CN2908110Y - Cutting machine for stone material - Google Patents
Cutting machine for stone material Download PDFInfo
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- CN2908110Y CN2908110Y CN 200620083228 CN200620083228U CN2908110Y CN 2908110 Y CN2908110 Y CN 2908110Y CN 200620083228 CN200620083228 CN 200620083228 CN 200620083228 U CN200620083228 U CN 200620083228U CN 2908110 Y CN2908110 Y CN 2908110Y
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Abstract
The utility model discloses a new stone cutting machine. An electric motor, a transmission mechanism and a principal axis are arranged on the machine frame, while a saw blade clamping device is fixed on the principal axis and a plurality of parallel saw blades and a conveying worktable that is transversally connected with the machine frame are arranged on the saw blade clamping device. The transmission mechanism consists of an axial eccentric wheel and two joining devices that are fixed on the principal axis and are respectively abutted with the upper and lower surfaces of the external edge of the axial eccentric wheel. The axial eccentric wheel rotates along with the electric motor and drives the two joining devices to do up and down linear reciprocating movement, and the two joining devices drive the principal axis to do the up and down linear reciprocating movement. The utility model has the beneficial effect as follows: the rotation of the axial eccentric wheel drives the two joining devices to do up and down linear reciprocating movement and the two joining devices drive the principal axis to do the up and down linear reciprocating movement, so the axial eccentric wheel has less abrasion during the working process, and is not prone to be damaged; and the axial eccentric wheel is directly leaned against the two joining devices so a collision is not prone to happen and large noises are also impossibly produced.
Description
Affiliated technical field
The utility model relates to a kind of makita 4100NH tool, particularly relates to a kind of makita 4100NH tool by linear reciprocation cutting about many saw blades arranged side by side of main shaft drive.
Background technology
The applicant has applied for that on January 2nd, 2004 invention and created name is a kind of utility model of makita 4100NH tool, and its patent No. is CN200420037907.7, and the bulletin time is on 01 05th, 2005.A kind of makita 4100NH tool comprises: frame; Be fixed in the motor on the frame; Be connected in the transmission mechanism of frame, it comprise driving coupling in the flywheel of motor, with the coaxial swivel plate of flywheel, be fixed in the eccentric shaft of swivel plate and be slidingly connected type spare in the side U of eccentric shaft; The main shaft of straight reciprocating motion up and down, it is fixedly linked in side U type spare; Be fixed in the saw blade clamping apparatus of main shaft; Be arranged at many saw blades arranged side by side of saw blade clamping apparatus; And the conveying workbench that laterally is connected in frame.Many saw blades arranged side by side are done linear reciprocation cutting up and down with main shaft, but its cutting stone material all in the process of moving up and down.Find that through experiment transmission mechanism drives main shaft by eccentric shaft and does straight reciprocating motion up and down in this technical scheme, eccentric shaft is stressed big, and wearing and tearing easily damage easily; In the motion process, can bump between eccentric shaft after the wearing and tearing and the side U type spare, big noise is sent in this collision.
The utility model content
In order to overcome the existing deficiency of existing makita 4100NH tool, the utility model provides a kind of novel makita 4100NH tool, and this novel makita 4100NH tool can not send big noise in the course of the work, and long service life.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of novel makita 4100NH tool, on frame, establish motor, transmission mechanism, main shaft, be fixed in the saw blade clamping apparatus of main shaft, many saw blades arranged side by side that are arranged on the saw blade clamping apparatus reach the conveying workbench that laterally is connected in frame, described transmission mechanism comprises axis direction eccentricity wheel, be fixed in two coupling arrangements of main shaft, two coupling arrangements are abutted against the outer peripheral upper and lower surface in axis direction eccentricity wheel respectively, wherein, axis direction eccentricity wheel is followed the motor rotation and is driven two coupling arrangements and does straight reciprocating motion up and down, and two coupling arrangements drive main shaft and do straight reciprocating motion up and down.
