CN205413651U - Electronic commerce article letter sorting system - Google Patents
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- CN205413651U CN205413651U CN201520774866.8U CN201520774866U CN205413651U CN 205413651 U CN205413651 U CN 205413651U CN 201520774866 U CN201520774866 U CN 201520774866U CN 205413651 U CN205413651 U CN 205413651U
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Abstract
The utility model provides an electronic commerce article letter sorting system, includes electronic commerce platform and numeral letter sorting subsystem, the electronic commerce platform is an online shopping mall, and the customer selects and buy article above that, forms the order, generates only order number to with order message routing to digit letter sorting subsystem, digit letter sorting subsystem, including control center, intelligent terminal, intelligent packing cupboard and transmission unit, control center receives the order information that the electronic commerce platform sent to generate the letter sorting job order according to order information, intelligent terminal is located a plurality of distribution respectively and checks a little, the response goods letter sorting task is initiated to the letter sorting job order that control center sent, the intelligence packing cupboard is located a plurality of goods letter sorting point respectively for indicate the position and the quantity at article place, the transmission unit conveys the distribution with article from goods letter sorting point and checks a little. The utility model discloses an electronic commerce article letter sorting system can high -efficient, accurately carry out goods letter sorting packing, practices thrift manpower and materials, has improved the efficiency of letter sorting packing goods.
Description
Technical field
This utility model belongs to e-commerce field, especially relates to a kind of ecommerce goods sorting system.
Background technology
In recent years, along with the rapid emergence of the Internet, the Internet has been increasingly becoming the fastest optimal channel collecting offer information, and has rapidly entered traditional field of circulation.The cross-region of the Internet, interaction, round-the-clock property make it have irresistible advantage in the competition of traditional media industry and traditional trade industry, thus development is the rapidest.In ecommerce under the overall situation that China progressively rises, increasing people start to select shopping on the web, include all daily living articles and food, clothing etc. among these.By at shopping on net commodity, can by businessman directly by commodity transporting to consignee, saving goes shopping in person selects time of gift, possessed save time, save trouble, the feature such as save worry, allow client stay indoors and be commercially available oneself satisfied commodity.
Shopping online develops into today, and all kinds of e-commerce websites are already covered by daily living article, clothing, electronic product etc., but the e-commerce system in terms of perfect agricultural byproducts is rare.Along with improving constantly of people's living standard, food health has become as safely emphasis of concern, how to eat good things, and eating nutritious is the current part lived.Agricultural byproducts have wide consumption market, and the local specialty shop spreading all over streets and lanes from city just can illustrate the power of influence of local and special products series products.Pass through network surveying, major part agricultural byproducts are all to be sold by third-party solid shop/brick and mortar store, seldom managed by the online supply and marketing cooperative of self B2B, and product is the most not fully up to expectations in kind, quality, packaging, a lot of products are all " white, quiet clothes " even " non-packeds ", without producing brand, without the date of manufacture, without food safety certification etc..This is that product category is miscellaneous many owing to the production of agricultural byproducts has region to limit, and fresh-keeping requires high, and result in agricultural byproducts cannot preferably be sold by the form of internet electronic business.
Additionally, client by the Internet after e-commerce platform places an order, businessman must carry out sorting packing on backstage to goods, and current way usually prints list of articles, and personnel are further according to list of articles in sorting, article are found in warehouse, packing, if so type of merchandize is miscellaneous many, warehouse space is bigger again, sorting efficiency can ratio relatively low, and easily make mistakes.
Utility model content
The purpose of this utility model is to overcome shortcoming of the prior art with not enough, it is provided that a kind of ecommerce goods sorting system.
This utility model is achieved through the following technical solutions:
A kind of ecommerce goods sorting system, including e-commerce platform and numeric sorting subsystem；Described e-commerce platform is an online shopping mall, and its article bought according to customer selecting form order, generate unique order number, and sequence information is sent to numeric sorting subsystem；Numeric sorting subsystem, including control centre, multiple stage intelligent terminal, multiple stage Intelligent cargo cabinet and transmission unit, control centre receives e-commerce platform and sends the sequence information of coming, and generates sorting job order according to sequence information；Multiple stage intelligent terminal lays respectively at multiple distribution and checks a little, and response control centre sends the sorting job order of coming, and initiates goods sorting task；Multiple stage Intelligent cargo cabinet lays respectively at multiple goods sorting point, for indicating position and the quantity at article place；Article are sent to distribution from goods sorting point and check a little by transmission unit.
Further, the transmission unit of numeric sorting subsystem, including multiple stage the first RFID card reader, Turnover Box, transmission belt and the second RFID card reader, multiple stage the first RFID card reader is connected with control centre and is positioned at each goods sorting point, Turnover Box is by RFID record Turnover Box case number (CN), control centre reads the case number (CN) of Turnover Box by the first RFID card reader, and it is bound with sorting job order, second RFID card reader is connected with control centre and is positioned at before distribution checks a little, control centre reads the case number (CN) of Turnover Box by the second RFID card reader, obtain Turnover Box corresponding sorting job order and control Turnover Box Turnover Box be sent to initiate sorting task distribution check a little.
Further, Intelligent cargo cabinet includes a counter control module, zone lights and multiple sorting articles hurdle, each article hurdle is provided with article display lamp and display screen, Item Information in sorting job order is sent to counter control module by control centre, counter control module lights zone lights instruction article place Intelligent cargo cabinet, light the display lamp on corresponding article hurdle according to the type of goods in sorting job order, and control to show the quantity that these article needs sort on a display screen.
