TWI405140B - Method for goods-delivering guiding and goods-identification - Google Patents

Abstract

A method for goods-delivering guiding and goods-identification is disclosed, which is used for packaging at least one purchased product purchased by a customer from a store end to form a packaged product, and guiding a goods-delivering staff to transport the packaged product to a destination designated by the customer, thereby allowing the customer to identify whether the packaged product is the purchased product.

Description

Commodity distribution guidance and verification method

The invention relates to a method for guiding and verifying the distribution of goods, in particular to a method for using a Global Positioning System (GPS) as a distribution guide and using Radio Frequency Identification (RFID) as a verification commodity.

In the prior art, the store side can monitor the traffic vehicle's whereabouts by GPS or Global System for Mobile Communications (GSM), but whether the goods are opened or dropped during the transportation of the traffic vehicle. It is impossible to detect. In addition, in the prior art, the goods delivery personnel must deliver the goods by querying the map, manually inquiring the GPS, or verbally asking for directions, so that the goods cannot be delivered to the location designated by the customer on time due to human error.

Referring to the first figure, in order to improve the above problem, the electronic tracking article 1 of the electronic seal of the prior art seals an electronic seal 11 to a product 100, and utilizes a traffic vehicle by a product delivery personnel 300. 12 Distribute the item 100 to a destination 200. When the product delivery person 300 uses the traffic carrier 12 to transport the product 100, the electronic seal 11 is read by the wireless signal transmitting and receiving device 13, and the electronic seal 11 transmits a strip signal S1 to the wireless signal transmitting and receiving device 13, and the wireless signal is transmitted and received. The device 13 sends a monitoring signal S2 to the monitoring unit 14, so that the monitoring center 14 can monitor the position and current status of the traffic carrier 12 and the commodity 100 at any time by the wireless signal transceiver 141. Once the electronic seal 11 is destroyed, the electronic seal reader 131 cannot read the electronic seal 11, and the transmitting antenna 132 transmits an abnormal condition to the monitoring center 14, so that the monitoring center 14 can immediately know that the commodity 100 is opened or dropped. The destination 200 also receives the abnormal signal S4 transmitted by the transmitting antenna 132 or the abnormal signal S3 transmitted by the wireless signal transceiver 141 by a wireless signal receiver 15, and knows that the commodity 100 is opened or dropped.

In the prior art, the electronic seal provides a monitoring center with a method for monitoring the transportation of the goods. The electronic seal is sealed on the commodity by using an electronic seal, and the electronic seal reader is combined with GPS or GSM to transmit the commodity information to the monitoring at any time. In addition, if the electronic seal is damaged, it means that the goods are opened or dropped, and the monitoring center can immediately know. However, in this way, the electronic seal on the commodity must be continuously read by the electronic seal reader, and the position of the commodity can be obtained by combining GPS or GSM, and finally the commodity information and the commodity position are transmitted to the monitoring center by the transmitting antenna. This will increase equipment costs.

Therefore, when the monitoring center monitors the cargo transportation situation, it must constantly receive the monitoring signal transmitted from the traffic vehicle. However, in the process of transporting the goods, the traffic signal may transmit the monitoring signal due to the speed or the shielding. Failure, and the misjudgment of the monitoring of the delivery of goods, in addition, in the conventional technology, it continuously sends monitoring signals to the monitoring center, which will consume a large amount of power and is not environmentally friendly. In addition, the goods delivery personnel tend to waste time because of the personal loss, which leads to the non-optimal route of the transportation route.

In view of the above, in the prior art, an electronic seal is attached to a product, and an electronic seal reader is used in combination with GPS or GSM, and the position and product information of the product are transmitted to the monitoring center by using the transmitting antenna, so that the monitoring center can be obtained. Monitor product location and product information. This will increase the cost due to excessive equipment, and the signal will be attenuated in a complex environment, resulting in inaccurate information. In addition, the goods delivery personnel must deliver the goods by querying the map, manually querying the GPS or verbally asking for directions, so that the goods cannot be delivered to the location designated by the customer on time due to human error.

Therefore, the main object of the present invention is to provide a method for guiding and verifying goods distribution, which is used for packaging at least one purchase item purchased by a customer at a store to form a packaged product, and guiding a product delivery personnel. After the packaged product is shipped to a destination designated by the customer, the customer is verified as to whether the packaged item is the purchased item.

A second object of the present invention is to provide a method for guiding and verifying the distribution of goods, which is used for encapsulating a plurality of purchase products purchased by a plurality of customers at at least one store to form a plurality of packaged products, and to guide a product. The delivery personnel will sequentially deliver the packaged products to the plurality of destinations specified by the customer, and then the client separately verifies whether the packaged products are the purchased products.

