CN207240403U - A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment - Google Patents
A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment Download PDFInfo
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- CN207240403U CN207240403U CN201720796772.XU CN201720796772U CN207240403U CN 207240403 U CN207240403 U CN 207240403U CN 201720796772 U CN201720796772 U CN 201720796772U CN 207240403 U CN207240403 U CN 207240403U
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- etiolation
- internal segment
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Abstract
The utility model belongs to bamboo processing technical field, disclose a kind of thick bamboo tube de-etiolation and go internal segment gang tool and equipment, the cutter rotary work, including knife rest and two cutter hubs, internal segment blade is removed in the installation of cutter hub outside front ends, rear end is installed by de-etiolation blade, the cutter hub is arranged in the sliding slot on knife rest in which can radially slide, the extension spring that both ends are connected with two cutter hubs respectively is equipped between two cutter hubs, when cutter does not work, under extension spring effect, two cutter hubs are maintained at close to the position of cutter pivot, when cutter rotary work, under the action of the centrifugal force, cutter hub slides to outside；The blade for removing internal segment blade forward extends out cutter hub, and the edegewise of the de-etiolation blade is higher by cutter hub outer surface.Gang tool overall structure described in the utility model is simple, small, light-weight.
Description
Technical field
The utility model belongs to bamboo processing technical field, is related to the technology to carrying out machining into section bamboo trunk inner wall,
Especially it is used for the tool equipment for removing tabasheer and internal segment on bamboo trunk inner wall.
Background technology
At present by raw bamboo be processed into the mode of bamboo board mainly have it is broken cut splicing and flattening two ways, the former more passes
System, is to break raw bamboo first to cut and be processed into regular square bamboo cane, then is spliced to form bamboo board by square bamboo cane；The latter is in recent years
A kind of new technology to come is slowly promoted, directly circumferentially flattening forms bamboo clappers to the technology by raw bamboo by a set of extension tech
Material.The bamboo board good integrity obtained by whole bamboo expansion mode, seamless, without using glue, has greatly replacement tradition to break at present
Cut the trend of splicing process processing bamboo board.Whole bamboo flattening process is usually：First by raw bamboo be truncated into suitable length into section thick bamboo tube,
The internal segment of thick bamboo tube is removed, then processes the gap of a perforation vertically on thick bamboo tube, afterwards using the methods of steaming, bake, boiling
Sofening treatment is carried out to thick bamboo tube, the thick bamboo tube after softening is formed into tabular along gap expansion pressing finally by the mode such as rolling.
During bamboo is unfolded, in order to avoid caused by bamboo green grass or young crops and tabasheer and internal segment quality are hard, pliability is poor
Cracking, also needs to tabasheer, the blue or green removal of bamboo in the pre-deployed.Internal segment, tabasheer, bamboo green grass or young crops are gone generally in the advance of sofening treatment process
OK.Go bamboo is blue or green generally to be rotated using thick bamboo tube, cutter is carried out in the mode of thick bamboo tube side feed vertically, goes internal segment and tabasheer then more
Fixed using thick bamboo tube, cutter rotates into thick bamboo tube from thick bamboo tube one end and completes internal segment, the cutting of tabasheer removes.
Although de-etiolation is similar with the action process of internal segment is removed, in equipment in addition to cutter, remainder is essentially identical, existing
Have in technology, go internal segment and de-etiolation to still need to carry out respectively, main reason is that not yet exploitation has integrated de-etiolation and goes internal segment double
The cutter of weight function.
The structure design of existing de-etiolation cutter, which is unfavorable for integrating, goes internal segment function.Using publication No. as in CN105437331A
Exemplified by de-etiolation cutter disclosed in state's utility application disclosed by bamboo pole de-etiolation machine, knife rest is symmetricly set on（Body）On
Two cutter hubs and knife rest on sliding slot coordinate, can be radially slided in sliding slot, compression spring is set between two cutter hubs.It is this to set
It is the same thick bamboo tube for cutter being adapted to different thicknesses of one side to put purpose, on the other hand since thick bamboo tube is not ideally
Cylindrical drum, not only the thick bamboo tube internal diameter of axially different position have differences, the barrel of thick bamboo tube any position nor the circle of rule,
That slides cutter hub sets the continuous change that radius can be adapted in rotary course.
