CN1082971A - Comprehensive machine for woodwork - Google Patents
Comprehensive machine for woodwork Download PDFInfo
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- CN1082971A CN1082971A CN 92111464 CN92111464A CN1082971A CN 1082971 A CN1082971 A CN 1082971A CN 92111464 CN92111464 CN 92111464 CN 92111464 A CN92111464 A CN 92111464A CN 1082971 A CN1082971 A CN 1082971A
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Abstract
A kind of comprehensive machine for woodwork, it is to have the four sides planing, mobile perforating, efficient lathe with the continuous process wood of making the tenon function, the four sides thicknesser is to be improved by planer to connect three plane axles and comprehensive frame, set upright and feeding with the material folding device that slides on the frame main guide rail, time processing can be finished the scraping of each different form of four sides of long, curved timber.Being connected with the horizontal material folding device that moves two upright clamping plate on the main guide rail slide block with motor at the drilling tool of adjusting angle on the frid, bore straight eye of dozens of or strabismus continuously by belt transmission, do not need mobile timber.Material folding device feeding on the also available main guide rail, by be connected saw on the beam the saw tenon and cut the shoulder saw blade and finish the system tenon, complete machine is with two motors.
Description
The present invention relates to a kind of comprehensive machine for woodwork, this lathe perforating does not need mobile timber, beats straight eye of dozens of or strabismus continuously, once can dig timber four sides different shape and long curvedly do not limit longitudinally, can make one of polylith timber become tenon for the first time during the system tenon.
At present, known multi-planer, one is dug axle, a motor, inefficiency is dangerous, the motor that the four sides thicknesser is used is many, and it is single to work, electricity wasting, the perforating head can not move, lose time and muscle power, these lathes all have electricity wasting and inefficient common drawback, and incompatible individual carpenter and midget plant buy.
The purpose of this invention is to provide a kind of comprehensive machine for woodwork, it can not only one time the different shape in planing wood material four sides, long bending do not limit, and it is safe and power saving, it is time saving and energy saving not need mobile timber to beat the dozens of eye continuously during perforating, system tenon, press wood planer are set upright timber, all use a main guide rail with the perforating guiding, only need the material folding device is rotated an angle of 90 degrees, whole lathe two motors, efficiently, power saving, making be simple, cost is low, conveniently moving adapts to individual carpenter and large, medium and small type woodworking mill and construction site and uses
The object of the present invention is achieved like this: four sides press wood planer aftertable is formed right angle benchmark job platform by lower table and side workbench, workbench upper end, right angle is connected with cross rail, the cross rail other end is connected with lower table by staking, activity slotting bearing shell is connected with cross rail, horizontal material extrusion device and idler are installed on the activity slotting bearing shell, bearing shell is adjusted on the cross rail by screw rod and moves, side workbench front end is installed the slotting axle, last plane axle is connected with two right angle frames with anti-reverse material pressing device two ends, two right angle frame back legs are connected with the aftertable both sides, and liftable, two right angle frame forelegs are that the lift adjustment screw rod is connected with the front console both sides, front console has the upright portable plate of adjustable processing capacity on one side to fixing slotting axle, front console is connected with main guide rail one end with comprehensive frame, and the perforating head is connected with material folding device riser by frid or other known mode, and rotatable angle, motor is connected with another riser by the belt transmission jewel hole with the same manner
The saw beam of dovetailer and main guide rail parallel longitudinal, be installed in upright leg top liftable adjustment, the middle part installation of saw beam is cut the shoulder saw frame and is connected pin plate with system tenon motor, cutting shoulder saw frame lifting assembly is connected with the saw beam with the adjustment bearing diagonal, the angle of adjusting bearing diagonal and saw beam can change two sizes of cutting vertical range between the shoulder saw, and the electronic wheel of system tenon is connected with mandrel, and two cut that to take on the saw blade rotation be by horizontal plane through-drive electric-motor drive, cooperate the system tenon by main guide rail and material folding device
Three kinds of shared main guide rails of function, slide block and material folding device are made guider, main guide rail one end is connected with front console, the other end becomes the disjunctor right angle to be connected with bearing diagonal with the rear end frame, there is roller on main guide rail, to slide around in the slide block two-port, be connected with pin plate above the slide block, the laterally vertical main guide rail of pin plate is connected with frid, frid is connected with the material folding device, and rotatable 90 to 360 degree angles, rotatable 180 degree of the movable riser of material folding device are installed with the benchmark base plate, material folding device two risers are processed into the pin shape and are connected with the frid that motor D1 goes up installation with drilling tool, and the material folding device is by adjusting screw rod and tension spring clamping timber.