Described coupling arrangement comprises that a relative fixed is connected in the rolling bearing of transverse pivot in the transverse pivot and of main shaft, and wherein, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
Described coupling arrangement comprises that also one adjusts the transverse pivot upper-lower position and makes rolling bearing be abutted against the micromatic setting on axis direction eccentricity wheel surface, it comprises and is opened in main shaft and a slip gain and a spacer that width is identical with the transverse pivot external diameter, offer the aperture locating hole identical with the transverse pivot external diameter on this spacer, transverse pivot is passed slip gain and locating hole; Wherein, the spacer of other matching screw interlocking two coupling arrangements, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
Described micromatic setting also comprises another spacer, also offers the aperture locating hole identical with the transverse pivot external diameter on this spacer; Two locating holes lay respectively at the main shaft two sides, and transverse pivot is passed slip gain and two locating holes, and two spacers also extend outward the extension that stretches out main shaft; Coupling has a fixed block, the extension of its two spacers that detachably are fixedly connected; Wherein, the fixed block of other matching screw interlocking two coupling arrangements, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
Also be provided with the hollow framework of the main shaft that is fixedly connected on the described frame, it comprises Top Crossbeam, lower cross arm and two trailing arms, and wherein, trailing arm top all offers locating hole, and the bottom all offers the longitudinal sliding motion gain;
Described saw blade clamping apparatus comprises that the fastening screw mandrel of following saw blade, that a fastening screw mandrel of last saw blade, that removably fixedly passes locating hole on two removably passes two longitudinal sliding motion gains can regulate upper-lower position and pass the following adjusting positioner of lower cross arm; The fastening screw mandrel of last saw blade pass saw blade the upper end through hole and between adjacent per two saw blades pad set the hassock sheet, the fastening screw mandrel of following saw blade pass saw blade the bottom through hole and between adjacent per two saw blades pad set the hassock sheet; Following adjusting positioner upper end offers fixing hole, and the fastening screw mandrel of following saw blade passes down the fixing hole of adjusting positioner.
Also be provided with the class I shape framework of the main shaft that is fixedly connected on the described frame, it comprises Top Crossbeam, lower cross arm and trailing arm, and wherein, trailing arm top offers the longitudinal sliding motion gain, and the bottom offers down locating hole;
Described saw blade clamping apparatus comprises that the fastening screw mandrel of following saw blade, that a fastening screw mandrel of last saw blade, that removably passes the longitudinal sliding motion gain removably fixedly passes down locating hole can regulate upper-lower position and pass the adjusted positioner of Top Crossbeam; The fastening screw mandrel of last saw blade pass saw blade the upper end through hole and between adjacent per two saw blades pad set the hassock sheet, the fastening screw mandrel of following saw blade pass saw blade the bottom through hole and between adjacent per two saw blades pad set the hassock sheet; Adjusted positioner bottom offers fixing hole, and the fastening screw mandrel of last saw blade passes the fixing hole of adjusted positioner.
Described hollow framework is provided with guide post, and described frame is provided with fairlead, is provided with scroll wheel or linear bearing in this fairlead; Wherein, guide post is plugged in the fairlead and is abutted against scroll wheel or linear bearing.
Described class I shape framework is provided with guide post, and described frame is provided with fairlead, is provided with scroll wheel or linear bearing in this fairlead; Wherein, guide post is plugged in the fairlead and is abutted against scroll wheel or linear bearing.
The rear side of described class I shape framework is installed with fixed bar, and this fixed bar and saw blade clamping apparatus lay respectively at the trailing arm both sides.
Described saw blade clamping apparatus also comprises a positioner that can add the fastening screw mandrel of saw blade under the fixed bit; Positioner fixedly passes lower cross arm, and its upper end is provided with locating hole, and the fastening screw mandrel of following saw blade passes locating hole.
Described saw blade clamping apparatus comprises that also one can regulate the following horizontal micromatic setting of downward modulation joint positioner lateral attitude.
