CN104463536A - Logistics system storage control device and method - Google Patents
Logistics system storage control device and method Download PDFInfo
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Abstract
The invention provides a logistics system storage control device and method. The device comprises a resource control module, an information input terminal, a resource carrier, a goods shelf and a resource managing module. The logistics system storage control device and method have the advantages that the resource control strategy is automatically acquired or made by the resource control module which also controls information interaction between all the modules, effective overall management is achieved, management informatization is achieved comprehensively, and efficiency is improved greatly.
Description
Technical field
The present invention relates to logistics field, be specifically related to the method for a kind of logistics system warehouse-in control device and control warehouse-in.
Background technology
The development that current logistic industry is like a raging fire, tremendous contribution has been made to entire society's expanding economy, but logistic facilities is more extensive at present, and automaticity is lower, particularly in warehouse-in link, often adopt artificial registration, artificial or fork truck is transported, artificial cognition pile clear position, then carries out pile, efficiency is lower, is unfavorable for setting up efficient overall management.
Summary of the invention
The object of the invention is the defect overcoming prior art existence, provide logistics system to put control device in storage and control the method for warehouse-in.
The technical scheme realizing the object of the invention is: a kind of logistics system warehouse-in control device, is characterized in that, comprising:
Resource controlled block, in order to Gains resources control strategy, resource controlled block is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management module, information is mutual;
Information entry terminal, for sending warehouse-in request and input resource information;
Resource carrier, for delivering resource to assigned address pile,
Shelf, for pile resource;
Resource management module, for storage resources information.
Advantage of the present invention is, is independently obtained or formulate resource control scheme by resource controlled block, and controls the mutual of information between all modules, and realize managing as a whole efficiently, round Realization IT application in management, efficiency improves greatly.
Further, the mode of resource controlled block Gains resources control strategy is: described resource controlled block self resource allocation control strategy or described resource controlled block Gains resources control strategy from resource management module.
Further, resource controlled block is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management module, the mutual process of information is:
The typing of information entry terminal or autoscan typing resource information;
Resource controlled block by new typing resource information put into resource management module after, whether checked by resource management module is resource in stock,
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to resource controlled block, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management module is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to resource controlled block simultaneously, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
Further, the position that described resource controlled block distributes according to resource management module and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
Further, the input request that described resource controlled block sends according to information entry terminal, return to information entry terminal by automatically generating an empty file, this file content comprises: the one or more combination in resource information, entry time, warehouse-in instruction selection, outbound instruction selection, move selection.The form of file, title and path can set according to user's request.
Further, the input request that described resource controlled block sends according to information entry terminal, and after a generation empty file returns to information entry terminal automatically, information entry terminal sends to give an order according to the following steps, and automatically triggers next instruction after previous step instruction completes:
The first step: input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage in empty file; Planned by system automatic analysis and determine one and above memory location.；
Second step: confirm checking storehouse input the information such as checking storehouse instruction, goods information, warehousing time in empty file after; Report inventory information is carried by system automatic analysis.；
3rd step; Outbound is confirmed input the information such as outbound instruction, goods information, warehousing time in empty file after; Planned by system automatic analysis and determine one and above shipment position;
4th step: the form of enactment document, title and path.
Further, after the position that described resource controlled block distributes according to resource management module and quantity information formulate warehouse-in strategy, search and call idle resource carrier, call instructions are distributed according to one or more in the state of the resource carrier of free time, model, position, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management module, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.
Further, after described resource controlled block selectes resource carrier, resource carrier receives after instruction graduates will generate return signal automatically, and resource controlled block starts to receive the real time data information that special carrier is passed back, carry out complete monitoring, and this information is sent to resource management module storage.
Further, resource carrier carries out barcode scanning confirmation to resource, will perform next step after information confirmation after receiving the information of resource controlled block transmission, if barcode scanning confirms must not mate to transport, and generation error information feed back is to resource controlled block and/or resource management module.
