CN205366928U - Automatic assembly and transportation assembly line - Google Patents

Abstract

The utility model discloses an automatic assembly and transportation assembly line belongs to transportation assembly line field, including assembly area, embarkation area and transport corridor, it is still including the transition district, the buffer area, link up district and tray memory area, the tray memory area, transition district and the equal perpendicular to assembly area of buffer area, tray memory area and buffer memory position are in the both sides in transition district, transport corridor one end links firmly with the tray memory area, the other end links firmly with the buffer area, transport corridor and assembly area parallel, the embarkation area is connected with the buffer area through linking up the district, adopt this technical scheme to make it can reduce operative employee's quantity and storage space when satisfying main engine plants' supply of material, the efficiency of whole car production is improved, thereby reduce spare part manufacturing cost and whole car manufacturing cost.

Description

A kind of assembling and traffic flow waterline automatically

Technical field

This utility model relates to a kind of traffic flow waterline, more particularly, it relates to a kind of assembling and traffic flow waterline automatically.

Background technology

Twentieth century twenties, along with industrial developments such as automobile, rolling bearing, miniature motor and sewing machines, machine-building starts to occur transfer matic, occurs that transfer line of modular machine, automatic production line of modular machine the earliest.Before twentieth century twenties, first it is occur in that flow production line and semi-automatic production line in the automotive industry, develops into transfer matic subsequently.After World War II, in the machinery manufacturing industry of industrially developed country, the number of transfer matic sharply increases.

This 21st century, production line balance operation is still widely used in manufacturing industry, particularly in automobile and related components manufacturing industry, in vehicle complete vehicle production process, often adopting the pattern of many moneys vehicle mixed production, customizing vehicle according to customer demand, thus carrying out hybrid-sorting production, just require that each components supplying business provides the parts of many moneys vehicle in this context simultaneously, and then meet car load Production requirement.Traditional plan dispensing auto parts and components pattern can not meet the demand of sale of automobile amount, and in order to improve each efficiency of parts delivery and meet dispensing requirement, improving produces and get the raw materials ready waits guarantee requirement, thus need to provide and deliver according to the mixed sequence of customer demand.Development along with automobile industry, sale of automobile amount rises rapidly, the production capacity of auto production line is also constantly promoted, increasing automatic technology is applied in production assembling and dispensing, by automatically obtaining the production serial number of main engine plants, and import in production assembling and the dispensing wire system of automatization, and then accomplish that the serial number according to main engine plants carries out producing and using special-purpose vehicle, it is directly sent to main engine plants and produces assembly station.Along with the variation of the aggravation of energy crisis or environmental pollution and user vehicle demand, automobile develops towards lightweight and modularity direction.

Front-end module is to have support carrier with overall plastic or plastics/panel beating compound front-end bracket; assembling integrated Cooling Air-conditioning System, signal and illuminator, vehicle body protection and appearance and modeling structural system, sensor and drive assist system thereon and pedestrian protection system forms, it is automotive light weight technology and modular typical case's application.Application streamline carries out assembling and the dispensing of front-end module, it will not only makes efficiency of assembling improve, and can also be substantially reduced cost.Existing general production assembly line, manually goes to carry out classification in a large number and produces and carry out repeatedly sub-category dispensing, it is necessary to take substantial amounts of inventory space to meet memory requirement for satisfied sequence mixture manufacturing needs.

Through retrieval, Chinese Patent Application No.: 2012203209284, the applying date: on July 4th, 2012, invention and created name is: a kind of vacuum circuit breaker production line, this application case discloses a kind of vacuum circuit breaker production line, including: the feeding area, mechanism assembly section, the first material waiting section, insulating cylinder assembly section, the break-in district that are provided adjacent to successively, reprocess district, the second material waiting section, testing mechanical characteristic district, chassis assembly section, contact arm assembly section and district of rolling off the production line, production line, with working plate for carrier, rolls off the production line and is connected by translation mechanism between district with feeding area；The working plate controller that is moved through in production line controls.This application case district of rolling off the production line is connected by a translation mechanism with feeding area, form the production line of circulation, and working plate is by controller control, production line flows, when vacuum circuit breaker is after rolling off the production line in district of rolling off the production line, working plate is by controller control, feeding area is moved to automatically by translation mechanism, avoid working plate to reach the standard grade, roll off the production line the manpower loss brought, achieve the Automatic Cycle of production line, it is effectively improved concordance rate and the production efficiency of assembling in process of producing product, but this production line is only for the production of vacuum circuit breaker, assemble and transport and the different demands of product can not be carried out auto-sequencing.

