CN108501154A - Timber cuts peeling device - Google Patents
Timber cuts peeling device Download PDFInfo
- Publication number
- CN108501154A CN108501154A CN201810365571.3A CN201810365571A CN108501154A CN 108501154 A CN108501154 A CN 108501154A CN 201810365571 A CN201810365571 A CN 201810365571A CN 108501154 A CN108501154 A CN 108501154A
- Authority
- CN
- China
- Prior art keywords
- fixed
- drive rod
- fixed link
- bar
- sliding block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27L—REMOVING BARK OR VESTIGES OF BRANCHES; SPLITTING WOOD; MANUFACTURE OF VENEER, WOODEN STICKS, WOOD SHAVINGS, WOOD FIBRES OR WOOD POWDER
- B27L1/00—Debarking or removing vestiges of branches from trees or logs; Machines therefor
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Earth Drilling (AREA)
Abstract
The invention discloses timber to cut peeling device,Its structure includes workbench,Damping spring,Damping device,Shell,Pedestal,Shell is set on pedestal and is welded with pedestal machinery,Damping device is equipped in shell,Damping spring sets there are four and is separately mounted on four angles of cover top portion panel,Damping spring is mechanically connected through cover top portion panel and damping device,The present invention passes through buffer unit,Mechanical actuation device,Sucker control device,Control device driving mechanism,Pressure differential mechanism,Under sucker fixing and auxiliary drive collective effect,Realize that the vibratory sensation for generating timber cutting peeling apparatus in the process of work buffers and eliminates and be so that equipment is fixed between pedestal by sucker,Substantially reduce the vibratory sensation that equipment operation generates,It avoids floor being shattered or allowed staff generate paralysis sense.
Description
Technical field
The present invention relates to timber peeling device fields, and peeling device is cut particularly with regard to a kind of timber.
Background technology
Timber is the plant for capableing of secondary growth, and if tree and shrubs are formed by lignified tissue, these plants are first
After growth, the vascular cambium in rhizome comes into play, and develops bast outward, inwardly develops timber, timber
It is the inside general designation for developing plant tissue of vascular cambium, including xylem and thin-walled ray, timber is for human lives
Prodigious supporting function is played, and in the working process of timber, timber can generally be carried out to cutting process of peeling so that timber
Surface is more smooth, improves the total quality of timber.
However there is some shortcomingss in use for existing timber cutting peeling device, for the work of sharpener
It is not convenient enough to make angular adjustment operation, more manpower can be expended, increase the operating burden of user of service.
The seismaesthesia that prior art timber cutting peeling device generates at work, which is transferred on floor, to be easy to shatter on floor,
Human body is even transferred to by floor, the both feet of staff is made to feel micro- fiber crops.
Invention content
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：Timber cuts peeling device,
Its structure includes workbench, damping spring, damping device, shell, pedestal, and the shell is on pedestal and mechanical with pedestal
Welding, the shell is interior to be equipped with damping device, and the damping spring sets there are four and is separately mounted to cover top portion face
On four angles of plate, the damping spring is mechanically connected through cover top portion panel and damping device, the damping spring
The other end is fixedly connected with workbench bottom；
The damping device is by buffer unit, mechanical actuation device, sucker control device, control device driving mechanism, pressure difference
Driving mechanism, sucker fixing composition；
The buffer unit is mechanically connected with damping spring, and it is upward that the sucker fixing is set to buffer unit Due South
And it is mechanically connected with buffer unit mechanical engagement, the mechanical actuation device and buffer unit, the mechanical actuation device
Set on shell inner cavity center, the buffer unit is described by mechanical actuation device and pressure differential mechanism mechanical engagement
Pressure differential mechanism is mechanically connected with control device driving mechanism, the control device driving mechanism and sucker control device machine
Tool connects.
As advanced optimizing for the technical program, the buffer unit is by groove, No.1 spring, rectangle buffer stopper, L
Type clamping plate, the first fixed link, rectangle buffing pad, support bar group are at the supporting rod is set to rectangle buffing pad bottom and and square
Shape buffing pad machinery welds, and the groove sets there are two and is respectively arranged on rectangle buffing pad is connected with L-type clamping plate two
On side, one end that the L-type clamping plate is connected with rectangle buffing pad matches with groove, there are two the L-type clamping plate is set
And it is set up in symmetrical structure about rectangle buffer stopper, described one end of L-type clamping plate far from rectangle buffing pad is fixed axis and passes through
It wears and is fixed on rectangle buffer stopper, described two opposite sides of L-type clamping plate are fixedly connected by No.1 spring, described
There are two first fixed link is set, described two the first fixed links are distributed on rectangle buffing pad in symmetrical structure and delay with rectangle
The other end of red seat vertical welding, described two the first fixed links is mechanically connected with two L-type clamping plates respectively, the damping
Spring is through rectangle buffer stopper and is fixed on rectangle buffing pad, and the supporting rod is mechanically connected with sucker fixing,
Under the active force of damping spring, damping spring drives rectangle buffer stopper to move downward so that and two L-type clamping plates run counter to movement, from
And realize that both ends of two L-type clamping plates far from rectangle buffer stopper are detached with the groove on rectangle buffing pad, to realize that rectangle is slow
The separation of red seat and L-type clamping plate, rectangle buffing pad move downward the shake for pushing sucker fixing work to generate equipment operation
Innervation is buffered and is fixed.
As advanced optimizing for the technical program, the mechanical actuation device is by the second fixed link, the first sliding block,
One drive rod, the second drive rod, the second sliding block, limited block, third drive rod, auxiliary drive, the first fixing axle, second are consolidated
Dead axle sliding block connecting rod, sliding cavity composition, both ends and the sucker fixing machinery of second fixed link weld, described
First sliding block is through the second fixed link and is fixed in the second fixed link, and the first sliding block is equipped in the sliding cavity, described
The first sliding block be slidably matched with sliding cavity, the sliding block connecting rod is fixedly connected with the first sliding block, first sliding block
Through the first drive rod and it is fixed, first fixing axle, the second fixing axle are in same horizontal line, and described
One end of one drive rod is fixed in sliding block connecting rod on one end far from the first sliding block, the other end of first drive rod
On be fixed with limited block, second sliding block is set on the first drive rod and is slidably matched described the with the first drive rod
The both ends of two drive rods are separately fixed at the first fixing axle, on the second sliding block, and the third drive rod is fixed on the second sliding block
On, one end and the auxiliary drive of the third drive rod are mechanically connected, and under the action of sucker fixing, second is solid
Fixed pole drives the first sliding block to move downward so that the first sliding block pushes the first drive rod connected by sliding block connecting rod
One end moves in the same direction therewith, the other end counter motion of the first drive rod, to which the second drive rod drives the second sliding block first
It is slided on drive rod, under the action of the second sliding block, third drive rod traction auxiliary drive moves therewith, so that auxiliary
Driving device is helped to work.
