WO2019028633A1 - 一种运输合同管理系统 - Google Patents

一种运输合同管理系统 Download PDF

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Publication number
WO2019028633A1
WO2019028633A1 PCT/CN2017/096299 CN2017096299W WO2019028633A1 WO 2019028633 A1 WO2019028633 A1 WO 2019028633A1 CN 2017096299 W CN2017096299 W CN 2017096299W WO 2019028633 A1 WO2019028633 A1 WO 2019028633A1
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Prior art keywords
information
transportation
cargo
module
obtaining
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PCT/CN2017/096299
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English (en)
French (fr)
Inventor
万忠凯
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深圳益强信息科技有限公司
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Priority to PCT/CN2017/096299 priority Critical patent/WO2019028633A1/zh
Publication of WO2019028633A1 publication Critical patent/WO2019028633A1/zh

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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

Definitions

  • the present invention relates to the field of information management technology, and in particular to a transportation contract management system.
  • the present invention provides a transportation contract management system comprising:
  • An identity obtaining module configured to obtain identity information of the shipper and identity information of the carrier
  • a cargo information obtaining module configured to obtain cargo information of the first cargo
  • a transportation line information acquiring module configured to acquire transportation line information of the first cargo
  • a transportation request information acquisition module configured to acquire transportation requirement information of the first cargo
  • the transportation cost information obtaining module is configured to obtain transportation cost information, where the transportation cost information includes: Charge period, charge standard, charge amount, payment account, and collection account;
  • the breach clause acquisition module is used to obtain the breach condition and the liability for breach of contract
  • a terminating clause obtaining module for obtaining condition information for terminating the contract
  • a generating module configured to generate, according to the identity information of the shipper, the identity information of the carrier, the cargo information, the transportation line information, the transportation requirement information, the transportation cost information, the breach condition and the liability for breach of contract, and the condition information of the termination contract a contract of carriage of the first goods;
  • a warehouse information obtaining module configured to acquire storage information of the first cargo, and determine whether the carrier starts to carry the first cargo; if yes,
  • a transportation time acquisition module after the storage information obtaining module determines that the carrier starts to carry the first cargo, obtains a time when the carrier starts to carry the first cargo as the first time point;
  • a transportation route calculation module configured to acquire location information of the first cargo at a first time point; acquire location information of the first cargo according to a preset time period, and calculate a transportation route of the first cargo;
  • a transportation environment acquisition module for obtaining a transportation environment for transporting the first cargo
  • the transportation route calculation module is further configured to determine whether the first cargo arrives at the receiving place;
  • the transportation time acquisition module is further configured to: when the transportation route calculation module determines that the first cargo arrives at the receiving place, acquire a time when the first cargo arrives at the receiving place as a second time point; according to the first time Point and second time point to obtain the transport time of the transported goods;
  • the actual freight calculation module is used to calculate the actual freight cost for transporting the first cargo
  • a payment status obtaining module is configured to obtain a payment status of the actual shipping cost.
  • system further includes: a default judgment module, configured to determine whether there is a default scenario, and if yes, send a reminder message to the shipper and the carrier, the reminder information including the breach information and the corresponding liability for breach of contract.
  • a default judgment module configured to determine whether there is a default scenario, and if yes, send a reminder message to the shipper and the carrier, the reminder information including the breach information and the corresponding liability for breach of contract.
  • the cargo information includes: a cargo name, a cargo type, and a quantity of the goods;
  • the transportation route information includes: a delivery place, a transportation route, and a receiving place; and
  • the transportation requirement information includes: a transportation term and a transportation condition.
  • the system further includes: a policy information obtaining module, configured to obtain policy information of the policy of the first goods, where the policy information includes: an insurance company name, a policy number, an insured amount, an insured party, and a beneficiary party.
  • a policy information obtaining module configured to obtain policy information of the policy of the first goods, where the policy information includes: an insurance company name, a policy number, an insured amount, an insured party, and a beneficiary party.
  • system further includes: a risk determination module, configured to acquire accident information of the first cargo during transportation, determine whether the accident information meets the compensation condition of the policy, and if so, automatically contact the insurance company and notify the consignment Party, carrier.
  • a risk determination module configured to acquire accident information of the first cargo during transportation, determine whether the accident information meets the compensation condition of the policy, and if so, automatically contact the insurance company and notify the consignment Party, carrier.
  • the generating module is further configured to: accept modification information input by the shipper and the carrier, and modify the transportation contract according to the modification information.
  • the payment status obtaining module is further configured to: perform an automatic payment transaction according to the actual shipping cost, the payment account, and the payment account.
  • the transportation environment acquisition module is specifically configured to: obtain an identification number of the transportation tool, and obtain transportation qualification information of the transportation owner.
  • the transportation environment acquisition module is further configured to: acquire a storage temperature of the first cargo on the transportation tool, a storage humidity of the first cargo on the transportation tool, and a storage pressure of the first cargo on the transportation tool.
  • a storage temperature of the first cargo on the transportation tool a storage humidity of the first cargo on the transportation tool
  • a storage pressure of the first cargo on the transportation tool a storage pressure of the first cargo on the transportation tool.
  • the identity obtaining module is specifically configured to: acquire the identity of the shipper and the carrier according to one or more methods of face recognition, iris detection, fingerprint information, preset gesture, account information, and identity card identification. Or, by setting a camera to detect the shipping information of the shipper, the carrier, and the iris information to obtain the pre-stored corresponding identity information; or, by setting a fingerprint detector to detect the fingerprint information of the shipper and the carrier, thereby obtaining corresponding identity information; Alternatively, the gesture information of the shipper and the carrier can be obtained through the camera or the touchpad to obtain corresponding identity information.
  • the invention obtains the identity information of the shipper and the identity information of the carrier; obtains the cargo information of the first cargo, the cargo information includes: the name of the goods, the variety of the goods, the quantity of the goods; the transportation route information of the first goods, The transportation route information includes: a delivery place, a transportation route, a receiving place; and obtaining transportation requirement information of the first cargo, the transportation requirement information includes: a transportation period, a transportation condition, and a transportation cost information, where the transportation cost information includes : charging period, charging standard, charging amount, payment account, collection account; obtaining the conditions of breach of contract and liability for breach of contract; obtaining condition information for terminating the termination of the contract; according to the identity information of the shipper, the identity information of the carrier, and the cargo information , transportation line information, transportation request information, transportation cost information, default conditions and liability for breach of contract, condition information for terminating the termination of the contract, generating a contract for the transportation of the first cargo; obtaining warehouse information of the first cargo, determining whether the carrier begins Carrying the first
  • FIG. 1 is a schematic flow chart of a transportation contract management method according to Embodiment 1 of the present invention.
  • FIG. 2 is a schematic structural diagram of a transportation contract management system according to Embodiment 2 of the present invention.
  • FIG. 1 is a schematic flowchart diagram of a transportation contract management method according to Embodiment 1 of the present invention. As shown in FIG. 1, the method specifically includes the following steps:
  • Obtain the identity information of the shipper and the identity information of the carrier for example, obtain the shipper and the carrier according to one or more methods of face recognition, iris detection, fingerprint information, preset gesture, account information, and identity card identification.
