CN208034881U - A kind of wood processing machine batten arrangement transmission equipment - Google Patents
A kind of wood processing machine batten arrangement transmission equipment Download PDFInfo
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- CN208034881U CN208034881U CN201820424862.0U CN201820424862U CN208034881U CN 208034881 U CN208034881 U CN 208034881U CN 201820424862 U CN201820424862 U CN 201820424862U CN 208034881 U CN208034881 U CN 208034881U
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- lateral transport
- batten
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Abstract
The utility model is related to a kind of wood processing machine battens to arrange transmission equipment, including lateral transport component, longitudinal transmission assembly and transmission lifting assembly；Lateral transport component includes lateral transport motor and lateral transport roller, and lateral transport motor drives the rotation of lateral transport roller；Longitudinal transmission assembly includes longitudinal transmission electrical machine, longitudinal delivery roll and longitudinal transmission belt, longitudinal longitudinal delivery roll rotation of transmission electrical machine driving；Transmission lifting assembly includes lifting cylinder, sliding shoe and lifting holder, lifting cylinder drives sliding shoe movement, sliding shoe to be equipped with lifting structure, and the support dot point for being lifted holder slides on lifting structure, when the supporting point for being lifted holder slides within the scope of riser portions, transmission assembly is lifted；When the supporting point for being lifted holder slides within the scope of falling portion, transmission assembly declines.The lateral transport component of the utility model and longitudinal transmission assembly can be non-interference it is setting up and down, and pass through and be lifted longitudinal transmission assembly, transmission direction can be switched.
Description
Technical field
The utility model is related to a kind of wood processing machine, specifically a kind of wood processing machine arranges transmission equipment with batten.
Background technology
In existing wood processing machine, to improve working efficiency and reducing labor intensity, it can be generally configured with transmission mechanism,
Needs are produced to meet, the lateral transport of batten and longitudinal transmission are essential transmission processes, but the transmission of the prior art
Mechanism is typically that lateral transport structure is provided separately with longitudinal transmission structure, this since the batten length of required production is longer
Split type setting can make transmission mechanism integrally occupy larger space, cause equipment overall volume larger, to field of employment have compared with
High request；And lateral transport and the stroke that longitudinally transmits are farther out, further decrease efficiency of transmission；In addition, transmission end often needs
Turning operation is carried out to batten, and the prior art is by being accomplished manually, causing labor intensity big, working efficiency is low.
Therefore, in view of the above-mentioned problems, it is necessary to be further improved to the prior art.
Invention content
The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide a kind of by lateral transport knot
Structure is integrated into one with longitudinal transmission structure, makes that overall structure is compacter, performance is relatively reliable, occupied space smaller, automatic
Change degree is high, applied widely, high degree of automation, the wood processing machine that labor intensity is low, cost of labor is low are arranged with batten
Transmission equipment.
What the purpose of this utility model was realized in：
A kind of wood processing machine batten arrangement transmission equipment, it is characterised in that：Including be respectively arranged on holder and that
This non-interference lateral transport component and longitudinal transmission assembly and the transmission liter for driving longitudinal transmission assembly oscilaltion
It comes down to a lower group part；Wherein, lateral transport component includes the lateral transport roller of lateral transport motor and several opposite brackets locating rotations, horizontal
It drives several lateral transport rollers simultaneously by lateral transmission component to transmission electrical machine and/or rotates synchronously, realize lateral transport；It is vertical
Include longitudinal transmission electrical machine, at least one longitudinal delivery roll and several longitudinal transmission belts, longitudinal transmission belt tensioning to transmission assembly
Formula is set around on longitudinal delivery roll, and longitudinal transmission electrical machine drives longitudinal delivery roll opposite brackets positioning to turn by longitudinal transmission component
It is dynamic, to drive longitudinal transmission belt longitudinal movement, realize longitudinal transmission；Longitudinal delivery roll is equipped with several for winding longitudinal direction biography
The cam of defeated band, lateral transport roller locating rotation between adjacent two cam, longitudinal transmission belt are lateral at least partially in adjacent two
Longitudinal movement between delivery roll；Transmission lifting assembly includes the lifting cylinder being set in rack and sliding shoe and is set to vertical
The cylinder body of lifting holder on transmission assembly, lifting cylinder is fixedly connected with rack, body of rod drive connection sliding shoe, and drives cunning
Motion block opposite brackets move back and forth, and lifting holder is fixedly connected with the transmission holder on longitudinal transmission assembly, sliding shoe be equipped with by
The lifting structure of riser portions and falling portion composition, the wherein position of riser portions are higher than the position of falling portion, and sliding shoe moves back and forth
When, the opposite bearing sliding of supporting point of holder is lifted on lifting structure, when the supporting point of lifting holder slides into riser portions range
When interior, transmission assembly is lifted；When the supporting point for being lifted holder slides within the scope of falling portion, transmission assembly declines.
