CN102633077B - Carryable shelf warehousing system based on automatic carry trolley - Google Patents
Carryable shelf warehousing system based on automatic carry trolley Download PDFInfo
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Abstract
The invention discloses a carryable shelf warehousing system based on an automatic carry trolley, belongs to the technical field of physical distribution warehousing systems and solves such problems of the existing physical distribution operation as high labor cost of sorters in a fruit-picking type picking method and high management cost in a seeding type picking method. The carryable shelf warehousing system comprises a plurality of carryable shelf units and at least one automatic carry trolley which is connected with the carryable shelf units. The carryable shelf warehousing system integrates the advantages of fruit-picking type dismounting picking and seeding type dismounting picking, and not only can implement single-order-picking, but also can implement bulk-goods-picking.
Description
Technical field
The invention belongs to logistic storage systems technology field, particularly one is used Special Automatic floor truck Transport cargo rack, realizes the shelf warehousing system of unbundled sorting by Transport cargo rack.
Background technology
Along with social progress, logistlcs technology is deep into all trades and professions.Under the identical prerequisite of storage content, can divide according to the not equal factor of the difference of the difference of construction style, storage form and article move mode the multiple different storage pattern that is combined into.The first kind is stereo garage, and can be divided into stacking machine for tunnel with track formula stereo garage is that automatic stereowarehouse, high-order three-way fork truck stereo garage are VNA-Very Narrow Aisle narrow passage formula, high-order bogie type fork truck stereo garage, board-like stereo garage etc. shuttles back and forth.Equations of The Second Kind is multi-storey building storehouse, can be divided into Pallet for forklift shelf storehouse, two-layer pallet and stack storehouse, stacking etc. on the spot without shelf pallet-free storehouse or smallclothes.The 3rd class is low layer plane library, be called for short flat storehouse, can be divided into the flat storehouse of Pallet for forklift shelf, two-layer pallet stacks storehouse, is that hangar, steel wire elevator secret Ji Ku etc. are carried in the intensive storehouse of drive-in, the intensive storehouse of the through drive-through of being, portable intensive storehouse, the intensive storehouse of gravity type boat davit, Conveyorized intensive storehouse, low layer piler without shelf pallet-free storehouse (moistureproof backing plate, shield, smallclothes are stacking on the spot), the formula of sailing into.
No matter which kind of mode storage technique adopts, at the flow process end of article, that is to say in retailing logistics distribution center, in the today that generally adopts electronic display tag auxiliary sorting, although use the various zero picking methods of tearing open, but can be summed up as generally two kinds: one is that order is not chosen, be commonly called as the fruit formula of plucking; Another kind is that commodity do not gather selection, is commonly called as sowing type.
Plucking fruit formula selection method, is for every a order or each client, and picking personnel or equipment are touring in each goods storage space, and required goods is taken out, and likeness in form is plucked fruit.Be characterized in that everyone only processes a order at every turn, or a client.After round Realization mechanical automation, the work flow of plucking the selection of fruit formula is as follows: first from warehouse district to tearing zero selection district deliver goods open, and shelf are put in goods yard one by one; Then Turnover Box is moved along sorting conveyor line, sorting personnel picking from shelf, puts into Turnover Box; Finally the goods that packs Turnover Box into is checked according to kind, quantity etc., sometimes also needed to change cargo in case.
Sowing type method of distributing, is many parts of orders, or multiple clients' enquiry requirements set becomes a collection of, the quantity of every kind of commodity is wherein gathered respectively, then kind is carried out distribution of goods to all clients one by one, and likeness in form sowing, is called by " commodity do not gather point broadcast ".The work flow of sowing type sorting: first gather picking: from warehouse district, this ripple time required goods is all sorted out, delivered to unbundled sorting district, be put into one by one on sorting line; Then distribution of goods along the line, containing checking vanning, treats that a point container moves along conveyor line, and sorting personnel picking from case, puts into shelf-box.Intermittence is checked, is cased; Be finally consolidating the load as ready, deliver to shipping space checking the complete container of vanning, wait transports.
