CN110228698A - A kind of continuous lifting production line - Google Patents
A kind of continuous lifting production line Download PDFInfo
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- CN110228698A CN110228698A CN201910586343.3A CN201910586343A CN110228698A CN 110228698 A CN110228698 A CN 110228698A CN 201910586343 A CN201910586343 A CN 201910586343A CN 110228698 A CN110228698 A CN 110228698A
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 30
- 230000007246 mechanism Effects 0.000 claims abstract description 40
- 230000007423 decrease Effects 0.000 claims description 10
- 239000002994 raw material Substances 0.000 description 12
- 238000010586 diagram Methods 0.000 description 10
- 230000003447 ipsilateral effect Effects 0.000 description 9
- 238000005452 bending Methods 0.000 description 5
- 238000000034 method Methods 0.000 description 3
- 230000008569 process Effects 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 230000007306 turnover Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000000295 complement effect Effects 0.000 description 1
- 230000006641 stabilisation Effects 0.000 description 1
- 238000011105 stabilization Methods 0.000 description 1
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G37/00—Combinations of mechanical conveyors of the same kind, or of different kinds, of interest apart from their application in particular machines or use in particular manufacturing processes
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/52—Devices for transferring articles or materials between conveyors i.e. discharging or feeding devices
- B65G47/64—Switching conveyors
- B65G47/641—Switching conveyors by a linear displacement of the switching conveyor
- B65G47/643—Switching conveyors by a linear displacement of the switching conveyor in a vertical plane
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Intermediate Stations On Conveyors (AREA)
Abstract
The present invention relates to a kind of continuous lifting production lines, including first circulation conveying mechanism and second circulation conveying mechanism and load carrier；First circulation conveying mechanism includes the first conveyor chain, and the closed loop conveying track of the first conveyor chain includes the first overturning section and the first descending branch；Second circulation conveying mechanism includes the second conveyor chain, and the closed loop conveying track of the second conveyor chain includes the second overturning section and the second descending branch；Load carrier one end connects the first conveyor chain, and the other end connects the second conveyor chain, and the first conveyor chain and the second conveyor chain are driven by a power motor jointly；After load carrier both ends are respectively completed the conveying of the first overturning section and the second overturning section, load carrier is overturn to basic horizontal, and the load carrier both ends of horizontality are conveyed in the first descending branch and the second descending branch simultaneously.Continuous lifting production line automation degree is high, versatile, reliable performance, work efficiency is high for this, the recyclable lifting conveying of load carrier.
Description
Technical field
The present invention relates to a kind of production pipeline, specifically a kind of continuous lifting production line.
Background technique
Conventional mattresses production line has separated upper and lower level to be arranged, and raw material needs to be delivered to lower layer's production line from upper layer production line,
Traditional transportation work is completed by corresponding lifting device, descending operation trouble of this lifting device to raw material, transfer efficiency
It is lower, influence the productive temp of whole production line.
Therefore, it is necessary to be further improved.
Summary of the invention
It is an object of the invention to overcome above-mentioned the shortcomings of the prior art, and provide a kind of high degree of automation, logical
With property is strong, reliable performance, work efficiency is high, the continuous lifting production line of the recyclable lifting conveying of load carrier.
The object of the present invention is achieved like this:
A kind of continuous lifting production line, it is characterised in that: including the first circulation conveying mechanism being respectively arranged on lifting frame
Load carrier with second circulation conveying mechanism and for loading product；The first circulation conveying mechanism includes that closed loop is set
The first conveyor chain set, the closed loop conveying track of the first conveyor chain successively include the first overturning section and the along conveying direction
One descending branch；The second circulation conveying mechanism includes the second conveyor chain of closed loop setting, the closed loop of the second conveyor chain
It successively includes the second overturning section and the second descending branch along conveying direction that formula, which conveys track,；Load carrier one end connection first is defeated
Chain is sent, the other end connects the second conveyor chain, and the first conveyor chain and the second conveyor chain are driven by a power motor jointly,
To drive load carrier circulation conveying on lifting frame；The load carrier both ends are respectively completed the first overturning section and second and turn over
After the conveying for turning section, load carrier is overturn to basic horizontal, the load carrier both ends of horizontality simultaneously in the first descending branch and
Second descending branch conveying, so that load carrier level declines；Corresponding first descending branch of the lifting frame and/or the second descending branch
Top is equipped with feed inlet, and corresponding first descending branch and/or the second decline pars infrasegmentalis are equipped with discharge port.