Further, resource carrier confirms by this resource of carrying after resource information, and after bearing resource completes, vehicle-mounted inductor will be received signal and be transferred to resource controlled block and/or resource management module confirmation goods has carried complete, can transport.
Further, after resource controlled block confirms that cargo carrying completes, the routing information transmitted according to resource controlled block transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and resource controlled block are planned, resource controlled block will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and sends to resource management module record to preserve.
Further, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that resource controlled block transmits for detection current location, after planimetric position confirms, the height sensors that resource carrier is equipped with, send height induced signal confirm to resource controlled block, confirm errorless after carry out unloading storage.
Further, after resource unloading pile, resource management module will preserve the data message of whole warehouse-in process automatically, and starts timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
The present invention also provides a kind of logistics system to control the method for warehouse-in, comprises the following steps:
Resource Control Center Gains resources control strategy;
Resource Control Center is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management center, information is mutual.
Advantage of the present invention is, is independently obtained or formulate resource control scheme by resources control, and controls the mutual of information between all modules, and realize managing as a whole efficiently, round Realization IT application in management, efficiency improves greatly.
Further, the mode of Resource Control Center Gains resources control strategy is: described Resource Control Center self resource allocation control strategy or described Resource Control Center Gains resources control strategy from resource management center.
Further, Resource Control Center is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management center, the mutual process of information is:
The typing of information entry terminal or autoscan typing resource information;
Resource Control Center by new typing resource information put into resource management center after, whether checked by resource management center is resource in stock,
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to Resource Control Center, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management center is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to Resource Control Center simultaneously, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
Further, the position that described Resource Control Center distributes according to resource management center and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
Further, the input request that described Resource Control Center sends according to information entry terminal, return to information entry terminal by automatically generating an empty file, this file content comprises: the one or more combination in resource information, entry time, warehouse-in instruction selection, outbound instruction selection, move selection.Then in empty file, input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage; The form of enactment document, title and path, store this file, planned determine one and above Resource Storage position by system automatic analysis.Then carry out complete monitoring, and this monitor message is sent to resource management module storage.The form of file, title and path can set according to user's request.
Further, after the position that described Resource Control Center distributes according to resource management center and quantity information formulate warehouse-in strategy, search and call idle resource carrier, call instructions are distributed according to one or more in the state of the resource carrier of free time, model, position, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management center, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.
Further, after described Resource Control Center selectes resource carrier, resource carrier receives after instruction graduates will generate return signal automatically, and Resource Control Center starts to receive the real time data information that special carrier is passed back, carry out complete monitoring, and this information is sent to resource management center storage.
Further, resource carrier carries out barcode scanning confirmation to resource, will perform next step after information confirmation after receiving the information of Resource Control Center transmission, if barcode scanning confirms must not mate to transport, and generation error information feed back is to Resource Control Center and/or resource management center.
Further, resource carrier confirms by this resource of carrying after resource information, and after bearing resource completes, vehicle-mounted inductor will be received signal and be transferred to Resource Control Center and/or resource management center confirmation goods has carried complete, can transport.
Further, after Resource Control Center confirms that cargo carrying completes, the routing information transmitted according to Resource Control Center transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and Resource Control Center are planned, Resource Control Center will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and sends to resource management center record to preserve.
Further, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that Resource Control Center transmits for detection current location, after planimetric position confirms, the height sensors that resource carrier is equipped with, send height induced signal confirm to Resource Control Center, confirm errorless after carry out unloading storage.
Further, after resource unloading pile, resource management center will preserve the data message of whole warehouse-in process automatically, and starts timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
Accompanying drawing explanation
In order to make content of the present invention more easily be clearly understood, below according to specific embodiment also by reference to the accompanying drawings, the present invention is further detailed explanation, wherein:
Fig. 1 is schematic diagram of the present invention.