Tear the feature of zero selection mode open for two kinds as can be seen from the above description:
Manual mode is plucked fruit formula selection method: if goods required on order is taken out, picking personnel must be touring in each goods storage space, need to the go the rounds walking operating distance in thousands of goods yards of picking personnel, normally hundreds of rice length of this distance, this mode has an obvious advantage, be warehouse district and selection area overlapping, there is no obvious boundary;
Travel line formula is plucked fruit formula selection method: after adopting automation travel line, the work efficiency of plucking the selection of fruit formula is obviously promoted comprehensively, but the thing followed is: the cost of sorting delivery system significantly improves; Use and maintenance cost significantly improves; The complexity of system improves, reliability reduction etc.;
When the kind number of tearing zero selection open is less than 300, and order customer quantity is huge, while exceeding 1,000, is just applicable to very much using and plucks really formula sorting;
Order response time is shorter is the advantage of plucking fruit formula;
When tearing the kind of zero selection open when more, for example be greater than 1,000, corresponding identical sorting ability, pluck the shelf of fruit formula sorting system and travel line length, floor area much larger than sowing type system, therefore how a lot of cost and operating personal quantity is also, in other words,, if take same site area, the sorting ability of sowing type system can be more much larger than plucking fruit formula;
Tear on a large scale zero selection open for order kind and quantity are all many, sowing type sorting has many-sided advantage than plucking fruit formula, now should be take sowing type as key operation flow process, and be suitably aided with and pluck really formula flow process;
Modern logistics market is more and more higher to ageing requirement, increasing goods does not often enter just directly sorting shipment of warehouse district, be called " passing through type " logistics, plucking fruit formula sorting mode must be placed on goods to tear open on zero shelf and could sort shipment, therefore be difficult to support " passing through type " logistics, analyzed from mode of operation, " passing through type " logistics can be finely supported in sowing type sorting, such as fresh food sortings etc., are also convenient to DISTRIBUTION CENTRE and realize the quick replacement of line of business;
For commercial distribution, sowing type system easily realizes the progressively expansion of scale, is convenient to realize the upgrading from low to high, from handwork to automation, more can adapt to enterprise's progressively development from small to large;
Pluck fruit formula sorting technology and be directly derived from the most original shelf picking mode, simple to operate, technology maturation, because being processes respectively every part of order, the control and management ratio of flow process is easier to;
Because sowing type sorting need to be processed many orders simultaneously, between order, there are various difference, as kind overlap ratio, packaging volume, quantity, physical condition etc., the integrated operation difficulty that therefore sorts flow process is greater than the fruit formula of plucking;
The work mistake of plucking the sorting of fruit formula only affects a order conventionally, and what sowing type affected is a collection of order, therefore uses sowing type sorting higher to the requirement of workflow management, and management information system, personnel's operation, rules and regulations are had to higher requirement;
As seen through the above analysis, two kinds of zero selection modes of tearing open respectively have merits and faults.
Summary of the invention
For solving in existing logistics operation, when fruit formula selection method is plucked in employing, picking personnel labour cost is high, and the high problem of handling cost while adopting sowing type method of distributing the invention provides a kind of small-scaled shelf warehousing system based on automatic transporting dolly, its technical scheme is as follows:
Based on a small-scaled shelf warehousing system for automatic transporting dolly, comprise several small-scaled overhead baggage rack units and at least one and the joining automatic transporting dolly of small-scaled overhead baggage rack unit.
The feature of such scheme is to realize the carrying of unit shelf with automatic transporting dolly.Automatic transporting dolly in such scheme can adopt general Automated Guided Vehicle dolly, i.e. AGV dolly.