The invention provides a method for guiding and verifying the distribution of goods, which is used for packaging at least one purchase item purchased by a customer at a store to form a packaged product, and guiding a product delivery personnel to transport the packaged product. After the destination specified by the customer, the customer is verified whether the packaged item is the purchased item, and the method includes the following steps:

(a) making a exclusive electronic seal based on the purchased product, such that the exclusive electronic seal records at least one product information of the purchased product, and includes the product information including a coordinate position of the destination;

(b) attaching the exclusive electronic seal to the purchase product to form the packaged product;

(c) reading the commodity data by using a commodity distribution guiding device to obtain the coordinate position before delivering the packaged commodity;

(d) directing, by the merchandise distribution guide, the merchandise delivery personnel to deliver the packaged merchandise to the destination based on the coordinate location;

(e) The customer verifies whether the packaged item is the purchased item by using a product authentication device at the destination.

The present invention further provides a method for guiding and verifying a product distribution, which is used for packaging at least one purchase item purchased by at least one store at a customer to form a plurality of packaged products, respectively, and guiding a product delivery personnel to After the packaged products are respectively transported to the plurality of destinations specified by the customer, the customer is separately verified whether the packaged products are the purchased products, and the method includes the following steps:

(a) making a plurality of exclusive electronic seals based on the purchased products, so that the exclusive electronic seals respectively record a plurality of commodity materials of the purchased products, and the product materials respectively correspond to the destinations a plurality of coordinate positions;

(b) attaching the exclusive electronic seals to the purchase items to form the packaged goods;

(c) separately reading the commodity materials by using a commodity distribution guiding device to obtain the coordinate locations before delivering the packaged commodities;

(d) automatically discharging a merchandise delivery order based on the merchandise materials;

(e) directing, by the merchandise delivery guide, the merchandise delivery personnel to sequentially deliver the packaged merchandise to the destinations according to the merchandise delivery order and the coordinate locations;

(f) The customer uses the plurality of product authentication devices at the destinations to verify whether the packaged products are the purchased products.

Compared with the conventional use of an electronic seal combined with GPS or GSM, the monitoring center can monitor the cargo transportation situation, and continuously transmit the location and goods of the traffic vehicle back to the monitoring center through the transmitting antenna, so that it will be because of the traffic The monitoring signal transmission failure is caused by the shielding speed of the driving speed and the surrounding environment. In addition, continuously sending signals will consume a lot of power and is not environmentally friendly.

Since the present invention uses the product distribution guide to read the product data before the product is delivered to the destination designated by the client, the coordinate position of the destination is obtained and the product is confirmed to be correct, and then the goods are automatically guided by the coordinate position. The person delivers the goods to the destination on time, and the customer can verify the correctness of the goods at the destination by the product authentication device. As is customary, it is necessary to continuously send goods to the store during the transportation of goods by the traffic vehicle, which consumes a large amount of electricity, and does not cause the transportation route of the goods to be non-optimal because of the personal loss of the goods delivery personnel. Path, which wastes time.

Looking at the above, the present invention can utilize a relatively simple device to reduce costs, and automatically guide the goods delivery personnel to deliver the goods to the destination. In addition, the customer can verify at the destination whether the goods delivered by the goods delivery personnel are the original ones. Purchased goods.

The specific embodiments of the present invention will be further described by the following examples and drawings.

Since the product delivery guidance and verification method provided by the present invention can be widely applied to various commodities, the combined implementation manners are numerous, and therefore will not be further described herein, only the preferred two embodiments are listed. Give specific instructions.

Please refer to the second to fifth figures, which are the first embodiment of the present invention. The second figure is a block diagram of the first embodiment of the present invention. In the product distribution guidance and verification system 2, when a customer 400 is present When a store end 21 purchases at least one purchase item 100, the store side 21 reads the barcode 101 of the purchase item 100 by using the electronic seal generator 211, and inputs one of the destination 200 and the destination 200 designated by the customer 400. The coordinates are located behind the electronic seal generator 211, and a product data containing the coordinates of the destination 200 and the destination 200 is generated in the electronic seal generator 211. The above method for obtaining the coordinate position of the destination 200 based on the destination 200 is a conventional technique, and will not be described here.

Next, the electronic seal generator 211 inputs the product data into the exclusive electronic seal 22, and the exclusive electronic seal 22 is an RFID tag. The item 100 is housed in a storage item 500, and the exclusive electronic seal 22 is attached to at least one package seam of the item 100 or the item 500 to form a packaged article 100'. The packaged article 100' described above is an electronic package device (not shown) for attaching the exclusive electronic seal 22 to the package seam of the article 100 or the article 500. The electronic package device is an electronic labeler.

Before the packaged product 100' is dispensed, a product delivery person 300 will use a product delivery guide 24 to read the exclusive electronic seal 22, and the exclusive electronic seal 22 will send a bar signal S5 to the product delivery guide 24, thereby making the product The delivery guide device 24 obtains the product data and obtains the coordinate position. The product distribution guiding device 24 includes an electronic seal reader 241, a display 242, a GPS navigation module 243 and an electronic sign collection module 244. The electronic seal reader 241 can read the exclusive electronic seal. 22 to obtain the commodity information and obtain the coordinates of the coordinates. The display 242 is electrically connected to the GPS navigation module 243 and is used to display the acquired product data.

