CN205933019U - Be applied to reciprocal draw gear of co -rotating who picks up in wooden machine - Google Patents
Be applied to reciprocal draw gear of co -rotating who picks up in wooden machine Download PDFInfo
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- CN205933019U CN205933019U CN201620829247.9U CN201620829247U CN205933019U CN 205933019 U CN205933019 U CN 205933019U CN 201620829247 U CN201620829247 U CN 201620829247U CN 205933019 U CN205933019 U CN 205933019U
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Abstract
The utility model provides a be applied to reciprocal draw gear of co -rotating who picks up in wooden machine, the establishment of institution is put directly over actuating mechanism to first steel wire book, the right side side of establishment of institution in actuating mechanism is put to second steel wire book, first steel wire book put the mechanism and to one side the second steel wire book of below put keeping parallelism between the mechanism, first steel wire book is put mechanism and second steel wire book and is put and be provided with a tightener sprocket between the mechanism, there is an universal pulley side picking up the wooden flexibly front end of arm through the steel sheet fastening, the reversion of steel wire on universal pulley walks the position has cup jointed the bridging hook, drive wheel no. 1, make co -rotating through drive chain from the drive wheel between two, also make co -rotating with the last wire reel that is connected from drive wheel no. 1 with preceding wire reel that follow drive wheel no. 2 is connected, the final drive wheel, from drive wheel no. 1, make co -rotating through drive chain between two threes of drive wheel. The utility model has the characteristics of novel structure, operation are more stable, two -way switching is more nimble, work efficiency is higher.
Description
Technical field
This utility model belongs to engineering machinery field, is related to a kind of forest farm and picks up wood machinery, is applied to pick up particularly to one kind
Rotating Vortex reciprocating traction device in wooden machine.
Prior art
At present, in forest farm operation pick up used in wooden machine to timber traction apparatuss be all unidirectional hitch structure, this
Can there is problems with the device planting unidirectional traction timber in actual application process：Unidirectional traction apparatuss are by target in forest farm
The timber of position be pulled to ten wooden seats in the plane put and discharging after, need by manpower, timber traction apparatuss to be resetted, this
Can there is trivial operations, ineffective problem in mode.
Entitled《Bivector traction machine》(number of patent application is：2016105593445) " two-way described in patent of invention
Traction machine " and entitled《Bivector traction machine》(number of patent application is：2016207484965) described in utility model patent
" bivector traction machine " be all a kind of by reversely rotating realizing the device of bivector traction timber.
Content of the invention
In order to solve the above problems, this utility model provides a kind of rotating Vortex being applied to pick up in wooden machine back and forth to draw dress
Put, it is the important component part picking up wooden machine, it is responsible in forest farm will in homodromal mode by the timber of target location
Timber draws to picking up at wooden machine, is then reversely resetted in homodromal mode again, it carry expect forward to discharging after
Move back to all using homodromal mode, it has, and structure is novel, operation is more stable, two-way switching is more flexible, work efficiency more
High feature.
In order to achieve the above object, in embodiment of the present utility model, this utility model provides one kind to be applied to pick up wood
Rotating Vortex reciprocating traction device in machine, it be by drive mechanism, the first steel wire reel releasing mechanism, the second steel wire reel releasing mechanism,
Driving chain, tightener sprocket, Universal pulley, steel wire composition it is characterised in that
In the front side picking up wooden machine turret table, drive mechanism, the first steel wire reel releasing mechanism, the second steel are erected with by steel plate
Silk reel releasing mechanism, the first steel wire reel releasing mechanism is arranged at the surface of drive mechanism, and the second steel wire reel releasing mechanism is arranged at driving
The right side side of mechanism, keeping parallelism between the first steel wire reel releasing mechanism and the second steel wire reel releasing mechanism of obliquely downward, the first steel wire
It is provided with a tightener sprocket between reel releasing mechanism and the second steel wire reel releasing mechanism, pass through in the side of the front end picking up wooden motor-driven arm
Steel plate is fastened with a Universal pulley；
Wherein, drive mechanism includes driving hydraulic motor, main driving wheel, drives the steel by vertically-arranged for the front end of hydraulic motor
Fastening realized by plate, drives the outfan of hydraulic motor to be provided with a main driving wheel；
Wherein, the first steel wire reel releasing mechanism includes wire reel, from drive one, involute spline clutch one, control
Clutch cylinder shift fork group one processed, controls clutch cylinder shift fork group one to be arranged at the top of wire reel, upper wire reel