  • the identity of the shipper, the carrier's face information, and the iris information is obtained by setting the camera to obtain the pre-stored corresponding identity information; for example, by setting the fingerprint detector to detect the fingerprint information of the shipper and the carrier to obtain the corresponding identity information.
  • the camera or the touchpad can also obtain the gesture information of the shipper and the carrier to obtain the corresponding identity information.
  • the identity recognition gesture corresponding to the preset shipper A is rightward, and the identity of the carrier B is corresponding. The gesture is sliding downwards.
  • the RFID card reader can be used to read the identity card information carried by the shipper and the carrier to obtain corresponding identity information; the A and B can be either an individual or a company, or It is a legal person, and may also be a social organization; optionally, it may also search for corresponding related information on the Internet according to the obtained identity information to be part of the identity information, for example, when it is recognized that the carrier is B, The ID number is searched online for B.
  • the cargo information includes: a cargo name, a cargo type, a quantity of the goods; the first cargo is a cargo that the shipper entrusts the carrier to transport, and the cargo information of the first cargo includes the cargo name,
  • the quantity of goods and the quantity of goods for example, the first goods are 1 ton of squid and 2 tons of crabs, the name of the goods is aquatic products, the goods are squid, crab, and the quantity of goods is 3 tons; for example, the first goods is 1 ton of apples.
  • the name of the goods is fruit, the goods are apples, pears, the quantity of goods is 2 tons; for example, the first goods are 1 excavator and 1 bulldozer, the name of the goods is construction machinery, goods The variety is an excavator and a bulldozer.
  • the quantity of the goods is 2; optionally, the first cargo image can be taken by the camera to obtain the name of the goods, the type of goods, the quantity of the goods, or the quantity of the first goods obtained by the weight detecting device;
  • the name of the goods, the type of goods, and the number of goods of the first goods can be obtained by identifying the radio frequency label or the commodity barcode on the first goods. .
  • 103 Acquire transportation route information; obtain transportation route information of the first cargo, where the transportation route information includes: a delivery place, a transportation route, and a receiving place;
  • information on the place of shipment of the aquatic product For example, information on the place of shipment of the aquatic product, information on the destination of the transportation and the place of receipt, and the conditions of the transportation route on the road are obtained.
  • 104 Obtain transportation requirement information; obtain transportation requirement information of the first cargo, where the transportation requirement information includes: a transportation period, a transportation condition; the transportation condition includes: the first cargo is transported by the transportation vehicle for the first cargo Transportation and storage conditions; for example, transportation requirements for the aquatic product
  • the information is: delivery to the receiving place within 5 days, air transportation, and cold chain transportation during transportation, and the storage temperature of the aquatic product is kept below 0 degrees Celsius; for example, the transportation requirement information of the fruit includes: delivery within 10 days
  • the fruit storage temperature during the receiving place, road transportation, and transportation is maintained between 10 degrees Celsius and 15 degrees Celsius; the storage humidity of the fruit during transportation is maintained between 50% and 70%.
  • the transportation cost information includes: a charging period, a charging standard, a charging amount, a payment account, and a collection account; for example, the transportation cost information for transporting the aquatic product includes: a charging period For the payment within 3 days after delivery to the receiving place, the charging standard is 2000 yuan per ton of freight, and the charging amount of the 3 tons of aquatic products is 6000 yuan; the transportation cost information of the fruit includes: the charging period is 10th of each month. The fruit that was transported last month was settled by freight. The charge was 2,000 yuan per ton of apple freight and 2,000 yuan per ton of pear. The charge of the 2 tons of fruit was 3,000 yuan.
  • the identity information is obtained from the bank's payment account in the default database or in the banking system, and the bank's collection account can be obtained in the default database or in the banking system according to the carrier's identity information.
  • the preset database includes a database that records the historical transaction records of the carrier and the shipper.
  • 106 Obtain the breach clause; obtain the breach condition and the liability for breach of contract; obtain the breach condition and the liability for breach of contract input by the carrier and the shipper through voice or text; optionally, obtain the gesture information input by the carrier and the shipper, according to The gesture information acquires a preset breach condition and default liability information that matches the gesture information.
  • 107 Obtain the cancellation clause; obtain the condition information of the termination contract; obtain the condition information of the termination contract by the carrier and the shipper through voice or text input; optionally, obtain the carrier
  • the gesture information input by the party and the shipper acquires, according to the gesture information, condition information of the preset termination contract that matches the gesture information.
  • 108 generating a contract; obtaining, according to the identity information of the shipper, the identity information of the carrier, the cargo information, the transportation route information, the transportation requirement information, the transportation expense information, the breach condition and the liability for breach of contract, and the condition information for terminating the termination of the contract, Matching templates to generate a contract of carriage for the first shipment;
  • step 109 Determine whether to start the carrier; obtain the storage information of the first cargo, determine whether the carrier begins to carry the first cargo, and if so, proceed to step 110;
  • obtaining the storage status of the aquatic product if the storage status changes to “packed out”, the carrier is judged to start carrying the aquatic product; or the camera of the warehouse photographs that the carrier is shipping the aquatic product, It is judged that the carrier has begun to carry the aquatic product.
  • the acquiring a transportation environment of the first cargo includes: obtaining an identification number of the transportation vehicle, obtaining transportation qualification information of the transportation owner, and obtaining a storage temperature of the first cargo on the transportation tool. Storage humidity of the first cargo on the transport, the first cargo One or more of the storage air pressure on the vehicle.
  • Obtaining a transportation environment for transporting the first cargo for example, obtaining a type of vehicle transporting the fruit, such as a truck or a train or an airplane; obtaining an identification number of a vehicle transporting the fruit, such as a truck license plate number, an airplane flight number And obtaining the operation qualification of the company to which the vehicle belongs; and obtaining the storage temperature, storage humidity, storage pressure, etc. of the fruit during transportation by the temperature sensor, the humidity sensor and the air pressure sensor on the vehicle respectively.
  • the actual weight of the fruit is obtained by a weight detector placed on the vehicle.
  • 112 Calculate the actual freight rate; calculate the actual freight rate for transporting the first cargo; calculate the actual freight cost for transporting the fruit according to the charging standard, the charging amount, and the actual weight, and include the actual freight rate in the transportation contract.
  • the obtaining the payment status of the actual shipping cost further includes: performing an automatic payment transaction according to the actual shipping cost, the payment account, and the collection account, so that The payment account pays to the collection account in accordance with the actual shipping cost.
  • step 114 Determine whether there is a default scenario, and if so, proceed to step 115;
  • step 115 is performed, and the “default” or “failed” label is attached to the transportation contract, and the contract management system performs highlighting according to a preset period; The transportation contract of the "or expired” label is displayed in a centralized manner.
  • the reminder information includes the default information and the corresponding liability for breach of contract, the default information including the default scenario and the corresponding default condition, corresponding office Describe the liability for breach of contract.
  • the method further includes: obtaining policy information of the policy of the first goods, where the policy information includes: the name of the insurance company, the policy number, the insured amount, the insured party, the beneficiary party, and the insurance Terms;
  • the accident information of the first cargo in transit is obtained, and it is determined whether the accident information meets the compensation condition of the policy, and if so, the insurance company is automatically contacted and the shipper and the carrier are notified.
