CN109335430A - Printing and dyeing fabrics storage management method and cloth shelf applied to this method - Google Patents
Printing and dyeing fabrics storage management method and cloth shelf applied to this method Download PDFInfo
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- CN109335430A CN109335430A CN201810968699.9A CN201810968699A CN109335430A CN 109335430 A CN109335430 A CN 109335430A CN 201810968699 A CN201810968699 A CN 201810968699A CN 109335430 A CN109335430 A CN 109335430A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G1/00—Storing articles, individually or in orderly arrangement, in warehouses or magazines
- B65G1/02—Storage devices
- B65G1/04—Storage devices mechanical
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G1/00—Storing articles, individually or in orderly arrangement, in warehouses or magazines
- B65G1/02—Storage devices
- B65G1/04—Storage devices mechanical
- B65G1/137—Storage devices mechanical with arrangements or automatic control means for selecting which articles are to be removed
- B65G1/1373—Storage devices mechanical with arrangements or automatic control means for selecting which articles are to be removed for fulfilling orders in warehouses
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- Mechanical Engineering (AREA)
- Warehouses Or Storage Devices (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of printing and dyeing fabrics storage management method and applied to the cloth shelf of this method, it is related to field of printing and dyeing, aim to solve the problem that the storage management method that printing and dyeing mill uses mostly at present, artificial dependence is stronger, when larger, error rate is excessively high, the lower problem of efficiency, its key points of the technical solution are that: setting printing and dyeing fabrics storage management method manages the storage of printing and dyeing mill automatically, cloth shelf applied to printing and dyeing fabrics storage management method are set, it includes multiple storage cavitys of different sizes, to improve shelf space utilization rate；Vacancy feedback device is set in storage chamber body simultaneously, and feeds back storage cavity use information to computer is managed, so that reducing the artificial of printing and dyeing mill's warehousing management improves the efficiency of management according to lazyness, reduces error rate.Printing and dyeing fabrics storage management method of the invention and the cloth shelf applied to this method can more efficiently and accurately be managed the storage of printing and dyeing mill.
Description
Technical field
The present invention relates to field of printing and dyeing, more specifically, it relates to a kind of printing and dyeing fabrics storage management method and application
In the cloth shelf of this method.
Background technique
Need to use a large amount of fabrics in dyeing, therefore extremely important to the warehousing management of cloth.From the white embryo of fabric into
Storehouse is to pre-treatment, final finishing so that warehousing finished products to the end, require to carry out rationally, and accurately management, to guarantee just
Normal production process is gone on smoothly.
Currently, the warehousing management of cloth relies on substantially manually, when the scales such as printing and dyeing mill are smaller, to the storage pipe of cloth
Reason also relatively convenient, but when printing and dyeing mill is larger, it is big due to cloth turnover the features such as, when leading to warehousing management cloth
Inquiry cloth storage formulates the links such as production plan and operates all relatively cumbersome, occupies a large amount of artificial, and error rate obviously increases
Add, influence normal production work, it is therefore desirable to propose the new scheme of one kind to solve this problem.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of printing and dyeing fabrics storage management method with
And the cloth shelf applied to this method, can more efficiently and accurately the storage of printing and dyeing mill be managed.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of printing and dyeing fabrics warehousing management
Method, comprising:
Step 1, basis preparation, including,
A1 builds automation storehouse, including establishes printing and dyeing warehouse, and several shelf are arranged in printing and dyeing warehouse, pacifies in shelf side
It fills lane stacker and cooperates the periphery conveying equipment of lane stacker；
A2 establishes automation storehouse control system, the control computer of logistics control system is configured with including being arranged, and control meter
Calculate dynamoelectric signal connection lane stacker and periphery conveying equipment；
A3 establishes Warehouse Management System, and the management computer of inventory management system is configured with including being arranged, and manages computer data
Connection and control computer, and data connection has database；
Step 2, inventory's stock, including,
B1 obtains buying order information, by managing computer typing, and stores buying order information to database；
B2 is given the feedstock transportation of buying to shelf by control computer control lane stacker and periphery conveying equipment
On, and raw material parameter and storage location generation inventory information are recorded by management computer；
Step 3 produces outbound, including,
C1 obtains purchaser's order information and order information typing is managed computer；
C2 generates manufacturing plan sheet by management computer；
C3 manipulates lane stacker and periphery conveying equipment by control computer according to manufacturing plan sheet and raw material is exported print
Warehouse is contaminated, is counted by raw material of the management computer to outbound, and according to the library in the parameter of the raw material of outbound more new database
Deposit information；
Step 4, warehousing finished products, including,
D1 controls lane stacker by control computer and periphery conveying equipment conveys on finished product to shelf；
D2 by managing the parameter and storage location of computer typing finished product, and generates inventory information by management computer and deposits
It stores up to database；
Step 5, finished product outbound, including,
E1 obtains finished product outbound information, and generates finished product outbound table by management computer typing；
E2, input finished product outbound table control lane stacker by control computer and periphery conveying are set to computer is controlled
It is standby that finished product is exported into printing and dyeing warehouse；
E3 is counted by finished product of the management computer to outbound, and according to the library in the parameter of the finished product of outbound more new database
Deposit information.
