WO2004038626A1 - 搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム - Google Patents
搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム Download PDFInfo
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- WO2004038626A1 WO2004038626A1 PCT/JP2002/011052 JP0211052W WO2004038626A1 WO 2004038626 A1 WO2004038626 A1 WO 2004038626A1 JP 0211052 W JP0211052 W JP 0211052W WO 2004038626 A1 WO2004038626 A1 WO 2004038626A1
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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
- G06Q10/10—Office automation; Time management
Definitions
- Transport system Transport status measurement module, transport method, insurance money calculation method, and program Technical field
- the present invention relates to a transport system, a transport state measurement module, a transport method, an insurance money calculation method, and a program.
- the present invention relates to a transport system that measures and outputs an environment during transport of an object to be transported.
- high-quality wine whose quality is likely to deteriorate due to the environment, is packed in, for example, a case of 12 bottles, and this case is further stored in a low-temperature transport container (reefer container) that can accommodate about 600 to 850 cases, for example. Had been transported. And the cryogenic container managed the temperature inside the container during transportation.
- a low-temperature transport container (reefer container) that can accommodate about 600 to 850 cases, for example.
- the cryogenic container managed the temperature inside the container during transportation.
- the cryogenic transport container could not control the temperature of each case, even if the temperature inside the container was controlled.
- an object of the present invention is to solve such a problem. Disclosure of the invention
- a transport system for transporting an object to be transported includes a storage container for storing the object, and a storage container or a storage container.
- a measuring unit that measures the environment of the object during transportation, a recording unit that records the measurement results measured by the measuring unit, and a reading unit that reads the measurement results recorded by the recording unit.
- the insurance money database stores the object, the measurement result, and the insurance money of the object to be paid based on the measurement result in association with each other, and stores the insurance money database based on the measurement result read by the reading unit.
- An insurance money calculation unit that calculates the amount of insurance money paid by referring to the paid amount of insurance money may be further provided.
- the insurance database at the time of insurance renewal is based on the performance database that stores the actual amount of insurance payments calculated by the insurance money calculation unit for each insurance contract, and the actual amount of insurance payments stored in the performance database. It may further include an insurance premium calculating unit that calculates the premium.
- a weather data recording unit that records weather data that is data relating to weather conditions on a route along which the object is transported; and the insurance money calculation unit reads out the weather data based on the weather data recorded by the weather data recording unit.
- the association between the measurement result read by the unit and the weather condition may be output.
- the measuring unit further measures the position of the target object during transportation, and refers to the result database that stores the measurement results measured by the measuring unit in association with the position, and the result database.
- the apparatus may further include a control condition output unit that determines a measurement result corresponding to the position and outputs a condition for controlling the environment according to the position.
- the information processing apparatus further includes a transport unit that transports the object stored in the storage container, the transport unit transmits identification information for identifying the transport unit to the recording unit, and the recording unit records the measurement result in association with the identification information. May be.
- the recording unit may be provided in the storage container or in the storage container.
- a large container for storing a plurality of storage containers is further provided, a measuring unit is provided for each storage container, and a recording unit is provided in the large container or the large container, and is provided between the measuring unit and the recording unit.
- a communication unit for communicating may be further provided.
- the measurement unit may further include a communication unit provided at a plurality of locations on the target object and communicating between the measurement unit and the recording unit provided at the plurality of locations.
- a notification unit for notifying the user may be further provided.
- the notification unit notifies the user of this fact, for example, under the agreement of the shipper, the carrier, and the insurance company.
- Advice may be provided on measures to prevent further deterioration of the object, such as rerouting, refilling in case of land transportation, and stopping transportation.
- the measuring section may measure temperature, humidity, acceleration, dust concentration, and dew condensation as an environment. I'm sorry.
- the transport state measurement module for measuring the environment of the object to be transported is provided in a storage container for storing the object to be transported or in the storage container.
- a notification unit for notifying the user may be further provided.