Embodiment
A kind of embodiment of the present invention, as shown in Figure 1, a kind of logistics system warehouse-in control device, comprising:
Resource controlled block (or claiming resource control), in order to Gains resources control strategy, resource controlled block is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management module (or claiming resource management center), information is mutual;
Information entry terminal, for sending warehouse-in request and input resource information;
Resource carrier, for delivering resource to assigned address pile,
Shelf, for pile resource;
Resource management module, for storage resources information.
Advantage of the present invention is, is independently obtained or formulate resource control scheme by resource controlled block, and controls the mutual of information between all modules, and realize managing as a whole efficiently, round Realization IT application in management, efficiency improves greatly.
The principle of work of some embodiments of the present invention is: when there being goods to need warehouse-in, information entry terminal sends warehouse-in request to resource management module, resource management module sends information acquisition list to information entry terminal, information entry terminal inputs the information of base resource (in practical application in information acquisition list, the input request that described resource controlled block sends according to information entry terminal, information entry terminal is returned to by automatically generating an empty file, this file content comprises: resource information, entry time, warehouse-in instruction is selected, outbound instruction is selected, one or more combination in move selection.The form of file, title and path can set according to user's request, concrete steps are as follows: the input request that described resource controlled block sends according to information entry terminal, and after a generation empty file returns to information entry terminal automatically, information entry terminal sends to give an order according to the following steps, and automatically triggers next instruction after previous step instruction completes:
The first step: input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage in empty file; Planned by system automatic analysis and determine one and above memory location.；
Second step: confirm checking storehouse input the information such as checking storehouse instruction, goods information, warehousing time in empty file after; Report inventory information is carried by system automatic analysis.；
3rd step; Outbound is confirmed input the information such as outbound instruction, goods information, warehousing time in empty file after; Planned by system automatic analysis and determine one and above shipment position;
4th step: the form of enactment document, title and path.), complete after namely above-mentioned instruction input required information, resource controlled block by new typing resource information put into resource management module after, whether checked by resource management module is resource in stock.
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to resource controlled block, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management module is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to resource controlled block simultaneously, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
In certain embodiments, the mode of resource controlled block Gains resources control strategy is: described resource controlled block self resource allocation control strategy or described resource controlled block Gains resources control strategy from resource management module.When having corresponding resource record and relevant tactful allocation plan in resource management module, resource controlled block directly calls this strategy, when there is no the record of related resource in resource management module, resource controlled block then configures this strategy voluntarily, its layoutprocedure can be carried out according to following thinking, first the information of resource management module about idle shelf is called, comprise position, quantity, size, the information such as the number of plies, then the quantity needed into base resource is combined, the information such as size, distribute shelf, and these shelf are marked, by its with enter base resource and bind, and then call the information of idle resource carrier, according to the state of the resource carrier of free time, model, one or more in position distribute call instruction, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management module, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.After described resource controlled block selectes resource carrier, resource carrier will generate return signal after receiving instruction graduates automatically, resource controlled block starts to receive the real time data information that special carrier is passed back, carry out complete monitoring (can comprise the resources such as resource information, date, resource Carrier-information, handler and driver's (if there is) information, process video recording from put in storage to be transported to the whole process of shelf all information in part or all, set as required), and this information is sent to resource management module storage.Whole like this transport loading chute can be monitored and backtracking is verified, and has the Suo Yuan that can to get to the bottom of it very soon during problem, finds problem place and person liable thereof whom is.
In other embodiment, shelf also can embed intelligent apparatus, as having the integrated system of radio transmission-receiving function, it can and resource management module, one or several in resource controlled block and resource carrier is carried out information interaction, it can store the information of the resource that places itself, quantity, the entry time of each part resource, the particular location (as which lattice of which layer) put, the coordinate information of shelf self, the information (as which number car) of resource carrier during warehouse-in, one or more in the information such as warehouse-in person's information (job code as operator), can adjust according to actual needs, it and resource controlled block, resource management module is mutual, the information of realization is checked, amendment, the function such as report an error, the typing of above-mentioned information is realized alternately with resource carrier, check, the function such as report an error.Whole system can fine rule validation-cross, prevent from makeing mistakes, and make it that there is trackability.