Utility model content

Utility model to solve the technical problem that

The purpose of this utility model is in that to overcome in prior art production assembly line and needs manually to go to carry out classification in a large number and produces and carry out repeatedly sub-category dispensing, need to take substantial amounts of inventory space and could meet the deficiency of the problems such as memory requirement, a kind of assembling and traffic flow waterline automatically are provided, it can reduce operation headcount and memory space while meeting main engine plants' supply of material, improve car load production efficiency, thus reducing parts production cost and car load production cost.

Technical scheme

For reaching above-mentioned purpose, the technical scheme that this utility model provides is:

One of the present utility model is assembled and traffic flow waterline automatically, including assembly section, embarkation area and transport channel, it also includes transition region, buffer area, linking district and pallet memory block, described pallet memory block, transition region and buffer area are each perpendicular to assembly section, described pallet memory block and buffer memory district are positioned at the both sides of transition region, described transport channel one end is connected with pallet memory block, the other end is connected with buffer area, described transport channel is paralleled with assembly section, and described embarkation area is connected with buffer area by being connected district.

Further improve as this utility model, described assembly section includes two-layer, respectively assemble district and delivery district, the described district that assembles is positioned at the top in delivery district, the described district that assembles is connected by elevator with the two ends in delivery district, it is provided with stopper, the length length 18 ~ 20cm of the length ratio pallet of each station between the described each station assembling district.

Further improve as this utility model, described pallet memory partitioning is storage A district and storage B district, described storage A district and storage B district are three layers, all front and back, the exit of the pallet memory block of every layer are provided with two stoppers, middle part along the length direction of the wire body conveyer chain of pallet memory block is also equipped with stopper, and the distance of two stoppers arranged before and after the exit of described pallet memory block is equal with the width of pallet.

Further improving as this utility model, the joining place of described pallet memory block and assembly section and transport channel is provided with transfer machine.

Further improve as this utility model, transition transfer machine it is provided with between described transition region and buffer area, it is provided with lifting transfer machine in described transition region and near one end of transition transfer machine, described transition region is one layer, middle part along its length is provided with stopper and is also equipped with two stoppers in the exit of transition region, and the distance between two stoppers that described transition region exit is arranged is equal with the width of pallet.

Further improving as this utility model, described buffer area is divided into two-layer, described buffer area upper strata and the one end near lifting transfer machine to be provided with transfer machine, and described buffer area lower floor and transport channel junction are also equipped with transfer machine.

Further improve as this utility model, described transport channel is provided with warehouse-in elevator, distinguishes detection switch.

Further improving as this utility model, the two ends in described linking district are provided with stopper, are provided with transition wire between described linking district and embarkation area, and described transition wire is two-layer.

Further improve as this utility model, described embarkation area is two-layer, the diagonal angle place of described embarkation area is provided with correlation photoswitch, described embarkation area two-layer and the one end near transition wire are equipped with the electric switch that diffuses, and the wire body supply line of described embarkation area is provided with proximity switch.

Further improve as this utility model, it is provided with transition wheel between described pallet memory block and assembly section and transport channel, the two ends of described pallet memory block are provided with detection switch, it is provided with transition wheel between described assembly section and transition region, the two ends of described transition region are provided with detection switch, and the left and right sides of the wire body conveyer chain of described assembly section, embarkation area, transport channel, transition region, buffer area, linking district and pallet memory block is provided with gathering sill.

Beneficial effect

The technical scheme adopting this utility model to provide, compared with prior art, has the advantages that

(1) one of the present utility model is assembled and traffic flow waterline automatically, pallet memory block, assembly section and transition region, buffer area etc. form circular pipeline, obtain entrucking serial number by main engine plants internet exchange platforms and import pipeline system and carry out related components hybrid-sorting assembling and delivery operation by automatically obtaining main engine plants' car load entrucking sequence, it is possible to can reduce operating headcount and memory space while meeting main engine plants' supply of material；And it is dispensed into main engine plants' production installation station by unitrain, transported by specialized truck, being dispensed directly into main engine plants and produce on station, improving car load production efficiency, thus reducing parts production cost and car load production cost.