- a method of transporting an object to be transported includes the steps of: storing the object in a storage container; transporting the object stored in the storage container; Alternatively, the measuring unit provided in the containment can be used to Measuring the boundary, recording the measurement result,
- an insurance money calculation method for calculating an insurance payment amount based on damage to an object while the object is being transported includes a step of storing the object in a storage container Measuring the environment of the object during transportation by the containment vessel or a measuring unit provided in the containment vessel, recording the measurement result, reading the recorded measurement result, The method includes a step of managing the object, the measurement result, and the amount of insurance payment of the object based on the measurement result in association with each other, and a step of calculating the amount of insurance payment based on the read measurement result.
- a program for a computer that manages the transport of an object to be transported is provided by a storage container that stores the object or a measuring unit provided in the storage container.
- the computer implements a measurement function to measure the environment of the object, a recording function to record the measurement results, and a reading function to read the recorded measurement results.
- a computer program for calculating the amount of insurance payment based on damage to an object during transportation of the object is provided in a storage container or storage for storing the object.
- the measuring unit provided in the container measures the environment of the target object during transport, the recording function to record the measurement result, the reading function to read the recorded measurement result, the object and the measurement result
- the computer realizes a management function of managing the insurance payment of the object based on the measurement result in association with the payment thereof, and a calculating function of calculating the insurance payment based on the read measurement result.
- FIG. 1 is a block diagram illustrating a configuration of a transport system 10 according to the present embodiment.
- FIG. 2 is a block diagram showing another embodiment of the transport unit 40.
- FIG. 3 is a diagram showing an example of the data format of the deterioration condition database 56. is there.
- FIG. 4 is a diagram showing another example of the data format of the deterioration condition database 56.
- FIG. 5 is a diagram showing an example of the data format of the payment amount database 57.
- FIG. 6 is a diagram showing an example of the data format of the performance database 58.
- FIG. 7 is a flowchart showing the operation of the transport system 10 for calculating the insurance money.
- FIG. 8 is a flowchart showing the operation of the transport system 10 for calculating the insurance premium.
- FIG. 9 is a flowchart showing an operation in which the transport system 10 outputs conditions for controlling the environment of the object 12.
- FIG. 1 shows a configuration of a transport system 10 according to the present embodiment.
- the transport system 10 can check the environment during transport of the object 12 by measuring the environment during transport of the object to be transported and reading the measurement result.
- the transport system 10 during transport includes a transport unit 40 and a calculation unit 70.
- the transport section 40 includes a containment vessel 14 for storing the object 12 to be transported, a measuring section 16 provided in the containment vessel 14 for measuring the environment of the object 12 during transport, A recording unit 18 for recording the measurement results measured by the measuring unit 16.
- the measuring unit 16 is an IC chip incorporating, for example, a temperature sensor, a humidity sensor, an acceleration sensor, an illuminance sensor, and the like. Measure humidity, acceleration, dust concentration, dew condensation conditions, brightness, etc.
- the measuring unit 16 is provided inside the storage container 14, but may be provided on the outer surface of the storage container 14 as another example.
- the measuring unit 16 provided on the outer surface of the storage container 14 can measure the vibration of the object 12.
- the measurement unit 16 may have a GPS antenna, for example, and may further measure the position of the object 12.
- the transport system 10 further includes transport means 20 for transporting the object 12 stored in the storage container 14, and the transport means 20 provides the recording unit 18 with identification information for identifying the transport means 20. Then, the recording unit 18 records the measurement result in association with the identification information acquired from the transport device 20. Thereby, the transport system 10 can confirm the recorded measurement result for each transport unit.
- the calculation unit 70 reads out the measurement result recorded by the recording unit 18, and stores the degree of deterioration of the object 12 caused by the environment at the time of transportation in association with the measurement result.
- Database 5 6 payment amount database 5 7 that stores the amount of insurance payment to be paid due to the deterioration of the object 1 2 according to the degree of deterioration, and insurance payment based on the measurement result
- an insurance money calculation unit 54 for calculating the amount.
- the deterioration condition database 56 and the payment amount database 57 are based on an insurance money database that stores the object 1 2, the measurement result, and the insurance money of the object 1 2 to be paid based on the measurement result in association with each other. This is an example. In this embodiment, the deterioration condition database 56 and the payment amount database 57 are separately provided, but these may be managed as one database.
- the calculation unit 70 further stores the actual amount of the insurance payment calculated by the insurance money calculation unit 54 for each insurance contract, and a performance database 58 for each insurance contract.