By using above-mentioned technical proposal, the warehousing management of printing and dyeing mill can carry out automatic by manipulation electrical equipment mostly
Management, can be greatly reduced manually according to lazyness, so as to improve warehousing management efficiency, and reduce error rate, and then improve
Warehousing management effect.
The present invention is further arranged to: several shelf are divided into cloth shelf and stain shelf.
By using above-mentioned technical proposal, cloth and stain can be stored separately, after mutually mixing to avoid the two,
Increase management difficulty.
The present invention is further arranged to: the different storage cavity of multiple specifications is arranged in the shelf, and the storage cavity is set
Whether can automatically export in blank state information to management computer, store it to difference according to material different size if being set to
The storage cavity of specification.
By using above-mentioned technical proposal, the utilization rate of shelf can be improved, reduce space waste；Simultaneously shelf can and
When automatic feedback use information to computer is managed, more efficiently storage can be managed to manage computer.
The present invention is further arranged to: the periphery conveying equipment includes several conveyers being used in conjunction with each other, transfer
Machine and elevator.
By using above-mentioned technical proposal, Manual operation link can be reduced using conveyer, transfer machine and elevator,
The amount of labour of staff is reduced, working efficiency is improved.
The present invention is further arranged to: the basis preparation further includes establishing wireless operating-controlling mechanism, wireless operating-controlling mechanism packet
The multiple wireless PDAs of configuration are included, the wireless PDA is wirelessly connected in management computer and control computer.
By using above-mentioned technical proposal, staff can be complete by the more convenient operation relevant device of wireless PDA
At warehousing management, staff is avoided to wait in line the case where operational administrative computer is with computer is controlled.
The present invention is further arranged to: the step 2, and B2 includes working as material storage, is recorded by the management computer
And store the material storage date.
By using above-mentioned technical proposal, the entry time information of raw material can recorde, facilitate and subsequent carry out the behaviour such as interrogating and examining
Make.
The present invention is further arranged to: the step 3, and C3 includes calculating each material storage date by management computer
With the date differences of current date, and according to date differences arranging raw material outbound from big to small.
By using above-mentioned technical proposal, the raw material being first put in storage can be used by first taking out, after avoiding long time integration, greatly
Content of starting materials influences using effect because standing time is too long.
The present invention is further arranged to: it further include step 6, inventory interrogates and examines,
F1 makes an inventory to inventory information by managing computer, and whether confirmation inventory information is correct；
F2 presets slow-witted material time value in management computer, is synchronous when making an inventory inventory information calculate by management computer installation
The date differences on each material storage date and current date out, and by date differences and slow-witted material time value comparison, work as date differences
It more than or equal to slow-witted material time value, then manages computer and defines the slow-witted material of raw material, and do difference mark to it.
By using above-mentioned technical proposal, raw material can be prevented to be not used for a long time in accumulating state and damage, from
And waste can be reduced.
Above-mentioned technical purpose of the invention has the technical scheme that a kind of applied to dyeing cloth feed bin
Store up the cloth shelf of management method, including multiple support boards and stabilizer blade, multiple support board longitudinal arrangement settings, the stabilizer blade
Longitudinal direction wears support board, and several partitions are arranged between the two adjacent support boards, and the partition separates the space on support board
For multiple storage cavitys, multiple storage cavitys are divided into multiple groups, and storage cavity is of different sizes described in each group.
By using above-mentioned technical proposal, the raw material of different size can be stored in the storage cavity of corresponding specification,
Cavity is stored to improve, in other words the space utilization rate of shelf.