(2) one of the present utility model is assembled and traffic flow waterline automatically, wherein, assembly section, embarkation area, transport channel, transition region, buffer area, the left and right sides of the wire body conveyer chain of linking district and pallet memory block is provided with gathering sill, ensure that pallet utensil smoothes out operation in orbit, it is provided with transition wheel between pallet memory block and assembly section and transport channel and between assembly section and transition region, is also equipped with transition wheel, ensure that pallet utensil smoothly transition is between each district and district, the two ends of pallet memory block are provided with the two ends of detection switch and transition region and are also provided with detection switch, this detection switch is photoelectric detection switch and the counting photoelectric detection switch of putting in place, the photoelectric detection switch that puts in place performs next step action for detecting after the conveying of pallet utensil puts in place, guarantee the seriality of transport；Counting photoelectric detection switch is for detecting the quantity of the front-end module of the pallet utensil quantity being transported into or transporting pallet memory block and entrance transition region, with the demand of satisfied production, too much freight volume can be avoided to bring transport pressure to wire body conveyer chain simultaneously；Buffering photoswitch is set up in the pallet vessel outlet position of pallet memory block, when pallet utensil having been detected to this position, wire body conveyer chain is automatically stopped operation, it is further continued for after 2 seconds running, make pallet utensil running is cushioned, reduce shock to crossover position transfer machine, so that it is guaranteed that can smooth transition during run transition, between each part mentioned above all linked with one another, ensured whole assembling and traffic flow waterline efficient, accurately run.

(3) one of the present utility model is assembled and traffic flow waterline, reasonable in design automatically, and principle is simple, it is simple to promote the use of.

Accompanying drawing explanation

Fig. 1 is the structural representation of a kind of automatic assembling of the present utility model and traffic flow waterline；

Fig. 2 is the front view of pallet memory block in this utility model；

Fig. 3 is the structural representation in this utility model by buffer area to embarkation area.

Label declaration in schematic diagram:

1, assembly section；2, transition region；3, buffer area；4, linking district；5, embarkation area；6, transport channel；7, storage A district；8, storage B district；9, stopper；10, detection switch.

Detailed description of the invention

For further appreciating that content of the present utility model, in conjunction with accompanying drawing and embodiment, this utility model is described in detail.

Embodiment 1

In conjunction with Fig. 1, Fig. 2 and Fig. 3, a kind of assembling and the traffic flow waterline automatically of the present embodiment, including assembly section 1, embarkation area 5 and transport channel 6, it also includes transition region 2, buffer area 3, linking district 4 and pallet memory block, pallet memory block, transition region 2 and buffer area 3 are each perpendicular to assembly section 1, pallet memory block and buffer area 3 are positioned at the both sides of transition region 2, transport channel 6 one end is connected with pallet memory block, the other end is connected with buffer area 3, transport channel 6 is paralleled with assembly section 1, and embarkation area 5 is connected with buffer area 3 by being connected district 4.

Assembly section 1 includes two-layer, respectively assemble district and delivery district, assemble district be positioned at delivery district top, assemble district with consign district two ends be connected by elevator, assemble and be provided with stopper 9 between each station in district, the length length 18 ~ 20cm of the length ratio pallet of each station.

Pallet memory partitioning is storage A district 7 and storage B district 8, storage A district 7 and storage B district 8 are three layers, all front and back, the exit of the pallet memory block of every layer are provided with two stoppers 9, middle part along the length direction of the wire body conveyer chain of pallet memory block is also equipped with stopper 9, and the distance of two stoppers 9 arranged before and after the exit of pallet memory block is equal with the width of pallet.