As advanced optimizing for the technical program, the sucker control device by head rod, the second connecting rod,
Connecting rod fixed seat, cylinder drive rod, cylinder fixed seat, cylinder, L-type kelly bar slot, movable block, first annular button, first are consolidated
Fixed wheel, wheel seat, connecting rope composition, there are two the connecting rod fixed seat is set, described two connecting rod fixed seats are in same
It is mechanically connected on one horizontal line and respectively with head rod, the second connecting rod, the head rod, the second connecting rod
One end far from connecting rod fixed seat is fixed on movable block, and first annular button is fixed on the movable block, described
One end of connecting rope is fixedly connected with first annular button, and the other end is connected with sucker fixing, and the cylinder fixes peace
In cylinder fixed seat, the cylinder fixed seat and outer casing inner wall vertical welding, the cylinder and cylinder drive rod machine
Tool coordinates, and the cylinder drive rod is equipped with L-type kelly bar slot, and the cylinder drive rod is with L-type kelly bar slot in one
Institutes, the cylinder drive rod are mechanically connected with control device driving mechanism, and the cylinder drive rod is far from cylinder
One end be fixed on the second connecting rod center, under the action of control device driving mechanism, cylinder drive rod loses resistance, to
Do piston motion in the presence of cylinder, the second connecting rod driven to move therewith, when cylinder drive rod drive the second connecting rod to
When side far from cylinder moves, head rod moves in the same direction therewith, and movable block is pushed to move in the same direction therewith, so that even
Splicing is tightened, and sucker fixing operation is pulled by connecting rope.
As advanced optimizing for the technical program, the control device driving mechanism is by the first motion bar, the second ring
Shape button, connecting line, third fixing axle, the second motion bar, the second fixed link, third fixed link, the 4th fixed link, movable plate, three
Angular fixed block, L-type kelly composition, first motion bar are run through by third fixing axle and are fixed on the second motion bar southeast
On direction, first motion bar side opposite with the second motion bar is equipped with the second ring buckle, described two second
It is connected by connecting line between ring buckle, one end that first motion bar and the second motion bar are runed counter to and the second fixed link
It is fixedly connected, second fixed link is welded with two motion bars in 100 30-degree angle machineries, second fixed link
One end far from motion bar is mechanically connected with the 4th fixed link, and the L-type kelly and the 4th fixed link are installed in up-down structure
On movable plate, the movable plate constitutes lever construction, the L-type kelly and L-type kelly bar slot with triangle fixed block
It matches, the third fixed link is mechanically connected with the one end of the second motion bar far from the second fixed link, and the third is solid
Fixed pole is mechanically connected with pressure differential mechanism, and under the action of pressure differential mechanism, the second motion bar is connected with third fixed link
The one end connect moves upwards therewith, to which the second fixed link is rotated with the second motion bar, and draws the 4th fixed link and moves therewith,
Movable plate and triangle fixed block constitute lever construction, according to lever principle, one end that movable plate is connected with L-type kelly and the
Four fixed link counter motions, so that L-type kelly is detached with L-type kelly bar slot, cylinder drive rod loses resistance can be normal
Work.
As advanced optimizing for the technical program, the pressure differential mechanism by the 5th fixed link, the 4th drive rod,
5th drive rod, securing elongated bar, the first briquetting, U-shaped closed chamber, the second briquetting, No. two spring compositions, the described first pressure
Block, the second briquetting are separately mounted on U-shaped closed chamber both ends, and first briquetting and the 4th fixed link machinery weld, described
The second briquetting and the 5th fixed link be mechanically connected, the 4th drive rod and the 5th one end of fixed link far from the second briquetting
Mechanical connection, the other end and auxiliary drive mechanical engagement, the securing elongated bar and the second briquetting institute in U-shaped closed chamber
Outer wall vertical in side is welded, and the 5th drive rod is mechanically connected with securing elongated bar, and the other end is through the 4th driving
Bar center is simultaneously fixed, and No. two springs are fixed at the first briquetting bottom and are fixed on U-shaped closed chamber intracavity bottom,
Under the action of auxiliary drive, one end that the 4th drive rod is connected therewith moves upwards, due to the 5th drive rod and fixation
Extension rod is mechanically connected, and the other end is through the 4th drive rod center and fixes, and therefore, the other end of the 4th drive rod pushes the 5th
Fixed link moves downward so that the second briquetting moves downward, and under the action of gravity and pressure difference, the first briquetting moves upwards, and
The 4th fixed link is pushed to move in the same direction therewith, so that control device driving mechanism is run, No. two springs are set up, Ke Yishi
The reset of existing first briquetting.
As advanced optimizing for the technical program, the sucker fixing is by sucker, fixed inner wall item, limit
Bar, the second fast pulley, No. three springs, movable sealing plate, the 4th fixing axle, third ring buckle, sealing board slot composition, the suction
Disk is fixed on movable sealing plate direct north, and the movable sealing plate center is run through and fixed by movable sealing plate, institute
The fixation inner wall item stated sets there are two and is respectively arranged on movable sealing plate both ends and is flexibly connected with movable sealing plate, and described two
A fixed inner wall item is equipped with sealing board slot with movable sealing plate connection, and the sealing board slot matches with movable sealing plate
It closes, second fast pulley is disposed far from the fixation inner wall bottom of U-shaped closed chamber side, and second fast pulley is equipped with
Fixation inner wall item on be fixed with gag lever post, the movable sealing plate is fixed with No. three close to a side bottom of gag lever post
Spring, a side bottom of the movable sealing plate far from gag lever post are fixed with third ring buckle, the third ring buckle
It is fixedly connected with connecting rope, second fast pulley is connected rope and bypasses, and under the pulling of connecting rope, movable sealing plate is equipped with
One end of third ring buckle moves downward, movable sealing plate with sealing board slot detach so that the air in sucker is run out of, sucker with
Movable sealing plate detaches, and realizes and resets.
As advanced optimizing for the technical program, the auxiliary drive by idler wheel, No. four springs, No.1 bar,
Pole socket, No. two bars, rotating disk composition, the No.1 bar are set up with No. two bars in up-down structure, and the No.1 bar is far from two
One end of number bar is equipped with idler wheel, and the idler wheel and rotating disk mechanical engagement, described No. four springs are nested in outside No.1 bar,
No. two bars and the 4th drive rod are mechanically connected, and the rotating disk is mechanically connected with third drive rod, are driven in third
Under the action of bar, third drive rod rotation, so that rotating disk pushing rolling wheels during rotation drive No. four spring pressures
Contracting resets, and when No. four spring resets, No.1 bar drives No. two bars to move upwards under the action of No. four springs so that
4th drive rod moves upwards therewith, the operation of driving pressure differential mechanism.