The present invention is further arranged to: feedback device of having vacant position, the vacancy feedback device being arranged in the storage chamber body
The bearing plate and feedback mechanism of storage cavity bottom surface are connected to including straight skidding, the bearing plate lower part is provided with several multiple
Position spring, the feedback mechanism include two fixed conducting blocks and attention device, two fixed conducting blocks be electrically connected in
The positive and negative anodes of attention device, and transverse symmetrical arrangement, the lower part of the bearing plate are provided with active conductive block, the active conductive block
On the perpendicular bisector of two fixed conducting block lines, the transverse ends of the active conductive block are located at two fixed conductions
On the longitudinal direction of block, current sense is arranged on the main circuit of the fixed conducting block in two fixed conducting block series-connection power supplies
Device, the current sensor output electric current measure signal is to managing computer.
It by using above-mentioned technical proposal, is fallen on bearing plate when raw material is placed in storage chamber body, bearing plate stress is vertical
To moving down, and drive active conductive block mobile relative to fixed conducting block；It can be set at this time are as follows: when original state, active conductive
Block contradicts fixed conducting block；When bearing plate moves down, active conductive block is separated with fixed conducting block, so that in the circuit of attention device
Electric current change, so as to current sensor output variation current detecting information, i.e., feedback storage cavity use information, from
And matching management computer is preferably managed the storage of printing and dyeing mill.
In conclusion the invention has the following advantages:
1, setting printing and dyeing fabrics storage management method manages the storage of printing and dyeing mill automatically, reduces manually according to lazyness, improves
The efficiency of management reduces error rate；
2, setting is applied to the cloth shelf of printing and dyeing fabrics storage management method comprising multiple storage cavitys of different sizes,
To improve shelf space utilization rate；Vacancy feedback device is set in storage chamber body simultaneously, and feeds back storage cavity and uses letter
Breath is to management computer, so that more convenient and efficient is managed the storage of printing and dyeing mill.
Detailed description of the invention
Fig. 1 is method and step schematic diagram of the invention, mainly to show operating process；
Fig. 2 is structural schematic diagram of the invention, to show overall structure；
Fig. 3 is local exploded-view of the invention, mainly to show the structure of guide groove and guide pad；
Fig. 4 is local structure view of the invention, mainly to show the structure of returning spring；
Fig. 5 is partial cutaway figure of the invention, mainly to show the structure in sliding slot；
Fig. 6 is feedback mechanism display diagram of the invention.
In figure: 1, support board；11, sliding slot；12, guide groove；2, stabilizer blade；3, bearing plate；31, active conductive block；32, even
Bar；33, guide pad；41, fixed conducting block；42, attention device；5, reset spring；6, partition；61, cavity is stored；7, current sense
Device.
Specific embodiment
With reference to the accompanying drawings and examples, the present invention will be described in detail.
Printing and dyeing fabrics storage management method, referring to figure, comprising:
Step 1, basis preparation, comprising:
A1 builds automation storehouse, including establishes printing and dyeing warehouse, and several shelf are arranged in printing and dyeing warehouse, pacifies in shelf side
It fills lane stacker and cooperates the periphery conveying equipment of lane stacker.For the utilization rate for reinforcing printing and dyeing warehouse, unit is improved
The amount of storage of area, shelf use stereo storage rack；Simultaneously as using automation equipment it is automatic on unload goods, so the height of shelf
It is set as neighbour's printing and dyeing warehouse top layer.
Lane stacker selects the relatively matched model of specification in the market, is mounted on shelf side and is used for raw material
On transport to shelf.Periphery conveying equipment includes several conveyers, transplanter and elevator, and above-mentioned three cooperates to incite somebody to action
On feedstock transportation to lane stacker, or by the raw material on lane stacker be transported to printing and dyeing warehouse access goods point.Tunnel heap
Stack machine and periphery conveying equipment are all made of automation type, are fitted with industrial control computer or the model of PLC.In addition to tunnel heap
Stack machine and periphery conveying equipment are further equipped with the auxiliary haulage equipment such as fork truck, transfer car(buggy) in printing and dyeing warehouse.