The present invention is further described below in conjunction with drawings and Examples.
Fig. 1 is a four sides thicknesser aftertable vertical view.
Fig. 2 is the front view of Fig. 1
Fig. 3 is fixing slotting axle front view
Fig. 4 is the side view of Fig. 3
Fig. 5 is an activity slotting axle front view
Fig. 6 is Fig. 5 side view
Fig. 7 is the A-A cutaway view
Fig. 8 is the B-B cutaway view
Fig. 9 Figure 10 is the idler installation diagram
Figure 11 goes up to dig the pedestal vertical view
Figure 12 is the C-C cutaway view
Figure 13 is a four sides press wood planer vertical view
Figure 14 is a D-D cutaway view among Figure 13
Figure 15 is the slide block front view
Figure 16 is the slide block side view
Figure 17 is a material folding device front view
Figure 18 is an E-E cutaway view among Figure 17
Figure 19 cuts shoulder saw frame side view
Figure 20 cuts shoulder saw frame front view
Figure 21 is a perforating frame front view
Figure 22 is a dovetailer frame front view
Figure 23 is the horizontal deep cutting view of comprehensive frame
Figure 24 is the various sectional views of main guide rail
Figure 25 is the belt installation diagram
Figure 26 is the various sectional views of belt
Figure 27 is the dust cover vertical view
Figure 28 is the dust cover side view
Figure 29 is four sides another embodiment vertical view of thicknesser
Figure 30 is the side view of Figure 29
Figure 31 digs the bearing shell front view on Figure 29
Figure 32 is Figure 29 belt installation diagram
Figure 33 is the comprehensive machine for woodwork side view
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142.143 vertical guide rail 144. cross rails 145. activity slotting bearing shells 146. are adjusted the 161. side material extrusions of screw rods 147. side workbench 148. slotting axle installing ports 149. feed roller installing ports 150. feed roller adjusting seats 151. compression springs 152. feed roller bearing shells 153. slotting axle top bearing shells 154. slotting axle lower bearinges 155. gap bridge wheel shafts 156. slotting axles 157. slotting arbor wheels 158. idlers 159. activity slotting arbor wheels 160. jackscrews and are taken turns and dig bearing shell 174. front binders on 162. compression springs, 163. adjusting sleeves, 164. lift adjustment screw rods, 165. feed rollers, 166. dovetail guides, 167. dovetail frids, 168. feed roller side stands, 169. installing holes, 170. vertical guide rails assembling pin 171. worm gears 172. worm screws 173. and roll and dig the bearing shell dovetail groove on watt 175. compression springs, 176. spring bases, 177. connecting plates 178. among Figure 29 .30.31.32.
In the aftertable embodiment shown in Fig. 1 .2, square aftertable (1.2) is connected with cross rail (9) by hole (6), cross rail (9) other end connects and composes square frame shape aftertable by the hole (7) on staking (10) and the aftertable (1), following deep gouge (11) of going up processing along workbench (1) of activity slotting axle moves, and following plane axle is installed with seat (5).
In the fixedly slotting axle assembly embodiment shown in the figure (3.4), top bearing shell (24) is connected with aftertable installing hole (3) by screw (25), the top bearing shell front is connected by screw (27) with upright conduit (23), upright material extrusion is rolled (17) and is installed by elevating lever (14) compression spring (16) retaining screw (15) antirotation keys (26) and upright conduit (23), material extrusion is rolled high low dimensional and is adjusted by retaining screw (15), fixedly the crowded cutter groove (20) of slotting axle (19) is identical with other three plane axles, all there is the heavy silk of toolsetting (21) to adjust the error of coaxial blade, two angles of digging the crowded cutter groove of axle relatively are opposite processing simultaneously, relatively inwardly change reverse process wood when making blade work, slotting axle (19) the higher authorities install following dress bearing shell (18) of wheel (22) and are connected with aftertable installing hole (4).