In certain embodiments, the typing of information entry terminal or autoscan typing resource information; The coding of the resource of warehouse-in can be needed to carry out information automatic input by autoscan, also can manual allocation (or automatically being distributed by resource controlled block) encode as required, the resource information (as the information that resource name, model, manufacturer, the place of production, date of manufacture, packaging type, quantity etc. need) that typing is detailed.These information finally can be stored in resource management module, can directly call later.
In certain embodiments, the position that described resource controlled block distributes according to resource management module and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
In certain embodiments, after resource carrier receives the information of resource controlled block transmission, the bar code reader (or code reader of other and codes match) that resource carrier is arranged is utilized to carry out barcode scanning confirmation to resource, next step will be performed after information confirmation, if barcode scanning confirms must not mate to transport, and generation error information feed back is to resource controlled block and/or resource management module.To reduce the generation of mistake further.
In certain embodiments, by this resource of carrying after resource carrier confirmation resource information, after bearing resource completes, vehicle-mounted inductor (or claim carrier inductor) will be received signal and be transferred to resource controlled block and/or resource management module confirmation goods has carried complete, can transport.
In certain embodiments, after resource controlled block confirms that cargo carrying completes, the routing information transmitted according to resource controlled block transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and resource controlled block are planned, resource controlled block will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and sends to resource management module record to preserve.
In certain embodiments, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that resource controlled block transmits for detection current location, after planimetric position confirms, the height sensors that resource carrier is equipped with, send height induced signal confirm to resource controlled block, confirm errorless after carry out unloading storage.
In certain embodiments, after resource unloading pile, resource management module will preserve the data message of whole warehouse-in process automatically, and start timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
In some embodiments, resource carrier is provided with position signal receiver, it is in order to the real-time coordinates position of this resource of real-time reception carrier, and transmit this positional information to resource management center (or resource control), simultaneously as required also can in order to receive and to transmit the location coordinate information that resource is finally deposited.
In actual applications, resource carrier can (can be common vehicle by special carrier as required, also can be engineering transit vehicle, can also be the intelligent robot of automatic Pilot) and intelligent controlling device composition, intelligent controlling device comprises aforesaid code-reading apparatus (bar code reader or other code reader), various sensor (height sensor, carrier inductor, and other sensor set up as required), position signal receiver, carrier controller etc.), according to the instruction of resource control, complete corresponding work.
The present invention also provides a kind of logistics system to control the method for warehouse-in, comprises the following steps:
Resource Control Center Gains resources control strategy;
Resource Control Center is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management center, information is mutual.
Advantage of the present invention is, is independently obtained or formulate resource control scheme by resources control, and controls the mutual of information between all modules, and realize managing as a whole efficiently, round Realization IT application in management, efficiency improves greatly.
In actual applications, in certain embodiments, when there being goods to need warehouse-in, information entry terminal sends warehouse-in request to resource management center, resource management center sends information acquisition list to information entry terminal, information entry terminal inputs the information of base resource (in practical application in information acquisition list, the input request that described Resource Control Center sends according to information entry terminal, information entry terminal is returned to by automatically generating an empty file, this file content comprises: resource information, entry time, warehouse-in instruction is selected, outbound instruction is selected, one or more combination in move selection.Then in empty file, input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage; The form of enactment document, title and path, store this file, planned determine one and above Resource Storage position by system automatic analysis.Then carry out complete monitoring, and this monitor message is sent to resource management module storage.The form of file, title and path can set according to user's request), Resource Control Center by new typing resource information put into resource management center after, whether checked by resource management center is resource in stock.