The GPS navigation module 243 is configured to receive a positioning signal S6 of a GPS satellite 25 to generate a coordinate of the location of the GPS navigation module 243, and according to the coordinates of the location of the GPS navigation module 243 and the coordinate position of the destination 200. A navigation path R is generated, which can be displayed on the display 242. The merchandise distribution guiding device 24 can be one of a mobile phone, a Personal Digital Assistant (PDA), a GPS navigator, and an RFID reader.

When the product delivery person 300 utilizes a traffic vehicle 23 and delivers the packaged item 100' to the destination 200 in accordance with the navigation path R, the customer 400 reads the exclusive electronic seal 22 at the destination 200 using a product authentication device 26 and verifies Whether or not the packaged product 100' is the purchase product 100, the exclusive electronic seal 22 sends a bar signal S7 to the product authentication device 26, so that the product authentication device 26 obtains the product information, and when the packaged product 100' is verified as the purchase product 100 The client 400 performs a sign-off action at the electronic sign-off module 244.

The product authentication device 26 includes an electronic seal reader 261 and a display 262 for reading the exclusive electronic seal 22 to verify whether the packaged product 100' is an item 100. The display 262 is for displaying the read product data. The product authentication device 26 can be one of a mobile phone, a PDA, and an RFID reader. The electronic sign-off module 244 is a touch screen, so that the user 400 directly performs the sign-off action.

Please refer to the third figure, which is a block diagram of the transmitted product signal according to the first embodiment of the present invention. Before the packaged product 100' is delivered, the product delivery personnel 300 can use the product distribution guiding device 24 to read the exclusive electronic seal 22, exclusive The electronic seal 22 sends a seal signal S5 to the product delivery guide 24 to obtain the product data and obtain the coordinate position. When the exclusive electronic seal 22 is broken, that is, when the packaged product 100' is opened or dropped, the exclusive electronic seal 22 cannot send the seal signal S5 to the product delivery guide 24, so that the product delivery guide 24 cannot obtain the product information. The product delivery person 300 returns the packaged item 100' to the store side 21, and sends a product 瑕疵 signal S8 to the product authentication device 26 via the store terminal 21 or a product 瑕疵 signal S8' to the product by the product distribution guide 24. Authentication device 26.

Please refer to the fourth figure, which is a block diagram of the transmission rejection sign signal according to the first embodiment of the present invention. When the product delivery person 300 uses the transportation vehicle 23 and sends the packaged product 100' to the destination 200 in accordance with the navigation route R, the customer 400 uses the product authentication device 26 to verify whether the packaged product 100' is the purchase item 100 at the destination 200. . When the exclusive electronic seal 22 is broken, that is, when the packaged product 100' is opened or dropped, the exclusive electronic seal 22 cannot send the seal signal S7 to the product authentication device 26, and the product authentication device 26 verifies that the packaged product 100' is not an optional product. At 100 o'clock, the product authentication device 26 transmits a reject sign signal S9 to the store side 21, and displays on the display 262 that the packaged item 100' is not the purchase item 100. The customer 400 can refuse to sign the packaged item 100' and automatically notify the store side 21 via the item authentication device 26 that the customer 400 does not need to perform any action in connection with the store side 21.

Referring to the fifth figure, in order to further promote the technology disclosed in the present invention, the technology disclosed in the first embodiment of the present invention will be further condensed into a simple flowchart so as to be more easily remembered by those having ordinary knowledge in the technical field. .

First, the electronic seal generator 211 reads the barcode 101 of the purchase product 100, and inputs the destination 200 specified by the customer 400, generates the product data, and causes the product data to include the coordinate position of the destination 200, thereby producing A dedicated electronic seal 22 (step 110).

The store side 21 accommodates the item 100 in the storage item 500, and attaches the exclusive electronic seal 22 to the package seam of the storage item 500 to form the packaged article 100' (step 120).

The product delivery person 300 reads the exclusive electronic seal 22 by the product delivery guide 24 to obtain the product information (step 130).

It is judged via the merchandise distribution guiding device 24 whether or not the exclusive electronic seal 22 can be read (step 140).

When the product delivery guide device 24 cannot read the exclusive electronic seal 22, the product delivery guide device 24 transmits the product 瑕疵 signal S8 to the product authentication device 26, and the product delivery person 300 returns the packaged product 100' to the store terminal 21 (step 150).

When the merchandise distribution guide 24 can read the proprietary electronic seal 22 to obtain the coordinate position (step 160).

Based on the coordinate position, the product delivery guide 300 is guided by the product delivery guide 24 to transport the packaged item 100' to the destination 200 (step 170).

The packaged product 100' is verified by the customer 400 at the destination 200 using the product authentication device 26 (step 180).

The product authentication device 26 verifies whether or not the packaged article 100' is the item 100 (step 190).

When the product authentication device 26 verifies that the packaged item 100' is the item 100, the customer 400 signs the packaged item 100' (step 210).

When the product authentication device 26 cannot read the exclusive electronic seal 22, the product authentication device 26 transmits a reject sign signal S9 to the store terminal 21, and the client 400 can refuse to sign the packaged product 100' and automatically notify the store through the product authentication device 26. 21 (step 220).

