so can reduce plate because of making the system accumulated error that error produced.But groove bar backstay bottom is hemisphere face or cambered surface or V-arrangement; In the folding process of lower slider, the bottom surface of groove bar backstay contacted with plate and regulate the position of plate; But because groove bar backstay only moves down action; The degree of depth of the V-shaped groove of plate is limited in addition, so the difficult mobile heavier plate of groove bar backstay, and reduces the reliability of location automatically.
Behind plate location, through hold-down mechanism plate is compressed spacingly, promote plate with pushing mechanism at last and vertically move and cut plate, the yield rate that cuts with raising through multiple blade saw.But adopt whole cutter shaft usually, cutter shaft of a motor-driven also drives a plurality of blades, a plurality of blades are rotated simultaneously and cuts plate; For ease of changing blade; The other end of this cutter shaft is connected with connecting axle on the slide, slide through screw mandrel with move seat and move axially along backing plate, organize circular saw bit more and be installed on the cutter shaft; When changing blade; Can make mobile seat drive a slide through screw mandrel and move axially, the realization connecting axle separates fast with cutter shaft or engages, and installs, dismantles rapidly effect easily to reach cutter shaft.But because the width that plate is cut is different, therefore need frequent distance of regulating between each blade, inconvenient operation, and influence slice efficiency.
Summary of the invention
The purpose of the utility model provides a kind of rational in infrastructure, can accurately locate the slot ribbon board material, conveniently cuts the plate of the different in width and the degree of depth, can improve to cut yield rate and efficient, and the good automatic multiple blade saw that is used for moulded board of versatility.
The utility model is that the technical scheme that achieves the above object is: a kind of automatic multiple blade saw that is used for moulded board is characterized in that: comprise frame mechanism, preceding drawing-plate mechanism, vibration detent mechanism and hold-down mechanism, slicing mechanism and back drawing-plate mechanism,
Described frame mechanism comprises frame and platen; Be fixed with platen and upper support frame and the lower supporting frame that is positioned at the platen bottom on the frame; Be provided with more than one and vertically on the platen of notch a plurality of balls be installed; The upper support frame be equipped with at least one to the vibration detent mechanism of cannelure bar location or/and at least one vibration detent mechanism to transverse groove bar location; Drawing-plate mechanism and at least six hold-down mechanisms behind at least two preceding drawing-plate mechanisms and at least two are installed on the upper support frame, the slicing mechanism that can be along the longitudinal movement is installed on the lower supporting frame;
The preceding arm-tie executive item of drawing-plate mechanism is installed on the upper support frame before described, the mobile side of arm-tie executive item before preceding arm-tie is installed in;
The holder of described vibration detent mechanism and decelerator are installed on the upper support frame; Its power shaft of decelerator is connected with operating grip, outlet side with can be connected along the positioning seat that holder moves; The perpendicular up-down executive item that is installed on the positioning seat of putting is connected with the vibration support plate; The vibrator that is connected with shaker arm is installed on the vibration support plate, and on shaker arm or the vibrator elastic component is housed, and the shaker arm bottom has the positioning roller that can freely rotate;
The executive item that compresses of described hold-down mechanism is installed on the upper support frame, and perpendicular the putting of pressed seat is installed on the mobile side that compresses executive item, and platen is provided with the wedge corresponding with each pressed seat;
Described slicing mechanism comprises knife rest, feed driven unit and is installed at least three group cutter shaft assemblies on the knife rest; The feed driven unit comprises and is installed in frame or/and feed motor on the lower supporting frame and feed transmission mechanism; Feed motor outlet side is connected with knife rest through the feed transmission mechanism, and at least two the knife rest slide blocks in knife rest bottom be arranged on the lower supporting frame two longitudinally tool guide match; The adjustable plate of described cutter shaft assembly can laterally move and be installed on the knife rest; Motor is installed on the motor cabinet; Motor cabinet is connected with the cutter shaft bearing, and cutter shaft is installed in through the cutter shaft seat on the installing plate of cutter shaft bearing, and cutter shaft one end is connected with blade, the other end is connected with the output shaft of motor through the blade transmission mechanism; The lower hinge of cutter shaft bearing is in a side of adjustable plate, and the two ends of flexible executive item are hinged on respectively on adjustable plate and the cutter shaft bearing;
The back arm-tie executive item of described back drawing-plate mechanism is installed on the upper support frame, is installed in the both sides, rear portion that back arm-tie that back arm-tie executive item moves side is positioned at each blade.
Wherein: said lateral confinement position mechanism and the thruster mechanism of being separately installed with in the stands longitudinal both sides; Lateral confinement position mechanism comprises spacing executive item and locating part; Mobile side is equipped with spacing executive item installation frame one side of locating part; Thruster mechanism comprises thruster executive item and thruster part, and the thruster executive item that mobile side is equipped with the thruster part is installed in the opposite side of frame.
Described feed transmission mechanism is tape handler or chain-drive mechanism; The driving-belt of feed transmission mechanism or driving-chain are installed on the driving wheel and band cutter follower of feed motor output shaft; The passive axle bed that is connected with band cutter follower is installed in the both sides of the following reinforcement longeron of lower supporting frame; Band cutter driven axle is installed on the mobile seat of passive axle bed respectively through two bearings; Mobile seat is arranged in the gathering sill of passive axle bed, and the adjusting screw(rod) that is screwed in respectively on the passive axle bed is connected with mobile seat, and clamping plate are installed in the bottom of knife rest and clamp driving-belt or driving-chain.
