CN108724404A - A kind of efficient balanced peeler of two-way rotary-cut - Google Patents

A kind of efficient balanced peeler of two-way rotary-cut Download PDF

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Publication number
CN108724404A
CN108724404A CN201810473369.2A CN201810473369A CN108724404A CN 108724404 A CN108724404 A CN 108724404A CN 201810473369 A CN201810473369 A CN 201810473369A CN 108724404 A CN108724404 A CN 108724404A
Authority
CN
China
Prior art keywords
telescopic supporting
supporting rod
rotary
jet
round log
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.)
Granted
Application number
CN201810473369.2A
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Chinese (zh)
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CN108724404B (en
Inventor
黄泽辉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhangzhou City Hui Jiong Machinery Co Ltd
Original Assignee
Zhangzhou City Hui Jiong Machinery Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Zhangzhou City Hui Jiong Machinery Co Ltd filed Critical Zhangzhou City Hui Jiong Machinery Co Ltd
Priority to CN201810548040.8A priority Critical patent/CN108789735B/en
Priority to CN201810547776.3A priority patent/CN108748566B/en
Priority to CN201810473369.2A priority patent/CN108724404B/en
Priority to CN201810547607.XA priority patent/CN108972807B/en
Publication of CN108724404A publication Critical patent/CN108724404A/en
Application granted granted Critical
Publication of CN108724404B publication Critical patent/CN108724404B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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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
    • B27L5/00—Manufacture of veneer ; Preparatory processing therefor
    • B27L5/002—Wood or veneer transporting devices
    • 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
    • B27L5/00—Manufacture of veneer ; Preparatory processing therefor
    • B27L5/02—Cutting strips from a rotating trunk or piece; Veneer lathes

Abstract

The present invention proposes a kind of efficient balanced peeler of two-way rotary-cut, before rotary-cut, round log is conveyed to feed section by transport portion one by one, round log is supplied to rotary-cut part one by one by feed section, then rotary-cut simultaneously is carried out to round log by the first rotary cutting mechanism and the second rotary cutting mechanism, realizes balanced efficient rotary-cut.Specifically, round log is positioned over above two support rollers, each corresponding screw rod rotation of motor driving drives each horizontal moving frame to move, each telescopic supporting rod is driven to slide, adjusts and contacted up to two rotating rollers are supported with round log, positioned.During rotary-cut, each rotational drive motor driving correspondingly rotates roller rotation and round log is driven to be rotated.In rotary-cut, each advance and retreat driving device drives corresponding peeling knife to carry out rotary-cut simultaneously to round log, the central symmetry form contact point of each peeling knife and round log being arranged to centered on round log axis, round log can be carried out most counteractings by balanced peeling knife pressure, vibration of generation etc. during can making rotary-cut.

Description

A kind of efficient balanced peeler of two-way rotary-cut
Technical field
The present invention relates to machinery fields, and in particular to a kind of efficient balanced peeler of two-way rotary-cut.
Background technology
The existing general volume of high-precision peeler is big and complicated, needs log to position before upper machine, if positioning is inaccurate, Start that when rotary-cut interrupted veneer band or small width veneer can be screwed out.Broken veneer or small width veneer are more, the good sapwood list of the material of loss Plate is also more, is unfavorable for the serialization of production.
Prior art discloses application No. is：201621000309.1 a kind of high-precision timber processing peeler include Back side panel, rack, cylinder, the first inclined plate, strut, base station, the first sliding sleeve, the first motion bar, roller, the first spring, button, branch Support roller etc.；Bottom is equipped with rack on front side of back side panel, and frame top is equipped with the first inclined plate, strut and base station successively from left to right, the The bottom end of one inclined plate is articulated and connected with frame top, and left side wall lower tilt is equipped with cylinder, the bottom of cylinder and rack in rack Interior left side wall articulated connection, but the peeling knife of the prior art is unidirectional rotary-cut, positioning is not sufficiently stable, and is rotated during rotary-cut Uneven, rotary-cut Oscillation Amplitude is big, is susceptible to rotary-cut error, reduces rotary-cut precision, leads to the wood skin thickness that rotary-cut comes out not Uniformly and there is cutting rib, and then the chip quality for causing rotary-cut to go out is bad, especially will appear the desultory waste material feelings of wood chip Condition increases the economic cost of raw material.
In consideration of it, inventor furthers investigate the above problem, there is this case generation then.
Invention content
The purpose of the present invention is to provide a kind of positioning and rotation are more balanced, reduce rotary-cut vibration, reduce rotary-cut error, Rotary-cut precision is significantly improved, and dried thickness, uniformly without cutting rib, quality significantly improves, the height of highly practical two-way rotary-cut The balanced peeler of effect.
In order to achieve the above object, the present invention uses such technical solution：
A kind of efficient balanced peeler of two-way rotary-cut, including rotary-cut part, carry out rotary-cut part the confession of supply round log Expect part, and carries out the transport portion of conveying round log to feed section；The rotary-cut part include to round log carry out positioning and The positioning rotating mechanism of driving is rotated, and carries out the rotary cutting mechanism of rotary-cut to round log；The rotary cutting mechanism includes being in round log one First rotary cutting mechanism of side, and the second rotary cutting mechanism in the round log other side；
The positioning rotating mechanism is between first rotary cutting mechanism and the second rotary cutting mechanism；The locating rotation machine Structure includes the supporting and positioning device being below, and the locating rotation device in top；
The supporting and positioning device includes two and is supported in both sides and support roller parallel with round log below round log axis, Two support rollers are respectively the first support roller and the second support roller；First support roller, which is equipped, is supported in the first support roller First time telescopic supporting rod and second time telescopic supporting rod at both ends, second support roller, which is equipped, is supported in the second support roller Telescopic supporting rod and the four times telescopic supporting rods under the third at both ends；Connect between first rotary cutting mechanism and the second rotary cutting mechanism It is connected to the first time horizontal guide rail and second time horizontal guide rail perpendicular to round log, is stretched under first time telescopic supporting rod and third Contracting supporting rod corresponds to sliding and is set on first time horizontal guide rail, second time telescopic supporting rod and the four times retractable supports Bar corresponds to sliding and is set on second time horizontal guide rail；Between first time telescopic supporting rod and first rotary cutting mechanism Driving device is moved horizontally under being connected with first, is connected between second time telescopic supporting rod and first rotary cutting mechanism Driving device is moved horizontally under second, is connected under third between telescopic supporting rod and second rotary cutting mechanism under the third Driving device is moved horizontally, the four times horizontal shiftings are connected between four times telescopic supporting rods and second rotary cutting mechanism Dynamic driving device；
It includes first time horizontal moving frame that driving device is moved horizontally under described first, is located at first time horizontal moving frame First time compression spring between first time telescopic supporting rod extends along first time horizontal guide rail and to first time level First time screw rod that movable stand is driven, and be connected on first rotary cutting mechanism and rotation drive is carried out to first time screw rod First time dynamic motor；First time horizontal moving frame is formed with and the matched screw hole of first time screw rod；Described It includes second time horizontal moving frame that driving device is moved horizontally under two, is located under second time horizontal moving frame and described second and stretches Second time compression spring between contracting supporting rod extends along second time horizontal guide rail and is driven to second time horizontal moving frame Second time screw rod, and be connected on second rotary cutting mechanism that carry out rotation second time of driving to second time screw rod electric Machine；Second time horizontal moving frame is formed with and the matched screw hole of second time screw rod；
It includes horizontal moving frame under third that driving device is moved horizontally under the third, is located at horizontal moving frame under third And compression spring under the third under the third between telescopic supporting rod, extend along first time horizontal guide rail and to horizontal under third Screw rod under the third that movable stand is driven, and be connected on first rotary cutting mechanism and rotation drive is carried out to screw rod under third Motor under dynamic third；Horizontal moving frame is formed with and the matched screw hole of screw rod under the third under the third；Described It includes the four times horizontal moving frames that driving device is moved horizontally under four, is located under four times horizontal moving frames and the described 4th and stretches The four times compression springs between contracting supporting rod extend along second time horizontal guide rail and are driven to the four times horizontal moving frames The four times screw rods, and be connected on second rotary cutting mechanism that carry out rotation the four time of driving to the four times screw rods electric Machine；The four times horizontal moving frames are formed with and the matched screw hole of the four times screw rods；
The locating rotation device includes two and is supported in both sides and rotating roller parallel with round log above round log axis, Two rotating rollers are respectively the first rotating roller and the second rotating roller；First rotating roller, which is equipped, is supported in the first rotating roller Telescopic supporting rod on telescopic supporting rod and second on the first of both ends, second rotating roller, which is equipped, is supported in the second rotating roller Telescopic supporting rod on telescopic supporting rod and the 4th in the third at both ends；The top of second rotary cutting mechanism is equipped with towards described the One rotary cutting mechanism direction extends and the horizontal guide rail on horizontal guide rail and second on the first of round log, stretches on described first Telescopic supporting rod corresponds to sliding and is set on described first on horizontal guide rail on supporting rod and third, telescopic supporting rod on described second Sliding corresponding with telescopic supporting rod on the 4th is set on described second on horizontal guide rail；On described first telescopic supporting rod with it is described It is connected on first between first rotary cutting mechanism and moves horizontally driving device, telescopic supporting rod is revolved with described first on described second It cuts to be connected on second between mechanism and moves horizontally driving device, telescopic supporting rod and second rotary cutting mechanism in the third Between be connected in third and move horizontally driving device, connect between telescopic supporting rod and second rotary cutting mechanism on the described 4th It is connected on the 4th and moves horizontally driving device；
It includes horizontal moving frame on first that driving device is moved horizontally on described first, is located at horizontal moving frame on first And the first compression spring on described first between telescopic supporting rod, along described first horizontal guide rail extend and to first on it is horizontal Movable stand driven first on screw rod, and be connected on first rotary cutting mechanism and rotation drive carried out to screw rod on first Motor on dynamic first；Horizontal moving frame is formed with and the matched screw hole of screw rod on described first on described first；Described It includes horizontal moving frame on second that driving device is moved horizontally on two, is located on second and is stretched in horizontal moving frame and described second The second compression spring between contracting supporting rod, along described second horizontal guide rail extend and to second on horizontal moving frame drive Second on screw rod, and be connected on second rotary cutting mechanism rotation driving is carried out to screw rod on second second and power on Machine；Horizontal moving frame is formed with and the matched screw hole of screw rod on described second on described second；
