CN107098299A - Plank overturns processing machine - Google Patents
Plank overturns processing machine Download PDFInfo
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- CN107098299A CN107098299A CN201710541417.2A CN201710541417A CN107098299A CN 107098299 A CN107098299 A CN 107098299A CN 201710541417 A CN201710541417 A CN 201710541417A CN 107098299 A CN107098299 A CN 107098299A
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- longitudinal
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- turnover disc
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- processing machine
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F19/00—Hoisting, lifting, hauling or pushing, not otherwise provided for
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Abstract
Processing machine is overturn the invention provides a kind of plank, belongs to wood processing technique field.The present invention includes support and the workbench on support, described support and it is respectively equipped with an overturning seat positioned at the both sides of workbench, overturning seat is provided with turning motors, the output shaft of described turning motors is fixedly connected with turnover disc, on turnover disc provided with fix to clamp arm and with can axially reciprocating output shaft binding clasp, the output shaft connection movable clamping arm of binding clasp, fixes to clamp arm and movable clamping arm be arranged in parallel.The present invention can clamp plank automatically and plank is overturn, and be adapted to automation, the operation of high intensity, alleviate artificial burden, security is protected.
Description
Technical field
The invention belongs to wood processing technique field, it is related to a kind of plank upset processing machine.
Background technology
In wood working industry, when needing to be cut into slices in the timber of whole, saw plate is generally carried out using slabber,
The need for difference, saw plate thickness is adjusted, the plank of different-thickness is obtained.
, it is necessary to be processed further processing after the completion of plank cutting, such as polish, texturing or Tu paint, now need pair
Plank is overturn, and existing operation is typically manually carried out, namely two people grip the two ends of plank respectively, then passes through people
Power is overturn.For small-sized plank, it is operable, because lighter in weight, however, such as running into large-scale plank, this operation is just
With unsafe factor, and production efficiency is relatively low.
The content of the invention
Regarding the issue above, the present invention provides a kind of plank upset processing machine.
To reach above-mentioned purpose, present invention employs following technical proposal：
A kind of plank overturns processing machine, including support and the workbench on support, described support and positioned at work
The both sides of platform are respectively equipped with an overturning seat, and overturning seat is provided with turning motors, and the output shaft of described turning motors, which is fixed, to be connected
Connect turnover disc, on turnover disc provided with fix to clamp arm and with can axially reciprocating output shaft binding clasp, folder
The output shaft connection movable clamping arm of tight device, fixes to clamp arm and movable clamping arm be arranged in parallel.
Preferably, described turnover disc is provided with to be arranged with grip track, grip track and is slidably connected with grip track
Grip slide, movable clamping arm is fixedly connected with grip slide, the output shaft of binding clasp through fix to clamp after arm with activity
Clamp arm is fixedly connected.
Preferably, described turning motors are provided with fixed disk, and turnover disc and fixed disk are connected with chuck, turning motors
Output shaft is fixedly connected after passing through fixed disk with turnover disc, and rolling mechanism is provided between turnover disc and the contact surface of fixed disk.
Preferably, described rolling mechanism includes the first ball that several are folded between turnover disc and fixed disk, if
The dry spaced uniform arrangement of first ball is circularized, in addition to some the second rollings being arranged between turnover disc and chuck
Pearl, some spaced uniform arrangements of second ball are circularized, it is preferable that described chuck includes two and half sets, two and half
Bolt is applied mechanically to be fixedly connected.
Preferably, overturning seat translation track is provided with support, overturning seat is slidably connected with overturning seat translation track, overturn
Seat mobile cylinder is fixed on support and connects overturning seat.
Preferably, upset jacking cylinder is additionally provided with described overturning seat, turning motors are located above upset jacking cylinder
And be connected with upset jacking cylinder.
Preferably, described turnover disc and fixed disk are in disk form, and half covers interior provided with annular chuck.