Described saw blade clamping apparatus comprises that also one can regulate the last horizontal micromatic setting of adjusted positioner lateral attitude.
Also comprise cooling device, it comprises that one can be communicated in water-main and several cooling tubes that is communicated in water-main at water source, the number of cooling tube is identical with the number of saw blade, the thickness of cooling tube is less than the thickness of saw blade, wherein, each cooling tube is sitting at respectively after the corresponding saw blade, and cooling tube is provided with the hole for water spraying of several subtends in saw blade.
Described water-main is fixed on the frame, each cooling tube end is linked on the frame by class side Z type seat respectively, class side Z type seat comprises top, is fixed in the transverse part of top lower limb, is fixed in the antemarginal bottom of transverse part, wherein, top is connected in frame rotationally, and the bottom is connected in the cooling tube end rotationally.
The length of described cooling tube is less than the length of saw blade.
Described cooling tube becomes flat, its by cross current in water-main.
The beneficial effects of the utility model are:
One, straight reciprocating motion about the utility model axis direction eccentricity wheel rotation drive two coupling arrangements are done, two coupling arrangements drive main shaft and do straight reciprocating motion up and down, and axial eccentric wheel weares and teares and lacks in the course of work, is not easy to damage; Directly bump against being difficult between axis direction eccentricity wheel and two coupling arrangements, can not send big noise;
Its two, rolling bearing is abutted against the outer edge surface in axis direction eccentricity wheel, can reduce the frictional force between axis direction eccentricity wheel and the coupling arrangement;
They are three years old, be provided with micromatic setting, regulate distance up and down between rolling bearing and the axis direction eccentricity wheel by micromatic setting, make rolling bearing be abutted against outer edge surface in axis direction eccentricity wheel, gapped and bump to prevent between axis direction eccentricity wheel and two coupling arrangements;
Its four, regulate the tensioning degree of the fastening screw mandrel of saw blade down by regulating positioner down, make the tension force of saw blade meet split requirement;
Its five, regulate to go up the tensioning degree of the fastening screw mandrel of saw blade by the adjusted positioner, make the tension force of saw blade meet split requirement;
Its six, guide post can be plugged in the fairlead and be abutted against scroll wheel or sliding bearing, then guarantees framework straight reciprocating motion up and down, and scroll wheel or the sliding bearing power of can reducing friction;
Its seven, the rear side of class I shape framework is provided with fixed bar, is used to guarantee that the tension force of saw blade meets split requirement;
Its eight, positioner is used to fixedly secure the fastening screw mandrel of saw blade, prevents that saw blade from rocking;
Its nine, the fixed block of bolt interlocking two coupling arrangements makes to be staggeredly located out between spacer and the axis direction eccentricity wheel, the total compactness, it is little to take up room;
Its ten, saw blade clamping apparatus comprises that also one can regulate the following horizontal micromatic setting of downward modulation joint positioner lateral attitude, can be used for the different stone material of cutting thickness;
Its 11, the thickness of cooling tube is less than the thickness of saw blade, promptly less than joint-cutting, the stone material after the cutting can be smoothly by saw blade and cooling tube; Cooling tube can cool off the whole piece saw blade, accelerates row's nitre speed, good cooling results;
Its 12, saw blade clamping apparatus also comprises a positioner that can add the fastening screw mandrel of saw blade under the fixed bit; Intensity with the screw mandrel of the framework that strengthens I shape;
They are 13 years old, when adjusting the stone material joint-cutting, in order to make the stone material after the cutting also can pass through cooling tube smoothly, need to adjust the position of cooling tube, the course of work of class side Z type seat is: rotate class side Z type seat with respect to frame earlier and also both adjusted the cooling tube position, rotating cooling tube relative to the bottom of class side Z type seat then, making cooling tube aim at saw blade, easy to adjust;
Its 14, the length of cooling tube is less than the length of saw blade, makes that the stone material after the cutting can be smoothly by saw blade and cooling tube;
Its 15, cooling tube becomes flat, it in water-main, makes the total compactness by cross current, it is little to take up room.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1 is the schematic diagram of the makita 4100NH tool of embodiment one of the present utility model.
