CN208247022U - A kind of transmission of wood processing machine batten is plugged into sawing output all-in-one machine - Google Patents

Abstract

The utility model relates to a kind of wood processing machine battens to transmit sawing output all-in-one machine of plugging into, and be used for including being set on base with the mobile batten follower mechanism of batten transmission, for the batten cutting mechanism of batten progress sawing, the adaptive location mechanism for being positioned to batten and the damping braking mechanism for controlling batten output；Batten follower mechanism, adaptive location mechanism and damping braking mechanism are respectively arranged on the transmission line of batten, and batten successively passes through batten follower mechanism, adaptive location mechanism and damping braking mechanism when transmitting；Batten cutting mechanism is wholy set on batten follower mechanism, and under the drive of batten follower mechanism, batten cutting mechanism is transmitted with batten and moved, to realize the sawing effect in transmission to batten.This structure can be realized batten cutting effect when transmitting, and compresses to batten and positions and then effectively improve cut quality and ensure that production is gone on smoothly, change batten transmission speed in due course and then ensure the efficiency of transmission of batten.

Description

A kind of transmission of wood processing machine batten is plugged into sawing output all-in-one machine

Technical field

The utility model relates to a kind of wood processing machine, it is defeated that specifically a kind of wood processing machine batten transmits sawing of plugging into All-in-one machine out.

Background technique

The existing generally existing following problems of batten cutting machine:

1. existing batten cutting operation is to stop the batten brake in transmission, then batten is cut using saw blade； Mode of operation needs carry out under batten stationary state, therefore reduce the transmission speed of batten；

2. the cutting sheet for being currently used for cutting batten is generally unilateral saw wheel, i.e., it can only unidirectionally realize cutting work；Work When, system controls a cutting sheet unidirectionally mobile once cutting action of completion, and cutting action next time is then needed to control to cut Pitch cutting returns to original position and repeats above-mentioned movement, and the homing action of cutting sheet greatly reduces cutting efficiency；

3. in batten cutting process, often not will appear high vibration or swing in the part of cut coverage, causing to influence The cutting of batten, and vibration or swing can enable batten deviate original transmission location, influence going on smoothly for subsequent processing；

4. in batten production process, the transmission speed of batten is often invariable, but this transmission mode can only fit For in traditional batten production system, because the every process of batten requires for batten to be moved away from traditional batten production Transmission line is processed accordingly, this results in the efficiency of transmission of batten to decline, and whole production efficiency reduces.Gradually go out in the market Show new batten production system, which can carry out batten to process in transmission, the production efficiency of batten is effectively improved, but For this production method, transmission speed needs the change of adaptability, and the prior art is the output effect by controlling servo motor Rate controls transmission speed, but this method low efficiency, and big to the loss of servo motor.

Therefore, it is necessary to be further improved to existing batten cutting machine.

Summary of the invention

The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide a kind of wood processing machine use Batten transmits sawing output all-in-one machine of plugging into, and can be realized batten and cuts (retinue sawing) effect in transmission, by wood Item carries out stable compression and positions and then effectively improve the cut quality of batten and ensure that batten production is gone on smoothly, by due course Change batten transmission speed and then ensures the efficiency of transmission of batten.

Purpose of the utility model is realized as follows:

A kind of transmission of wood processing machine batten is plugged into sawing output all-in-one machine, it is characterised in that: including being set to base On for the mobile batten follower mechanism of batten transmission, the batten cutting mechanism for carrying out sawing to batten, for pair The adaptive location mechanism that batten is positioned and the damping braking mechanism for controlling batten output；The batten following machine Structure, adaptive location mechanism and damping braking mechanism are respectively arranged on the transmission line of batten, and batten successively passes through wood when transmitting Follower mechanism, adaptive location mechanism and damping braking mechanism；The batten cutting mechanism is wholy set in batten following machine On structure, under the drive of batten follower mechanism, batten cutting mechanism is transmitted with batten and is moved, and is sawed with realizing to batten in transmission Cut effect.

The batten follower mechanism includes retinue bracket and retinue driving cylinder, and retinue bracket slide formula is arranged in base On, retinue driving cylinder driving retinue bracket is moved back and forth along the transmission direction of batten；The batten cutting mechanism whole installation In on retinue bracket, retinue driving cylinder is back and forth moved by carriage drive batten cutting mechanism of accompanying along the transmission direction of batten It is dynamic.