Described motor cabinet lower hinge on the cutter shaft bearing, top is connected with the cutter shaft bearing through connector, and be installed in motor cabinet top be with part to withstand on the top of cutter shaft bearing, on the cutter shaft bearing filings collecting chamber is installed, and filings collecting chamber is positioned at the periphery of blade.
Said adjustable plate bottom is provided with horizontal gathering sill, and the gathering sill of adjustable plate and the cross rail on the base plate match, and base plate is installed on the knife rest, and the lateral adjustments bar is screwed on the nut of base plate, and the lateral adjustments bar is connected with adjustable plate.
Said holder is L-shaped; The guide rail that is installed in the holder two sides matches with the slide block that is installed on the positioning seat; The grating chi is installed on the holder; And the output termination display of grating chi, the side that the vibration support plate is positioned at the up-down executive item is equipped with riser guide, and lifting slider and riser guide on the vibration support plate match.
The angular structure that described shaker arm is made up of crossbeam and column; The riser that the crossbeam of shaker arm passes on the vibration support plate is connected with vibrator; Be sleeved on that its two ends of elastic component withstand on vibrator and the riser on the shaker arm crossbeam, its two ends of another elastic component that are sleeved on the shaker arm crossbeam withstand on the column of riser and shaker arm.
On the arm-tie seat, preceding arm-tie seat was installed in the crossbeam bottom of upper support frame before the arm-tie executive item was installed in before said, and on the preceding arm-tie guide rail of arm-tie seat before preceding arm-tie executive item moves preceding arm-tie slide block that side is connected and is arranged on, preceding arm-tie is installed on the preceding arm-tie slide block.
The utility model is with preceding drawing-plate mechanism, hold-down mechanism; Vibration detent mechanism and slicing mechanism are installed in the frame mechanism with the back drawing-plate mechanism; Therefore can plate be drawn in the working region of platen through preceding drawing-plate mechanism earlier; Make each positioning roller can be separately positioned on transverse groove bar on the plate or/and in the cannelure bar, through positioning roller vibration processes to the cannelure bar of plate or/and the transverse groove bar position.The utility model is because roller construction is adopted in the bottom of shaker arm; Can stir plate through the roller linearity on the one hand; Under the ball effect on the platen, can stir flexibly and reach quick automatically plate and locate simultaneously, the position of regulating plate through positioning roller automatically positions accurately; Automaticity is high; The vertical misalignment of plate be can effectively control or/and lateral shift reduces plate because of making the system accumulated error that error produced, the yield rate and the efficient of cutting the automatic multiple blade saw plate that is used for moulded board improved.The utility model vibration location is to regulate positioning seat along moving on the holder through the operation decelerator; And the positioning roller of the shaker arm on drive positioning seat bottom to the cannelure bar of plate or/and the transverse groove bar position; Because shaker arm is through the up-down executive item vibration support plate to be moved up and down along positioning seat; Therefore vibrate positioning roller position and height on the shaker arm that detent mechanism can adjust according to the flitch of difform groove bar position and size; The convenient location of regulating plate, good operability.The utility model clamps the plate of having good positioning through holding down assembly, and plate can not be moved, and cuts through the blade that moves.The slicing mechanism of utility model adopts cutter shaft assembly separate more than three groups, and the knife rest slide block of knife rest bottom is provided with on the tool guide on the lower supporting frame, therefore drives knife rest through the feed driven unit and along vertically moving of frame plate is cut; Linearity is good, cuts the precision height, the utility model since on each cutter shaft assembly on adjustable plate can be on knife rest laterally move; Therefore can be through being installed in a plurality of cutter shaft assemblies on the knife rest, but each blade position of predetermined set or change blade position wherein can cut two platelets or three platelets or four platelets etc.; The applicable plate that cuts different in width, the utility model cutter shaft assembly through be hinged on adjustable plate and the Connection Block flexible executive item stretch out and the withdrawal process in, can control the cutter shaft bearing and rotate along hinged center; Thereby control cutter shaft and motor move down or move up, and can cut plate when on cutter shaft, moving, and after cutter shaft moves down, make plate can draw on the platen; Can the plate of various different in width be cut; And can conveniently regulate the degree of depth that cuts, and can be used for the cutting of sheet material of different-thickness, pull out through the plate of post-tensioning board component after at last section; The utility model with the input of plate, locating, compress, cut into slices and exporting collection is one; Compact conformation, reasonable, process rhythm is compact, can improve to cut operating efficiency; Versatility is good, the section that can be used for combined floor, solid wooden floor board, bakelite sheet material and mould plates such as plate material.
Description of drawings
Below in conjunction with accompanying drawing the embodiment of the utility model is made further detailed description.
Fig. 1 is the structural representation that the utility model is used for the automatic multiple blade saw of moulded board.
Fig. 2 is that the utility model vibration detent mechanism, hold-down mechanism, preceding drawing-plate mechanism and back drawing-plate mechanism are installed in the structural representation on the upper support frame.
Fig. 3 is the structural representation of the utility model vibration detent mechanism.
Fig. 4 is that the utility model slicing mechanism is installed in the structural representation on the lower supporting frame.