In the periphery of mandrel one front end be socketed with involute spline clutch one, involute spline clutch one enables and mandrel
The clutch of driving force between one, involute spline clutch one is connected with controlling clutch cylinder shift fork group one, from drive one
It is anchored on the front side of involute spline clutch one, from drive one, involute spline clutch one, control clutch cylinder to dial
Fork group one three combination forms the first transmission clutch for clutch control group；
Further, upper wire reel includes front wall steel plate one, back wall steel plate one, base plate one, mandrel one, steel wire winch spool
First, the first Ya Sheng mechanism rotate, a pair first steel wires walk guide roller, and the middle part of steel wire winch spool one is serially connected with a mandrel one,
Before and after this mandrel one, two axial ends are fastened respectively on front wall steel plate one and back wall steel plate one each via the bearing block with bearing,
Front wall steel plate one and back wall steel plate one be placed on respectively base plate one top surface before and after both sides, steel wire winch spool one passes through mandrel one and hangs
It is placed between front wall steel plate one and back wall steel plate one and flexible rotating, a left side for front wall steel plate one can be carried out for the center of circle with mandrel one
It is provided with the first Ya Sheng mechanism rotate, the first Ya Sheng mechanism rotate can be to being wound in steel wire winch spool one between the left side of side and back wall steel plate one
Middle steel wire is suppressed, and is serially connected with upper and lower two guide posts one between the right side of the right side of front wall steel plate one and back wall steel plate one,
The equal movable sleeve of every guide post one is connected to first steel wire and walks guide roller, and steel wire can walk from upper and lower two the first steel wires
Pass through in gap between guide roller；
Further, the first Ya Sheng mechanism rotate includes the first spring, connecting rod one, arched arm plate one, pressure reel for rope one, locating rod
One, it is serially connected with a locating rod one, one end of arched arm plate one between the left side of the left side of front wall steel plate one and back wall steel plate one
Pivot bush unit is then fastened with a pressure reel for rope one in the periphery of locating rod one, the other end of arched arm plate one, and arched arm plate is a string
It is connected to a connecting rod one, the outer rod end of connecting rod one is connected with one end of the first spring, the other end of the first spring then connects to front
Enclose the leading flank of steel plate one or the trailing flank of back wall steel plate one, former and later two first springs pass through tractive connecting rod one and realize controlling
The arched arm plate one being fastened with pressure reel for rope one is all the time to the purpose of steel wire winch spool one direction top pressure；
Locating rod one, pressure reel for rope one, connecting rod one move towards all in anterior-posterior horizontal depth；
Wherein, the second steel wire reel releasing mechanism includes front wire reel, from drive two, involute spline clutch two, control
Clutch cylinder shift fork group two processed, controls clutch cylinder shift fork group two to be arranged at the top of front wire reel, front wire reel
In the periphery of mandrel two front end be socketed with involute spline clutch two, involute spline clutch two enables and mandrel
The clutch of driving force between two, involute spline clutch two is connected with controlling clutch cylinder shift fork group two, from drive two
It is anchored on the front side of involute spline clutch two, from drive two, involute spline clutch two, control clutch cylinder to dial
Fork group two three combination forms the second transmission clutch for clutch control group；
Further, front wire reel includes front wall steel plate two, back wall steel plate two, base plate two, mandrel two, steel wire winch spool
2nd, the second Ya Sheng mechanism rotate, a pair second steel wires walk guide roller, and the middle part of steel wire winch spool two is serially connected with a mandrel two,
Before and after this mandrel two, two axial ends are fastened respectively to front wall steel plate two and back wall steel plate two each via the bearing block with bearing
On, front wall steel plate two and back wall steel plate two be placed on respectively base plate two top surface before and after both sides, base plate two level is anchored on driving
The top surface of mechanism, steel wire winch spool two is suspended between front wall steel plate two and back wall steel plate two by mandrel two and can be with mandrel
Two carry out flexible rotating for the center of circle, are provided with the second pressure rope machine between the left side of the left side of front wall steel plate two and back wall steel plate two
Structure, the second Ya Sheng mechanism rotate can be suppressed to being wound in steel wire in steel wire winch spool two, the right side of front wall steel plate two and back wall steel
It is serially connected with upper and lower two guide posts two, the equal movable sleeve of every guide post two is connected to second steel wire and walks between the right side of plate two