  • the corresponding accident information may be obtained through the content input by the carrier; or connected to the traffic police system, and the matched accident information may be searched according to the carrier identity information, the transportation environment, the transportation duration, and the actual transportation route.
  • the accident information includes: accident time, accident party, accident Location, corresponding policy number.
  • the method further includes:
  • the modification information input by the shipper and the carrier is accepted, and the transportation contract is changed according to the modification information.
  • the shipper and the carrier may make changes to the shipping contract by voice input or text input.
  • FIG. 2 is a structural diagram of a transportation contract management system according to Embodiment 2 of the present invention.
  • the transportation contract management method system 20 can include:
  • the identity obtaining module 201 is configured to obtain the identity information of the shipper and the identity information of the carrier; for example, one or more methods according to face recognition, iris detection, fingerprint information, preset gesture, account information, and identity card identification.
  • the information obtains the corresponding identity information; for example, the gesture information of the shipper and the carrier can be obtained by the camera or the touchpad to obtain corresponding identity information, for example, the identity recognition gesture corresponding to the preset shipper A is rightward.
  • the identity recognition gesture corresponding to carrier B is downward. Then, when B draws the hand down in the air, the camera captures this gesture and recognizes this as carrier B, or A draws a right on the touchpad. Then you can identify this as the shipping party.
  • the RFID card reader can be used to read the identity card information carried by the shipper and the carrier to obtain corresponding identity information; the A and B can be either an individual or a company, or It is a legal person, and may also be a social organization; optionally, it may also search for corresponding related information on the Internet according to the obtained identity information, and then serve as a part of the identity information.
  • the information related to B such as the registered company name of the legal person, the communication address of B, and the contact information of B, are searched online through the ID number of B; Information, including the name of the shipper and the carrier, contact information, mailing address, company name, legal representative, current place of residence, etc.
  • the cargo information obtaining module 202 is configured to obtain the cargo information of the first cargo, where the cargo information includes: a cargo name, a cargo variety, and a quantity of the goods; the first cargo is a cargo that the shipper entrusts the carrier to transport, the first
  • the cargo information of the goods includes the name of the goods, the type of goods, and the quantity of the goods. For example, if the first goods are 1 ton of squid and 2 tons of crabs, the name of the goods is aquatic products, the goods are squid and crab, and the quantity of goods is 3 tons; The first cargo is 1 ton of apples and 1 ton of pears. The name of the goods is fruit. The goods are apples and pears. The quantity of the goods is 2 tons.
  • the first cargo is an excavator and a bulldozer.
  • the name of the goods is construction machinery, the goods are excavators, bulldozers, the number of goods is 2; optional, the first cargo image can be taken by the camera to obtain the name of the goods, the variety of goods, the quantity of goods, or by weight detection
  • the device acquires the quantity of the first goods; optionally, the goods of the first goods can be obtained by identifying the radio frequency label or the commodity barcode on the first goods Name, variety of goods, quantity of goods.
  • the transportation route information obtaining module 203 is configured to acquire the transportation route information of the first cargo, where the transportation route information includes: a delivery place, a transportation route, and a receiving place; for example, acquiring the shipping place information of the aquatic product, and transporting Destination and receiving location information, as well as transportation route conditions on the road.
  • the transportation requirement information obtaining module 204 is configured to acquire transportation requirement information of the first cargo, where the transportation requirement information includes: a transportation period and a transportation condition; and the transportation condition includes: the transportation vehicle transports the first cargo to the first The condition of transportation and storage of the goods; for example, the transportation of the aquatic products
  • the transportation request information is: delivery to the receiving place within 5 days, air transportation, and cold chain transportation during transportation, and the storage temperature of the aquatic product is kept below 0 degrees Celsius; for example, the transportation requirement information of the fruit includes: 10 days
  • the fruit storage temperature is kept between 10 degrees Celsius and 15 degrees Celsius during delivery to the receiving place, road transportation, and transportation; the fruit storage humidity is maintained between 50% and 70% during transportation.
  • the transportation cost information obtaining module 205 is configured to obtain transportation cost information, where the transportation cost information includes: a charging period, a charging standard, a charging amount, a payment account, and a collection account; for example, the transportation cost information for transporting the aquatic product includes: The charging period is 3 days after delivery to the receiving place, the charging standard is 2000 yuan per ton of freight, and the charging amount of the 3 tons of aquatic products is 6000 yuan; the transportation cost information of the fruit includes: the charging period is 10 per month. No. The freight is settled for the fruit that was transported last month.
  • the charge is 2,000 yuan per ton of apple freight and 2,000 yuan per ton of pear, and the amount of the 2 tons of fruit is 3,000 yuan; optional, according to the above
  • the identity information of the shipper obtains its payment account at the bank in the preset database or in the banking system, and can obtain the bank's receiving account in the default database according to the carrier's identity information or in the banking system.
  • the preset database includes a database that records the historical transaction records of the carrier and the shipper.
  • the breach clause acquisition module 206 is configured to obtain the breach condition and the liability for breach of contract; obtain the breach condition and the liability for breach of contract input by the carrier and the shipper through voice or text; optionally, obtain the gesture information input by the carrier and the shipper. And acquiring, according to the gesture information, a default condition and a liability for breach of contract that match the gesture information.
  • the termination clause obtaining module 207 is configured to obtain condition information for terminating the termination of the contract; obtain condition information for terminating the termination of the contract; and obtain the termination and termination of the input by the carrier and the shipper through voice or text The same condition information; optionally, the gesture information input by the carrier and the shipper is obtained, and the condition information of the pre-terminating contract that matches the gesture information is obtained according to the gesture information.
  • the generating module 208 is configured to: according to the identity information of the shipper, the identity information of the carrier, the cargo information, the transportation line information, the transportation requirement information, the transportation expense information, the breach condition and the liability for breach of contract, and the condition information for terminating the termination of the contract, And generating, by the generating module 208, the modification information input by the shipper and the carrier, and modifying the transportation contract according to the modification information.
  • the modification information input by the shipper and the carrier is accepted, and the transportation contract is changed according to the modification information.
  • the shipper and the carrier may make changes to the shipping contract by voice input or text input.
  • the warehousing information obtaining module 209 is configured to acquire warehousing information of the first item, and determine whether the carrier starts to carry the first item; the warehousing information acquiring module is connected to the warehouse management system, for example, acquiring the aquatic product through a warehouse management system The storage status, if the storage status changes to “packed out”, the carrier is judged to start shipping the aquatic product; or, by the camera of the warehouse, the carrier is carrying the aquatic product, then the carrier is judged to start the carrier. Said aquatic products.
  • the transportation time acquisition module 210 after the storage information obtaining module 209 determines that the carrier starts to carry the first cargo, acquires a time when the carrier starts to carry the first cargo as a first time point; the transportation duration acquisition module 210, further configured to: when the transportation route calculation module 211 determines that the first cargo arrives at the receiving location, acquire a time when the first cargo arrives at the receiving location as a second time point; according to the first time point and the second time point , to obtain the transport time of the transported goods;
  • a route calculation module 211 configured to acquire location information of the first cargo at the first time point; Obtaining the location information of the first cargo according to a preset time period, and calculating a transportation route of the first cargo; the transportation route calculation module 211 is further configured to determine whether the first cargo arrives at the receiving location;
  • the transportation environment obtaining module 212 is configured to obtain a transportation environment for transporting the first cargo.