In the process of automatic transporting dolly carrying unit shelf, not only can realize replenishing, choosing of article on unit shelf, can also realize the optimization setting in article goods yard.Avoided arranging long distance, large-area logistics travel line, system is brief.For commercial distribution, easily realize the progressively expansion of scale, be convenient to realize the upgrading from low to high, from handwork to automation, more can adapt to enterprise's progressively development from small to large.
The present invention integrates and plucks fruit formula and tear zero selection open and sowing type is torn zero selection advantage open, both can not choose by order, can not gather selection by commodity again.Higher than plucking, fruit formula is torn zero selection open and sowing type is torn zero selection open again for it,
Preferred version as the inventive method:
Described is that coupling type, electromagnet type, folder are embraced formula or stationary structure for connecting the structure of automatic transporting dolly and small-scaled overhead baggage rack unit;
Described coupling type structure is included in the hook arranging on automatic transporting dolly, and the clasp arranging on small-scaled overhead baggage rack unit, and hook sleeve is on clasp;
Described electromagnet type structure is included in the electromagnet arranging on automatic transporting dolly, and the iron block arranging on small-scaled overhead baggage rack unit, and electromagnet is adsorbed on iron block;
Described folder is embraced formula structure and is included in the left and right jig arm arranging on automatic transporting dolly, and small-scaled overhead baggage rack unit is clamped between left and right jig arm;
Described stationary structure comprises the screw connection structure, riveted structure or the welded structure that are arranged between automatic transporting dolly and small-scaled overhead baggage rack unit.
Preferred version as the inventive method:
Described automatic transporting dolly is arranged on the bottom of small-scaled overhead baggage rack unit;
Described automatic transporting dolly comprises car body, and car body has vehicle frame, and bottom of frame has chassis, and running gear is installed on chassis;
Described is jacking type structure for connecting the structure of automatic transporting dolly and small-scaled overhead baggage rack unit, and described jacking type structure comprises the jacking apparatus being arranged on vehicle frame, and jacking apparatus is connected with engine installation;
Jacking apparatus on described vehicle frame removably joins the bottom that is connected in small-scaled overhead baggage rack unit.
The difference of the automatic transporting dolly in such scheme and general Automated Guided Vehicle dolly is only to have installed additional jacking apparatus on car body.
Preferred version as the inventive method:
Described jacking apparatus comprises the worm gear case being arranged on vehicle frame, in worm gear case, be provided with intermeshing worm gear and worm screw, worm screw is connected with lifting motor by coupler, on the center of gyration of worm gear, vertically by sliding screw pair or ball wire bar pair, screw mandrel is installed, screw mandrel top is provided with lower dowel disc;
The bottom of described small-scaled overhead baggage rack unit has upper dowel disc, and upper dowel disc lower end has cylindrical section, and the lower dowel disc top at screw mandrel top has circular hole, and the cylindrical section of upper dowel disc lower end is sleeved in the circular hole at lower dowel disc top;
Described sliding screw pair refers to that the center of worm gear has screw, and screw mandrel is engaged in screw;
Described ball wire bar pair refers to that the center of worm gear has ball-recirculation device, and screw mandrel is engaged in ball-recirculation device.
Preferred version as the inventive method:
The shelf bottom of the shelf of the bottom of described small-scaled overhead baggage rack unit has stepped hole, on stepped hole, be set with base, reaction plate on base is arranged in the upper hole of stepped hole, base runs through the lower hole of stepped hole, in the mounting hole of base bottom, with snap ring, bearing is installed, the axle journal at described upper dowel disc top is tightly placed on bearing.
Preferred version as the inventive method:
Described jacking apparatus comprises the rotating shaft on the bearing seat being arranged on vehicle frame, and rotating shaft is connected with lifting motor by coupler, and cam or eccentric wheel are installed in rotating shaft.When jacking, driven by motor cam or eccentric wheel make rocking equipment rotate around fixed rotating shaft, and cam or eccentric wheel insert small-scaled overhead baggage rack unit bottom, thus the small-scaled overhead baggage rack unit of jack-up.