Advantageous effect
Timber of the present invention cuts peeling device, and under the active force of damping spring, damping spring drives rectangle buffer stopper to transport downwards
It is dynamic so that two L-type clamping plates run counter to movement, to realize that both ends of two L-type clamping plates far from rectangle buffer stopper and rectangle buffer
Groove separation on seat, to realize the separation of rectangle buffing pad and L-type clamping plate, rectangle buffing pad, which moves downward, pushes sucker solid
Determine device work the vibratory sensation that equipment operation generates is buffered and fixed, under the action of sucker fixing, the second fixed link
The first sliding block is driven to move downward so that one end that the first sliding block pushes the first drive rod connected by sliding block connecting rod
Movement in the same direction therewith, the other end counter motion of the first drive rod, to which the second drive rod drives the second sliding block in the first driving
It is slided on bar, under the action of the second sliding block, third drive rod traction auxiliary drive moves therewith, so that auxiliary is driven
Dynamic device work, under the action of pressure differential mechanism, one end that the second motion bar is connected with third fixed link is upward therewith
Movement to which the second fixed link is rotated with the second motion bar, and is drawn the 4th fixed link and is moved therewith, and movable plate is solid with triangle
Determine block and constitute lever construction, according to lever principle, one end and the 4th fixed link that movable plate is connected with L-type kelly are reversely transported
Dynamic, so that L-type kelly is detached with L-type kelly bar slot, cylinder drive rod loses resistance and can work normally, and is driven in third
Under the action of bar, third drive rod rotation, so that rotating disk pushing rolling wheels during rotation drive No. four spring pressures
Contracting resets, and when No. four spring resets, No.1 bar drives No. two bars to move upwards under the action of No. four springs so that
4th drive rod moves upwards therewith, the operation of driving pressure differential mechanism, under the action of auxiliary drive, the 4th drive rod
The one end being connected therewith moves upwards, and since the 5th drive rod and securing elongated bar are mechanically connected, the other end runs through 4 wheel driven
Lever center is simultaneously fixed, and therefore, the other end of the 4th drive rod pushes the 5th fixed link to move downward so that the second briquetting is downward
Movement, under the action of gravity and pressure difference, the first briquetting moves upwards, and the 4th fixed link is pushed to move in the same direction therewith, from
And making the operation of control device driving mechanism, the reset of the first briquetting may be implemented in setting up for No. two springs, is driven in control device
Under the action of motivation structure, cylinder drive rod loses resistance, to do piston motion in the presence of cylinder, drives the second connecting rod
It moves therewith, when cylinder drive rod drives the second connecting rod to be moved to the side far from cylinder, head rod is in the same direction therewith
Movement pushes movable block to move in the same direction therewith, so that connecting rope is tightened, sucker fixing fortune is pulled by connecting rope
Row, under the pulling of connecting rope, one end that movable sealing plate is equipped with third ring buckle moves downward, movable sealing plate and sealing plate
Slot detaches so that the air in sucker is run out of, and sucker is detached with movable sealing plate, is realized and is resetted.
For the prior art, the present invention is filled by buffer unit, mechanical actuation device, sucker control device, control
It sets under driving mechanism, pressure differential mechanism, sucker fixing and auxiliary drive collective effect, timber is cut in realization
The vibratory sensation that peeling apparatus generates in the process of work buffers and eliminates and be so that equipment and pedestal by sucker
Between it is fixed, substantially reduce the vibratory sensation that equipment operation generates, avoid floor being shattered or allowed staff generate paralysis
Sense.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that timber of the present invention cuts peeling device.
Fig. 2 is the first the working state structure schematic diagram for the damping device that timber of the present invention cuts peeling device.
Fig. 3 is second of working state structure schematic diagram of the damping device that timber of the present invention cuts peeling device.
Fig. 4 is the third working state structure schematic diagram for the damping device that timber of the present invention cuts peeling device.
Fig. 5 is the 4th kind of working state structure schematic diagram of the damping device that timber of the present invention cuts peeling device.
Fig. 6 is the 5th kind of working state structure schematic diagram of the damping device that timber of the present invention cuts peeling device.
Fig. 7 is the auxiliary drive structural schematic diagram that timber of the present invention cuts peeling device.
In figure：Workbench -1, damping spring -2, damping device -3, shell -4, pedestal -5, buffer unit -301, machinery drive
Dynamic device -302, sucker control device -303, control device driving mechanism -304, pressure differential mechanism -305, sucker fix dress
Set -306, groove -3011, No.1 spring -3012, rectangle buffer stopper -3013, L-type clamping plate -3014, the first fixed link -3015,
Rectangle buffing pad -3016, supporting rod -3017, the second fixed link -3021, the first sliding block -3022, the first drive rod -3023,
Two drive rods -3024, the second sliding block -3025, limited block -3026, third drive rod -3027, auxiliary drive -3028,
One fixing axle -3029, -30210 sliding block connecting rod -30211 of the second fixing axle, sliding cavity -30212, head rod -3031,
Second connecting rod -3032, connecting rod fixed seat -3033, cylinder drive rod -3034, cylinder fixed seat -3035, cylinder -3036, L
Type kelly bar slot -3037, movable block -3038, it is first annular buckle the -3039, first fast pulley -30310, wheel seat -30311, connection
The -30312, first motion bar -3041, the second ring buckle -3042, connecting line -3043, the third fixing axle -3044, second of restricting are movable
Bar -3045, the second fixed link -3046, third fixed link -3047, the 4th fixed link -3048, movable plate -3049, triangle are solid
Determine block -30410, L-type kelly -30411, the 5th fixed link -3051, the 4th drive rod -3052, the 5th drive rod -3053, fix
Extension rod -3054, the first briquetting -3055, U-shaped closed chamber -3056, the second briquetting -3057, No. two springs -3058, suckers -
3061, fixed inner wall item -3062, gag lever post -3063, the second fast pulley -3064, No. three springs -3065, movable sealing plate -
3066, the 4th fixing axle -3067, third ring buckle -3068, sealing board slot -3068, idler wheel -30281, No. four springs -30282,
No.1 bar -30283, pole socket -30284, No. two bars -30285, rotating disks -30286.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode and description of the drawings, the preferred embodiment that the present invention is further explained.