Preferably, described binding clasp is to be respectively equipped with two concentric rings on oil cylinder, described turnover disc and fixed disk
Shape oil groove, after turnover disc and fixed disk are clamped by chuck, the annular oil groove on turnover disc and fixed disk mutually corresponds to spell
Two concentric annular oil circuits are closed, one of annular oil circuit connects the oil-out of oil cylinder, another annular oil circuit connection oil cylinder
Oil inlet, the both sides of each annular oil circuit are respectively equipped with an annular sealing strip.
Preferably, described workbench include can allow plank longitudinally roll longitudinal translation component and can allow plank laterally rolling
Dynamic transverse translation component, described longitudinal translation component bottom, which is provided with, can change the first lift of longitudinal translation component level height
Mechanism is risen, transverse translation component bottom, which is provided with, can change the second lifting mechanism of transverse translation component level height.
Preferably, described transverse translation component includes setting on some cross-brace bars being parallel to each other, cross-brace bar
There are some transverse-rollers, described longitudinal translation component includes longitudinal translation platform, and described longitudinal translation platform is provided with some phases
Mutual parallel longitudinal direction support bar, longitudinal bracing bar is provided with some longitudinal rollers, and the first lifting mechanism includes being located at longitudinal translation platform
Longitudinal lifting device of bottom, longitudinal lifting utensil have can axially reciprocating output shaft, the second lifting mechanism includes
Be located at the horizontal lifting device of cross-brace bar bottom, the horizontal lifting utensil have can axially reciprocating output shaft,
Described longitudinal lifting device and horizontal lifting device have several and evenly spaced setting, described horizontal rolling respectively
The axial line of wheel and longitudinal roller is mutually perpendicular to, and the two ends of described cross-brace bar are provided with horizontal support, horizontal lifting device position
In horizontal support bottom,
Transverse-roller at least one cross-brace bar is connected with each other with transversal connecting assembly, transversal connecting assembly connection
There is motor, longitudinal roller at least one longitudinal bracing bar is connected with each other with vertical connecting assembly, vertical connecting assembly connection
There is motor,
Described transversal connecting assembly includes the horizontal sprocket wheel for being fixed on transverse-roller end, two adjacent transverse-rollers
Between horizontal sprocket wheel horizontal chain connection and one of horizontal sprocket wheel connection motor, described vertical connecting assembly includes
The longitudinal sprocket wheel being fixed between longitudinal sprocket wheel of longitudinal roller end portions, two adjacent longitudinal rollers with vertical chain connect and
One of longitudinal direction sprocket wheel connection motor.
Compared with prior art, the advantage of the invention is that：
1st, the present invention can clamp plank automatically and plank is overturn, and be adapted to automation, the operation of high intensity, alleviate
Artificial burden, security is protected；
2nd, the present invention devises the oil channel structures of a clamper, clamper is directly returned by turnover disc
Oil, will not cause the coiling of rotary course, and automaticity and efficiency are further improved.
3rd, Working table structure is reasonable in design, and running is steadily reliable, plank is moved along table top is vertical or horizontal,
It is easy to plank to process, production efficiency is high.
4th, workbench does not result in damage to plank using the move mode rolled.
Brief description of the drawings
Fig. 1 is the application schematic diagram of the present invention；
Fig. 2 is Fig. 1 process chart；
Fig. 3 is the structural representation of the present invention；
Fig. 4 is the structural representation of workbench；
Fig. 5 is enlarged drawing at Fig. 4 A.
In figure, support 10, overturning seat 11, turning motors 12, turnover disc 13, fix to clamp arm 14, binding clasp 15, activity folder
Tight arm 16, grip track 17, grip slide 18, fixed disk 19, oil inlet 19a, oil-out 19b, chuck 20, rolling mechanism 21,
First ball 22, the second ball 23, half set 24, overturning seat translation track 25, overturning seat mobile cylinder 26, upset jacking cylinder
27th, annular chuck 28, annular oil groove 29, annular oil circuit 30, sealing strip 31, longitudinal translation component 42, transverse translation component 43, the
One lifting mechanism 44, the second lifting mechanism 45, cross-brace bar 46, transverse-roller 47, longitudinal translation platform 48, longitudinal bracing bar
49th, longitudinal roller 50, longitudinal lifting device 51, horizontal lifting device 52, horizontal support 53, transversal connecting assembly 54, longitudinally connected group
Part 55, horizontal sprocket wheel 56, horizontal chain 57, longitudinal sprocket wheel 58, vertical chain 59, workbench 100, plank 101.