The transverse direction transmission component includes lateral transport band and several driving idler wheels being set to below lateral transport roller, horizontal
To transmission belt at least partly transverse movement between lateral transport roller and driving idler wheel；It is provided with front side board on the holder, it should
Front side board is equipped with together with upper hopper chute, in sliding slot elastic reset sliding there is sliding block, at least one driving idler wheel locating rotation to exist
On sliding block, the upward elastic reset of driving idler wheel where sliding block drives is movable, and lateral transport band is pressed in transverse direction with upward elasticity
On delivery roll, and then more than one lateral transport roller rotates using frictional force drives.
The cam is integrally formed on longitudinal delivery roll, is useful for accommodating keeping away for lateral transport roller between adjacent two cam
Allow gap；The cam outer wall is equipped with the recessed portion for winding longitudinal direction transmission belt.
The lifting holder is fixed on transmission frame bottom, and lifting holder is corresponding up and down with sliding shoe；The lifting holder
On be provided with slider roller, lifting holder is supported by slider roller and is slided on lifting structure；When in slider roller slide-in
When within the scope of ascending part, transmission assembly is lifted；When slider roller slides within the scope of falling portion, transmission assembly declines.
It is provided with guide pad in the rack, which is equipped with pilot hole, is lifted on holder and/or transmission holder and sets
It is equipped with guiding axis, guiding axis is movable to be stretched into pilot hole, and pilot hole guides transmission assembly oscilaltion by guiding axis.
It is provided with limiting slot on the sliding shoe, is lifted on holder and/or transmission holder and is provided with limit shaft, limit shaft is lived
Dynamic formula stretches into limiting slot, with the shift motion of limit slippage block.
The sliding shoe is arranged one piece or two pieces or more, lifting holder and the mating setting of sliding shoe one or two with
On, two pieces or more of sliding shoe is connected with each other by drive link, and the body of rod of lifting cylinder connects drive link, and same by drive link
When and/or synchronous two pieces of driving or more sliding shoes movement.
This equipment further includes batten overturning component, and batten overturning component is set to lateral transport component and/or longitudinal biography
Above defeated component；The batten overturning component includes upset motor and overturning hair wheel, and upset motor is driven by overturning transmission component
Dynamic overturning hair wheel rotation, to realize overturning work.
The overturning for driving batten to overturn component opposite brackets oscilaltion is provided with below the batten overturning component
Lifting assembly, the turning lifting component include lifting motor, drive screw, drive block and transmission guide rod with nut, lifting electricity
Machine opposite brackets are fixedly installed, and the output axis connection drive screw of lifting motor simultaneously drives drive screw to rotate, drive screw with
Nut bolt on drive block, transmission guide rod are separately connected drive block and batten overturning component, i.e. lifting motor passes through transmission
Screw rod, drive block and transmission guide rod driving batten overturn component oscilaltion.
Lateral transport face is collectively formed at the top of several lateral transport rollers, and longitudinal biography is collectively formed at the top of several longitudinal direction transmission belts
The chances of losing games；When transmitting the transmission assembly decline of lifting assembly driving longitudinal direction, lateral transport face is higher than longitudinal transmission surface；Transmit lifting assembly
When the longitudinal transmission assembly of driving rises, longitudinal transmission surface is higher than lateral transport face.