There is the supporting station for supporting batten on the retinue bracket, is provided with above supporting station for compressing batten in branch Pressing device on cushion cap；The pressing device includes the first briquetting and compresses driving cylinder, compresses driving cylinder the first pressure of driving Block elevating movement, to promote the first briquetting to compress batten on supporting station.

There is link block at the top of first briquetting, compresses driving cylinder by link block and drive the first briquetting elevating movement； Compression elastic component, the first briquetting opposite link block bullet under the action of compressing elastic component are provided between first briquetting and link block Property float；It is provided with touch component at least moving up and down on first briquetting, is provided with inductor on link block, first When the pressure that briquetting compresses batten reaches certain value, batten drives touch component to move up and touch with inductor.

The batten cutting mechanism includes cutting driving motor, cutting sheet and driven in translation cylinder；Cut driving motor Output axis connection simultaneously drives cutting sheet to rotate to cut to batten, and driven in translation cylinder is cut by cutting driving motor driving Pitch cutting moves back and forth, and the moving direction of cutting sheet and the transmission direction of batten have certain angle；The cutting sheet is positive mobile With the bilateral saw wheel for moving backward cleavable batten.

The batten cutting mechanism further includes dust hood, and cutting sheet is moved back and forth in dust hood inner cavity；On the dust hood Equipped with the cutting openings for being connected to its inner cavity, which is located on the transmission line of batten, and batten passes through the cutting openings Through dust hood and it is at least partially disposed in dust hood inner cavity, so that cutting sheet cuts the part；Dust hood, which is equipped with, to be connected Lead to the suction inlet of its inner cavity.

The adaptive location mechanism includes being respectively arranged at the first positioning pinch roller of batten transmission line two sides and second fixed Position pinch roller and Locating driver cylinder；The first positioning pinch roller locating rotation is on the first positioning sliding block, the second positioning pinch roller Locating rotation is mutually passed between the first positioning sliding block and the second positioning sliding block by positioning transmission component on the second positioning sliding block Dynamic connection；The first positioning pinch roller of Locating driver cylinder driving or the second positioning pinch roller move back and forth, the first positioning pinch roller and Second positioning pinch roller is close to each other or separate under the action of positioning transmission component.

The positioning transmission component includes the first sprocket wheel, the second sprocket wheel and driving chain, and driving chain is set around the first chain On wheel and the second sprocket wheel, has on driving chain and be parallel to each other and forward motion section and counter motion section that the direction of motion is opposite, the One positioning sliding block and forward motion section are affixed, and the second positioning sliding block and direction motor segment are affixed.

The damping braking mechanism includes movable supporting rack, output motor, brake clutch, torque force limiting device, output rolling Wheel and damping brake cylinder；Described movable supporting rack one end is articulated on base, exports idler wheel locating rotation in movable supporting rack The other end, damping brake cylinder driving movable supporting rack have mercy on hinged spot wobble, promote to export idler wheel elevating movement；The output rolling Wheel, brake clutch and torque force limiting device difference are coaxially connected, brake clutch control output roller brake or and output motor Engagement；The output motor driving output idler wheel rotation.

The output transmission component includes driving wheel, driven wheel and synchronous belt, and synchronous belt is set around driving wheel and driven wheel On, driving wheel connects the output shaft of output motor；The output idler wheel, brake clutch, torque force limiting device and driven wheel pass through Transmission shaft is mutually coaxially connected, and between driven wheel and brake clutch, brake clutch is limited torque force limiting device by torsion Device processed acts on driven wheel, and driven wheel connects transmission shaft by bearing, exports idler wheel and brake clutch is respectively fixedly connected with Transmission shaft, driven wheel pass sequentially through torque force limiting device, brake clutch and transmission shaft driving output idler wheel rotation.