A2, establish automation storehouse control system, including install be configured with WCS(logistics control system) control calculate
Machine, and control computer telecommunication number connection lane stacker and periphery conveying equipment.Printing and dyeing install many motors control meter in warehouse
Calculation machine；Storage local area network is built in printing and dyeing warehouse, many motors control computer realizes interconnection by storage local area network, to be counted
According to interaction, staff is facilitated to control lane stacker and periphery conveying equipment.
A3 establishes Warehouse Management System, including install be configured with WMS(inventory management system) management computer, management
Computer is more, and an at least management computer is mounted in printing and dyeing warehouse and makees field management computer；More management
Between by storage local area network realize interconnection, and data connection and control computer.Internal proprietary AS/RS database separately is established,
The management computer control equal data of computer are connected to the database.
Step 2, inventory's stock, comprising:
B1 obtains buying order information, by managing computer typing, and stores buying order information to database；Buying order information
It can be formulated by printing and dyeing mill according to own situation, open people including at least the parameter of buying raw material, document openning date, document.
The parameter of raw material includes at least material name, model, quantity.
B2 controls lane stacker and periphery conveying equipment by control computer and the stock of buying is conveyed to goods
On frame, and raw material parameter and storage location generation inventory information are recorded by management computer, manages the inventory in computer
The storage such as information related data is stored in database.
Operation disengaging goods is managed for convenience of staff, wireless router is installed in printing and dyeing warehouse, is wirelessly connected more
A wireless PDA (palm PC), wireless PDA are connected to management computer and control computer by wireless network data.
Before carrying out step 2 operation, after completing step 1, need to first pass through management computer record storage shelf
Parameter, rack parameters include at least frame identifier of being able to tell good from bad, storage cavity 61(is shown in Fig. 2) quantity, size and position (know
Other coordinate parameters).
Step 3 produces outbound, comprising:
C1 obtains purchaser's order information and order information typing is managed computer.Obtain the mode of purchaser's order information
There are mainly two types of: it is a kind of, by manually being obtained according to the phone of purchaser, short message, mail；Another kind, by management allocation of computer
ERP supplier end, to access ERP platform, the buying order acquisition of information opened according to purchaser using client.
C2 generates manufacturing plan sheet by management computer；Purchaser is generally divided into after sending buying order information at present
Two kinds of situations, therefore the mode for generating production plan is also classified into two kinds:
One kind, purchaser oneself provides embryo cloth, then is processed according to buying order information to embryo cloth by printing and dyeing mill.When this kind of situation, work
Make personnel after purchaser's embryo cloth is transported to, the embryo cloth first provided purchaser carries out storage storage, then passes through management computer
Generate manufacturing plan sheet；
One kind, after management computer receives buying order, whether first making an inventory raw material inventory information, it is sufficient to calculate material inventory,
If insufficient, buying order information is generated according to residual quantity；After purchasing raw material arrival, storage storage first is carried out to it, is then passed through
It manages computer and generates manufacturing plan sheet.Mode of operation same step 2 when material storage.
C3 manipulates lane stacker by control computer according to manufacturing plan sheet and periphery conveying equipment is defeated by raw material
It prints and dyes warehouse, is counted by raw material of the management computer to outbound, and according in the parameter of the raw material of outbound more new database out
Inventory information.
When doing outbound control by controlling computer, two ways is set: it is a kind of, by staff according to production plan
Table manual operation control computer exports outbound control instruction；Control computer installation is to receive and by the people that works by another kind
Outbound control instruction is automatically generated after member's confirmation.
Step 4, finished product outbound, comprising:
D1 controls lane stacker by control computer and periphery conveying equipment conveys on finished product to shelf.It is being somebody's turn to do
When step operation, staff needs to access the inventory information of database by control computer, transfers rack parameters, and selection determines
Each finished product storage location.
D2 generates inventory's letter by managing the parameter and storage location of computer typing finished product, and by management computer
Breath is stored to database.For convenience of staff's operation, material inventory information and finished goods inventory information are mutually indepedent.
Step 5, finished product outbound, comprising:
E1 obtains finished product outbound information, and generates finished product outbound table by management computer typing.
E2, input finished product outbound table control lane stacker by control computer and periphery are defeated to computer is controlled
It send equipment that finished product is exported printing and dyeing warehouse, waits staff subsequent the access goods point that finished product is delivered to printing and dyeing warehouse in other words
It is carried on delivery car by fork truck or carrier etc..
E3 is counted by finished product of the management computer to outbound, and according in the parameter of the finished product of outbound more new database
Inventory information.