Preferred version as the inventive method:
Described jacking apparatus is scissors jacking apparatus, described scissors jacking apparatus comprises the left and right arm of cutting being arranged on vehicle frame, the left and right arm top of cutting is fixedly connected with a platform, left and right cutting between arm near platform below is provided with pipe link, and pipe link is connected with cylinder, hydraulic actuating cylinder or electric pushrod.
Preferred version as the inventive method:
Described running gear comprises driving wheel assembly and flower wheel, and described flower wheel is cardan wheel assembly, and described driving wheel assembly is arranged on the midway location on the chassis of car body, and cardan wheel assembly is arranged on the forward and backward position on the chassis of car body.
Preferred version as the inventive method:
Described running gear is that four-wheel, five is taken turns or six wheel constructions;
The running gear of described four-wheel structure comprises two driving wheel assemblies of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with a cardan wheel assembly;
The running gear of described five wheel constructions comprises a driving wheel assembly of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with two cardan wheel assemblies;
The running gear of described six wheel constructions comprises two driving wheel assemblies of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with two cardan wheel assemblies.
Preferred version as the inventive method:
Vehicle control syetem, anticollision safety guard and storage battery are installed on described vehicle frame, storage battery is connected with vehicle control syetem and anticollision safety guard respectively by power circuit, vehicle control syetem comprises computer control system, navigationsystem and communication system, navigationsystem is connected with computer control system respectively with communication system, and communication system and monitored control system are by wireless connections;
Described navigationsystem is direct coordinate guidance system, electromagnetism guidance system, tape guidance system, optical navigation system, Laser navigation system, inertial navigation system, vision navigation system or GPS navigation system;
Described engine installation is connected with computer control system.
Vehicle control syetem, anticollision safety guard and storage battery in such scheme, can adopt existing Automated Guided Vehicle system, i.e. vehicle control syetem in AGV system, anticollision safety guard and storage battery.
Details are as follows for each parts in the present invention and function thereof:
According to user's actual depot storage capacity needs, system of the present invention is used several small-scaled overhead baggage rack units.Can reserved passageway between small-scaled overhead baggage rack unit, also can not stay passage.The layout of reserved passageway can improve the warehouse-in efficiency that in storage storehouse, but floor area is large.Do not stay the layout floor area of passage little, but fall storehouse, to move storehouse bothersome, and it is low that system goes out warehouse-in efficiency.How effectively reserved passageway is the gordian technique of the small-scaled racks store system of design.
The transfer technology of common automatic transporting dolly is for different application demand, occurred back flow roll formula, back of the body chain type, push-pull type, towed, planer-type, side V shape, forks type front, rear V shape, three-dimensional V shape, lift telescopic V shape etc.The automatic transporting dolly that native system uses is removed and can be installed outside the above parts, in order to complete the function of Transport cargo rack, on vehicle body, be provided with the coupling components between small-scaled overhead baggage rack unit, a part for coupling components is arranged on automatic transporting dolly, and an other part for coupling components is arranged on small-scaled overhead baggage rack unit.Process like this, can make small-scaled overhead baggage rack unit and the perfectly round one of automatic transporting dolly, establish one's own system and form an entirety.Therefore overhead baggage rack unit and common low layer plane library shelf used are different.
In view of the difference of user's outbound ability, connecting between small-scaled overhead baggage rack unit and automatic transporting dolly, can be designed to can automatic trip open form formula, as jacking type, coupling type, electromagnet type, folder are embraced formula, lever etc.; Also can be designed to fixing pattern, as linked up by screw, nut, bolt, pin, key etc., small-scaled overhead baggage rack unit and the manually dismounting of automatic transporting dolly; Can also connect by modes such as welding, riveted joints, non-dismountable between so small-scaled overhead baggage rack unit and automatic transporting dolly.
Jacking type structure can adopt following technical scheme: the first technical scheme adopts scissors structure, can use as the case may be simple shear formula, double shear formula or many scissors.The second technical scheme adopts worm drive structure, can use as the case may be the modes such as T-shaped screw thread, ball-screw-transmission.The third technical scheme adopts cam drive structure.The 4th kind of technical scheme adopts eccentric wheel drive mechanism.
