CN104636803A - Combined cabinet revenue management system and method - Google Patents
Combined cabinet revenue management system and method Download PDFInfo
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- CN104636803A CN104636803A CN201110127373.1A CN201110127373A CN104636803A CN 104636803 A CN104636803 A CN 104636803A CN 201110127373 A CN201110127373 A CN 201110127373A CN 104636803 A CN104636803 A CN 104636803A
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- 238000007726 management method Methods 0.000 claims description 38
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/083—Shipping
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- G06Q50/40—
Abstract
The invention discloses a combined cabinet revenue management system and a method, which can be applied to a network system for realizing real-time combined loading operation. The combined cabinet revenue management system comprises more than one skirt server and one hub server. The skirt server selects whether to combine a master skirt air waybill or a master hub air waybill by the master skirt air waybill to the hub server, a master hub air waybill number is generated according to the master hub air waybill, and thus combined loading operation is completed.
Description
Technical field
The present invention relates to a kind of also cabinet revenue management system and method.
Background technology
Due to the change of enter-prise internationalization., management form, the buying of many enterprises one after another towards the development of multinational, various, a small amount of ordering method, and by production and selling integration keyholed back plate, makes all parts of the world increase counter and tears open and the demand of cabinet.Concerning shipping forwarding contractor personnel, for the situation of benefit, and for consignor, from being in early days the break-bulk transport system of traditional port to port, under the development of goods packing blocking and container transport, through the complete composite transport service that sea-freight forwarding contractor provides, facilitate the method for shipment of family to family.Sea-freight forwarding contractor, complying with under the market demand of current events transition pole, establishes overall conveyer chain network, serves easily to provide client.
Forwarding business relates to regarding traffic forwarding contractor business aspect, comprises boats and ships carriage, shipping agent and sea-freight forwarding contractor.Wherein, the cargo collection form of boats and ships carriage and shipping agent, the business form mainly with whole cabinet is main, and the cargo collection type of the forwarding contractor person that transports by sea contains whole cabinet and part load counter.But, the main force of sea-freight forwarding contractor person comparatively focuses in the business of part load counter.Because sea-freight forwarding contractor personnel be engaged in and fill business, contract respectively to multiple different owner of cargo the form that goods is merged into whole cabinet again, then give the acknowledgement of consignment of boats and ships carriage in whole cabinet mode, and the freight rate difference during obtaining.
Along with the development of container transport, main shipping track and the sub channel plotted point in counter course line form the counter port of transshipment, i.e. junction gradually, except whole cabinet transport, the goods of many discontented whole cabinets, separate sources also can also become a whole cabinet to be transported to destination, to reduce its transportation cost by cabinet.Part load counter in nearby nations is concentrated on multinational and cabinet axle center Gang Ji satellite station by manufacturer or goods forwarding contractor, is giving and cabinet, its object is to reduce transportation cost according to identical up to port.
Therefore, how to invent a kind of and cabinet revenue management system and method, with make the goods of satellite station and cabinet in junction, will be the present invention for actively disclosing part.
Summary of the invention
The object of this invention is to provide a kind of also cabinet revenue management system and method, technical matters to be solved is, satellite station server is utilized to connect hinge server by network system, with carry out non-and pretend industry or and pretend industry, to make the goods of satellite station and to be filled to junction, and then reach and the object of cabinet management.