In the activity slotting axle assembly embodiment shown in the figure (5.6.7.8), the material extrusion of horizontal material extrusion device is rolled (37) and is connected by the screw (40) of vertical shaft (28) with movable upright bearing shell (39), with fixed screw (34) fixed leg (33) is connected with movable upright bearing shell, (30) one of horizontal adjustment screw rods are connected with vertical shaft (28) bottom with connecting pin (29), put compression spring (31) then and pass fixed leg (33) bottom hole, with adjusting nut (32), be adjusted to and require the position, install with the bearing (41.42) in the movable upright bearing shell (39) on activity slotting axle (38) top, wheel (36) is installed on the axle, and the movable nut (43) of adjusting cooperates with adjustment screw rod (81).
Idler in Fig. 9 .10 (45) is connected with installing hole (35) on the movable bearing shell with screw by pedestal (44).
On shown in Figure 11 .12 among plane stock and the anti-reverse back-pressure materials device embodiment, two connect not, and the upright leg Lower Half in right angle frame (46) back has lifting groove (47), front end is inboard to be connected with pivot pin with the nut (56) of preceding lifting screw (58), the sprocket wheel on lifting screw top (55) is by chain (63) assembling, adjust the lifting of two right angle frame front portions by handle (64), two right angle frame rear portion liftings are adjusted with goat's horn nut (62) by adjustment screw mandrel (60) the cover mounting plate (59) that hangs on the back planing bench projection (12), only use the uncomfortable goat's horn nut of handle (64) during fine setting, anti-reverse holding pad (49) two ends are connected with adjustment screw mandrel (52) by connecting axle (48), put compression spring (50) conduit (54) and nut (51) then, mounting pipe (53) two is connected with two right angle frames (46) are anterior on two conduits (54) and the anti-reverse holding pad, anti-reverse holding pad angle is transferred to the press wood planer plane by adjustment nut (51) and keeps about 70 degree angles, last plane axle (66) is to be connected with two right angle frames (46) by bearing shell (67), and, dig axle (66) one ends wheel (65) is installed as far as possible near anti-reverse holding pad (49).
Among the embodiment shown in Figure 13, with screw (74) two right angle frame back legs are connected with aftertable projection (12), the lower end of lifting screw (58), be connected with front console two lateral adaptation positions by installation sleeve watt (57), movable upright bearing shell (39) is connected with cross rail (9), adjusting screw rod (81) one ends is connected with side workbench (2) by fixed cover watt (80), the other end rotates drive nut (43) by handle 8 moves activity slotting axle assembly, upright support of motor (73) is connected with installing hole (13), screw (75) is used to process the identical iron plate of rabbet size, to dig mouthful iron (72) simultaneously and change corresponding plane mouthful iron into, digging mouthful iron (71) also can change on demand, front console (76) is installed upright portable plate (78) to fixing slotting axle one side, guide rail (79), by handle (77), adjust the processing capacity that upright portable plate (78) changes timber.
Idler among Figure 14 (70) is installed in down and digs the bearing liner front, and exceeds wheel (69) while and take turns (65) three-wheel on same vertical plane.
Among the main guide rail slide block assembly embodiment shown in Figure 15 .16, roller (84) is installed around in slide block (82) two-port, wherein have the roller of two adjacent surfaces and fixedly the distance of roller by jackscrew (85) fine setting, make slide block (82) and main guide rail (110) keep the free gap, dovetail iron (83) is connected with slide block (82) is top, and laterally vertical main guide rail (110) is adjusted screw bracket (86) at the material folding device assembly of dovetail iron one side and respectively is connected one with slide block (82) both sides.