Embodiment
As shown in figure 3, a kind of plank upset processing machine, including support 10 and the workbench 100 on support, support 10
And an overturning seat 11 is respectively equipped with positioned at the both sides of workbench, overturning seat 11 is provided with turning motors 12, and turning motors 12 have
There is output shaft, can circumferentially rotate, the output shaft of described turning motors 12 is fixedly connected with turnover disc 13, is set on turnover disc 13
Have fix to clamp arm 14 and with can axially reciprocating output shaft binding clasp 15, the output shaft connection of binding clasp 15
Movable clamping arm 16, fixes to clamp arm 14 and movable clamping arm 16 be arranged in parallel.
It will be appreciated by those skilled in the art that binding clasp 15 can be cylinder or oil cylinder, movable clamping arm 16 and geometrical clamp
A clamp port is formed between tight arm 14, when binding clasp 15 can drive movable clamping arm 16 closer or far from fixing to clamp arm
14, when having plank or object to be placed in movable clamping arm 16 and fixing to clamp between arm 14, fixation can be clamped.
Overturning seat translation track 25 is provided with support 10, overturning seat 11 is slidably connected with overturning seat translation track 25, turned over
Swivel base mobile cylinder 26 is fixed on support 10 and connects overturning seat 11.Upset jacking cylinder 27 is additionally provided with overturning seat 11, is turned over
Turn motor 12 to be located at the top of upset jacking cylinder 27 and be connected with upset jacking cylinder 27.
Overturning seat mobile cylinder 26 can drive overturning seat 11 to move forward and backward along the horizontal plane, and upset jacking cylinder 27, which can drive, to be turned over
Turn motor 12 to move up and down along vertical plane, make movable clamping arm 16 and fix to clamp above and below the realization of arm 14 and front and rear movement, match somebody with somebody
Close the distance and height for the object for needing to clamp.
Turnover disc 13 is provided with grip track 17, and the two ends of grip track 17 are fixedly connected with turnover disc 13, grip track
The grip slide 18 being slidably connected with grip track 17 is arranged with 17, grip slide 18 can be slided along grip track 17, it is living
Dynamic clamp arm 16 is fixedly connected with grip slide 18, the output shaft of binding clasp 15 pass through fix to clamp after arm 14 with movable clamping arm
16 are fixedly connected, and output shaft and the grip track 17 of binding clasp 15 are parallel to each other, and grip track 17 is played to movable clamping arm 16
Guide effect.
Fixed disk 19 is fixed with turning motors 12, turnover disc 13 and fixed disk 19 are connected with chuck 20, turning motors 12
Output shaft pass through fixed disk 19 after be fixedly connected with turnover disc 13, be provided between the contact surface of turnover disc 13 and fixed disk 19
Rolling mechanism 21, turnover disc 13 can be rolled on the face of fixed disk 19, and fixed disk 19 is not rotated, and turnover disc 13 is energy edge
Circumferentially rotate, driven while turnover disc 13 is rotated and fix to clamp arm 14 and the synchronous axial system of movable clamping arm 16, also can band
It is dynamic to be fixed to clamp the object rotation that arm 14 and movable clamping arm 16 are clamped.
Rolling mechanism 21 includes the first ball 22 that several are folded between turnover disc 13 and fixed disk 19, some first
The spaced uniform arrangement of ball 22 is circularized, in addition to some the second balls being arranged between turnover disc 13 and chuck 20
23, some spaced uniform arrangements of second ball 23 are circularized.
First ball 22 and the second ball 23 make face friction be transformed into rolling friction, reducing friction resistance.
Chuck 20 includes two and half set 24, and two and half set 24 is fixedly connected with bolt, and turnover disc 13 and fixed disk 19 are in circle
Annular chuck 28 is provided with dish type, half set 24, turnover disc 13 and fixed disk 19 are embedded the annular chuck at two and half set 24 respectively
In 20, positioning clamping is formed.