For achieving the above object, a kind of also cabinet yield management method in the present invention adopts computer network automated job, online management and control is carried out to cabinet revenue management system whole process in the lump, it comprises the steps: to provide more than one satellite server, satellite server is used for satellite aviation sub-bill of lading (the House Air Waybill setting up satellite station (Skirt Station), or satellite aviation master bill of lading (Master Air Waybill, MAWB) HAWB); Hinge server is provided, hinge server is connected to satellite server by a network system, described hinge server is used for receiving and merging satellite aviation sub-bill of lading to junction (Hub Station) to set up hinge aviation master bill of lading (Master Air Waybill, MAWB).Above-mentioned satellite server is selected to carry out and is pretended industry or non-and pretend industry.If satellite server select carry out non-and pretend industry time, satellite server sets up satellite aviation sub-bill of lading, and corresponding generation one satellite aviation sub-bill of lading is numbered in satellite server, then, satellite server will transmit satellite aviation sub-bill of lading and satellite aviation sub-bill of lading numbering to hinge server.Whether hinge server is selected and is filled (Build Consol) satellite aviation sub-bill of lading.If hinge server is selected and is filled satellite aviation sub-bill of lading, then hinge server fill satellite aviation sub-bill of lading to hinge aviation master bill of lading, and corresponding hinge aviation master bill of lading, to produce hinge aviation master bill of lading numbering, and transmit hinge aviation master bill of lading numbering to satellite server.
A kind of also cabinet revenue management system in the present invention is applicable to a network system, realize real-time and pretend industry, and cabinet revenue management system comprises: more than one satellite server and hinge server, satellite server is arranged in satellite station, described satellite server comprises: satellite cabinet income module, in order to pretend industry or non-and pretend industry according to satellite goods and selection, to judge to produce satellite aviation sub-bill of lading (House Air Waybill, or satellite aviation master bill of lading (Master Air Waybill, MAWB) HAWB); Satellite data input and/or output module, in order to transmit satellite aviation sub-bill of lading or satellite aviation master bill of lading; And satellite storage module, in order to store satellite aviation sub-bill of lading or satellite aviation master bill of lading.Hinge Servers installed is on junction, and hinge server connects satellite server by network system, and hinge server comprises: hinge cabinet income module, in order to produce hinge aviation master bill of lading (Master Air Waybill, MAWB); The input of hinge data and/or output module, in order to transmit hinge aviation master bill of lading, and receive satellite aviation sub-bill of lading or satellite aviation master bill of lading; And hinge storage module, in order to store hinge aviation master bill of lading.Wherein, whether hinge cabinet income module system select and fill satellite aviation sub-bill of lading or satellite aviation master bill of lading to hinge aviation master bill of lading, and produce hinge aviation master bill of lading numbering according to hinge aviation master bill of lading, the input of hinge data and/or output module system transmit hinge aviation master bill of lading numbering to satellite and cabinet income module, satellite cabinet income module system stores hinge aviation master bill of lading numbering to satellite storage module.
Accompanying drawing explanation
Fig. 1: be the schematic diagram of the also cabinet revenue management system of a preferred embodiment of the present invention.
Fig. 2: illustrate by the preferred embodiment according to Fig. 1 the hardware structure of hinge server and satellite server and cabinet revenue management system schematic diagram.
Fig. 3: be of the present invention and cabinet yield management method flow diagram.
Fig. 4: be satellite aviation sub-bill of lading input picture.
Fig. 5: be another satellite aviation sub-bill of lading input picture.
Fig. 6: be hinge aviation master bill of lading picture.
Fig. 7: for pretending industry window picture in the lump.
Fig. 8: be the hinge aviation master bill of lading page of hinge server.
Fig. 9: be satellite aviation master bill of lading picture.
Figure 10: be another satellite aviation master bill of lading picture.