Among the material folding device assembly embodiment shown in Figure 17 .18, slide plate nut (99) is connected with slide plate (87) one sides, be connected with material folding device base plate (88) above the slide plate (87), and rotatable 90 to 360 degree angles, it is disjunctor that base plate (88) becomes an angle of 90 degrees with riser (89), riser (89) bottom one side is connected spring base (94) and is connected with tension spring (93) with spring base (94), tension spring (93) rotates edge joint with adjustment screw rod (92), be connected with screw (95) with ambulatory splint base plate (90) by nut (96) again, it is disjunctor that ambulatory splint base plate (90) becomes an angle of 90 degrees with riser (91), material folding device base plate (89) is connected with (90) dovetail, material folding device riser screw (91.98) is used for fixing perforating drilling tool and motor, rotatable 180 degree of riser (91) are installed with base plate (88), at this moment be used for clamping system tenon timber, riser (89.91) is processed into the frid of installing on dovetail or T type pin shape and drilling tool and the motor to be connected, connect the back by being rotationally connected, horizontal mobile drilling tool when making frid (87) move (not drawing) with allowance that adjusts the planing wood material and perforating with material folding device assembly and main guide rail are laterally vertical with nut (99) fit screw rod and support (86).
Cutting among the shoulder saw frame assembly embodiment shown in Figure 19 .20, cutting shoulder saw frame (102) is connected with lifting assembly (103.105) by pivot pin (104), cut shoulder mandrel (107.108) wheel (100.109) and rolling bearing and saw frame (102) installation are installed respectively, cutting shoulder saw is with and adjusts pad and saw blade (123) then, install with nut, adjusting bearing diagonal (106) takes on saw frame (102) and is connected with pivot pin with cutting, cut shoulder saw idler (101) with taking turns (100.109) a vertical plane triangularity, be installed on the saw frame (102), two cut shoulder saw blade (123) also can be installed on two liftable saw frames and to be connected (picture) with the saw beam and can to achieve the above object.
Among the perforating frame embodiment shown in Figure 21, main guide rail (110) one ends are downwards that the disjunctor right angle is connected with end frame crossbeam (135) with bearing diagonal (120), the other end adapts to the position and is connected below the planer front console, require the top the same work top of material folding device base plate (88) on a horizontal plane, slide block (82) is gone up at main guide rail (110) and is slided, by eccentric shaft dead man (113) or jackscrew location, drilling tool (121) is rotationally connected with frid and then is connected with material folding device riser (89), fixing by screw (111), motor is connected with riser (91) with the same manner, handle (112) cooperates with frid nut (99) by screw rod and is installed on the support (86), making the material folding device laterally move (not drawing) bearing diagonal (120) other end by turning handle is connected with front end frame crossbeam (135), upright leg (117) the higher authorities are connected following with end floor beam (135) and are connected with drawing iron (134), the centre is connected with material-supporting beam (114), upright leg (118) connects with the mode of (117), and anchor clamps (115.116) are slidingly matched with material-supporting beam (114) and fix with jackscrew.Lift adjustment material-supporting beam (114) cooperates rotation drilling tool can get out the strabismus of various angles.
Among the dovetailer frame embodiment shown in Figure 22, rotate the mode of an angle of 90 degrees when the position was the system tenon when position of material folding device riser (89.91) was the system tenon, the dovetail iron of motor D1 is installed, be connected with saw beam (122) middle part by screw (124), then the frid on the motor D1 seat is connected (not drawing) system tenon saw axle (126) top has saw blade (125) and adjusts pad with dovetail iron, fix with nut, following is connected with electronic wheel, lifting assembly (103.105) is connected with saw beam (122) by screw (124), bearing diagonal (106) is by screw (127) and clamping plate (128) clamping saw beam (122), cut the size of takeing on vertical range between the saw blade (123) by the adjustable included angle whole two that changes between bearing diagonal (106) and the saw beam (122), adjust the height of lifting group frame (103), make saw blade (123) cooperate the system tenon with saw blade (125), following is connected upright leg (129.130) with drawing iron (134), the middle part is connected with material-supporting beam (133), top cooperates installation with conduit (131), saw beam (122) two ends are connected with two conduits (131) respectively, in upright leg (129.130) top lift adjustment, fixing with jackscrew (132), also can pass through the screw rod lift adjustment.
