CN203922044U - Multilayer intercommunication roller shutter jacking equipment - Google Patents

Multilayer intercommunication roller shutter jacking equipment Download PDF

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Publication number
CN203922044U
CN203922044U CN201420338190.3U CN201420338190U CN203922044U CN 203922044 U CN203922044 U CN 203922044U CN 201420338190 U CN201420338190 U CN 201420338190U CN 203922044 U CN203922044 U CN 203922044U
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China
Prior art keywords
sprocket wheel
platform
chain
article
transportation section
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CN201420338190.3U
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Chinese (zh)
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寇汉绪
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Shenzhen Rui Jie Electromechanical Engineering Co Ltd
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Shenzhen Rui Jie Electromechanical Engineering Co Ltd
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Abstract

A kind of multilayer intercommunication roller shutter jacking equipment, it is characterized in that, this equipment comprises frame, circulating conveyor chain strip device, plug into platform and pallet, described circulating conveyor chain strip device comprises symmetrically arranged circulating conveyor chain bar, this chain is provided with a plurality of vertical transport section and a plurality of level transportation sections that can horizontal feed article that can vertical transport article, wherein, level transportation section comprises upper and lower parallel interval setting and contrary the first level transportation section and the second level transportation section of throughput direction; The platform of plugging into connects with the first level transportation section and second level transportation section of each layer respectively; Pallet is clouded on chain with sectional type, it is along chain operation direction and vertical and horizontal cyclic conveying article, the article that make vertical transport section are through the first level transportation section horizontal feed to the first platform of plugging into, the second article of plugging on platform are the first level transportation section to adjacent one deck through the second level transportation section vertical transport, vertical transport and horizontal feed by chain make article between each layer, to carry out intercommunication conveying, make article can be delivered to up or down random layer.

Description

Multilayer intercommunication roller shutter jacking equipment
[technical field]
The utility model relates to warehoused cargo transport stream waterline, particularly a kind of can be by article delivery the multilayer intercommunication roller shutter jacking equipment to random layer.
[background technology]
Along with the transfer of goods in the warehoused cargo transmission of logistics and product manufacturing industry with carry constantly towards automation direction development, the load transfer device of pipeline system is widely applied.Elevator is a kind of equipment vertically conveying goods, and it uses very general in the logistics systems such as production, automated warehouse.Current elevator can only carry out vertical transport conventionally, and article can only be from the top vertical transport of elevator to bottom, or is delivered to top by bottom, its because of transport path single, function is simple and cannot realize selectively goods and carry and transfer.And in the middle of reality, in production, the logistics system such as automatic stored, the operations such as the work layer district that often article need to be sent to different layers is detected, packing, shipment, and existing this vertical transport just cannot meet user demand, it can only be delivered to fixedly Ceng district by fixing transport path by article.
[utility model content]
The utility model is intended to address the above problem, and provide a kind of mode that can combine with vertical transport and horizontal feed by sectional type Moveable curtain conveying article that circulate, thereby optionally article are carried out between different layers district to intercommunication conveying, conveniently the multilayer intercommunication roller shutter jacking equipment to random layer district by article delivery.
For realizing the purpose of this utility model, the utility model provides a kind of multilayer intercommunication roller shutter jacking equipment, it is characterized in that, this equipment comprises frame, the circulating conveyor chain strip device, first can forward and reverse transhipment turning plug into platform, second plug into platform and pallet, described frame is tower frame structure, and it is vertical setting; Described circulating conveyor chain strip device comprises that the circulating conveyor chain bar that is symmetrically set in described frame inner side is, the control unit of the chain wheel drive motor of chain drive-belt forward or reverse and control motor rotation, described chain is provided with a plurality of vertical transport section and a plurality of level transportation sections that can horizontal feed article that can vertical transport article, wherein, described level transportation section comprises upper and lower parallel interval setting and contrary the first level transportation section and the second level transportation section of throughput direction; Described first platform and second of plugging into is plugged into platform for for article transfers, and it is located at respectively the same side of frame, and connects with the first level transportation section and second level transportation section of each layer respectively; Described pallet is used for delivering article to be conveyed, it is fixed on described chain at interval respectively, this pallet is carried article in the sagging direct sum horizontal cyclic of drive of circulating conveyor chain strip device, the article that make vertical transport section are through the first level transportation section horizontal feed to the first platform of plugging into, the second article of plugging on platform are the first level transportation section to adjacent one deck through the second level transportation section vertical transport, vertical transport and horizontal feed by chain make article between each layer, to carry out intercommunication conveying, make article can be delivered to up or down random layer.
Described circulating conveyor chain strip device comprises two the first chains and two the second chains and installs the sprocket wheel of described the first chain and the second chain, described the second chain is located at respectively the outside of the first chain, described sprocket wheel is symmetrically set in the relative both sides of described frame, and described the first chain and the second chain are installed on described sprocket wheel symmetrically.