The beneficial effects of the utility model are as follows:

1. can be cut with the retinue bracket that batten transmits in conjunction with the batten being set on retinue bracket by setting Mechanism cut batten can in transmission, achieve the effect that retinue processing, since batten is also achievable without stopping transmission Relevant manufacturing procedure so the transmission speed of batten greatly promotes, and then substantially increases production efficiency；

2. driven in translation cylinder drives cutting sheet to move back and forth, promotes cutting sheet that can realize to batten and cut；Cutting sheet is adopted With positive mobile and the cleavable batten of reverse movement bilateral saw wheel, twice in succession between batten cutting action, cutting sheet without It needs to reset, batten cutting action next time can be completed with the position reverse movement of last time cutting, to improve batten cutting Efficiency, and then improve batten production efficiency；

3. by the way that positioning pinch roller close to each other or far from movement is respectively set in batten transmission line two sides, effectively to wood Item carries out compression positioning, prevents batten high vibration or swing in cutting process, and then effectively improve the cut quality of batten It can be gone on smoothly with batten is produced；

4. when normal transmission, output idler wheel is detached from batten, the transmission without influencing batten；When batten starts processing, to keep away The too fast transmission for exempting from batten influences processing effect, and brake clutch persistently carries out brake work to output idler wheel, damps brake air Cylinder driving output idler wheel decline, damping can be generated to batten by exporting idler wheel at this time, the transmission speed of batten be effectively reduced, really Processing is protected to smoothly complete；When completing processing, brake clutch disappears to the braking action of output idler wheel, in the drive of output motor Dynamic lower output idler wheel high-speed rotation, and then the batten for completing to process is driven quickly to transmit output, it is ensured that the efficiency of transmission of batten；Most Afterwards, damping brake cylinder driving output idler wheel rises, in case process next time.Pass through output motor, brake clutch, output rolling Cooperating with each other for brake cylinder is taken turns and damped, makes it that can need effectively to fit the transmission speed of batten according to processing When change, not only can ensure that batten is smooth, high-quality processing, and the efficiency of transmission of batten can be improved.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of an embodiment of the present invention.

Fig. 2 and Fig. 3 is respectively the assembled state perspective view of batten retinue saw assembly in an embodiment of the present invention.

Fig. 4 is the partial sectional view in an embodiment of the present invention under pressing device original state.

Fig. 5 is the partial sectional view in an embodiment of the present invention under pressing device impaction state.

Fig. 6 is the assembly structure diagram of adaptive location mechanism in an embodiment of the present invention.

Fig. 7 is the cross-sectional view of adaptive location mechanism in an embodiment of the present invention.

Fig. 8 is the partial top view of adaptive location mechanism in an embodiment of the present invention.

Fig. 9 and Figure 10 is respectively the perspective view that braking mechanism different direction is damped in an embodiment of the present invention.

Figure 11 is the side view of middle damping braking mechanism in an embodiment of the present invention.

Figure 12 is the cross-sectional view in the direction K-K in Figure 11.

Specific embodiment

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

Referring to Fig. 1, this wood processing machine batten transmits sawing output all-in-one machine of plugging into, including is respectively arranged at base A The batten follower mechanism B for transmitting movement with batten at top, it the batten cutting mechanism C for carrying out sawing to batten, uses In the adaptive location mechanism D positioned to batten and the damping braking mechanism E exported for controlling batten；Batten following machine Structure B, adaptive location mechanism D and damping braking mechanism E are respectively arranged on the transmission line of batten, and batten successively passes through when transmitting Batten follower mechanism B, adaptive location mechanism D and damping braking mechanism E；Batten cutting mechanism C is wholy set in batten retinue On mechanism B, under the drive of batten follower mechanism B, batten cutting mechanism C is transmitted with batten and is moved, to realize that side passes to batten Defeated side sawing effect.This equipment is able to achieve the full-automatic cutting of batten, and cutting efficiency and efficiency of transmission are high, cut quality Good, reliable performance can be used cooperatively with other wood processing machines, versatility and practical.

Further, referring to figs. 2 and 3, batten follower mechanism B includes that retinue bracket B1 and retinue drive cylinder B2, with Row bracket B1 slidingtype is arranged on base A, and retinue driving cylinder B2 is set between retinue bracket B1 and base A, and according to The transmission speed driving retinue bracket B1 of batten M is moved back and forth on base A along the transmission direction of batten M；Batten cutting mechanism C It is wholy set on retinue bracket B1, retinue driving cylinder B2 drives batten cutting mechanism C along batten M's by retinue bracket B1 Transmission direction moves back and forth.