It includes horizontal moving frame in third that driving device is moved horizontally in the third, is located at horizontal moving frame in third And the third compression spring in the third between telescopic supporting rod, horizontal guide rail extends and to horizontal in third along described first Screw rod in the third that movable stand is driven, and be connected on first rotary cutting mechanism and rotation drive is carried out to screw rod in third Motor in dynamic third；Horizontal moving frame is formed with and the matched screw hole of screw rod in the third in the third；Described It includes horizontal moving frame on the 4th that driving device is moved horizontally on four, is located on the 4th and is stretched in horizontal moving frame and the described 4th The 4th compression spring between contracting supporting rod, along described second horizontal guide rail extend and to the 4th on horizontal moving frame drive The 4th on screw rod, and be connected on second rotary cutting mechanism rotation driving is carried out to screw rod on the 4th the 4th and power on Machine；Horizontal moving frame is formed with and the matched screw hole of screw rod on the described 4th on described 4th；
First rotating roller is equipped with the first rotational drive motor, and second rotating roller is equipped with the second rotation driving Motor；
First rotary cutting mechanism includes the first rotary cutting apparatus, is conveyed to wood chip in the first rotary cutting apparatus downstream First early period conveying device, first Cutting platform in the first conveying device early period downstream is in, above the first Cutting platform The first paving device paved to wood chip and the first cutter device that wood chip is cut, under the first Cutting platform First later stage conveying device of trip, and in the first later stage conveying device downstream dress is enumerated to wood chip is enumerated first It sets；First rotary cutting apparatus includes from the bottom to top gradually towards inclined first peeling knife in round log direction, and the first rotary-cut of driving The first advance and retreat driving device that knife is retreated；First early period of the conveying device include first early period conveyer belt, it is defeated to the first early period Send that band driven first early period operated motor, and to the first early period, conveyer belt was supported first early period holder；It is described First paving device includes the horizontally disposed first hollow jet plate, and the first charging portion inflated into the first hollow jet plate Part；The first hollow jet plate includes the first jet bottom plate in lower part, and is sprayed towards first cutter device lower section First jet inclined plate of gas；The first jet bottom plate is formed with multiple first bottoms air hole, and the first jet inclined plate is under Supreme to be gradually obliquely installed towards first cutter device direction, the first jet inclined plate fills multiple first sides air hole； First cutter device includes the first cutter in lower part, and first driven in the first cutter of top pair Cutting driving device；The first later stage conveying device includes the first later stage conveyer belt, is driven to the first later stage conveyer belt The first later stage operated motor, and to the first later stage holder that the first later stage conveyer belt is supported；Described first enumerates device Conveyer belt is enumerated including first, operated motor is enumerated to first enumerates that conveyer belt driven first, conveying is enumerated to first What band was carried first enumerates carrier, enumerates supporting rack to first enumerates that conveyer belt is supported first, and to first Enumerate the first oscillatory gearing mechanism that carrier carries out wobble drive；Described first, which enumerates conveyer belt, has and first later stage The corresponding first input end of conveying device, and the first output end in the other end；Described first, which enumerates supporting rack, is supported in The first input end, the upper end that the first input end enumerates supporting rack with described first are linked together by first rotating shaft Making described first to enumerate conveyer belt can be spun upside down；First oscillatory gearing mechanism is to be supported in described first and enumerate to hold Fluid-pressure cylinder below carrier, described first enumerates the upper end of carrier and first oscillatory gearing mechanism by with described the The second parallel shaft of one shaft links together；
Second rotary cutting mechanism includes the second rotary cutting apparatus, is conveyed to wood chip in the second rotary cutting apparatus downstream Second early period conveying device, be in the second conveying device early period downstream the second Cutting platform, in second early period conveying device The second paving device that wood chip is paved in top, the third paved to wood chip above the second Cutting platform are paved Device and the second cutter device cut to wood chip are in the second later stage conveying device in the second Cutting platform downstream, with And device is enumerated to wood chip is enumerated second in the second later stage conveying device downstream；Second rotary cutting apparatus include by Up to lower gradually towards inclined second peeling knife in round log direction, and the second peeling knife is driven to retreat above the second peeling knife Second advance and retreat driving device；Second early period of the conveying device include second early period conveyer belt, to second early period conveyer belt carry out Driving second early period operated motor, and to the second early period, conveyer belt was supported second early period holder；Described second paves Device includes the horizontally disposed second hollow jet plate, and the second pneumatic element inflated into the second hollow jet plate；It is described Second hollow jet plate includes the second jet bottom plate in lower part, and second towards jet below second peeling knife is sprayed Gas inclined plate；The second jet bottom plate is formed with multiple second bottoms air hole, the second jet inclined plate gradual court from the bottom to top Second peeling knife direction is obliquely installed, and the second jet inclined plate fills multiple the second side air holes；The third is paved Device includes the hollow jet plate of horizontally disposed third, and the third pneumatic element inflated into the hollow jet plate of third；It is described The hollow jet plate of third includes the third jet bottom plate in lower part, and the third towards jet below second cutter is sprayed Gas inclined plate；The third jet bottom plate is formed with multiple third bottoms air hole, the third jet inclined plate gradual court from the bottom to top Second cutter direction is obliquely installed, and the third jet inclined plate fills multiple third sides air hole；Second cutting Device includes the second cutter in lower part, and the second cutting driving dress driven in the second cutter of top pair It sets；The second later stage conveying device includes the second later stage conveyer belt, the second later stage driven to the second later stage conveyer belt Operated motor, and to the second later stage holder that the second later stage conveyer belt is supported；Described second, which enumerates device, includes second sieve Row conveyer belt enumerates operated motor to second enumerates that conveyer belt driven second, and enumerating conveyer belt to second carries Second enumerate carrier, enumerate supporting rack to second enumerates that conveyer belt is supported second, and carrier is enumerated to second Carry out the second oscillatory gearing mechanism of wobble drive；Described second, which enumerates conveyer belt, has and the second later stage conveying device phase Corresponding second input terminal, and the second output terminal in the other end；Described second enumerates supporting rack, and to be supported in described second defeated Enter end, second input terminal, which is linked together with the described second upper end for enumerating supporting rack by third shaft, makes described second Enumerating conveyer belt can be spun upside down；Second oscillatory gearing mechanism is to be supported in described second to enumerate below carrier Fluid-pressure cylinder, described second enumerate carrier pass through with the upper end of second oscillatory gearing mechanism it is parallel with the third shaft The 4th shaft link together.
The length direction of the first jet inclined plate is parallel with round log, and the cross section of the first jet inclined plate is towards described Arc-shaped, and the lower end of the first jet inclined plate and the water where the first jet bottom plate are heaved below first cutter Plane is tangent；The length direction of the second jet inclined plate is parallel with round log, and the cross section of the second jet inclined plate is towards institute State heave below the second peeling knife it is arc-shaped, and the lower end of the second jet inclined plate with where the second jet bottom plate Horizontal plane is tangent；The length direction of the third jet inclined plate is parallel with round log, and the cross section of the third jet inclined plate is court Heaved below second cutter it is arc-shaped, and the lower end of the third jet inclined plate with where the third jet bottom plate Horizontal plane it is tangent.
First pneumatic element includes the first wind turbine, and be connected to the first wind turbine and the first hollow jet plate it Between the first snorkel；Second pneumatic element includes the second wind turbine, and is connected to the second wind turbine and described second hollow The second snorkel between jet plate；The third pneumatic element includes third wind turbine, and is connected to third wind turbine and described Third snorkel between the hollow jet plate of third.
The third pneumatic element and second pneumatic element share same wind turbine.
The third shaft is parallel with the first rotating shaft.
First rotary cutting mechanism further includes the first wood chip splendid attire device for enumerating device downstream in described first, described Second rotary cutting mechanism further includes the second wood chip splendid attire device for enumerating device downstream in described second.
It includes the first splendid attire holder, and at least two layers first splendid attire tablets that first wood chip, which contains device,；Adjacent institute Stating has gap between the first splendid attire tablet；It includes second containing holder that second wood chip, which contains device, and at least two layers the Two contain tablet；Adjacent described second has gap between containing tablet.
It is opened between telescopic supporting rod under first time telescopic supporting rod and third and is equipped with lower compression spring among first；Described It is opened between two times telescopic supporting rods and the four times telescopic supporting rods and is equipped with lower compression spring among second；Telescopic supporting rod on described first And it is opened between telescopic supporting rod in third and is equipped with the first intermediate compression spring；Flexible branch on telescopic supporting rod and the 4th on described second It is opened between strut and is equipped with the second intermediate compression spring.
The lower end of telescopic supporting rod passes through sliding sleeve and the first time water under first time telescopic supporting rod and third Level gauge, which matches, to be slided；The lower end of second time telescopic supporting rod and the four times telescopic supporting rods by sliding sleeve with Second time horizontal guide rail, which matches, to be slided；On described first in telescopic supporting rod and third telescopic supporting rod lower end It is matched and is slided with horizontal guide rail on described first by sliding sleeve；It stretches on telescopic supporting rod and the 4th on described second The lower end of supporting rod is matched with horizontal guide rail on described second by sliding sleeve and is slided.
Telescopic supporting rod, the four times retractable supports under first time telescopic supporting rod, second time telescopic supporting rod, third Bar, telescopic supporting rod on first, telescopic supporting rod on second, telescopic supporting rod is oil on telescopic supporting rod and the 4th in third Cylinder.