Primary clustering symbol description
10 ~ and cabinet revenue management system
12 ~ satellite station
122 ~ satellite server
The input of 1222 ~ satellite data and/or output module
12242 ~ satellite aviation sub-bill of lading module
12244 ~ satellite aviation master bill of lading module
1224 ~ satellite cabinet income module
1226 ~ satellite application module
1228 ~ satellite storage module
14 ~ junction
142 ~ hinge server
The input of 1422 ~ hinge data and/or output module
14242 ~ hinge aviation sub-bill of lading module
14244 ~ hinge aviation master bill of lading module
1424 ~ hinge cabinet income module
1426 ~ hinge application module
1428 ~ hinge storage module
16 ~ network system
18 ~ import terminal
HAWB1 ~ satellite aviation sub-bill of lading
MAWB1 ~ satellite aviation master bill of lading
MAWB2 ~ hinge aviation master bill of lading
No1 ~ satellite aviation sub-bill of lading numbering
No2 ~ hinge aviation master bill of lading numbering
700 ~ and pretend industry window picture
702 ~ block A
704 ~ block B
706 ~ block C
S10 ~ S12, S120 ~ S128, S140 ~ S145 ~ method
C1, C2 ~ estimate expense
E1, E2, E3 ~ hinge electronics warehouse receipt
F1 ~ Flight Information
SMAWB ~ satellite aviation master bill of lading.
Embodiment
Below adopt particular specific embodiment that embodiments of the present invention are described, the personage being familiar with this skill can understand other advantages of the present invention and effect easily by content disclosed in the present specification.The present invention also can be implemented by other different instantiations or be applied, and the every details in this instructions also based on different viewpoints and application, can carry out various modification and change under not departing from spirit of the present invention.
With reference to the schematic diagram that figure 1 and Fig. 2, Fig. 1 are a preferred embodiment of the present invention cabinet yield management (Consolidation Yield Management, CYM) system.Fig. 2 be the hardware structure of hinge server 142 shown by the preferred embodiment of Fig. 1 and satellite server 122 and cabinet revenue management system schematic diagram.And cabinet revenue management system 10 is by a network system 16, realize between satellite station 12 and junction 14 in real time and pretend industry.And cabinet revenue management system 10 comprises: be arranged at the satellite server 122 in satellite station 12, the hinge server 142 be arranged in junction 14.Satellite server 122 is online through network system 16 and hinge server 142.It should be noted that, only explain in hinge server 142 so that satellite server 122 is online in Fig. 1, so, hinge server 142 of the present invention also can concurrent connections in more than one satellite server 122, its goods is loaded on hinge server 142 to make plurality of satellites server 122 simultaneously.
With reference to figure 2, satellite server 122 is arranged in satellite station 14.Satellite server 122 comprises: satellite and cabinet income module 1224, satellite data input and/or output module 1222, satellite storage module 1228.Satellite cabinet income module 1224 are in order to according to a satellite goods, namely satellite station 12 want freight, industry or one non-and pretend industry is pretended in the lump with selection, to judge generation one satellite aviation sub-bill of lading (House Air Waybill, HAWB) HAWB1, or satellite aviation master bill of lading (Master Air Waybill, a MAWB) MAWB1.Satellite data input and/or output module 1222 are in order to transmit satellite aviation sub-bill of lading HAWB1 or satellite aviation master bill of lading MAWB1.Satellite storage module 1228 is in order to store satellite aviation sub-bill of lading HAWB1 or satellite aviation master bill of lading MAWB1.
Hinge server 142 is arranged on junction 14.Hinge server 142 connects satellite server 142 by network system 16.Hinge server 142 comprises: hinge and cabinet income module 1424, hinge data input and/or output module 1422, hinge storage module 1428.Hinge cabinet income module are in order to produce a hinge aviation master bill of lading (Master Air Waybill, MAWB) MAWB2.The input of hinge data and/or output module 1422 in order to transmit hinge aviation master bill of lading MAWB2, and receive satellite aviation sub-bill of lading HAWB1 or satellite aviation master bill of lading MAWB1.Hinge storage module 1428 is in order to store hinge aviation master bill of lading MAWB2.
Whether hinge cabinet income module 1224 can be selected and fill satellite aviation sub-bill of lading HAWB1 or satellite aviation master bill of lading MAWB1 to hinge aviation master bill of lading MAWB2.Hinge cabinet income module 1224 produce hinge aviation master bill of lading numbering No2 according to hinge aviation master bill of lading MAWB2.After this, the input of hinge data and/or output module 1422 transmit hinge aviation master bill of lading numbering No2 to satellite and cabinet income module 1224.Finally, satellite cabinet income module 1224 stores hinge aviation master bill of lading numbering No2 to satellite storage module 1228.The satellite server 122 of satellite station 12 completes satellite goods and is filled to the hinge server 142 of junction 14, and satellite server also learns this satellite goods and the hinge aviation master bill of lading numbering No2 of dress and relevant flight data.