The joining place of pallet memory block and assembly section 1 and transport channel 6 is provided with transfer machine, transition transfer machine it is provided with between transition region 2 and buffer area 3, it is provided with lifting transfer machine in transition region 2 and near one end of transition transfer machine, transition region 2 is one layer, middle part along its length is provided with stopper 9 and is also equipped with two stoppers 9 in the exit of transition region 2, and the distance between two stoppers 9 that transition region 2 exit is arranged is equal with the width of pallet.All front and back, the exit of transition region 2 are provided with two stoppers 9 herein, two stoppers 9 with the use of, relieving below when blocking above, when above decontroling, stop below, distance between two stoppers 9 is a pallet utensil width, guarantee each clearance front-end module product, ensure the good operation of whole wire body conveyer chain, middle part along the length direction of the wire body conveyer chain of transition region 2 is also equipped with stopper 9, this stopper 9 is at the middle part of pipeline, it is the width of 8 utensils with above stopper 9 spacing, ensure that stopper 9 above stops that quantity is 8, pallet utensil after primary barrier the 8th, alleviate the pressure of above stopper 9.

Buffer area 3 is divided into two-layer, buffer area 3 upper strata and the one end near lifting transfer machine to be provided with transfer machine, and buffer area 3 lower floor and transport channel 6 junction are also equipped with transfer machine.Transport channel 6 is provided with warehouse-in elevator, distinguishes detection switch.

The two ends in linking district 4 are provided with stopper 9, are provided with transition wire between linking district 4 and embarkation area 5, and transition wire is two-layer.Embarkation area 5 is two-layer, and the diagonal angle place of embarkation area 5 is provided with correlation photoswitch, embarkation area 5 two-layer and the one end near transition wire and is equipped with the electric switch that diffuses, and the wire body supply line of embarkation area 5 is provided with proximity switch.

It is provided with transition wheel between pallet memory block and assembly section 1 and transport channel 6, the two ends of pallet memory block are provided with detection switch 10, it is also equipped with transition wheel between assembly section 1 and transition region 2, the two ends of transition region 2 are also provided with detection switch 10, and the left and right sides of the wire body conveyer chain of assembly section 1, embarkation area 5, transport channel 6, transition region 2, buffer area 3, linking district 4 and pallet memory block is provided with gathering sill.In assembly section 1 in the present embodiment, embarkation area 5, transport channel 6, transition region 2, buffer area 3, the left and right sides of the wire body conveyer chain of linking district 4 and pallet memory block is provided with gathering sill, ensure that pallet utensil smoothes out operation in orbit, it is provided with transition wheel between pallet memory block and assembly section 1 and transport channel 6 and is also equipped with transition wheel between assembly section 1 and transition region 2, ensure that pallet utensil smoothly transition is between each district and district, the two ends of pallet memory block are provided with the two ends of detection switch 10 and transition region 2 and are also provided with detection switch 10, this detection switch 10 is photoelectric detection switch and the counting photoelectric detection switch of putting in place, the photoelectric detection switch that puts in place performs next step action for detecting after the conveying of pallet utensil puts in place, guarantee the seriality of transport；Counting photoelectric detection switch is for detecting the quantity of the front-end module of the pallet utensil quantity being transported into or transporting pallet memory block and entrance transition region 2, with the demand of satisfied production, too much freight volume can be avoided to bring transport pressure to wire body conveyer chain simultaneously；Buffering photoswitch is set up in the pallet vessel outlet position of pallet memory block, when pallet utensil having been detected to this position, wire body conveyer chain is automatically stopped operation, it is further continued for after 2 seconds running, make pallet utensil running is cushioned, reduce the shock to crossover position transfer machine, so that it is guaranteed that can smooth transition during run transition.

nullTransport there is is the lorry of empty pallet utensil to move backward by the present embodiment，Make embarkation area 5 be connected between district 4 and embarkation area 5 arrange transition wire well dock，This transition wire is two-layer，Respectively with the two-layer wire body conveyer chain of embarkation area 5 in the same horizontal line，Then the elevator in linking district 4 is controlled，The height of its work surface is flushed with the height of the second layer of transition wire，Now on elevator work surface, the stopper 9 of close buffer area 3 will be in blocked state，Hereafter the controller of the wire body conveyer chain of the second layer of embarkation area 5 is opened，Empty pallet utensil is transported in linking district 4 by the wire body conveyer chain making its second layer by the empty pallet utensil of the second layer by transition wire，Then the elevator controlling linking district 4 again makes its height of work surface flush with the height of the ground floor of transition wire，The stopper 9 being now connected elevator work surface two ends, district 4 will be in relieving state，The empty pallet utensil on the elevator in linking district 4 is made to transport the ground floor of buffer area 3，Empty pallet utensil is also transported on the elevator in linking district 4 by the wire body conveyer chain of embarkation area 5 ground floor simultaneously，And then also it is transported to the ground floor of buffer area 3，In the process of unloading empty pallet utensil，Whether can be unloaded completely by the empty pallet that the correlation photoswitch that the diagonal angle place of embarkation area 5 is arranged detects in lorry，Meet the demand produced.