The first overturning section successively includes the first vertical route conveyed downwards and the lift being delivered up along conveying direction
Route is risen, load carrier one end is along the first overturning section conveying；The second overturning section successively includes conveying downwards along conveying direction
The second vertical route and lateral transfer lateral route, the load carrier other end along second overturning section conveying；The carrying machine
Structure both ends are completed at the same time the conveying of the first overturning section and the second overturning section, and enter the first descending branch and the second descending branch simultaneously.
The beginning of the first overturning section and the beginning of the second overturning section are in same level；First descending branch
Beginning and the beginning of the second descending branch are in same level.
The conveying distance base that the sum of conveying distance and the length of load carrier of the second overturning section overturn section with first
This is equal；The length L2 of spacing L1 and load carrier between first descending branch and the second descending branch are of substantially equal.
The closed loop conveying track of first conveyor chain is along conveying direction also successively including on the first return section, first
Section and the first translation section are risen, the first return section is connect with the first descending branch, and the first translation section is connect with the first overturning section；First turns over
Turn the conveying track that section, the first descending branch, the first return section, the first ascent stage and the first translation section surround closed-loop shaped jointly；Institute
It also successively includes the second return section, the second ascent stage and second that the closed loop for stating the second conveyor chain, which conveys track along conveying direction,
Section is translated, the second return section is connect with the second descending branch, and the second translation section is connect with the second overturning section；Second overturning section, second
Descending branch, the second return section, the second ascent stage and the second translation section surround the conveying track of closed-loop shaped jointly.
The second overturning section at least partly mutually cooperates with the first overturning section side by side；The first return section is at least partly
Mutually cooperate side by side with the second return section；First ascent stage mutually cooperates side by side with the second ascent stage, and the first ascent stage
Conveying distance and the second ascent stage conveying distance it is of substantially equal；The first translation section and the second translation section mutually simultaneously deploying
It closes, and the conveying distance of the first translation section and the conveying distance of the second translation section are of substantially equal.
The first return section successively includes the first translation route and the first return route along conveying direction；Described second returns
Journey section successively includes the second translation route and the second return route along conveying direction；The second translation route is at least partly with the
One translation route mutually cooperates side by side, and the sum of the conveying distance of the first translation route and the length of load carrier and the second translation
The conveying distance of route is of substantially equal；The first return route mutually cooperates side by side with the second return route, and the first return
The conveying distance of route and the conveying distance of the second return route are of substantially equal.
The load carrier includes several load bearing components that one or more carries chain and is set on carrying chain；Institute
Stating carrying chain can curve inwardly, and make load carrier that can integrally curve inwardly；Several load bearing components are mutually arranged side by side, and head end
Load bearing component connect with the first conveyor chain, the load bearing component of tail end is connect with the second conveyor chain.
The carrying chain includes the hinged chain joint of several mutual head and the tail, and chain joint includes connector, interior plate, outer flat
Plate and limit shaft；Two pieces of interior plates are respectively arranged at connector two sides；The limit shaft both ends extend through in corresponding
Plate simultaneously exposes in corresponding on the outside of plate；Two pieces of outer plates are respectively arranged in corresponding on the outside of plate, outer plate one
Hold, connector other end hinge in the outer plate other end and adjacent chain joint hinged with connector one end in the chain joint of place
It connects；The load bearing component is set on outer plate；For the carrying chain under linear state, outer plate is at least partly resisted against limit
Position axis exposes to the end on the outside of interior plate, so that carrying chain cannot be bent outwardly.
The first circulation conveying mechanism and second circulation conveying mechanism respectively include several sprocket wheels, the first conveyor chain and
Second conveyor chain is rotating around on corresponding sprocket wheel；The adjusting screw rod of locating rotation is provided on the lifting frame, the
Adjusting shaft is provided in one circulation conveying mechanism and/or second circulation conveying mechanism on more than one sprocket wheel, is adjusted in shaft
Equipped with the adjusting screw hole cooperated with adjusting screw rod, keep the position of respective sprocket adjustable by rotating adjusting screw rod.