Please refer to the sixth embodiment to the twelfth embodiment, which is a second embodiment of the present invention. The sixth figure is a block diagram of a second embodiment of the present invention, the method for generating the exclusive electronic seals 22, 22a, 22b, and the exclusive electronic Sealing method of seals 22, 22a, 22b, reading method of exclusive electronic seals 22, 22a, 22b, verification method of exclusive electronic seals 22, 22a, 22b, transmission of commodity signals S8, S8' and transmission rejection signing signal S9 The same is true for the first embodiment of the present invention, so the details are not described herein.

The second embodiment of the present invention is different from the first embodiment of the present invention in that the product distribution guiding device 24a further includes a sorting module 245, which can be automatically discharged according to the conditions of different product delivery sequences. A merchandise delivery order. In the product distribution guidance and verification system 2a, a customer 400 purchases three purchase items 100, 100a, 100b at a store end 21, and accommodates them in the storage items 500, 500a, 500b, respectively. The store end 21 is respectively attached to the package seams of the purchase products 100, 100a, 100b or the storage items 500, 500a, 500b by three exclusive electronic seals 22, 22a, 22b to form packaged goods 100', 100a', 100b. '.

Before the packaged products 100', 100a', 100b' are delivered, a product delivery person 300 reads the exclusive electronic seals 22, 22a, 22b by the product distribution guide 24a, thereby obtaining the corresponding product data, and obtaining the coordinates. position. Among them, the product data further includes the order date of the goods and the time limit for delivery of the goods. When the product delivery person 300 reads the exclusive electronic seals 22, 22a, 22b by the product delivery guide device 24a and obtains the corresponding product data, the display 242 on the product distribution guide device 24a displays a display screen f1. .

As shown in the seventh figure, the transport distance is calculated by the GPS navigation module 243 according to the coordinate positions of the destinations 200, 200a, and 200b. The calculation method of the calculated distance is a conventional technique, and details are not described herein. (a ₁ , b ₁ ), (a ₂ , b ₂ ), (a ₃ , b ₃ ) represent the coordinate positions of the destinations 200, 200a, 200b, respectively, and assume that d1, d2, and d3 represent destinations 200, 200a, respectively. The transport distance between 200b and the store end 21, wherein the relationship between the transport distances d1, d2, d3 is d1 < d3 < d2, for example, d1 is 5 km, d2 is 15 km, and d3 is 10 km. The order date D, D+2, and D+1 represent the date of purchase of the selected items 100, 100a, and 100b, respectively, where D is a scheduled purchase date, such as October 1, then D+1 The day after the scheduled purchase date D, and so on. The product delivery deadlines D+2, D+3, and D+4 represent the time when the customer 400 wishes to purchase the articles 100, 100a, 100b to the destinations 200, 200a, and 200b, respectively.

If the product delivery personnel 300 selects the condition according to the distance of the delivery distance as the delivery order of the goods, the sorting module 245 automatically discharges a product delivery order according to the distance of the delivery distance, and the display 242 displays a display screen f2, as shown in the eighth figure. Shown. Therefore, the GPS navigation module 243 is configured to receive a positioning signal S6 of the GPS satellite 25 to generate a coordinate of the location of the GPS navigation module 243 according to the order of the product distribution and the coordinate position, and according to the location of the GPS navigation module 243. The coordinate position of the coordinates and the destinations 200, 200a, and 200b generates a navigation path R'. The navigation path R' can be displayed on the display 242, and the display 242 displays a display screen f3, as shown in the ninth figure. Therefore, the product distribution guiding device 24a guides the product delivery personnel 300 to sequentially transport the packaged articles 100', 100a', 100b' to the destinations 200, 200a, 200b according to the navigation route R'.

Referring to the tenth and eleventh figures, respectively, the display 242 displays display screens f4 and f5, respectively, when the judgment condition of the merchandise delivery order is the order of the merchandise order date and the urgency of the merchandise delivery time limit. The way of the path is the same as the condition of the delivery distance as the delivery order of the goods, so it will not be described here.

Referring to the twelfth figure, in order to further promote the technology disclosed in the present invention, the second embodiment of the present invention is further different from the technology disclosed in the first embodiment of the present invention into a simple flowchart so as to be in the technical field. Those with ordinary knowledge are more likely to remember. There are a client 400a and 400b respectively at the destinations 200a and 200b, and the clients 400a and 400b respectively hold a product authentication device identical to the product authentication device 26 for verifying the received packaged products 100a', 100b. 'Is it the item 100a, 100b?

First, the electronic seal generator 211 reads the barcodes 101, 101a, and 101b of the selected products 100, 100a, and 100b, respectively, and inputs the destinations 200, 200a, and 200b designated by the customer 400, and generates product data, and makes the product data. The coordinate positions of the destinations 200, 200a, 200b are included, and the exclusive electronic seals 22, 22a, 22b are produced accordingly (step 310).