The neutral leg (117.130) of Figure 23 top is connected with end frame crossbeam (135), following is with drawing iron to connect, it is exactly that Figure 21 .22 is linked together that upright leg (118.129) connects with above-mentioned mode, and the plane that material-supporting beam (114.133) forms is vertical with drilling tool (121), wherein a material-supporting beam can parallel lift adjustment (drawing) be beaten strabismus usefulness, during perforating motor D1 is contained on the material folding device riser (91), during the system tenon material folding device is turn 90 degrees, motor D1 is contained on the dovetail iron of saw beam (122), the saw beam is installed on (129.130) when the system tenon, drilling tool during the planing wood material (121) and saw beam (122) can be laid down, and motor D1 are installed on the dovetail iron of motor frame (73).
Among other several embodiment of main guide rail cross section shown in Figure 24, main guide rail in addition several embodiment shown in figure .a.b.c.d.e.f., or by dovetail shaped, circular shaft, triangle, a word, T word, I-shaped, polygon polygon cross section, other cross section guide rail that is combined into cooperates with corresponding slide assemblies, and the moving guide rail of each one of comprehensive machine for woodwork and assembly all can process by the way.
The explanation motor is by the bel-drivenn operation principle among Figure 25, motor D1 wheel drives slotting arbor wheel (22.36) and idler (45), motor D2 wheel drives upper and lower plane arbor wheel (69.64) and idler (70), and motor D2 also can drive and cut shoulder saw wheel (100.109) and idler (101) during the system tenon.
The sectional view of each embodiment of belt shown in Figure 26 such as hexagonal, circle, four jiaos, plate shaped belt.
Is connected with cover plate (137) above the safe dust cover (136) among Figure 27, cover plate (137) grooved hole (138) can make activity slotting axle (38) and gap bridge wheel shaft (44) mobile in the hole, and hole (139) are fixing slotting axial outlets.
The neutral slotted eye of Figure 28 (140) is to go up to dig axle (66) lifting groove, and install with the aftertable both sides in the hole (141) of dust cover (136) both sides bottom.
Among the another kind of embodiment of the thicknesser of four sides shown in Figure 29 .30, upright guide rail (142.143) is connected with cross rail (144) two ends, upright guide rail (142) is connected with side workbench (147) front end simultaneously, activity slotting bearing shell (145) is connected with cross rail (144), bearing shell (145) rotates controlling dimension by adjusting screw rod (146) and handle, upright guide rail (142) back of side workbench (147) front end is provided with slotting axle installing port (148) and feed roller installing port (149), the outside vertically is connected with guide rail (166) above the side workbench, guide rail (166) cooperates installation with frid (167), frid (167) is connected with motor D1, groove nip side work entablature (149) is arranged before and after the feed roller bearing shell (152), can be up and down, fixedly connected with compression spring (151) above the bearing shell (152), spring (151) is fixedlyed connected with adjustment seat (150), adjusting seat (50) is clamped on the side work entablature (149), can adjust clamping up and down, install with the same manner at feed roller (165) two ends, but, the adjustment seat (150) of one end can be mounted on above the feed roller side stand (168) with lift adjustment screw rod (164), the gap bridge wheel shaft is connected with top bearing shell (153) angulus anterolateralis place, slotting axle (156) is gone up lower bearing (153.154) and is connected in the outside up and down with installing port (148) respectively, side material extrusion wheel (161) is adjusted with compression spring (162) and is enclosed within after cover (163) is fixedlyed connected on the feed roller 165 with the size of adjusting jackscrew (160) the control material extrusion that puts, feed roller rotate be by connected worm gear (171) by worm screw (172) and decelerator by motor drives, following bearing shell of pot bar (172) is connected with aftertable, top bearing shell is connected (not drawing) with side stand (168), by installing hole (169) with side workbench (147), upright guide rail is installed leg (170), and side stand (168) is installed in appropriate location, aftertable both sides, in order to connect the convenience of comprehensive frame, firmly, the planer front console becomes fixedly disjunctor with plane stock, drive four plane axles with the aftertable lifting and adjust down plane axle allowance (drawing), because therefore four plane axle while liftings on aftertable do not influence machining accuracy.