After adopting the above technical scheme, the efficient balanced peeler of the two-way rotary-cut of the present invention, breaks through traditional peeler Structural form, in practical work process, before rotary-cut, round log is conveyed to feed section by transport portion one by one, by feed portion Divide and round log is supplied to rotary-cut part one by one, then round log is carried out while being revolved by the first rotary cutting mechanism and the second rotary cutting mechanism It cuts, realizes balanced efficient rotary-cut.Specifically, round log is positioned over to the top of the first support roller and the second support roller, under first Motor and the four times motors drive under corresponding first time screw rod, second time screw rod, third under motor, second time motor, third Screw rod and the four times screw rod rotations, move horizontally to drive under first time horizontal moving frame, second time horizontal moving frame, third Frame and the movement of the four times horizontal moving frames, and then drive under first time telescopic supporting rod and third telescopic supporting rod along first time water Level gauge is slided towards round log, drives second time telescopic supporting rod and the four times telescopic supporting rods along second time horizontal guide rail court Slide to round log, be adjusted according to the thickness of round log, until the first support roller and the second support roller with the downside of round log It supports contact to prop up round log, motor on subsequent first, motor on second, motor driving is corresponding on motor and the 4th in third Screw rod on first, screw rod on second, screw rod rotation on screw rod and the 4th in third, to drive horizontal moving frame on first, the Horizontal moving frame on two, horizontal moving frame movement in horizontal moving frame and the 4th in third, and then drive retractable support on first Telescopic supporting rod horizontal guide rail along first is slided towards round log on bar and third, is driven on second on telescopic supporting rod and the 4th Telescopic supporting rod is slided along horizontal guide rail on second towards round log, is adjusted according to the thickness of round log, until the first rotation Roller and the second rotating roller, which are supported with the upper side of round log, to be contacted, and then is matched to circle with the first support roller and the second support roller Wood is positioned.First time telescopic supporting rod and second time telescopic supporting rod can stretch to adjust the height of the first support roller Degree, telescopic supporting rod and the four times telescopic supporting rods can stretch to adjust the height of the second support roller under third, on first Telescopic supporting rod can stretch to adjust the height of the first rotating roller on telescopic supporting rod and second, telescopic supporting rod in third With the 4th on telescopic supporting rod can stretch and adjust the height of the second rotating roller, and then realization pair is matched with sliding function Round log original thickness and the adaptation being tapered during rotary-cut.And during rotary-cut, the first rotational drive motor and Second rotational drive motor can respectively drive the first rotating roller and the rotation of the second rotating roller drives round log to be rotated.In rotary-cut When, the first advance and retreat driving device and the second advance and retreat driving device match the first peeling knife of driving and the second peeling knife to round log into Row simultaneously rotary-cut, while being greatly improved rotary-cut efficiency, by the contact point and the second peeling knife of the first peeling knife and round log with The contact point of round log is arranged to the central symmetry form centered on round log axis, and round log is by equilibrium during can making rotary-cut Peeling knife pressure, vibration of generation etc. can carry out most counteractings, and then can reduce rotary-cut error, significantly improve rotary-cut precision, wood Uniformly without cutting rib, quality significantly improves piece thickness.Specifically, the wood chip through the first peeling knife rotary-cut tilts arrival directly down In first early period conveying device, by first early period operated motor drive first early period conveyer belt by wood chip downstream transport to first Cutting platform downwards blows to wood chip using the first bottom air hole by the first jet bottom plate of the first paving device and presses, makes wood Piece is laid on the first Cutting platform, is then driven the first cutter to carry out fixed length to wood chip by the first cutting driving device and is cut It cuts, in cutting process, utilizes the wood chip below first the first cutter of side air hole pair into traveling one by the first jet inclined plate Step pressure, wood chip occurs of short duration stopping conveying and wood chip is made to generate heap at the first cutter in the first cutter cutting process After product fold, it is ensured that the fold that wood chip generates can be blown by the first jet inclined plate and press and pave again.Then by the first later stage Operated motor drives the first later stage conveyer belt that the fixed length wood chip downstream transport that cutting is completed is enumerated device to first, by first It enumerates operated motor driving first and enumerates conveyer belt and fixed length wood chip is driven to generate certain speed, while being filled in the first wobble drive Under the wobble drive set, first, which enumerates carrier, drives first to enumerate conveyer belt and swing up and down by first rotating shaft, fixed length Wood chip drops into corresponding position by inertia and is enumerated, and realizes the effect for gradually enumerating fixed length wood chip.Meanwhile it passing through The wood chip of second peeling knife rotary-cut utilizes second during moving obliquely, by the second jet inclined plate of the second paving device Side air hole blows downwards to wood chip pressure, and wood chip is made to bend downward and towards the second early period of conveying device conveying, and subsequent second Jet bottom plate downwards blows to wood chip using the second bottom air hole and presses, and wood chip is made to be laid on the second early period conveyer belt, by the Two early periods of operated motor drive the second early period of conveyer belt is by wood chip downstream transport to the second Cutting platform, by third paving device Third jet bottom plate using third bottom air hole downwards to wood chip blow press, so that wood chip is laid on the second Cutting platform, Then it drives the second cutter to carry out fixed length cutting to wood chip by the second cutting driving device to be sprayed by third in cutting process Gas inclined plate is further pressed using the wood chip below the second cutter of air hole pair of third side, is cut through in the second cutter Wood chip occurs of short duration stopping conveying and makes wood chip after generation accumulation fold at the second cutter in journey, it is ensured that the pleat that wood chip generates Wrinkle can be blown by third jet inclined plate and press and pave again.Then the second later stage conveyer belt is driven by the second later stage operated motor Will cutting complete fixed length wood chip downstream transport enumerate device to second, by second enumerate operated motor drive second enumerate it is defeated It send with driving fixed length wood chip to generate certain speed, while under the wobble drive of the second oscillatory gearing mechanism, second enumerates and hold Carrier drives second to enumerate conveyer belt and swings up and down by third shaft, and fixed length wood chip drops into corresponding position by inertia It sets and is enumerated, realize the effect for gradually enumerating fixed length wood chip.Compared with prior art, a kind of bidirectional rotary of the invention The efficient balanced peeler cut, realizes balanced efficient rotary-cut, and positioning and rotation are more balanced, reduces rotary-cut vibration, reduces rotation It cuts error, significantly improve rotary-cut precision, and dried thickness, uniformly without cutting rib, quality significantly improves, highly practical.
Description of the drawings
Fig. 1 is the First partial structural schematic diagram of the present invention；
Fig. 2 is the second partial structural diagram of the present invention；
Fig. 3 is the easy structure schematic diagram of the present invention；
Fig. 4 is the third partial structural diagram of the present invention；
Fig. 5 is the 4th partial structural diagram of the present invention；
Fig. 6 is the 5th partial structural diagram of the present invention；
Fig. 7 is the 6th partial structural diagram of the present invention；
Fig. 8 is the 7th partial structural diagram of the present invention；
Fig. 9 is the 8th partial structural diagram of the present invention；
Figure 10 is the 9th partial structural diagram of the present invention；
Figure 11 is the close-up schematic view at A in Fig. 1.
Specific implementation mode
In order to further explain the technical solution of the present invention, being described in detail below by specific embodiment.
A kind of efficient balanced peeler of two-way rotary-cut of the present invention, as shown in figs. 1-11, including rotary-cut part 1, to rotation The feed section 2 that part 1 carries out supply round log is cut, and carries out the transport portion 3 of conveying round log to feed section 2；Rotary-cut portion It includes round log being positioned and being rotated the positioning rotating mechanism of driving, and the rotary cutting mechanism of rotary-cut is carried out to round log to divide 1；Rotary-cut Mechanism includes the first rotary cutting mechanism in round log side, and the second rotary cutting mechanism in the round log other side；
Positioning rotating mechanism is between the first rotary cutting mechanism and the second rotary cutting mechanism；Positioning rotating mechanism includes being in down The supporting and positioning device 111 of side, and the locating rotation device 112 in top；
Supporting and positioning device 111 includes two and is supported in both sides and support roller parallel with round log below round log axis, Two support rollers are respectively the first support roller 1111 and the second support roller 1112；First support roller 1111, which is equipped, is supported in first First time telescopic supporting rod a and second time telescopic supporting rod at 1111 both ends of roller are supportted, the second support roller 1112, which is equipped with, to be supported in Telescopic supporting rod c and the four times telescopic supporting rods under the third at 1112 both ends of the second support roller；First rotary cutting mechanism and the second rotation Cut the first time horizontal guide rail 15 and second time horizontal guide rail being connected between mechanism perpendicular to round log, first time telescopic supporting rod Telescopic supporting rod c corresponds to sliding and is set on first time horizontal guide rail 15 under a and third, is stretched under second time telescopic supporting rod and the 4th Contracting supporting rod corresponds to sliding and is set on second time horizontal guide rail；It is connected between first time telescopic supporting rod a and the first rotary cutting mechanism Driving device 16 is moved horizontally under having first, and second time level is connected between second time telescopic supporting rod and the first rotary cutting mechanism Mobile drive deivce is connected under third under third between telescopic supporting rod c and the second rotary cutting mechanism and moves horizontally driving device 17, be connected with the 4th between four times telescopic supporting rods and the second rotary cutting mechanism under move horizontally driving device；
It includes first time horizontal moving frame 161 that driving device 16 is moved horizontally under first, is moved horizontally under being located at first First time compression spring 162 between frame 161 and first time telescopic supporting rod a, extend along first time horizontal guide rail 15 and to first under First time screw rod 163 that horizontal moving frame 161 is driven, and be connected on the first rotary cutting mechanism to first time screw rod 163 Carry out first time motor 164 of rotation driving；First time horizontal moving frame 161 is formed with matched with first time screw rod 163 Screw hole；It includes second time horizontal moving frame that driving device is moved horizontally under second, is located at second time horizontal moving frame and second Second time compression spring between lower telescopic supporting rod extends along second time horizontal guide rail and is driven to second time horizontal moving frame Second time screw rod, and be connected on the second rotary cutting mechanism to second time screw rod carry out rotation driving second time motor；The Two times horizontal moving frames are formed with and the matched screw hole of second time screw rod；