  • the transportation environment obtaining module 212 is specifically configured to: obtain an identification number of the transportation tool, obtain transportation qualification information of the transportation owner, Obtaining one or more of the storage temperature of the first cargo on the vehicle, the storage humidity of the first cargo on the vehicle, and the storage pressure of the first cargo on the vehicle.
  • Obtaining a transportation environment for transporting the first cargo for example, obtaining a type of vehicle transporting the fruit, such as a truck or a train or an airplane; obtaining an identification number of a vehicle transporting the fruit, such as a truck license plate number, an airplane flight number And obtaining the operation qualification of the company to which the vehicle belongs; and obtaining the storage temperature, storage humidity, storage pressure, etc. of the fruit during transportation by the temperature sensor, the humidity sensor and the air pressure sensor on the vehicle respectively.
  • the actual weight of the fruit is obtained by a weight detector placed on the vehicle.
  • the actual freight calculation module 213 is configured to calculate an actual freight rate for transporting the first cargo; and calculate an actual freight rate for transporting the fruit according to the charging standard, the charged amount, and the actual weight.
  • the payment status obtaining module 214 is configured to obtain the payment status of the actual shipping cost.
  • the payment status obtaining module 214 is further configured to: perform an automatic payment transaction according to the actual shipping cost, the payment account, and the payment account. And causing the payment account to pay the collection account in accordance with the actual shipping cost.
  • the default judgment mode 215 is configured to determine whether there is a default scenario, and if yes, send a reminder message to the shipper and the carrier, the reminder information including the breach information and the corresponding liability for breach of contract. E.g, Determining whether the transportation duration exceeds the transportation period; if yes, determining that there is a default scenario; determining whether the actual transportation route meets the transportation route information; if not, determining that there is a default scenario; determining whether the transportation environment is If the non-conformity is met, it is determined that there is a default scenario; whether the payment status is a paid status; if not, it is determined that there is a default scenario; and whether there are other situations corresponding to the default condition Occurs, if any, to determine that there is a default scenario.
  • the reminder information includes the default information and the corresponding liability for breach of contract, the default information including the default scenario and the corresponding breach condition, the corresponding liability for breach of contract, and Attaching the “contracted” or “expired” label to the transportation contract, highlighting in the contract management system according to a preset period; concentrating the transportation contract with the “defaulted” or “invalid” label display.
  • the method further includes: a policy information obtaining module, configured to obtain policy information of the policy of the first goods, where the policy information includes: an insurance company name, a policy number, an insured amount, an insured party, a beneficiary party, and an insurance clause;