Beneficial effects of the present invention are as follows:
It is cooperated by first circulation conveying mechanism and second circulation conveying mechanism, effectively drives load carrier continuously to recycle defeated
It send on lifting frame, so that the lifting conveying of raw material continuously can be carried out uninterruptedly, therefore transfer efficiency greatly promotes, and automates journey
Degree is high；Under the mutual cooperation of first circulation conveying mechanism and second circulation conveying mechanism, load carrier can realize flip horizontal,
The work such as horizontal decline, lateral transfer, vertical transport, the flip horizontal of load carrier can guarantee that raw material stabilization is placed in carrying machine
On structure, level decline can guarantee the stability of raw material decline, and load carrier is flexible setting, therefore is held in backhaul transmission process
Mounted mechanism can facilitate switching lateral transfer or vertical transport, convey load carrier can along the structure of lifting frame, efficiently use
The not busy complementary space of lifting frame, and the overall volume of pipeline can be reduced；To improve transfer efficiency, load carrier is settable a set of
More than.
Detailed description of the invention
Fig. 1 is the schematic diagram that production line is continuously gone up and down in one embodiment of the invention.
Fig. 2 is first circulation conveying mechanism in one embodiment of the invention, second circulation conveying mechanism and load carrier cooperation
Side view.
Fig. 3 is the schematic diagram that load carrier is conveyed with descending branch in one embodiment of the invention.
Fig. 4 is the schematic diagram that load carrier is conveyed with return section in one embodiment of the invention.
Fig. 5 is the schematic diagram that load carrier is conveyed with the ascent stage in one embodiment of the invention.
Fig. 6 is the schematic diagram that load carrier is conveyed with overturning section in one embodiment of the invention.
Fig. 7 is the side view of first circulation conveying mechanism in one embodiment of the invention.
Fig. 8 is the side view of second circulation conveying mechanism in one embodiment of the invention.
Fig. 9 is the schematic diagram of load carrier in one embodiment of the invention.
Figure 10 is the enlarged diagram in Fig. 9 at K.
Figure 11 is the partial exploded view that chain is carried in one embodiment of the invention.
Partial schematic diagram when Figure 12 is load carrier linear state loading raw material in one embodiment of the invention.
Partial schematic diagram when Figure 13 is load carrier bending in one embodiment of the invention.
Figure 14 is the enlarged diagram in Fig. 1 at J.
Specific embodiment
The invention will be further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Figure 14, for the continuous lifting production line application of the present embodiment on mattress production line, being specifically used for will be upper
Sponge raw material M on layer production pipeline is delivered on lower layer's production pipeline；The continuous lifting production line being related to includes difference
The first circulation conveying mechanism 2 and second circulation conveying mechanism 3 that are set on lifting frame 1 and the carrying for loading product
The load carrier 4 of mechanism 4, the present embodiment is arranged five sets, to improve transfer efficiency；First circulation conveying mechanism 2 includes two and closes
First conveyor chain 201 of ring type setting, two the first conveyor chains 201 are symmetrical to be set to 1 inside two of lifting frame
The closed loop conveying track of side, the first conveyor chain 201 successively includes the first overturning section a1 and the first descending branch along conveying direction
b1；Second circulation conveying mechanism 3 includes the second conveyor chain 301 of two closed loops setting, and two the second conveyor chains 301 are left
It is right to be symmetrically set to 1 inside two sides of lifting frame, the closed loop conveying track of the second conveyor chain 301 along conveying direction successively
Including the second overturning section a2 and the second descending branch b2；Ipsilateral the first conveyor chain 201 and the second conveyor chain 301 is mutually side by side
Setting；4 side one end of load carrier connects corresponding first conveyor chain 201, and ipsilateral other end connection corresponding second is defeated
Chain 301 is sent, two the first conveyor chains 201 are with two the second conveyor chains 301 jointly by a power motor 5 synchronous drive simultaneously
It is dynamic, to drive the circulation conveying on lifting frame 1 of load carrier 4；The ipsilateral both ends of load carrier 4 are respectively completed the first overturning section a1
After conveying with the second overturning section a2, the overturning of load carrier 4 can be made to basic horizontal, the load carrier 4 ipsilateral two of horizontality
End is conveyed in the first descending branch b1 and the second descending branch b2 simultaneously, so that the horizontal decline of load carrier 4；Lifting frame 1 corresponding the
One descending branch b1 and the second top descending branch b2 are equipped with feed inlet 101, corresponding first descending branch b1 and the second lower part descending branch b2
Equipped with discharge port 102, the load carrier 4 of basic horizontal is corresponding with 101 bottom of feed inlet.Concrete operating principle is: sponge raw material M
Enter in lifting frame 1 and be loaded on the load carrier 4 of basic horizontal, the first, second circulation conveying mechanism through feed inlet 101
It works on to decline the sponge raw material M on load carrier 4, the sponge raw material M for completing decline conveying finally can be through discharge port
Continue downward process conveying in 102 outputs to lower layer's production pipeline.This continuous lifting production line passes through first circulation conveyer
Structure 2 and second circulation conveying mechanism 3 cooperate, and effectively drive the continuous circulation conveying of load carrier 4 on lifting frame 1, with
The lifting of sponge raw material M is set to convey and continuously can uninterruptedly carry out, therefore transfer efficiency greatly promotes, high degree of automation.