In its natural state, under compression spring effect, two cutter hubs slide to outermost to above-mentioned this de-etiolation cutter respectively,
The distance at the blade end of two cutter hubs is more than the internal diameter of thick bamboo tube to be processed, and when processing operation starts, two cutter hubs on cutter need
To be slided under the work of the extruding of thick bamboo tube wall to axle center, thick bamboo tube can be entered.Therefore, be arranged on knife rest front end has guiding tiltedly
The guide portion in face is essential.But the presence of guide portion, can not only make knife bigger, it is heavier, can also hinder internal segment
Chip removal, so being difficult to internal segment blade will be gone to be integrated on cutter.Realize to integrate on de-etiolation cutter and go internal segment function, then need
Spring cutter structure is removed in change.
On the other hand, because cutter hub realizes out knife under compression spring effect, when compression spring force is larger, especially meet
To serious irregular tube body, most probably there is card and stop or cause tube body to rupture under impact.
The content of the invention
The purpose of this utility model is that for existing de-etiolation and the present situation for going internal segment operation to carry out respectively, gone for existing
Yellow cutter volume and weight is big, and structure is unfavorable for integrated the problems such as going internal segment function, proposes that one kind can be adapted for bamboo
The improved cutter scheme that this irregular inner surface of tube body of cylinder is processed, its improved structure can be not provided with the guiding of front end
Portion, structure is more simplified, is conducive to control cutter volume and weight, also provides possibility to integrate other blades in cutter front end.
Another purpose of the utility model be it is further proposed that it is a kind of using the utility model cutter be used for it is this to thick bamboo tube irregular
The equipment that inner surface of tube body is processed.
In order to realize above-mentioned purpose of utility model, the utility model proposes that a kind of thick bamboo tube de-etiolation goes internal segment to combine knife first
Tool, the cutter rotary work, including knife rest, two cutter hubs being symmetricly set on according to cutter pivot on knife rest, on the outside of cutter hub
Internal segment blade, rear end installation de-etiolation blade are removed in front end installation, and the cutter hub is arranged in the sliding slot on knife rest in which can radially slide,
It is characterized in that, being equipped with the extension spring that both ends are connected with two cutter hubs respectively between two cutter hubs, when cutter does not work, drawing
Stretch under spring effect, two cutter hubs are maintained at close to the position of cutter pivot, when cutter rotary work, in centrifugation masterpiece
Under, cutter hub slides to outside.
The blade for removing internal segment blade forward extends out cutter hub.The edegewise of the de-etiolation blade is higher by table on the outside of cutter hub
Face.The blade of de-etiolation blade is higher by the height of cutter hub outer surface, is the cutting output of cutter.
Further, it is arcwall face on the outside of the cutter hub, rotates in tube body to avoid cutter and tube body is made when mobile
Into unnecessary damage.The axle center of the arcwall face is located at the pivot of cutter.
Further, the mounting hole for being used for installing driving cutter shaft is equipped with the knife rest back center, the mounting hole is
Threaded hole.When equipment installs the cutter, select the threaded cutter shaft in front end, cutter and cutter shaft by Screw assembly together with,
Dismounting is very convenient.
Further, the cutter rotates forward work, and the mounting hole is plus thread hole.Cutter shaft band cutter rotary work
When, in cutting resistance, screw thread realizes self-tightening, can effectively avoid cutter and is loosened on cutter shaft.
Further, the cutter hub includes inner side sliding part and outside knife bar portion, the sliding part and the sliding slot on knife rest
It is slidably matched, knife bar portion is located on the outside of knife rest, knife bar portion and sliding part composition T-type structure.It is arcwall face on the outside of knife bar portion.It is described
The axle center of arcwall face is located at the pivot of cutter.
Further, the knife rest includes two halfbodies, and the sliding slot is taken shape between two halfbodies.