It includes horizontal moving frame 171 under third that driving device 17 is moved horizontally under third, is located under third and moves horizontally Compression spring 172 under third under frame 171 and third between telescopic supporting rod c extends and along first time horizontal guide rail 15 under third Screw rod 173 under the third that horizontal moving frame 171 is driven, and be connected on the first rotary cutting mechanism to screw rod under third 173 Carry out motor 174 under the third of rotation driving；Horizontal moving frame 171 is formed with matched with screw rod under third 173 under third Screw hole；It includes the four times horizontal moving frames that driving device is moved horizontally under 4th, is located at four times horizontal moving frames and the 4th The four times compression springs between lower telescopic supporting rod extend along second time horizontal guide rail and are driven to the four times horizontal moving frames The four times screw rods, and be connected on the second rotary cutting mechanism to the four times screw rods carry out rotation driving the four times motors；The Four times horizontal moving frames are formed with and the four times matched screw holes of screw rod；
Locating rotation device 112 includes two and is supported in both sides and rotating roller parallel with round log above round log axis, Two rotating rollers are respectively the first rotating roller 1121 and the second rotating roller 1122；First rotating roller 1121, which is equipped, is supported in first turn Telescopic supporting rod on telescopic supporting rod e and second on the first of dynamic 1121 both ends of roller, the second rotating roller 1122, which is equipped, to be supported in Telescopic supporting rod on telescopic supporting rod g and the 4th in the third at 1122 both ends of the second rotating roller；The top of second rotary cutting mechanism is set Have towards the first rotary cutting mechanism direction extend and the horizontal guide rail on horizontal guide rail 14 and second on the first of round log, first Telescopic supporting rod g corresponds to sliding and is set on first on horizontal guide rail 14 in upper telescopic supporting rod e and third, retractable support on second Telescopic supporting rod corresponds to sliding and is set on second on horizontal guide rail on bar and the 4th；Telescopic supporting rod e and the first rotary-cut on first It is connected between mechanism on first and moves horizontally driving device 113, connected between telescopic supporting rod and the first rotary cutting mechanism on second It is connected on second and moves horizontally driving device, be connected with water in third in third between telescopic supporting rod g and the second rotary cutting mechanism Flat mobile drive deivce 114 is connected on the 4th on the 4th between telescopic supporting rod and the second rotary cutting mechanism and moves horizontally driving Device；
It includes horizontal moving frame 1131 on first that driving device 113 is moved horizontally on first, is located on first horizontal shifting The first compression spring 1132 in moving frame 1131 and first between telescopic supporting rod e, horizontal guide rail 14 extends and to the along first Screw rod 1133 on horizontal moving frame 1131 is driven on one first, and be connected on the first rotary cutting mechanism to spiral shell on first Bar 1133 carries out motor 1134 on the first of rotation driving；Horizontal moving frame 1131 is formed with and screw rod 1133 on first on first Matched screw hole；It includes horizontal moving frame on second that driving device is moved horizontally on second, is located on second and moves horizontally The second compression spring on frame and second between telescopic supporting rod, horizontal guide rail extends and to horizontal moving frame on second along second Screw rod on second driven, and be connected on carry out rotation driving on the second rotary cutting mechanism to screw rod on second second Motor；Horizontal moving frame is formed with and the matched screw hole of screw rod on second on second；
It includes horizontal moving frame 1141 in third that driving device 114 is moved horizontally in third, is located in third horizontal shifting Third compression spring 1142 in moving frame 1141 and third between telescopic supporting rod g, horizontal guide rail 14 extends and to the along first Screw rod 1143 in the third that horizontal moving frame 1141 is driven on three, and be connected on the first rotary cutting mechanism to spiral shell in third Bar 1143 carries out motor 1144 in the third of rotation driving；Horizontal moving frame 1141 is formed with and screw rod 1143 in third in third Matched screw hole；It includes horizontal moving frame on the 4th that driving device is moved horizontally on 4th, is located on the 4th and moves horizontally The 4th compression spring on frame and the 4th between telescopic supporting rod, horizontal guide rail extends and to horizontal moving frame on the 4th along second Screw rod on the 4th driven, and be connected on carry out rotation driving on the second rotary cutting mechanism to screw rod on the 4th the 4th Motor；Horizontal moving frame is formed with and the matched screw hole of screw rod on the 4th on 4th；
First rotating roller 1121 is equipped with the first rotational drive motor j, and the second rotating roller 1122 is equipped with the second rotation drive Dynamic motor k；
First rotary cutting mechanism includes the first rotary cutting apparatus, first conveyed to wood chip in the first rotary cutting apparatus downstream Early period conveying device 122, in first early period conveying device 122 downstream the first Cutting platform 123, be in the first Cutting platform 123 top the first paving devices paved to wood chip and the first cutter device 125 cut to wood chip, are in first The first later stage conveying device 126 in 123 downstream of Cutting platform, and in 126 downstream of the first later stage conveying device to wood chip into First enumerated that go enumerates device 127；First rotary cutting apparatus includes from the bottom to top gradually towards inclined first rotary-cut in round log direction Knife 121, and drive the first advance and retreat driving device of the first peeling knife 121 advance and retreat；First early period conveying device 122 include before first Phase conveyer belt 1221, to the first early period, conveyer belt 1221 was driven first early period operated motor, and the first early period was conveyed With 1221 be supported first early period holder 1222；First paving device includes the horizontally disposed first hollow jet plate 1241, and the first pneumatic element for being inflated into the first hollow jet plate 1241；First hollow jet plate 1241 includes being in down The first jet bottom plate u1 in portion, and the first jet inclined plate u2 towards 125 lower section jet of the first cutter device；First jet bottom plate U1 is formed with multiple first bottom air hole u11, and the first jet inclined plate u2 gradually inclines towards 125 direction of the first cutter device from the bottom to top Tiltedly setting, the first jet inclined plate u2 fill multiple first side air hole u21；First cutter device 125 includes the in lower part One cutter 1251, and the first cutting driving device 1252 for being driven in the first cutter of top pair 1251；After first Phase conveying device 126 includes the first later stage conveyer belt 1261, and the first later stage driven to the first later stage conveyer belt 1261 transports Rotating motor, and to the first later stage holder 1262 that the first later stage conveyer belt 1261 is supported；First to enumerate device 127 include the One enumerates conveyer belt 1271, enumerates operated motor to first enumerates that conveyer belt 1271 driven first, is enumerated to first defeated It send band 1271 carried first to enumerate carrier 1272, branch is enumerated to first enumerates that conveyer belt 1271 is supported first Support 1273, and enumerate the first oscillatory gearing mechanism that carrier 1272 carries out wobble drive to first；First enumerates conveyer belt 1271 have first input end corresponding with the first later stage conveying device 126, and the first output end in the other end；First It enumerates supporting rack 1273 and is supported in first input end, first input end and first enumerate the upper end of supporting rack 1273 by first turn Axis connection makes first to enumerate conveyer belt 1271 together to be spun upside down；First oscillatory gearing mechanism is to be supported in first sieve The fluid-pressure cylinder of the lower section of row carrier 1272, first enumerates the upper end of carrier 1272 and the first oscillatory gearing mechanism by with the The second parallel shaft of one shaft links together；
Second rotary cutting mechanism includes the second rotary cutting apparatus, second conveyed to wood chip in the second rotary cutting apparatus downstream Early period conveying device 132, in second early period conveying device 132 downstream the second Cutting platform 133, in the second early period convey The second paving device that wood chip is paved in 132 top of device, paves wood chip above the second Cutting platform 133 Third paving device and the second cutter device 135 that wood chip is cut, be in the second of 133 downstream of the second Cutting platform Later stage conveying device 136, and in 136 downstream of the second later stage conveying device device is enumerated to wood chip is enumerated second 137；Second rotary cutting apparatus include from top to bottom gradually towards inclined second peeling knife 131 in round log direction, and be in the second rotary-cut The second advance and retreat driving device that 131 top the second peeling knife 131 of driving of knife is retreated；Second early period conveying device 132 include second Early period conveyer belt 1321, to the second early period, conveyer belt 1321 was driven second early period operated motor, and it is defeated to the second early period Send that band 1321 is supported second early period supporting band 1322；Second paving device includes the horizontally disposed second hollow jet plate 1341, and the second pneumatic element for being inflated into the second hollow jet plate 1341；Second hollow jet plate 1341 includes being in down The second jet bottom plate v1 in portion, and the second jet inclined plate v2 towards 131 lower section jet of the second peeling knife；Second jet bottom plate v1 Multiple second bottom air hole v11 are formed with, the second jet inclined plate v2 is gradually tilted towards 131 direction of the second peeling knife set from the bottom to top It sets, the second jet inclined plate v2 fills multiple the second side air hole v21；Third paving device includes horizontally disposed third hollow spray Gas plate 1391, and the third pneumatic element inflated into the hollow jet plate of third 1391；The hollow jet plate 1391 of third includes place Third jet bottom plate o1 in lower part, and the third jet inclined plate o2 towards 1351 lower section jet of the second cutter；Third jet Bottom plate o1 is formed with multiple third bottom air hole o11, and third jet inclined plate o2 is from the bottom to top gradually towards 1351 side of the second cutter To being obliquely installed, third jet inclined plate o2 fills multiple third side air hole o21；Second cutter device 135 includes being in lower part The second cutter 1351, and the second cutting driving device 1352 for being driven in the second cutter of top pair 1351；The Two later stage conveying devices 136 include the second later stage conveyer belt 1361, to the second later stage conveyer belt 1361 driven second after Phase operated motor, and to the second later stage holder 1362 that the second later stage conveyer belt 1361 is supported；Second enumerates the packet of device 137 It includes second and enumerates conveyer belt 1371, operated motor is enumerated to second enumerates that conveyer belt 1371 driven second, to second sieve What row conveyer belt 1371 was carried second enumerates carrier 1372, and second sieve that conveyer belt 1371 is supported is enumerated to second It is disbursed from the cost and expenses support 1373, and the second oscillatory gearing mechanism that carrier 1372 carries out wobble drive is enumerated to second；Second enumerate it is defeated Send band 1371 that there is second input terminal corresponding with the second later stage conveying device 136, and the second output terminal in the other end； Second, which enumerates supporting rack 1373, is