The beneficial effects of the utility model are as follows：
Lateral transport component and longitudinal transmission assembly can be non-interference it is upper and lower overlap, can not only save whole body
Product reduces occupied space, and keeps overall structure compacter；It is cooperated by lateral transport component and longitudinal transmission assembly
Can horizontal and vertical transmission be realized to batten successively, enable batten in the same area both can lateral transport, also can longitudinally transmit,
Meet transmission requirement；The work that component is overturn in conjunction with batten makes longitudinal batten for being transmitted to end that can realize overturning, so as to its with
The lower station transmission of orientation appropriate, realizes the three-dimensional transmission of batten, and entire transmission process is by system whole-process control, nothing
Need worker to participate in, reduce can worker input, reduce cost of labor, and due to it is in all directions transmission be all to be controlled by system, pass
Defeated efficiency greatly improves.
In the mechanism overlapped above and below lateral transport component and longitudinal transmission assembly, lifting assembly is transmitted by setting
The laser propagation effect that lateral transport replace switching with longitudinal transmission can be achieved, do not enable lateral transport component and longitudinal direction transmission assembly mutually not
Interference combines；Specifically：Lateral transport component is incorporated into one with longitudinal transmission assembly by way of mutually avoiding
It rises；Under original state, the transmission surface of lateral transport component is higher than the transmission surface of longitudinal transmission assembly, makes batten that can carry out lateral biography
It is defeated；When needing to switch transmission direction, the transmission surface of longitudinal transmission assembly is raised higher than lateral biography by transmission lifting assembly work
The transmission surface of defeated component makes batten that can carry out longitudinal transmission；The lifting effect of lifting assembly is transmitted specifically by sliding shoe and lifting
Holder collective effect realizes have riser portions and falling portion, moving horizontally for sliding shoe that lifting holder can be made to be supported on sliding shoe
In riser portions or falling portion, and then the longitudinal transmission assembly being fixed on lifting holder is made to achive up and down work, to reach
Above-mentioned transmission direction transition effect.
Description of the drawings
Fig. 1 is the complete machine structure stereogram of one embodiment of the utility model.
Fig. 2 is the complete machine structure vertical view of one embodiment of the utility model.
Fig. 3 is the sectional view in the directions I-I in Fig. 2.
Fig. 4 is the enlarged diagram at K in Fig. 3.
Fig. 5 is the structural schematic diagram of lateral transport component in one embodiment of the utility model.
Fig. 6 is the structural schematic diagram in the another orientation of lateral transport component in one embodiment of the utility model.
Fig. 7 is the structural schematic diagram of longitudinal transmission assembly in one embodiment of the utility model.
Fig. 8 is the assembling structure schematic diagram that lifting assembly and holder are transmitted in one embodiment of the utility model.
Fig. 9 is the assembling structure schematic diagram of transmission lifting assembly and longitudinal transmission assembly in one embodiment of the utility model.
Figure 10 is that longitudinal transmission assembly is cutd open with what transmission lifting assembled under one embodiment lateral transport state of the utility model
View.
Figure 11 is that longitudinal transmission assembly is cutd open with what transmission lifting assembled under one embodiment longitudinal direction transmission state of the utility model
View.
Figure 12 is the assembling schematic diagram that batten overturns component and turning lifting component in one embodiment of the utility model.
Figure 13-Figure 15 is followed successively by the work flow diagram of one embodiment of the utility model.