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to Resource Control Center, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management center is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to Resource Control Center simultaneously, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
In certain embodiments, the mode of Resource Control Center Gains resources control strategy is: described Resource Control Center self resource allocation control strategy or described Resource Control Center Gains resources control strategy from resource management center.When having corresponding resource record and relevant tactful allocation plan in resource management center, Resource Control Center directly calls this strategy, when there is no the record of related resource in resource management center, Resource Control Center then configures this strategy voluntarily, its layoutprocedure can be carried out according to following thinking, first the information of resource management center about idle shelf is called, comprise position, quantity, size, the information such as the number of plies, then the quantity needed into base resource is combined, the information such as size, distribute shelf, and these shelf are marked, by its with enter base resource and bind, and then call the information of idle resource carrier, according to the state of the resource carrier of free time, model, one or more in position distribute call instruction, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management center, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.After described Resource Control Center selectes resource carrier, resource carrier will generate return signal after receiving instruction graduates automatically, Resource Control Center starts to receive the real time data information that special carrier is passed back, carries out complete monitoring, and this information is sent to resource management center and store.
In other embodiment, shelf also can embed intelligent apparatus, as having the integrated system of radio transmission-receiving function, it can and resource management center, one or several in Resource Control Center and resource carrier is carried out information interaction, it can store the information of the resource that places itself, quantity, the entry time of each part resource, the particular location (as which lattice of which layer) put, the coordinate information of shelf self, the information (as which number car) of resource carrier during warehouse-in, one or more in the information such as warehouse-in person's information (job code as operator), can adjust according to actual needs, it and Resource Control Center, resource management center is mutual, the information of realization is checked, amendment, the function such as report an error, the typing of above-mentioned information is realized alternately with resource carrier, check, the function such as report an error.Whole system can fine rule validation-cross, prevent from makeing mistakes, and make it that there is trackability.
In certain embodiments, the typing of information entry terminal or autoscan typing resource information; The coding of the resource of warehouse-in can be needed to carry out information automatic input by autoscan, also can manual allocation (or automatically being distributed by Resource Control Center) encode as required, the resource information (as the information that resource name, model, manufacturer, the place of production, date of manufacture, packaging type, quantity etc. need) that typing is detailed.These information finally can be stored in resource management center, can directly call later.
In certain embodiments, the position that described Resource Control Center distributes according to resource management center and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
In certain embodiments, after resource carrier receives the information of Resource Control Center transmission, barcode scanning confirmation is carried out to resource, next step will be performed after information confirmation, if barcode scanning confirms must not mate to transport, and generation error information feed back is to Resource Control Center and/or resource management center.To reduce the generation of mistake further.
In certain embodiments, resource carrier confirms by this resource of carrying after resource information, and after bearing resource completes, vehicle-mounted inductor will be received signal and be transferred to Resource Control Center and/or resource management center confirmation goods has carried complete, can transport.
In certain embodiments, after Resource Control Center confirms that cargo carrying completes, the routing information transmitted according to Resource Control Center transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and Resource Control Center are planned, Resource Control Center will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and sends to resource management center record to preserve.
In certain embodiments, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that Resource Control Center transmits for detection current location, after planimetric position confirms, the height sensors that resource carrier is equipped with, send height induced signal confirm to Resource Control Center, confirm errorless after carry out unloading storage.
In certain embodiments, after resource unloading pile, resource management center will preserve the data message of whole warehouse-in process automatically, and start timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
Claims (25)
1. a logistics system warehouse-in control device, is characterized in that, comprising:
Resource controlled block, in order to Gains resources control strategy, resource controlled block is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management module, information is mutual;
Information entry terminal, for sending warehouse-in request and input resource information;
Resource carrier, for delivering resource to assigned address pile,
Shelf, for pile resource;
Resource management module, for storage resources information.
2. logistics system warehouse-in control device according to claim 1, it is characterized in that, the mode of resource controlled block Gains resources control strategy is: described resource controlled block self resource allocation control strategy or described resource controlled block Gains resources control strategy from resource management module.