Another embodiment of the present invention, with reference to figure 2, satellite cabinet income module 1224 comprises satellite aviation sub-bill of lading module 12242, hinge cabinet income module 1424 comprises hinge aviation sub-bill of lading module 14242.When satellite aviation sub-bill of lading module 12242 select non-and pretend industry time, satellite cabinet income module 1224 produces satellite aviation sub-bill of lading HAWB1, and corresponding satellite aviation sub-bill of lading HAWB1 produces satellite aviation sub-bill of lading numbering No1.Satellite data input and/or output module 1222 transmit satellite aviation sub-bill of lading to the input of hinge data and/or output module 1422.The input of hinge data and/or output module 1422 transmit satellite aviation sub-bill of lading HAWB1 to hinge aviation sub-bill of lading module HAWB2.
Another embodiment of the present invention, satellite cabinet income module 1224 comprises satellite aviation master bill of lading module 12244, hinge cabinet income module 1424 comprises hinge aviation master bill of lading module 14244.When satellite aviation master bill of lading model choice and when pretending industry, satellite aviation master bill of lading module 12244 produces satellite aviation master bill of lading MAWB1.Satellite data input and/or output module 1222 transmit satellite aviation master bill of lading MAWB1 to the input of hinge data and/or output module 1222.The corresponding satellite aviation master bill of lading MAWB2 of hinge aviation master bill of lading module 14244, to produce hinge aviation master bill of lading numbering No2.The input of hinge data and/or output module 142 are transmit satellite aviation master bill of lading numbering No2 and Flight Information F1 to the input of hinge data and/or output module 1422.
Another embodiment of the present invention, satellite server 122 comprises satellite application module 1226, and hinge server 142 comprises hinge application module 1426.Satellite application module 1226 and hinge application module 1426 are in order to perform in advance and dress plan, real-time synchronization satellite aviation sub-bill of lading HAWB1 is between hinge server and satellite server and calculate the surplus of satellite server 122 and hinge server 142, wherein hinge application module 1426 produces hinge electronics warehouse receipt E1, and to be inputted by hinge data and/or output module 1422 is sent to import terminal 18 through network system 16, as shown in Figure 1, subsequently and calculate one and estimate expense C1, satellite server 122 is sent to so that expense C1 will be estimated.
Another embodiment of the present invention, please refer to Fig. 2 and Fig. 3, and Fig. 3 is the present invention and cabinet yield management method flow diagram.As shown in the figure, and cabinet yield management method adopts computer network automated job, to and cabinet revenue management system 10 whole process carries out the online management and control of network system 16.In step S10: provide more than one satellite server, for setting up satellite aviation sub-bill of lading (the House Air Waybill of a satellite station (Skirt Station) 12, HAWB) HAWB1 or satellite aviation master bill of lading (Master Air Waybill, MAWB) MAWB1.Step S11: hinge server 122 is provided, satellite server 122 is connected to by network system 16, for receiving and merging satellite aviation sub-bill of lading HAWB1 to junction (Hub Station) 14 to set up hinge aviation master bill of lading (Master Air Waybill, MAWB) MAWB2.