Further, first overturning section a1 successively include along conveying direction the first vertical route a11 conveyed downwards, upwards
The wave route a12 of the conveying and lifting route a13 being delivered up, 4 one end of load carrier are conveyed along the first overturning section a1, and according to
It is secondary to pass through the first vertical route a11, wave route a12 and lifting route a13, to complete the overturning stroke of front end；Second overturning
Section a2 successively includes that the second vertical route a21 conveyed downwards, the inclined path a22 of inclination conveying and transverse direction are defeated along conveying direction
The lateral route a23 sent, 4 other end of load carrier along second overturning section a2 conveying, and successively by the second vertical route a21,
Inclined path a22 and lateral route a23, to complete the overturning stroke of rear end；The ipsilateral both ends of load carrier 4 are completed at the same time first and turn over
Turn the conveying of the overturning of section a1 and second section a2, and enters the first descending branch b1 and the second descending branch b2 simultaneously；First overturning section a1
Beginning and second overturning section a2 beginning in same level；The beginning at the beginning of the first descending branch b1 and the second descending branch b2
End is in same level, to guarantee the horizontality of load carrier 4.
Further, decline to guarantee that the ipsilateral both ends of load carrier 4 can reach the first beginning descending branch b1 and second simultaneously
The beginning section b2, since the front end of load carrier 4 can be introduced into the first overturning section a1, rear end after the stroke of front end completion length
Just the second overturning section a2 is initially entered, in order to guarantee that the ipsilateral both ends of load carrier 4 can reach the first descending branch b1 and second simultaneously
Descending branch b2, therefore the conveying path of the sum of the conveying distance of the second overturning section a2 and the length of load carrier 4 and the first overturning section a1
Journey is of substantially equal；It is able to maintain horizontality in the process to guarantee that load carrier 4 declines, therefore the first descending branch b1 and the second descending branch
Spacing L1 and the length L2 of load carrier 4 between b2 is of substantially equal.
Further, referring to Fig. 7, the closed loop conveying track of the first conveyor chain 201 also successively includes along conveying direction
The first return section c1, the first ascent stage d1 being delivered up of bending conveying and the first translation section e1 of lateral transfer, first returns
Journey section c1 is connect with the first descending branch b1, and the first translation section e1 is connect with the first overturning section a1；First overturning section a1, the first decline
Section b1, the first return section c1, the translation of the first ascent stage d1 and first section e1 surround the conveying track of closed-loop shaped jointly.Referring to Fig. 8,
Second conveyor chain 301 closed loop conveying track along conveying direction also successively include bending conveying the second return section c2, to
Second ascent stage d2 of upper conveying and the second of lateral transfer translate section e2, and the second return section c2 is connect with the second descending branch b2,
Second translation section e2 is connect with the second overturning section a2；Second overturning section a2, the second descending branch b2, the second return section c2, on second
Rise the conveying track that the translation of section d2 and second section e2 surrounds closed-loop shaped jointly.