There is the supporting station B101 for supporting batten M on retinue bracket B1, is provided with above supporting station B101 for compressing Batten M can be pressed on retinue bracket B1 by pressing device B3, be made in the pressing device B3 on supporting station B101 by batten M Batten M and retinue bracket B1 positioning, further increase transmission synchronism to each other；Referring to fig. 4 and Fig. 5, pressing device B3 Including the first briquetting B31 and driving cylinder B36 is compressed, driving cylinder B36 is compressed and drives the first briquetting B31 elevating movement, to promote The first briquetting B31 is set to compress batten M on supporting station B101.

There is link block B32 at the top of first briquetting B31, compresses driving cylinder B36 by link block B32 and drive the first briquetting B31 elevating movement；It is provided between first briquetting B31 and link block B32 and compresses elastic component B39, the first briquetting B31 is compressing bullet Property part B39 under the action of opposite link block B32 elastic floating, promote the first briquetting B31 elastic compression batten M；First briquetting B31 On be provided with touch component B38 at least moving up and down, be provided with inductor B37 on link block B32, the first briquetting B31 pressure When the pressure of tight batten M reaches certain value, batten M drives touch component B38 to move up and touch with inductor B37, compresses driving Cylinder B36 stops compressing work, and then realizes adaptive compression, regardless of batten M size changes the pressure that can all keep constant Clamp force.

Further, referring to figs. 2 and 3, batten cutting mechanism C includes cutting driving motor C1, cutting sheet C2 and translation Drive cylinder C4；It cuts the output axis connection of driving motor C1 and cutting sheet C2 is driven to rotate the translation to cut to batten M Cylinder C4 is driven to drive cutting sheet C2 to move back and forth by cutting driving motor C1, according to cutting needs, the movement of cutting sheet C2 Direction and the transmission direction of batten M are vertical at an angle of 90；Cutting sheet C2 is positive mobile and the cleavable batten of reverse movement double Side saw wheel, unidirectionally a mobile primary achievable batten cutting action cuts batten cutting action next time to cutting sheet C2 Piece C2 is without resetting, and directly in current location, reversely unidirectionally once cutting action next time is can be completed in movement, due to continuous two Without resetting between secondary batten cutting action, greatly promote batten cutting efficiency.

Batten cutting mechanism C further includes dust hood C3, and cutting sheet C2 is moved back and forth in the inner cavity dust hood C3, to realize batten Cutting action；The mutual corresponding cutting openings C301 for being equipped with and being connected to its inner cavity, the cutting openings are distinguished in side before and after dust hood C3 C301 is located on the transmission line of batten, and the cutting openings C301 that batten passes through is through dust hood C3 and is at least partially disposed in dust hood The inner cavity C3, so that cutting sheet C2 cuts the part, supporting table B101 is correspondingly arranged at cutting openings C301；Dust hood C3 is equipped with the suction inlet C302 for being connected to its inner cavity, and suction inlet C302 can connect corresponding dust exhaust apparatus, effectively take away suction Dust or sawdust that dust hood C3 internal cutting generates etc., avoiding working long hours causes each component to be covered with dust/sawdust, influences each portion The service life of part also can avoid dust/sawdust and be diffused into air, guarantees the good working environment of surrounding.

It further, include be respectively arranged at batten transmission line two sides referring to Fig. 6-Fig. 8, adaptive location mechanism D One positioning pinch roller D2 and the second positioning pinch roller D3 and Locating driver cylinder D4；First positioning pinch roller D2 locating rotation is first On positioning sliding block D5, for the second positioning pinch roller D3 locating rotation on the second positioning sliding block D6, the first positioning sliding block D5 and second is fixed It is mutually sequentially connected between the sliding block D6 of position by positioning transmission component；Locating driver cylinder D4 driving the first positioning pinch roller D2 or the Two positioning pinch roller D3 are moved back and forth, and the first positioning pinch roller D2 and the second positioning pinch roller D3 are mutual under the action of positioning transmission component Close to or far to achieve the purpose that compress positioning batten.