Fig. 5 is the structural representation of the utility model cutter shaft assembly.
Fig. 6 is that the A of Fig. 5 is to structural representation.
Wherein: 1-frame mechanism, 1-1-frame, 1-2-lower supporting frame, 1-3-tool guide, 1-4-upper support frame, 1-5-platen, 1-6-ball; 1-7-strengthens longeron down, 2-thruster mechanism, and 2-1-thruster executive item, 2-2-thruster seat, 2-3-thruster wheel, 3-vibrates detent mechanism, the 3-1-decelerator; 3-2-regulates screw mandrel, 3-3-grating chi, and the 3-4-holder, the 3-5-positioning seat, 3-6-up-down executive item, 3-7-vibrates support plate, 3-8-vibrator; The 3-9-elastic component, 3-10-shaker arm, 3-11-guide rail, 3-12-slide block, 3-13-nut, 3-14-riser guide, 3-15-lifting slider; Arm-tie guide rail before the arm-tie slide block before the arm-tie before the arm-tie executive item before the arm-tie seat before the drawing-plate mechanism before the 3-16-positioning roller, 4-, 4-1-, 4-2-, 4-3-, 4-4-, 4-5-; The 5-slicing mechanism, 5-1-knife rest, 5-2-band cutter driven axle, the passive axle bed of 5-3-, 5-4-adjusting screw(rod), 5-5-driving-belt, 5-6-motor; 5-7-knife rest slide block, 5-8-blade transmission mechanism, 5-9-cutter shaft seat, 5-10-cutter shaft, the 5-11-executive item that stretches, 5-12-blade, 5-13-filings collecting chamber; The 5-14-adjustable plate, the 5-15-base plate, the 5-16-clamping plate, 5-17-feed motor, 5-18-opens band spare, 5-19-motor cabinet, 5-20-cutter shaft bearing; The 5-21-connector, drawing-plate mechanism behind the 6-, arm-tie behind the 6-1-, arm-tie executive item behind the 6-2-, 6-3-post-tensioning panel seat, 7-lateral confinement position mechanism, 7-1-locating part; The spacing executive item of 7-2-, the 7-3-limit base, the 8-hold-down mechanism, the 8-1-pressed seat, 8-2-compresses executive item, and 8-3-compresses mount pad.
The specific embodiment
See shown in Fig. 1～6 that the utility model is used for the automatic multiple blade saw of moulded board, comprise frame mechanism 1, preceding drawing-plate mechanism 4, vibration detent mechanism 3 and hold-down mechanism 8, slicing mechanism 5 and back drawing-plate mechanism 6.
See Fig. 1,2 and shown in Figure 4; The frame mechanism 1 of the utility model comprises frame 1-1 and the platen 1-5 that is framework; Be fixed with platen 1-5 and upper support frame 1-4 and the lower supporting frame 1-2 that is positioned at platen 1-5 bottom on the frame 1-1; Upper support frame 1-4 is provided with and can be provided with crossbeam and longeron, also is provided with crossbeam and longeron on the same lower supporting frame 1-2, is provided with more than one and vertically on the platen 1-5 of notch a plurality of ball 1-6 is installed; This vertical notch is used for passing through of blade 5-12; Vertically notch can be set according to the sheet number that cuts, and each ball 1-6 is installed on the little needle roller, and little needle roller is installed in the ball base; Ball base is installed on the platen 1-5; Can flexible delivery plate, the utility model upper support frame 1-4 be equipped with at least one to the vibration detent mechanism 3 of cannelure bar location or/and at least one vibration detent mechanism 3, as adopting two vibration detent mechanisms 3 to the transverse groove bar location of plate to transverse groove bar location; Can also adopt two vibration detent mechanisms 3 to plate cannelure bar location; The utility model also can adopt two vibration detent mechanism 3 and vibration detent mechanisms 3 to plate cannelure bar location to the transverse groove bar location of plate, maybe can adopt two vibration detent mechanism 3 and vibration detent mechanisms 3 to plate transverse groove bar location to the cannelure bar location of plate, can set according to the requirement that cuts plate; Drawing-plate mechanism 6 and at least six hold-down mechanisms 8 behind at least two preceding drawing-plate mechanisms 4 and at least two are installed on the upper support frame 1-4 of the utility model, the slicing mechanism 5 that can be along the longitudinal movement is installed on the lower supporting frame 1-2.
See Fig. 1, shown in 2, the preceding drawing-plate mechanism 4 of the utility model can be symmetrical set two along upper support frame 1-4 center, this preceding drawing-plate mechanism 4 also can be provided with three or four; Arm-tie executive item 4-2 and preceding arm-tie 4-3 before preceding drawing-plate mechanism 4 comprises; Preceding arm-tie executive item 4-2 is installed on the upper support frame 1-4, and the mobile side of arm-tie executive item 4-2 was drawn in plate on the platen 1-5 through the start of preceding arm-tie executive item 4-2 before preceding arm-tie 4-3 was installed in; The preceding arm-tie executive item 4-2 of the utility model is hydraulic cylinder or cylinder or servomotor; On the arm-tie seat 4-1, preceding arm-tie seat 4-1 was contained on the upper support frame 1-4, can be installed in the crossbeam bottom of upper support frame 1-4 before preceding arm-tie executive item 4-2 was installed in; On the preceding arm-tie guide rail 4-5 of arm-tie seat 4-1 before preceding arm-tie executive item 4-2 moves preceding arm-tie slide block 4-4 that side is connected and is arranged on; Before arm-tie 4-3 be installed in before on the arm-tie slide block 4-4, through the flexible running of the preceding arm-tie executive item 4-2 on the preceding drawing-plate mechanism 4, arm-tie 4-3 goes up the platen 1-5 that draws in earlier of plate reliable and stable and position before making; And make the transverse groove bar on the plate corresponding with positioning roller 3-16; Positioning roller 3-16 is got in the transverse groove bar, because can be through slide block guide rail mechanism pulling plate, performance accuracy is high.