Step S12: satellite server 122 judges whether carry out and fill.Carry out if judge and fill, then select and pretend industry.Or, carry out non-if judge and fill, then select non-and pretend industry.Step S120: if satellite server 122 judges carry out non-and fill, then select carry out non-and pretend industry time, satellite server 12 provides the user of satellite station 12, according to the quantity of satellite goods, so that the data of satellite aviation sub-bill of lading HAWB1 are input to satellite aviation sub-bill of lading module 12242.With reference to figure 4, it is satellite aviation sub-bill of lading input picture.Step S121: satellite aviation sub-bill of lading input picture 400 shows a CYM button.After satellite aviation sub-bill of lading HAWB1 fills in, user confirms satellite aviation sub-bill of lading HAWB1, and presses CYM button, and satellite aviation sub-bill of lading module 12242 sets up satellite aviation sub-bill of lading HAWB1, and corresponding generation satellite aviation sub-bill of lading numbering No1.Then, satellite data input and/or output module 1222 transmit satellite aviation sub-bill of lading numbering No1 and satellite aviation sub-bill of lading HAWB1 to hinge server 142 hinge data input and/or output module 1422.Step S122: as satellite aviation sub-bill of lading HAWB1 and when being loaded on hinge server 142, can watch satellite aviation sub-bill of lading HAWB1 data and satellite aviation sub-bill of lading numbering No1 in real time by satellite aviation sub-bill of lading input picture.
With reference to figure 5, it is another satellite aviation sub-bill of lading input picture.Step S123: hinge aviation sub-bill of lading module 14242 judges that whether the data of satellite aviation sub-bill of lading HAWB1 are detailed, if data are not detailed, then to step S1231: hinge server 142 to satellite aviation sub-bill of lading input picture presses Refresh button.It should be noted that, in the present embodiment, also comprise the step of this satellite aviation sub-bill of lading HAWB1 of real-time synchronization between hinge server 142 and satellite server 122.
Step S124: the hinge aviation master bill of lading module 14244 of hinge server 142 judges whether and fills (Build Consol) satellite aviation sub-bill of lading HAWB1.
Please refer to Fig. 6 and Fig. 7.Fig. 6 is hinge aviation master bill of lading picture.Fig. 7 is for pretend industry window picture in the lump.Step S125: if hinge aviation master bill of lading module 14244 judges carry out and fill, then hinge aviation master bill of lading module 14244 sets up hinge aviation master bill of lading MAWB2 in advance, as shown in Figure 6, and presses Build Consol button, and show simultaneously and pretend industry window picture, as shown in Figure 7.
With reference to figure 7, and pretend industry window picture 700 and be divided into three blocks, be respectively block A, 702, block B, 704, block C, 706.Block A, 702 comprise: and fill the Total PCS of inventory and shipment, the information such as Total GWT, Total VWT.Block B, 704 comprise: the hinge aviation sub-bill of lading HAWB2 that Date and DSTN two Search criteria provide user to search hinge server 1422.Block C, 706 comprise: the satellite aviation sub-bill of lading HAWB1 that Date, DSTN and Station tri-Search criteria provide user to search other satellite servers 122.
Step S125: user can set block B, Date and DSTN (City Code) two Search criteria in 704, then press [Load] button to search, qualified for junction 14 hinge aviation sub-bill of lading HAWB2 can be shown in block B by system, in inventory in 704, user can choose for and aviation sub-bill of lading HAWB1 or HAWB2 filled in inventory.While choosing, block A, the Total PCS in 702, Total GWT, Total VWT can timely update, calculate the correct total information that adds in advance for reference and pretend the result of industry.Block C, the operation of 706 with block B, 704, user can utilize Station Search criteria to set the satellite aviation sub-bill of lading HAWB1 of satellite station 12 for searching.
User is at block B, 704 and block C, after inventory in 706 is chosen, the HAWB that these are checked to be added to block A if determine, 702 and fill in inventory, block A can be pressed, [Save] button in 702, system can by block B, 704 and block C, the record be checked in the inventory of 706 is added in block A and fills in inventory, and can at block A after dress, suitable Port Code is selected in PortOfDEPT in 702, close and to pretend after industry window 700 and PortOfDEPT can be taken to the PortOfDEPT field in the hinge aviation master bill of lading MAWB2 page by cabinet revenue management system 10, as shown in Figure 8.Wherein, Fig. 8 is the hinge aviation master bill of lading page of hinge server 142.