Guide roller, steel wire can pass through from the gap that upper and lower two the second steel wires walk between guide roller；
Further, the second Ya Sheng mechanism rotate includes second spring, connecting rod two, arched arm plate two, pressure reel for rope two, locating rod
Two, it is serially connected with a locating rod two, one end of arched arm plate two between the left side of the left side of front wall steel plate two and back wall steel plate two
Pivot bush unit is then fastened with a pressure reel for rope two in the periphery of locating rod two, the other end of arched arm plate two, and arched arm plate two is gone here and there
It is connected to a connecting rod two, the outer rod end of connecting rod two is connected with one end of second spring, the other end of second spring then connects to front
Enclose the leading flank of steel plate two or the trailing flank of back wall steel plate two, former and later two second springs are passed through tractive connecting rod two and realized controlling
The arched arm plate two being fastened with pressure reel for rope two is all the time to the purpose of steel wire winch spool two direction top pressure；
Locating rod two, pressure reel for rope two, connecting rod two move towards all in anterior-posterior horizontal depth；
Main driving wheel, from drive one, be connected with a driving chain, tensioning between drive two, tightener sprocket
It is folded to transition wheel, thus realizing from drive one, passing through transmission between drive two when sprocket wheel runs as driving chain
Homodromal purpose made by chain, the upper wire reel being connected with from drive one and the front steel wire coil being connected with from drive two
Rotating Vortex also made by cylinder, main driving wheel, makees rotating Vortex from drive one, between drive two three by driving chain；
One end of steel wire can be wound in steel wire winch spool one, and the other end of steel wire can be wound in steel wire winch spool two,
Steel wire reversely can be walked from the two of Universal pulley wheel bore, and position of reversely walking on Universal pulley for the steel wire is socketed with bridging
Hook.
This utility model is installed in front of the side of ten wooden machine driver's cabins and is arranged at the side picking up wooden motor-driven arm.
This utility model is that a kind of single fluid motor-driven, single-chain, double clutch, the timber of reciprocation cycle operation in the same direction lead
Leading-in device.The setting of tightener sprocket also has the elastic effect of regulation driving chain.
This utility model enables the operation that moves in circles at Haematoxylon campechianum Linn. scene, and compensate for unidirectional traction apparatuss needs artificial drawstring
Return the defect of target location, not only increase work efficiency, and also reduce working strength.
When starting timber towage, the first transmission clutch for clutch control group and the second transmission clutch for clutch control group are in neutral gear
State, at this moment, the steel wire in the one of wire reel of stretching is to target location, that steel wire coil of the steel wire that is now stretched out
Guiding principle wire ring number in cylinder tails off, and the guiding principle wire ring number in another wire reel then becomes many, when the bridging hook being socketed on steel wire
Hang up properly during timber and when starting towage, now control the clutch on that few wire reel of the number of turns to close, this circle
The few wire reels of number will run back winding steel wire, and that wire reel more than the number of turns then because neutral gear and with outward
Unreel steel wire, it is identical that the winding direction of rotation of the few wire reel of the number of turns wire reel more than the number of turns unreels direction of rotation.
The beneficial effects of the utility model are, it has, and structure is novel, operation is more stable, two-way switching is more flexible, work
Make feature in hgher efficiency.
The utility model is described in further detail with reference to the accompanying drawings and examples.
Brief description
Fig. 1 is in overall structure diagram when installing and using state for this utility model；
Fig. 2 is drive mechanism, the first steel wire reel releasing mechanism, the second steel wire reel releasing mechanism, tensioning chain in this utility model
Combined connecting structure main view perspective view between wheel, driving chain；
Fig. 3 is combined connecting structure top perspective between drive mechanism and the second steel wire reel releasing mechanism in this utility model
Figure.
In figure：A- drive mechanism, B- the first steel wire reel releasing mechanism, C- the second steel wire reel releasing mechanism, D- steel wire, the universal cunning of E-
Wheel, F- pick up wooden machine, F1- swing arm, G- driving chain, H- tightener sprocket, A1- driving hydraulic motor, A2- main driving wheel, B1- control
Clutch cylinder shift fork group one, B2- involute spline clutch one, B3- wire reel, B4- first steel wire walk guide roller,
Wire reel before B5- first spring, B6- arched arm plate one, C1-, C2- mandrel two, C3- involute spline clutch two, C4- from
Drive two, C51- locating rod two, C52- arched arm plate two, C53- pressure reel for rope two, C54- connecting rod two, C61- guide post two,
C62- second steel wire walk guide roller, C7- control clutch cylinder shift fork group two.