Positioning transmission component includes that the first sprocket wheel D7, the second sprocket wheel D8 and driving chain D13, driving chain D13 are set around On first sprocket wheel D7 and the second sprocket wheel D8, have on driving chain D13 be parallel to each other and forward motion section that the direction of motion is opposite and Counter motion section, the first positioning sliding block D5 are fixedly connected with each other with forward motion section by fastening unit D14, the second positioning sliding block D6 with Direction motor segment is fixedly connected with each other by fastening unit D14.Working principle；First positioning sliding block D5 is driven by Locating driver cylinder D4 When movement, driving chain D13 is with the first positioning sliding block D5 setting in motion, under the steering-effecting of two sprocket wheels, drives the second positioning Sliding block D5 movement, since two positioning sliding blocks are separately connected motor segment different on driving chain D13, so two positioning sliding blocks are simultaneously And counter motion, reach close to each other or far from effect.

Adaptive location mechanism D further includes cover D1, and cover D1 top slide formula is provided with tensioning sliding block D9, cover D1 There is regulating member D10 between tensioning sliding block D9, tensioning sliding block D9 is adjustable by regulating member D10 with respect to the position of cover D1 Section, specifically, regulating member D10 are the screw being spirally connected with tensioning sliding block D9, and the one end regulating member D10 locating rotation is in cover On D1, by rotating regulating member D10, under threaded function, it is mobile that formula can be adjusted in tensioning sliding block D9 relative to cover D1；The One sprocket wheel D7 locating rotation is on cover D1, and the second sprocket wheel D8 locating rotation is on tensioning sliding block D9, and the second sprocket wheel D8 is with tensioning The adjustable sliding of sliding block D9 keeps two sprocket wheels close to each other or separate, and then securable driving chain D13, really on cover D1 Protect the reliability of transmission.

Limiting slot D101, the limiting section being provided in insertion limiting slot D101 at the top of the second sprocket wheel D8 are equipped at the top of cover D1 Part D11, limiting component D11 reciprocatingly slide in limiting slot D101 under the drive of tensioning sliding block D9, and then effectively limit The shift position of second sprocket wheel D8.

Further, referring to Fig. 9-Figure 12, damp braking mechanism E include movable supporting rack E1, output motor E2, brake from Clutch E6, torque force limiting device E7, output idler wheel E8 and damping brake cylinder E9；The one end movable supporting rack E1 is articulated on base A, Idler wheel E8 locating rotation is exported in the movable supporting rack E1 other end, damps the rich hinge joint of brake cylinder E9 driving movable supporting rack E1 It swings, promotes to export idler wheel E8 elevating movement on base A；Export idler wheel E8, brake clutch E6 and torque force limiting device E7 point Not coaxially connected, brake clutch E6 control output idler wheel E8 brakes or engages with output motor E2；Output motor E2 is fixed on On movable supporting rack E1, and pass through output transmission component driving output idler wheel E8 rotation.When normal transmission, output idler wheel E8 is in Increasing state is simultaneously detached from batten, does not influence the transmission of batten；When batten starts processing, to avoid the too fast transmission of batten from influencing to add Work efficiency fruit, brake clutch E6 persistently carry out brake work to output idler wheel, and damping brake cylinder E9 driving exports under idler wheel E8 Drop, damping can be generated to batten by exporting idler wheel E8 at this time, the transmission speed of batten be effectively reduced, it is ensured that processing is smoothly complete At；When completing processing, brake clutch E6 disappears to the braking action of output idler wheel E8, defeated under the driving of output motor E2 Idler wheel E8 high-speed rotation out, and then the batten for completing to process is driven quickly to transmit output, it is ensured that the efficiency of transmission of batten；Finally, It damps brake cylinder E9 driving output idler wheel E8 to rise, in case process next time.

Output transmission component includes driving wheel E3, driven wheel E4 and synchronous belt E5, synchronous belt E5 be set around driving wheel E3 and On driven wheel E4, the output shaft of driving wheel E3 connection output motor E2；Export idler wheel E8, brake clutch E6, torque force limiting device E7 and driven wheel E4 is mutually coaxially connected by transmission shaft E10, and torque force limiting device E7 is located at driven wheel E4 and brake clutch E6 Between, brake clutch E6 is acted on driven wheel E4 by torque force limiting device E7, and driven wheel E4 is driven by bearing E11 connection Axis E10, output idler wheel E8 and brake clutch E6 are respectively fixedly connected with transmission shaft E10, and driven wheel E4 passes sequentially through torsion limitation Device E7, brake clutch E6 and transmission shaft E10 driving output idler wheel E8 rotation.