Step 6, inventory interrogate and examine:
F1 makes an inventory to inventory information by managing computer, and whether confirmation inventory information is correct.When doing inventory information and making an inventory,
Staff combines the inventory for going out storage information and last the day of reckoning from last the day of reckoning to believe by management computer
Breath comparison completes work of making an inventory with confirmation.
F2 presets slow-witted material time value in management computer, and it is synchronous when making an inventory inventory information for managing computer installation
The date differences on each material storage date and current date are calculated, and by date differences and slow-witted material time value comparison, work as the date
Difference is more than or equal to slow-witted material time value, then manages computer and define the slow-witted material of raw material, and do difference mark to it.Distinguish the side of mark
Formula can be will the raw material mark in slow-witted material be red or the mode of difference normal information indicates.
To realize that F2, step 2, B2 further include recording and storing entering for raw material by managing computer when material storage
The library date.
To avoid the occurrence of slow-witted the case where expecting, step 3, C3 further includes calculating each material storage by management computer
The date differences on date and current date, and according to date differences arranging raw material outbound from big to small, i.e., the raw material being first put in storage is first
Discharging.
Finished product discharges according to the discharge method of raw material, to be prevented from slow-witted material.
Through the above steps, the present invention can more efficiently be managed the storage of printing and dyeing mill, improve the efficiency of management,
And reduce error rate.It is mostly simply to be used as to place to store various cargos but because of passing shelf, it can not be good
The cooperation present invention uses, and causes to influence warehousing management effect, therefore make improvement to shelf, especially makes and changing to cloth shelf
Into.
Cloth shelf, referring to Fig. 2, including multiple support boards 1 and stabilizer blade 2.Multiple support boards 1 are arranged in longitudinal arrangement, branch
Foot 2 is four, is located at the four corners position of support board 1；Stabilizer blade 2 is longitudinal to wear multiple support boards 1, and lower end is extended
Support board 1.Supporting & stablizing is being kept, 2 lower end of stabilizer blade is being provided with support plate, support plate contradicts ground.
Referring to Fig. 3 and Fig. 5, feedback device of having vacant position, the information for whether shelf to have vacant position are set on support board 1
Feed back to warehousing management computer.Vacancy feedback device includes bearing plate 3 and feedback mechanism.
The sliding slot 11 for agreeing with bearing plate 3 is offered on support board 1, sliding slot 11 presents hatch frame, and bearing plate 3 is longitudinal sliding
Shifting is connected to sliding slot 11.
Feedback mechanism includes two fixed conducting blocks 41 and attention device 42.Two fixed conducting blocks 41 are set in lateral symmetry
It sets, is fixed respectively by outlet in grafting sliding slot 11, and fixed by dormant bolt.Attention device 42(is shown in Fig. 1) choosing
LED light is selected, because power consumption is less；The positive and negative terminal of attention device 42 connects two fixed conducting blocks 41 by conducting wire respectively.
Referring to Fig. 3 and Fig. 4, bearing plate 3 is located at the surface of fixed conducting block 41.It is provided in the lower part of bearing plate 3 more
The length of a reset spring 5, reset spring 5 longitudinally extends, and one end is fixedly connected on the lower end surface of bearing plate 3, and one end is fixed
It is connected to the bottom surface of sliding slot 11.When on bearing plate 3 without placing material, bearing plate 3 protrudes sliding slot 11 under the action of the spring,
That is upper surface of the upper surface of bearing plate 3 higher than support board 1.
Referring to Fig. 4 and Fig. 5, connecting rod 32 is fixedly connected with by dormant bolt in the lower end surface of bearing plate 3, connecting rod 32 is vertical
It extends downwardly；Connecting rod 32 is passed through between two fixed conducting blocks 41, and lower end extends to the lower section of fixed conducting block 41.
It is fixedly connected with active conductive block 31 far from one end of bearing plate 3 in connecting rod 32, the transverse direction of active conductive block 31 is long
Degree is greater than the spacing between two fixed conducting blocks 41.Under the action of reset spring 5, the transverse ends point of active conductive block 31
Two fixed conducting blocks 41 are not contacted at.
In use, being electrically connected power supply on fixed conducting block 41, it is positive and negative that two fixed conducting blocks 41 are separately connected power supply
End.When active conductive block 31 contradicts two fixed conducting blocks 41 simultaneously, attention device 42(is shown in Fig. 1) there is electric current to pass through, quilt
It enables.