Embodiment
Please refer to Fig.1-Fig. 7, the present invention provides timber and cuts peeling device, structure include workbench 1, damping spring 2,
Damping device 3, shell 4, pedestal 5, the shell 4 are set on pedestal 5 and are welded with 5 machinery of pedestal, set in the shell 4
There is damping device 3, the damping spring 2 sets there are four and is separately mounted on 4 top panel of shell, four angles, described
Damping spring 2 is mechanically connected through 4 top panel of shell and damping device 3, the other end and workbench of the damping spring 2
1 bottom is fixedly connected；
The damping device 3 is driven by buffer unit 301, mechanical actuation device 302, sucker control device 303, control device
Mechanism 304, pressure differential mechanism 305, sucker fixing 306 form；
The buffer unit 301 is mechanically connected with damping spring 2, and the sucker fixing 306 is set to buffer unit 301
Due South is mechanically connected upwards and with 301 mechanical engagement of buffer unit, the mechanical actuation device 302 and buffer unit 301,
The mechanical actuation device 302 is set to 4 inner cavity of shell center, the buffer unit 301 by mechanical actuation device 302 with
305 mechanical engagement of pressure differential mechanism, the pressure differential mechanism 305 are mechanically connected with control device driving mechanism 304, institute
The control device driving mechanism 304 stated is mechanically connected with sucker control device 303.
The buffer unit 301 by groove 3011, No.1 spring 3012, rectangle buffer stopper 3013, L-type clamping plate 3014,
First fixed link 3015, rectangle buffing pad 3016, supporting rod 3017 form, and the supporting rod 3017 is set to rectangle buffing pad
3016 bottoms are simultaneously welded with 3016 machinery of rectangle buffing pad, and the groove 3011 sets there are two and is respectively arranged on rectangle buffering
On 3016 both sides that are connected with L-type clamping plate 3014 of seat, the L-type clamping plate 3014 be connected with rectangle buffing pad 3016 one
End matches with groove 3011, and it is in symmetrical structure that the L-type clamping plate 3014, which is set there are two and about rectangle buffer stopper 3013,
It sets up, described one end of L-type clamping plate 3014 far from rectangle buffing pad 3016 is fixed axis and runs through and be fixed on rectangle buffer stopper
On 3013, described two opposite sides of L-type clamping plate 3014 are fixedly connected by No.1 spring 3012, and described first fixes
There are two bar 3015 is set, described two the first fixed links 3015 are distributed on rectangle buffing pad 3016 in symmetrical structure and and square
3016 vertical welding of shape buffing pad, the other ends of described two the first fixed links 3015 respectively with two 3014 machines of L-type clamping plate
Tool connects, and the damping spring 2 is through rectangle buffer stopper 3013 and is fixed on rectangle buffing pad 3016, the supporting rod
3017 are mechanically connected with sucker fixing 306, and under the active force of damping spring 2, damping spring 2 drives rectangle buffer stopper
3013 move downward so that two L-type clamping plates 3014 run counter to movement, to realize that two L-type clamping plates 3014 are buffered far from rectangle
The both ends of block 3013 are detached with the groove 3011 on rectangle buffing pad 3016, to realize rectangle buffing pad 3016 and L-type clamping plate
3014 separation, rectangle buffing pad 3016 move downward the vibrations for pushing the work of sucker fixing 306 to generate equipment operation
Sense is buffered and is fixed.
The mechanical actuation device 302 is by the second fixed link 3021, the first sliding block 3022, the first drive rod 3023,
Two drive rods 3024, the second sliding block 3025, limited block 3026, third drive rod 3027, auxiliary drive 3028, first are fixed
Axis 3029,30210 sliding block connecting rod 30211 of the second fixing axle, sliding cavity 30212 form, second fixed link 3021
Both ends are welded with 306 machinery of sucker fixing, and first sliding block 3022 is through the second fixed link 3021 and is fixed on
In second fixed link 3021, the first sliding block 3022, first sliding block 3022 and sliding are equipped in the sliding cavity 30212
Chamber 30212 is slidably matched, and the sliding block connecting rod 30211 is fixedly connected with the first sliding block 3022, first sliding block
3022 run through the first drive rod 3023 and are fixed, and first fixing axle 3029, the second fixing axle 30210 are in same
On horizontal line, one end of first drive rod 3023 is fixed in sliding block connecting rod 30211 far from the first sliding block 3022
On one end, limited block 3026 is fixed on the other end of first drive rod 3023, second sliding block 3025 is set
In on the first drive rod 3023 and with the first drive rod 3023 be slidably matched second drive rod 3024 both ends it is solid respectively
It is scheduled on the first fixing axle 3029, on the second sliding block 3025, the third drive rod 3027 is fixed on the second sliding block 3025, institute
The one end for the third drive rod 3027 stated is mechanically connected with auxiliary drive 3028, under the action of sucker fixing 306,
Second fixed link 3021 drives the first sliding block 3022 to move downward so that the first sliding block 3022 is pushed away by sliding block connecting rod 30211
The connected one end of dynamic first drive rod 3023 moves in the same direction therewith, the other end counter motion of the first drive rod 3023,
To which the second drive rod 3024 drives the second sliding block 3025 to be slided on the first drive rod 3023, in the effect of the second sliding block 3025
Under, third drive rod 3027 draws auxiliary drive 3028 and moves therewith, so that auxiliary drive 3028 works.
The sucker control device 303 is by head rod 3031, the second connecting rod 3032, connecting rod fixed seat
3033, cylinder drive rod 3034, cylinder fixed seat 3035, cylinder 3036, L-type kelly bar slot 3037, movable block 3038, the first ring
Shape button 3039, the first fast pulley 30310, wheel seat 30311, connecting rope 30312 form, and the connecting rod fixed seat 3033 is equipped with
Two, described two connecting rod fixed seats 3033 be in same horizontal line and respectively with head rod 3031, second
Connecting rod 3032 is mechanically connected, and the head rod 3031, the second connecting rod 3032 are far from connecting rod fixed seat 3033
One end is fixed on movable block 3038, and first annular button 3039, the connecting rope are fixed on the movable block 3038
30312 one end is fixedly connected with first annular button 3039, and the other end is connected with sucker fixing 306, the cylinder
3036 are fixedly mounted in cylinder fixed seat 3035, the cylinder fixed seat 3035 and 4 inner wall vertical welding of shell, described
Cylinder 3036 and 3034 mechanical engagement of cylinder drive rod, the cylinder drive rod 3034 are equipped with L-type kelly bar slot 3037, institute
The cylinder drive rod 3034 stated is set up with L-type kelly bar slot 3037 in integral structure, the cylinder drive rod 3034 and control
Device driving mechanism 304 is mechanically connected, and described one end of cylinder drive rod 3034 far from cylinder 3036 is fixed on the second connection
3032 center of bar, under the action of control device driving mechanism 304, cylinder drive rod 3034 loses resistance, in cylinder
Piston motion is done under the action of 3036, the second connecting rod 3032 is driven to move therewith, when cylinder drive rod 3034 drives second to connect
When extension bar 3032 is moved to the side far from cylinder 3036, the movement in the same direction therewith of head rod 3031 pushes movable block 3038
Movement in the same direction therewith pulls sucker fixing 306 to run so that connecting rope 30312 is tightened by connecting rope 30312.