Described pallet is flexible roller shutter pallet, the pallet chain that it comprises tray main body and is fixed in tray main body lower surface, and one end of described tray main body and the first chain are affixed, and its other end and the second chain are affixed.
Described level transportation section comprises the second chain of the first chain of pile warp sprocket wheel A, sprocket wheel B, sprocket wheel C and sprocket wheel D and pile warp sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, on the circumference of described sprocket wheel B, horizontal tangent overlaps with the lower horizontal tangent of the circumference of sprocket wheel A, described sprocket wheel C is located at the below between sprocket wheel A and sprocket wheel B, described sprocket wheel D is located at the below of sprocket wheel A, the upper horizontal tangent of the circumference of sprocket wheel D overlaps with horizontal tangent under the circumference of sprocket wheel C, described the first chain successively the bottom of pile warp sprocket wheel A, the bottom of the top of sprocket wheel B, sprocket wheel C, the top of sprocket wheel D; Described sprocket wheel E is located at the outside between sprocket wheel A and sprocket wheel B, and be positioned at same level height with sprocket wheel A, described sprocket wheel F is located at the outside of sprocket wheel B, and with the axis coinciding of sprocket wheel B, described sprocket wheel G is located at the below of sprocket wheel E, and lower than sprocket wheel C, described sprocket wheel H and described sprocket wheel D are positioned at same level height, described the second chain successively the bottom of pile warp sprocket wheel E, the bottom of the top of sprocket wheel F, sprocket wheel G and the top of sprocket wheel H.
Described vertical transport section comprises vertical transport section, one or more middle vertical transport section and lower vertical transportation section, described upper vertical transport section is by the first chain successively pile warp sprocket wheel I, sprocket wheel A and by the second chain pile warp sprocket wheel J and sprocket wheel E and form, described sprocket wheel I be located at sprocket wheel A directly over, described sprocket wheel J be located at sprocket wheel E directly over; Described middle vertical transport section is located between adjacent two level transportation sections, and it is formed by the first sprocket wheel D of chain pile warp last layer and the sprocket wheel A of lower one deck and the second sprocket wheel H of chain pile warp last layer and the sprocket wheel E of lower one deck; Described lower vertical transportation section forms by the undermost sprocket wheel D of the first chain pile warp, sprocket wheel K and by the undermost sprocket wheel H of the second chain pile warp, sprocket wheel L, described sprocket wheel K be located at sprocket wheel D bottom under, described sprocket wheel L be located at sprocket wheel H bottom under.
Described first platform and second platform of plugging into of plugging into is drum-type or belt conveyer, and described first the plug into throughput direction of platform is identical with the throughput direction of the first level transportation section, and contrary with second the plug into throughput direction of platform.
In first of each layer plug into outside of platform of platform and second of plugging into, be respectively provided with a lifting transport platform and a two-way transport platform, the uper side surface of described lifting transport platform is provided with the roller conveying apparatus of can forward or reverse carrying article, when lifting transport platform rises to first, plug into platform while connecting, the throughput direction of its roller conveying apparatus and first platform of plugging into is identical; When lifting transport platform drops to second, plug into platform while connecting, the plug into throughput direction of platform of the throughput direction of its roller conveying apparatus and second is identical; When article, by first, plug into platform while outwards carrying, described lifting transport platform rises and article is sent on the roller conveying apparatus on it, and lifting transport platform thereafter drops to docks with two-way transport platform, makes article be sent to two-way transport platform; After conveying completes, these article or next group article are sent in lifting transport platform by two-way transport platform, the lifting of lifting transport platform is to connecting and make article be sent to second platform of plugging into second platform of plugging into, and by second platform of plugging into, transferred on the pallet of the second level transportation section.
Below described sprocket wheel K and sprocket wheel L, be also provided with sprocket wheel N, sprocket wheel M, sprocket wheel O and sprocket wheel P, described sprocket wheel O and sprocket wheel P are located at the outside of sprocket wheel N and sprocket wheel M, and coincide with its axle center respectively, in the outside of described sprocket wheel I, be provided with axle center sprocket wheel Q again with it, described the first chain is pile warp sprocket wheel I successively, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D, sprocket wheel K, sprocket wheel M, sprocket wheel N, sprocket wheel I and form circulation link chain, described the second chain is pile warp sprocket wheel Q successively, sprocket wheel J, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, sprocket wheel L, sprocket wheel P, sprocket wheel O, sprocket wheel Q and form circulation link chain, wherein, described sprocket wheel A, sprocket wheel B, sprocket wheel C and sprocket wheel D can repeat to arrange at each layer, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H can repeat to arrange at each layer.
In described frame, near the outside of sprocket wheel I, be provided with top layer cylinder delivery platform, in frame, near the outside of sprocket wheel L, be provided with bottom cylinder delivery platform, described top layer cylinder delivery platform is consistent with throughput direction and the chain circulation throughput direction of bottom cylinder delivery platform.