Specific implementation mode
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Figure 15, this wood processing machine arranges transmission equipment with batten, including be respectively arranged on rack A and that
This non-interference lateral transport component B, longitudinal transmission assembly C, batten overturn component E and turning lifting component F；Transmission lifting
Component D is for driving longitudinal transmission assembly C with respect to rack A oscilaltions, to switch transmission direction；Turning lifting component F is used for
Batten is driven to overturn component E with respect to rack A oscilaltions, to be overturn to various sizes of batten M；Batten overturns component
E is set to above lateral transport component B and longitudinal transmission assembly C.Wherein, lateral transport component B includes lateral transport motor B1
It is several by the driving of lateral transmission component with lateral transport the roller B8, lateral transport motor B1 of several opposite rack A locating rotations
Lateral transport roller B8 simultaneously/rotate synchronously, each lateral transport roller B8 is longitudinally extended, and whens lateral transport roller B8 rotations can realize one
The lateral transport of the above batten M；Longitudinal transmission assembly C includes longitudinal transmission electrical machine C1, a longitudinal direction delivery roll C5 and several indulges
To transmission belt C6, longitudinal transmission belt C6 tension types are set around on longitudinal delivery roll C5, and longitudinal transmission electrical machine C1 passes through longitudinal transmission
Component driver longitudinal direction delivery roll C5 is with respect to rack A locating rotations, to drive longitudinal transmission belt C6 longitudinal movements, realize one with
Longitudinal transmission of upper batten M；Longitudinal delivery roll C5 is equipped with several cam C501 for winding longitudinal direction transmission belt C6, laterally passes
Defeated roller B8 locating rotations between adjacent two cams C501, longitudinal transmission belt C6 at least partially in adjacent two lateral transports roller B8 it
Between longitudinal movement；Transmission lifting assembly D includes the lifting cylinder D1 being set on rack A and sliding shoe D3 and is set to longitudinal direction
The cylinder body of lifting holder D5, lifting cylinder D1 on transmission assembly C are fixedly connected with rack A, body of rod drive connection sliding shoe D3, and
Sliding shoe D3 is driven to be moved back and forth with respect to rack A, lifting holder D5 is fixedly connected with the transmission holder C8 on longitudinal transmission assembly C,
The front and back end of sliding shoe D3 is respectively equipped with the lifting structure D301 being made of riser portions D3011 and falling portion D3012, wherein rising
The position of portion D3011 is higher than the position of falling portion D3012, transition connection between riser portions D3011 and falling portion D3012, sliding
When block D3 is moved back and forth, the opposite bearing sliding of supporting point of lifting holder D5 is on lifting structure D301, when lifting holder D5's
When supporting point is slid within the scope of riser portions D3011, longitudinal transmission assembly C is lifted；Under the supporting point of lifting holder D5 slides into
When within the scope of drop portion D3012, longitudinal transmission assembly C declines；The lifting effect of lifting assembly D is transmitted specifically by sliding shoe D3 and lift
Ascending branch frame D5 collective effects realize that moving horizontally for sliding shoe D3 can make lifting holder D5 be supported in riser portions D3011 or decline
On portion D3012, and then make longitudinal transmission assembly C oscilaltions, to reach transmission direction transition effect.
Further, referring to Fig. 5 and Fig. 6, lateral transmission component includes the lateral biography being set to below lateral transport roller B8
Defeated band B7 and several driving idler wheel B5, lateral transport band B7 at least partly transverse movement are in lateral transport roller B8 and driving idler wheel B5
Between；It is provided with front side board A1 on rack A, is formed on front side board A1 together with upper hopper chute A2, elastic reset in sliding slot A2
Sliding has a slide block B 11, the elastic reset active force of slide block B 11 by elastic component B10 (such as：Helical spring) it provides, a driving rolling
B5 locating rotations are taken turns in slide block B 11, the upward elastic resets of driving idler wheel B5 where slide block B 11 drives are movable, to upspring
Property pressing lateral transport band B7 turn on lateral transport roller B8, and then using more than one lateral transport roller of frictional force drives B8
It is dynamic, keep transmission performance of the lateral transport with B7 more preferable.