As described above, binding clasp 15 can be cylinder or oil cylinder, it will be understood by those skilled in the art that the clamping of cylinder
Power is weaker, and needs additional gas circuit.And the chucking power of oil cylinder is stronger, the chucking power of different demands can be met, is made to thing
The clamping of body is stable, but oil cylinder needs oil circuit, because binding clasp 15 can be circumferentially rotated with turnover disc 13 in the course of the work, because
The oil circuit of this oil cylinder can also be rotated, and can cause coiling.
In the present embodiment, binding clasp 15 is oil cylinder, in order to solve the problems, such as coiling, present embodiments provides following technical side
Case：Two concentric annular oil grooves 29 are respectively equipped with turnover disc 13 and fixed disk 19, when turnover disc 13 and fixed disk 19 are pressed from both sides
After set 20 is clamped, the mutually correspondence of annular oil groove 29 on turnover disc 13 and fixed disk 19 is so as to two concentric annular oil circuits of split
30, one of annular oil circuit 30 connects the oil-out of oil cylinder, and another annular oil circuit 30 connects the oil inlet of oil cylinder.Each ring
The both sides of shape oil circuit 30 are respectively equipped with an annular sealing strip 31.
An oil inlet 19a and oil-out 19b is provided with fixed disk 19, oil inlet 19a and oil-out 19b are connected respectively
One annular oil circuit 30.Oil inlet 19a and oil-out 19b connects hydraulic power unit with flexible pipe, and hydraulic power unit is common knowledge, this
Sample, oil cylinder enters fuel-displaced by that can be connected after annular oil circuit 30 with hydraulic power unit realization, and does not result in coiling, and structure is very skilful
It is wonderful.
As shown in Fig. 2, Fig. 4 and Fig. 5, described workbench 100 includes the longitudinal translation component that plank can be allowed longitudinally to roll
42 put down with the transverse translation component 43 that plank can be allowed laterally to roll, the described bottom of longitudinal translation component 42 provided with that can change longitudinal direction
The first lifting mechanism 44 of the level height of component 42 is moved, the bottom of transverse translation component 43, which is provided with, can change the water of transverse translation component 43
Second lifting mechanism 45 of flat height.
In the present embodiment, the first lifting mechanism 44 matches with center translation component 42, for changing longitudinal translation group
The height of part 42, longitudinal translation component 42 can be belt pulley conveyer, when plank 101 needs to vertically move, the first lifting
The work of mechanism 44 raises longitudinal translation component 42, and the work of belt pulley conveyer can vertically move plank.
Second lifting mechanism 45 matches with transverse translation component 43, the height for changing transverse translation component 43, horizontal
Can also be belt pulley conveyer to translation component 43, when plank 101 needs transverse shifting, the work of the second lifting mechanism 45 makes
Transverse translation component 43 is raised, and the work of belt pulley conveyer can be by plank transverse shifting.
That is, the first lifting mechanism 44 and the second lifting mechanism 45 are by changing longitudinal translation component 42 or transverse translation group
The height of part 43, so that plank 101 and one of translation component touch, depart from another translation component.Art technology
Personnel should be appreciated that lifting mechanism can be cylinder or oil cylinder, can also use mechanical component such as screw mandrel etc..
In conjunction with shown in Fig. 2 and Fig. 5, transverse translation component 43 includes some cross-brace bars 46 being parallel to each other, laterally
Support bar 46 is provided with some transverse-rollers 47, and described longitudinal translation component 42 includes longitudinal translation platform 48, described longitudinal direction
Translation stage 48 is provided with some longitudinal bracing bars 49 that are parallel to each other, and longitudinal bracing bar 49 is provided with some longitudinal rollers 50, first
Lifting mechanism 44 includes the longitudinal lifting device 51 for being located at the bottom of longitudinal translation platform 48, and longitudinal lifting utensil has can be axially past
The output shaft moved again, the second lifting mechanism 45 includes the horizontal lifting device 52 for being located at the bottom of cross-brace bar 46, and this is laterally lifted
Rising that device 52 has can axially reciprocating output shaft.Longitudinal lifting device 51 can be cylinder or oil with horizontal lifting device 52
Cylinder.