  • the risk judgment module is configured to obtain the accident information of the first cargo during transportation, determine whether the accident information meets the compensation condition of the policy, and if so, automatically contact the insurance company and notify the shipper and the carrier.
  • the corresponding accident information may be obtained through the content input by the carrier; or connected to the traffic police system, and the matched accident information may be searched according to the carrier identity information, the transportation environment, the transportation duration, and the actual transportation route.
  • the accident information includes: an accident time, an accident party, an accident location, and a corresponding policy number.

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Abstract

一种运输合同管理系统，其包括：托运方、承运方身份信息获取模块；用于获取货物信息的模块；用于获取货物的运输线路信息的模块；用于获取货物的运输要求信息的模块；用于获取运输费用信息的模块；用于获取违约条件及违约责任信息的模块；终止条款获取模块（207），用于获取解除终止合同的条件信息；生成模块（208），用于生成所述货物的运输合同；仓储信息获取模块（209），用于获取货物的仓储信息；运输时长获取模块（210），用于获取运输货物的运输时长；运输路线计算模块（211），用于计算货物的运输路线；运输环境获取模块（212），用于获取运输货物的运输环境；实际运费计算模块（213），用于计算运输货物的实际运费；支付状态获取模块（214），用于获取所述实际运费的支付状态。

Description

一种运输合同管理系统 技术领域
本发明涉及信息管理技术领域，具体而言，涉及一种运输合同管理系统。
背景技术
目前，运输合同的制定、维护、跟踪都是通过人工完成，常常会导致处理效率非常低下。
发明内容
鉴于以上内容，有必要提出一种运输合同管理系统，以提高运输合同管理的效率。
为实现上述目的，本发明提供了一种运输合同管理系统，其包括：
身份获取模块，用于获取托运方的身份信息、承运方的身份信息；
货物信息获取模块，用于获取第一货物的货物信息；
运输线路信息获取模块，用于获取第一货物的运输线路信息；
运输要求信息获取模块，用于获取第一货物的运输要求信息；
运输费用信息获取模块，用于获取运输费用信息，所述运输费用信息包括： 收费周期、收费标准、收费金额、支付账户、收款账户；
违约条款获取模块，用于获取违约条件及违约责任信息；
终止条款获取模块，用于获取解除终止合同的条件信息；
生成模块，用于根据所述托运方的身份信息、承运方的身份信息、货物信息、运输线路信息、运输要求信息、运输费用信息、违约条件及违约责任信息、解除终止合同的条件信息，生成所述第一货物的运输合同；
仓储信息获取模块，用于获取第一货物的仓储信息，判断承运方是否开始承运所述第一货物；若是，
运输时长获取模块，在所述仓储信息获取模块判断承运方开始承运所述第一货物后，获取承运方开始承运所述第一货物的时刻作为第一时间点；
运输路线计算模块，用于获取第一货物在第一时间点的位置信息；按照预设的时间周期获取第一货物的位置信息，计算第一货物的运输路线；
运输环境获取模块，用于获取运输第一货物的运输环境；
运输路线计算模块，还用于判断第一货物是否到达收货地；
所述运输时长获取模块，还用于，当所述运输路线计算模块判断第一货物到达收货地后，获取第一货物到达收货地的时刻作为第二时间点；根据所述第一时间点和第二时间点，获取运输货物的运输时长；
实际运费计算模块，用于计算运输第一货物的实际运费；
支付状态获取模块，用于获取所述实际运费的支付状态。
进一步地，所述系统还包括：违约判断模块，用于判断是否存在违约场景，若是，则向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息。
进一步地，所述货物信息包括：货物名称、货物品种、货物数量；所述运输路线信息包括：发货地、运输路线、收货地；所述运输要求信息包括：运输期限、运输工具条件。
进一步地，所述系统还包括：保单信息获取模块，用于获取第一货物的保单的保单信息，所述保单信息包括：保险公司的名称、保单号、投保金额、投保方、受益方。
进一步地，所述系统还包括：出险判断模块，用于获取第一货物在运输中的事故信息，判断所述事故信息是否符合所述保单的赔偿条件，若是，则自动联系保险公司并通知托运方、承运方。
进一步地，所述生成模块，还用于：接受托运方和承运方输入的修改信息，根据所述修改信息对所述运输合同进行更改。
进一步地，所述支付状态获取模块，还用于：根据所述实际运费和支付账户、收款账户，进行自动支付交易。
进一步地，所述运输环境获取模块，具体用于：获取运输工具的识别号、获取运输工具所有者的运输资质信息。
进一步地，所述运输环境获取模块，还具体用于：获取第一货物在运输工具上的储藏温度、第一货物在运输工具上的储藏湿度、第一货物在运输工具上的储藏气压中的一种或多种信息。
进一步地，所述身份获取模块，具体用于：根据面部识别、虹膜检测、指纹信息、预设手势、账号信息、身份卡识别中的一种或多种方法来获取托运方、承运方的身份；或者，通过设置摄像头检测托运方、承运方的面部信息、虹膜信息来获取预存的对应的身份信息；或者，通过设置指纹检测仪检测托运方、承运方的指纹信息从而获取对应的身份信息；或者，还可以通过摄像头或触摸板获取托运方、承运方的手势信息从而获取对应的身份信息。
本发明通过获取托运方的身份信息、承运方的身份信息；获取第一货物的货物信息，所述货物信息包括：货物名称、货物品种、货物数量；获取第一货物的运输线路信息，所述运输路线信息包括：发货地、运输路线、收货地；获取第一货物的运输要求信息，所述运输要求信息包括：运输期限、运输工具条件；获取运输费用信息，所述运输费用信息包括：收费周期、收费标准、收费金额、支付账户、收款账户；获取违约条件及违约责任信息；获取解除终止合同的条件信息；根据所述托运方的身份信息、承运方的身份信息、货物信息、运输线路信息、运输要求信息、运输费用信息、违约条件及违约责任信息、解除终止合同的条件信息，生成所述第一货物的运输合同；获取第一货物的仓储信息，判断承运方是否开始承运所述第一货物，若是，则获取承运方开始承运 所述第一货物的时刻作为第一时间点，获取第一货物在第一时间点的位置信息；按照预设的时间周期获取第一货物的位置信息，计算第一货物的运输路线；获取运输第一货物的运输环境；判断第一货物是否到达收货地，若是，则获取第一货物到达收货地的时刻作为第二时间点；根据所述第一时间点和第二时间点，获取运输货物的运输时长；计算运输第一货物的实际运费；获取所述实际运费的支付状态；判断是否存在违约场景，若是，则向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息，从而大大提高了运输合同管理的效率。
附图说明
图1示出了本发明实施例一的运输合同管理方法的流程示意图；
图2示出了本发明实施例二的运输合同管理系统的结构示意图。
具体实施方式
为了能够更清楚地理解本发明的上述目的、特征和优点，下面结合附图和具体实施方式对本发明进行进一步的详细描述。需要说明的是，在不冲突的情况下，本申请的实施例及实施例中的特征可以相互组合。