Between two sprocket wheel B of same layer, be provided with rotating shaft, be provided with pallet sprocket wheel in described rotating shaft, described pallet sprocket wheel and described pallet chain match.
Useful contribution of the present utility model is, it efficiently solves the problems referred to above.The utility model is by arranging the Moveable curtain of sectional type, and chain is arranged to the vertical transport pattern alternate with horizontal feed, the platform of plugging into, lifting transport platform and the two-way transport platform that by liftable is set in horizontal feed direction, commutates and carry, thereby article can be carried vertically downward or upwards, and in horizontal feed direction, carry out shipment and stock up, thereby the multilayer intercommunication that can realize article is carried, by article delivery to random layer.Pallet of the present utility model is clouded on chain with sectional type, and its continuous arrangement circulation are carried continuously, have the advantages that transport efficiency is high.In addition, the utility model also has carries the features such as flexible, high, the intelligent degree of degree of automation is high, noise is low, should widely popularize.
[accompanying drawing explanation]
Fig. 1 is part perspective view of the present utility model.
Fig. 2 is planar structure schematic diagram of the present utility model.
Fig. 3 is principle schematic of the present utility model.
Fig. 4 is the laying structure schematic diagram of the first chain of the present utility model.
Fig. 5 is the laying structure schematic diagram of the second chain of the present utility model.
Fig. 6 is the perspective view of circulating conveyor chain strip device of the present utility model.
[specific embodiment]
The following example is to further explanation of the present utility model and supplements, the utility model is not constituted any limitation.
As shown in Fig. 1~Fig. 6, multilayer intercommunication roller shutter jacking equipment of the present utility model can be realized the multilayer intercommunication of article and carry, and it can be by article delivery to one deck arbitrarily, thereby facilitates the transmission operation of article or the logistics transportation of goods.Multilayer intercommunication roller shutter jacking equipment of the present utility model can be used for the conveyor line production operation of factory, the fields such as logistics conveying of automated warehouse, and in the present embodiment, its vertical logistics for article is carried.
As shown in Figure 1 and Figure 2, multilayer intercommunication roller shutter jacking equipment of the present utility model it comprise frame 10, circulating conveyor chain strip device 20, a plurality of pallet 40, be located at every layer first plug into platform 31, second plug into platform 32, lifting transport platform 50, two-way transport platform 60 and be located at frame 10 tops top layer cylinder delivery platform 70, be located at the bottom delivery platform of frame 10 bottoms.
As shown in Figure 2, described pallet 40 is for propping up article to be transmitted, and described circulating conveyor chain strip device 20 is for driving pallet 40 to carry with vertical mode and horizontal mode.When article need be carried vertically downward, article are when the top layer cylinder delivery platform 70 at frame 10 tops is sent to pallet 40, pallet 40 vertically drops to first platform 31 of plugging into and connects, pallet 40 horizontal feed and article are sent to first plug on platform 31.Thereafter lifting transport platform 50 rises to first platform 31 of plugging into and docks, and first platform 31 of plugging into is sent to article in lifting transport platform 50.Article are sent to after lifting transport platform 50, and lifting transport platform 50 is sent to article in two-way transport platform 60 and carries out corresponding operation for operating personnel, as packing shipment, check etc.After treating operation, last consignment of article or new a collection of article are oppositely delivered in lifting transport platform 50 by two-way transport platform 60,50 liftings of lifting transport platform are to connecting with second platform 32 of plugging into, article are sent to second plugs on platform 32, by second platform 32 of plugging into, article are sent on pallet 40 again, to be delivered to first of lower one deck, plug on platform 31, circulate according to this and the kinds of goods of realizing multilayer intercommunication are carried.When article need be carried vertically upward, can make drive motor reverse and realize, its principle of work is with the principle of work of carrying vertically downward.
Particularly, as shown in Figure 1 and Figure 2, described frame 10 is tower frame structure, and it is vertical setting.This frame 10 can be arranged to multilayer according to application places.In the present embodiment, it is provided with 4 layers altogether.Each layer in frame 10 is respectively equipped with the opening of coming in and going out for article.The inner side relative in frame 10 is arranged with respectively circulating conveyor chain strip device 20.