Automatic transporting dolly of the present invention is different with common automatic transporting dolly.Common automatic transporting dolly is by transfer, carrying be article and container thereof, shelf are as you were; What the automatic transporting dolly that native system uses was carried is shelf, there is no the transfer process of article and container thereof, and after shelf are handled upside down away, the vacant lot of shelf size is vacated in original place.
The quantity of automatic transporting dolly of the present invention can equate with the quantity of overhead baggage rack unit; Also can be far smaller than the quantity of overhead baggage rack unit; Also can only use an automatic transporting dolly of the present invention in a small-scaled shelf storehouse.Concrete which kind of configuration mode that uses, need to select confirmation according to the warehouse-in ability that goes out in small-scaled shelf storehouse.
While work, automatic transporting dolly can dock at any position, and optimum position is to hide temporary dock at small-scaled overhead baggage rack unit bottom, waiting system order.After taking orders, the small-scaled overhead baggage rack unit of automatic transporting dolly automatic transporting is to any appointed place of control system.
Automatic transporting dolly of the present invention is made up of vehicle control syetem, body system, running gear, jacking apparatus and safety and ancillary system etc.
Vehicle control syetem is the core of the automatic transporting dolly that uses of native system, is generally made up of computer control system, navigationsystem, communication system, guidance panel and motor driver. computer control system can adopt PLC, micro controller system and industrial computer etc.
Body system comprises chassis, vehicle frame, housing and controller, mounting frame of storage battery etc., is the body of the automatic transporting dolly that uses of native system, and it has the architectural feature of elec. vehicle.
Running gear is generally made up of drive wheel, flower wheel and steering hardware, the wheel train structure of at present common similar common automatic transporting dolly mainly contains two kinds according to different performance requriementss: tricycle structure and four-wheel structure etc., wherein tricycle structure generally adopts front-wheel steering and driving, and four-wheel generally adopts Two-wheeled, differential steering or independent steering mode.Drive wheel is driving wheel, and flower wheel is generally cardan wheel pattern, and steering hardware can be integral with drive wheel design, also can directly drive flower wheel to realize by modes such as toothed belt transmission, chain transmission, link transmissions and turn to.
Automatic transporting dolly described in native system is for outstanding spin function, and its driving wheel is arranged in the midway location of automatic transporting dolly chassis, and the flower wheel of varying number is arranged on both sides.In other words, the driving wheel assembly of varying number is arranged on the midway location of automatic transporting dolly chassis, and the cardan wheel of varying number is arranged on the position, both sides of automatic transporting dolly chassis.This is the principal feature of the automatic transporting dolly described in native system.So any drive wheel, flower wheel, driving wheel, cardan wheel, at the increase and decrease of quantity, all will fall into the protection context of this patent in other words.
Automatic transporting dolly described in native system can adopt four-wheel, five to take turns or six chassis of taking turns: while adopting the chassis of four-wheel, middle two directional wheels are drive wheel, and the each cardan wheel in front and back is flower wheel; Adopt five take turns chassis time, a middle directional wheel is drive wheel, four of front and back cardan wheel is flower wheel.Adopt six take turns chassis time, middle two directional wheels are drive wheel, each two cardan wheels in front and back are flower wheel.In the time of motor forward or reverse, dolly can advance or retreat; Realizing dolly by the velocity contrast of two drive wheels in interior outside turns; And when a motor forward, when a motor reversal, can realize dolly pivot turn.
Anticollision safety guard; or be referred to as safety and ancillary system; in the time that system is out of order or have personnel through automatic transporting dolly operating path, to occur collision for fear of automatic transporting dolly, with obstacle detection and collision avoidance, alert sound, alertly look, the device such as emergent stopping.In addition, also have the auxiliary devices such as automatic charging.