supported in the second input terminal, and the second input terminal and second enumerate the upper end of supporting rack 1373 by Three shafts link together and make second to enumerate conveyer belt 1371 can be spun upside down；Second oscillatory gearing mechanism is to be supported in the Two enumerate the fluid-pressure cylinder of the lower section of carrier 1372, and second enumerates carrier 1372 and the upper end of the second oscillatory gearing mechanism passes through Fourth shaft parallel with third shaft links together.The present invention is in practical work process, before rotary-cut, transport portion 3 Round log is conveyed to feed section 2 one by one, round log is supplied to rotary-cut part 1 one by one by feed section 2, then by the first rotary-cut Mechanism and the second rotary cutting mechanism carry out rotary-cut simultaneously to round log, realize balanced efficient rotary-cut.Specifically, round log is positioned over The top of one support roller 1111 and the second support roller 1112, motor 174 and under first time motor 164, second time motor, third Four times motors drive screw rod 173 and the four times screw rod rotations under corresponding first time screw rod 163, second time screw rod, third, to It drives and is moved horizontally under horizontal moving frame 171 and the 4th under first time horizontal moving frame 161, second time horizontal moving frame, third Frame moves, and then drives under first time telescopic supporting rod a and third telescopic supporting rod c along first time horizontal guide rail 15 towards round log Sliding drives second time telescopic supporting rod and the four times telescopic supporting rods to be slided towards round log along second time horizontal guide rail, root It is adjusted according to the thickness of round log, until the first support roller 1111 and the second support roller 1112 are supported with the downside of round log and connect It touches and props up round log, motor on motor 1134, second on subsequent first, motor driving is corresponding on motor 1144 and the 4th in third First on screw rod on screw rod 1133, second, screw rod rotation on screw rod 1143 and the 4th in third, it is horizontal on first to drive Horizontal moving frame on movable stand 1131, second, horizontal moving frame movement in horizontal moving frame 1141 and the 4th in third, and then band Telescopic supporting rod g horizontal guide rails 14 along first are slided towards round log in telescopic supporting rod e and third on dynamic first, drive second Telescopic supporting rod is slided along horizontal guide rail on second towards round log on upper telescopic supporting rod and the 4th, according to the thickness of round log into Row is adjusted, until the first rotating roller 1121 and the second rotating roller 1122 are supported with the upper side of round log and contacted, and then with first Support roller 1111 and the second support roller 1112 are matched and are positioned to round log.First time telescopic supporting rod a and second time are flexible Supporting rod can stretch to adjust the height of the first support roller 1111, telescopic supporting rod c and the four times retractable supports under third Bar can stretch to adjust the height of the second support roller 1112, and telescopic supporting rod can on telescopic supporting rod e and second on first It stretches to adjust the height of the first rotating roller 1121, telescopic supporting rod can carry out on telescopic supporting rod g and the 4th in third It stretches to adjust the height of the second rotating roller 1122, and then realization is matched to round log original thickness and in rotary-cut with sliding function The adaptation being tapered in the process.And during rotary-cut, the first rotational drive motor j and the second rotational drive motor k can It respectively drives the first rotating roller 1121 and the rotation of the second rotating roller 1122 drives round log to be rotated.In rotary-cut, first retreats Driving device and the second advance and retreat driving device match the first peeling knife 121 of driving and the second peeling knife 131 and are carried out together to round log When rotary-cut, while being greatly improved rotary-cut efficiency, by the contact point and the second peeling knife 131 of the first peeling knife 121 and round log It is arranged to the central symmetry form centered on round log axis with the contact point of round log, round log is by equilibrium during can making rotary-cut Peeling knife pressure, vibration of generation etc. can carry out most counteractings, and then can reduce rotary-cut error, significantly improve rotary-cut precision, Uniformly without cutting rib, quality significantly improves dried thickness.Specifically, the wood chip through 121 rotary-cut of the first peeling knife inclines directly down Tiltedly reach in the first early period conveying device 122, from first early period operated motor drive first early period conveyer belt 1221 by wood chip to Downstream is delivered to the first Cutting platform 123, from the first jet bottom plate u1 of the first paving device using the first bottom air hole u11 to Under to wood chip blow press, so that wood chip is laid on the first Cutting platform 123, then driven by the first cutting driving device 1252 First cutter 1251 are carried out fixed length cutting to wood chip and are breathed freely using the first side by the first jet inclined plate u2 in cutting process The wood chip of 1251 lower section of the first cutter of u21 pairs of hole is further pressed, the wood chip in 1251 cutting process of the first cutter Of short duration stopping conveying occurring and makes wood chip after generation accumulation fold at the first cutter 1251, it is ensured that the fold meeting that wood chip generates It is blown by the first jet inclined plate u2 and presses and pave again.Then the first later stage conveyer belt is driven by the first later stage operated motor The fixed length wood chip downstream transport that cutting is completed is enumerated device 127 by 1261 to first, and enumerating operated motor by first drives the One, which enumerates conveyer belt 1271, drives fixed length wood chip to generate certain speed, while in the wobble drive of the first oscillatory gearing mechanism Under, first, which enumerates carrier 1272, drives first to enumerate conveyer belt 1271 to swing up and down by first rotating shaft, fixed length wood chip Corresponding position is dropped by inertia to be enumerated, and realizes the effect for gradually enumerating fixed length wood chip.Meanwhile through second The wood chip of 131 rotary-cut of peeling knife utilizes the during moving obliquely, by the second jet inclined plate v2 of the second paving device Two side air hole v21 blow downwards to wood chip pressure, make wood chip bend downward and towards second early period conveying device 132 convey, Subsequent second jet bottom plate v1 downwards blows to wood chip using the second bottom air hole v11 and presses, and wood chip is made to be laid in for the second early period On conveyer belt 1321, wood chip downstream transport to second is cut by the second early period of operated motor drive the second early period of conveyer belt 1321 Platform 133 is cut, wood chip air blowing is applied downwards using third bottom air hole o11 by the third jet bottom plate o1 of third paving device Pressure, makes wood chip be laid on the second Cutting platform 133, then drives the second cutter 1351 by the second cutting driving device 1352 Fixed length cutting is carried out to wood chip, in cutting process, air hole o21 pairs second cutting in third side is utilized by third jet inclined plate o2 The wood chip of 1351 lower section of knife is further pressed, and of short duration stopping conveying occurring for wood chip in 1351 cutting process of the second cutter And after so that wood chip is generated accumulation fold at the second cutter 1351, it is ensured that the fold that wood chip generates can be by third jet inclined plate o2 It blows and presses and pave again.Then the second later stage conveyer belt 1361 is driven to determine what cutting was completed by the second later stage operated motor Long wood chip downstream transport enumerates device 137 to second, and enumerating operated motor driving second by second enumerates 1371 band of conveyer belt Dynamic fixed length wood chip generates certain speed, while under the wobble drive of the second oscillatory gearing mechanism, second enumerates carrier 1372 drive second to enumerate conveyer belt 1371 swings up and down by third shaft, and fixed length wood chip drops into accordingly by inertia Position enumerated, realize the effect of gradually enumerating fixed length wood chip.
Preferably, the length direction of the first jet inclined plate u2 is parallel with round log, and the cross section of the first jet inclined plate u2 is court Heave arc-shaped, and the lower end of the first jet inclined plate u2 and the water where the first jet bottom plate u1 in the lower section of first cutter 1251 Plane is tangent；The length direction of second jet inclined plate v2 is parallel with round log, and the cross section of the second jet inclined plate v2 is towards the second rotation Heave arc-shaped, and horizontal plane phase of the lower end of the second jet inclined plate v2 where with the second jet bottom plate v1 in the lower section of cutter 131 It cuts；The length direction of third jet inclined plate o2 is parallel with round log, and the cross section of third jet inclined plate o2 is towards the second cutter 1351 lower sections are heaved arc-shaped, and the lower end of third jet inclined plate o2 and the horizontal plane where third jet bottom plate o1 are tangent. The present invention in practical work process, what the first jet inclined plate u2, the second jet inclined plate v2 and third jet inclined plate o2 sprayed Air-flow all has the effect of scattering, forms air-flow face, and comprehensive air blowing pressure can be carried out to wood chip, avoids blowing and concentrates and put down Paving is not comprehensive, and corresponding jet inclined plate is smoothly connected with jet bottom plate, and the air-flow of injection can be made not interrupted in junction And realize the continuity in air-flow face, and then wood chip is made to realize that better tiling effects, cutting and conveying are more neat.
Preferably, the first pneumatic element includes the first wind turbine, and is connected to the first wind turbine and the first hollow jet plate The first snorkel between 1241；Second pneumatic element includes the second wind turbine, and is connected to the second wind turbine and the second hollow spray The second snorkel between gas plate 1341；Third pneumatic element includes third wind turbine, and is connected in third wind turbine and third Third snorkel between empty jet plate 1391.For the present invention in practical work process, the first pneumatic element utilizes the first wind turbine And it is inflated by first the first hollow jet plate 1241 of snorkel pair；Second pneumatic element is using the second wind turbine and passes through the Two the second hollow jet plates 1341 of snorkel pair are inflated；Third pneumatic element is using third wind turbine and passes through third snorkel The hollow jet plate of third 1391 is inflated.
In order to reduce cost, it is preferable that third pneumatic element and the second pneumatic element share same wind turbine.
Preferably, third shaft is parallel with first rotating shaft.This structure can make the first rotary cutting mechanism and the second rotary cutting mechanism The wood chip of rotary-cut is conveyed and is enumerated in the opposite direction, is not interfere with each other.
Preferably, the first rotary cutting mechanism further includes the first wood chip splendid attire device for enumerating 127 downstream of device in first 128, the second rotary cutting mechanism further includes the second wood chip splendid attire device for enumerating 137 downstream of device in second.The present invention is in reality In the course of work, the first wood chip contains device 128 and can be contained to the wood chip of the first rotary cutting mechanism rotary-cut, and the second wood chip contains Device can contain the wood chip of the second rotary cutting mechanism rotary-cut.
Preferably, it includes the first splendid attire holder, and at least two layers first splendid attire tablets that the first wood chip, which contains device 128,；Phase Adjacent first has gap between containing tablet；Second wood chip contains device and contains holder, and at least two layers second including second Contain tablet；Adjacent second has gap between containing tablet.The present invention in practical work process, first contain tablet and Second contains tablet carries out smooth carrying to wood chip.