See Fig. 1, shown in 2; The utility model is separately installed with lateral confinement position mechanism 7 and thruster mechanism 2 in the vertical both sides of frame 1-1; Lateral confinement position mechanism 7 comprises spacing executive item 7-2 and locating part 7-1, and the spacing executive item 7-2 that mobile side is equipped with locating part 7-1 installs frame 1-1 one side, and the spacing executive item 7-2 of the utility model is hydraulic cylinder or cylinder or servomotor; And locating part 7-1 adopts roller or the one side that contacts with plate adopts cambered surface; Locating part also can adopt the straight line contact-making surface, spacing executive item 7-2 is installed on the limit base 7-3, and limit base 7-3 is installed on the curb girder of frame 1-1 through securing member; This limit base 7-3 also can be installed on the upper support frame 1-4; Draw in the process of platen 1-5 or plate gets into positioning area at plate, spacing executive item 7-2 drives locating part 7-1 and promotes plate, make groove bar on the plate be positioned at setting from the beginning of the position.See Fig. 1, shown in 2; The utility model thruster mechanism 2 comprises thruster executive item 2-1 and thruster part 2-3, and the thruster executive item 2-1 that mobile side is equipped with thruster part 2-3 is installed in the opposite side of frame 1-1, and the thruster executive item 2-1 of the utility model can adopt oil cylinder or cylinder or servomotor; And thruster part 2-3 adopts roller or the one side that contacts with plate adopts cambered surface; Thruster part 2-3 also can adopt the straight line contact-making surface, and thruster executive item 2-1 is installed on the thruster seat 2-2, and thruster seat 2-2 is through on the curb girder of securing member frame 1-1 opposite side; This thruster seat 2-2 also can be installed on the upper support frame 1-4; After plate was drawn in platen 1-5 and gone up, the mobile side of thruster executive item 2-1 was stretched out back thruster roller 2-3 and is promoted plate, and when the positioning roller 3-16 that vibrates detent mechanism contacts with plate; Can positioning roller 3-16 be got in the cannelure bar of plate through thruster mechanism urges plate.
See shown in Fig. 1～3; The vibration detent mechanism 3 of the utility model comprises holder 3-4, positioning seat 3-5, decelerator 3-1, vibration support plate 3-7 and vibrator 3-8 and shaker arm 3-10; Holder 3-4 and decelerator 3-1 are installed on the upper support frame 1-4; Holder 3-4 of each vibration detent mechanism 3 is different with the installation site of decelerator 3-1, can be like Fig. 1, shown in 2, each holder 3-4 and decelerator 3-1 be installed in upper support frame 1-4 two on the longeron and on the entablature; Its power shaft of decelerator 3-1 is connected with operating grip, outlet side with can be connected along the positioning seat 3-5 that holder 3-4 moves; This decelerator of the utility model 3-1 can adopt commercially available worm type of reduction gearing, and the adjusting screw mandrel 3-2 of decelerator 3-1 outlet side is screwed on the nut 3-13 of positioning seat 3-5, and 3-1 rotates the adjusting screw mandrel 3-2 of its outlet side through operating grip control decelerator; Nut 3-13 then is fixed on the positioning seat 3-5; Rotation through regulating screw mandrel 3-2 drives nut 3-13, and positioning seat 3-5 can be moved along holder 3-4, the gear of this decelerator 3-1 outlet side and the tooth bar engagement that is installed on the positioning seat 3-5; Or the worm gear of decelerator 3-1 outlet side be installed in the worm engaging on the positioning seat 3-5, to regulate the position of positioning seat 3-5.The holder 3-4 of the utility model is L-shaped; The guide rail 3-11 that is installed in holder 3-4 two sides matches with the slide block 3-12 that is installed on the positioning seat 3-5; Make positioning seat 3-5 stable mobile; Grating chi 3-3 is installed on the holder 3-4, and the output of grating chi 3-3 is connected with display, through the accurate detection and location seat of grating chi 3-3 3-5 laterally or/and the distance that vertically moves and showing.See Fig. 1, shown in 3; The perpendicular up-down executive item 3-6 that is installed on the positioning seat 3-5 that puts of the utility model is connected with vibration support plate 3-7; The vibrator 3-8 that is connected with shaker arm 3-10 is installed on the vibration support plate 3-7, and on shaker arm 3-10 or the vibrator 3-8 elastic component 3-9 is housed, and this elastic component 3-9 can adopt spring or shell fragment; Shaker arm 3-10 bottom has the positioning roller 3-16 that can freely rotate; This positioning roller 3-16 can be installed on the shaker arm 3-10, and in the bottom of each positioning roller 3-16, platen 1-5 is provided with the ball 1-6 of array arrangement; Drive shaker arm 3-10 swing through vibrator 3-8 work, the positioning roller 3-16 of its bottom is positioned automatic adjusting of plate.