The cylinder body of damping brake cylinder E9 is fixed on base A, is extended with swinging axle E13 in the middle part of movable supporting rack E1, is hindered The body of rod of Buddhist nun's brake cylinder E9 drives movable supporting rack E1 to swing by swinging axle E13.Rotation is provided with one or more on base A Outlet roller A1, output idler wheel E8 is corresponding with outlet roller A1 or more, and outlet roller A1 can avoid larger with base A generation when batten transmission Frictional force, effectively prevent scratching and ensuring transmission speed.

The above-mentioned preferred embodiment for the utility model, has been shown and described the basic principles and main features of the utility model And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model Under the premise of the utility model also has various changes and improvements, these changes and improvements both fall within claimed it is practical new Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.

Claims (10)

1. The sawing output all-in-one machine 1. a kind of wood processing machine batten transmission is plugged into, it is characterised in that: including being set to base (A) On for the mobile batten follower mechanism (B) of batten transmission, the batten cutting mechanism (C) for carrying out sawing to batten, Adaptive location mechanism (D) for being positioned to batten and the damping braking mechanism (E) for controlling batten output；It is described Batten follower mechanism (B), adaptive location mechanism (D) and damping braking mechanism (E) are respectively arranged on the transmission line of batten, wood Item successively passes through batten follower mechanism (B), adaptive location mechanism (D) and damping braking mechanism (E) when transmitting；The batten is cut Cutting mill structure (C) is wholy set on batten follower mechanism (B), under the drive of batten follower mechanism (B), batten cutting mechanism (C) it transmits and moves with batten, to realize the sawing effect in transmission to batten.
2. 2. wood processing machine batten transmits sawing output all-in-one machine of plugging into according to claim 1, it is characterised in that: described Batten follower mechanism (B) includes retinue bracket (B1) and retinue driving cylinder (B2), and retinue bracket (B1) slidingtype is arranged in machine On seat (A), retinue driving cylinder (B2) driving retinue bracket (B1) is moved back and forth along the transmission direction of batten (M)；The batten Cutting mechanism (C) is wholy set in retinue bracket (B1), and retinue driving cylinder (B2) drives batten by retinue bracket (B1) Cutting mechanism (C) is moved back and forth along the transmission direction of batten (M).
3. The sawing output all-in-one machine 3. wood processing machine batten transmission according to claim 2 is plugged into, it is characterised in that: institute The supporting station (B101) having in retinue bracket (B1) for supporting batten (M) is stated, is provided with above supporting station (B101) for pressing Tight batten (M) is in the pressing device (B3) on supporting station (B101)；The pressing device (B3) includes the first briquetting (B31) and compresses It drives cylinder (B36), compresses driving cylinder (B36) and drive the first briquetting (B31) elevating movement, to promote the first briquetting (B31) Batten (M) is compressed on supporting station (B101).
4. The sawing output all-in-one machine 4. wood processing machine batten transmission according to claim 3 is plugged into, it is characterised in that: institute Stating has link block (B32) at the top of the first briquetting (B31), compresses driving cylinder (B36) by link block (B32) and drives the first briquetting (B31) elevating movement；It is provided between first briquetting (B31) and link block (B32) and compresses elastic component (B39), the first briquetting (B31) opposite link block (B32) elastic floating under the action of compressing elastic component (B39)；It is arranged on first briquetting (B31) There is touch component (B38) at least moving up and down, is provided with inductor (B37) on link block (B32), the first briquetting (B31) When the pressure of compression batten (M) reaches certain value, batten (M) drives touch component (B38) to move up and touch with inductor (B37) It touches.
5. 5. wood processing machine batten transmits sawing output all-in-one machine of plugging into according to claim 1, it is characterised in that: described Batten cutting mechanism (C) includes cutting driving motor (C1), cutting sheet (C2) and driven in translation cylinder (C4)；Cut driving motor (C1) output axis connection simultaneously drives cutting sheet (C2) to rotate to cut to batten (M), and driven in translation cylinder (C4) passes through It cuts driving motor (C1) driving cutting sheet (C2) to move back and forth, the moving direction of cutting sheet (C2) and the transmission side of batten (M) To there is certain angle；The cutting sheet (C2) is positive mobile and the cleavable batten of reverse movement bilateral saw wheel.