The control device driving mechanism 304 by the first motion bar 3041, the second ring buckle 3042, connecting line 3043,
Third fixing axle 3044, the second fixed link 3046, third fixed link 3047, the 4th fixed link 3048, is lived at second motion bar 3045
Movable plate 3049, triangle fixed block 30410, L-type kelly 30411 form, and first motion bar 3041 is by third fixing axle
3044 run through and are fixed in 3045 southeastern direction of the second motion bar, first motion bar 3041 and the second motion bar 3045
Opposite side is equipped with the second ring buckle 3042, is connected by connecting line 3043 between described two the second ring buckles 3042
It connects, first motion bar 3041 is fixedly connected with one end that the second motion bar 3045 is runed counter to the second fixed link 3046, institute
The second fixed link 3046 and two motion bars stated are welded in 100 30-degree angle machineries, and second fixed link 3046 is separate
One end of motion bar is mechanically connected with the 4th fixed link 3048, and the L-type kelly 30411 and the 4th fixed link 3048 are in up and down
Structure is mounted on movable plate 3049, and the movable plate 3049 constitutes lever construction with triangle fixed block 30410, described
L-type kelly 30411 is matched with L-type kelly bar slot 3037, and the third fixed link 3047 and the second motion bar 3045 are separate
One end of second fixed link 3046 is mechanically connected, and the third fixed link 3047 is mechanically connected with pressure differential mechanism 305,
Under the action of pressure differential mechanism 305, one end that the second motion bar 3045 is connected with third fixed link 3047 is transported upwards therewith
It is dynamic, to which the second fixed link 3046 is rotated with the second motion bar 3045, and draws the 4th fixed link 3048 and move therewith, movable plate
3049 constitute lever construction with triangle fixed block 30410, and according to lever principle, movable plate 3049 is connected with L-type kelly 30411
The one end connect and 3048 counter motion of the 4th fixed link, so that L-type kelly 30411 is detached with L-type kelly bar slot 3037, gas
Cylinder drive rod 3037 loses resistance and can work normally.
The pressure differential mechanism 305 by the 5th fixed link 3051, the 4th drive rod 3052, the 5th drive rod 3053,
3057, No. two securing elongated bar 3054, the first briquetting 3055, U-shaped closed chamber 3056, the second briquetting springs 3058 form, described
The first briquetting 3055, the second briquetting 3057 be separately mounted on 3056 both ends of U-shaped closed chamber, described first briquetting 3055 with
4th fixed link, 3047 machinery welding, second briquetting 3057 and the 5th fixed link 3051 are mechanically connected, and the described the 4th
One end mechanical connection of drive rod 3052 and the 5th fixed link 3051 far from the second briquetting 3057, the other end and auxiliary drive
3028 mechanical engagements, the outer wall of the securing elongated bar 3054 and 3057 side of the second briquetting in U-shaped closed chamber 3056
Vertical welding, the 5th drive rod 3053 are mechanically connected with securing elongated bar 3054, and the other end runs through the 4th drive rod
3052 centers are simultaneously fixed, and No. two springs 3058 are fixed at 3055 bottom of the first briquetting and are fixed on U-shaped closed chamber
On 3056 intracavity bottoms, under the action of auxiliary drive 3028, one end that the 4th drive rod 3052 is connected therewith is upward
Movement, since the 5th drive rod 3053 is mechanically connected with securing elongated bar 3054, the other end is through 3052 center of the 4th drive rod
And it is fixed, therefore, the other end of the 4th drive rod 3052 pushes the 5th fixed link 3051 to move downward so that the second briquetting 3057
It moves downward, under the action of gravity and pressure difference, the first briquetting 3055 moves upwards, and pushes the 4th fixed link 3047 therewith
Movement in the same direction, so that control device driving mechanism 304 is run, the first briquetting may be implemented in setting up for No. two springs 3058
3055 reset.
The sucker fixing 306 is by sucker 3061, fixed inner wall item 3062, gag lever post 3063, the second fast pulley
3064,3068 groups No. three springs 3065, movable sealing plate 3066, the 4th fixing axle 3067, third ring buckle 3068, sealing of board slot
At the sucker 3061 is fixed on 3066 direct north of movable sealing plate, the central quilt of the movable sealing plate 3066
Movable sealing plate 3066 runs through and fixes, and the fixation inner wall item 3062 sets there are two and is respectively arranged on movable sealing plate
3066 both ends are flexibly connected with movable sealing plate 3066, and described two fixed inner wall items 3062 are connected with movable sealing plate 3066
It meets place and is equipped with sealing board slot 3068, the sealing board slot 3068 is matched with movable sealing plate 3066, and described second fixes
Wheel 3064 is disposed far from 3062 bottom of fixation inner wall item of 3056 side of U-shaped closed chamber, and second fast pulley 3064 is equipped with
Fixation inner wall item 3062 on be fixed with gag lever post 3063, the movable sealing plate 3066 is close to the side of gag lever post 3063
Bottom is fixed with No. three springs 3065, and a side bottom of the movable sealing plate 3066 far from gag lever post 3063 is fixed with
Third ring buckle 3068, the third ring buckle 3068 are fixedly connected with connecting rope 30312, second fast pulley 3064
It is connected rope 30312 to bypass, under the pulling of connecting rope 30312, movable sealing plate 3066 is equipped with the one of third ring buckle 3068
End moves downward, and movable sealing plate 3066 is detached with sealing board slot 3068 so that the air in sucker 3061 is run out of, sucker 3061
It is detached with movable sealing plate 3066, realizes and reset.
The auxiliary drive 3028 is by idler wheel 30281, No. four springs 30282, No.1 bar 30283, pole sockets
30284, No. two bars 30285, rotating disk 30286 form, and the No.1 bar 30283 is set with No. two bars 30285 in up-down structure
Vertical, described one end of No.1 bar 30283 far from No. two bars 30285 is equipped with idler wheel 30281, the idler wheel 30281 and rotation
30286 mechanical engagement of turntable, described No. four springs 30282 are nested in outside No.1 bar 30283, described No. two bars 30285 with
4th drive rod 3052 is mechanically connected, and the rotating disk 30286 is mechanically connected with third drive rod 3027, in third drive rod
Under the action of 3027, third drive rod 3027 rotates, so that pushing rolling wheels during rotation of rotating disk 30286
30281 drive No. four compressions of spring 30282 or reset, and when No. four springs 30282 reset, No.1 bar 30283 is in No. four bullets
Under the action of spring 30282, No. two bars 30285 is driven to move upwards so that the 4th drive rod 3052 moves upwards therewith, driving pressure
Poor driving mechanism 305 is run.