See shown in Figure 3; The angular structure that the shaker arm 3-10 of the utility model is made up of crossbeam and column; The riser that the crossbeam of shaker arm 3-10 passes on the vibration support plate 3-7 is connected with vibrator 3-8; Be sleeved on that its two ends of elastic component 3-9 withstand on vibrator 3-8 and the riser on the shaker arm 3-10 crossbeam, its two ends of another elastic component 3-9 that are sleeved on the shaker arm 3-10 crossbeam withstand on the column of riser and shaker arm 3-10.The utility model also can be installed in elastic component 3-9 on the vibrator 3-8; In order to make shaker arm 3-10 translation elevating movement; The side that vibration support plate 3-7 is positioned at up-down executive item 3-6 is installed in riser guide 3-14; Lifting slider 3-15 and riser guide 3-14 on the vibration support plate 3-7 match, and this up-down executive item 3-6 is hydraulic cylinder or cylinder or servomotor, and 3-10 does elevating movement through up-down executive item 3-6 control shaker arm; Can satisfy difform groove bar position and groove depth, accurate completion is vertical or/and horizontal location to plate.
See Fig. 1, shown in 2, the hold-down mechanism 8 of the utility model comprises and compresses executive item 8-2 and pressed seat 8-1, compresses executive item 8-2 and can be uniformly distributed with and be installed on the upper support frame 1-4; Respectively compressing mount pad 8-3 is fixed on the upper support frame 1-4; Perpendicular the putting of pressed seat 8-1 is installed in the mobile side that compresses executive item 8-2, and this compresses executive item 8-2 can adopt oil cylinder or cylinder or servomotor, and platen 1-5 is provided with the wedge corresponding with each pressed seat 8-1; This wedge can be set directly on the platen 1-5; Can also be on platen 1-5, to be provided with opening, wedge be arranged in the opening, and this wedge is fixed on the hog frame with platen; After plate is located automatically, compress spacing through 8 pairs of plates of hold-down mechanism.
See Fig. 1, shown in 4～6, the slicing mechanism 5 of the utility model comprises knife rest 5-1, feed driven unit and is installed at least three group cutter shaft assemblies on the knife rest 5-1.See Fig. 1, shown in 3; The utility model feed driven unit comprises and is installed in frame 1-1 or/and feed motor 5-17 on the lower supporting frame 1-2 and feed transmission mechanism; Feed motor 5-17 outlet side is connected with knife rest 5-1 through the feed transmission mechanism; See shown in Fig. 3～5 that feed motor 5-17 of the utility model and passive axle bed 5-3 are installed on the following reinforcement longeron 1-7 of lower supporting frame 1-2, the feed transmission mechanism of the utility model is tape handler or chain-drive mechanism; The driving-belt 5-5 of feed transmission mechanism or driving-chain are installed on the driving wheel and band cutter follower of feed motor output shaft; On the passive axle bed 5-3 that is with the cutter follower to be connected, passive axle bed 5-3 is installed in the both sides of the following reinforcement longeron 1-7 of lower supporting frame 1-2, and band cutter driven axle 5-2 is installed on the mobile seat of passive axle bed 5-3 through two bearings; Mobile seat is arranged in the gathering sill of passive axle bed 5-3; The adjusting screw(rod) 5-4 that is screwed in respectively on the passive axle bed 5-3 is connected with mobile seat, through rotatablely moving of adjusting screw(rod) 5-4, mobile seat is moved forward and backward in the gathering sill of passive axle bed 5-3; And the degree of tightness of regulating driving-chain or driving-belt 5-5, clamping plate 5-16 is installed in the bottom of knife rest 5-1 and clamps driving-belt 5-5 or driving-chain.
The cutter shaft assembly of the utility model is visible shown in Figure 4ly to be provided with five groups; When the needs sanction saves two; Cutter shaft assembly that can be through two ends cuts plate with each blade 5-12 on the middle cutter shaft assembly; And when needs cut three; Each blade 5-12 on cutter shaft assembly that can be through two ends and two the cutter shaft assemblies at middle part cuts plate, can be through being arranged on the little plate that a plurality of cutter shaft assemblies on the knife rest 5-1 cut different in width in advance, and the utility model also can be through regulating the little plate that part cutter shaft assembly lateral attitude on knife rest 5-1 cut out different in width.See Fig. 4, shown in 5, the utility model cutter shaft assembly comprises blade 5-12, adjustable plate 5-14, cutter shaft bearing 5-20, motor cabinet 5-19 and motor 5-6 and flexible executive item 11, what adjustable plate 5-14 can laterally move is installed on the knife rest 5-1; Adjustable plate 5-14 bottom is provided with horizontal gathering sill; Cross rail on gathering sill on the adjustable plate 5-14 and the base plate 5-15 matches, and base plate 5-15 is installed on the knife rest 5-1, and this base plate 5-15 can be installed on the knife rest 5-1 through fastening; Because the knife rest slide block 5-7 and the tool guide 1-3 of knife rest 5-1 bottom match; So the linearity of saw plate is very high, sees shown in Fig. 3～5 that the utility model also is connected with the lateral adjustments bar on base plate 5-15; Base plate 5-15 is provided with on the nut; The lateral adjustments bar is connected with adjustable plate 5-14, can adjustable plate 5-14 relatively small amount moved through operation lateral adjustments bar, and reach the width that cuts that precision is regulated plate.