Further, the first vertical road in the overturning of the second vertical route a21 and first section a1 in the second overturning section a2
Line a11 mutually cooperates side by side, the conveying distance of the first vertical route a11 route a21 long more vertical than second；First return section c1 is extremely
Small part mutually cooperates side by side with the second return section c2；First ascent stage d1 mutually cooperates side by side with the second ascent stage d2, and the
The conveying distance of one ascent stage d1 and the conveying distance of the second ascent stage d2 are of substantially equal；First translation section e1 and the second translation section
E2 mutually cooperates side by side, and the conveying distance of the first translation section e1 and the conveying distance of the second translation section e2 are of substantially equal.
Further, the first return section c1 successively includes the first translation route c11 and the first return route along conveying direction
c12；Second return section c2 successively includes the second translation route c21 and the second return route c22 along conveying direction；Second translation road
Line c21 at least partly mutually cooperates with the first translation route c11 side by side, and the conveying distance and carrying of the first translation route c11
The sum of length of mechanism 4 and the conveying distance of the second translation route c21 are of substantially equal；First return route c12 and the second return
Route c22 mutually cooperates side by side, and the conveying distance base of the conveying distance of the first return route c12 and the second return route c22
This is equal.
Further, referring to Fig. 9 and Figure 10, load carrier 4 includes that one or more is spaced apart from each other the carrying chain cooperated side by side
Item 401 and across formula be set to one or more carrying chain 401 on several load bearing components 402；Carrying chain 401 can be inside
Bending makes load carrier 4 that can integrally curve inwardly, in order to which the cooperation conveying of load carrier 4 is bent, and then can be effective
Conveying space is saved, simplifies conveying mechanism, improves the reliability of conveying；Several load bearing components 402 be spaced apart from each other it is arranged side by side, and
402 both ends of load bearing component of head end (front end) are connected with corresponding first conveyor chain 201 respectively, the supporting part of tail end (rear end)
402 both ends of part are connected with corresponding second conveyor chain 301 respectively.
Further, referring to Figure 11-Figure 13, carrying chain 401 includes the hinged chain joint of several mutual head and the tail, chain joint
Including connector 403, interior plate 404, outer plate 405 and limit shaft 406；Plate 404 is fixedly installed on connection respectively in two pieces
403 two sides of part；406 both ends of limit shaft extend through plate 404 in corresponding and expose to 404 outside of plate in corresponding；Two
The outer plate 405 of block is respectively arranged at 404 outside of plate in corresponding, and the connector in 405 one end of outer plate and place chain joint
403 one end are hinged, and outer 405 other end of plate and 403 other end of connector in adjacent chain joint are hinged, realize that adjacent two chain closes
That saves is hinged；Load bearing component 402 is fixedly connected on the bending part 4051 at outer 405 top of plate；Chain 401 is carried linear
Under state, the spacing breach 4052 of outer 405 side of plate is resisted against the end that limit shaft 406 exposes to interior 404 outside of plate, so that
Carrying chain 401 cannot be bent outwardly, and then guarantee load carrier 4 to the load-carrying properties of sponge raw material M.
Further, referring to Figure 14, first circulation conveying mechanism 2 further includes several first sprocket wheels 202, the first conveyor chain
201 are set around on several first sprocket wheels 202, with formed it is above-mentioned first overturning section a1, the first descending branch b1, the first return section c1,
The translation of first ascent stage d1 and first section e1；Second circulation conveying mechanism 2 further includes several second sprocket wheels 302, the second carrier chain
Item 301 is set around on several second sprocket wheels 302, to form above-mentioned second overturning section a2, the second descending branch b2, the second return section
C2, the second ascent stage d2 and the second translation section e2.Corresponding first sprocket wheel 202 in ipsilateral corresponding and two sides and with the second sprocket wheel
It is connected with drive shaft 9 between 302, drives ipsilateral and two sides the first, second conveyor chain operation so as to synchronous simultaneously；Its
In, the adjustable setting of the first sprocket wheel 202 and 302 OQ t frame 1 of the second sprocket wheel positioned at return section and between the ascent stage, on
The first sprocket wheel 202 and the second sprocket wheel 302 stated are connected with jointly adjusts shaft 6；Lifting frame two sides are symmetrically fixedly installed two
Fixed plate 8 is provided with adjusting screw rod by 7 locating rotation of rotation seat in fixed plate 8, i.e. 5 OQ t frame 1 of adjusting screw rod is fixed
Position rotation setting；It adjusts shaft 6 and is equipped with the adjusting screw hole cooperated with adjusting screw rod 5, make corresponding chain by rotating adjusting screw rod 5
The position of wheel is adjustable, and then the elasticity of adjustable first conveyor chain 201 and the second conveyor chain 301.