The store end 21 accommodates the items 100, 100a, and 100b in the storage items 500, 500a, and 500b, respectively, and attaches the exclusive electronic seals 22, 22a, and 22b to the package joints of the storage items 500, 500a, and 500b, respectively. The packaged articles 100', 100a', 100b' are formed (step 320).

The product delivery person 300 reads the exclusive electronic seals 22, 22a, 22b by the product delivery guide device 24a, respectively, to obtain the product data (step 330).

It is judged via the product distribution guide 24a whether or not the exclusive electronic seals 22, 22a, 22b can be read (step 340).

When the product delivery guide 24a cannot read the exclusive electronic seal 22, the product delivery guide 24a transmits the product 瑕疵 signal S8 to the product authentication device 26, and the product delivery person 300 returns the packaged product 100' to the store terminal 21 (step 350).

When the merchandise distribution guiding device 24a can read the exclusive electronic seals 22, 22a, 22b, the coordinate position, the merchandise order date, and the merchandise delivery time limit are obtained (step 360).

The sorting module 245 automatically discharges a merchandise delivery order based on one of the shipping distance, the merchandise order date, and the merchandise delivery time limit (step 370).

The product delivery person 300 is guided by the product delivery guide device 24a to sequentially transport the packaged products 100', 100a', 100b' to the destinations 200, 200a, 200b in accordance with the product delivery order and the coordinate position (step 380).

The customers 400, 400a, and 400b verify the packaged products 100', 100a', and 100b' by the product authentication device 26 owned by the clients 400, 400a, and 400b at the destinations 200, 200a, and 200b (step 390).

The product authentication device 26 verifies whether or not the packaged products 100', 100a', 100b' are the purchased products 100, 100a, 100b (step 410).

When the product authentication device 26 verifies that the packaged products 100', 100a', and 100b' are the purchased products 100, 100a, and 100b, the customers 400, 400a, and 400b sign the packaged products 100', 100a', and 100b', respectively (step 420).

The product authentication device 26 cannot read the exclusive electronic seal 22, and the product authentication device 26 transmits a reject sign signal S9 to the store terminal 21, and the client 400 can refuse to sign the packaged product 100' and automatically notify the store terminal 21 through the product authentication device 26. (Step 430).

Wherein, in step 360, it is assumed that only the exclusive electronic seal 22 cannot be read by the commodity delivery guide 24a. Assuming that the exclusive electronic seal 22a or 22b is damaged, the processing steps of the exclusive electronic seal 22 can be made.

In step 430, it is assumed that only the exclusive electronic seal 22 cannot be read by the commodity authentication device 26. Assuming that the exclusive electronic seal 22a or 22b is damaged, the processing steps of the exclusive electronic seal 22 can be made.

Compared with the conventional use of an electronic seal combined with GPS or GSM, the monitoring center can monitor the cargo transportation situation, and continuously transmit the location and goods of the traffic vehicle back to the monitoring center through the transmitting antenna, so that it will be because of the traffic The monitoring signal transmission failure is caused by the shielding speed of the driving speed and the surrounding environment. In addition, continuously sending signals will consume a lot of power and is not environmentally friendly.

Since the present invention uses the product distribution guide to read the product data before the product is delivered to the destination designated by the client, the coordinate position of the destination is obtained and the product is confirmed to be correct, and then the goods are automatically guided by the coordinate position. The person delivers the goods to the destination on time, and the customer can verify the correctness of the goods at the destination by the product authentication device. As is customary, it is necessary to continuously send goods to the store during the transportation of goods by the traffic vehicle, which consumes a large amount of electricity, and does not cause the transportation route of the goods to be non-optimal because of the personal loss of the goods delivery personnel. Path, which wastes time.

Looking at the above, the present invention can utilize a relatively simple device to reduce costs, and automatically guide the goods delivery personnel to deliver the goods to the destination. In addition, the customer can verify at the destination whether the goods delivered by the goods delivery personnel are the original ones. Purchased goods.

It can be seen from the above embodiments of the present invention that the present invention has industrial utilization value. The above embodiments are merely illustrative of the preferred embodiments of the present invention, and those skilled in the art will be able to make various other modifications and changes in the embodiments described herein. However, various modifications and changes made in accordance with the embodiments of the present invention are still within the scope of the invention and the scope of the invention.

(known technology)

1. . . Electronic tracking tracking system

11. . . Electronic seal

12. . . Traffic vehicle

13. . . Wireless signal transceiver

131. . . Electronic seal reader

132. . . Transmitting antenna

14. . . monitoring Center

141. . . Wireless signal transceiver

15. . . Wireless signal receiver

100. . . commodity

200. . . destination

300. . . Commodity delivery personnel

S ₁ . . . Seal signal

S ₂ . . . Monitoring signal

S ₃ , S ₄ . . . Abnormal letter

(this invention)