Control system can adopt common IBM-PC machine, during as inclement condition, also can adopt industrial control computer, control desk accepts by computer network the automatic transporting cart transport task that main control computer is assigned, by the status information of the each automatic floor truck of wireless telecommunication system Real-time Collection.Situation and current each automatic floor truck running condition, pass to selected automatic transporting dolly by traffic order according to demand.
Communication system is accepted the order of monitored control system on the one hand, in time, send exactly other each corresponding subsystem to, complete the specified action of monitored control system: receive again on the other hand the feedback information of each subsystem, loopback is to monitored control system, as the foundation of monitored control system coordination, management, control.Because the little truck position of automatic transporting is unfixing, and in whole system, equipment is more, the mode of wireless telecommunications for the communication optimum between control system and automatic transporting dolly.Control desk and each automatic floor truck have just formed the WLAN of a point-to-multipoint.
The function of automatic transporting dolly navigationsystem is that assurance automatic transporting dolly is walked along correct path, and guarantees certain walking precision.The aiming means of automatic transporting dolly of the present invention can use any known method at present: directly coordinate guide mode, electromagnetism guide mode, tape guidance mode, optical navigation mode, laser navigation mode, inertial navigation mode, vision guided navigation mode and GPS, i.e. GPS navigation mode.
Accompanying drawing explanation
Fig. 1 is the planar view of a kind of small-scaled shelf warehousing system based on automatic transporting dolly of the present invention;
Front view when Fig. 2 is unit shelf in Fig. 1 and automatic transporting dolly inoperative;
Front view when Fig. 3 is unit shelf in Fig. 1 and the work of automatic transporting dolly;
Fig. 4 is unit shelf and the automatic transporting dolly birds-eye view in Fig. 1;
In Fig. 5 Fig. 1 automatic transporting dolly left view.
Reference numeral in above-mentioned figure and the corresponding relation of part are:
10-small-scaled overhead baggage rack unit; 11-reaction plate; 12-bearing; 13-upper dowel disc; 20-automatic transporting dolly; 21-lifting motor; 22-worm gear case; 23-screw mandrel; 24-lower dowel disc; 30-ground-control guidance system.
The specific embodiment
The planar view of a kind of small-scaled shelf warehousing system based on automatic transporting dolly as shown in Figures 1 to 5, the small-scaled shelf warehousing system based on automatic transporting dolly of the present invention comprises the compositions such as small-scaled overhead baggage rack unit 10, automatic transporting dolly 20, control system, communication system, ground-control guidance system 30.The present embodiment with automatic transporting dolly 20 take jacking type method and small-scaled overhead baggage rack unit 10 from be dynamically connected and disengagement as example.
Several small-scaled overhead baggage rack units 10 and several automatic transporting dollies 20 form the hardware facility of small-scaled shelf warehousing system.For the higher article of kind overlap ratio between order, between the shelf at its place, be reserved with the path of travel of automatic transporting dolly 20, go out faster warehouse-in efficiency to obtain; For the lower article of kind overlap ratio between order, between the shelf at its place, can not stay passage.In the time need to carrying out sorting operation to the article of low overlap ratio product item, outer shelf are easy to realize carrying, and nexine shelf need to be risen position by moving, and carry after abdicating passage again.
Small-scaled overhead baggage rack unit 10, in its bottom shelves bottom, is provided with and the joining support component of automatic transporting dolly 20, and support component comprises reaction plate 11, bearing 12, upper dowel disc 13 etc.
On automatic transporting dolly 20, be provided with jacking apparatus, jacking apparatus comprises the compositions such as lifting motor 21, worm gear case 22, screw mandrel 23, lower dowel disc 24.
While work, several automatic transporting dollies 20 are all in small-scaled overhead baggage rack unit 10 bottoms.Now, the jacking apparatus on automatic transporting dolly 20, in low level, does not contact between automatic transporting dolly 20 and small-scaled overhead baggage rack unit 10.