In the present embodiment, cross-brace bar 46 and longitudinal bracing bar 49 are parallel to each other and are arranged at intervals successively, laterally branch
Stay 46 and longitudinal bracing bar 49 will not be interfered in respective lifting process.Longitudinal translation platform 48 can be with some mutual straight lines
Frame, straight line frame is vertical with longitudinal bracing bar, and straight line frame is located at below longitudinal bracing bar, and longitudinal lifting device 51 is located at straight line frame bottom
Portion.
Longitudinal lifting device 51 and horizontal lifting device 52 have several and evenly spaced setting, described transverse-roller respectively
47 and the axial line of longitudinal roller 50 be mutually perpendicular to, namely rolling surface is in 90 °, therefore rotating direction angle is also 90 °, and formation can
With the effect rolled in length and breadth, the two ends of described cross-brace bar 46 are provided with horizontal support 53, and horizontal lifting device 52 is located at laterally
The bottom of support 53.
Horizontal support 53 uses some vertical elements, and vertical element is vertically arranged with cross-brace bar 46, and horizontal support 53 is with indulging
It is parallel to each other to translation stage 48 but in the vertical direction does not project coincidence, therefore horizontal support 53 is rising with longitudinal translation platform 48
It will not also be interfered during drop.
Transverse-roller 47 at least one cross-brace bar 46 is connected with each other with transversal connecting assembly 54, lateral connection group
Part 54 is connected with motor (not shown), the vertical connecting assembly 55 of longitudinal roller 50 at least one longitudinal bracing bar 49
It is connected with each other, vertical connecting assembly 55 is connected with motor (not shown).
In the present embodiment, transversal connecting assembly 54 includes the horizontal sprocket wheel 56 for being fixed on the end of transverse-roller 47, two
Horizontal sprocket wheel 56 between adjacent transverse-roller 47 is connected with horizontal chain 57, and one of horizontal sprocket wheel 56 connects electricity
Machine, the transverse-roller 47 being arranged on same cross-brace bar 46 is sequentially connected by horizontal chain 57, forms a drive chain
Transverse-roller 47 on structure, remaining cross-brace bar 46 forms passive chain structure.
Vertical connecting assembly 55 includes the longitudinal sprocket wheel 58 for being fixed on longitudinal end of roller 50, two adjacent longitudinal rollers
Longitudinal sprocket wheel 58 between 50 is connected and one of longitudinal sprocket wheel 58 connection motor with vertical chain 59, the structure with it is above-mentioned
The principle of transversal connecting assembly 54 is similar.
The present invention the course of work be：
As shown in figure 1, plank 101 is on workbench 100, two overturning seats 11 are oppositely arranged, and center line preferably exists
On straight line, as shown in Fig. 2 Fig. 2 illustrates how to clamp the process of plank and upset, step is implemented as follows.
In Fig. 1, arm 14 and movable clamping arm 16 are fixed to clamp with plank 101 in horizontal range, and vertical distance
Mismatch, it is necessary to adjust height and could form clamping close to plank.In conjunction with shown in Fig. 2, upset jacking cylinder 27 is first
Action, adjusts the height of turning motors 12, so that the height for fixing to clamp arm 14 and movable clamping arm 16 is adjusted, with plank 101
Match, overturning seat mobile cylinder 26 is acted, overturning seat 11 makes to fix to clamp arm 14 and movable clamping arm 16 close to wood after moving
Plate simultaneously completes plank as in the middle of both, now the positioning before clamping upset.
Binding clasp 15 is acted, and is pulled movable clamping arm 16 to be clamped close to arm 14, plank 101 is fixed to clamp, is overturn jacking
Cylinder 27 is acted again, is increased stroke, plank is increased, turning motors 12 are acted, and drives turnover disc 13 to rotate, namely drives quilt
Fix to clamp the plank rotation that arm 14 and movable clamping arm 16 are clamped.