在下面的描述中阐述了很多具体细节以便于充分理解本发明，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例，本发明还可以采用其他不同于在此描述的其他方式来实施，因此，本发明的保护范围并不限于下面公开的具体实施例的限制。为了能够更清楚地理解本发明的上述目的、特征和优点，下面结合附图和具体实施例对本发明进行详细描述。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本发明保护的范围。除非另有定义，本文所使用的所有的技术和 科学术语与属于本发明的技术领域的技术人员通常理解的含义相同。本文中在本发明的说明书中所使用的术语只是为了描述具体的实施例的目的，不是旨在于限制本发明。
图1为本发明实施例一提供的运输合同管理方法的流程示意图。如图1所示，该方法具体包括以下步骤：
101：获取身份信息；
获取托运方的身份信息、承运方的身份信息；例如，根据面部识别、虹膜检测、指纹信息、预设手势、账号信息、身份卡识别中的一种或多种方法来获取托运方、承运方的身份；通过设置摄像头检测托运方、承运方的面部信息、虹膜信息来获取预存的对应的身份信息；再例如，通过设置指纹检测仪检测托运方、承运方的指纹信息从而获取对应的身份信息；再例如，还可以通过摄像头或触摸板获取托运方、承运方的手势信息从而获取对应的身份信息，比如预设托运方甲对应的身份识别手势为向右划，承运方乙对应的身份识别手势为向下滑，那么，当乙在空气中将手向下划一下，摄像头捕捉到这个手势后识别这个为承运方乙，或者是甲在触摸板上向右划一下，然后就能识别这个为托运方甲。除此之外，还可以通过射频读卡器读取托运方、承运方所携带的身份卡信息来获取对应的身份信息；所述甲和乙，既可以是个人，也可以是公司，也可以是法人，还可以是社会组织；可选的，还可以根据以获取的身份信息在网上搜索对应的相关信息进而作为所述身份信息的一部分，例如，当识别到承运人是乙时，通过乙的身份证号码在网上搜索乙作为法人的注册公司名称、乙的通讯地址、乙的联系方式的等与乙相关的信息；所述身份信息，包括托运方和承运方的姓名、联系方式、通讯地址、公司名称、法人代表、经常居住地等相关 的信息。
102：获取货物信息；
获取第一货物的货物信息，所述货物信息包括：货物名称、货物品种、货物数量；所述第一货物是托运方委托承运方运输的货物，所述第一货物的货物信息包括货物名称、货物品种、货物数量，例如，第一货物是1吨鲤鱼和2吨螃蟹，则货物名称是水产品，货物品种是鲤鱼、螃蟹，货物数量是3吨；再例如，第一货物是1吨苹果、1吨鸭梨，则货物名称是水果，货物品种是苹果、鸭梨，货物数量为2吨；再例如，第一货物是1辆挖掘机和1辆推土机，则货物名称是工程机械，货物品种是挖掘机、推土机，货物数量为2辆；可选的，可以通过摄像头拍摄第一货物图像从而获得所述货物名称、货物品种、货物数量，或通过重量检测装置获取第一货物的数量；可选的，可以通过识别第一货物上的射频标签或者商品条码从而获取第一货物的货物名称、货物品种、货物数量。
103：获取运输路线信息；获取第一货物的运输线路信息，所述运输路线信息包括：发货地、运输路线、收货地；
例如，获取所述水产品的发货地信息，运输目的地及收货地信息，以及路途中的运输路线约定条件。
104：获取运输要求信息；获取第一货物的运输要求信息，所述运输要求信息包括：运输期限、运输工具条件；所述运输工具条件包括所述运输工具运输第一货物时针对第一货物的运输、储存条件；例如，所述水产品的运输要求 信息为：5天内送到收货地、采用航空运输、运输期间采用冷链运输、所述水产品储藏温度保持在0摄氏度以下；再例如，所述水果的运输要求信息包括：10天内送到收货地、采用公路运输、运输期间所述水果储藏温度保持在10摄氏度——15摄氏度之间；运输期间所述水果储藏湿度保持在百分之50——百分之70之间。
105：获取运输费用信息；获取运输费用信息，所述运输费用信息包括：收费周期、收费标准、收费金额、支付账户、收款账户；例如，运输所述水产品的运输费用信息包括：收费周期为送达收货地后3天内付款、收费标准为每吨运费2000元、所述3吨水产品收费金额为6000元；所述水果的运输费用信息包括：收费周期为每个月10号对上个月运输完成的水果进行运费结算、收费标准为每吨苹果运费1000元每吨鸭梨运费2000元、所述2吨水果的收费金额为3000元；可选的，可以根据所述托运方的身份信息在预设数据库中或在银行系统中获取其在银行的支付账户，可以根据所述承运方的身份信息在预设数据库中或在银行系统中获取其在银行的收款账户，所述预设数据库包括记录了承运方、托运方历史交易记录的数据库。
106：获取违约条款；获取违约条件及违约责任信息；获取承运方和托运方通过语音或者文字输入的违约条件及违约责任信息；可选的，通过获取承运方和托运方输入的手势信息，根据所述手势信息获取预设的与所述手势信息相匹配的违约条件及违约责任信息。
107：获取解除条款；获取解除终止合同的条件信息；获取承运方和托运方通过语音或者文字输入的解除终止合同的条件信息；可选的，通过获取承运 方和托运方输入的手势信息，根据所述手势信息获取预设的与所述手势信息相匹配的解除终止合同的条件信息。
108：生成合同；根据所述托运方的身份信息、承运方的身份信息、货物信息、运输线路信息、运输要求信息、运输费用信息、违约条件及违约责任信息、解除终止合同的条件信息，获取相匹配的模板，从而生成所述第一货物的运输合同；
109：判断是否开始承运；获取第一货物的仓储信息，判断承运方是否开始承运所述第一货物，若是，则执行步骤110；
例如，获取所述水产品的仓储状态，如果仓储状态变为“已打包出库”则判断承运商开始承运所述水产品；或者，仓库的摄像头拍摄到承运方在装运所述水产品，则判断承运商开始承运所述水产品。
110：计算实际运输线路和运输时长；获取承运方开始承运所述第一货物的时刻作为第一时间点，获取第一货物在第一时间点的位置信息；按照预设的时间周期获取第一货物的位置信息，计算第一货物的运输路线；判断第一货物是否到达收货地，若是，则获取第一货物到达收货地的时刻作为第二时间点；根据所述第一时间点和第二时间点，获取运输货物的运输时长，将所述运输时长计入所述运输合同中。
111：获取运输环境；进一步地，所述获取第一货物的运输环境，具体包括：获取运输工具的识别号、获取运输工具所有者的运输资质信息、获取第一货物在运输工具上的储藏温度、第一货物在运输工具上的储藏湿度、第一货物 在运输工具上的储藏气压中的一种或多种信息。
获取运输第一货物的运输环境；例如，获取运输所述水果的交通工具的种类，例如是卡车还是火车还是飞机；获取运输所述水果的交通工具的标识号，例如卡车车牌号、飞机航班号、火车车次号；获取所述交通工具所属公司的运营资质；还可以通过所述交通工具上的温度传感器、湿度传感器、气压传感器分别获取运输过程中水果的储藏温度、储藏湿度、储藏气压等运输条件，可选的，通过设置在交通工具上的重量检测仪获取所述水果的实际重量。
112：计算实际运费；计算运输第一货物的实际运费；根据所述收费标准、收费金额、实际重量计算运输所述水果的实际运费，将所述实际运费计入所述运输合同中。
113：获取支付状态；获取所述实际运费的支付状态；判断所述支付账户是否在所述收费周期内收到了所述实际费用。
进一步地，在所述计算运输第一货物的实际运费之后，所述获取所述实际运费的支付状态之前，还包括：根据所述实际运费和支付账户、收款账户，进行自动支付交易，使得所述支付账户按照所述实际运费向所述收款账户付款。
114：判断是否存在违约场景，若是，则执行步骤115；
例如，判断所述运输时长是否超过所述运输期限，若是，则判断存在违约场景；判断所述实际运输线路是否符合所述运输线路信息，若不符合，则判断存在违约场景；判断所述运输环境是否符合所述运输要求信息，若不符合，则 判断存在违约场景；判断所述支付状态是否是已支付状态，若否，则判断存在违约场景；判断有无其他与所述违约条件相符合的情景发生，若有，则判断存在违约场景，将所述违约场景计入所述运输合同中。若判断存在违约场景，则执行步骤115，并对所述运输合同附上“已违约”或“已失效”标签，在合同管理系统按照预设的周期进行高亮显示；将带有“已违约”或“已失效”标签的运输合同进行集中显示。
115：发出提醒信息；向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息，所述违约信息包括所述违约场景和对应的所述违约条件、对应的所述违约责任信息。
可选的，在所述步骤108生成合同前，还包括：取第一货物的保单的保单信息，所述保单信息包括：保险公司的名称、保单号、投保金额、投保方、受益方、保险条款；