3. logistics system warehouse-in control device according to claim 1, it is characterized in that, resource controlled block is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management module, the mutual process of information is:
The typing of information entry terminal or autoscan typing resource information;
Resource controlled block by new typing resource information put into resource management module after, whether checked by resource management module is resource in stock,
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to resource controlled block, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management module is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to resource controlled block simultaneously, resource controlled block formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
4. logistics system warehouse-in control device according to claim 3, it is characterized in that, the position that described resource controlled block distributes according to resource management module and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
5. logistics system warehouse-in control device according to claim 3, it is characterized in that, the input request that described resource controlled block sends according to information entry terminal, return to information entry terminal by automatically generating an empty file, this file content comprises: the one or more combination in resource information, entry time, warehouse-in instruction selection, outbound instruction selection, move selection.
6. logistics system warehouse-in control device according to claim 5, it is characterized in that, the input request that described resource controlled block sends according to information entry terminal, and after a generation empty file returns to information entry terminal automatically, information entry terminal sends to give an order according to the following steps, and next instruction is automatically triggered after previous step instruction completes
The first step: input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage in empty file; Planned by system automatic analysis and determine one and above memory location;
Second step: confirm checking storehouse input the information such as checking storehouse instruction, goods information, warehousing time in empty file after; Report inventory information is carried by system automatic analysis;
3rd step; Outbound is confirmed input the information such as outbound instruction, goods information, warehousing time in empty file after; Planned by system automatic analysis and determine one and above shipment position;
4th step: the form of enactment document, title and path.
7. logistics system warehouse-in control device according to claim 4, it is characterized in that, after the position that described resource controlled block distributes according to resource management module and quantity information formulate warehouse-in strategy, search and call idle resource carrier, according to the state of the resource carrier of free time, model, one or more in position distribute call instruction, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management module, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.
8. logistics system warehouse-in control device according to claim 4, it is characterized in that, after described resource controlled block selectes resource carrier, resource carrier will generate return signal after receiving instruction graduates automatically, resource controlled block starts to receive the real time data information that special carrier is passed back, carry out complete monitoring, and this information is sent to resource management module storage.
9. logistics system warehouse-in control device according to claim 4, it is characterized in that, after resource carrier receives the information of resource controlled block transmission, barcode scanning confirmation is carried out to resource, next step will be performed after information confirmation, if barcode scanning confirms must not mate to transport, and generation error information feed back is to resource controlled block and/or resource management module.
10. logistics system warehouse-in control device according to claim 9, it is characterized in that, by this resource of carrying after resource carrier confirmation resource information, after bearing resource completes, vehicle-mounted inductor will be received signal and be transferred to resource controlled block and/or resource management module and confirm that goods has carried complete, can transport.
11. logistics system warehouse-in control device according to claim 10, it is characterized in that, after resource controlled block confirms that cargo carrying completes, the routing information transmitted according to resource controlled block transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and resource controlled block are planned, resource controlled block will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and send to resource management module record to preserve.
12. logistics system warehouse-in control device according to claim 11, it is characterized in that, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that resource controlled block transmits for detection current location, after planimetric position confirms, resource carrier be equipped with height sensors, send height induced signal confirm to resource controlled block, confirm errorless after carry out unloading storage.
13. logistics system warehouse-in control device according to claim 12, it is characterized in that, after resource unloading pile, resource management module will preserve the data message of whole warehouse-in process automatically, and start timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
14. 1 kinds of logistics systems control the method for warehouse-in, it is characterized in that, comprise the following steps:
Resource Control Center Gains resources control strategy;
Resource Control Center is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management center, information is mutual.
15. logistics systems according to claim 14 control the method for warehouse-in, it is characterized in that, the mode of Resource Control Center Gains resources control strategy is: described Resource Control Center self resource allocation control strategy or described Resource Control Center Gains resources control strategy from resource management center.