- An insurance premium calculation unit 60 for calculating the insurance premium at the time of renewal of the insurance based on the actual amount of payment.
- the arithmetic unit 70 has a weather data recording unit 24 that records weather data that is data relating to weather conditions on a route on which the object is transported.
- the insurance money calculation unit 54 outputs the relevance between the measurement result read by the reading unit 52 and the weather condition based on the weather data recorded by the weather data recording unit 64.
- the insurance money The calculation unit 54 outputs a high relevance between the measurement result and the weather condition.
- weather data indicating that the wave height on the sea route is lower than the standard is recorded in the weather data recording unit 64, and the measurement result of the acceleration read by the read unit 52 is higher than the standard, for example. If the value is 1 G or more, the insurance money calculation unit 54 outputs that the relationship between the measurement result of the acceleration and the weather condition is low.
- the insurance money calculation unit 52 outputs a high degree of relevance between the measurement result and the weather condition. Therefore, the user of the transport system 10 can specify a measurement result having low relevance to weather conditions among the measurement results due to the deterioration of the object 12. Measurement results that have low relevance to meteorological conditions, for example, acceleration measurement results, are presumed to be highly relevant to the transport method such as handling (handling) of containment vessel 14. Then, the user can determine that there is a possibility that the recurrence of deterioration can be reduced by improving the transport method. In addition, the insurance money calculation unit 52 outputs a high degree of relevance between the measurement result and the weather condition, so that the insurance company can estimate the cause of the quality deterioration of the object 1 2 and make the insurance underwriting decision. (Underwriting).
- the result database 58 further stores the measurement result of the environment of the object 12 read by the reading unit 52 in association with the measurement result of the position of the object 12.
- the performance database 58 stores the temperature measurement result read by the reading unit 52 in association with the latitude and longitude of the object 12.
- the arithmetic unit 70 determines the measurement result corresponding to the position by referring to the performance database 58, and outputs a condition for controlling the environment of the target object 12 according to the position.
- the control condition output unit 62 is further provided.
- control condition output unit 62 should determine the measurement result of the temperature corresponding to the latitude and longitude of the object 12 by referring to the performance database 58 and control the environment of the object 12
- the conditions for example, the latitude and longitude to control the temperature of the wine and the temperature to control are output.
- the conditions to be controlled can be output.
- the transport unit 40 further includes a large container 26 for storing a plurality of storage containers 14a, b,..., And a measuring unit 16a, b,.
- the recording unit 18 is provided in the large container 26 or the large container 26, and further includes a transmitting unit 22 and a receiving unit 24 that communicate between the measuring unit 16 and the recording unit 18.
- the transmission section 22 and the reception section 24 are examples of the communication section in the present invention.
- the transport unit 40 further includes a notifying unit 30 for notifying that fact.
- the transport system 10 can measure and read the environment of the object 12 during transport for each storage container. Therefore, according to the transport system 10, it is possible to confirm the environment during transport of the object 12 even if the object 12 has no external scratches or stains. Further, the degree of deterioration of the object 12 is determined based on the readout measurement result, and the amount of insurance money paid for the object 12 according to the degree of deterioration can be appropriately calculated.
- the measurement unit 16 and the recording unit 18 connected to each other are directly attached to the individual objects 12 and the reading device records the measurement results recorded in the recording unit 18. May be read as needed.
- the reading device records the measurement results recorded in the recording unit 18. May be read as needed. For example, by attaching an IC chip with a measuring unit 16 and a recording unit 18 to a wine bottle of high-end wine, consumers can use a reading device before purchasing the wine at a wine shop or restaurant. Can be used to check the history of the transport state of the wine.
- the recording medium 80 is a measuring unit 16, a recording unit 18, a transport device 20, a transmitting unit 22, a receiving unit 24, an output unit 28, a notification unit 30, a reading unit 52, and an insurance money calculation unit. 54, Stores a program for operating the premium calculation unit 60 and the control condition output unit 62. As another method, the transport system 10 may acquire such a program via a communication line.
- FIG. 2 shows another example of the transport unit 40 according to the present embodiment.