Above-mentioned is preferred embodiment of the invention, and basic principles and main features and the present invention of the invention have been shown and described
The advantages of.Those skilled in the art should be recognized that the present invention is not limited to the above embodiments, above embodiments and description
Described in merely illustrate the principles of the invention, without departing from the spirit and scope of the present invention the present invention also have it is various
Changes and improvements, these changes and improvements all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by institute
Attached the spirit and scope of the invention define.
Claims (10)
1. a kind of continuous lifting production line, it is characterised in that: including the first circulation conveying being respectively arranged on lifting frame (1)
Mechanism (2) and second circulation conveying mechanism (3) and load carrier (4) for loading product；The first circulation conveying mechanism
(2) include closed loop setting the first conveyor chain (201), the first conveyor chain (201) closed loop conveying track along conveying
Direction successively includes the first overturning section (a1) and the first descending branch (b1)；The second circulation conveying mechanism (3) includes closed loop
The second conveyor chain (301) being arranged, the closed loop conveying track of the second conveyor chain (301) successively include the along conveying direction
Two overturnings section (a2) and the second descending branch (b2)；Described load carrier (4) one end connects the first conveyor chain (201), the other end
It connects the second conveyor chain (301), the first conveyor chain (201) and the second conveyor chain (301) are jointly by a power motor (5)
Driving, to drive load carrier (4) circulation conveying on lifting frame (1)；Load carrier (4) both ends are respectively completed first
After the conveying for overturning section (a1) and the second overturning section (a2), load carrier (4) overturning to basic horizontal, the carrying machine of horizontality
Structure (4) both ends are conveyed in the first descending branch (b1) and the second descending branch (b2) simultaneously, so that the horizontal decline of load carrier (4)；Institute
It states lifting frame (1) corresponding first descending branch (b1) and/or the second descending branch top (b2) is equipped with feed inlet (101), corresponding the
One descending branch (b1) and/or the second descending branch lower part (b2) are equipped with discharge port (102).
2. continuous lifting production line according to claim 1, it is characterised in that: first overturning section (a1) is along conveying side
To successively including the first vertical route (a11) conveyed downwards and the lifting route (a13) being delivered up, load carrier (4) one
End is along the first overturning section (a1) conveying；Second overturning section (a2) along conveying direction successively include convey downwards it is second vertical
The lateral route (a23) of route (a21) and lateral transfer, load carrier (4) other end is along the second overturning section (a2) conveying；It is described
Load carrier (4) both ends are completed at the same time the conveying of the first overturning section (a1) and the second overturning section (a2), and enter under first simultaneously
Section (b1) and the second descending branch (b2) drop.
3. continuous lifting production line according to claim 1, it is characterised in that: it is described first overturning section (a1) beginning with
The beginning of second overturning section (a2) is in same level；The beginning of first descending branch (b1) and the second descending branch (b2)
Beginning is in same level.
4. continuous lifting production line according to claim 1-3, it is characterised in that: second overturning section (a2)
Conveying distance and the sum of the length of load carrier (4) and the conveying distance of the first overturning section (a1) it is of substantially equal；Described first
Spacing L1 and the length L2 of load carrier (4) between descending branch (b1) and the second descending branch (b2) is of substantially equal.
5. continuous lifting production line according to claim 1, it is characterised in that: the first conveyor chain (201) are closed
It also successively includes the first return section (c1), the first ascent stage (d1) and the first translation section that ring type, which conveys track along conveying direction,
(e1), the first return section (c1) is connect with the first descending branch (b1), and the first translation section (e1) is connect with the first overturning section (a1)；The
One overturning section (a1), the first descending branch (b1), the first return section (c1), the first ascent stage (d1) and the first translation section (e1) are common
Surround the conveying track of closed-loop shaped；It is also successively wrapped along conveying direction the closed loop conveying track of second conveyor chain (301)
Include the second return section (c2), the second ascent stage (d2) and the second translation section (e2), the second return section (c2) and the second descending branch
(b2) it connects, the second translation section (e2) is connect with the second overturning section (a2)；Second overturning section (a2), the second descending branch (b2), the
Two return sections (c2), the second ascent stage (d2) and the second translation section (e2) surround the conveying track of closed-loop shaped jointly.