As shown in Fig. 2, Fig. 3, Fig. 6, described circulating conveyor chain strip device 20 comprises a plurality of sprocket wheel 23, two the first chains 211 and two the second chains 212.Described the first chain 211 is symmetrically set in respectively in frame 10, and described the second chain 212 is located at the outside of the first chain 211, and is symmetrically set in respectively in frame 10.As shown in Fig. 3, Fig. 4, Fig. 5, described the first chain 211 and the second chain 212 are installed on sprocket wheel 23 and form a plurality of vertical transport sections 211 and a plurality of level transportation section 212.Described vertical transport section 211 is for carrying article vertically upward or vertically downward, and described level transportation section 212 is for horizontal feed article.Described level transportation section 212 arranges according to operation Ceng district, as 4 layers of factory building or 4 layers of operating area, two level transportation sections 212 and three vertical transport sections 211 can be set.In the present embodiment, described jacking equipment is for 4 layers of operating area, and therefore, it is provided with two level transportation sections 212 and three vertical transport sections 211.In other embodiment, any number of level transportation sections 212 can be set as required, to adapt to the kinds of goods delivery requirements in different layers district.As shown in Figure 3, Figure 4, the sprocket wheel that installing the first chain 211 and making it forms circulation link chain comprises sprocket wheel I, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D, sprocket wheel K, sprocket wheel M, sprocket wheel N and sprocket wheel I successively.Wherein, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D are the one group of sprocket wheels that forms level transportation section, and it can repeat to arrange many groups according to the delivery requirements of application scenario.In the present embodiment, it is provided with two groups.Described sprocket wheel I is located at the top of frame, described sprocket wheel A be located at sprocket wheel I under; Described sprocket wheel B arranges apart from sprocket wheel A interval, and the lower horizontal tangent of the upper horizontal tangent of the circumference of sprocket wheel B and the circumference of sprocket wheel A coincides.Described sprocket wheel C is located at the below between sprocket wheel A and sprocket wheel B, and the line between sprocket wheel C and sprocket wheel B and vertical direction intersect and be angle.The below of being located at sprocket wheel A of described sprocket wheel D, and the lower horizontal tangent of the upper horizontal tangent of the circumference of sprocket wheel D and the circumference of sprocket wheel C overlaps.The sprocket wheel A of lower one deck be located at last layer sprocket wheel D under, the sprocket wheel B of lower one deck is located at the below of the sprocket wheel C of last layer, the sprocket wheel C of lower one deck and sprocket wheel D repeat to arrange by the set-up mode of last layer.Described sprocket wheel K be located at undermost sprocket wheel D under, sprocket wheel M interval sprocket wheel K arranges, and the lower horizontal tangent of the upper horizontal tangent of the circumference of sprocket wheel M and the circumference of sprocket wheel K overlaps.Described sprocket wheel N is located at the outside of sprocket wheel K below, and this sprocket wheel N is concordant with sprocket wheel M level, and vertically concordant with sprocket wheel I.Described the first chain 211 successively pile warp sprocket wheel I, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D, sprocket wheel K, sprocket wheel M, sprocket wheel N, sprocket wheel I above forms circulation link chain.
As shown in Figure 5, the sprocket wheel 23 that installing the second chain 212 and making it forms endless chain 1 comprises sprocket wheel Q, sprocket wheel J, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, sprocket wheel L, sprocket wheel P, sprocket wheel O.Wherein, described sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H are the one group of sprocket wheels 23 that forms level transportation section 212, and it can repeat to arrange many groups as required.In the present embodiment, it is provided with two groups.Described sprocket wheel Q is located at the outside of sprocket wheel I, and coincides with the axle center of sprocket wheel I.Described sprocket wheel J interval sprocket wheel Q arranges, and concordant with sprocket wheel Q level.Described sprocket wheel E be located at sprocket wheel J under, and concordant with sprocket wheel A level.Described sprocket wheel F is located at the outside of sprocket wheel B, and coincides with the axle center of sprocket wheel B.Described sprocket wheel G be located at sprocket wheel F under, and lower than sprocket wheel C.Described sprocket wheel H is located at the top of sprocket wheel G, and this sprocket wheel H is concordant with described sprocket wheel D level.The sprocket wheel E of lower one deck be located at sprocket wheel H under, and concordant with the sprocket wheel A level of lower one deck.The rest may be inferred, and sprocket wheel E, sprocket wheel F, sprocket wheel G and sprocket wheel H repeat to arrange in a manner described.Described sprocket wheel L be located at undermost sprocket wheel H under, described sprocket wheel P is located at the outside of sprocket wheel M, and its axle center coincides.Described sprocket wheel O is located at the outside of sprocket wheel N, and its axle center coincides.Described the second chain is pile warp sprocket wheel Q, sprocket wheel J, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, sprocket wheel L, sprocket wheel P, sprocket wheel O, sprocket wheel Q and form circulation link chain successively.
As shown in Figure 6, for convenience of pallet 40, by the first level transportation section defeated 2121, deliver to the second level transportation section 2122 and article are sent to first platform 32 of plugging into, between two sprocket wheel B in same layer district, be respectively equipped with rotating shaft 24, and in described rotating shaft, being provided with pallet sprocket wheel 25, this pallet sprocket wheel 25 matches with the pallet chain 42 of pallet lower surface.In addition, as shown in Figure 1, as required, also can between sprocket wheel F and sprocket wheel G, set up sprocket wheel, spatial arrangement sprocket wheel G and sprocket wheel H are provided to be more convenient for.