- the multiple measuring units 16c, 16d, and 16e are provided at multiple locations on the object 12, and the transmitting unit 22 records the measurement results from the multiple measuring units 16 provided at multiple locations.
- Send to Part 18 The transport system 10 can each measure the environment at a plurality of locations where deterioration occurs due to the environment during transportation, particularly when the object 12 is a relatively large device, for example, a medical device.
- the recording unit 18 may be provided in the storage container 14 or in the storage container 14. Thereby, the connection between the measuring unit 16 and the recording unit 18 is completed in the storage container 14.
- the connection between the measuring unit 16 and the recording unit 18 is facilitated, and the degree of freedom in the layout of the plurality of storage containers 14 is increased.
- the transmission unit 22 and the reception unit 24 do not need to be configured by wireless transceivers, the measurement unit 16 and the recording unit 18 can be connected in a low-cost and simple manner.
- FIG. 3 shows an example of the data format of the deterioration condition database 56 when the object 12 is wine.
- the deterioration condition database 56 stores the degree of wine deterioration caused by the environment during transportation in association with the measurement result.
- the degree of deterioration of wine depends on conditions such as temperature, humidity and vibration. Therefore, the deterioration condition database 56 stores the measurement results of temperature, humidity, acceleration, and the like as the environment during the transfer of the wine in association with the deterioration index indicating the degree of deterioration of the wine. Therefore, the insurance money calculation unit 54 can appropriately determine the degree of wine deterioration based on the measurement result for each measurement condition by referring to the deterioration condition database 56.
- FIG. 1 shows an example of the data format of the deterioration condition database 56 when the object 12 is wine.
- the deterioration condition database 56 stores the degree of wine deterioration caused by the environment during transportation in association with the measurement result.
- the degree of deterioration of wine depends on conditions such as temperature
- the deterioration condition database 56 stores the deterioration indices indicating the degree of deterioration of the genome analyzer in association with the measurement results of temperature, acceleration, dust concentration, and condensation conditions, which are measurement conditions. I do.
- the deterioration condition database 56 stores, for each type of the object 12, a deterioration index indicating the degree of deterioration of the object 12, the measurement conditions that are likely to cause the deterioration of the object 12, and the measurement results Is stored in association with. Therefore, the insurance money calculation unit 54 can accurately judge the degree of deterioration of the object 12 for each type of the object 12 based on the measurement result.
- FIG. 5 shows an example of the data format of the payment amount database 57.
- the payment amount database 57 stores the amount of insurance money to be paid for the deterioration of the object 12 in association with the degree of deterioration of the object 12.
- the degree of deterioration is, for example, a total deterioration index obtained by adding the deterioration indexes extracted from the deterioration condition database 56 by the insurance money calculation unit 54.
- the insurance money calculation unit 54 can judge the deterioration state of the target object 12 from many aspects.
- the deterioration index is managed in association with the measurement results.
- the insurance money calculation unit 54 refers to the deterioration condition database 56, and the measurement result read by the reading unit 52 corresponds to any of the levels obtained by dividing each of the plurality of types of measurement conditions. Judge. Then, a plurality of deterioration indexes stored corresponding to the corresponding level are extracted, and the degree of deterioration of the object 12 is determined based on the extracted plurality of deterioration indexes. Then, by referring to the payment amount database 57 based on the determined degree of deterioration, it is possible to calculate the insurance money to be paid for the deterioration of the object 12.
- the insurance money calculation unit 54 refers to the deterioration condition database 56 that constitutes a matrix based on a plurality of levels of the plurality of measurement conditions of the object 1 2, and the appropriately classified object 1 2 environment can be judged.
- the insurance calculation unit 54 bundles a plurality of deterioration indexes extracted based on the environment of the object 1 2 appropriately divided into cases, thereby obtaining the insurance money to be paid for the damage of the object 1 2 Can be calculated.
- FIG. 6 shows an example of the data format of the performance database 58.
- the performance database 58 stores the performance of the insurance payment calculated by the insurance calculation unit 54 and the transport condition of the object 12 in association with each other.