Alternatively, the knife rest is equipped with two spacer pins, and the sliding parts of two cutter hubs is respectively equipped with spacing
Slot hole, two spacer pins are each passed through the spacing slot hole on the sliding part of two cutter hubs, and spacer pin is vertical with cutter hub glide direction,
The length direction of spacing slot hole is consistent with cutter hub sliding direction.
Alternatively, two halfbodies of the knife rest are fastenedly connected by two threaded spacer pins in end,
Two spacer pins are each passed through the spacing slot hole on the sliding part of two cutter hubs, and spacer pin is vertical with cutter hub glide direction, spacing
The length direction of slot hole is consistent with cutter hub sliding direction.
It is outer away from cutter pivot, to be inserted into tube body to be interior close to cutter pivot in the utility model
Direction be before, otherwise after being.
Based on above-mentioned cutter, the utility model further provides a kind of thick bamboo tube de-etiolation and removes internal segment equipment, including rack, machine
Frame front portion sets thick bamboo tube fixed mechanism, and rear portion sets de-etiolation and removes internal segment cutting tool assembly, and thick bamboo tube fixed mechanism is by thick bamboo tube along anteroposterior direction
It is fixed on frame front；De-etiolation goes internal segment cutting tool assembly to remove internal segment gang tool and cutter drives mechanism, the knife including de-etiolation
Having driving mechanism includes cutter shaft, cutter shaft driving motor, cutter shaft feed mechanism；The cutter shaft is set along anteroposterior direction, the knife
Tool is assemblied in cutter shaft front end, and the cutter shaft is arranged in rack by supporting rack, and cutter shaft can slide axially relative to supporting rack, knife
Axis driving motor sets cutter shaft rear, and cutter shaft driving motor output end and cutter shaft are coaxially connected；Cutter shaft driving motor can move back and forth
Ground is arranged in rack, and cutter shaft drives motor, and forwardly and rearwardly band movable arbor and cutter are completed under the driving of cutter shaft feed mechanism
Feeding or homing action；Cutter shaft drives motor to pass through cutter shaft band cutter rotary work during feeding.
The de-etiolation removes two knives that internal segment gang tool includes knife rest, is symmetricly set on according to cutter pivot on knife rest
Internal segment blade, rear end installation de-etiolation blade are removed in body, the installation of cutter hub outside front ends, and the cutter hub is arranged on knife rest with can radially sliding
On sliding slot in, it is characterised in that the extension spring that is connected respectively with two cutter hubs of both ends is equipped between two cutter hubs, cutter is not
During work, under extension spring effect, two cutter hubs are maintained at close to the position of cutter pivot, when cutter rotary work
When, under the action of the centrifugal force, cutter hub slides to outside.
The blade for removing internal segment blade forward extends out cutter hub.The edegewise of the de-etiolation blade is higher by table on the outside of cutter hub
Face.The blade of de-etiolation blade is higher by the height of cutter hub outer surface, is the cutting output of cutter.
Further, it is arcwall face on the outside of the cutter hub, rotates in tube body to avoid cutter and tube body is made when mobile
Into unnecessary damage.The axle center of the arcwall face is located at the pivot of cutter.
Further, the mounting hole for being used for installing driving cutter shaft is equipped with the knife rest back center, the mounting hole is
Threaded hole.When equipment installs the cutter, select the threaded cutter shaft in front end, cutter and cutter shaft by Screw assembly together with,
Dismounting is very convenient.
Further, the cutter rotates forward work, and the mounting hole is plus thread hole.Cutter shaft band cutter rotary work
When, in cutting resistance, screw thread realizes self-tightening, can effectively avoid cutter and is loosened on cutter shaft.
Further, the cutter hub includes inner side sliding part and outside knife bar portion, the sliding part and the sliding slot on knife rest
It is slidably matched, knife bar portion is located on the outside of knife rest, knife bar portion and sliding part composition T-type structure.It is arcwall face on the outside of knife bar portion.It is described
The axle center of arcwall face is located at the pivot of cutter.
Further, the knife rest includes two halfbodies, and the sliding slot is taken shape between two halfbodies.