When material is fallen on bearing plate 3,3 forced compression reset spring 5 of bearing plate, and move down, activity is led at this time
Electric block 31 and fixed conducting block 41 are separated from each other, and attention device 42 is not having electric current to pass through, and is closed.
Referring to Fig. 2, several partitions 6,6 company of being bolted of partition are provided between two support boards 1 of arbitrary neighborhood
It is connected to support board 1.By partition 6, the space formed between support board 1 and support board 1 is separated into multiple storage cavitys 61.It is empty
Position feedback device be it is multiple, be separately mounted to it is each storage cavity 61 bottom, and attention device 42 be mounted on by connecting plate it is each
Store the open side edges edge of cavity 61.
Since it is desired that storage material is of different sizes, at this time in order to improve the utilization rate for storing cavity 61, by each storage
There are many specifications for the size of cavity 61, the material of plurality of specifications are respectively corresponded, to improve space utilization rate.
Referring to Fig. 6, root can feed back shelf vacancy information according to the open/close states of attention device 42 by the above content；But
It is that feedback information is used as using attention device 42, needs to be manually entered shelf use information, or cooperation CCD acquisition information uses, because
This further setting current sensor 7, current sensor 7 can be used Hall sensor, be sheathed on main circuit conductor.It is using
When, 7 electric signal of current sensor is connected to warehousing management computer, detects simultaneously output electric current measure signal, anti-to complete information
Feedback.
Referring to Fig. 2, in order to can effectively be fallen on bearing plate 3 when guaranteeing that material is placed in storage cavity 61, and drive
Bearing plate 3 moves down.The lateral length of bearing plate 3 is set as extending along the width direction of storage cavity 61.
Further guide groove 12 is longitudinally opened up in 11 inner wall of sliding slot, in the side of bearing plate 3 one referring to Fig. 3 and Fig. 4
The body formed guide pad 33 for agreeing with guide groove 12,33 straight skidding of guide pad are connected to sliding slot 12.It can guarantee to hold as far as possible at this time
3 stress of weight plate simultaneously moves down, to drive active conductive block 31 mobile.
The present invention: being first set in warehouse by use process, later by vacancy feedback device by power supply, and electric current is passed
Sensor 7 is connected to suitable warehousing management control system, and attention device 42 is in the open state at this time.Staff can pass through sight
It examines attention device 42 and clearly stores whether cavity 61 is in vacant, is i.e. vacant state.-- shelf used in automatic stored management are big
More height are larger, so whether shelf top is in vacancy and is difficult to confirm.
After material is moved in storage cavity 61, fall on bearing plate 3,3 forced compression reset spring 5 of bearing plate is simultaneously
It moves down, active conductive block 31 is separated with fixed conducting block 41 at this time, and attention device 42 is closed, the detected value that current sensor 7 exports
Variation facilitates the automatic stored management system of cooperation to use to timely and effectively feed back vacancy information.
In conclusion the present invention can be managed with the storage of supermatic pair of printing and dyeing mill, and more efficiently, error
Rate is lower.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of printing and dyeing fabrics storage management method characterized by comprising
Step 1, basis preparation, including,
A1 builds automation storehouse, including establishes printing and dyeing warehouse, and several shelf are arranged in printing and dyeing warehouse, pacifies in shelf side
It fills lane stacker and cooperates the periphery conveying equipment of lane stacker；
A2 establishes automation storehouse control system, the control computer of logistics control system is configured with including being arranged, and control meter
Calculate dynamoelectric signal connection lane stacker and periphery conveying equipment；
A3 establishes Warehouse Management System, and the management computer of inventory management system is configured with including being arranged, and manages computer data
Connection and control computer, and data connection has database；
Step 2, inventory's stock, including,
B1 obtains buying order information, by managing computer typing, and stores buying order information to database；
B2 is given the feedstock transportation of buying to shelf by control computer control lane stacker and periphery conveying equipment
On, and raw material parameter and storage location generation inventory information are recorded by management computer；
Step 3 produces outbound, including,
C1 obtains purchaser's order information and order information typing is managed computer；
C2 generates manufacturing plan sheet by management computer；
C3 manipulates lane stacker and periphery conveying equipment by control computer according to manufacturing plan sheet and raw material is exported print
Warehouse is contaminated, is counted by raw material of the management computer to outbound, and according to the library in the parameter of the raw material of outbound more new database
Deposit information；
Step 4, warehousing finished products, including,
D1 controls lane stacker by control computer and periphery conveying equipment conveys on finished product to shelf；
D2 by managing the parameter and storage location of computer typing finished product, and generates inventory information by management computer and deposits
It stores up to database；
Step 5, finished product outbound, including,
E1 obtains finished product outbound information, and generates finished product outbound table by management computer typing；
E2, input finished product outbound table control lane stacker by control computer and periphery conveying are set to computer is controlled
It is standby that finished product is exported into printing and dyeing warehouse；
E3 is counted by finished product of the management computer to outbound, and according to the library in the parameter of the finished product of outbound more new database
Deposit information.