See shown in Fig. 4～6 that the motor 5-6 of the utility model is installed on the motor cabinet 5-19, motor cabinet 5-19 is connected with cutter shaft bearing 5-20, and motor cabinet 5-19 is installed on the cutter shaft bearing 5-20 through securing member.The utility model is the degree of tightness and the loading and unloading motor 5-6 of driving-belt or driving-chain among the convenient adjusting blade transmission mechanism 5-8; This motor cabinet 5-19 lower hinge on cutter shaft bearing 5-20, top is connected with the top of cutter shaft bearing 5-20 through connector 5-21; This connector 5-21 is made up of screw bolt and nut; Bolted splice is on cutter shaft bearing 5-29, and bolt is arranged in the mounting groove of motor cabinet 5-19 and through nut and fixes, and is installed in the top that band part 5-18 withstands on cutter shaft bearing 5-20 of opening on motor cabinet 5-19 top; This band part 5-18 can adopt bolt, and bolt is screwed in motor cabinet 5-19 and goes up and withstand on the cutter shaft bearing 5-20.See shown in Fig. 4～6; The cutter shaft 5-10 of the utility model is installed on the installing plate of cutter shaft bearing 5-20 through cutter shaft seat 5-9, and cutter shaft 5-10 one end is connected with blade 5-12, the other end is connected with the output shaft of motor 5-6 through blade transmission mechanism 5-8, and the utility model cutter shaft 5-10 is installed on the cutter shaft seat 5-9 through two bearings; Cutter shaft seat 5-9 is installed on the installing plate through securing member; This blade transmission mechanism 5-8 can adopt tape handler or chain-drive mechanism, also can adopt gear drive, and its driving wheel is installed on the motor output shaft; Follower is installed on the cutter shaft 5-10; Driving-belt or driving-chain are connected with follower with driving wheel, or idler gear and driving wheel and follower engagement, through motor 5-6 and blade transmission mechanism 5-8 power transmission are gone up to cutter shaft 5-10 and drive blade 5-12 cutting plate.See Fig. 4, shown in 5, the utility model cutter shaft bearing 5-20 lower hinge is in the side of adjustable plate 5-14, the bottom of cutter shaft bearing 5-20 is provided with hinged seat; And the side of adjustable plate 5-14 also is provided with hinged seat, and swivel pin is installed on the hinged seat of hinged seat and cutter shaft bearing 5-20 of adjustable plate 5-14, makes cutter shaft bearing 5-20 along the central axis of swivel pin and rotate; The two ends of flexible executive item 11 are hinged on adjustable plate 5-14 and the cutter shaft bearing 5-20; Should flexible executive item 11 be hydraulic cylinder or cylinder or servomotor, and, cutter shaft bearing 5-20 rotated along hinged center through flexible executive item 11 contractive action; Drive that blade 5-12 moves down or on move; On the cutter shaft bearing 5-20 filings collecting chamber 5-13 is installed, filings collecting chamber 5-13 is positioned at the periphery of blade 5-12, and the bottom of this filings collecting chamber 5-13 is installed on the cutter shaft bearing 5-20; And filings collecting chamber 5-13 communicates with the airduct that is installed in frame mechanism last 1; The filings collecting chamber 5-13 of the utility model is made up of two half casings, and wherein half casing is fixed on the cutter shaft bearing 5-20, and half casing is plugged on this half casing and through lock pin and fixes in addition.
See Fig. 1, shown in 2; The back drawing-plate mechanism 6 of the utility model comprises back arm-tie executive item 6-2 and back arm-tie 6-1; Back arm-tie executive item 6-2 is installed in the bottom of upper support frame 1-4; Back arm-tie executive item 6-2 can be installed in the bottom of upper support frame 1-4 through post-tensioning panel seat 6-3, and the back arm-tie after being installed on the arm-tie executive item 6-2 is positioned at the both sides of each blade 5-12, back arm-tie executive item 6-2 recverable oil cylinder or the cylinder or the servomotor of the utility model; Drawing-plate mechanism 6 can adopt three, four or be depicted as six like Fig. 1,2 behind the utility model; And cylinder can adopt Rodless cylinder, and the little plate after cutting is pulled out platen 1-5 through back drawing-plate mechanism 6, and this back drawing-plate mechanism 6 also can adopt slide block guide rail mechanism.
See shown in Fig. 1～6 that plate is drawn in platen 1-5 4 times through preceding drawing-plate mechanism, positioning roller 3-16 is arranged in the transverse groove bar; The spacing executive item of lateral confinement position mechanism 7 drives the side that locating part promotes plate, make cannelure bar on the plate be positioned at setting from the beginning of the position, and when the positioning roller 3-16 that vibrates detent mechanism 3 contacts with plate; Drive thruster part 2-3 through the thruster executive item 2-1 in the thruster mechanism 2 and promote plate, positioning roller 3-16 is arranged in the cannelure bar of plate, positioning roller vibration processes to the cannelure bar of plate or/and the transverse groove bar position; After the positioned; Move on the positioning roller 3-16, and each hold-down mechanism 8 on compress executive item 8-2 and drive pressed seat 8-1 and push down plate, feed this moment motor 5-17 starts; And drive knife rest 5-1 vertically moves; Cut plate through the blade 5-12 on each cutter shaft assembly again, when cut finish after, the executive item 8-2 that compresses of hold-down mechanism 8 retreats; The little plate that back arm-tie executive item 6-2 on the back drawing-plate mechanism 6 will drive after back arm-tie 6-1 will respectively cut is pulled out platen 1-5, back and forth above action.