- the performance database 58 contains a security ID that identifies an insurance contract, the type of object covered by the insurance, the date on which the payment was calculated, A route ID for identifying a plurality of routes, a transport means for each of the plurality of routes, a packaging form, a degradation index for each route indicating a degree of deterioration of an object in each of the multiple routes, and a degradation index for each route. Is stored in association with the total deterioration index obtained by summing the total deterioration index and the actual amount of insurance payment based on the total deterioration index.
- control condition output unit 62 can extract and output, from the performance database 58, the transport conditions under which the amount of the insurance payment is reduced.
- the control condition output unit 62 can extract and output the transport means, the transport route, and the packing form in which the insurance payment is reduced from the performance database 58. Therefore, according to the transport system 10, it is possible to present to the customer transport conditions under which the amount of insurance payment is reduced, in other words, transport conditions under which the object is less deteriorated.
- FIG. 7 shows an operation in which the transport system 10 calculates an insurance money.
- the storage container 14 stores the object 12 (S100)
- the transfer device 20 conveys the object 12 stored in the storage container 14 (S102).
- the measuring unit 16 measures the environment of the object 12 during transportation by the containment container 14 or the measuring unit 16 provided in the containment container 14 (S104).
- the recording unit 18 records the measurement result (S106).
- the notification unit 30 determines whether or not the recorded measurement result is an abnormal result that can significantly degrade the quality of the object 12 (S108). For example, the notification unit 3 0, the sum of the deterioration index extracted from the depleted condition database 5 6 based on the measurement result, if it exceeds a predetermined reference value, the measurement result is determined to be abnormal.
- the notification unit 30 should stop transporting the object 12 or improve the transport conditions of the object 12 To the effect (S110).
- the notification unit notifies that, for example, under the agreement of the shipper, the carrier, and the insurance company, in the case of marine transportation, the evacuation port is You may give advice on measures to prevent further deterioration of the object, such as re-routing, land transportation, refilling, and stopping transportation.
- the transport system 10 can reduce damage caused by transport of the object.
- step 108 If it is determined in step 108 that the measurement result is not abnormal, the transport system 10 determines whether there is a request to read out the recorded measurement result (S112). If there is no request to read out the measurement result in step 112, the process returns to step 104, and the measurement section 16 measures the environment of the object 12. If there is a request to read out the measurement result in step 112, the reading unit 52 reads out the recorded measurement result (S114).
- the weather data recording unit 64 obtains weather data during transportation (S115).
- the insurance money calculation unit 54 calculates the amount of the insurance money by referring to the deterioration condition database 56 and the payment amount database 57 based on the readout measurement results (S111). .
- the insurance money calculation unit 54 divides the measurement result read by the reading unit 52 based on the weather data into a measurement result caused by the weather condition and a measurement condition caused by the transport condition. You may distinguish them.
- the insurance money calculation unit 60 stores the measurement result read by the reading unit 52 and the insurance money calculated by the insurance money calculation unit 54 in the performance database 58 at the time of the insurance contract (S 1 1 8). This is the end of this flow.
- the transport system 10 measures the environment of the object 12 while the object 12 is being transported, and based on the measurement result, appropriately adjusts the amount of insurance money paid for the deterioration of the object 12. Can be calculated.
- the trader of the object 1 and 2 can understand the deterioration of the object due to transportation, thereby reducing the risk of losing credit in business. For example, a wine shop @ restaurant can determine the degree of deterioration of wine due to transportation, so that wine that has been degraded can be sold at a low price after indicating the possibility of deterioration. Without waste, and the store's credibility can be maintained.
- the transport system 10 By statistically analyzing the correlation between the deterioration index calculated by the stem 10 and the actual degree of deterioration for each type of wine, it becomes possible to provide advice on the drinking level of each wine.
- FIG. 8 shows an operation in which the transport system 10 calculates an insurance premium at the time of updating.
- the premium calculation unit 60 refers to the performance database 58 (S 200), and calculates the amount of the insurance payment calculated by the insurance calculation unit 54 as a security ID for identifying the insurance contract. Reference each time. Then, based on the payment results of insurance money for each security ID during a certain period, an appropriate insurance premium for renewing the contract is calculated (S202). For example, the premium calculation unit 60 calculates the total premium payment for the past one year for each security ID and compares it with the total payment for the previous year. And if the total premium paid for the past year is lower than the total paid for the previous year, the premium for the following year will be reduced.