Going up plane bearing shell (173) first half among Figure 31 has the preceding binder of installation to roll watt (174) and compression spring (175) and seat (176), last plane bearing shell dovetail groove (178) is connected with upright guide rail (142.143), last plane bearing shell (173) is rotationally connected with lifting screw, the nut of lifting screw is fixed on upright guide rail (142.143) upper end, cooperates to rotate to adjust by chain and sprocket wheel and goes up the lifting (not drawing) of digging axle.
Among Figure 32, slotting arbor wheel (157.159) is taken turns drive work by belt and idler (158) by motor 01.
In comprehensive machine for woodwork embodiment shown in Figure 33, four side moulder front console (76) was connected with frame main guide rail (110) when the lathe general assembly was described, was connected with frame lower by bearing diagonal again.(do not draw) in another example, can also extend to the aftertable end to comprehensive frame, front console (76) is fixed in the above, be fixed on aftertable plane mouthful both sides digging the axle bearing shell down, then aftertable is connected with frame by eccentric shaft or other known up-down mode, eccentric rotation axis can be adjusted down and dig axle allowance, can reach above-mentioned easy to connect, firm purpose.
The mode of planing tool with known crowded cutter is installed, squeezing the butt joint of cutter iron by two disconnected above all sizes uses, during the planing shaped face, take off the disconnected cutter iron that squeezes in the position that the plane axle needs and overlap the special-shaped blade that installation is protruded with flat blade, with the crowded cutter iron that takes off from new jam-packed, change the corresponding mouthful iron that digs simultaneously, during rabbet to the aftertable hole (75) of rabbet blade also need install the iron plate identical with rabbet size with rabbet blade height one to, other three installations of digging the axle blades are same as described above.
Claims (6)
1, a kind of comprehensive machine for woodwork, has four sides thicknesser assembly, mobile perforator assembly, the dovetailer assembly, it is characterized in that: four sides press wood planer aftertable is a right angle benchmark job platform, form by lower table and side workbench, be connected with cross rail above the right angle workbench, the cross rail other end is connected with lower table by staking, activity slotting bearing shell is connected with cross rail, the movable plane installed horizontal material extrusion device and idler on the bearing shell, bearing shell moves by being adjusted on the cross rail of a chain for binding criminals bar, and side workbench front end is installed the slotting axle, and last plane axle is connected with two right angle frames with anti-reverse material pressing device two ends, two right angle frame back legs are connected and liftable with the aftertable both sides, two right angle frame forelegs are that lift adjustment a chain for binding criminals bar is connected with the front console both sides, and following plane axle is installed on the bearing block of aftertable, and offside workbench front console on one side has the upright portable plate of adjustable processing capacity, front console is connected with main guide rail one end with comprehensive frame
Mobile perforating head is connected with material folding device riser by frid or other known mode, and rotatable angle, and motor is connected with another riser with the same manner, by the belt transmission jewel hole,
The saw beam of dovetailer and main guide rail parallel longitudinal, the middle part connection of saw beam is cut the shoulder saw frame and is connected pin plate with system tenon motor, cutting shoulder saw frame lifting assembly is connected with the saw beam with the adjustment bearing diagonal, adjust bearing diagonal and the angle of sawing beam, can change two and cut the size of vertical range between the shoulder saw blade, the electronic wheel of system tenon is connected with mandrel, and two cut that to take on the saw blade rotation be by horizontal plane through-drive electric-motor drive, cooperate the system tenon by main guide rail and material folding device
Three kinds of shared main guide rails of function, slide block and material folding device are made guider, main guide rail one end is connected with front console, the other end becomes the disjunctor right angle to be connected with bearing diagonal with frame, be connected with roller around in the slide block two-port, be connected with pin plate above the slide block, the laterally vertical main guide rail of pin plate is connected with frid, frid is connected with the material folding device, and rotatable 90 to 360 degree angles, the movable riser of material folding device rotatable 180 is installed with the benchmark base plate, and material folding device two risers are processed into the frid of installing on pin shape and drilling tool and the motor and are connected, and the material folding device passes through adjustment a chain for binding criminals bar and spring clamping timber.