When work, under the control of storehouse management software, if the article of tearing zero selection open are just in time on the small-scaled overhead baggage rack unit 10 in automatic transporting dolly 20 overhead, jacking apparatus on automatic transporting dolly 20 is started working, lifting motor 21 obtains signal and rotates, by worm gear case 22 transmissions, screw mandrel 23 is rotated, thereby promote lower dowel disc 24 upward movements.The circular hole of lower dowel disc 24 is greater than the cylindrical section of the upper dowel disc 13 on small-scaled overhead baggage rack unit 10, and in the process rising, upper dowel disc 13 is inserted in lower dowel disc 24, thereby plays mechanical guide positioning action.Continue to rise, lower dowel disc 24 contacts with upper dowel disc 13, and small-scaled overhead baggage rack unit 10 is departed from bottom surface by jacking immediately, and lifting motor 21 stops operating subsequently.
The small-scaled overhead baggage rack unit 10 of automatic transporting dolly 20 automatic transporting, by system specified path, moves to and tears zero selection district open, tears open after zero selection by manually completing, then by hairpinning location, certain path; Or get back to the new address by system assignment; Or move to article by system requirements and enter reservoir area and carry out input work, and then by hairpinning location, certain path or get back to the new address by system assignment.
After the small-scaled overhead baggage rack unit 10 of automatic transporting dolly 20 automatic transporting is in place by the operation of certain path, jacking apparatus on automatic transporting dolly 20 is started working, lifting motor 21 obtains signals reverse and rotates, by worm gear case 22 transmissions, screw mandrel 23 is rotated, thereby drive lower dowel disc 24 to move downward.In the process declining, small-scaled overhead baggage rack unit 10 first lands, and now goes up dowel disc 13 and starts to depart from lower dowel disc 24.Continue to decline, jacking apparatus declines in low level, and lifting motor 21 stops operating immediately, between automatic transporting dolly 20 and small-scaled overhead baggage rack unit 10, throws off completely.Automatic transporting dolly 20 is waited for next instruction.
Although the present invention is disclosed by above embodiment, protection scope of the present invention is not limited to this, is not departing under the condition of the present invention's design, and distortion, the replacement etc. that above each member is done all will fall within the scope of claim of the present invention.
Claims (8)
1. the small-scaled shelf warehousing system based on automatic transporting dolly, is characterized in that: comprise several small-scaled overhead baggage rack units (10) and at least one and the joining automatic transporting dolly of small-scaled overhead baggage rack unit (10) (20);
Described automatic transporting dolly (20) is arranged on the bottom of small-scaled overhead baggage rack unit (10);
Described automatic transporting dolly (20) comprises car body, and car body has vehicle frame, and bottom of frame has chassis, and running gear is installed on chassis;
The structure that is used for connecting automatic transporting dolly (20) and small-scaled overhead baggage rack unit (10) is that jacking type structure, coupling type, electromagnet type, folder are embraced formula or stationary structure;
Described jacking type structure comprises the jacking apparatus being arranged on vehicle frame, and jacking apparatus is connected with engine installation;
Jacking apparatus on described vehicle frame removably joins the bottom that is connected in small-scaled overhead baggage rack unit (10);
Described running gear comprises driving wheel assembly and flower wheel, and flower wheel is cardan wheel assembly, and driving wheel assembly is arranged on the midway location on the chassis of car body, and cardan wheel assembly is arranged on the forward and backward position on the chassis of car body.
2. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 1, is characterized in that:
Described coupling type structure is included in the upper hook arranging of automatic transporting dolly (20), and at the upper clasp arranging of small-scaled overhead baggage rack unit (10), hook sleeve is on clasp;
Described electromagnet type structure is included in the upper electromagnet arranging of automatic transporting dolly (20), and at the upper iron block arranging of small-scaled overhead baggage rack unit (10), electromagnet is adsorbed on iron block;
Described folder is embraced formula structure and is included in the upper left and right jig arm arranging of automatic transporting dolly (20), and small-scaled overhead baggage rack unit (10) is clamped between left and right jig arm;
Described stationary structure comprises the screw connection structure, riveted structure or the welded structure that are arranged between automatic transporting dolly (20) and small-scaled overhead baggage rack unit (10).
3. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 1, it is characterized in that: described jacking apparatus comprises the worm gear case (22) being arranged on vehicle frame, worm gear case is provided with intermeshing worm gear and worm screw in (22), worm screw is connected with lifting motor (21) by coupler, on the center of gyration of worm gear, vertically by sliding screw pair or ball wire bar pair, screw mandrel (23) is installed, screw mandrel (23) top is provided with lower dowel disc (24);
The bottom of described small-scaled overhead baggage rack unit (10) has upper dowel disc (13), upper dowel disc (13) lower end has cylindrical section, lower dowel disc (24) top at screw mandrel (23) top has circular hole, and the cylindrical section of upper dowel disc (13) lower end is sleeved in the circular hole at lower dowel disc (24) top;
Described sliding screw pair refers to that the center of worm gear has screw, and screw mandrel (23) is engaged in screw;
Described ball wire bar pair refers to that the center of worm gear has ball-recirculation device, and screw mandrel (23) is engaged in ball-recirculation device.
4. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 3, it is characterized in that: the shelf bottom of the shelf of the bottom of described small-scaled overhead baggage rack unit (10) has stepped hole, on stepped hole, be set with base, reaction plate (11) on base is arranged in the upper hole of stepped hole, base runs through the lower hole of stepped hole, in the mounting hole of base bottom, with snap ring, bearing (12) is installed, the axle journal at described upper dowel disc (13) top is tightly placed on bearing (12).
5. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 1, it is characterized in that: described jacking apparatus comprises the rotating shaft on the bearing seat being arranged on vehicle frame, rotating shaft is connected with lifting motor (21) by coupler, and cam or eccentric wheel are installed in rotating shaft.
6. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 1, it is characterized in that: described jacking apparatus is scissors jacking apparatus, scissors jacking apparatus comprises the left and right arm of cutting being arranged on vehicle frame, the left and right arm top of cutting is fixedly connected with a platform, left and right cutting between arm near platform below is provided with pipe link, and pipe link is connected with cylinder, hydraulic actuating cylinder or electric pushrod.
7. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 1, is characterized in that: described running gear is that four-wheel, five is taken turns or six wheel constructions;
The running gear of described four-wheel structure comprises two driving wheel assemblies of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with a cardan wheel assembly;
The running gear of described five wheel constructions comprises a driving wheel assembly of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with two cardan wheel assemblies;
The running gear of described six wheel constructions comprises two driving wheel assemblies of the midway location that is arranged on chassis, and the forward and backward position that is positioned at chassis is also respectively arranged with two cardan wheel assemblies.
8. a kind of small-scaled shelf warehousing system based on automatic transporting dolly according to claim 7, it is characterized in that: vehicle control syetem, anticollision safety guard and storage battery are installed on described vehicle frame, storage battery is connected with vehicle control syetem and anticollision safety guard respectively by power circuit, vehicle control syetem comprises computer control system, navigationsystem and communication system, navigationsystem is connected with computer control system respectively with communication system, and communication system and monitored control system are by wireless connections;
Described navigationsystem is direct coordinate guidance system, electromagnetism guidance system, tape guidance system, optical navigation system, Laser navigation system, inertial navigation system, vision navigation system or GPS navigation system;
Described engine installation is connected with computer control system.
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| CN201210108877.3A CN102633077B (en) | 2012-04-15 | 2012-04-15 | Carryable shelf warehousing system based on automatic carry trolley |
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| CN201210108877.3A CN102633077B (en) | 2012-04-15 | 2012-04-15 | Carryable shelf warehousing system based on automatic carry trolley |
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| CN102633077B true CN102633077B (en) | 2014-06-25 |
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