6. The sawing output all-in-one machine 6. wood processing machine batten transmission according to claim 5 is plugged into, it is characterised in that: institute Stating batten cutting mechanism (C) further includes dust hood (C3), and cutting sheet (C2) is moved back and forth in the inner cavity dust hood (C3)；The dust suction It covers (C3) and is equipped with the cutting openings (C301) for being connected to its inner cavity, which is located on the transmission line of batten, wood Item through dust hood (C3) and is at least partially disposed in the inner cavity dust hood (C3) by the cutting openings (C301), to cut Piece (C2) cuts the part；Dust hood (C3) is equipped with the suction inlet (C302) for being connected to its inner cavity.
7. The sawing output all-in-one machine 7. wood processing machine batten transmission according to claim 1 is plugged into, it is characterised in that: institute Stating adaptive location mechanism (D) includes being respectively arranged at the first positioning pinch roller (D2) and the second positioning pressure of batten transmission line two sides Take turns (D3) and Locating driver cylinder (D4)；Described first positions pinch roller (D2) locating rotation on the first positioning sliding block (D5), Second positioning pinch roller (D3) locating rotation is on the second positioning sliding block (D6), the first positioning sliding block (D5) and the second positioning sliding block (D6) it is mutually sequentially connected between by positioning transmission component；First positioning pinch roller (D2) of Locating driver cylinder (D4) driving Or second positioning pinch roller (D3) move back and forth, first positioning pinch roller (D2) and second positions pinch roller (D3) in positioning transmission component It is close to each other or separate under effect.
8. The sawing output all-in-one machine 8. wood processing machine batten transmission according to claim 7 is plugged into, it is characterised in that: institute Stating positioning transmission component includes the first sprocket wheel (D7), the second sprocket wheel (D8) and driving chain (D13), driving chain (D13) winding It is parallel to each other and forward direction that the direction of motion is opposite in having on the first sprocket wheel (D7) and the second sprocket wheel (D8) on driving chain (D13) Motor segment and counter motion section, the first positioning sliding block (D5) and forward motion section are affixed, and the second positioning sliding block (D6) and direction are transported Dynamic section is affixed.
9. The sawing output all-in-one machine 9. wood processing machine batten transmission according to claim 1 is plugged into, it is characterised in that: institute Stating damping braking mechanism (E) includes movable supporting rack (E1), output motor (E2), brake clutch (E6), torque force limiting device (E7), idler wheel (E8) and damping brake cylinder (E9) are exported；Described movable supporting rack (E1) one end is articulated on base (A), defeated It is rich to damp brake cylinder (E9) driving movable supporting rack (E1) in movable supporting rack (E1) other end for idler wheel (E8) locating rotation out Hinged spot wobble promotes to export idler wheel (E8) elevating movement；The output idler wheel (E8), brake clutch (E6) and torsion limitation Device (E7) is coaxially connected respectively, and brake clutch (E6) control output idler wheel (E8) is braked or engaged with output motor (E2)；Institute It states output motor (E2) and passes through output transmission component driving output idler wheel (E8) rotation.
10. The sawing output all-in-one machine 10. wood processing machine batten transmission according to claim 9 is plugged into, it is characterised in that: The output transmission component includes driving wheel (E3), driven wheel (E4) and synchronous belt (E5), and synchronous belt (E5) is set around driving wheel (E3) and on driven wheel (E4), driving wheel (E3) connects the output shaft of output motor (E2)；The output idler wheel (E8), brake from Clutch (E6), torque force limiting device (E7) and driven wheel (E4) pass through transmission shaft (E10) mutually coaxially connected, torque force limiting device (E7) Between driven wheel (E4) and brake clutch (E6), brake clutch (E6) is acted on driven by torque force limiting device (E7) It takes turns on (E4), driven wheel (E4) exports idler wheel (E8) and brake clutch (E6) by bearing (E11) connection transmission shaft (E10) It is respectively fixedly connected with transmission shaft (E10), driven wheel (E4) passes sequentially through torque force limiting device (E7), brake clutch (E6) and transmission Axis (E10) driving output idler wheel (E8) rotation.