在所述步骤108生成合同之后，获取第一货物在运输中的事故信息，判断所述事故信息是否符合所述保单的赔偿条件，若是，则自动联系保险公司并通知托运方、承运方。例如，可以通过承运方输入的内容获取对应的事故信息；或者连接交警系统，根据所述承运方身份信息、运输环境、运输时长、实际运输路线来搜索匹配的事故信息。将所述事故信息与直接发送给保险公司和托运方、承运方、受益人，或者将所述事故信息与保险条款进行比对，所述事故信息能够匹配所述保险条款，则将事故信息发送给保险公司和托运方、承运方、受益人；或者通过所述交通工具上的碰撞检测装置、火灾检测装置所发送的检测结果判断是否发生事故。所述事故信息包括：事故时间、事故当事人、事故 地点、对应的保单号。
进一步地，在所述步骤108生成合同前，还包括：
接受托运方和承运方输入的修改信息，根据所述修改信息对所述运输合同进行更改。例如，托运方和承运方可以通过语音输入或者文字输入的方式对所述运输合同进行更改。
图2为本发明实施例二提供的运输合同管理系统的结构图。
如图2所示，所述运输合同管理方法系统20可以包括：
身份获取模块201，用于获取托运方的身份信息、承运方的身份信息；例如，根据面部识别、虹膜检测、指纹信息、预设手势、账号信息、身份卡识别中的一种或多种方法来获取托运方、承运方的身份；通过设置摄像头检测托运方、承运方的面部信息、虹膜信息来获取预存的对应的身份信息；再例如，通过设置指纹检测仪检测托运方、承运方的指纹信息从而获取对应的身份信息；再例如，还可以通过摄像头或触摸板获取托运方、承运方的手势信息从而获取对应的身份信息，比如预设托运方甲对应的身份识别手势为向右划，承运方乙对应的身份识别手势为向下滑，那么，当乙在空气中将手向下划一下，摄像头捕捉到这个手势后识别这个为承运方乙，或者是甲在触摸板上向右划一下，然后就能识别这个为托运方甲。除此之外，还可以通过射频读卡器读取托运方、承运方所携带的身份卡信息来获取对应的身份信息；所述甲和乙，既可以是个人，也可以是公司，也可以是法人，还可以是社会组织；可选的，还可以根据以获取的身份信息在网上搜索对应的相关信息进而作为所述身份信息的一部 分，例如，当识别到承运人是乙时，通过乙的身份证号码在网上搜索乙作为法人的注册公司名称、乙的通讯地址、乙的联系方式的等与乙相关的信息；所述身份信息，包括托运方和承运方的姓名、联系方式、通讯地址、公司名称、法人代表、经常居住地等相关的信息。
货物信息获取模块202，用于获取第一货物的货物信息，所述货物信息包括：货物名称、货物品种、货物数量；所述第一货物是托运方委托承运方运输的货物，所述第一货物的货物信息包括货物名称、货物品种、货物数量，例如，第一货物是1吨鲤鱼和2吨螃蟹，则货物名称是水产品，货物品种是鲤鱼、螃蟹，货物数量是3吨；再例如，第一货物是1吨苹果、1吨鸭梨，则货物名称是水果，货物品种是苹果、鸭梨，货物数量为2吨；再例如，第一货物是1辆挖掘机和1辆推土机，则货物名称是工程机械，货物品种是挖掘机、推土机，货物数量为2辆；可选的，可以通过摄像头拍摄第一货物图像从而获得所述货物名称、货物品种、货物数量，或通过重量检测装置获取第一货物的数量；可选的，可以通过识别第一货物上的射频标签或者商品条码从而获取第一货物的货物名称、货物品种、货物数量。
运输线路信息获取模块203，用于获取第一货物的运输线路信息，所述运输路线信息包括：发货地、运输路线、收货地；例如，获取所述水产品的发货地信息，运输目的地及收货地信息，以及路途中的运输路线约定条件。
运输要求信息获取模块204，用于获取第一货物的运输要求信息，所述运输要求信息包括：运输期限、运输工具条件；所述运输工具条件包括所述运输工具运输第一货物时针对第一货物的运输、储存条件；例如，所述水产品的运 输要求信息为：5天内送到收货地、采用航空运输、运输期间采用冷链运输、所述水产品储藏温度保持在0摄氏度以下；再例如，所述水果的运输要求信息包括：10天内送到收货地、采用公路运输、运输期间所述水果储藏温度保持在10摄氏度——15摄氏度之间；运输期间所述水果储藏湿度保持在百分之50——百分之70之间。
运输费用信息获取模块205，用于获取运输费用信息，所述运输费用信息包括：收费周期、收费标准、收费金额、支付账户、收款账户；例如，运输所述水产品的运输费用信息包括：收费周期为送达收货地后3天内付款、收费标准为每吨运费2000元、所述3吨水产品收费金额为6000元；所述水果的运输费用信息包括：收费周期为每个月10号对上个月运输完成的水果进行运费结算、收费标准为每吨苹果运费1000元每吨鸭梨运费2000元、所述2吨水果的收费金额为3000元；可选的，可以根据所述托运方的身份信息在预设数据库中或在银行系统中获取其在银行的支付账户，可以根据所述承运方的身份信息在预设数据库中或在银行系统中获取其在银行的收款账户，所述预设数据库包括记录了承运方、托运方历史交易记录的数据库。
违约条款获取模块206，用于获取违约条件及违约责任信息；获取承运方和托运方通过语音或者文字输入的违约条件及违约责任信息；可选的，通过获取承运方和托运方输入的手势信息，根据所述手势信息获取预设的与所述手势信息相匹配的违约条件及违约责任信息。
终止条款获取模块207，用于获取解除终止合同的条件信息；获取解除终止合同的条件信息；获取承运方和托运方通过语音或者文字输入的解除终止合 同的条件信息；可选的，通过获取承运方和托运方输入的手势信息，根据所述手势信息获取预设的与所述手势信息相匹配的解除终止合同的条件信息。
生成模块208，用于根据所述托运方的身份信息、承运方的身份信息、货物信息、运输线路信息、运输要求信息、运输费用信息、违约条件及违约责任信息、解除终止合同的条件信息，生成所述第一货物的运输合同；可选的，所述生成模块208，还用于：接受托运方和承运方输入的修改信息，根据所述修改信息对所述运输合同进行更改。接受托运方和承运方输入的修改信息，根据所述修改信息对所述运输合同进行更改。例如，托运方和承运方可以通过语音输入或者文字输入的方式对所述运输合同进行更改。
仓储信息获取模块209，用于获取第一货物的仓储信息，判断承运方是否开始承运所述第一货物；所述仓储信息获取模块连接仓库管理系统，例如，通过仓库管理系统获取所述水产品的仓储状态，如果仓储状态变为“已打包出库”则判断承运商开始承运所述水产品；或者，通过仓库的摄像头拍摄到承运方在装运所述水产品，则判断承运商开始承运所述水产品。
运输时长获取模块210，在所述仓储信息获取模块209判断承运方开始承运所述第一货物后，获取承运方开始承运所述第一货物的时刻作为第一时间点；所述运输时长获取模块210，还用于，当运输路线计算模块211判断第一货物到达收货地后，获取第一货物到达收货地的时刻作为第二时间点；根据所述第一时间点和第二时间点，获取运输货物的运输时长；
运输路线计算模块211，用于获取第一货物在第一时间点的位置信息；按 照预设的时间周期获取第一货物的位置信息，计算第一货物的运输路线；运输路线计算模块211，还用于判断第一货物是否到达收货地；
运输环境获取模块212，用于获取运输第一货物的运输环境；可选的，所述运输环境获取模块212，具体用于：获取运输工具的识别号、获取运输工具所有者的运输资质信息、获取第一货物在运输工具上的储藏温度、第一货物在运输工具上的储藏湿度、第一货物在运输工具上的储藏气压中的一种或多种信息。获取运输第一货物的运输环境；例如，获取运输所述水果的交通工具的种类，例如是卡车还是火车还是飞机；获取运输所述水果的交通工具的标识号，例如卡车车牌号、飞机航班号、火车车次号；获取所述交通工具所属公司的运营资质；还可以通过所述交通工具上的温度传感器、湿度传感器、气压传感器分别获取运输过程中水果的储藏温度、储藏湿度、储藏气压等运输条件，可选的，通过设置在交通工具上的重量检测仪获取所述水果的实际重量。
实际运费计算模块213，用于计算运输第一货物的实际运费；根据所述收费标准、收费金额、实际重量计算运输所述水果的实际运费。
支付状态获取模块214，用于获取所述实际运费的支付状态；可选的，所述支付状态获取模块214，还用于：根据所述实际运费和支付账户、收款账户，进行自动支付交易，使得所述支付账户按照所述实际运费向所述收款账户付款。