Preferably, it is equipped among first and pushes between telescopic supporting rod c under first time telescopic supporting rod a and third Spring p；It is opened between second time telescopic supporting rod and the four times telescopic supporting rods and is equipped with lower compression spring among second；On described first In telescopic supporting rod e and third the first intermediate compression spring r is equipped between telescopic supporting rod g；Telescopic supporting rod on described second And it is opened between telescopic supporting rod on the 4th and is equipped with the second intermediate compression spring.Lower compression spring p makes first time telescopic supporting rod a among first There is the elastic anchorage force being located remotely from each other with telescopic supporting rod c under third, with compression spring under corresponding first time compression spring 162 and third 172 match, and are led in first time level according to round log size convenient for telescopic supporting rod c under first time telescopic supporting rod a and third The sliding positioning of different directions is carried out on rail 15, and can pass through c pairs of telescopic supporting rod under first time telescopic supporting rod a and third Round log carries out stablizing support；Lower compression spring makes second time telescopic supporting rod and the four times telescopic supporting rods have mutually remote among second From elastic anchorage force, matched with corresponding second time compression spring and the four times compression springs, convenient for second time telescopic supporting rod and the Four times telescopic supporting rods carry out the sliding positioning of different directions according to round log size on second time horizontal guide rail, and can pass through Second time telescopic supporting rod and the four times telescopic supporting rods carry out round log to stablize support；First intermediate compression spring r makes on first Telescopic supporting rod g has the elastic anchorage force being located remotely from each other in telescopic supporting rod e and third, with corresponding first compression spring 1132 It matches with third compression spring 1142, is existed according to round log size convenient for telescopic supporting rod g in telescopic supporting rod e on first and third The sliding positioning of different directions is carried out on first on horizontal guide rail 14, and can be by telescopic supporting rod e and third on first Telescopic supporting rod g carries out round log to stablize support；Second intermediate compression spring makes branch of stretching on telescopic supporting rod and the 4th on second Strut has the elastic anchorage force being located remotely from each other, and is matched with corresponding second compression spring and the 4th compression spring, on second Telescopic supporting rod carries out the sliding of different directions according to round log size on second on telescopic supporting rod and the 4th on horizontal guide rail Positioning, and round log can be carried out to stablize support by telescopic supporting rod on telescopic supporting rod and the 4th on second.
Preferably, the lower end of telescopic supporting rod c passes through sliding sleeve and first time water under first time telescopic supporting rod a and third Level gauge 15, which matches, to be slided；The lower end of second time telescopic supporting rod and the four times telescopic supporting rods passes through sliding sleeve and Two times horizontal guide rails, which match, to be slided；The lower end of telescopic supporting rod g passes through cunning in telescopic supporting rod e and third on first Set is matched with horizontal guide rail on first 14 to be slided；The lower end of telescopic supporting rod is equal on telescopic supporting rod and the 4th on second It is matched and is slided with horizontal guide rail on second by sliding sleeve.
Preferably, it is stretched under telescopic supporting rod c, the 4th under first time telescopic supporting rod a, second time telescopic supporting rod, third Contracting supporting rod, telescopic supporting rod e on first, telescopic supporting rod on second, retractable support on telescopic supporting rod g and the 4th in third Bar is oil cylinder.
Preferably, feed section 2 includes the feed conveyer belt 21 conveyed towards positioning rotating mechanism, to being fed conveyer belt 21 The feed supporting rack and multiple limited support items 22 being set on feed conveyer belt 21 carried；Limited support item 22 and confession Expect that conveyer belt 21 is perpendicular, the upper surface of limited support item 22 is formed with the limiting slot 221 for placing round log.The present invention is in practical work During work, round log is conveyed to feed section 2 by transport portion 3, and round log is placed and along feed conveyer belt 21 by multiple limits Support bar 22 carries, and the limiting slot 221 of each limited support item 22 limits round log, avoids round log towards side rolling, feed Conveyer belt 21 drives each limited support item 22 to convey round log.
Preferably, feed supporting rack has corresponding with transport portion 3 first to be fed side 23, and in the other side Second feed side 24；Second feed side 24 is equipped with vertically arranged vertical baffle 241, and vertical baffle 241 is conveyed with feed Band 21 is parallel.The present invention, when round log is rolled down from transport portion 3 onto feed conveyer belt 21, erects in practical work process Round log can be stopped to baffle 241, and then round log is made to stablize each limited support item 22 rested on feed conveyer belt 21 On, avoid round log from being rolled into the other side of feed conveyer belt 21 because of inertia.Concrete structure can be that vertical baffle 241 is also equipped Parallel vertical substrate is equipped with rubber pad or opens equipped with multiple buffering compression springs between vertical baffle 241 and vertical substrate, can be right Round log carries out significantly more efficient buffering, is rested on after so that round log is buffered on feed conveyer belt 21.
Preferably, transport portion 3 includes the conveying executive device 31 conveyed to round log, and to conveying executive device 31 The feed drive device 32 driven；It includes multiple supply units parallel with feed conveyer belt 21 to convey executive device 31 311；Supply unit 311 includes the conveying shaft s parallel with feed conveyer belt 21 and multiple edge conveying shaft s arranged in co-axial alignment The delivery wheel t of setting；There is running clearance between adjacent conveyor wheel t on same conveying shaft s, adjacent conveyor unit 311 Delivery wheel t mutually staggers setting, and delivery wheel t is stretched into the running clearance of adjacent conveyor unit 311；The periphery shape of delivery wheel t At there are four the conveying grooves of the delivery wheel t on the equally distributed conveying groove of axis, same conveying shaft s to turn in conveying The axis direction of axis s is corresponding；Conveying groove on same delivery wheel t is respectively adjacent first conveying groove t1, the successively Each first conveying groove t1 of two conveying groove t2, the third conveying groove t4 of conveying groove t3 and the 4th, each supply unit 311 are equal Towards same direction；
Feed drive device 32 includes multiple driving units corresponding with each supply unit 311, with synchronous each drive of driving The power plant 33 of moving cell operating；Driving unit includes conveying shaft s coaxially connected first with corresponding in top Driving wheel 321, be below the first driving wheel of intermittent driving 321 rotation the second driving wheel 322, and with the second driving wheel 322 Coaxially connected driving gear 323 together；Each driving gear 323 is in same perpendicular and is in sustained height；The One driving wheel 321 includes that the first wheel body 3211 and four radially extend and equally distributed around axis along the first wheel body 3211 Drive rod 3212；The periphery of first wheel body 3211 is formed there are four around the equally distributed positioning groove w1 of axis, and same the Have between adjacent positioning groove w1 on arc-shaped section, arc-shaped section on one driving wheel 321 and is formed with the first driving tooth row w2； Positioning groove w1 is arc-shaped to match with the second driving wheel 322, and positioning groove w1 has the axis with the first driving wheel 321 Apart from nearest arc bottom；Each drive rod 3212 on same first driving wheel 321 is corresponding with each arc bottom of positioning groove w1, and The length of drive rod 3212 is more than arc bottom to the distance of 321 axis of the first driving wheel；Second driving wheel 322 includes the second wheel body 3221 and respective drive bar 3212 is stirred on 3221 end face of the second wheel body slide block 3222；Second driving wheel 322 periphery is equipped with the second driving tooth row 3223 to match with the first driving tooth row w2 of corresponding first driving wheel 321；
Power plant 33 includes and 323 matched power chain 331 of the driving gear of each driving unit driving power transmission chain The power gear 333 that item 331 operates, and the power motor 334 of rotation driving is carried out to power gear 333.The present invention is in reality In the course of work, the driving conveying executive device 31 of feed drive device 32 operates and conveys round log to feed section 2.Tool Body is that multiple round logs are placed on each supply unit 311, each round log by corresponding supply unit 311 it is each upward The common carryings of one conveying groove t1 (the second conveying groove t2, the third conveyings of conveying groove t3 or the 4th groove t4) and limit, circle Wood will not be carelessly towards side rolling.Power motor 334 drives power gear 333 that power chain 331 is driven to operate, power chain 331 drive the driving gear 323 of each driving unit to rotate synchronously, each to drive gear 323 that each second driving wheel 322 is driven to rotate, The circumferential surface of second driving wheel 322 is rotated along corresponding positioning groove w1, is determined along corresponding in the circumferential surface of the second driving wheel 322 During the groove w1 rotations of position, the first driving wheel 321 relies on the cooperation of corresponding positioning groove w1 and 322 circumferential surface of the second driving wheel Limit and remains stationary, when the second driving wheel 322 second driving tooth row 3223 and first driving tooth row w2 close to when, slide block 3222 stir the swing of drive rod 3212, and drive rod 3212 drives the first driving wheel 321 to turn an angle, makes the second driving tooth row 3223 are interlocked with the first driving tooth row w2, and the second driving wheel 322 is made to be driven by the second driving tooth row 3223 and first The cooperation of tooth row w2 and drive the first driving wheel 321 to rotate, dynamic 90 ° of each first driving wheel, 321 corotation, each first driving wheel 321 It drives each conveying shaft s that each delivery wheel t is driven to rotate synchronously 90 °, each first conveying groove t1 is made to drive round log towards feed section 2 90 ° are swung, round log is directly swung near the supply unit 311 of feed section 2 and is delivered on feed conveyer belt 21, upstream Round log makes each second conveying groove t2 upward to the round log of upstream towards feed section 2 close to the distance of a supply unit 311 It is carried, realizes that the cyclical intermission one by one of round log conveys with this.Concrete structure can be that the first driving tooth row w2 and second drives The depth of moving teeth row 3223 is more than or equal to the depth capacity of positioning groove w1, it can be ensured that the second driving wheel 322 is in positioning groove w1 It is smooth with the joining place operation of the first driving tooth row w2.Concrete structure, which can be that drive rod 3212 has, protrudes from corresponding arc bottom Protruding portion, this protruding portion are stirred for slide block 3222.