100, 100a, 100b. . . Purchase goods

101, 101a, 101b. . . Bar code

100', 100a', 100b'. . . Packaged goods

200, 200a, 200b. . . destination

2, 2a. . . Commodity distribution guidance and verification system

twenty one. . . Store side

211. . . Electronic seal generator

22, 22a, 22b. . . Exclusive electronic seal

twenty three. . . Traffic vehicle

24, 24a. . . Commodity distribution guide

241. . . Electronic seal reader

242. . . monitor

243. . . GPS navigation module

244. . . Electronic signing module

245. . . Sorting module

25. . . GPS satellite

26. . . Commodity certification device

261. . . Electronic seal reader

262. . . monitor

300. . . Commodity delivery personnel

400, 400a, 400b. . . client

500, 500a, 500b. . . Storage

R, R’. . . Navigation path

S5. . . Seal signal

S6. . . Positioning signal

S7. . . Seal signal

S8, S8’. . . Commodity signal

S9. . . Refusal to sign signal

F1, f2, f3, f4, f5. . . Display

The first picture is a block diagram of the tracking system of the conventional electronic seal;

The second figure is a block diagram of a method for guiding and verifying the delivery of goods according to the first embodiment of the present invention;

The third figure is a block diagram of a transmission commodity signal according to the first embodiment of the present invention;

The fourth figure is a block diagram of the transmission rejection sign signal of the first embodiment of the present invention;

The fifth diagram and the fifth A diagram are flowcharts of the method for guiding and verifying the delivery of goods according to the first embodiment of the present invention;

Figure 6 is a block diagram showing a method for guiding and verifying the delivery of goods according to the second embodiment of the present invention;

Figure 7 is a schematic view showing the display of the merchandise distribution guiding device in the second embodiment of the present invention;

Figure 8 is a schematic view showing the display of the merchandise distribution guiding device in the second embodiment of the present invention sorted by the transport distance;

Figure 9 is a schematic view showing a navigation path of a display of a commodity distribution guiding device in a second embodiment of the present invention;

The tenth figure is a schematic diagram of the display of the merchandise distribution guiding device in the second embodiment of the present invention sorted according to the order date of the commodity;

11 is a schematic diagram showing the sorting of the display of the merchandise distribution guiding device according to the second embodiment of the present invention according to the delivery timing of the merchandise;

Twelfth and twelfth A are flow charts of a method for guiding and verifying the delivery of goods according to the second embodiment of the present invention.

100. . . Purchase goods

101. . . Bar code

100’. . . Packaged goods

200. . . destination

2. . . Commodity distribution guidance and verification system

twenty one. . . Store side

211. . . Electronic seal generator

twenty two. . . Exclusive electronic seal

twenty three. . . Traffic vehicle

twenty four. . . Commodity distribution guide

241. . . Electronic seal reader

242. . . monitor

243. . . GPS navigation module

244. . . Electronic signing module

25. . . GPS satellite

26. . . Commodity certification device

261. . . Electronic seal reader

262. . . monitor

300. . . Commodity delivery personnel

400. . . client

500. . . Storage

R. . . Navigation path

S5. . . Seal signal

S6. . . Positioning signal

S7. . . Seal signal

Claims (38)