As shown in Figure 1 and Figure 2, described sprocket wheel 23 is driven and is rotated by corresponding chain wheel drive motor, and described drive motor is clockwise and anticlockwise motor, and it is connected with control unit.According to using needs, can control drive motor forward or reverse by control unit, thereby realize, carry out multilayer intercommunication downwards or downwards and carry article.The present embodiment shows drive motor forward and drives chain 21 to carry the mode of operation of article downwards, be that article can be delivered to the 3rd layer, the second layer or ground floor downwards by the 4th layer, also can be delivered to the second layer or ground floor downwards by the 3rd layer, or be to be delivered to ground floor downwards by the second layer, to realize multilayer intercommunication article delivery.In other embodiment, can upwards carry article by controlling drive motor reversion, be that the article of ground floor can upwards be delivered to the second layer, the 3rd layer or the 4th layer, the article of the second layer can upwards be delivered to the 3rd layer or the 4th layer, and the article of the 3rd layer can upwards be delivered to the 4th layer.
As shown in Figure 2, for delivery article, between two relative the first chains 211, be provided with a plurality of sectional type pallets 40.Between described pallet 40, the distance at interval can be according to carrying beat to arrange.In the present embodiment, described pallet 40 is flexible roller shutter pallet, the pallet chain 42 that it comprises tray main body 41 and is located at tray main body 41 downside surfaces.Described tray main body 41 bags are comprised of a plurality of pallet 40 connecting rods and the first bar and the foot piece that are fixed in pallet 40 connecting rods head and the tail two ends.Described pallet 40 connecting rods connect successively and have certain flexibility.Distance between the length of described first bar and the first chain 211 matches, and the both sides of this head bar are affixed with the first chain 211 respectively.Distance between the length of described foot piece and the second chain 212 matches, and its both sides are affixed with the second chain 212 respectively.Described pallet chain 42 is vertical at the downside surface of pallet 40 connecting rods.Described pallet 40 is along the circulation transmission direction of chain and circle transmission under the driving of circulating conveyor chain strip device 20, and it is for vertical and horizontal cyclic conveying article.
As shown in Figure 2, for ease of realizing multilayer intercommunication, carry, in the top outer of described frame 10, be provided with top layer cylinder delivery platform 70.This top layer cylinder delivery platform 70 can be selected known roller conveying apparatus, and its throughput direction is consistent with the throughput direction of circulating conveyor chain strip device 20, in the present embodiment, its for by article from the top pallet 40 that is sent to.Described top layer cylinder delivery platform 70 is located at frame 10 near the outside of roller I or roller Q, and the upper surface of this top layer cylinder delivery platform 70 is mutually concordant with the upper end of roller I.At the opposite side relative with top layer cylinder throughput direction of frame 10, be provided with several first platform 31 and second platforms 32 of plugging into of plugging into.
As shown in Figure 2, described first platform 31 and second of plugging into is plugged into platform 32 for cylinder delivery platform.The described first plug into platform 31 and the first level transportation section 2121 connects, and its throughput direction is consistent with the first level transportation section 2121 throughput directions.The described second plug into platform 32 and the second level transportation section 2122 connects, and its throughput direction is consistent with the second level transportation section 2122 throughput directions.In the first plug into platform 31 and the second outside of plugging into platform 32, be provided with a plurality of lifting transport platform 50 and a plurality of two-way transport platform 60.In the present embodiment, in the platform outside of plugging into of the second layer and the 3rd layer, be respectively provided with a lifting transport platform 50 and two-way transport platform 60.In the present embodiment, described lifting transport platform 50 can oscilaltion by hydraulic-driven to connecting with first platform 31 or the second platform 32 of plugging into of plugging into.Uper side surface in described lifting transport platform 50 is provided with roller conveying apparatus, and its cylinder can forward or reverse.Described two-way transport platform 60 is roller conveying apparatus, and its cylinder can forward or reverse and two-way conveying article.Described two-way transport platform 60 and second platform 32 of plugging into is positioned at same level height.When pallet 40 is moved downward to the first level transportation section 2121 by vertical transport section 211, pallet 40 levels move forward and make article be sent to first platform 31 of plugging into.The first plug into platform 31 continues article to be fed forward, now, lifting transport platform 50 automatic-ascendings are as for the first mutually concordant position of platform 31 of plugging into, and its cylinder throughput direction and first platform 31 of plugging into is consistent, thereby article are fed forward to lifting transport platform 50 by first platform 31 levels of plugging into.Article are sent to after lifting transport platform 50, and lifting transport platform 50 drops to the height consistent with two-way transport platform 60 automatically, article are sent in two-way transport platform 60, to carry out the operations such as shipment, packing or check.Thereafter two-way transport platform 60 and lifting transport platform 50 reversion transporting directions, article or next group article that operation is complete transfer to lifting transport platform 50 by two-way transport platform 60, make article via second, plug into platform 32 and be sent on pallet 40.Pallet 40 is delivered to first level transportation section 2121 of lower one deck downward vertically by the second level transportation section 2122, complete by that analogy the goods transportation of multilayer intercommunication.