Alternatively, the knife rest is equipped with two spacer pins, and the sliding parts of two cutter hubs is respectively equipped with spacing
Slot hole, two spacer pins are each passed through the spacing slot hole on the sliding part of two cutter hubs, and spacer pin is vertical with cutter hub glide direction,
The length direction of spacing slot hole is consistent with cutter hub sliding direction.
Alternatively, two halfbodies of the knife rest are fastenedly connected by two threaded spacer pins in end,
Two spacer pins are each passed through the spacing slot hole on the sliding part of two cutter hubs, and spacer pin is vertical with cutter hub glide direction, spacing
The length direction of slot hole is consistent with cutter hub sliding direction.
The thick bamboo tube fixed mechanism includes the clamping fixed mechanism for being respectively used to fixed thick bamboo tube rear and front end, and the clamping is consolidated
Determine mechanism to be included in vertical direction movably upper clamping piece and lower clamping piece, upper clamping piece and lower clamping piece pass through rack-and-pinion
Mechanism keeps linkage, and under rack and pinion mechanism effect, both in the vertical direction equipotential phase shifts are to or backwards to mobile.Both phases
Near side is respectively provided with V-type recess, and the V-type recess of upper clamping piece and the V-type recess of lower clamping piece align upwards in tight Nogata,
The V-type recess is along vertical central symmetry.
Cutter shaft driving motor is fixedly mounted on motor mount, motor mount by guide rail slide block mechanism can before
Horizontally slidingly be arranged on afterwards in rack, cutter shaft feed mechanism includes conveyer belt/chain, upper journey band/chain of the conveyer belt/chain with
Biography axis is parallel, and motor mount is fixedly connected with upper journey band/chain of the conveyer belt/chain, and conveyer belt/chain is driven by feeding motor
Move back and forth.
The beneficial effects of the utility model are compared with prior art：1st, the de-etiolation of the utility model removes internal segment gang tool
The setting in front end guidance portion before knife is eliminated by structure improvement, de-etiolation blade is realized and removes the integrated combination of internal segment blade,
Cutter overall structure is simple, cutter is small, light-weight.2nd, the cutter hub of the utility model cutter is based on the rotating centrifugal force of cutter
Realize out knife, when because inboard wall of tube body narrows cause cutter rotational resistance increase when, cutter rotating speed can slow down, and then centrifugal force subtracts
It is small, under extension spring effect, cutter hub retraction, the small reduction of pressure of blade and inner surface of tube body；When inboard wall of tube body broadens, cutter
Rotational resistance reduces, faster rotational speed, and then centrifugal force increases, and cutter hub is sliding outside, and blade increases the pressure of inner surface of tube body.
It can be seen that the structure design of the utility model, not only realizes cutter to the adaptive of irregular inboard wall of tube body, also dexterously realizes
, on the one hand cutter advantageously reduces the load of driving motor to the substantially constant of inner surface of tube body pressure, reduces energy consumption, separately
On the one hand, cutter card is effectively prevent to stop or cause tube body to be broken by the impact.
Brief description of the drawings
Fig. 1 goes internal segment gang tool overall structure diagram for de-etiolation described in the utility model.
Fig. 2 is the sectional view shown in Fig. 1 at the A-A of cutter.
Fig. 3 is the overall structure composition schematic diagram that thick bamboo tube de-etiolation described in the utility model goes internal segment equipment.
Fig. 4 is the clamping fixed mechanism of de-etiolation equipment shown in Fig. 3.
Description of symbols：
1st, knife rest；11st, threaded hole；
2nd, cutter hub；21st, knife bar portion；22nd, sliding part；221st, spacing slot hole；23rd, internal segment blade is removed；231st, blade；24th, go
Yellow blade；241st, blade；
3rd, spacer pin；
4th, extension spring；
51st, upper clamping piece；511st, upper ruler bar；52nd, lower clamping piece；521st, lower ruler bar；53rd, gear；
61st, cutter shaft；62nd, cutter shaft feed mechanism；
7th, rack.
Embodiment
Below in conjunction with the accompanying drawings to cutter principle described in the utility model and spy by taking a de-etiolation removes internal segment gang tool as an example
Point be described further, and further illustrate the utility model proposes de-etiolation equipment.