Under the active force of damping spring 2, damping spring 2 drives rectangle buffer stopper 3013 to move downward so that two L-types
Clamping plate 3014 runs counter to movement, to realize both ends of two L-type clamping plates 3014 far from rectangle buffer stopper 3013 and rectangle buffing pad
Groove 3011 on 3016 detaches, to realize the separation of rectangle buffing pad 3016 and L-type clamping plate 3014, rectangle buffing pad 3016
It moves downward and pushes the work of sucker fixing 306 that the vibratory sensation that equipment operation generates is buffered and fixed, fix and fill in sucker
Under the action of setting 306, the second fixed link 3021 drives the first sliding block 3022 to move downward so that the first sliding block 3022 passes through sliding block
Connecting rod 30211 pushes the connected one end of the first drive rod 3023 to move in the same direction therewith, the first drive rod 3023 it is another
One end counter motion, to which the second drive rod 3024 drives the second sliding block 3025 to be slided on the first drive rod 3023, second
Under the action of sliding block 3025, third drive rod 3027 draws auxiliary drive 3028 and moves therewith, so that auxiliary drive
Device 3028 works, under the action of pressure differential mechanism 305, what the second motion bar 3045 was connected with third fixed link 3047
One end moves upwards therewith, to which the second fixed link 3046 is rotated with the second motion bar 3045, and draws the 4th fixed link 3048
It moves therewith, movable plate 3049 constitutes lever construction, according to lever principle, movable plate 3049 and L with triangle fixed block 30410
One end that type kelly 30411 is connected and 3048 counter motion of the 4th fixed link, so that L-type kelly 30411 and L-type kelly
Bar slot 3037 detaches, and cylinder drive rod 3037 loses resistance and can work normally, under the action of third drive rod 3027, third
Drive rod 3027 rotates, so that the pushing rolling wheels 30281 during rotation of rotating disk 30286 drive No. four springs
30282 compressions reset, and when No. four springs 30282 reset, No.1 bar 30283 is under the action of No. four spring 30282, band
No. two bars 30285 are moved to move upwards so that the 4th drive rod 3052 moves upwards therewith, and driving pressure differential mechanism 305 is run,
Under the action of auxiliary drive 3028, one end that the 4th drive rod 3052 is connected therewith moves upwards, due to the 5th drive
Lever 3053 is mechanically connected with securing elongated bar 3054, and the other end is through 3052 center of the 4th drive rod and fixes, therefore, the 4th
The 5th fixed link 3051 is pushed to move downward for the other end of drive rod 3052 so that the second briquetting 3057 moves downward, gravity with
And under the action of pressure difference, the first briquetting 3055 moves upwards, and pushes the movement in the same direction therewith of the 4th fixed link 3047, so that
Control device driving mechanism 304 is run, and setting up for No. two springs 3058 may be implemented the reset of the first briquetting 3055, control
Under the action of device driving mechanism 304, cylinder drive rod 3034 loses resistance, to do piston fortune under the action of cylinder 3036
It is dynamic, drive the second connecting rod 3032 to move therewith, when cylinder drive rod 3034 drives the second connecting rod 3032 to far from cylinder
When 3036 side movement, the movement in the same direction therewith of head rod 3031 pushes the movement in the same direction therewith of movable block 3038, to make
It obtains connecting rope 30312 to tighten, pulls sucker fixing 306 to run by connecting rope 30312, in the pulling of connecting rope 30312
Under, one end that movable sealing plate 3066 is equipped with third ring buckle 3068 moves downward, movable sealing plate 3066 and sealing board slot
3068 separation so that the air in sucker 3061 is run out of, and sucker 3061 is detached with movable sealing plate 3066, is realized and is resetted.
A kind of difference using inside and outside atmospheric pressure of sucker 3061 of the present invention, be adsorbed on object realize it is fixed
Medium.
Problems solved by the invention is that the seismaesthesia that generates at work of timber cutting peeling device is transferred on floor and is easy
Floor is shattered, or even human body is transferred to by floor, the both feet of staff is made to feel that micro- fiber crops, the present invention pass through above-mentioned component
Be combined with each other, pass through buffer unit 301, mechanical actuation device 302, sucker control device 303, control device driving mechanism
304, it under 3028 collective effect of pressure differential mechanism 305, sucker fixing 306 and auxiliary drive, realizes timber
The vibratory sensation that cutting peeling apparatus generates in the process of work buffers and eliminates and be so that equipment by sucker 3061
It is fixed between pedestal, substantially reduce the vibratory sensation that equipment operation generates, avoid floor is shattered or allowed staff
Generate paralysis sense.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. timber cuts peeling device, structure includes workbench（1）, damping spring（2）, damping device（3）, shell（4）, bottom
Seat（5）, the shell（4）Set on pedestal（5）Upper and and pedestal（5）Machinery welding, the shell（4）It is interior to be equipped with damping dress
It sets（3）, the damping spring（2）If there are four and it is separately mounted to shell（4）On four angles of top panel, described subtracts
Shake spring（2）Through shell（4）Top panel and damping device（3）Mechanical connection, the damping spring（2）The other end with
Workbench（1）Bottom is fixedly connected, it is characterised in that：
The damping device（3）By buffer unit（301）, mechanical actuation device（302）, sucker control device（303）, control
Device driving mechanism（304）, pressure differential mechanism（305）, sucker fixing（306）Composition；
The buffer unit（301）With damping spring（2）Mechanical connection, the sucker fixing（306）Set on buffering
Device（301）Due South upwards and and buffer unit（301）Mechanical engagement, the mechanical actuation device（302）It is filled with buffering
It sets（301）Mechanical connection, the mechanical actuation device（302）Set on shell（4）Inner cavity center, the buffer unit
（301）Pass through mechanical actuation device（302）With pressure differential mechanism（305）Mechanical engagement, the pressure differential mechanism（305）
With control device driving mechanism（304）Mechanical connection, the control device driving mechanism（304）With sucker control device
（303）Mechanical connection.
2. timber according to claim 1 cuts peeling device, it is characterised in that：The buffer unit（301）By recessed
Slot（3011）, No.1 spring（3012）, rectangle buffer stopper（3013）, L-type clamping plate（3014）, the first fixed link（3015）, rectangle
Buffing pad（3016）, supporting rod（3017）Composition, the supporting rod（3017）Set on rectangle buffing pad（3016）Bottom and with
Rectangle buffing pad（3016）Machinery welding, the groove（3011）If there are two and it is respectively arranged on rectangle buffing pad（3016）
With L-type clamping plate（3014）On the both sides being connected, the L-type clamping plate（3014）With rectangle buffing pad（3016）One to be connected
End and groove（3011）It matches, the L-type clamping plate（3014）There are two and if about rectangle buffer stopper（3013）In pair
Claim institutes, the L-type clamping plate（3014）Far from rectangle buffing pad（3016）One end be fixed axis and run through and be fixed on
Rectangle buffer stopper（3013）On, described two L-type clamping plates（3014）Opposite side passes through No.1 spring（3012）It is fixed to connect
It connects, first fixed link（3015）There are two if, described two the first fixed links（3015）It is distributed in symmetrical structure
Rectangle buffing pad（3016）It is upper and with rectangle buffing pad（3016）Vertical welding, described two the first fixed links（3015）It is another
One end respectively with two L-type clamping plates（3014）Mechanical connection, the damping spring（2）Through rectangle buffer stopper（3013）And it is solid
It is scheduled on rectangle buffing pad（3016）On, the supporting rod（3017）With sucker fixing（306）Mechanical connection.