Step S126, the satellite aviation sub-bill of lading HAWB1 of satellite station 14 is filled to the hinge aviation master bill of lading MAWB2 of junction 12, to complete the goods of satellite station 12 and to be filled to junction 14, and corresponding this hinge aviation master bill of lading HAWB2, to produce a hinge aviation master bill of lading numbering No2.The input of hinge data and/or output module system transmit hinge aviation master bill of lading numbering No2 to satellite server 122.
Step S127: the hinge application module 1428 of hinge server 142 transmits a hinge electronics warehouse receipt E1 to import terminal 18, estimates expense C1 to calculate one, and expense C1 will be estimated be sent to satellite server 122.Hinge server 142 hinge application module 1428 according to estimating expense C1, to carry out the step confirmed.
The hinge data input of hinge server 142 and/or output module 1422 are transmission one hinge electronics warehouse receipt E1 to import terminal 18, estimate expense C1, and will estimate expense C1 and be sent to satellite server 122 to calculate one.
Step S128: hinge server 142 according to estimating expense C1, to carry out the step confirmed.Satellite station 12 just can carry out the operation confirming cost after receiving the bill of junction 14.
Another embodiment of the present invention, in step S124: if the hinge aviation master bill of lading module 14244 of hinge server 142 judges also not fill (Build Consol) satellite aviation sub-bill of lading HAWB1, then direct to step S127.
Another embodiment of the present invention, please refer to Fig. 3, step S140: if when satellite server 122 is selected carry out and pretend industry, then the satellite aviation master bill of lading module 12244 of satellite server 122 sets up satellite aviation master bill of lading MAWB1.
Please refer to Fig. 9, Figure 10, wherein Fig. 9 is satellite aviation master bill of lading picture.Figure 10 is another satellite aviation master bill of lading picture.If satellite station 12 is for also dress can when setting up satellite aviation master bill of lading MAWB1 at (sender's kind) Issuer Type selection [Station] voluntarily.In addition, main single class (MAWB Type) can be shown as [CoLoad Out to DIMERCO] by system automatically, as shown in Figure 10.
Step S141: and after dress, user can click [eManifest] button, the satellite data input of satellite server 122 and/or output module 1222 transmit a satellite electron warehouse receipt E2 to hinge server 142, data can be sent to the hinge server 142 of junction 14 by system, carry out subsequent job for its user.
Step S142: the user of junction 14 can continue to process the container freight station (CFS) cargo that satellite station 12 sends here, i.e. satellite aviation master bill of lading SMAWB.Step S1421: if the data of satellite aviation master bill of lading SMAWB fill in can click not in detail satellite aviation master bill of lading the bill of lading input picture on [Refresh] button (not shown), system can capture data to hinge server 142, then by this Data Update again from the satellite storage module 1228 of satellite station 12.
Step S143: hinge server 142 judges whether and fills the satellite aviation master bill of lading SMAWB that satellite server 122 sends.
Step S144: if hinge server 142 judges and fills the satellite aviation master bill of lading SMAWB that satellite server 122 sends, then hinge server 142 fill satellite aviation master bill of lading SMAWB, to become this hinge aviation master bill of lading MAWB2.Hinge server this satellite aviation corresponding master bill of lading SMAWB, to produce a hinge aviation master bill of lading numbering No2, and transmits a hinge aviation master bill of lading numbering No2 and Flight Information F1 to satellite server 122.And when this ticket goods is by hinge server 142 and when filling, the bill of lading input picture of now hinge aviation master bill of lading MAWB2 there will be hinge aviation master bill of lading numbering No2 and Flight Information (Carrier Book) information F1(is not shown).
Step S145: hinge server 142 transmits a hinge electronics warehouse receipt E3 to import terminal 18, as shown in Figure 1, estimates expense C2 to calculate one, and this is estimated expense C2 and be sent to satellite server 122.