Lower outside in frame 10 is provided with bottom cylinder delivery platform 80.This bottom cylinder delivery platform 80 is located at the relative both sides of frame 10 with top layer cylinder delivery platform 70.This bottom cylinder delivery platform 80 can be selected known roller conveying apparatus, and its throughput direction is consistent with the throughput direction of circulating conveyor chain strip device 20.This bottom cylinder delivery platform 80 is located at frame 10 near the outside of roller M or roller P, and its upper surface is mutually concordant with the upper end of roller M, for receiving the article that transmit from pallet 40.
As shown in Figure 2, the roller drive motor that driving rolls rotates is located in frame 10 or frame 10 outsides, and it is connected with control setup.The rotating speed of this drive motor can be set according to delivery requirements, and the distance at described pallet 40 intervals can and carry beat to set according to delivery speed.In the present embodiment, the speed of transmission of described chain 21 is 27m/min, and conveying beat is 6.8S.Described lifting transport platform 50 is connected with control setup, and described control setup is according to carrying beat to control the 50 regularly liftings of lifting transport platform.Cylinder in lifting transport platform 50 is driven and is rotated by rotating drive motor, and this drive motor is connected with control setup, and control setup is controlled its cylinder forward or reverse according to the delivery stroke of lifting transport platform 50, conveying beat.The cylinder of described two-way transport platform 60 is driven and is rotated by rotating drive motor, and its drive motor is connected with control setup, its under the control of control setup according to delivery stroke, carry beat and forward or reverse regularly.Described top layer cylinder delivery platform 70 is connected with bottom cylinder delivery platform 80 and control setup, and it transmits article with the delivery speed identical with chain 21 and conveying beat under the control of control setup.For preventing that article from transmitting mistake and being dropped by top, the one end of docking with frame 10 at described top layer cylinder delivery platform 70 is provided with liftable automatic damper.The width of this baffle plate is consistent with the width of cylinder delivery platform, it is installed between top layer cylinder delivery platform 70 two cylinders foremost, this automatic damper is connected with control setup, it rises or declines according to conveying beat under the control of control setup, when pallet 40 is not sent to while connecting with top layer cylinder delivery platform 70, control setup is controlled described automatic damper and is risen and stop that the article on top layer cylinder delivery platform 70 are fed forward.When pallet 40 is sent to while connecting with top layer cylinder delivery platform 70, control setup is controlled described automatic damper and is declined, and the former article that are barred from top layer cylinder delivery platform 70 move forward and are sent on pallet 40 under cylinder drives.By being set, automatic damper can guarantee that safety of goods transmits.In addition, for further guaranteeing safety of goods transmission, in described frame 10, be provided with opto-electronic pickup, whether it exceeds the high size of maximum length and width that can deliver article for detection of article to be transmitted.In the present embodiment, be respectively equipped with two opto-electronic pickups in each layer of frame 10, these two opto-electronic pickups are over against the transmission direction of article, and it is corresponding at the height of each layer and the maximum height of article, for detection of article superelevation whether.Whether between these two opto-electronic pickups, the distance at interval and the maximum width of article are corresponding, super wide for detection of article.Described opto-electronic pickup and described control setup and annunciator are connected, when article superelevation, super wide or article are toppled over and block described opto-electronic pickup, described opto-electronic pickup each drive motor that links shuts down, and makes chain 21 stop carrying, linkage annunciator generation sound and light alarm signal.In other embodiment, detecting device that also can be by other types are set with test item whether superelevation, super wide, the situation such as topple over, to guarantee delivery safety.Whether in addition, detection also can be set in frame according to security needs has foreign matter to stretch into the opto-electronic pickup of frame.For example, when operating personnel's both hands stretch in frame because of carelessness, the opto-electronic pickup in frame senses that foreign matter stretches into frame, and its linkage driving motor quits work, and chain is shut down, thereby guarantees personal security and delivery safety.In the present embodiment, described control setup is PLC controller.
By this, just formed multilayer intercommunication roller shutter jacking equipment of the present utility model.It can be delivered to another layer arbitrarily from any one deck by article in use, both can carry article downwards by high level, also can upwards carry article by low layer, makes article can between multilayer, carry out intercommunication transmission, thereby can greatly facilitate the conveying of article.Multilayer intercommunication roller shutter jacking equipment of the present utility model, not only transport efficiency is high but also automation, intelligent degree are high for it, can meet various routines and unconventional delivery requirements, has the feature of applied range.