Preferably, power plant 33 further includes the chain limiting device 332 limited to power chain 331；Power transmission chain Item 331 is single-stranded with upper single-stranded 3311 in each 323 top of driving gear, and under 323 lower section of each driving gear 3312；Chain limiting device 332 includes the limit substrate 3323 with plane parallel residing for each driving gear 323, is connected to limit Position 3323 top of substrate and the upper limit plate 3321 limited to upper single-stranded 3311 in each 323 top of driving gear, and It is connected to limit 3323 lower part of substrate and in 323 lower section single-stranded 3312 lower limiting board limited under of each driving gear 3322.In practical work process, upper limit plate 3321 can limit upper single-stranded the 3311 of power chain 331 present invention, Make single-stranded 3311 to remain with each power gear 333 to be engaged, dropping situations will not occur because power chain 331 loosens； Lower limiting board 3322 can be limited under power chain 331 single-stranded 3312, and single-stranded 3312 begin with each power gear 333 under making Occlusion is kept eventually, dropping situations will not occurs because power chain 331 loosens.
Preferably, the lower edge of upper limit plate 3321 is formed with accommodating single-stranded 3311 upper limit position groove 221, lower limiting board 3322 top edge be formed with it is accommodating under single-stranded 3312 lower limit slot 221.The present invention is in practical work process, upper limit plate 3321 carry out accommodating limit by upper limit position groove 221 to upper single-stranded 3311, and lower limiting board 3322 is by lower limit slot 221 to placing an order Chain 3312 carries out accommodating limit, upper single-stranded 3311 and under single-stranded 3312 be not easy by comprehensive limit.
Preferably, chain limiting device 332 further includes the location supporting rack being supported to limit substrate 3323.
The product form of the present invention is not limited to this case diagram and embodiment, anyone carries out it the appropriate of similar thinking Changes or modifications all should be regarded as the patent category for not departing from the present invention.

Claims (10)

1. a kind of efficient balanced peeler of two-way rotary-cut, including rotary-cut part, carry out rotary-cut part the feed of supply round log Part, and the transport portion of conveying round log is carried out to feed section；The rotary-cut part includes that round log is positioned and turned The positioning rotating mechanism of dynamic driving, and the rotary cutting mechanism of rotary-cut is carried out to round log；It is characterized in that：The rotary cutting mechanism includes place The first rotary cutting mechanism in round log side, and the second rotary cutting mechanism in the round log other side；
The positioning rotating mechanism is between first rotary cutting mechanism and the second rotary cutting mechanism；The positioning rotating mechanism packet Include the supporting and positioning device being below, and the locating rotation device in top；
The supporting and positioning device includes two and is supported in both sides and support roller parallel with round log, two institutes below round log axis It is respectively the first support roller and the second support roller to state support roller；First support roller, which is equipped, is supported in the first support roller both ends First time telescopic supporting rod and second time telescopic supporting rod, second support roller, which is equipped, is supported in the second support roller both ends Third under telescopic supporting rod and the four times telescopic supporting rods；It is connected between first rotary cutting mechanism and the second rotary cutting mechanism The flexible branch under the first time horizontal guide rail and second time horizontal guide rail of round log, first time telescopic supporting rod and third Strut corresponds to sliding and is set on first time horizontal guide rail, second time telescopic supporting rod and the four times telescopic supporting rods pair It should slide on second time horizontal guide rail；It is connected between first time telescopic supporting rod and first rotary cutting mechanism Driving device is moved horizontally under having first, and second is connected between second time telescopic supporting rod and first rotary cutting mechanism Under move horizontally driving device, be connected between telescopic supporting rod and second rotary cutting mechanism under the third under third horizontal Mobile drive deivce moves horizontally drive under being connected with the 4th between four times telescopic supporting rods and second rotary cutting mechanism Dynamic device；
It includes first time horizontal moving frame that driving device is moved horizontally under described first, is located at first time horizontal moving frame and institute State first time compression spring between first time telescopic supporting rod, along first time horizontal guide rail extend and to first under move horizontally First time screw rod that frame is driven, and be connected on first rotary cutting mechanism and rotation driving is carried out to first time screw rod First time motor；First time horizontal moving frame is formed with and the matched screw hole of first time screw rod；Under described second It includes second time horizontal moving frame to move horizontally driving device, is located at second time horizontal moving frame and second time flexible branch Second time compression spring between strut, for extending along second time horizontal guide rail and second time horizontal moving frame being driven Two times screw rods, and it is connected to second time motor for carrying out rotation driving on second rotary cutting mechanism to second time screw rod；Institute Second time horizontal moving frame is stated to be formed with and the matched screw hole of second time screw rod；
It includes horizontal moving frame under third that driving device is moved horizontally under the third, is located at horizontal moving frame and institute under third Compression spring under the third under third between telescopic supporting rod is stated, is extended along first time horizontal guide rail and to being moved horizontally under third Screw rod under the third that frame is driven, and be connected on first rotary cutting mechanism and rotation driving is carried out to screw rod under third Motor under third；Horizontal moving frame is formed with and the matched screw hole of screw rod under the third under the third；Under described 4th It includes the four times horizontal moving frames to move horizontally driving device, is located at four times horizontal moving frames and the four times flexible branch The four times compression springs between strut, for extending along second time horizontal guide rail and the four times horizontal moving frames being driven Four times screw rods, and it is connected to the four times motors that on second rotary cutting mechanism the four times screw rods are carried out with rotation driving；Institute The four times horizontal moving frames are stated to be formed with and the matched screw hole of the four times screw rods；
The locating rotation device includes two and is supported in both sides and rotating roller parallel with round log, two institutes above round log axis It is respectively the first rotating roller and the second rotating roller to state rotating roller；First rotating roller, which is equipped, is supported in the first rotating roller both ends First on telescopic supporting rod on telescopic supporting rod and second, second rotating roller, which is equipped, is supported in the second rotating roller both ends Third on telescopic supporting rod on telescopic supporting rod and the 4th；The top of second rotary cutting mechanism is equipped with towards first rotation It cuts mechanism direction to extend and the horizontal guide rail on horizontal guide rail and second on the first of round log, retractable support on described first Telescopic supporting rod corresponds to sliding and is set on described first on horizontal guide rail on bar and third, telescopic supporting rod and the on described second Telescopic supporting rod corresponds to sliding and is set on described second on horizontal guide rail on four；Telescopic supporting rod and described first on described first It is connected on first between rotary cutting mechanism and moves horizontally driving device, telescopic supporting rod and first peeler on described second It is connected on second between structure and moves horizontally driving device, in the third between telescopic supporting rod and second rotary cutting mechanism It is connected in third and moves horizontally driving device, be connected between telescopic supporting rod and second rotary cutting mechanism on the described 4th Driving device is moved horizontally on 4th；
It includes horizontal moving frame on first that driving device is moved horizontally on described first, is located at horizontal moving frame and institute on first State the first compression spring between telescopic supporting rod on first, along described first horizontal guide rail extend and to first on move horizontally Frame driven first on screw rod, and be connected on first rotary cutting mechanism and rotation driving carried out to screw rod on first Motor on first；Horizontal moving frame is formed with and the matched screw hole of screw rod on described first on described first；On described second It includes horizontal moving frame on second to move horizontally driving device, is located on second in horizontal moving frame and described second branch of stretching The second compression spring between strut, along described second horizontal guide rail extend and to second on horizontal moving frame driven the Screw rod on two, and be connected on second rotary cutting mechanism and motor on the second of rotation driving is carried out to screw rod on second；Institute Horizontal moving frame on second is stated to be formed with and the matched screw hole of screw rod on described second；
It includes horizontal moving frame in third that driving device is moved horizontally in the third, is located at horizontal moving frame and institute in third The third compression spring between telescopic supporting rod in third is stated, horizontal guide rail extends and to being moved horizontally in third along described first Screw rod in the third that frame is driven, and be connected on first rotary cutting mechanism and rotation driving is carried out to screw rod in third Motor in third；Horizontal moving frame is formed with and the matched screw hole of screw rod in the third in the third；On described 4th It includes horizontal moving frame on the 4th to move horizontally driving device, is located on the 4th in horizontal moving frame and the described 4th branch of stretching The 4th compression spring between strut, horizontal guide rail extends and driven to horizontal moving frame on the 4th along described second the Screw rod on four, and be connected on second rotary cutting mechanism and motor on the 4th of rotation driving is carried out to screw rod on the 4th；Institute Horizontal moving frame on the 4th is stated to be formed with and the matched screw hole of screw rod on the described 4th；
First rotating roller is equipped with the first rotational drive motor, and second rotating roller is equipped with the second rotation driving electricity Machine；