Fig. 2 is the schematic diagram of the coupling arrangement of embodiment one of the present utility model.
Fig. 3 is the schematic diagram of the cooling device of embodiment one of the present utility model.
Fig. 4 is the schematic diagram of the makita 4100NH tool of embodiment two of the present utility model.
Fig. 5 is the schematic diagram of the makita 4100NH tool of embodiment three of the present utility model.
The specific embodiment
Embodiment one
A kind of novel makita 4100NH tool as shown in Figure 1, 2, 3, is established motor 2, transmission mechanism 3, main shaft 4, class I shape framework 5, saw blade clamping apparatus 6, many saw blades 7 arranged side by side, cooling device 8 and conveying workbench on frame 1.
The bottom of the main shaft of axis direction eccentricity wheel 31 is connected in the rolling bearing and pressure bearing in a clutch shaft bearing hole 131 of main engine bed 13; The main shaft upper end of this axis direction eccentricity wheel 31 is passed in the rolling bearing and pressure bearing in another clutch shaft bearing hole 131 of main engine bed 13, and this upper end also is fixed with belt driven pulley 22.Belt driven pulley 22 is connected in belt driving wheel 21 by belt, and makes axis direction eccentricity wheel 31 follow motor 2 to move in a circle.
Coupling arrangement 32 comprises a transverse pivot 321, a rolling bearing 322, a micromatic setting 323.Rolling bearing 322 is positioned on the transverse pivot 321.Micromatic setting 323 is used to regulate transverse pivot 321 upper-lower positions and makes rolling bearing 322 be abutted against the outer edge surface of axis direction eccentricity wheel 31, this micromatic setting 323 comprises two spacers 3231, and this spacer 3231 offers the aperture locating hole 32311 identical with transverse pivot 321 external diameters.Two spacers 3231 lay respectively at the left and right sides of main shaft 4, and both sides, spacer 3231 front and back stretch out into extension 32312 respectively, offer by spliced eye on the extension 32312; Coupling has two fixed blocks 32313, and the two sides of fixed block 32313 are installed with the grafting piece, two grafting pieces of one of them fixed block detachably peg graft respectively two extensions 32312 be positioned at spacer 3231 front sides by spliced eye; Two grafting pieces of another fixed block detachably peg graft respectively two extensions 32312 be positioned at spacer 3231 rear sides by spliced eye.Transverse pivot 321 is passed the first slip gain 41 and two locating holes 32311.Other mates two bolts, two fixed blocks 32313 that are positioned at spacer 3231 front sides of a bolt interlocking two coupling arrangements 32 wherein, two fixed blocks 32313 that are positioned at spacer 3231 rear sides of another bolt 32314 interlockings two coupling arrangements 32, make rolling bearing 322 be abutted against, and then located the position of transverse pivot 321 in the outer edge surface of axis direction eccentricity wheel 31.By the two nuts two ends of interlocking transverse pivot 321 respectively, and with rolling bearing 322, micromatic setting 323 interlockings in main shaft 4.
Class I shape framework 5 comprises Top Crossbeam 51, lower cross arm 52 and trailing arm 53, and Top Crossbeam 51 end faces are fixed in the bottom of main shaft 4.Trailing arm 53 tops offer the 3rd slip gain 531 longitudinally, and the bottom offers down locating hole 532.The rear side of class I shape framework 5 is provided with two fixed bars 54, and this two fixed bar 54 and saw blade clamping apparatus 6 lay respectively at trailing arm 53 both sides.In addition coupling has a transverse sheet 56 be fixedly connected trailing arm 53 middle parts, two fixed bars, 54 middle parts.