When last empty pallet of embarkation area 5 second layer transports the middle part of buffer area 3 ground floor, the stopper 9 at the middle part being now placed in buffer area 3 ground floor will stop embarkation area 5 first empty pallet utensil transported of ground floor, this procedure avoids the postmedian that too many empty pallet utensil is transported buffer area 3 ground floor, decrease the transport pressure to wire body conveyer chain.nullAfter the empty pallet utensil on lorry all transports buffer area 3 ground floor，Empty pallet utensil is transported buffer area 3 by opposite direction by the wire body conveyer chain of buffer area 3 ground floor，Empty pallet utensil in buffer area 3 is by the transfer machine transporting buffer area 3 ground floor head one by one，Under the effect of transfer machine，Top on empty pallet utensil is made it into transport channel 6，Now empty pallet utensil will be transported along the length direction of empty pallet utensil by turning to along the transport of its width of buffer area 3，Empty pallet utensil is forwards transportation under the effect of the wire body conveyer chain of transport channel 6，When empty pallet utensil transports close to pallet memory block，Due to the effect distinguishing detection switch on transport channel 6，To can distinguish the model of this empty pallet utensil，Distinguish empty pallet utensil now be belonging to storage A district 7 still fall within storage B district 8，And belong to which floor in storage A district or belong to which floor in storage B district，Then distinguish detection switch and the signal of identification is fed back to the stopper arranged between warehouse-in elevator and storage A district 7 and storage B district 8，Warehouse-in elevator is made to carry out coordinating with pallet memory block according to feedback information and transport empty pallet utensil，The such as memory block of empty pallet utensil now is storage A district 7 second layer，The work surface then now putting elevator in storage will flush with storage A district 7 second layer，Then empty pallet utensil is transported on transfer machine，Now under the effect of transfer machine，Empty pallet utensil now is upwards ejected，Wire body conveyer chain hence into storage A district 7，The empty pallet utensil transported along its length is made to start to transport along its width，The stopper arranged between storage A district 7 and storage B district 8 now is in blocked state，The second layer that empty pallet utensil now will not enter storage B district 8 is made to carry out transporting (the empty pallet utensil of other model ibid can enter pallet memory block).

When the empty pallet utensil classification storage storing A district 7 and storage B district 8, all front and back, the exit of the pallet memory block of every layer are provided with two stoppers 9, two stoppers 9 with the use of, relieving below when blocking above, when above decontroling, stop below, distance between two stoppers 9 is a pallet utensil width, guarantee only to let pass a pallet utensil every time, ensure the good operation of whole wire body conveyer chain, middle part along the length direction of the wire body conveyer chain of pallet memory block is also equipped with stopper 9, this stopper 9 is at the middle part of pipeline, it is the width of 8 utensils with above stopper 9 spacing, ensure that stopper 9 above stops that quantity is 8, pallet utensil after stopper 9 primary barrier the 8th of middle part, alleviate the pressure of above stopper 9.