违约判断模215，用于判断是否存在违约场景，若是，则向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息。例如， 判断所述运输时长是否超过所述运输期限，若是，则判断存在违约场景；判断所述实际运输线路是否符合所述运输线路信息，若不符合，则判断存在违约场景；判断所述运输环境是否符合所述运输要求信息，若不符合，则判断存在违约场景；判断所述支付状态是否是已支付状态，若否，则判断存在违约场景；判断有无其他与所述违约条件相符合的情景发生，若有，则判断存在违约场景。向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息，所述违约信息包括所述违约场景和对应的所述违约条件、对应的所述违约责任信息，并对所述运输合同附上“已违约”或“已失效”标签，在合同管理系统按照预设的周期进行高亮显示；将带有“已违约”或“已失效”标签的运输合同进行集中显示。
可选的，还包括：保单信息获取模块，用于获取第一货物的保单的保单信息，所述保单信息包括：保险公司的名称、保单号、投保金额、投保方、受益方、保险条款；
出险判断模块，用于获取第一货物在运输中的事故信息，判断所述事故信息是否符合所述保单的赔偿条件，若是，则自动联系保险公司并通知托运方、承运方。例如，可以通过承运方输入的内容获取对应的事故信息；或者连接交警系统，根据所述承运方身份信息、运输环境、运输时长、实际运输路线来搜索匹配的事故信息。将所述事故信息与直接发送给保险公司和托运方、承运方、受益人，或者将所述事故信息与保险条款进行比对，所述事故信息能够匹配所述保险条款，则将事故信息发送给保险公司和托运方、承运方、受益人；或者通过所述交通工具上的碰撞检测装置、火灾检测装置所发送的检测结果判断是 否发生事故。所述事故信息包括：事故时间、事故当事人、事故地点、对应的保单号。
以上所述仅为本发明的优选实施例而已，并不用于限制本发明，对于本领域的技术人员来说，本发明可以有各种更改和变化。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。对于本领域技术人员而言，显然本发明不限于上述示范性实施例的细节，而且在不背离本发明的精神或基本特征的情况下，能够以其他的具体形式实现本发明。因此，无论从哪一点来看，均应将实施例看作是示范性的，而且是非限制性的，本发明的范围由所附权利要求而不是上述说明限定，因此旨在将落在权利要求的等同要件的含义和范围内的所有变化涵括在本发明内。不应将权利要求中的任何附图标记视为限制所涉及的权利要求。此外，显然“包括”一词不排除其他单元或步骤，单数不排除复数。系统权利要求中陈述的多个单元或系统也可以由同一个单元或系统通过软件或者硬件来实现。第一，第二等词语用来表示名称，而并不表示任何特定的顺序。
最后应说明的是，以上实施例仅用以说明本发明的技术方案而非限制，尽管参照较佳实施例对本发明进行了详细说明，本领域的普通技术人员应当理解，可以对本发明的技术方案进行修改或等同替换，而不脱离本发明技术方案的精神和范围。

Claims (10)

  1. 一种运输合同管理系统，其特征在于，包括：
    身份获取模块，用于获取托运方的身份信息、承运方的身份信息；
    货物信息获取模块，用于获取第一货物的货物信息；
    运输线路信息获取模块，用于获取第一货物的运输线路信息；
    运输要求信息获取模块，用于获取第一货物的运输要求信息；
    运输费用信息获取模块，用于获取运输费用信息，所述运输费用信息包括：收费周期、收费标准、收费金额、支付账户、收款账户；
    违约条款获取模块，用于获取违约条件及违约责任信息；
    终止条款获取模块，用于获取解除终止合同的条件信息；
    生成模块，用于根据所述托运方的身份信息、承运方的身份信息、货物信息、运输线路信息、运输要求信息、运输费用信息、违约条件及违约责任信息、解除终止合同的条件信息，生成所述第一货物的运输合同；
    仓储信息获取模块，用于获取第一货物的仓储信息，判断承运方是否开始承运所述第一货物；若是，
    运输时长获取模块，在所述仓储信息获取模块判断承运方开始承运所述第一货物后，获取承运方开始承运所述第一货物的时刻作为第一时间点；
    运输路线计算模块，用于获取第一货物在第一时间点的位置信息；按照预设的时间周期获取第一货物的位置信息，计算第一货物的运输路线；
    运输环境获取模块，用于获取运输第一货物的运输环境；
    运输路线计算模块，还用于判断第一货物是否到达收货地；
    所述运输时长获取模块，还用于，当所述运输路线计算模块判断第一货物到达收货地后，获取第一货物到达收货地的时刻作为第二时间点；根据所述第一时间点和第二时间点，获取运输货物的运输时长；
    实际运费计算模块，用于计算运输第一货物的实际运费；
    支付状态获取模块，用于获取所述实际运费的支付状态。
  2. 根据权利要求1所述的运输合同管理系统，其特征在于，所述系统还包括：违约判断模块，用于判断是否存在违约场景，若是，则向托运方和承运方发出提醒信息，所述提醒信息包括违约信息及对应的违约责任信息。
  3. 根据权利要求2所述的运输合同管理系统，其特征在于，所述货物信息包括：货物名称、货物品种、货物数量；所述运输路线信息包括：发货地、运输路线、收货地；所述运输要求信息包括：运输期限、运输工具条件。
  4. 根据权利要求3所述的一种运输合同管理系统，其特征在于，所述系统还包括：
    保单信息获取模块，用于获取第一货物的保单的保单信息，所述保单信息 包括：保险公司的名称、保单号、投保金额、投保方、受益方。
  5. 根据权利要求4所述的运输合同管理系统，其特征在于，所述系统还包括：出险判断模块，用于获取第一货物在运输中的事故信息，判断所述事故信息是否符合所述保单的赔偿条件，若是，则自动联系保险公司并通知托运方、承运方。
  6. 根据权利要求1所述的运输合同管理系统，其特征在于，所述生成模块，还用于：接受托运方和承运方输入的修改信息，根据所述修改信息对所述运输合同进行更改。
  7. 根据权利要求6所述的运输合同管理的系统，其特征在于，所述支付状态获取模块，还用于：根据所述实际运费和支付账户、收款账户，进行自动支付交易。
  8. 根据权利要求7所述的运输合同管理的系统，其特征在于，所述运输环境获取模块，具体用于：获取运输工具的识别号、获取运输工具所有者的运输资质信息。
  9. 根据权利要求8所述的运输合同管理的系统，其特征在于，所述运输环境获取模块，还具体用于：获取第一货物在运输工具上的储藏温度、第一货物在运输工具上的储藏湿度、第一货物在运输工具上的储藏气压中的一种或多种信息。
  10. 根据权利要求1-9任一项所述的运输合同管理系统，其特征在于，所 述身份获取模块，具体用于：根据面部识别、虹膜检测、指纹信息、预设手势、账号信息、身份卡识别中的一种或多种方法来获取托运方、承运方的身份；或者，通过设置摄像头检测托运方、承运方的面部信息、虹膜信息来获取预存的对应的身份信息；或者，通过设置指纹检测仪检测托运方、承运方的指纹信息从而获取对应的身份信息；或者，还可以通过摄像头或触摸板获取托运方、承运方的手势信息从而获取对应的身份信息。
PCT/CN2017/096299 2017-08-07 2017-08-07 一种运输合同管理系统 WO2019028633A1 (zh)

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CN101923666A (zh) * 2009-06-10 2010-12-22 上海美华系统有限公司 物流公司、货主、承运商三方共同协作的运输管理方法
CN105205637A (zh) * 2015-09-24 2015-12-30 天津维金斯环保科技有限公司 一种物流管理系统及管理方法
CN106529879A (zh) * 2016-11-16 2017-03-22 叶万全 一种基于rfid和北斗定位的物流车辆管理系统

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20060074791A1 (en) * 2004-09-28 2006-04-06 Jelaco John A System, method and associated software for managing the transportation of goods
CN101923666A (zh) * 2009-06-10 2010-12-22 上海美华系统有限公司 物流公司、货主、承运商三方共同协作的运输管理方法
CN105205637A (zh) * 2015-09-24 2015-12-30 天津维金斯环保科技有限公司 一种物流管理系统及管理方法
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