A merchandise distribution guiding and verification method for packaging at least one purchase item purchased by a customer at a store to form a packaged product, and guiding a product delivery personnel to deliver the packaged product to the customer After specifying one destination, the customer is verified whether the packaged product is the purchased product, and the method includes the following steps: (a) making a special electronic seal according to the purchased product, so that the exclusive electronic seal records the purchase At least one product material of the product, and the product data includes a coordinate location of the destination; (b) attaching the exclusive electronic seal to the purchase product to form the packaged product; (c) delivering the packaged product Before, the commodity information is read by a commodity distribution guiding device to obtain the coordinate position, and when the commodity distribution guiding device cannot read the commodity data, a commodity signal is transmitted to the commodity authentication device; d) using the merchandise distribution guide to guide the merchandise delivery personnel to deliver the packaged merchandise to the destination based on the coordinate location; and (e) by the customer at the destination A commodity authentication means to verify whether the product package for the purchase of goods. The method for guiding and verifying the delivery of goods according to claim 1, wherein the step (a) further comprises a step (a1) of reading a barcode of the selected item by using an electronic seal generator. After that, the commodity information is generated, and the exclusive electronic seal is produced accordingly. The method for guiding and verifying the delivery of goods according to claim 2, wherein the step (a1) further comprises a step (a11) of inputting the destination specified by the customer, according to which the coordinate is obtained. Location and the product information contains the coordinate location. For example, the method for guiding and verifying the delivery of goods according to item 1 of the patent application scope, wherein the step The step (b) further comprises a step (b1) of accommodating the purchased product in a storage and attaching the exclusive electronic seal to at least one package seam of the storage. The method for guiding and verifying the delivery of goods according to claim 1, wherein the step (b) further comprises a step (b2) of attaching the exclusive electronic seal to the selection by using an electronic packaging device. Purchase goods. The method for guiding and verifying the delivery of goods according to claim 5, wherein the electronic packaging device is an electronic labeling machine. The method for guiding and verifying the delivery of goods according to the first aspect of the invention, wherein the product distribution guiding device further comprises an electronic seal reader for reading the commodity data. The method for guiding and verifying the delivery of goods according to claim 7, wherein the merchandise distribution guiding device further comprises a display for displaying the merchandise data. The method for guiding and verifying the delivery of goods according to the first aspect of the invention, wherein the product distribution guiding device further comprises a GPS navigation module, wherein the product delivery personnel are guided to deliver the packaged product according to the coordinate position. To the destination. The merchandise distribution guiding and verifying method according to claim 9, wherein the merchandise distribution guiding device further comprises a display electrically connected to the GPS navigation module, thereby displaying a navigation path according to the coordinate position. . The method for guiding and verifying the delivery of goods according to claim 1, wherein the exclusive electronic seal is an RFID tag. The method for guiding and verifying the delivery of goods according to claim 1, wherein the product distribution guiding device is one of a mobile phone, a PDA, a GPS navigation device, and an RFID reader. The product delivery guidance and verification method according to claim 1, wherein the product authentication device is one of a mobile phone, a PDA, and an RFID reader. The method for guiding and verifying the delivery of goods according to claim 1, wherein the commodity signal is sent by the store. The method for guiding and verifying the delivery of goods according to claim 1, wherein the merchandise signal is transmitted by the merchandise distribution guiding device. A merchandise distribution guiding and verification method for packaging at least one purchase item purchased by a customer at a store to form a packaged product, and guiding a product delivery personnel to deliver the packaged product to the customer After specifying one destination, the customer is verified whether the packaged product is the purchased product, and the method includes the following steps: (a) making a special electronic seal according to the purchased product, so that the exclusive electronic seal records the purchase At least one product material of the product, and the product data includes a coordinate location of the destination; (b) attaching the exclusive electronic seal to the purchase product to form the packaged product; (c) delivering the packaged product Before, the commodity information is read by a commodity distribution guiding device to obtain the coordinate position; (d) according to the coordinate location, the commodity delivery guiding device is used to guide the commodity delivery personnel to deliver the packaged product to the purpose And (e) verifying, by the customer at the destination, whether the packaged product is the purchased product by using a product authentication device; and when the product authentication device verifies that the packaged product is not When the purchase of goods, refuse to sign a transmission signal to the store terminal. A merchandise distribution guiding and verification method for packaging at least one purchase item purchased by a customer at a store to form a packaged product, and guiding a product delivery personnel to the package After the product is delivered to a destination designated by the customer, the customer is verified whether the packaged product is the purchased product, and the method includes the following steps: (a) making a special electronic seal according to the purchased product to make the exclusive product The electronic seal records at least one product information of the purchased product, and the product data includes a coordinate position of the destination; (b) attaching the exclusive electronic seal to the purchased product to form the packaged product; Before the packaged product is delivered, the product information is read by a product distribution guiding device to obtain the coordinate position, and the product distribution guiding device comprises an electronic receipt module, and the product authentication device verifies that the packaged product is When the product is purchased, the customer can sign the packaged product; (d) according to the coordinate position, use the product distribution guide device to guide the product delivery personnel to deliver the packaged product to the destination; and (e) The customer uses a product authentication device at the destination to verify whether the packaged item is the purchased item. A merchandise distribution guidance and verification method is used for packaging at least one purchase item purchased by at least one store at a customer to form a plurality of packaged products, respectively, and guiding a product delivery personnel to separate the packaged products After being shipped to the plurality of destinations specified by the customer, the customer is separately verified whether the packaged products are the purchased products, and the method includes the following steps: (a) making a plurality of exclusive products according to the purchased products The electronic seals cause the exclusive electronic seals to record a plurality of commodity materials of the purchased products, respectively, and the commodity data respectively include a plurality of coordinate positions corresponding to the destinations; (b) the exclusive electronic products The seals are respectively attached to the purchase products to form the packaged products; (c) before the delivery of the packaged products, the goods are respectively read by a commodity distribution guide device Product information to obtain the coordinates of the coordinates, when the product distribution guide cannot read