Refering to Fig. 1,2, cutter described in the utility model is made of knife rest 1 and the cutter hub being arranged on knife rest 12, and cutter hub 2 wraps
Knife bar portion 21 and sliding part 22 are included, knife bar portion 21 forms T-type structure with sliding part 22.The outside of knife bar portion 21 is cambered surface, the arc
The axle center in shape face is located at the pivot of cutter.The 1 back-end central position of knife rest is equipped with the screw thread for being used for assembling with cutter shaft 61
Hole 11, the knife rest 1 are made of two halfbodies, and two halfbodies are fastenedly connected by the threaded spacer pin 3 in two ends, two
After halfbody combination, the sliding slot of a perforation is formed between two halfbodies, the sliding part 22 of two cutter hubs 2 is respectively assembled at sliding slot
Both ends, sliding part 22 and the sliding slot of cutter hub 2 be slidably matched, and the sliding part 22 of two cutter hubs 2 is inner to be connected by two extension springs 4
It is connected together.21 rear end of knife bar portion of cutter hub 2 is fixedly mounted de-etiolation blade 24, the blade 241 of de-etiolation blade 24 outwardly, de-etiolation knife
The blade 241 of piece 24 is outwards higher by 21 outside cambered surface of knife bar portion.21 front end of knife bar portion of cutter hub 2 is fixedly mounted and removes internal segment blade
23, go the blade 231 of internal segment blade 23 facing forward, go the blade 231 of internal segment blade 23 to exceed 21 front end of knife bar portion forward.
The sliding part 22 of cutter hub 2 is equipped with spacing slot hole 221, and two spacer pins 3 are each passed through the sliding part 22 of two cutter hubs 2
On spacing slot hole 221, spacer pin 3 is vertical with 2 glide direction of cutter hub, the length direction of spacing slot hole 221 and 2 sliding direction of cutter hub
Unanimously.
With reference to the accompanying drawings as it can be seen that when cutter does not work, under the effect of extension spring 4, two cutter hubs 2 are maintained at close to cutter
The position of pivot, when cutter rotary work, under the action of the centrifugal force, cutter hub 2 slides to outside, until in blade and tube body
Surface offsets.
With reference to Fig. 3-4, de-etiolation equipment described in the utility model mainly by be arranged on the anterior thick bamboo tube fixed mechanism of rack 7 and
The de-etiolation cutting tool assembly two large divisions composition at 7 rear portion of rack is arranged on, thick bamboo tube fixed mechanism is used for thick bamboo tube along anteroposterior direction
It is anterior to be fixed on rack 7；De-etiolation cutting tool assembly includes de-etiolation cutter and cutter drives mechanism, and the cutter drives mechanism includes knife
Axis 61, cutter shaft driving motor, cutter shaft feed mechanism 62；The cutter shaft 61 is set along anteroposterior direction, and the de-etiolation cutter uses
Fig. 1, cutter shown in 2.De-etiolation cutter is assemblied in 61 front end of cutter shaft by the fastening of threaded hole 11 below.The cutter shaft 61 passes through branch
Support is arranged in rack 7, and cutter shaft 61 can slide axially relative to supporting rack, and cutter shaft driving motor is located at 61 rear of cutter shaft, knife
Axis drives motor output end and cutter shaft 61 coaxially connected；Cutter shaft driving motor is fixedly mounted on motor mount, is set in rack 7
Two guide rails being parallel to each other are put, a sliding block is assembled on every guide rail, two sliding blocks are fixed with motor mount bottom surface jointly.Knife
Axis feed mechanism 62 includes conveyer belt/chain, and upper journey band/chain of the conveyer belt/chain is parallel with passing axis, the conveyer belt/chain
Between two guide rails, motor mount is fixedly connected upper journey band/chain with upper journey band/chain of the conveyer belt/chain, transmission
Band/chain is driven by feeding motor and moved back and forth.