Claims (9)
1. automatic multiple blade saw that is used for moulded board is characterized in that: comprise frame mechanism (1), preceding drawing-plate mechanism (4), vibration detent mechanism (3) and hold-down mechanism (8), slicing mechanism (5) and back drawing-plate mechanism (6),
Described frame mechanism (1) comprises frame (1-1) and platen (1-5); Be fixed with platen (1-5) and upper support frame (1-4) on the frame (1-1) and be positioned at the lower supporting frame (1-2) of platen (1-5) bottom; Be provided with more than one and vertically on the platen (1-5) of notch a plurality of balls (1-6) be installed; Upper support frame (1-4) be equipped with at least one to the vibration detent mechanism (3) of cannelure bar location or/and at least one vibration detent mechanism (3) to transverse groove bar location; Drawing-plate mechanism (6) and at least six hold-down mechanisms (8) behind at least two preceding drawing-plate mechanisms (4) and at least two are installed on the upper support frame (1-4), the slicing mechanism (5) that can be along the longitudinal movement is installed on the lower supporting frame (1-2);
The preceding arm-tie executive item (4-2) of drawing-plate mechanism (4) is installed on the upper support frame (1-4) before described, the mobile side of arm-tie executive item (4-2) before preceding arm-tie (4-3) is installed in;
The holder (3-4) of described vibration detent mechanism (3) and decelerator (3-1) are installed on the upper support frame (1-4); Its power shaft of decelerator (3-1) is connected with operating grip, outlet side with can be connected along the mobile positioning seat (3-5) of holder (3-4); The perpendicular up-down executive item (3-6) that is installed on the positioning seat (3-5) of putting is connected with vibration support plate (3-7); The vibrator (3-8) that is connected with shaker arm (3-10) is installed on the vibration support plate (3-7); And on shaker arm (3-10) or the vibrator (3-8) elastic component (3-9) is housed, shaker arm (3-10) bottom has the positioning roller (3-16) that can freely rotate;
The executive item (8-2) that compresses of described hold-down mechanism (8) is installed on the upper support frame (1-4), and perpendicular the putting of pressed seat (8-1) is installed on the mobile side that compresses executive item (8-2), and platen (1-5) is provided with and the corresponding wedge of each pressed seat (8-1);
Described slicing mechanism (5) comprises knife rest (5-1), feed driven unit and is installed at least three group cutter shaft assemblies on the knife rest (5-1); The feed driven unit comprises and is installed in frame (1-1) or/and feed motor (5-17) and the feed transmission mechanism on the lower supporting frame (1-2); Feed motor (5-17) outlet side is connected with knife rest (5-1) through the feed transmission mechanism, and at least two the knife rest slide blocks in knife rest (5-1) bottom (5-7) be arranged on the lower supporting frame (1-2) two longitudinally tool guide (1-3) match; The adjustable plate of described cutter shaft assembly (5-14) can laterally move and be installed on the knife rest (5-1); Motor (5-6) is installed on the motor cabinet (5-19); Motor cabinet (5-19) is connected with cutter shaft bearing (5-20); Cutter shaft (5-10) is installed on the installing plate of cutter shaft bearing (5-20) through cutter shaft seat (5-9); Cutter shaft (5-10) end is connected with blade (5-12), the other end is connected with the output shaft of motor (5-6) through blade transmission mechanism (5-8), and the lower hinge of cutter shaft bearing (5-20) is in a side of adjustable plate (5-14), and the two ends of flexible executive item (11) are hinged on respectively on adjustable plate (5-14) and the cutter shaft bearing (5-20);
The back arm-tie executive item (6-2) of described back drawing-plate mechanism (6) is installed on the upper support frame (1-4), and the back arm-tie (6-1) that is installed in the mobile side of back arm-tie executive item (6-2) is positioned at the both sides, rear portion of each blade (5-12).
2. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: saidly vertically be separately installed with lateral confinement position mechanism (7) and thruster mechanism (2) in both sides in frame (1-1); Lateral confinement position mechanism (7) comprises spacing executive item (7-2) and locating part (7-1); Mobile side is equipped with spacing executive item (7-2) installation frame (1-1) side of locating part (7-1); Thruster mechanism (2) comprises thruster executive item (2-1) and thruster part (2-3), and the thruster executive item (2-1) that mobile side is equipped with thruster part (2-3) is installed in the opposite side of frame (1-1).
3. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: described feed transmission mechanism is tape handler or chain-drive mechanism; Driving-belt of feed transmission mechanism (5-5) or driving-chain are installed on the driving wheel and band cutter follower of feed motor output shaft; The passive axle bed (5-3) that is connected with band cutter follower is installed in the both sides of the following reinforcement longeron (1-7) of lower supporting frame (1-2); Band cutter driven axle (5-2) is installed on the mobile seat of passive axle bed (5-3) respectively through two bearings; Mobile seat is arranged in the gathering sill of passive axle bed (5-3), and the adjusting screw(rod) (5-4) that is screwed in respectively on the passive axle bed (5-3) is connected with mobile seat, and clamping plate (5-16) are installed in the bottom of knife rest (5-1) and clamp driving-belt (5-5) or driving-chain.
4. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: described motor cabinet (5-19) lower hinge goes up at cutter shaft bearing (5-20), top is connected with cutter shaft bearing (5-20) through connector (5-21), and is installed in the top that band part (5-18) withstands on cutter shaft bearing (5-20) of opening on motor cabinet (5-19) top.
5. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: said adjustable plate (5-14) bottom is provided with horizontal gathering sill; Cross rail on the gathering sill of adjustable plate (5-14) and the base plate (5-15) matches; Base plate (5-15) is installed on the knife rest (5-1), and the lateral adjustments bar is screwed on the nut of base plate (5-15), and the lateral adjustments bar is connected with adjustable plate (5-14).
6. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: (3-4) is L-shaped for said holder; The guide rail (3-11) that is installed in holder (3-4) two sides matches with the slide block (3-12) that is installed on the positioning seat (3-5); Grating chi (3-3) is installed on the holder (3-4); And the output termination display of grating chi (3-3), the side that vibration support plate (3-7) is positioned at up-down executive item (3-6) is equipped with riser guide (3-14), and the lifting slider (3-15) on the vibration support plate (3-7) matches with riser guide (3-14).
7. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: the angular structure that described shaker arm (3-10) is made up of crossbeam and column; The riser that the crossbeam of shaker arm (3-10) passes on the vibration support plate (3-7) is connected with vibrator (3-8); Be sleeved on that its two ends of an elastic component (3-9) withstand on vibrator (3-8) and the riser on shaker arm (3-10) crossbeam, its two ends of another elastic component (3-9) that are sleeved on shaker arm (3-10) crossbeam withstand on the column of riser and shaker arm (3-10).
8. the automatic multiple blade saw that is used for moulded board according to claim 1 is characterized in that: filings collecting chamber (5-13) is installed on the described cutter shaft bearing (5-20), and filings collecting chamber (5-13) is positioned at the periphery of blade (5-12).
9. the automatic multiple blade saw that is used for moulded board according to claim 1; It is characterized in that: arm-tie executive item (4-2) is installed on the preceding arm-tie seat (4-1) before said; Preceding arm-tie seat (4-1) is installed in the crossbeam bottom of upper support frame (1-4); On the preceding arm-tie guide rail (4-5) of arm-tie seat (4-1), preceding arm-tie (4-3) was installed on the preceding arm-tie slide block (4-4) before the preceding arm-tie slide block (4-4) that is connected with the mobile side of preceding arm-tie executive item (4-2) was arranged on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120404498XU CN202399326U (en) | 2011-10-21 | 2011-10-21 | Automatic multi-blade saw for molded boards |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120404498XU CN202399326U (en) | 2011-10-21 | 2011-10-21 | Automatic multi-blade saw for molded boards |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202399326U true CN202399326U (en) | 2012-08-29 |
Family
ID=46697000
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120404498XU Expired - Fee Related CN202399326U (en) | 2011-10-21 | 2011-10-21 | Automatic multi-blade saw for molded boards |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202399326U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105313181A (en) * | 2015-10-27 | 2016-02-10 | 安吉科瑞自动化设备有限公司 | Sawing machine for wood boards |
| CN105345895A (en) * | 2015-12-01 | 2016-02-24 | 圣象实业（江苏）有限公司 | Floor slitting automatic positioning device |
| CN109366599A (en) * | 2018-10-22 | 2019-02-22 | 中山市创建机械设备有限公司 | A kind of intelligent cutting means for porcelain tendre processing |
| CN110181606A (en) * | 2019-06-26 | 2019-08-30 | 惠州市一诺纯美家居用品有限公司 | A kind of log splitter accurately cut |
| IT202000019636A1 (en) * | 2020-08-07 | 2022-02-07 | Dimec S R L | MULTI-BLADE MULTIPLE CROSS CUTTING MACHINE FOR CUTTING TO SIZE OF WOODEN BOARDS |
-
2011
- 2011-10-21 CN CN201120404498XU patent/CN202399326U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105313181A (en) * | 2015-10-27 | 2016-02-10 | 安吉科瑞自动化设备有限公司 | Sawing machine for wood boards |
| CN105313181B (en) * | 2015-10-27 | 2018-07-13 | 安吉科瑞自动化设备有限公司 | Plank sawing machine |
| CN105345895A (en) * | 2015-12-01 | 2016-02-24 | 圣象实业（江苏）有限公司 | Floor slitting automatic positioning device |
| CN109366599A (en) * | 2018-10-22 | 2019-02-22 | 中山市创建机械设备有限公司 | A kind of intelligent cutting means for porcelain tendre processing |
| CN110181606A (en) * | 2019-06-26 | 2019-08-30 | 惠州市一诺纯美家居用品有限公司 | A kind of log splitter accurately cut |
| IT202000019636A1 (en) * | 2020-08-07 | 2022-02-07 | Dimec S R L | MULTI-BLADE MULTIPLE CROSS CUTTING MACHINE FOR CUTTING TO SIZE OF WOODEN BOARDS |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120829 Termination date: 20171021 |