Specific embodiment
A kind of be applied to pick up the rotating Vortex reciprocating traction device in wooden machine, it is to be put by drive mechanism A, the first steel wire coil
Mechanism B, the second steel wire reel releasing mechanism C, driving chain G, tightener sprocket H, Universal pulley E, steel wire D composition it is characterised in that
As shown in figure 1, drive mechanism A is erected with by steel plate in the front side picking up wooden machine F turret table, the first steel wire coil is put
Mechanism B, the second steel wire reel releasing mechanism C, the first steel wire reel releasing mechanism B is arranged at the surface of drive mechanism A, and the second steel wire coil is put
Mechanism C is arranged at the right side side of drive mechanism A, between the first steel wire reel releasing mechanism B and the second steel wire reel releasing mechanism C of obliquely downward
Keeping parallelism, is provided with a tightener sprocket H between the first steel wire reel releasing mechanism B and the second steel wire reel releasing mechanism C, is picking up wooden machine
The side of the front end of F swing arm F1 is fastened with a Universal pulley E by steel plate；
As shown in figure 3, wherein, drive mechanism A includes driving hydraulic motor A1, main driving wheel A2, drives hydraulic motor A1
Front end fastening is realized by the steel plate of vertically-arranged, drive the outfan of hydraulic motor A1 that one main driving wheel A2 is installed；
As shown in Fig. 2 wherein, the first steel wire reel releasing mechanism B includes wire reel B3, from drive one, involute flower
Key clutch one B2, control clutch cylinder shift fork group one B1, control clutch cylinder shift fork group one B1 to be arranged at steel wire coil
The top of cylinder B3, the periphery of mandrel one front end in upper wire reel B3 is socketed with involute spline clutch one B2, gradually opens
Line splined clutch one B2 enables the clutch of driving force and mandrel one between, involute spline clutch one B2 and control clutch
Device cylinder shift fork group one B1 connects, and is anchored on the front side of involute spline clutch one B2 from drive one, from drive one, gradually
Burst at the seams splined clutch one B2, control clutch cylinder shift fork group one B1 three combination formation the first transmission clutch for clutch control group；
Further, upper wire reel B3 include front wall steel plate one, back wall steel plate one, base plate one, mandrel one, steel wire coil around
Cylinder the one, first Ya Sheng mechanism rotate, a pair first steel wires walk guide roller B4, and the middle part of steel wire winch spool one is serially connected with a mandrel
One, before and after this mandrel one, two axial ends are fastened respectively to front wall steel plate one and back wall steel plate one each via the bearing block with bearing
On, front wall steel plate one and back wall steel plate one be placed on respectively base plate one top surface before and after both sides, steel wire winch spool one passes through mandrel
One is suspended between front wall steel plate one and back wall steel plate one and can carry out flexible rotating, front wall steel plate one with mandrel one for the center of circle
Left side and the left side of back wall steel plate one between be provided with the first Ya Sheng mechanism rotate, the first Ya Sheng mechanism rotate can be wound in steel wire coil around
In cylinder one, steel wire is suppressed, and is serially connected with upper and lower two guide posts between the right side of the right side of front wall steel plate one and back wall steel plate one
One, the equal movable sleeve of every guide post one is connected to first steel wire and walks guide roller B4, and steel wire can be from upper and lower two the first steel
Pass through in the gap that silk walks between guide roller B4；
Further, the first Ya Sheng mechanism rotate includes the first spring B 5, connecting rod one, arched arm plate one B6, pressure reel for rope one, determines
Position bar one, is serially connected with a locating rod one, arched arm plate one B6 between the left side of the left side of front wall steel plate one and back wall steel plate one
One end pivot bush unit in the periphery of locating rod one, the other end of arched arm plate one B6 is then fastened with a pressure reel for rope one, arc
Arm plate one B6 is serially connected with a connecting rod one, and the outer rod end of connecting rod one is connected with one end of the first spring B 5, the first spring B 5 another
One end then connects the trailing flank of leading flank to front wall steel plate one or back wall steel plate one, and former and later two first spring B 5 are passed through to lead