Lateral transmission component further include respectively main driving wheel (in figure not indicate) of the locating rotation on front side board A1, pass
B4 and three secondary transmission wheel B6 is taken turns in dynamic belt B2, auxiliary driving wheel B3, main transmission；Wherein, the output shaft of lateral transport motor B1 connects
Main driving wheel is connect, and main driving wheel is driven to rotate, driving belt B2 tension types are set around on main driving wheel and auxiliary driving wheel B3, secondary
Driving wheel B3 and main transmission wheel B4 are coaxially connected, and lateral transport band B7 tension types are set around main transmission wheel B4, each driving idler wheel B5
On each secondary transmission wheel B6；By above-mentioned driving structure, lateral transport motor B1 can effectively drive each lateral transport roller B8 to turn
It is dynamic.In addition, each lateral transport roller B8 end sets have driving ring set B9 corresponding with lateral transport band B7 or more, lateral transport band
B7 and driving ring set B9 CONTACT WITH FRICTIONs, and then so that lateral transport band B7 is passed through driving ring set B9 and lateral transport roller B8 is driven to rotate.
Furtherly, referring to Fig. 4, cam C501 is integrally formed on longitudinal delivery roll C5, between adjacent two cams C501
It is useful for accommodating the evacuation clearance C 502 of lateral transport roller B8；Cam C501 outer walls are equipped with for the recessed of winding longitudinal direction transmission belt C6
Concave portion C503；Cooperation is mutually avoided by lateral transport roller B8 and longitudinal direction delivery roll C5, realizes that lateral transport component is passed with longitudinal
The overlapping arrangement up and down of defeated component.
Referring to Fig. 7, longitudinal transmission assembly C further includes longitudinal driven voller C7, and longitudinal transmission belt C6 is set around longitudinal driven voller
On C7, longitudinal delivery roll C5 is located remotely from each other with longitudinal direction driven voller C7, with the longitudinal transmission belt C6 of tensioning.Longitudinal transmission component includes vertical
To the output axis connection longitudinal direction driving wheel of driving wheel C2, zigzag tread patterns belt C3 and longitudinal driven wheel C4, longitudinal transmission electrical machine C1
C2, and longitudinal driving wheel C2 is driven to rotate, zigzag tread patterns belt C3 tension types are set around longitudinal driving wheel C2 and longitudinal driven wheel
Between C4, longitudinal driven wheel C4 and longitudinal delivery roll C5 are coaxially connected, can effectively be driven by above structure longitudinal direction transmission electrical machine C1
Dynamic longitudinal direction delivery roll C5 rotations.
Further, it is fixed on the bottoms transmission holder C8, lifting holder D5 and sliding referring to Fig. 8 and Fig. 9, lifting holder D5
Block D3 or more is corresponding；The front and back ends lifting holder D5 rotate respectively is provided with slider roller D4, and lifting holder D5 passes through slider roller
D4 is supported and is slided on lifting structure D301, and the frictional force for effectively reducing sliding shoe D3 and being lifted between holder D5 makes longitudinal direction
The oscilaltion work of transmission assembly C is more smooth；When slider roller D4 slides within the scope of riser portions D3011, transmission assembly
It is lifted；When slider roller D4 slides within the scope of falling portion D3012, transmission assembly declines.
Guide pad D6 is provided on rack A, guide pad D6 is equipped with pilot hole D601, lifting holder D5 (and/or transmission
Holder C8) on be provided with guiding axis D7, guiding axis D7 is movable to be stretched into pilot hole D601, and pilot hole D601 passes through guiding axis D7
The longitudinal transmission assembly C oscilaltions of guiding；Guiding axis D7 and slider roller D4 coaxial cooperations, and extend outward, elongated end stretches into
In pilot hole D601.
Sliding shoe D3 central integrations have limiting slot D302, are provided on lifting holder D5 (and/or transmission holder C8)
Limit shaft D8, limit shaft D8 extend downwardly and it is movable stretch into limiting slot D302, with the shift motion of limit slippage block D3.