16. logistics systems according to claim 14 control the method for warehouse-in, it is characterized in that, Resource Control Center is according to the resource control scheme obtained, and between control information entry terminal, resource carrier, shelf, resource management center, the mutual process of information is:
The typing of information entry terminal or autoscan typing resource information;
Resource Control Center by new typing resource information put into resource management center after, whether checked by resource management center is resource in stock,
If, the resource deposit position of correspondence and the deposit position of distribution and quantity are returned to Resource Control Center, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information;
If not, then resource management center is classified as and is newly entered base resource, and distribute deposit position and quantity for it and store this information, the deposit position of distribution and quantity are returned to Resource Control Center simultaneously, Resource Control Center formulates warehouse-in strategy according to this position and quantity information, send to resource carrier, resource ontology is carried to the deposit position of specifying by resource carrier according to instruction, and upgrades shelf information.
17. logistics systems according to claim 16 control the method for warehouse-in, it is characterized in that, the position that described Resource Control Center distributes according to resource management center and quantity information formulate warehouse-in strategy, described warehouse-in strategy comprise calling of resource carrier and distribute, resource carrier transport path, resource upload with unloading step, resource pile up the one or more combination wherein such as order, position and stacking height.
18. logistics systems according to claim 16 control the method for warehouse-in, it is characterized in that, the input request that described Resource Control Center sends according to information entry terminal, return to information entry terminal by automatically generating an empty file, this file content comprises: the one or more combination in resource information, entry time, warehouse-in instruction selection, outbound instruction selection, move selection; Then in empty file, input confirms warehouse-in after putting the information such as instruction, goods information, warehousing time in storage; The form of enactment document, title and path, store this file, planned determine one and above Resource Storage position by system automatic analysis;
Then carry out complete monitoring, and this monitor message is sent to resource management module storage.
19. logistics systems according to claim 17 control the method for warehouse-in, it is characterized in that, after the position that described Resource Control Center distributes according to resource management center and quantity information formulate warehouse-in strategy, search and call idle resource carrier, according to the state of the resource carrier of free time, model, one or more in position distribute call instruction, and wait for the answer response of invoked resource carrier, response is replied if there is no, then mark failure message, and failure message is fed back to resource management center, then the resource carrier searching and call the new free time is continued, until obtain the answer response of enough resource carriers.
20. logistics systems according to claim 17 control the method for warehouse-in, it is characterized in that, after described Resource Control Center selectes resource carrier, resource carrier will generate return signal after receiving instruction graduates automatically, Resource Control Center starts to receive the real time data information that special carrier is passed back, carry out complete monitoring, and this information is sent to resource management center storage.
21. logistics systems according to claim 17 control the method for warehouse-in, it is characterized in that, after resource carrier receives the information of Resource Control Center transmission, barcode scanning confirmation is carried out to resource, next step will be performed after information confirmation, if barcode scanning confirms must not mate to transport, and generation error information feed back is to Resource Control Center and/or resource management center.
22. logistics systems according to claim 21 control the method for warehouse-in, it is characterized in that, by this resource of carrying after resource carrier confirmation resource information, after bearing resource completes, vehicle-mounted inductor will be received signal and be transferred to Resource Control Center and/or resource management center and confirm that goods has carried complete, can transport.
23. logistics systems according to claim 22 control the method for warehouse-in, it is characterized in that, after Resource Control Center confirms that cargo carrying completes, the routing information transmitted according to Resource Control Center transports by resource carrier, if there is deviation in the path that the transportation route of midway resource carrier and Resource Control Center are planned, Resource Control Center will re-start planning, if deviation is greater than preset value will start warning system prompting traveling path deviation, and send to resource management center record to preserve.
24. logistics systems according to claim 23 control the method for warehouse-in, it is characterized in that, after resource carrier arrives destination, whether resource carrier is by consistent with the positional information that Resource Control Center transmits for detection current location, after planimetric position confirms, resource carrier be equipped with height sensors, send height induced signal confirm to Resource Control Center, confirm errorless after carry out unloading storage.
25. logistics systems according to claim 24 control the method for warehouse-in, it is characterized in that, after resource unloading pile, resource management center will preserve the data message of whole warehouse-in process automatically, and start timing and default comparison storage time, after reaching Preset Time certain numerical value when stored, startup warning system prompting is arrived preset value storage time by system.
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