Class I shape framework 5 is provided with guide post 55, and wherein, guide post 55 can be plugged in the fairlead 14 and be abutted against scroll wheel or linear bearing.
Saw blade clamping apparatus 6 comprises the fastening screw mandrel 62 of following saw blade, three adjusted keepers 63 and two positioners 64 that the fastening screw mandrel 61, of the last saw blade that passes trailing arm 53 vertical the 3rd slip gains 531 passes down locating hole 532.Adjusted keeper 63 can be regulated the upper-lower position of himself, and adjusted keeper 63 bottoms offer fixing hole, and the fastening screw mandrel 63 of last saw blade passes the fixing hole of adjusted keeper 63, the position of going up the fastening screw mandrel 63 of saw blade by the fixing hole location.Can offer horizontal slip gain on the Top Crossbeam 51, other coupling has regulates the last horizontal micromatic settings that adjusted keeper 63 laterally moves, but makes adjusted keeper 63 left and right adjusting also fixedly pass horizontal slip gain (being used for can regulating when relative width changes between the saw blade).The fastening screw mandrel 61 of last saw blade pass saw blade 7 the upper end through hole and between adjacent per two saw blades 7 pad set the hassock sheet, by nut with saw blade 7, decide hassock sheet, adjusted keeper 63 interlockings in the fastening screw mandrel 61 of last saw blade.Positioner 64 is fixedly arranged on lower cross arm 52, and its upper end offers fixing hole, and the fastening screw mandrel 62 of following saw blade passes fixing hole.Wherein, offer horizontal slip gain on the lower cross arm 52, other coupling has the following horizontal micromatic settings that adjusting positioner 64 laterally moves on the positioner 64, but makes positioner 64 left and right adjusting also fixedly pass horizontal slip gain (being used for can regulating when relative width changes between the saw blade).The fastening screw mandrel 62 of following saw blade pass saw blade 7 the bottom through hole and between adjacent per two saw blades 7 pad set the hassock sheet, by nut with saw blade 7, positioner 64 and decide the hassock mortice lock and be connected to down the fastening screw mandrel 62 of saw blade.
Cooling device 8 comprises that one can be communicated in water-main 81 and several cooling tubes 82 that is communicated in water-main 81 at water source.Water-main 81 is fixedly set on the cross wall 12.The number of cooling tube 82 is identical with the number of saw blade 7, and each cooling tube 82 is sitting at respectively after the corresponding saw blade 7, and cooling tube 82 is provided with the hole for water spraying of several subtends in saw blade 7.82 one-tenth flat of cooling tube, the thickness of cooling tube 82 are less than the thickness of saw blade 7, and the length of cooling tube 82 is less than the length of saw blade 7.Cooling tube 82 pass through cross current in water-main 81.Each cooling tube 82 end is linked on the frame 1 by class side Z type seat 83 respectively, and class side Z type seat 83 comprises top 831, is fixed in the transverse part 832 of top 831 lower limbs, is fixed in transverse part 832 antemarginal bottoms 833.Wherein, the top 831 of the Z type seat 83 is plugged in cross wall 12 lower surfaces rotationally, but bottom 832 plug cooling tubes, 83 upper surfaces; The top 831 of second Z type seat 83 is plugged in cooling tube 83 bottom surfaces rotationally, but the upper surface of a bottom 832 plug cross walls 12.
But structure, connecting mode and the method for operation REFERENCE TO RELATED people of the miscellaneous part of not introducing in detail in the present embodiment are in the utility model of a kind of makita 4100NH tool of application on January 2nd, 2004; Or reference: a kind of structure improved makita 4100NH tool (patent No. is CN200420098777.8), a kind of diamond cutter (its patent No. is CN200420098786.7), structure improved makita 4100NH tool (its patent No. is CN200420098778.2), a kind of positioner and clamping device (its patent No. is CN200420038626.3) thereof that is applied on the stone machining equipment that is applied to the stone material cutting.Wherein, conveying workbench and carrying method can be with reference to the utility model of the applicant application on 01 10th, 2005, and it is called the pay-off that is applied on the stone machining equipment, and the patent No. is 200520080194.7.Cutting arc panel stone material can be with reference to the utility model of the applicant's application, and its name is called a kind of cambered plate makita 4100NH, and its patent No. is CN200420040087.7.