Sliding shoe D3 compartments are arranged side by side four pieces, are lifted holder D5 and setting four mating sliding shoe D3, each to slide
Block D3 is connected with each other by a drive link D2, and the body of rod of lifting cylinder D1 connects drive link D2, and by drive link D2 simultaneously/it is same
Step drives each sliding shoe D3 reciprocal horizontals movement, and then four lifting holder D5 is made to be risen or fallen effect, so that longitudinal
Transmission assembly C lifts telemechanical；Four sets of sliding shoe D3 of setting and lifting holder D5, when longitudinal transmission assembly C can effectively be kept to lift
The degree of balance.
Furtherly, include upset motor E1 and overturning hair wheel E5, upset motor E1 referring to Figure 12, batten overturning component E
By overturning transmission component driving overturning hair wheel E5 rotations, overturn at the top of hair wheel E5 rubbing action battens M, to realize batten M's
Overturn work.Overturning transmission component include overturning driving wheel E2 of the locating rotation on the first support plate F6, overturning transmission belt E3 and
Driven wheel E4 is overturn, upset motor E1 is fixed on the first support plate F6, and overturning transmission belt E3 tension types are set around overturning driving wheel
On E2 and overturning driven wheel E4, overturning driven wheel E4 and overturning hair wheel E5 are coaxially connected, are realized and are overturn by above-mentioned drive mechanism
The rotation of hair wheel E5.
Turning lifting component F is set to below batten overturning component E；Turning lifting component F includes lifting motor F1, transmission
Screw rod F2, the drive block F4 with nut F3 and transmission guide rod F5, lifting motor F1 are fixed on by the second support plate F8 on rack A,
The output axis connection drive screw F2 of lifting motor F1 simultaneously drives drive screw F2 to rotate, on drive screw F2 and drive block F4
Nut F3 bolts, transmission guide rod F5 is separately connected the first support plate F6 in drive block F4 and batten overturning component E, that is, lifts
Motor F1 drives batten to overturn component E oscilaltions by drive screw F2, drive block F4 and transmission guide rod F5；To be turned over to batten
Turn component E oscilaltion campaign carry out effectively, be accurately oriented to, guide sleeve F7, transmission guide rod F5 are provided on the second support plate F8
Slidingtype is inserted in guide sleeve F7.
Furtherly, lateral transport face H, the tops several longitudinal direction transmission belt C6 are collectively formed at the top of several lateral transport roller B8
Collectively form longitudinal transmission surface Z；Under longitudinal transmission assembly C decline states, lateral transport face H is higher than longitudinal transmission surface Z；It is longitudinal to pass
Under defeated component C propradations, longitudinal transmission surface Z is higher than lateral transport face H.Concrete operating principle is：1. lateral transport, (referring to
Figure 13) at this point, transmission lifting assembly D does not work, longitudinal transmission assembly C is in decline state, and lateral transport face H is higher than longitudinal
Transmission surface Z, batten M are only by the transmitting effect of lateral transport component B, therefore one or more batten M is lateral transport component B's
Enter in mechanism in the direction of the arrow under effect；2. longitudinal transmission, (referring to Figure 14) is longitudinal at this point, the D work of transmission lifting assembly
Transmission assembly C is in propradation, and longitudinal transmission surface Z is higher than lateral transport face H, and batten M is only passed by longitudinal transmission assembly C
Defeated effect, therefore one or more batten M is transmitted in the direction of the arrow under the action of longitudinal transmission assembly C；3. overturning, (referring to figure
15) when there is batten M to be longitudinally transmitted to below batten overturning component E, after being incuded by sensing device, turning lifting component F drives
Dynamic batten overturning component E drops to designated position, until overturning hair wheel E5 is contacted with batten M friction-tops, realizes turning over for batten M
Turn.
The basic principles and main features of the utility model have been shown and described in the above-mentioned preferred embodiment for 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, it is new that these changes and improvements both fall within this claimed practicality
Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.