It will be appreciated by those skilled in the art that upset jacking cylinder 27 can select commercially available stroke adjustable cylinder, upset
Jacking cylinder 27 can also select oil cylinder, and specific type selecting is determined according to the demand of actual production.
When plank 101 needs transverse shifting：The horizontal driving of lifting device 52 horizontal support 53 is raised, 46 liters of cross-brace bar
Height, plank 101 departs from longitudinal bracing bar 49, and the transverse-roller 47 for being connected with motor is rotated, the rotation side of plank transversely roller
To movement.
When plank needs to vertically move：The longitudinal driving longitudinal translation of lifting device 51 platform 48 is raised, longitudinal bracing bar 49
Synchronous rise, plank departs from cross-brace bar, and the longitudinal roller 50 for being connected with motor is rotated, rotation side of the plank along longitudinal roller
To movement.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology neck belonging to of the invention
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Claims (10)
1. a kind of plank overturns processing machine, including support (10) and the workbench (100) on support, it is characterised in that institute
The support (10) stated and an overturning seat (11) is respectively equipped with positioned at the both sides of workbench, overturning seat (11) is provided with turning motors
(12), the output shaft of described turning motors (12) is fixedly connected with turnover disc (13), is provided with and fixes to clamp on turnover disc (13)
Arm (14) and with can axially reciprocating output shaft binding clasp (15), the output shaft connection activity of binding clasp (15)
Clamp arm (16), fixes to clamp arm (14) and movable clamping arm (16) be arranged in parallel.
2. plank according to claim 1 overturns processing machine, it is characterised in that described turnover disc (13) is provided with clamping
The grip slide (18) being slidably connected with grip track (17), movable clamping arm are arranged with track (17), grip track (17)
(16) be fixedly connected with grip slide (18), the output shaft of binding clasp (15) through fix to clamp arm (14) afterwards with movable clamping arm
(16) it is fixedly connected.
3. plank according to claim 2 overturns processing machine, it is characterised in that described turning motors (12) are provided with solid
Price fixing (19), turnover disc (13) and fixed disk (19) are connected with chuck (20), and the output shaft of turning motors (12) passes through fixed disk
(19) it is fixedly connected afterwards with turnover disc (13), rolling mechanism is provided between the contact surface of turnover disc (13) and fixed disk (19)
(21)。
4. plank according to claim 3 overturns processing machine, it is characterised in that described rolling mechanism (21) includes some
Individual the first ball (22) being folded between turnover disc (13) and fixed disk (19), some first balls (22) are spaced uniform
Arrangement circularize, in addition to some the second balls (23) being arranged between turnover disc (13) and chuck (20), some second
The spaced uniform arrangement of ball (23) is circularized, and described chuck (20) includes two and half sets (24), two and half sets (24)
It is fixedly connected with bolt.
5. plank according to claim 1 overturns processing machine, it is characterised in that translated on support (10) provided with overturning seat
Track (25), overturning seat (11) is slidably connected with overturning seat translation track (25), and overturning seat mobile cylinder (26) is fixed on support
(10) on and connection overturning seat (11).
6. plank according to claim 1 overturns processing machine, it is characterised in that is additionally provided with and turns on described overturning seat (11)
Turn jacking cylinder (27), turning motors (12) are located above upset jacking cylinder (27) and are connected with upset jacking cylinder (27).
7. plank according to claim 4 overturns processing machine, it is characterised in that described turnover disc (13) and fixed disk
(19) it is in disk form, it is provided with annular chuck (28) in half set (24).
8. plank according to claim 3 overturns processing machine, it is characterised in that described binding clasp (15) is oil cylinder, institute
Two concentric annular oil grooves (29) are respectively equipped with the turnover disc (13) and fixed disk (19) stated, when turnover disc (13) and fixation
After disk (19) is clamped by chuck (20), annular oil groove (29) the mutually correspondence on turnover disc (13) and fixed disk (19) is so as to split
Two concentric annular oil circuits (30), one of annular oil circuit (30) connects the oil-out of oil cylinder, another annular oil circuit
(30) oil inlet of oil cylinder is connected, the both sides of each annular oil circuit (30) are respectively equipped with an annular sealing strip (31).