nullWhen empty pallet utensil transports 1 position, assembly section from storage A district 7 second layer，Further according to the effect (signal that such as now outbound elevator receives is the empty pallet utensil proposing storage A district 7 second layer) of outbound elevator under now state，Outbound elevator is made to flush with storage A district 7 second layer，Empty pallet utensil is made to enter outbound elevator under the effect of transfer machine，Outbound elevator will flush with the ground floor delivery district of assembly section 1 subsequently，Then empty pallet utensil is conveyed into assembly section 1，When first empty pallet utensil enters into assembly section 1 end，Empty pallet utensil can be transported the assembling district of assembly section 1 second layer by the elevator at two ends, assembly section 1 successively，Assemble according to the front-end module serial number of the different model of original design in the district that assembles of assembly section 1，Simultaneously its pallet one_to_one corresponding of front-end module now and carrying，It is provided with stopper 9 between each station in assembling district of assembly section 1，The length length 18 ~ 20cm of the length ratio pallet of each station，The stopper 9 that this process can make stops tray motion，Make it rest on each station and carry out each several part assembling of front-end module，Wherein，The length length 18 ~ 20cm of the length ratio pallet of each assembling station，Pallet is made to be unlikely to too near in transportation，And affect the stability of the wire body conveyer chain of assembly section 1.When the front-end module assembled transports further, under the effect of the transfer machine arranged between assembly section 1 and transition region 2, initially enter transition region 2.

nullAssembling line is provided assembling vehicle sequence according to main engine plants and is produced，Whether production is correct by scanning confirmation production sequence after terminating，After sequence confirmation is errorless，Product enters transition region 2 according to producing sequence，Transition region 2 waits and by transport under the effect of the lifting transfer machine arranged between transition region 2 and buffer area 3 to the second layer of buffer area 3，Buffer area 3 is arranged at transition region 2 one side and parallel with it，Transport has under the effect of the pallet of front-end module product transfer machine on buffer area 3，Enter the second layer of buffer area 3，And the conveying direction of the wire body conveyer chain on the second layer of buffer area 3 sets contrary with the transporting direction of transition region 2 wire body conveyer chain，Its length is set according to certain requirement，Meet car load shipped quantity (16 products)，Front-end module product in transition region 2 serially enters the second layer (normal sequence according to 1-16) of buffer area 3 according to the normal sequence that produces，After meeting front-end module product quantity，Stopping is entered buffer area 3 second layer by the front-end module product in transition region 2，And maintain wait in transition region 2，Namely front-end module product may wait for entrucking after entering buffer area 3 second layer，The front-end module product of buffer area 3 second layer get on the bus conveying direction set with front-end module product entrance buffer area 3 second layer time the direction of motion contrary，The i.e. front-end module product sequence when getting on the bus and the sequence contrary (the order entrucking according to 16-1) entering buffer area 3 second layer，Front-end module product is made to be loaded on car time series with it and normally produce sequence contrary，When vehicle delivery goods arrives the unloading of client unloading area，Product will be unloaded according to the order of (1-16) when normally producing automatically，So far a circulation is completed，Guarantee that the sequence of transport product meets normal assembling demand.

nullThe detailed process being entered embarkation area 5 by buffer area 3 second layer at front-end module product is as follows: control to make linking district 4 elevator work surface flush with buffer area 3 second layer，The first eight (order is 16-9) of making front-end module product enters on elevator work surface，Now on elevator near one end, embarkation area 5 stopper 9 be in blocked state，Prevent front-end module product now from entering the second layer of embarkation area 5，When the first eight (order is 16-9) of front end module product is completely on elevator work surface，Now on elevator near buffer area 3 one end stopper 9 be in blocked state，Stop that the 9th front-end module product enters elevator，Hereafter control to make shipment have the elevator work surface of front-end module product to flush with the ground floor of transition wire，Start the wire body conveyer chain of transition wire wire body conveyer chain and embarkation area 5 ground floor，The front-end module Product transport on elevator work surface is made to enter the ground floor of embarkation area 5，When the 8th front-end module product is also into the ground floor of embarkation area 5，Now be arranged on the electric switch that diffuses of embarkation area 5 ground floor will detect that the ground floor of embarkation area 5 already filled with，This signal will be fed back to the motor that ground floor place, embarkation area 5 is arranged by this electric switch that diffuses subsequently，This motor will drive axis of rotation in wire body conveyer chain，When the proximity switch that this iron block is arranged on the ground floor of close embarkation area 5 in the process rotated of the iron block in rotating shaft，This rotating shaft will stop operating and rotating shaft just blocks and between the adjacent pallet of embarkation area 5 ground floor，For fixing the pallet in wire body conveyer chain，Prevent pallet rocking in Freight Transport.When front-end module product enters the second layer of embarkation area 5, principle is with step ibid.