Connecting rod one is drawn to realize controlling arched arm plate one B6 being fastened with pressure reel for rope one all the time to the purpose of steel wire winch spool one direction top pressure；
Locating rod one, pressure reel for rope one, connecting rod one move towards all in anterior-posterior horizontal depth；
As shown in Figure 2 and Figure 3, wherein, the second steel wire reel releasing mechanism C include front wire reel C1, from drive two C4, gradually
Burst at the seams splined clutch two C3, control clutch cylinder shift fork group two C7, before controlling clutch cylinder shift fork group two C7 to be arranged at
The top of wire reel C1, the periphery of the mandrel two C2 front end in front wire reel C1 is socketed with involute spline clutch two
C3, involute spline clutch two C3 enable the clutch of driving force and mandrel two C2 between, involute spline clutch two C3
It is connected with controlling clutch cylinder shift fork group two C7, be anchored on the front side of involute spline clutch two C3 from drive two C4,
From drive two C4, involute spline clutch two C3, clutch cylinder shift fork group two C7 three combination is controlled to form the second biography
Dynamic clutch for clutch control group；
Further, front wire reel C1 includes front wall steel plate two, back wall steel plate two, base plate two, mandrel two C2, steel wire coil
Walk guide roller C62 around cylinder two, the second Ya Sheng mechanism rotate, a pair second steel wires, the middle part of steel wire winch spool two is serially connected with one
Before and after mandrel two C2, this mandrel two C2 two axial ends each via the bearing block with bearing be fastened respectively to front wall steel plate two and after
Enclose on steel plate two, front wall steel plate two and back wall steel plate two be placed on respectively base plate two top surface before and after both sides, base plate two level is tight
It is fixed in the top surface of drive mechanism A, steel wire winch spool two is suspended between front wall steel plate two and back wall steel plate two by mandrel two C2
And flexible rotating can be carried out for the center of circle with mandrel two C2, arrange between the left side of the left side of front wall steel plate two and back wall steel plate two
There is the second Ya Sheng mechanism rotate, the second Ya Sheng mechanism rotate can be suppressed to being wound in steel wire in steel wire winch spool two, front wall steel plate two
It is serially connected with upper and lower two guide post two C61, the equal pivot bush unit of every guide post two C61 between right side and the right side of back wall steel plate two
Second steel wire is had to walk guide roller C62, the seam that steel wire can walk between guide roller C62 from upper and lower two the second steel wires
Pass through in gap；
Further, the second Ya Sheng mechanism rotate includes second spring, connecting rod two C54, arched arm plate two C52, pressure reel for rope two
C53, locating rod two C51, are serially connected with locating rod two C51 between the left side of the left side of front wall steel plate two and back wall steel plate two,
One end pivot bush unit of arched arm plate two C52 is then fastened with the periphery of locating rod two C51, the other end of arched arm plate two C52
Piece pressure reel for rope two C53, arched arm plate two C52 are serially connected with connecting rod two C54, the outer rod end of connecting rod two C54 and second spring
One end connect, the other end of second spring then connects the trailing flank of leading flank to front wall steel plate two or back wall steel plate two,
Former and later two second springs are realized controlling arched arm plate two C52 being fastened with pressure reel for rope two C53 all the time by tractive connecting rod two C54
Purpose to steel wire winch spool two direction top pressure；
Locating rod two C51, pressure reel for rope two C53, connecting rod two C54 move towards all in anterior-posterior horizontal depth；
It is connected with a driving chain G in main driving wheel, from drive one, between drive two C4, tightener sprocket H,
It is folded to transition wheel, thus realizing from drive one, between drive two C4 when tightener sprocket H runs as driving chain G
Homodromal purpose is made by driving chain G, the upper wire reel B3 being connected with from drive one and with from drive two C4
The front wire reel C1 connecting also makees rotating Vortex, main driving wheel, from drive one, pass through to pass between drive two C4 three
Dynamic chain G makees rotating Vortex；
One end of steel wire D can be wound in steel wire winch spool one, and the other end of steel wire D can be wound in steel wire winch spool two
In, steel wire D reversely can walk from the two of Universal pulley E wheel bore, and position of reversely walking on Universal pulley E for the steel wire D covers
It is connected to bridging hook.