9. plank according to claim 1 overturns processing machine, it is characterised in that described workbench (100) includes allowing
The longitudinal translation component (42) of plank longitudinal direction rolling and the transverse translation component (43) that plank can be allowed laterally to roll, described longitudinal direction
Translation component (42) bottom, which is provided with, can change first lifting mechanism (44) of longitudinal translation component (42) level height, transverse translation
Component (43) bottom, which is provided with, can change second lifting mechanism (45) of transverse translation component (43) level height.
10. plank according to claim 9 overturns processing machine, it is characterised in that described transverse translation component (43) bag
Some cross-brace bars (46) being parallel to each other are included, cross-brace bar (46) is provided with some transverse-rollers (47), and described is vertical
Include longitudinal translation platform (48) to translation component (42), described longitudinal translation platform (48) is provided with some longitudinal branch that are parallel to each other
Stay (49), longitudinal bracing bar (49) is provided with some longitudinal rollers (50), and the first lifting mechanism (44) includes being located at longitudinal put down
Longitudinal lifting device (51) of moving stage (48) bottom, longitudinal lifting utensil has can axially reciprocating output shaft, second
Lifting mechanism (45) includes being located at the horizontal lifting device (52) of cross-brace bar (46) bottom, and the horizontal lifting device (52) has energy
Axially reciprocating output shaft,
Described longitudinal lifting device (51) and horizontal lifting device (52) have several and evenly spaced setting, described horizontal stroke respectively
Way roller (47) and the axial line of longitudinal roller (50) are mutually perpendicular to, and the two ends of described cross-brace bar (46) are propped up provided with horizontal
Frame (53), horizontal lifting device (52) is located at horizontal support (53) bottom,
Transverse-roller (47) at least one cross-brace bar (46) is connected with each other with transversal connecting assembly (54), lateral connection
Component (54) is connected with motor, longitudinal roller (50) vertical connecting assembly (55) phase at least one longitudinal bracing bar (49)
Connect, vertical connecting assembly (55) is connected with motor,
Described transversal connecting assembly (54) includes being fixed on the horizontal sprocket wheel (56) of transverse-roller (47) end, and two adjacent
Horizontal sprocket wheel (56) horizontal chain (57) connection and one of horizontal sprocket wheel (56) connection electricity between transverse-roller (47)
Machine, described vertical connecting assembly (55) includes the longitudinal sprocket wheel (58) for being fixed on longitudinal roller (50) end, and two adjacent
Longitudinal sprocket wheel (58) vertical chain (59) connection and one of longitudinal sprocket wheel (58) connection electricity between longitudinal roller (50)
Machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710541417.2A CN107098299A (en) | 2017-07-05 | 2017-07-05 | Plank overturns processing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710541417.2A CN107098299A (en) | 2017-07-05 | 2017-07-05 | Plank overturns processing machine |
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| CN107098299A true CN107098299A (en) | 2017-08-29 |
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| CN201710541417.2A Pending CN107098299A (en) | 2017-07-05 | 2017-07-05 | Plank overturns processing machine |
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| CN110480759A (en) * | 2019-08-26 | 2019-11-22 | 吴善旺 | The turnover mechanism of carving and milling machine |
| CN110480758A (en) * | 2019-08-26 | 2019-11-22 | 吴善旺 | The turnover mechanism of carving and milling machine |
| CN110509364A (en) * | 2019-08-26 | 2019-11-29 | 吴善旺 | The feeding positioning mechanism of carving and milling machine |
| CN110509363A (en) * | 2019-08-26 | 2019-11-29 | 吴善旺 | The feeding positioning mechanism of carving and milling machine |
| CN110587725A (en) * | 2019-08-26 | 2019-12-20 | 吴善旺 | Turnover mechanism of engraving and milling machine |
| CN110919806A (en) * | 2019-12-26 | 2020-03-27 | 陆姆反 | Even carbonizing apparatus of plank superficial layer |
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Application publication date: 20170829 |