3. timber according to claim 1 cuts peeling device, it is characterised in that：The mechanical actuation device（302）
By the second fixed link（3021）, the first sliding block（3022）, the first drive rod（3023）, the second drive rod（3024）, the second sliding block
（3025）, limited block（3026）, third drive rod（3027）, auxiliary drive（3028）, the first fixing axle（3029）, second
Fixing axle（30210）Sliding block connecting rod（30211）, sliding cavity（30212）Composition, second fixed link（3021）Both ends
With sucker fixing（306）Machinery welding, first sliding block（3022）Through the second fixed link（3021）And it is fixed
In the second fixed link（3021）On, the sliding cavity（30212）In be equipped with the first sliding block（3022）, first sliding block
（3022）With sliding cavity（30212）It is slidably matched, the sliding block connecting rod（30211）With the first sliding block（3022）It is fixed to connect
It connects, first sliding block（3022）Through the first drive rod（3023）And be fixed, first fixing axle（3029）、
Second fixing axle（30210）In same horizontal line, first drive rod（3023）One end be fixed on sliding block connection
Bar（30211）Upper separate first sliding block（3022）One end on, first drive rod（3023）The other end on fixation set
There is limited block（3026）, second sliding block（3025）Set on the first drive rod（3023）It is upper and with the first drive rod（3023）
Be slidably matched second drive rod（3024）Both ends be separately fixed at the first fixing axle（3029）, the second sliding block（3025）
On, the third drive rod（3027）It is fixed on the second sliding block（3025）On, the third drive rod（3027）One end
With auxiliary drive（3028）Mechanical connection.
4. timber according to claim 1 cuts peeling device, it is characterised in that：The sucker control device（303）
By head rod（3031）, the second connecting rod（3032）, connecting rod fixed seat（3033）, cylinder drive rod（3034）, cylinder
Fixed seat（3035）, cylinder（3036）, L-type kelly bar slot（3037）, movable block（3038）, first annular button（3039）, first
Fast pulley（30310）, wheel seat（30311）, connecting rope（30312）Composition, the connecting rod fixed seat（3033）There are two if,
Two connecting rod fixed seats（3033）In same horizontal line and respectively with head rod（3031）, second connect
Extension bar（3032）Mechanical connection, the head rod（3031）, the second connecting rod（3032）Far from connecting rod fixed seat
（3033）One end be fixed on movable block（3038）On, the movable block（3038）On be fixed with first annular button
（3039）, the connecting rope（30312）One end and first annular button（3039）It is fixedly connected, the other end is fixed with sucker and filled
It sets（306）It is connected, the cylinder（3036）It is fixedly mounted on cylinder fixed seat（3035）On, the cylinder fixed seat
（3035）With shell（4）Inner wall vertical welding, the cylinder（3036）With cylinder drive rod（3034）Mechanical engagement, it is described
Cylinder drive rod（3034）It is equipped with L-type kelly bar slot（3037）, the cylinder drive rod（3034）With L-type kelly bar slot
（3037）It is set up in integral structure, the cylinder drive rod（3034）With control device driving mechanism（304）Mechanical connection, institute
The cylinder drive rod stated（3034）Far from cylinder（3036）One end be fixed on the second connecting rod（3032）Center.
5. timber according to claim 4 cuts peeling device, it is characterised in that：The control device driving mechanism
（304）By the first motion bar（3041）, the second ring buckle（3042）, connecting line（3043）, third fixing axle（3044）, second live
Lever（3045）, the second fixed link（3046）, third fixed link（3047）, the 4th fixed link（3048）, movable plate（3049）, three
Angular fixed block（30410）, L-type kelly（30411）Composition, first motion bar（3041）By third fixing axle（3044）
Run through and is fixed on the second motion bar（3045）In southeastern direction, first motion bar（3041）With the second motion bar
（3045）Opposite side is equipped with the second ring buckle（3042）, two second ring buckles（3042）Between pass through connection
Line（3043）It is connected, first motion bar（3041）With the second motion bar（3045）The one end runed counter to and the second fixed link
（3046）It is fixedly connected, second fixed link（3046）It is welded in 100 30-degree angle machineries with two motion bars, it is described
The second fixed link（3046）One end far from motion bar and the 4th fixed link（3048）Mechanical connection, the L-type kelly
（30411）With the 4th fixed link（3048）It is mounted on movable plate in up-down structure（3049）On, the movable plate（3049）With
Triangle fixed block（30410）Constitute lever construction, the L-type kelly（30411）With L-type kelly bar slot（3037）Match
It closes, the third fixed link（3047）With the second motion bar（3045）Far from the second fixed link（3046）One end machinery connect
It connects, the third fixed link（3047）With pressure differential mechanism（305）Mechanical connection.
6. timber according to claim 5 cuts peeling device, it is characterised in that：The pressure differential mechanism（305）
By the 5th fixed link（3051）, the 4th drive rod（3052）, the 5th drive rod（3053）, securing elongated bar（3054）, first pressure
Block（3055）, U-shaped closed chamber（3056）, the second briquetting（3057）, No. two springs（3058）Composition, first briquetting
（3055）, the second briquetting（3057）It is separately mounted to U-shaped closed chamber（3056）On both ends, first briquetting（3055）With
Four fixed links（3047）Machinery welding, second briquetting（3057）With the 5th fixed link（3051）Mechanical connection, it is described
4th drive rod（3052）With the 5th fixed link（3051）Far from the second briquetting（3057）One end mechanical connection, the other end with it is auxiliary
Help driving device（3028）Mechanical engagement, the securing elongated bar（3054）With U-shaped closed chamber（3056）In the second briquetting
（3057）The outer wall vertical of side is welded, the 5th drive rod（3053）With securing elongated bar（3054）Machinery is even
It connects, the other end runs through the 4th drive rod（3052 centers and No. two fixed, described springs（3058）It is fixed at the first briquetting
（3055）Bottom is simultaneously fixed on U-shaped closed chamber（3056）On intracavity bottom.