Claims (1)
1. a kind of be applied to pick up the rotating Vortex reciprocating traction device in wooden machine, it is to be put by drive mechanism (A), the first steel wire coil
Mechanism (B), the second steel wire reel releasing mechanism (C), driving chain (G), tightener sprocket (H), Universal pulley (E), steel wire (D) composition,
It is characterized in that,
Pick up the front side of wooden machine (F) turret table by steel plate be erected with drive mechanism (A), the first steel wire reel releasing mechanism (B),
Two steel wire reel releasing mechanisms (C), the first steel wire reel releasing mechanism (B) is arranged at the surface of drive mechanism (A), the second steel wire rolling up and down machine
Structure (C) is arranged at the right side side of drive mechanism (A), the second steel wire reel releasing mechanism of the first steel wire reel releasing mechanism (B) and obliquely downward
(C) keeping parallelism between, is provided with a tensioning chain between the first steel wire reel releasing mechanism (B) and the second steel wire reel releasing mechanism (C)
Wheel (H), is fastened with a Universal pulley (E) in the side of the front end picking up wooden machine (F) swing arm (F1) by steel plate；
Wherein, drive mechanism (A) includes driving hydraulic motor (A1), main driving wheel (A2), drives the front end of hydraulic motor (A1)
Fastening is realized by the steel plate of vertically-arranged, drives the outfan of hydraulic motor (A1) that a main driving wheel (A2) is installed；
Wherein, wire reel (B3) in the first steel wire reel releasing mechanism (B) inclusion, from drive one, involute spline clutch one
(B2), control clutch cylinder shift fork group one (B1), control clutch cylinder shift fork group one (B1) to be arranged at wire reel
(B3) top, the periphery of mandrel one front end in upper wire reel (B3) is socketed with involute spline clutch one (B2),
Involute spline clutch one (B2) enables the clutch of driving force and mandrel one between, involute spline clutch one (B2) with
Control clutch cylinder shift fork group one (B1) to connect, be anchored on the front side of involute spline clutch one (B2) from drive one,
From drive one, involute spline clutch one (B2), control clutch cylinder shift fork group one (B1) three combination formation first
Transmission clutch for clutch control group；
Further, upper wire reel (B3) include front wall steel plate one, back wall steel plate one, base plate one, mandrel one, steel wire coil around
Cylinder the one, first Ya Sheng mechanism rotate, a pair first steel wires walk guide roller (B4), and the middle part of steel wire winch spool one is serially connected with a core
Axle one, before and after this mandrel one, two axial ends are fastened respectively to front wall steel plate one and back wall steel plate each via the bearing block with bearing
On one, front wall steel plate one and back wall steel plate one be placed on respectively base plate one top surface before and after both sides, steel wire winch spool one passes through core
Axle one is suspended between front wall steel plate one and back wall steel plate one and can carry out flexible rotating, front wall steel plate with mandrel one for the center of circle
It is provided with the first Ya Sheng mechanism rotate, the first Ya Sheng mechanism rotate can be to being wound in steel wire coil between the left side of one left side and back wall steel plate one
In cylinder one, steel wire is suppressed, and is serially connected with upper and lower two guiding between the right side of the right side of front wall steel plate one and back wall steel plate one
Bar one, the equal movable sleeve of every guide post one is connected to first steel wire and walks guide roller (B4), and steel wire can be from upper and lower two
Pass through in the gap that one steel wire walks between guide roller (B4)；
Further, the first Ya Sheng mechanism rotate includes the first spring (B5), connecting rod one, arched arm plate one (B6), pressure reel for rope one, determines
Position bar one, is serially connected with a locating rod one, arched arm plate one between the left side of the left side of front wall steel plate one and back wall steel plate one
(B6) one end pivot bush unit is then fastened with a pressure reel for rope in the periphery of locating rod one, the other end of arched arm plate one (B6)
One, arched arm plate one (B6) is serially connected with a connecting rod one, and the outer rod end of connecting rod one is connected with one end of the first spring (B5), and first
The other end of spring (B5) then connects the trailing flank of leading flank to front wall steel plate one or back wall steel plate one；
Locating rod one, pressure reel for rope one, connecting rod one move towards all in anterior-posterior horizontal depth；
Wherein, second steel wire reel releasing mechanism (C) include before wire reel (C1), from drive two (C4), involute spline clutch
Device two (C3), control clutch cylinder shift fork group two (C7), control clutch cylinder shift fork group two (C7) to be arranged at front steel wire coil
The top of cylinder (C1), the periphery of mandrel two (C2) front end in front wire reel (C1) is socketed with involute spline clutch two
(C3), involute spline clutch two (C3) enables the clutch of driving force and mandrel two (C2) between, involute spline clutch