6. continuous lifting production line according to claim 5, it is characterised in that: second overturning section (a2) is at least partly
Mutually cooperate side by side with the first overturning section (a1)；The first return section (c1) is at least partly mutual simultaneously with the second return section (c2)
Deploying is closed；First ascent stage (d1) mutually cooperates side by side with the second ascent stage (d2), and the conveying of the first ascent stage (d1)
Distance and the conveying distance of the second ascent stage (d2) are of substantially equal；First translation section (e1) and the second translation section (e2) are mutual
Cooperate side by side, and the conveying distance of the first translation section (e1) and the conveying distance of the second translation section (e2) are of substantially equal.
7. continuous lifting production line according to claim 6, it is characterised in that: the first return section (c1) is along conveying side
To successively including the first translation route (c11) and the first return route (c12)；The second return section (c2) along conveying direction according to
Secondary includes the second translation route (c21) and the second return route (c22)；Second translation route (c21) is at least partly with the
One translation route (c11) mutually cooperates side by side, and the length of the conveying distance of the first translation route (c11) and load carrier (4)
The sum of with second translation route (c21) conveying distance it is of substantially equal；The first return route (c12) and the second return route
(c22) mutually cooperate side by side, and the conveying distance of the conveying distance of the first return route (c12) and the second return route (c22)
It is of substantially equal.
8. continuous lifting production line according to claim 1, it is characterised in that: the load carrier (4) include one with
Upper carrying chain (401) and several load bearing components (402) being set in carrying chain (401)；The carrying chain (401)
It can curve inwardly, make load carrier (4) that can integrally curve inwardly；Several load bearing components (402) are mutually arranged side by side, and head end
Load bearing component (402) is connect with the first conveyor chain (201), and the load bearing component (402) of tail end and the second conveyor chain (301) are even
It connects.
9. continuous lifting production line according to claim 8, it is characterised in that: the carrying chain (401) includes several
The mutually hinged chain joint of head and the tail, chain joint includes connector (403), interior plate (404), outer plate (405) and limit shaft
(406)；Two pieces of interior plates (404) are respectively arranged at connector (403) two sides；Limit shaft (406) both ends are passed through respectively
It wears plate (404) in corresponding and exposes in corresponding on the outside of plate (404)；Two pieces of outer plates (405) are respectively set
On the outside of corresponding interior plate (404), outer plate (405) one end and connector (403) one end in the chain joint of place are hinged, outer flat
Plate (405) other end and connector (403) other end in adjacent chain joint are hinged；The load bearing component (402) is set to outer
On plate (405)；For the carrying chain (401) under linear state, outer plate (405) is at least partly resisted against limit shaft
(406) end on the outside of interior plate (404) is exposed to, so that carrying chain (401) cannot be bent outwardly.
10. continuous lifting production line according to claim 1, it is characterised in that: the first circulation conveying mechanism (2) and
Second circulation conveying mechanism (3) respectively includes several sprocket wheels, and the first conveyor chain (201) and the second conveyor chain (301) are respectively
It is set around on corresponding sprocket wheel；The adjusting screw rod (5) of locating rotation, first circulation conveying are provided on the lifting frame (1)
It is provided on more than one sprocket wheel in mechanism (2) and/or second circulation conveying mechanism (3) and adjusts shaft (6), adjusted shaft (6)
It is equipped with the adjusting screw hole cooperated with adjusting screw rod (5), keeps the position of respective sprocket adjustable by rotating adjusting screw rod (5).
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| CN201910586343.3A CN110228698A (en) | 2019-07-01 | 2019-07-01 | A kind of continuous lifting production line |
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| CN201910586343.3A CN110228698A (en) | 2019-07-01 | 2019-07-01 | A kind of continuous lifting production line |
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