Though the present invention discloses as above with preferred embodiment; so it is not intended to limiting the invention, any those who are familiar with this art, without departing from the spirit and scope of the invention; when can do variation with retouching, therefore scope when depending on after the attached claim person of defining be as the criterion.
Claims (10)
1. and a cabinet yield management method, be adopt computer network automated job, online management and control carried out to cabinet revenue management system whole process in the lump, it is characterized in that: comprise the steps:
There is provided more than one satellite server, for setting up a satellite aviation sub-bill of lading or a satellite aviation master bill of lading of a satellite station;
There is provided a hinge server, hinge server is connected to satellite server by a network system, and hinge server is used for receiving and merging satellite aviation sub-bill of lading to junction to set up a hinge aviation master bill of lading;
Satellite server is selected to carry out and is pretended industry or non-and pretend industry;
If satellite server select carry out non-and pretend industry time, satellite server sets up satellite aviation sub-bill of lading, and corresponding generation one satellite aviation sub-bill of lading numbering, then transmit described satellite aviation sub-bill of lading and satellite aviation sub-bill of lading numbering to hinge server;
Whether hinge server is selected and is filled described satellite aviation sub-bill of lading;
If hinge server is selected and is filled described satellite aviation sub-bill of lading, then hinge server fill described satellite aviation sub-bill of lading to junction to set up a hinge aviation master bill of lading, and corresponding described hinge aviation master bill of lading produces a hinge aviation master bill of lading numbering, and transmit described hinge aviation master bill of lading numbering to satellite server.
2. one according to claim 1 cabinet yield management method, is characterized in that: hinge server transmits hinge electronics warehouse receipt to import terminal, estimate expense, and expense of estimating is sent to satellite server to calculate one; Hinge server according to estimating expense, to carry out the step confirmed.
3. one according to claim 1 cabinet yield management method, is characterized in that:
If when satellite server is selected carry out and pretend industry, satellite server sets up satellite aviation master bill of lading;
Satellite server transmits a satellite electron warehouse receipt to hinge server; And
Hinge server judges whether and fills the satellite aviation master bill of lading that satellite server sends, to become hinge aviation master bill of lading, and hinge server corresponding satellite aviation master bill of lading produce one hinge aviation master bill of lading numbering, and transmit hinge aviation master bill of lading numbering and a Flight Information to satellite server.
4. one according to claim 3 cabinet yield management method, is characterized in that:
Hinge server transmits hinge electronics warehouse receipt to import terminal, estimate expense, and expense of estimating is sent to satellite server to calculate one.
5. one according to claim 4 cabinet yield management method, is characterized in that: hinge server according to estimating expense, to carry out the step confirmed.
6. one according to claim 1 cabinet yield management method, is characterized in that: also comprise the step of satellite aviation sub-bill of lading between described hinge server and described satellite server described in real-time synchronization.
7. and a cabinet revenue management system, be applicable to a network system, realize in real time and pretend industry, and cabinet revenue management system comprise more than one satellite server and a hinge server;
Satellite server is arranged in a satellite station, and satellite server comprises:
One satellite cabinet income module, in order to according to a satellite goods with select to pretend in the lump industry or non-and pretend industry, to judge generation one satellite aviation sub-bill of lading or a satellite aviation master bill of lading;
One satellite data input and/or output module, in order to transmit satellite aviation sub-bill of lading or satellite aviation master bill of lading; And
One satellite storage module, in order to store satellite aviation sub-bill of lading or satellite aviation master bill of lading;
Described hinge Servers installed is on a junction, and hinge server connects satellite server by network system, and hinge server comprises:
One hinge cabinet income module, in order to produce a hinge aviation master bill of lading;
One input of hinge data and/or output module, in order to transmit hinge aviation master bill of lading, and receives satellite aviation sub-bill of lading or satellite aviation master bill of lading; And
One hinge storage module, in order to store hinge aviation master bill of lading;
Wherein, whether hinge cabinet income model choice be and fill satellite aviation sub-bill of lading or satellite aviation master bill of lading to hinge aviation master bill of lading, and produce a hinge aviation master bill of lading numbering according to hinge aviation master bill of lading, the input of hinge data and/or output module transmit hinge aviation master bill of lading numbering to satellite and cabinet income module, satellite cabinet income module stores hinge aviation master bill of lading numbering to satellite storage module.