- the premium calculator 60 may lower the premium for the following year if the sum of premium payments for the past year is lower than the average premium paid for similar insurance. Finally, the calculated premium is output to the user (S204). This is the end of the flow. According to the above-described operation, the transport system 10 can calculate an appropriate insurance premium for each insurance contract by referring to the insurance payment results based on the measured transport conditions.
- FIG. 9 shows an operation in which the transport system 10 outputs conditions for controlling the environment of the object 12.
- the control condition output unit 62 refers to the performance database 58 (S300), and determines a change in the environment with respect to the position of the object 12 during transportation (S302).
- the control condition output unit 62 is a container for the longitude and latitude when the environment such as the temperature and humidity of the container is not controlled when the wine transport route which is an example of the object 12 passes through the equator. Temperature and humidity changes are extracted from the performance database 58.
- the control condition of the environment to be controlled is determined according to the position (S304).
- the control condition output unit 62 will operate the temperature controller of the reefer container when the reefer container storing the object 12 passes this latitude. Judge that a switch should be inserted. Finally, the control condition output unit 62 outputs the control condition of the determined environment (S306). This is the end of this flow.
- the transport system 10 outputs the control condition for controlling the environment of the object 1 2 based on the position, so that the environment of the object 1 2 is appropriately controlled based on the position of the object 1 2.
- the transportation system 10 outputs a message indicating that the switch of the temperature controller of the leaf container should be turned on and off at a predetermined latitude before and after passing through the equator, so that proper transportation can be performed while saving power consumption.
- the environment is realized.
- the recording medium 80 stores a program that causes the transport system 10 to perform the operations of Steps 102 to 303 described above.
- the transport system 10 reads and executes these programs from the recording medium 80.
- the environment of the object during transportation is measured for each of the storage containers, and the measurement result is read, so that the object has no external scratches or stains.
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Priority Applications (3)
Application Number | Priority Date | Filing Date | Title |
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PCT/JP2002/011052 WO2004038626A1 (ja) | 2002-10-24 | 2002-10-24 | 搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム |
AU2002336302A AU2002336302A1 (en) | 2002-10-24 | 2002-10-24 | Transfer system, transfer state measuring module, transfer method, insurance payment calculation method, and program |
JP2003523882A JPWO2004038626A1 (ja) | 2002-10-24 | 2002-10-24 | 搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム |
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PCT/JP2002/011052 WO2004038626A1 (ja) | 2002-10-24 | 2002-10-24 | 搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム |
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WO2004038626A1 true WO2004038626A1 (ja) | 2004-05-06 |
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PCT/JP2002/011052 WO2004038626A1 (ja) | 2002-10-24 | 2002-10-24 | 搬送システム、搬送状態計測モジュール、搬送方法、保険金算出方法、及びプログラム |
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JP (1) | JPWO2004038626A1 (ja) |
AU (1) | AU2002336302A1 (ja) |
WO (1) | WO2004038626A1 (ja) |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2006043569A (ja) * | 2004-08-03 | 2006-02-16 | Fuji Electric Systems Co Ltd | アイソレータ管理システム、その方法、プログラム |
US20190114714A1 (en) * | 2017-10-13 | 2019-04-18 | Munich Re | Computer-based systems employing a network of sensors to support the storage and/or transport of various goods and methods of use thereof to manage losses from quality shortfall |
JP2019516162A (ja) * | 2016-03-18 | 2019-06-13 | キャリア コーポレイションCarrier Corporation | コールドチェーン流通システム全体を通じた生鮮品パラメータの自動化された予測監視 |
US12062099B2 (en) | 2022-12-12 | 2024-08-13 | Munich Re | Computer-based systems employing a network of sensors to support the storage and/or transport of various goods and methods of use thereof to manage losses from quality shortfall |
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2002
- 2002-10-24 AU AU2002336302A patent/AU2002336302A1/en not_active Abandoned
- 2002-10-24 JP JP2003523882A patent/JPWO2004038626A1/ja active Pending
- 2002-10-24 WO PCT/JP2002/011052 patent/WO2004038626A1/ja active Application Filing
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AU2002336302A1 (en) | 2004-05-13 |
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