First rotary cutting mechanism includes the first rotary cutting apparatus, first conveyed to wood chip in the first rotary cutting apparatus downstream Early period, conveying device, was in first Cutting platform in the first conveying device early period downstream, to wood above the first Cutting platform The first paving device that piece is paved and the first cutter device that wood chip is cut, in the first Cutting platform downstream First later stage conveying device, and in the first later stage conveying device downstream device is enumerated to wood chip is enumerated first；Institute It includes gradually retreating from the bottom to top towards inclined first peeling knife in round log direction, and the first peeling knife of driving to state the first rotary cutting apparatus The first advance and retreat driving device；First early period of the conveying device include first early period conveyer belt, to the first early period conveying bring into Row driving first early period operated motor, and to the first early period, conveyer belt was supported first early period holder；First paving Leveling device includes the horizontally disposed first hollow jet plate, and the first pneumatic element inflated into the first hollow jet plate；Institute It includes the first jet bottom plate in lower part to state the first hollow jet plate, and towards the of jet below first cutter device One jet inclined plate；The first jet bottom plate is formed with multiple first bottoms air hole, the first jet inclined plate from the bottom to top by It is gradually obliquely installed towards first cutter device direction, the first jet inclined plate fills multiple first sides air hole；Described One cutter device includes the first cutter in lower part, and the first cutting driven in the first cutter of top pair is driven Dynamic device；The first later stage conveying device includes the first later stage conveyer belt, first driven to the first later stage conveyer belt Later stage operated motor, and to the first later stage holder that the first later stage conveyer belt is supported；Described first to enumerate device include the One enumerates conveyer belt, enumerates operated motor to first enumerates that conveyer belt driven first, enumerating conveyer belt to first carries out Carrying first enumerates carrier, enumerates supporting rack to first enumerates that conveyer belt is supported first, and enumerate and hold to first Carrier carries out the first oscillatory gearing mechanism of wobble drive；Described first, which enumerates conveyer belt, has and first later stage conveying dress Set corresponding first input end, and the first output end in the other end；Described first, which enumerates supporting rack, is supported in described One input terminal, the first input end and the described first upper end for enumerating supporting rack linked together by first rotating shaft make it is described First, which enumerates conveyer belt, to be spun upside down；First oscillatory gearing mechanism is to be supported in described first to enumerate under carrier The fluid-pressure cylinder of side, described first enumerate the upper end of carrier and first oscillatory gearing mechanism by with the first rotating shaft The second parallel shaft links together；
Second rotary cutting mechanism includes the second rotary cutting apparatus, second conveyed to wood chip in the second rotary cutting apparatus downstream Early period, conveying device, was in second Cutting platform in the second conveying device early period downstream, in the second conveying device early period top To the second paving device that wood chip is paved, the third paving device that wood chip is paved above the second Cutting platform With the second cutter device cut to wood chip, it is in the second later stage conveying device in the second Cutting platform downstream, and place In the second later stage conveying device downstream device is enumerated to wood chip is enumerated second；Second rotary cutting apparatus include by up to Down gradually towards inclined second peeling knife in round log direction, and the second of the second peeling knife advance and retreat are driven above the second peeling knife Advance and retreat driving device；Second early period of the conveying device include second early period conveyer belt, to second early period conveyer belt drive Second early period operated motor, and to the second early period, conveyer belt was supported second early period holder；Second paving device Including the horizontally disposed second hollow jet plate, and the second pneumatic element for being inflated into the second hollow jet plate；Described second Hollow jet plate includes the second jet bottom plate in lower part, and oblique towards the second jet of jet below second peeling knife Plate；The second jet bottom plate is formed with multiple second bottoms air hole, and the second jet inclined plate is from the bottom to top gradually towards described Second peeling knife direction is obliquely installed, and the second jet inclined plate fills multiple the second side air holes；The third paving device Including the hollow jet plate of horizontally disposed third, and the third pneumatic element inflated into the hollow jet plate of third；The third Hollow jet plate includes the third jet bottom plate in lower part, and oblique towards the third jet of jet below second cutter Plate；The third jet bottom plate is formed with multiple third bottoms air hole, and the third jet inclined plate is from the bottom to top gradually towards described Second cutter direction is obliquely installed, and the third jet inclined plate fills multiple third sides air hole；Second cutter device It include the second cutter in lower part, and the second cutting driving device driven in the second cutter of top pair；Institute It includes the second later stage conveyer belt to state the second later stage conveying device, and the second later stage driven to the second later stage conveyer belt operates electricity Machine, and to the second later stage holder that the second later stage conveyer belt is supported；Described second enumerates device enumerates conveying including second Band enumerates operated motor to second enumerates that conveyer belt driven second, enumerate that conveyer belt is carried to second second Carrier is enumerated, enumerates supporting rack to second enumerates that conveyer belt is supported second, and enumerate carrier to second and put Second oscillatory gearing mechanism of dynamic driving；Described second enumerates conveyer belt with corresponding with the second later stage conveying device Second input terminal, and the second output terminal in the other end；Described second, which enumerates supporting rack, is supported in second input terminal, institute State the second input terminal with described second enumerate the upper end of supporting rack linked together by third shaft make described second enumerate it is defeated Send band that can be spun upside down；Second oscillatory gearing mechanism is to be supported in described second to enumerate fluid pressure below carrier Cylinder, described second enumerates carrier with the upper end of second oscillatory gearing mechanism by the parallel with the third shaft the 4th Shaft links together.
2. a kind of efficient balanced peeler of two-way rotary-cut according to claim 1, it is characterised in that：First jet The length direction of inclined plate is parallel with round log, and the cross section of the first jet inclined plate is heaved towards first cutter lower section It is arc-shaped, and the lower end of the first jet inclined plate and the horizontal plane where the first jet bottom plate are tangent；Second spray The length direction of gas inclined plate is parallel with round log, and the cross section of the second jet inclined plate is to be heaved towards below second peeling knife It is arc-shaped, and the lower end of the second jet inclined plate and the horizontal plane where the second jet bottom plate are tangent；The third The length direction of jet inclined plate is parallel with round log, and the cross section of the third jet inclined plate is towards drum below second cutter That rises is arc-shaped, and the lower end of the third jet inclined plate and the horizontal plane where the third jet bottom plate are tangent.
3. a kind of efficient balanced peeler of two-way rotary-cut according to claim 2, it is characterised in that：First inflation Component includes the first wind turbine, and the first snorkel being connected between the first wind turbine and the first hollow jet plate；It is described Second pneumatic element includes the second wind turbine, and the second ventilation being connected between the second wind turbine and the second hollow jet plate Pipe；The third pneumatic element includes third wind turbine, and is connected between third wind turbine and the hollow jet plate of the third Third snorkel.
4. a kind of efficient balanced peeler of two-way rotary-cut according to claim 3, it is characterised in that：The third inflation Component and second pneumatic element share same wind turbine.
5. a kind of efficient balanced peeler of two-way rotary-cut according to claim 1, it is characterised in that：The third shaft It is parallel with the first rotating shaft.
6. a kind of efficient balanced peeler of two-way rotary-cut according to claim 1, it is characterised in that：First rotary-cut Mechanism further includes the first wood chip splendid attire device for enumerating device downstream in described first, and second rotary cutting mechanism further includes place The second wood chip that device downstream is enumerated in described second contains device.
7. a kind of efficient balanced peeler of two-way rotary-cut according to claim 2, it is characterised in that：First wood chip It includes the first splendid attire holder, and at least two layers first splendid attire tablets to contain device；Have between adjacent the first splendid attire tablet There is gap；It includes the second splendid attire holder, and at least two layers second splendid attire tablets that second wood chip, which contains device,；Adjacent is described There is gap between second splendid attire tablet.
8. a kind of efficient balanced peeler of two-way rotary-cut according to claim 1, it is characterised in that：It is stretched under described first It is opened between telescopic supporting rod under contracting supporting rod and third and is equipped with lower compression spring among first；Second time telescopic supporting rod and the 4th It is opened between lower telescopic supporting rod and is equipped with lower compression spring among second；On described first in telescopic supporting rod and third telescopic supporting rod it Between be equipped with the first intermediate compression spring；It opens and is equipped in second between telescopic supporting rod on telescopic supporting rod and the 4th on described second Between compression spring.
9. a kind of efficient balanced peeler of two-way rotary-cut according to claim 8, it is characterised in that：It is stretched under described first The lower end of telescopic supporting rod is matched with first time horizontal guide rail by sliding sleeve and is slided under contracting supporting rod and third； The lower end of second time telescopic supporting rod and the four times telescopic supporting rods passes through sliding sleeve and second time horizontal guide rail phase Cooperation is slided；The lower end of telescopic supporting rod passes through sliding sleeve and described first in telescopic supporting rod and third on described first Upper horizontal guide rail, which matches, to be slided；The lower end of telescopic supporting rod passes through cunning on telescopic supporting rod and the 4th on described second Set is matched with horizontal guide rail on described second to be slided.
10. a kind of efficient balanced peeler of two-way rotary-cut according to claim 9, it is characterised in that：Under described first Telescopic supporting rod under telescopic supporting rod, second time telescopic supporting rod, third, the four times telescopic supporting rods, retractable support on first Bar, telescopic supporting rod on second, telescopic supporting rod is oil cylinder on telescopic supporting rod and the 4th in third.
CN201810473369.2A 2018-05-17 2018-05-17 Efficient balanced rotary cutter for bidirectional rotary cutting Expired - Fee Related CN108724404B (en)

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CN201810548040.8A CN108789735B (en) 2018-05-17 2018-05-17 Conveying equipment of bidirectional rotary cutter
CN201810547776.3A CN108748566B (en) 2018-05-17 2018-05-17 Later-stage conveying equipment of bidirectional rotary cutter
CN201810473369.2A CN108724404B (en) 2018-05-17 2018-05-17 Efficient balanced rotary cutter for bidirectional rotary cutting
CN201810547607.XA CN108972807B (en) 2018-05-17 2018-05-17 Efficient bidirectional rotary-cut assembly line

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CN201810547776.3A Division CN108748566B (en) 2018-05-17 2018-05-17 Later-stage conveying equipment of bidirectional rotary cutter
CN201810547607.XA Division CN108972807B (en) 2018-05-17 2018-05-17 Efficient bidirectional rotary-cut assembly line

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CN201810547776.3A Expired - Fee Related CN108748566B (en) 2018-05-17 2018-05-17 Later-stage conveying equipment of bidirectional rotary cutter
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CN201810547776.3A Expired - Fee Related CN108748566B (en) 2018-05-17 2018-05-17 Later-stage conveying equipment of bidirectional rotary cutter

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* Cited by examiner, † Cited by third party
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CN110501182A (en) * 2019-08-12 2019-11-26 苏州匹丝软件设计有限公司 A kind of elemental analysis is ground with mixed compo pipe and cuts feeding device
CN110501182B (en) * 2019-08-12 2022-05-17 苏州匹丝软件设计有限公司 Material device is surely got with mixing tubular gold mill to material composition analysis
CN110871481A (en) * 2019-11-28 2020-03-10 新田县永顺木器制品有限责任公司 Efficient balanced rotary cutter for bidirectional rotary cutting
CN112917617A (en) * 2021-02-01 2021-06-08 宋占海 Log board making equipment for wood processing
CN113119259A (en) * 2021-03-18 2021-07-16 连云港华福木业有限公司 Production equipment and production method of poplar and eucalyptus mixed layer base material
CN112960216A (en) * 2021-04-09 2021-06-15 河北科技大学 Towel stacking equipment and stacking method

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CN108748566B (en) 2020-09-01
CN108724404B (en) 2020-11-03
CN108789735B (en) 2021-06-01
CN108972807A (en) 2018-12-11
CN108972807B (en) 2020-12-15
CN108748566A (en) 2018-11-06

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