2. printing and dyeing fabrics storage management method according to claim 1, it is characterised in that: several shelf are divided into cloth
Shelf and stain shelf.
3. printing and dyeing fabrics storage management method according to claim 2, it is characterised in that: multiple specifications are arranged in the shelf
Whether different storage cavitys (61), the storage cavity (61) are set as to export automatically in blank state information to pipe
Computer is managed, its storage cavity (61) to different size is stored according to material different size.
4. printing and dyeing fabrics storage management method according to claim 1, it is characterised in that: the periphery conveying equipment includes
Several conveyers being used in conjunction with each other, transfer machine and elevator.
5. printing and dyeing fabrics storage management method according to claim 1, it is characterised in that: the basis preparation further includes building
Wireless operating-controlling mechanism is found, wireless operating-controlling mechanism includes configuring multiple wireless PDAs, and the wireless PDA is wirelessly connected to be calculated in management
Machine and control computer.
6. printing and dyeing fabrics storage management method according to claim 5, it is characterised in that: the step 2, B2 include working as
Material storage records and stores the material storage date by the management computer.
7. printing and dyeing fabrics storage management method according to claim 6, it is characterised in that: the step 3, C3 include logical
It crosses management computer and calculates the date differences on each material storage date and current date, and arranged from big to small according to date differences
Raw material outbound.
8. printing and dyeing fabrics storage management method according to claim 7, it is characterised in that: further include step 6, inventory's disk
It looks into,
F1 makes an inventory to inventory information by managing computer, and whether confirmation inventory information is correct；
F2 presets slow-witted material time value in management computer, is synchronous when making an inventory inventory information calculate by management computer installation
The date differences on each material storage date and current date out, and by date differences and slow-witted material time value comparison, work as date differences
It more than or equal to slow-witted material time value, then manages computer and defines the slow-witted material of raw material, and do difference mark to it.
9. a kind of cloth shelf applied to printing and dyeing fabrics storage management method, including multiple support boards (1) and stabilizer blade (2), more
A support board (1) longitudinal arrangement setting, the stabilizer blade (2) longitudinally wear support board (1), it is characterised in that: two is adjacent
It is arranged several partitions (6) between the support board (1), it is multiple storage chambers that the partition (6), which separates the space on support board (1),
Body (61), multiple storage cavitys (61) are divided into multiple groups, store the of different sizes of cavity (61) described in each group.
10. the cloth shelf according to claim 9 applied to printing and dyeing fabrics storage management method, it is characterised in that: institute
It states and feedback device of having vacant position is set in storage cavity (61), the vacancy feedback device includes that straight skidding is connected to storage cavity
(61) bearing plate (3) and feedback mechanism of bottom surface, bearing plate (3) lower part are provided with several reset springs (5), described anti-
Presenting mechanism includes two fixed conducting blocks (41) and attention device (42), and two fixed conducting blocks (41) are electrically connected in police
Show the positive and negative anodes of device (42), and transverse symmetrical arrangement, the lower part of the bearing plate (3) is provided with active conductive block (31), described
Active conductive block (31) is located on the perpendicular bisector of two fixed conducting block (41) lines, and lateral the two of the active conductive block (31)
End is located on the longitudinal direction of two fixed conducting blocks (41), and two fixed conducting block (41) series-connection power supplies are described solid
Determine that current sensor (7) are arranged on the main circuit of conducting block (41), current sensor (7) the output electric current measure signal to pipe
Manage computer.
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| CN109335430B (en) | 2020-06-02 |
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