Although the utility model is disclosed by above embodiment, but scope of the present utility model is not limited to this, do not departing under the condition of the utility model design, the similar or equivalent element that above each member can be understood with affiliated technical field personnel is replaced.

Claims (10)

1. a multilayer intercommunication roller shutter jacking equipment, is characterized in that, this equipment comprises:
Frame (10), it is tower frame structure, this frame (10) is vertical setting;
The circulating conveyor chain strip device (20) can forward and reverse transhipment turning, it comprises that the circulating conveyor chain bar (2121) that is symmetrically set in described frame (10) inner side is, the control unit of the chain wheel drive motor of chain drive-belt (21) forward or reverse and control motor rotation, described chain (21) is provided with a plurality of vertical transport section (211) and a plurality of level transportation sections (212) that can horizontal feed article that can vertical transport article, wherein, described level transportation section (212) comprises upper and lower parallel interval setting and contrary the first level transportation section (2121) and the second level transportation section (2122) of throughput direction;
A plurality of for first of article transfer platform (31) and second platform (32) of plugging into of plugging into, it is located at respectively the same side of frame (10), and connects with the first level transportation section (2121) and second level transportation section (2122) of each layer respectively;
A plurality of for delivering the pallet (40) of article to be conveyed, it is fixed on described chain (21) at interval respectively, this pallet (40) is carried article in the sagging direct sum horizontal cyclic of drive of circulating conveyor chain strip device (20), the article that make vertical transport section (211) are through the first level transportation section (2121) horizontal feed to the first platform (31) of plugging into, the second article of plugging on platform (32) are the first level transportation section (2121) to adjacent one deck through the second level transportation section (2122) vertical transport, vertical transport and horizontal feed by chain (21) make article can between each layer, carry out intercommunication conveying, make article can be delivered to up or down random layer.
2. multilayer intercommunication roller shutter jacking equipment as claimed in claim 1, it is characterized in that, described circulating conveyor chain strip device (20) comprises two the first chains (211) and two the second chains (212) and installs described the first chain (211) and the sprocket wheel (23) of the second chain (212), described the second chain (212) is located at respectively the outside of the first chain (211), described sprocket wheel (23) is symmetrically set in the relative both sides of described frame (10), and described the first chain (211) and the second chain (212) are installed on described sprocket wheel (23) symmetrically.
3. multilayer intercommunication roller shutter jacking equipment as claimed in claim 2, it is characterized in that, described pallet (40) is flexible roller shutter pallet, it comprises tray main body (41) and is fixed in the pallet chain (42) of tray main body (41) lower surface, one end of described tray main body (41) and the first chain (211) are affixed, and its other end and the second chain (212) are affixed.
4. multilayer intercommunication roller shutter jacking equipment as claimed in claim 3, it is characterized in that, described level transportation section (212) comprises pile warp sprocket wheel A, sprocket wheel B, the first chain (211) of sprocket wheel C and sprocket wheel D and pile warp sprocket wheel E, sprocket wheel F, sprocket wheel G, the second chain (212) of sprocket wheel H, on the circumference of described sprocket wheel B, horizontal tangent overlaps with the lower horizontal tangent of the circumference of sprocket wheel A, described sprocket wheel C is located at the below between sprocket wheel A and sprocket wheel B, described sprocket wheel D is located at the below of sprocket wheel A, the upper horizontal tangent of the circumference of sprocket wheel D overlaps with horizontal tangent under the circumference of sprocket wheel C, described the first chain (211) is the bottom of pile warp sprocket wheel A successively, the top of sprocket wheel B, the bottom of sprocket wheel C, the top of sprocket wheel D, described sprocket wheel E is located at the outside between sprocket wheel A and sprocket wheel B, and be positioned at same level height with sprocket wheel A, described sprocket wheel F is located at the outside of sprocket wheel B, and with the axis coinciding of sprocket wheel B, described sprocket wheel G is located at the below of sprocket wheel E, and lower than sprocket wheel C, described sprocket wheel H and described sprocket wheel D are positioned at same level height, described the second chain (212) successively the bottom of pile warp sprocket wheel E, the bottom of the top of sprocket wheel F, sprocket wheel G and the top of sprocket wheel H.
5. multilayer intercommunication roller shutter jacking equipment as claimed in claim 4, it is characterized in that, described vertical transport section (211) comprises vertical transport section (2111), one or more middle vertical transport sections (2112) and lower vertical transportation section (2113), described upper vertical transport section (2111) is by the first chain (211) successively pile warp sprocket wheel I, sprocket wheel A and by the second chain (212) pile warp sprocket wheel J and sprocket wheel E and form, described sprocket wheel I be located at sprocket wheel A directly over, described sprocket wheel J be located at sprocket wheel E directly over; Described middle vertical transport section (2112) is located between adjacent two level transportation sections (212), and it is formed by the sprocket wheel D of the first chain (211) pile warp last layer and the sprocket wheel A of lower one deck and the sprocket wheel H of the second chain (212) pile warp last layer and the sprocket wheel E of lower one deck; Described lower vertical transportation section (2113) forms by the undermost sprocket wheel D of the first chain (211) pile warp, sprocket wheel K and by the undermost sprocket wheel H of the second chain (212) pile warp, sprocket wheel L, described sprocket wheel K be located at sprocket wheel D bottom under, described sprocket wheel L be located at sprocket wheel H bottom under.