Embodiment two
Present embodiment and embodiment one difference are: as shown in Figure 4, a kind of novel makita 4100NH tool is established motor 2, transmission mechanism 3, main shaft 4, hollow framework 5, saw blade clamping apparatus 6, many saw blades 7 arranged side by side, cooling device 8 and conveying workbench on frame 1.
Saw blade clamping apparatus 6 comprises that the fastening screw mandrel 61, of the last saw blade of the last locating hole 533 that passes two trailing arms 53 passes the fastening screw mandrel of the following saw blade of the 4th slip gain 534 of two trailing arms 53 62, twice adjusting keepers 64.The fastening screw mandrel 61 of last saw blade pass saw blade 7 the upper end through hole and between adjacent per two saw blades 7 pad set the hassock sheet, by nut with saw blade 7, decide the hassock mortice lock and be connected to the fastening screw mandrel 61 of saw blade, other establishes, and positioner 63 is used to locate the fastening screw mandrel 61 of saw blade on two.Following adjusting keeper 64 can pass lower cross arm 52, and its upper end offers a fixing hole, can regulate the upper-lower position of downward modulation joint keeper 64 as required; Offer horizontal slip gain on the lower cross arm 52, mating in addition on the following adjusting keeper 64 has the following horizontal micromatic settings that adjusting keeper 64 laterally moves under the adjusting, but adjusting keeper 64 left and right adjusting are also fixedly passed slip gain (being used for can regulating when relative width changes between the saw blade) under feasible.The fastening screw mandrel 62 of following saw blade passes fixing hole, and by the fastening screw mandrel 62 of saw blade under fixing hole and the 4th slip gain 534 location.The fastening screw mandrel 64 of following saw blade pass saw blade 7 the bottom through hole and between adjacent per two saw blades 7 pad set the hassock sheet; By nut with saw blade 7, following adjusting keeper 64 and decide the hassock mortice lock and be connected to down the fastening screw mandrel 62 of saw blade.
Present embodiment and above-mentioned two embodiment differences are: present embodiment is that above-mentioned two embodiment are combined into an equipment, as shown in Figure 5, and can be with reference to the utility model of the applicant at a kind of makita 4100NH tool of application on January 2nd, 2004.Wherein, first embodiment is used for cutting and sets the waste material of specification, and second embodiment is used to cut big specification charging; Two frames, the 1 shared longitudinal wall 11 of two above-mentioned embodiment forms a whole frame.The shared water-main 81 of two cooling devices of two above-mentioned embodiment.The critical piece of first embodiment is for comprising motor 2`, transmission mechanism 3`, main shaft 4`, class I shape framework 5`, saw blade clamping apparatus 6`, many saw blades arranged side by side, cooling device and conveying workbench.
The above, it only is the utility model preferred embodiment, so can not limit the scope that the utility model is implemented with this, i.e. the equivalence of doing according to the utility model claim and description changes and modifies, and all should still belong in the scope that the utility model patent contains.
Claims (14)
1. novel makita 4100NH tool, on frame, establish motor, transmission mechanism, main shaft, be fixed in the saw blade clamping apparatus of main shaft, many saw blades arranged side by side that are arranged on the saw blade clamping apparatus reach the conveying workbench that laterally is connected in frame, it is characterized in that: described transmission mechanism comprises axis direction eccentricity wheel, be fixed in two coupling arrangements of main shaft, two coupling arrangements are abutted against the outer peripheral upper and lower surface in axis direction eccentricity wheel respectively, wherein, axis direction eccentricity wheel is followed the motor rotation and is driven two coupling arrangements and does straight reciprocating motion up and down, and two coupling arrangements drive main shaft and do straight reciprocating motion up and down.