2, comprehensive machine for woodwork according to claim 1, it is characterized in that: front console can be disjunctor with the plane body, aftertable is digging lifting on the body, aftertable is connected with the side workbench, the upright guide rail of side workbench front by cross rail with edge-on guide rail is connected, digging bearing shell on the two upright guide rails and two is connected, adjust lifting by screw rod, feed roller in parallel is installed in the cross rail back, feed roller one end is connected with the side workbench, the other end is connected with side stand, by the transmission system charging, the movable guiding rail of motor D1 is installed in the side workbench top outside, on dig the bearing shell first half groove that material extrusion is rolled before the horizontal installation arranged, the dress material extrusion is rolled watt and compression spring in the groove, dig between the bearing shell on two, install plane axle and preceding material extrusion and roll, material extrusion is rolled with feed roller and all is with identical side material extrusion wheel, spring and adjustment cover, four are dug axle and parts are installed on the liftable aftertable
3, comprehensive machine for woodwork according to claim 1, it is characterized in that: the main guide rail cross section is a word, T word, I-shaped, circular shaft, triangle, polygon polygonal, swallowtail shape or other shape guide rail of being become by above-mentioned combination of shapes also, cooperate corresponding carriage, whole all available dovetail of each moving-member of lathe or T shape pin, groove mode and other known manner connect, and can both achieve the above object.
4, according to the described comprehensive machine for woodwork of claim 1, it is characterized in that: perforating head and motor mounting are on the material folding device that can move with the main guide rail vertical, horizontal, and vertical material-supporting beam or plate, and can adjust the drilling tool angle,
5, comprehensive machine for woodwork according to claim 1 is characterized in that: two cut the shoulder mandrel can also be installed on two liftable saw frames with the saw beam and is connected, is dovetailer by main guide rail and the cooperation of material folding device,
6, comprehensive machine for woodwork according to claim 1, it is characterized in that: a motor drives two slotting axles by belt and idler, also can move on on the material folding device on perforating and the saw beam saw tenon to this motor uses, another motor drives two horizontal plane axles by belt and idler, mobile belt also can drive two and cut the shoulder mandrel, and belt section is hexagonal or circle, also four jiaos or dull and stereotyped belt, the perforating head is connected with frid separately with motor, and rotatable angle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92111464 CN1082971A (en) | 1992-09-28 | 1992-09-28 | Comprehensive machine for woodwork |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 92111464 CN1082971A (en) | 1992-09-28 | 1992-09-28 | Comprehensive machine for woodwork |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1082971A true CN1082971A (en) | 1994-03-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 92111464 Pending CN1082971A (en) | 1992-09-28 | 1992-09-28 | Comprehensive machine for woodwork |
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| Country | Link |
|---|---|
| CN (1) | CN1082971A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2008048969A1 (en) * | 2006-10-17 | 2008-04-24 | Woodmaster Tools, Inc. | Inverted multiple router station |
| CN108430718A (en) * | 2015-12-24 | 2018-08-21 | 李贤珍 | Woodworker's bench and Multifunctional carpenter device |
| CN112677254A (en) * | 2021-01-08 | 2021-04-20 | 彭国利 | Multifunctional tongue depressor production and manufacturing equipment |
| CN115416112A (en) * | 2022-10-17 | 2022-12-02 | 溆浦湘楚木作古建工程有限公司 | Four-side planing tenoning and edge cleaning assembly line based on intelligent control |
-
1992
- 1992-09-28 CN CN 92111464 patent/CN1082971A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2008048969A1 (en) * | 2006-10-17 | 2008-04-24 | Woodmaster Tools, Inc. | Inverted multiple router station |
| US7882866B2 (en) | 2006-10-17 | 2011-02-08 | Woodmaster Tools, Inc. | Inverted multiple router station |
| CN108430718A (en) * | 2015-12-24 | 2018-08-21 | 李贤珍 | Woodworker's bench and Multifunctional carpenter device |
| CN112677254A (en) * | 2021-01-08 | 2021-04-20 | 彭国利 | Multifunctional tongue depressor production and manufacturing equipment |
| CN112677254B (en) * | 2021-01-08 | 2022-10-18 | 彭国利 | Multifunctional tongue depressor production and manufacturing equipment |
| CN115416112A (en) * | 2022-10-17 | 2022-12-02 | 溆浦湘楚木作古建工程有限公司 | Four-side planing tenoning and edge cleaning assembly line based on intelligent control |
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