7. the timber according to Claims 2 or 3 or 4 cuts peeling device, it is characterised in that：The sucker fixing
（306）By sucker（3061）, fixed inner wall item（3062）, gag lever post（3063）, the second fast pulley（3064）, No. three springs
（3065）, movable sealing plate（3066）, the 4th fixing axle（3067）, third ring buckle（3068）, sealing board slot（3068）Composition,
The sucker（3061）It is fixed at movable sealing plate（3066）On direct north, the movable sealing plate（3066）Center
By movable sealing plate（3066）Run through and fixes, the fixation inner wall item（3062）If there are two and it is respectively arranged on movable close
Sealing plate（3066）Both ends and movable sealing plate（3066）Flexible connection, described two fixed inner wall items（3062）With movable sealing
Plate（3066）Connection is equipped with sealing board slot（3068）, the sealing board slot（3068）With movable sealing plate（3066）Match
It closes, second fast pulley（3064）It is disposed far from U-shaped closed chamber（3056）The fixation inner wall item of side（3062）Bottom, institute
The second fast pulley stated（3064）The fixation inner wall item being equipped with（3062）On be fixed with gag lever post（3063）, described is movable close
Sealing plate（3066）Close to gag lever post（3063）A side bottom be fixed with No. three springs（3065）, the movable sealing plate
（3066）Far from gag lever post（3063）A side bottom be fixed with third ring buckle（3068）, the third ring buckle
（3068）With connecting rope（30312）It is fixedly connected, second fast pulley（3064）It is connected rope（30312）It bypasses.
8. the timber according to claim 3 or 6 cuts peeling device, it is characterised in that：The auxiliary drive
（3028）By idler wheel（30281）, No. four springs（30282）, No.1 bar（30283）, pole socket（30284）, No. two bars（30285）、
Rotating disk（30286）Composition, the No.1 bar（30283）With No. two bars（30285）It is set up in up-down structure, the No.1
Bar（30283）Far from No. two bars（30285）One end be equipped with idler wheel（30281）, the idler wheel（30281）With rotating disk
（30286）Mechanical engagement, described No. four springs（30282）It is nested in No.1 bar（30283）Outside, No. two bars
（30285）With the 4th drive rod（3052）Mechanical connection, the rotating disk（30286）Even with 3027 machinery of third drive rod
It connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810365571.3A CN108501154A (en) | 2018-04-23 | 2018-04-23 | Timber cuts peeling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810365571.3A CN108501154A (en) | 2018-04-23 | 2018-04-23 | Timber cuts peeling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108501154A true CN108501154A (en) | 2018-09-07 |
Family
ID=63382957
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810365571.3A Pending CN108501154A (en) | 2018-04-23 | 2018-04-23 | Timber cuts peeling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108501154A (en) |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104385379A (en) * | 2014-11-14 | 2015-03-04 | 金岳（天津）金属制品有限公司 | Bed plate cutting equipment |
| CN104696406A (en) * | 2015-03-06 | 2015-06-10 | 盐城工学院 | Vibration damping plate tandem mounting vibration damper of automobile transmission |
| CN206445916U (en) * | 2016-12-02 | 2017-08-29 | 宿迁市金板木业有限公司 | A kind of softwood rotary cutter |
| CN107471318A (en) * | 2017-09-01 | 2017-12-15 | 田楷 | A kind of timber efficient cutting of the Furniture manufacturing with decrease of noise functions |
| CN107718088A (en) * | 2017-11-14 | 2018-02-23 | 江门市尚林板饰厂有限公司 | A kind of decorative panel processing cutting equipment for being easy to lifting |
| CN207058298U (en) * | 2017-06-01 | 2018-03-02 | 泉州市峻道信息技术开发有限公司 | It is a kind of to be machined special damping grinding machine |
| CN207120310U (en) * | 2017-08-29 | 2018-03-20 | 安吉县瑞旺竹木制品厂 | A kind of bamboo and wood processing drilling equipment |
-
2018
- 2018-04-23 CN CN201810365571.3A patent/CN108501154A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104385379A (en) * | 2014-11-14 | 2015-03-04 | 金岳（天津）金属制品有限公司 | Bed plate cutting equipment |
| CN104696406A (en) * | 2015-03-06 | 2015-06-10 | 盐城工学院 | Vibration damping plate tandem mounting vibration damper of automobile transmission |
| CN206445916U (en) * | 2016-12-02 | 2017-08-29 | 宿迁市金板木业有限公司 | A kind of softwood rotary cutter |
| CN207058298U (en) * | 2017-06-01 | 2018-03-02 | 泉州市峻道信息技术开发有限公司 | It is a kind of to be machined special damping grinding machine |
| CN207120310U (en) * | 2017-08-29 | 2018-03-20 | 安吉县瑞旺竹木制品厂 | A kind of bamboo and wood processing drilling equipment |
| CN107471318A (en) * | 2017-09-01 | 2017-12-15 | 田楷 | A kind of timber efficient cutting of the Furniture manufacturing with decrease of noise functions |
| CN107718088A (en) * | 2017-11-14 | 2018-02-23 | 江门市尚林板饰厂有限公司 | A kind of decorative panel processing cutting equipment for being easy to lifting |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206519531U (en) | Chair skeleton gadget special riveting machine | |
| CN108150764A (en) | A kind of damping device of foundry machinery | |
| CN206879603U (en) | A kind of Handheld fruit bagging tool | |
| CN110254487A (en) | A kind of civil engineering pipeline putting vehicle | |
| CN108501154A (en) | Timber cuts peeling device | |
| CN208951216U (en) | A kind of blender quake-proof seat | |
| CN208979206U (en) | A kind of unpacking fixture of modified carton | |
| CN105157950B (en) | A kind of wave simulation device for wave-measuring buoy | |
| CN206925534U (en) | A kind of automatic universal adjustment laminating mechanism and pressing machine | |
| CN207151271U (en) | A kind of grafting auxiliary equipment for planting fruit trees | |
| CN209667525U (en) | Christmas tree automatic packaging line | |
| CN108925318A (en) | A kind of Handheld fruit bagging tool | |
| CN108405481A (en) | A kind of building monitoring the first dust-extraction unit of airborne dust noise monitor | |
| CN209105808U (en) | A kind of edible mushroom ring inserter | |
| CN209326881U (en) | A kind of heavy type dynamic balancing equipment | |
| CN109625048A (en) | A kind of adjustable electrical equipment transport device | |
| CN206517833U (en) | A kind of apocarya vibrates picker | |
| CN209478223U (en) | A kind of flabellum clamping tooling | |
| CN108002338A (en) | A kind of cotton-wadded quilt production covering device | |
| CN206466213U (en) | A kind of overall boxing apparatus packed for consolidated floor | |
| CN209271888U (en) | A kind of jarring formula sandstone vibrating sieving machine | |
| CN209408790U (en) | A kind of concrete vibrating stand | |
| CN208484920U (en) | A kind of seed packaging exhaust fixture | |
| CN208325784U (en) | Full-automatic impact drill packing machine | |
| CN206841565U (en) | A kind of curtain wall climbing robot |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20180907 |