2. novel makita 4100NH tool according to claim 1, it is characterized in that: described coupling arrangement comprises that a relative fixed is connected in the rolling bearing of transverse pivot in the transverse pivot and of main shaft, wherein, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
3. novel makita 4100NH tool according to claim 2, it is characterized in that: described coupling arrangement comprises that also one adjusts the transverse pivot upper-lower position and makes rolling bearing be abutted against the micromatic setting on axis direction eccentricity wheel surface, it comprises and is opened in main shaft and a slip gain and a spacer that width is identical with the transverse pivot external diameter, offer the aperture locating hole identical with the transverse pivot external diameter on this spacer, transverse pivot is passed slip gain and locating hole; Wherein, the spacer of other matching screw interlocking two coupling arrangements, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
4. novel makita 4100NH tool according to claim 3, it is characterized in that: described micromatic setting also comprises another spacer, also offers the aperture locating hole identical with the transverse pivot external diameter on this spacer; Two locating holes lay respectively at the main shaft two sides, and transverse pivot is passed slip gain and two locating holes, and two spacers also extend outward the extension that stretches out main shaft; Coupling has a fixed block, the extension of its two spacers that detachably are fixedly connected; Wherein, the fixed block of other matching screw interlocking two coupling arrangements, rolling bearing is abutted against outward flange upper surface or the lower surface in axis direction eccentricity wheel.
5. according to claim 3 or 4 described novel makita 4100NH tools, it is characterized in that:
Also be provided with the hollow framework of the main shaft that is fixedly connected on the described frame, it comprises Top Crossbeam, lower cross arm and two trailing arms, and wherein, trailing arm top all offers locating hole, and the bottom all offers the longitudinal sliding motion gain;
Described saw blade clamping apparatus comprises that the fastening screw mandrel of following saw blade, that a fastening screw mandrel of last saw blade, that removably fixedly passes locating hole on two removably passes two longitudinal sliding motion gains can regulate upper-lower position and pass the following adjusting positioner of lower cross arm; The fastening screw mandrel of last saw blade pass saw blade the upper end through hole and between adjacent per two saw blades pad set the hassock sheet, the fastening screw mandrel of following saw blade pass saw blade the bottom through hole and between adjacent per two saw blades pad set the hassock sheet; Following adjusting positioner upper end offers fixing hole, and the fastening screw mandrel of following saw blade passes down the fixing hole of adjusting positioner.
6. according to claim 3 or 4 described novel makita 4100NH tools, it is characterized in that:
Also be provided with the class I shape framework of the main shaft that is fixedly connected on the described frame, it comprises Top Crossbeam, lower cross arm and trailing arm, and wherein, trailing arm top offers the longitudinal sliding motion gain, and the bottom offers down locating hole;
Described saw blade clamping apparatus comprises that the fastening screw mandrel of following saw blade, that a fastening screw mandrel of last saw blade, that removably passes the longitudinal sliding motion gain removably fixedly passes down locating hole can regulate upper-lower position and pass the adjusted positioner of Top Crossbeam; The fastening screw mandrel of last saw blade pass saw blade the upper end through hole and between adjacent per two saw blades pad set the hassock sheet, the fastening screw mandrel of following saw blade pass saw blade the bottom through hole and between adjacent per two saw blades pad set the hassock sheet; Adjusted positioner bottom offers fixing hole, and the fastening screw mandrel of last saw blade passes the fixing hole of adjusted positioner.
7. novel makita 4100NH tool according to claim 5 is characterized in that: described hollow framework is provided with guide post, and described frame is provided with fairlead, is provided with scroll wheel or linear bearing in this fairlead; Wherein, guide post is plugged in the fairlead and is abutted against scroll wheel or linear bearing.