8. one according to claim 7 cabinet revenue management system, it is characterized in that: described satellite cabinet income module comprises a satellite aviation sub-bill of lading module, hinge cabinet income module comprises a hinge aviation sub-bill of lading module, satellite aviation sub-bill of lading module is for selecting non-and pretending industry, satellite cabinet income module are for generation of satellite aviation sub-bill of lading, and corresponding generation satellite aviation sub-bill of lading numbering, satellite data input and/or output module transmit satellite aviation sub-bill of lading to the input of hinge data and/or output module, the input of these hinge data and/or output module transmit satellite aviation sub-bill of lading to hinge aviation sub-bill of lading module.
9. one according to claim 7 cabinet revenue management system, it is characterized in that: satellite cabinet income module comprises a satellite aviation master bill of lading module, hinge cabinet income module comprises a hinge aviation master bill of lading module, satellite aviation master bill of lading module is used for selecting and pretending industry, satellite aviation master bill of lading module produces satellite aviation master bill of lading, satellite data input and/or output module transmit satellite aviation master bill of lading to the input of hinge data and/or output module, hinge aviation master bill of lading module corresponding satellite aviation master bill of lading produces hinge aviation master bill of lading numbering, the input of hinge data and/or output module transmit satellite aviation master bill of lading numbering and a Flight Information inputs and/or output module to hinge data.
10. one according to claim 7 cabinet revenue management system, it is characterized in that: satellite server comprises a satellite application module, hinge server comprises a hinge application module, in order to perform in advance and dress plan, real-time synchronization satellite aviation sub-bill of lading is between hinge server and satellite server, and calculate the surplus of satellite server and hinge server, wherein hinge application module produces a hinge electronics warehouse receipt, and to be inputted by hinge data and/or output module is sent to an import terminal, expense is estimated to calculate one, and expense of this being estimated is sent to this satellite server.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110127373.1A CN104636803A (en) | 2011-05-17 | 2011-05-17 | Combined cabinet revenue management system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201110127373.1A CN104636803A (en) | 2011-05-17 | 2011-05-17 | Combined cabinet revenue management system and method |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050065828A1 (en) * | 2003-09-23 | 2005-03-24 | Kroswek Thomas R. | Systems and methods for supply chain management |
| US20050149453A1 (en) * | 2003-12-30 | 2005-07-07 | United Parcel Service Of America, Inc. | Systems and methods for integrated global shipping and visibility |
| US20060116893A1 (en) * | 2004-11-24 | 2006-06-01 | Carnes Joseph L | Apparatus and method of collecting and monitoring shipment data |
| US20090265223A1 (en) * | 2004-01-30 | 2009-10-22 | Canon Usa, Inc. | Estimated time of arrival (eta) systems and methods |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050065828A1 (en) * | 2003-09-23 | 2005-03-24 | Kroswek Thomas R. | Systems and methods for supply chain management |
| US20050149453A1 (en) * | 2003-12-30 | 2005-07-07 | United Parcel Service Of America, Inc. | Systems and methods for integrated global shipping and visibility |
| US20090265223A1 (en) * | 2004-01-30 | 2009-10-22 | Canon Usa, Inc. | Estimated time of arrival (eta) systems and methods |
| US20060116893A1 (en) * | 2004-11-24 | 2006-06-01 | Carnes Joseph L | Apparatus and method of collecting and monitoring shipment data |
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