Device two (C3) is connected with controlling clutch cylinder shift fork group two (C7), is anchored on involute spline clutch from drive two (C4)
The front side of device two (C3), from drive two (C4), involute spline clutch two (C3), controls clutch cylinder shift fork group two
(C7) three's combination forms the second transmission clutch for clutch control group；
Further, front wire reel (C1) includes front wall steel plate two, back wall steel plate two, base plate two, mandrel two (C2), steel wire coil
Walk guide roller (C62) around cylinder two, the second Ya Sheng mechanism rotate, a pair second steel wires, the middle part of steel wire winch spool two is serially connected with one
Root mandrel two (C2), before and after this mandrel two (C2), two axial ends are fastened respectively to front wall steel plate each via the bearing block with bearing
Two and back wall steel plate two on, front wall steel plate two and back wall steel plate two be placed on respectively base plate two top surface before and after both sides, base plate two
Level is anchored on the top surface of drive mechanism (A), and steel wire winch spool two is suspended in front wall steel plate two and back wall by mandrel two (C2)
Between steel plate two and flexible rotating can be carried out for the center of circle with mandrel two (C2), the left side of front wall steel plate two and back wall steel plate two
It is provided with the second Ya Sheng mechanism rotate, the second Ya Sheng mechanism rotate can be suppressed to being wound in steel wire in steel wire winch spool two between left side,
It is serially connected with upper and lower two guide posts two (C61), every guide post between the right side of the right side of front wall steel plate two and back wall steel plate two
Two (C61) all movable sleeves are connected to second steel wire and walk guide roller (C62), and steel wire can walk from upper and lower two the second steel wires
Pass through in gap between guide roller (C62)；
Further, the second Ya Sheng mechanism rotate includes second spring, connecting rod two (C54), arched arm plate two (C52), pressure reel for rope two
(C53), locating rod two (C51), is serially connected with a locating rod two between the left side of the left side of front wall steel plate two and back wall steel plate two
(C51), one end pivot bush unit of arched arm plate two (C52) is in the periphery of locating rod two (C51), arched arm plate two (C52) another
One end is then fastened with pressure reel for rope two (C53), and arched arm plate two (C52) is serially connected with a connecting rod two (C54), connecting rod two
(C54) outer rod end is connected with one end of second spring, and the other end of second spring then connects to the leading flank of front wall steel plate two
Or the trailing flank of back wall steel plate two；
Locating rod two (C51), pressure reel for rope two (C53), connecting rod two (C54) move towards all in anterior-posterior horizontal depth；
Main driving wheel, from drive one, be connected with a driving chain between drive two (C4), tightener sprocket (H)
(G) it is folded to transition wheel when, tightener sprocket (H) runs as driving chain (G), thus realizing from drive one, from drive
Between two (C4), homodromal purpose is made by driving chain (G), the upper wire reel (B3) being connected with from drive one and
The front wire reel (C1) being connected with from drive two (C4) also makees rotating Vortex, main driving wheel, from drive one, from drive
Between two (C4) threes, rotating Vortex is made by driving chain (G)；
One end of steel wire (D) can be wound in steel wire winch spool one, and the other end of steel wire (D) can be wound in steel wire winch spool two
In, steel wire (D) reversely can be walked from two wheel bore of Universal pulley (E), steel wire (D) reversely wearing on Universal pulley (E)
Row position is socketed with bridging hook.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829247.9U CN205933019U (en) | 2016-08-03 | 2016-08-03 | Be applied to reciprocal draw gear of co -rotating who picks up in wooden machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620829247.9U CN205933019U (en) | 2016-08-03 | 2016-08-03 | Be applied to reciprocal draw gear of co -rotating who picks up in wooden machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205933019U true CN205933019U (en) | 2017-02-08 |
Family
ID=57924116
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620829247.9U Expired - Fee Related CN205933019U (en) | 2016-08-03 | 2016-08-03 | Be applied to reciprocal draw gear of co -rotating who picks up in wooden machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205933019U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113351616A (en) * | 2021-04-26 | 2021-09-07 | 黄建光 | Prevent gardens ornament recovery unit of card silk |
-
2016
- 2016-08-03 CN CN201620829247.9U patent/CN205933019U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113351616A (en) * | 2021-04-26 | 2021-09-07 | 黄建光 | Prevent gardens ornament recovery unit of card silk |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170208 Termination date: 20180803 |
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| CF01 | Termination of patent right due to non-payment of annual fee |