8. novel makita 4100NH tool according to claim 6 is characterized in that: described class I shape framework is provided with guide post, and described frame is provided with fairlead, is provided with scroll wheel or linear bearing in this fairlead; Wherein, guide post is plugged in the fairlead and is abutted against scroll wheel or linear bearing.
9. novel makita 4100NH tool according to claim 6 is characterized in that: the rear side of described class I shape framework is installed with fixed bar, and this fixed bar and saw blade clamping apparatus lay respectively at the trailing arm both sides.
10. novel makita 4100NH tool according to claim 6 is characterized in that: described saw blade clamping apparatus also comprises a positioner that can add the fastening screw mandrel of saw blade under the fixed bit; Positioner fixedly passes lower cross arm, and its upper end is provided with locating hole, and the fastening screw mandrel of following saw blade passes locating hole.
11. novel makita 4100NH tool according to claim 5 is characterized in that: described saw blade clamping apparatus comprises that also one can regulate the following horizontal micromatic setting of downward modulation joint positioner lateral attitude.
12. novel makita 4100NH tool according to claim 6 is characterized in that: described saw blade clamping apparatus comprises that also one can regulate the last horizontal micromatic setting of adjusted positioner lateral attitude.
13. novel makita 4100NH tool according to claim 1, it is characterized in that: also comprise cooling device, it comprises that one can be communicated in water-main and several cooling tubes that is communicated in water-main at water source, the number of cooling tube is identical with the number of saw blade, the thickness of cooling tube is less than the thickness of saw blade, wherein, each cooling tube is sitting at respectively after the corresponding saw blade, and cooling tube is provided with the hole for water spraying of several subtends in saw blade.
14. novel makita 4100NH tool according to claim 13, it is characterized in that: described water-main is fixed on the frame, each cooling tube end is linked on the frame by class side Z type seat respectively, class side Z type seat comprises top, is fixed in the transverse part of top lower limb, is fixed in the antemarginal bottom of transverse part, wherein, top is connected in frame rotationally, and the bottom is connected in the cooling tube end rotationally.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620083228 CN2908110Y (en) | 2006-04-13 | 2006-04-13 | Cutting machine for stone material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620083228 CN2908110Y (en) | 2006-04-13 | 2006-04-13 | Cutting machine for stone material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2908110Y true CN2908110Y (en) | 2007-06-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620083228 Expired - Fee Related CN2908110Y (en) | 2006-04-13 | 2006-04-13 | Cutting machine for stone material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2908110Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102514112A (en) * | 2011-12-23 | 2012-06-27 | 周金生 | Vertical guide structure of saw frame of stone sawing machine |
| CN104441265A (en) * | 2014-12-09 | 2015-03-25 | 湖北壁玉新材料科技有限公司 | Longitudinal cutting machine for fireproof thermal insulation ceramic plate |
| CN107234299A (en) * | 2017-06-20 | 2017-10-10 | 武威市津威环境科技有限责任公司 | A kind of cutting machine |
-
2006
- 2006-04-13 CN CN 200620083228 patent/CN2908110Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102514112A (en) * | 2011-12-23 | 2012-06-27 | 周金生 | Vertical guide structure of saw frame of stone sawing machine |
| CN102514112B (en) * | 2011-12-23 | 2015-04-29 | 周金生 | Vertical guide structure of saw frame of stone sawing machine |
| CN104441265A (en) * | 2014-12-09 | 2015-03-25 | 湖北壁玉新材料科技有限公司 | Longitudinal cutting machine for fireproof thermal insulation ceramic plate |
| CN104441265B (en) * | 2014-12-09 | 2016-02-10 | 湖北壁玉新材料科技有限公司 | The longitudinal cutter of fireproof heat insulating ceramic wafer |
| CN107234299A (en) * | 2017-06-20 | 2017-10-10 | 武威市津威环境科技有限责任公司 | A kind of cutting machine |
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Granted publication date: 20070606 Termination date: 20100413 |