The thick bamboo tube fixed mechanism includes the clamping fixed mechanism for being respectively used to fixed thick bamboo tube rear and front end, and the clamping is consolidated
Determining mechanism includes outline border and the upper clamping piece 51 in outline border and lower clamping piece 52, is open on the left of outline border, upper 51 He of clamping piece
Lower clamping piece 52 is slidably disposed on outline border by the guide rail mechanism that heavily fortified point is directly set.The upper downside of clamping piece 51 sets opening down
Camber recess, the downside of lower clamping piece 52 sets opening up camber recess, and the camber recess is along vertical central symmetry, upper folder
The camber recess of gripping member 51 and the camber recess of lower clamping piece 52 align upwards in tight Nogata.Upper clamping piece 51 and lower clamping piece 52
Right side sets ruler bar mounting base, sets ruler bar 511 on the left of the ruler bar mounting base of upper clamping piece 51, ruler is set on the right side of lower clamping piece 52
Bar 521, upper ruler bar 511 and lower ruler bar 521 are parallel to each other, and the flank of tooth is opposite, and a gear is set between upper ruler bar 511 and lower ruler bar 521
53, axis and the outline border of gear 53 are fixed.
Above example is only the utility model technical concept specific implementation of some, and the specific of the utility model can
Row scheme is clearly not limited to this, and any those skilled in the art is based on the design of the utility model in above example base
The technical solution that unsubstantiality made by plinth changes and obtains should all be within the protection domain that the utility model is asked.
Claims (9)
1. a kind of thick bamboo tube de-etiolation removes internal segment gang tool, the cutter rotary work, including knife rest, symmetrically set according to cutter pivot
Put two cutter hubs on knife rest, it is characterised in that internal segment blade is removed in the installation of cutter hub outside front ends, and de-etiolation blade is installed in rear end,
The cutter hub is arranged in the sliding slot on knife rest in which can radially slide, and both ends are equipped between two cutter hubs and are connected respectively with two cutter hubs
The extension spring connect, when cutter does not work, under extension spring effect, two cutter hubs are maintained at close to the position of cutter pivot
Put, when cutter rotary work, under the action of the centrifugal force, cutter hub slides to outside；The blade for removing internal segment blade forward extends out
Cutter hub, the edegewise of the de-etiolation blade are higher by cutter hub outer surface.
2. thick bamboo tube de-etiolation according to claim 1 removes internal segment gang tool, it is characterised in that is arc on the outside of the cutter hub
Face, the axle center of the arcwall face are located at the pivot of cutter.
3. thick bamboo tube de-etiolation according to claim 1 removes internal segment gang tool, it is characterised in that at the knife rest back center
Equipped with the mounting hole for installing driving cutter shaft, the mounting hole is threaded hole.
4. thick bamboo tube de-etiolation according to claim 3 removes internal segment gang tool, it is characterised in that the cutter rotates forward work
Make, the mounting hole is plus thread hole.
5. thick bamboo tube de-etiolation according to claim 1 removes internal segment gang tool, it is characterised in that the cutter hub includes interior sideslip
Dynamic portion and outside knife bar portion, the sliding part are slidably matched with the sliding slot on knife rest, and knife bar portion be located at knife rest outside, knife bar portion and
Sliding part forms T-type structure.
6. thick bamboo tube de-etiolation according to claim 1 removes internal segment gang tool, it is characterised in that further, the knife rest
Including two halfbodies, the sliding slot is taken shape between two halfbodies；
The sliding part of two cutter hubs is respectively equipped with spacing slot hole, and two halfbodies of the knife rest pass through two threaded limits in end
Position, which locks, to be solidly connected, and two spacer pins are each passed through the spacing slot hole on the sliding part of two cutter hubs, and spacer pin is slided with cutter hub
Direction is vertical, and the length direction of spacing slot hole is consistent with cutter hub sliding direction.