Claims (10)
1. a kind of wood processing machine arranges transmission equipment with batten, it is characterised in that：Including be respectively arranged in rack (A) and that
This non-interference lateral transport component (B) and longitudinal transmission assembly (C) and for driving longitudinal transmission assembly (C) to rise up and down
The transmission lifting assembly (D) of drop；Wherein, lateral transport component (B) includes lateral transport motor (B1) and several opposite racks (A)
The lateral transport roller (B8) of locating rotation, lateral transport motor (B1) drive several lateral transport rollers by lateral transmission component
(B8) it while and/or rotating synchronously, realization lateral transport；Longitudinal transmission assembly (C) includes longitudinal transmission electrical machine (C1), at least one
Root longitudinal direction delivery roll (C5) and several longitudinal transmission belts (C6), longitudinal transmission belt (C6) tension type are set around longitudinal delivery roll (C5)
On, longitudinal transmission electrical machine (C1) drives longitudinal delivery roll (C5) with respect to rack (A) locating rotation by longitudinal transmission component, thus
Longitudinal transmission belt (C6) longitudinal movement is driven, realizes longitudinal transmission；Longitudinal delivery roll (C5) is equipped with several longitudinal for winding
The cam (C501) of transmission belt (C6), lateral transport roller (B8) locating rotation between adjacent two cam (C501) are longitudinal to transmit
Band (C6) is at least partially in longitudinal movement between adjacent two lateral transports roller (B8)；Transmission lifting assembly (D) includes being set to machine
Lifting cylinder (D1) and sliding shoe (D3) on frame (A) and the lifting holder (D5) being set on longitudinal transmission assembly (C), rise
The cylinder body of sending down abnormally ascending cylinder (D1) is fixedly connected with rack (A), body of rod drive connection sliding shoe (D3), and drives sliding shoe (D3) with respect to machine
Frame (A) moves back and forth, and lifting holder (D5) is fixedly connected with the transmission holder (C8) on longitudinal transmission assembly (C), sliding shoe (D3)
It is equipped with the lifting structure (D301) that is made of riser portions (D3011) and falling portion (D3012), wherein riser portions (D3011)
Position is higher than the position of falling portion (D3012), and when sliding shoe (D3) moves back and forth, the supporting point of lifting holder (D5) is opposite to be supported
Sliding is on lifting structure (D301), when the supporting point for being lifted holder (D5) slides into riser portions (D3011) range, transmission group
Part is lifted；When the supporting point for being lifted holder (D5) slides into falling portion (D3012) range, transmission assembly declines.
2. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The laterally transmission
Component includes lateral transport band (B7) and several driving idler wheels (B5) being set to below lateral transport roller (B8), lateral transport band
(B7) at least partly transverse movement is between lateral transport roller (B8) and driving idler wheel (B5)；Before being provided on the rack (A)
Side plate (A1), the front side board (A1) are equipped with together with upper hopper chute (A2), and the interior elastic reset sliding of sliding slot (A2) has sliding block
(B11), at least one driving idler wheel (B5) locating rotation on sliding block (B11), sliding block (B11) drives the driving idler wheel at place
(B5) elastic reset activity upwards presses lateral transport band (B7) on lateral transport roller (B8) with upward elasticity, and then utilizes
Frictional force drives more than one lateral transport roller (B8) rotation.
3. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The cam
(C501) it is integrally formed on longitudinal delivery roll (C5), is useful for accommodating lateral transport roller (B8) between adjacent two cam (C501)
Evacuation gap (C502)；Cam (C501) outer wall is equipped with the recessed portion (C503) for winding longitudinal direction transmission belt (C6).
4. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The lifting holder
(D5) it is fixed on transmission bottom holder (C8), lifting holder (D5) and sliding shoe (D3) are corresponding up and down；The lifting holder (D5)
On be provided with slider roller (D4), lifting holder (D5) is supported by slider roller (D4) and is slided at lifting structure (D301)
On；When slider roller (D4) slides into riser portions (D3011) range, transmission assembly is lifted；When slider roller (D4) slides into
When in falling portion (D3012) range, transmission assembly declines.
5. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The rack (A)
On be provided with guide pad (D6), the guide pad (D6) be equipped with pilot hole (D601), lifting holder (D5) and/or transmission holder
(C8) guiding axis (D7) is provided on, guiding axis (D7) is movable to be stretched into pilot hole (D601), and pilot hole (D601) is by leading
Transmission assembly oscilaltion is guided to axis (D7).
6. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The sliding shoe
(D3) it is provided with limiting slot (D302) on, is provided with limit shaft (D8) on lifting holder (D5) and/or transmission holder (C8), limits
Axis (D8) is movable to be stretched into limiting slot (D302), with the shift motion of limit slippage block (D3).
7. wood processing machine according to claim 1 arranges transmission equipment with batten, it is characterised in that：The sliding shoe
(D3) be arranged one piece or two pieces or more, lifting holder (D5) and the mating setting of sliding shoe (D3) one or more, two pieces
Above sliding shoe (D3) is connected with each other by drive link (D2), the body of rod connection drive link (D2) of lifting cylinder (D1), and is led to
Cross drive link (D2) while and/or synchronous two pieces of driving or more sliding shoes (D3) it is mobile.
8. arranging transmission equipment according to claim 1-7 any one of them wood processing machine batten, it is characterised in that：Also wrap
Batten overturning component (E) is included, batten overturning component (E) is set to lateral transport component (B) and/or longitudinal transmission assembly (C)
Top；The batten overturning component (E) includes upset motor (E1) and overturning hair wheel (E5), and upset motor (E1) is passed by overturning
Dynamic Component driver overturning hair wheel (E5) rotates, to realize overturning work.
9. wood processing machine according to claim 8 arranges transmission equipment with batten, it is characterised in that：The batten overturning
It is provided with below component (E) for driving batten to overturn turning lifting component (F) of the component (E) with respect to rack (A) oscilaltion,
The turning lifting component (F) includes that lifting motor (F1), drive screw (F2), the drive block (F4) with nut (F3) and transmission are led
Bar (F5), lifting motor (F1) are fixedly installed with respect to rack (A), the output axis connection drive screw (F2) of lifting motor (F1),
And drive screw (F2) is driven to rotate, drive screw (F2) and nut (F3) bolt on drive block (F4), transmission guide rod
(F5) it is separately connected drive block (F4) and batten overturning component (E), i.e. lifting motor (F1) passes through drive screw (F2), drive block
(F4) and transmission guide rod (F5) driving batten overturns component (E) oscilaltion.
10. arranging transmission equipment according to claim 1-7 any one of them wood processing machine batten, it is characterised in that：If
Lateral transport face (H) is collectively formed at the top of dry lateral transport roller (B8), and longitudinal direction is collectively formed at the top of several longitudinal direction transmission belts (C6)
Transmission surface (Z)；When transmitting lifting assembly (D) driving longitudinal direction transmission assembly (C) decline, lateral transport face (H) is higher than longitudinal transmission
Face (Z)；When transmitting lifting assembly (D) driving longitudinal direction transmission assembly (C) rising, longitudinal transmission surface (Z) is higher than lateral transport face
(H)。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820424862.0U CN208034881U (en) | 2018-03-27 | 2018-03-27 | A kind of wood processing machine batten arrangement transmission equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820424862.0U CN208034881U (en) | 2018-03-27 | 2018-03-27 | A kind of wood processing machine batten arrangement transmission equipment |
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| CN208034881U true CN208034881U (en) | 2018-11-02 |
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| CN201820424862.0U Expired - Fee Related CN208034881U (en) | 2018-03-27 | 2018-03-27 | A kind of wood processing machine batten arrangement transmission equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108437079A (en) * | 2018-03-27 | 2018-08-24 | 广东顺德永强福泰智能木工机械有限公司 | A kind of wood processing machine batten arrangement transmission equipment |
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- 2018-03-27 CN CN201820424862.0U patent/CN208034881U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108437079A (en) * | 2018-03-27 | 2018-08-24 | 广东顺德永强福泰智能木工机械有限公司 | A kind of wood processing machine batten arrangement transmission equipment |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181102 Termination date: 20190327 |