the product information, a plurality of goods 瑕疵 signals are transmitted to the product authentication devices; (d) according to the product materials, Automatically discharging a merchandise delivery sequence; (e) using the merchandise distribution guide device to guide the merchandise delivery personnel to sequentially deliver the packaged merchandise to the destinations according to the merchandise delivery order and the coordinate locations; and f) The customer uses the plurality of product authentication devices at the destinations to verify whether the packaged items are the selected items. The method for guiding and verifying the delivery of goods according to claim 18, wherein the step (a) further comprises a step (a1) of reading the purchased products by using an electronic seal generator. After one of the barcodes, the commodity data is generated, and the exclusive electronic seals are produced accordingly. The method for guiding and verifying the delivery of goods according to claim 19, wherein the step (a1) further comprises a step (a11) of respectively inputting the destinations specified by the customer, Obtaining the coordinate positions and including the coordinate positions of the product materials. The method for guiding and verifying the delivery of goods according to claim 19, wherein the step (a1) further comprises a step (a12), the product data further comprising a product order date and a product delivery time limit. . The method for guiding and verifying the delivery of goods according to claim 18, wherein the step (b) further comprises a step (b1) of accommodating the purchased items in a plurality of storage items. And attaching the exclusive electronic seals to at least one of the package seams of the storage items. The method for guiding and verifying the delivery of goods according to claim 18, wherein the step (b) further comprises a step (b2) of attaching the exclusive electronic seals to the electronic package by using an electronic packaging device. These purchases. The method for guiding and verifying the delivery of goods according to claim 23, wherein the electronic packaging device is an electronic labeling machine. The method for guiding and verifying the delivery of goods according to claim 18, wherein the step (d1) further comprises a step (d11), wherein the distances are calculated by using the coordinate positions, and according to the These shipping distances discharge the order of delivery of the goods. The method for guiding and verifying the delivery of goods according to claim 18, wherein the product data further includes a plurality of product order dates, and the step (d1) further comprises a step (d11), which is based on the The order date of these items is the order in which the items are delivered. The method for guiding and verifying the delivery of goods according to claim 18, wherein the commodity data further comprises a plurality of delivery time limits, and the step (d1) further comprises a step (d11) according to the method The delivery time of these items is to discharge the order of delivery of the goods. The method for guiding and verifying the delivery of goods according to claim 18, wherein the product distribution guiding device further comprises an electronic seal reader for reading the commodity materials. The method for guiding and verifying the delivery of goods according to claim 28, wherein the merchandise distribution guiding device further comprises a display for displaying the commodity materials. The method for guiding and verifying the delivery of goods according to claim 18, wherein the product distribution guiding device further comprises a GPS navigation module, wherein the product delivery personnel are respectively guided according to the coordinate positions. Packaged goods are shipped to these destinations. The method for guiding and verifying the merchandise distribution according to claim 30, wherein the merchandise distribution guiding device further comprises a display electrically connected to the GPS navigation module, so that a plurality of displays are displayed according to the coordinate positions. Navigation path. The method for guiding and verifying the delivery of goods according to item 18 of the patent application scope, wherein These exclusive electronic seals are respectively a plurality of RFID tags. The merchandise distribution guiding and verifying method according to claim 18, wherein the merchandise distribution guiding device is one of a mobile phone, a PDA, a GPS navigator, and an RFID reader. The product delivery guidance and verification method according to claim 18, wherein the product authentication device is one of a mobile phone, a PDA, and an RFID reader. The method for guiding and verifying the delivery of goods according to claim 18, wherein the commodity signals are sent by the store. The method for guiding and verifying the delivery of goods according to claim 18, wherein the merchandise signals are transmitted by the merchandise distribution guiding device. A merchandise distribution guidance and verification method is used for packaging at least one purchase item purchased by at least one store at a customer to form a plurality of packaged products, respectively, and guiding a product delivery personnel to separate the packaged products After being shipped to the plurality of destinations specified by the customer, the customer is separately verified whether the packaged products are the purchased products, and the method includes the following steps: (a) making a plurality of exclusive products according to the purchased products The electronic seals cause the exclusive electronic seals to record a plurality of commodity materials of the purchased products, respectively, and the commodity data respectively include a plurality of coordinate positions corresponding to the destinations; (b) the exclusive electronic products The seals are respectively attached to the purchase products to form the packaged products; (c) before the delivery of the packaged products, the commodity distribution guides are respectively used to read the commodity materials to obtain the coordinate positions; (d) automatically discharging a merchandise delivery order based on the merchandise materials; (e) using the merchandise distribution guide device to guide the merchandise delivery personnel to sequentially deliver the packaged merchandise to the destinations according to the order of delivery of the merchandise and the coordinate locations; (f) by the customer The destination uses a plurality of product authentication devices to verify whether the packaged products are the purchased products, and when the product authentication device verifies that the packaged products are not the purchased products, transmitting a plurality of rejection sign signals to the store end. A merchandise distribution guidance and verification method is used for packaging at least one purchase item purchased by at least one store at a customer to form a plurality of packaged products, respectively, and guiding a product delivery personnel to separate the packaged products After being shipped to the plurality of destinations specified by the customer, the customer is separately verified whether the packaged products are the purchased products, and the method includes the following steps: (a) making a plurality of exclusive products according to the purchased products The electronic seals cause the exclusive electronic seals to record a plurality of commodity materials of the purchased products, respectively, and the commodity data respectively include a plurality of coordinate positions corresponding to the destinations; (b) the exclusive electronic products The seals are respectively attached to the purchase products to form the packaged products; (c) before the delivery of the packaged products, the commodity distribution guides are respectively used to read the commodity materials to obtain the coordinate positions, The merchandise distribution guiding device comprises an electronic receipt module, and when the commodity authentication devices respectively verify that the packaged products are the purchased products, the customer is signed for receipt (b) automatically discharging a merchandise delivery order based on the merchandise materials; (e) using the merchandise distribution guide to guide the merchandiser of the merchandise according to the order of delivery of the merchandise; The packaged goods are shipped to the destinations; (f) the customer separately verifies the packages at the destinations using a plurality of product authentication devices Whether the goods are these purchases.