Schematically this utility model and embodiment thereof being described above, this description does not have restricted, and shown in accompanying drawing is also one of embodiment of the present utility model, and actual structure is not limited thereto.So, if those of ordinary skill in the art is enlightened by it, when creating objective without departing from this utility model, design the frame mode similar to this technical scheme and embodiment without creationary, protection domain of the present utility model all should be belonged to.

Claims (10)

1. an automatic assembling and traffic flow waterline, including assembly section (1), embarkation area (5) and transport channel (6), it is characterized in that, it also includes transition region (2), buffer area (3), linking district (4) and pallet memory block, described pallet memory block, transition region (2) and buffer area (3) are each perpendicular to assembly section (1), described pallet memory block and buffer area (3) are positioned at the both sides of transition region (2), described transport channel (6) one end is connected with pallet memory block, the other end is connected with buffer area (3), described transport channel (6) is paralleled with assembly section (1), described embarkation area (5) is connected with buffer area (3) by being connected district (4).

2. one according to claim 1 is assembled and traffic flow waterline automatically, it is characterized in that: described assembly section (1) includes two-layer, respectively assemble district and delivery district, the described district that assembles is positioned at the top in delivery district, the described district that assembles is connected by elevator with the two ends in delivery district, it is provided with stopper (9), the length length 18 ~ 20cm of the length ratio pallet of each station between the described each station assembling district.

3. one according to claim 2 is assembled and traffic flow waterline automatically, it is characterized in that: described pallet memory partitioning is storage A district (7) and storage B district (8), described storage A district (7) and storage B district (8) are three layers, all front and back, the exit of the pallet memory block of every layer are provided with two stoppers (9), middle part along the length direction of the wire body conveyer chain of pallet memory block is also equipped with stopper (9), and the distance of two stoppers (9) arranged before and after the exit of described pallet memory block is equal with the width of pallet.

4. one according to claim 1 and 2 is assembled and traffic flow waterline automatically, it is characterised in that: the joining place of described pallet memory block and assembly section (1) and transport channel (6) is provided with transfer machine.

5. one according to claim 3 is assembled and traffic flow waterline automatically, it is characterized in that: between described transition region (2) and buffer area (3), be provided with transition transfer machine, upper and near transition transfer machine the one end of described transition region (2) is provided with lifting transfer machine, described transition region (2) is one layer, middle part along its length is provided with stopper (9) and is also equipped with two stoppers (9) in the exit of transition region (2), and the distance between two stoppers (9) that described transition region (2) exit is arranged is equal with the width of pallet.

6. one is assembled and traffic flow waterline automatically according to claim 1 or 5, it is characterized in that: described buffer area (3) is divided into two-layer, described buffer area (3) upper strata and the one end near lifting transfer machine are provided with transfer machine, and described buffer area (3) lower floor and transport channel (6) junction are also equipped with transfer machine.

7. one according to claim 6 is assembled and traffic flow waterline automatically, it is characterised in that: described transport channel (6) is provided with warehouse-in elevator, distinguishes detection switch.

8. one according to claim 1 is assembled and traffic flow waterline automatically, it is characterized in that: the two ends in described linking district (4) are provided with stopper (9), being provided with transition wire between described linking district (4) and embarkation area (5), described transition wire is two-layer.

9. one according to claim 8 is assembled and traffic flow waterline automatically, it is characterized in that: described embarkation area (5) is two-layer, the diagonal angle place of described embarkation area (5) is provided with correlation photoswitch, described embarkation area (5) two-layer and the one end near transition wire are equipped with the electric switch that diffuses, and the wire body supply line of described embarkation area (5) is provided with proximity switch.

10. one according to claim 9 is assembled and traffic flow waterline automatically, it is characterized in that: between described pallet memory block and assembly section (1) and transport channel (6), be provided with transition wheel, the two ends of described pallet memory block are provided with detection switch (10), it is provided with transition wheel between described assembly section (1) and transition region (2), the two ends of described transition region (2) are provided with detection switch (10), described assembly section (1), embarkation area (5), transport channel (6), transition region (2), buffer area (3), the left and right sides of the wire body conveyer chain of linking district (4) and pallet memory block is provided with gathering sill.