7. a kind of thick bamboo tube de-etiolation goes internal segment equipment, including rack, frame front sets thick bamboo tube fixed mechanism, and rear portion sets de-etiolation and removes internal segment
Thick bamboo tube is fixed on frame front by cutting tool assembly, thick bamboo tube fixed mechanism along anteroposterior direction；De-etiolation goes internal segment cutting tool assembly to include
De-etiolation goes internal segment gang tool and cutter drives mechanism, and it is any de-etiolations of claim 1-6 that the de-etiolation, which removes internal segment gang tool,
Internal segment gang tool is removed, the cutter drives mechanism includes cutter shaft, cutter shaft driving motor, cutter shaft feed mechanism；The cutter shaft is suitable
Anteroposterior direction setting, the tool assembly is arranged in rack in cutter shaft front end, the cutter shaft by supporting rack, and cutter shaft is opposite
It can slide axially in supporting rack, cutter shaft driving motor sets cutter shaft rear, and cutter shaft driving motor output end and cutter shaft are coaxially connected；Knife
Axis driving motor can be arranged on movably forward and backward in rack, cutter shaft drive motor under the driving of cutter shaft feed mechanism forward and to
Band movable arbor and cutter complete feeding or homing action afterwards；Cutter shaft drives motor to be revolved by cutter shaft band cutter during feeding
Change a job work.
8. thick bamboo tube de-etiolation according to claim 7 goes internal segment equipment, it is characterised in that the thick bamboo tube fixed mechanism includes dividing
Yong Yu not fix the clamping fixed mechanism of thick bamboo tube rear and front end, the clamping fixed mechanism be included in vertical direction it is moveable on
Clamping piece and lower clamping piece, upper clamping piece and lower clamping piece keep linking by rack and pinion mechanism, make in rack and pinion mechanism
Under, both in the vertical direction equipotential phase shifts are to or backwards to mobile；Both are respectively provided with V-type recess, upper folder in similar side
The V-type recess of gripping member and the V-type recess of lower clamping piece align upwards in tight Nogata, and the V-type recess is along vertical central symmetry.
9. thick bamboo tube de-etiolation according to claim 7 goes internal segment equipment, it is characterised in that the cutter shaft driving motor fixes peace
On motor mount, motor mount by guide rail slide block mechanism can anterior-posterior horizontal be slidably arranged in rack, cutter shaft
Feed mechanism includes conveyer belt/chain, and upper journey band/chain of the conveyer belt/chain is parallel with passing axis, motor mount and the transmission
Upper journey band/chain of band/chain is fixedly connected, and conveyer belt/chain is driven by feeding motor and moved back and forth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720796772.XU CN207240403U (en) | 2017-07-04 | 2017-07-04 | A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720796772.XU CN207240403U (en) | 2017-07-04 | 2017-07-04 | A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment |
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| Publication Number | Publication Date |
|---|---|
| CN207240403U true CN207240403U (en) | 2018-04-17 |
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ID=61878325
Family Applications (1)
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| CN201720796772.XU Active CN207240403U (en) | 2017-07-04 | 2017-07-04 | A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107696189A (en) * | 2017-07-04 | 2018-02-16 | 浙江双枪竹木有限公司 | A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment |
| CN109249495A (en) * | 2018-10-16 | 2019-01-22 | 福建杜氏木业有限公司 | Bamboo section internal segment scraping device |
| CN110560791A (en) * | 2019-09-24 | 2019-12-13 | 北京海能海特石油科技发展有限公司 | Deburring tool bit |
| CN112706233A (en) * | 2020-12-24 | 2021-04-27 | 蔡根福 | Device for bamboo processing based on mechanical transmission |
-
2017
- 2017-07-04 CN CN201720796772.XU patent/CN207240403U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107696189A (en) * | 2017-07-04 | 2018-02-16 | 浙江双枪竹木有限公司 | A kind of thick bamboo tube de-etiolation goes internal segment gang tool and equipment |
| CN109249495A (en) * | 2018-10-16 | 2019-01-22 | 福建杜氏木业有限公司 | Bamboo section internal segment scraping device |
| CN109249495B (en) * | 2018-10-16 | 2024-04-16 | 福建杜氏木业有限公司 | Bamboo section inner joint strickle device |
| CN110560791A (en) * | 2019-09-24 | 2019-12-13 | 北京海能海特石油科技发展有限公司 | Deburring tool bit |
| CN112706233A (en) * | 2020-12-24 | 2021-04-27 | 蔡根福 | Device for bamboo processing based on mechanical transmission |
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