6. multilayer intercommunication roller shutter jacking equipment as claimed in claim 5, it is characterized in that, described first platform (31) and second platform (32) of plugging into of plugging into is drum-type or belt conveyer, described first the plug into throughput direction of platform (31) is identical with the throughput direction of the first level transportation section (2121), and contrary with second the plug into throughput direction of platform (32).
7. multilayer intercommunication roller shutter jacking equipment as claimed in claim 6, it is characterized in that, in first of each layer plug into outside of platform (32) of platform (31) and second of plugging into, be respectively provided with a lifting transport platform (50) and a two-way transport platform (60), the uper side surface of described lifting transport platform (50) is provided with the roller conveying apparatus of can forward or reverse carrying article, when lifting transport platform (50) rises to first, plug into platform (31) while connecting, the throughput direction of its roller conveying apparatus and first platform (31) of plugging into is identical; When lifting transport platform (50) drops to second, plug into platform (32) while connecting, the plug into throughput direction of platform (32) of the throughput direction of its roller conveying apparatus and second is identical; When article are plugged into platform (31) while outwards carrying by first, described lifting transport platform (50) rises and article is sent on the roller conveying apparatus on it, thereafter lifting transport platform (50) drops to two-way transport platform (60) docks, and makes article be sent to two-way transport platform (60); After conveying completes, these article or next group article are sent in lifting transport platform (50) by two-way transport platform (60), lifting transport platform (50) lifting is to connecting and make article be sent to second platform (32) of plugging into second platform (32) of plugging into, and by second platform (32) of plugging into, transferred on the pallet (40) of the second level transportation section (2122).
8. multilayer intercommunication roller shutter jacking equipment as claimed in claim 7, it is characterized in that, below described sprocket wheel K and sprocket wheel L, be also provided with sprocket wheel N, sprocket wheel M, sprocket wheel O and sprocket wheel P, described sprocket wheel O and sprocket wheel P are located at the outside of sprocket wheel N and sprocket wheel M, and coincide with its axle center respectively, in the outside of described sprocket wheel I, be provided with axle center sprocket wheel Q again with it, described the first chain (211) is pile warp sprocket wheel I successively, sprocket wheel A, sprocket wheel B, sprocket wheel C, sprocket wheel D, sprocket wheel K, sprocket wheel M, sprocket wheel N, sprocket wheel I and form circulation link chain, described the second chain (212) is pile warp sprocket wheel Q successively, sprocket wheel J, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H, sprocket wheel L, sprocket wheel P, sprocket wheel O, sprocket wheel Q and form circulation link chain, wherein, described sprocket wheel A, sprocket wheel B, sprocket wheel C and sprocket wheel D can repeat to arrange at each layer, sprocket wheel E, sprocket wheel F, sprocket wheel G, sprocket wheel H can repeat to arrange at each layer.
9. multilayer intercommunication roller shutter jacking equipment as claimed in claim 8, it is characterized in that, outside at the close sprocket wheel I of described frame (10) is provided with top layer cylinder delivery platform (70), outside at the close sprocket wheel L of frame (10) is provided with bottom cylinder delivery platform (80), and described top layer cylinder delivery platform (70) is consistent with throughput direction and chain (21) the circulation throughput direction of bottom cylinder delivery platform (80).
10. multilayer intercommunication roller shutter jacking equipment as claimed in claim 9, it is characterized in that, between two sprocket wheel B of same layer, be provided with rotating shaft (24), in described rotating shaft (24), be provided with pallet sprocket wheel (25), described pallet sprocket wheel (25) matches with described pallet chain (42).
CN201420338190.3U 2014-06-23 2014-06-23 Multilayer intercommunication roller shutter jacking equipment Withdrawn - After Issue CN203922044U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104058241A (en) * 2014-06-23 2014-09-24 深圳市瑞杰机电工程有限公司 Multilayer interconnection shutter lifting device
CN108502480A (en) * 2018-04-08 2018-09-07 海宁金豪机电有限公司 Automatic delivery line

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104058241A (en) * 2014-06-23 2014-09-24 深圳市瑞杰机电工程有限公司 Multilayer interconnection shutter lifting device
CN104058241B (en) * 2014-06-23 2016-06-22 深圳市瑞杰机电工程有限公司 Multilamellar intercommunication roller shutter jacking equipment
CN108502480A (en) * 2018-04-08 2018-09-07 海宁金豪机电有限公司 Automatic delivery line

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