Further, transmission unit includes that multiple transfer, each transfer are positioned at before each distribution checks a little, and multiple transfers are all connected with control centre, and makes Turnover Box turn to the distribution of correspondence to check a little under the control of the heart in the controlling.
Relative to prior art, ecommerce goods sorting system of the present utility model receives the shopping online order of user by e-commerce platform, sequence information is sent to numeric sorting subsystem, intelligent sorting packing is carried out under the control of numeric sorting subsystem, goods sorting packing can be carried out efficiently and accurately, use manpower and material resources sparingly, improve the efficiency of sorting packaged goods.
In order to enable apparent understanding this utility model, illustrate to illustrate detailed description of the invention of the present utility model below with reference to accompanying drawing.
Accompanying drawing explanation
Fig. 1 is the structural representation of this utility model ecommerce goods sorting system.
Fig. 2 is the system construction drawing schematic diagram of this utility model e-commerce platform.
Fig. 3 is the structural representation of this utility model numeric sorting subsystem.
Fig. 4 is the structural representation of this utility model numeric sorting subsystem Intelligent cargo cabinet.
Fig. 5 is the structural representation of this utility model numeric sorting subsystem delivery unit.
Fig. 6 is the structural representation of the transfer of this utility model delivery unit.
Fig. 7 is the top view of the transfer of this utility model delivery unit.
Detailed description of the invention
This utility model is a kind of ecommerce goods sorting system, it is particularly well-suited to the circulation dispensing of agricultural byproducts, from base, cultivation gathers agricultural byproducts, being then sent through testing agency and carry out safety detection, client has bought, by these products in circulation delivery service system, the agricultural byproducts that safety is relieved more conveniently and efficiently.Products in circulation delivery service system of the present utility model utilizes modern information technologies to innovate agricultural byproducts traditional circulation mode, build agricultural byproducts " Internet of Things " the dispensing platform integrating supply chain, constant temperature storage, electronic tag, food inspection, intelligent sorting, cold chain transportation, information gathering, electronic accounting based on ecommerce, allow user pass through phone or the Internet, stay indoors and just can buy safe, fresh, the agricultural byproducts of par.
Referring to Fig. 1, it is the structure chart of a kind of ecommerce goods sorting system of the present utility model, and this ecommerce goods sorting system 100 includes e-commerce platform 11 and numeric sorting subsystem 12.Wherein, e-commerce platform 11 is connected with sorting subsystem 12.Client purchases at e-commerce platform 11 and selects article, and after placing an order, e-commerce platform 11 generates order, and order is transferred into numeric sorting subsystem 12, and numeric sorting subsystem sorts out corresponding article according to placing an order of client.
This e-commerce platform 11 is online shopping mall, client selects to buy kind and the quantity of article by the Internet or phone on e-commerce platform 11, after confirming payment, client identity can be identified by e-commerce platform 11, the type of goods bought is bound with quantity, form order, generate unique order number.
This numeric sorting subsystem 12 receives the order that e-commerce platform 11 transmits, and generates picking job order according to the type of goods in sequence information with quantity, and staff finds corresponding article according to the type of goods in picking job order and quantity, then packs.
Refer to Fig. 2, it is the system construction drawing of e-commerce platform, this e-commerce platform 11 includes order reception unit 111, order management unit 112 and cabinet administrative unit 113, wherein, order reception unit 111 receives client and buys the information of article, including the identity of client and the kind of article and quantity, and send such information to order management unit 112 and preserve, order management unit 112 sends the personal information of the client come by receiving order reception unit 111, the kind of article and quantity, the intelligent storage cabinet of the article storage of customer selecting, bind, generate unique order number, and sequence information is sent to numeric sorting subsystem 12, additionally intelligent storage cabinet and the order number information of the article storage of customer selecting are sent to cabinet administrative unit 113.
Refer to Fig. 3, it is the system construction drawing of numeric sorting subsystem 12, including control centre 121, multiple stage terminal 122, multiple stage Intelligent cargo cabinet 123 and transmission unit 124, this numeric sorting subsystem 12 is arranged on the sorting ground in warehouse, it is respectively equipped with distribution and checks district and goods sorting district, multiple stage terminal 122 is positioned at distribution and checks district, and multiple stage Intelligent cargo cabinet 123 is positioned at goods sorting district, and distribution is checked the article in district and is sent to distribution and checks district by transmission unit 124.Wherein, control centre 121 is connected with e-commerce platform 11, to receive the customer order that e-commerce platform 11 sends over.Multiple stage terminal 122 is positioned at distribution and checks district, and every terminal 125 is positioned at a distribution and checks a little, and every terminal 122 is all connected with control centre 121.This multiple stage Intelligent cargo cabinet 123 is positioned at goods sorting district, and every Intelligent cargo cabinet 123 all communicates to connect with control centre 121, and every Intelligent cargo cabinet 123 is a sorting point.As shown in Figure 4, this Intelligent cargo cabinet 123 is multilayer container, each counter is respectively equipped with 1231, region of a zone lights and completes key 1232 and counter control module 1233, each layer is divided into multicolumn to deposit article, same article are all deposited on each hurdle, and these article have electronic tag, and there are a corresponding article display lamp 1233 and display screen 1234 in each hurdle, for pointing out goods and the quantity of sorting, counter control module 123 receives the information that control centre 121 is transmitted.Transmission unit 124 connects distribution and checks district and goods sorting district, and after the goods sorting of goods sorting point is complete, transmission unit 124 distribution being transferred to correspondence is checked a little.
Referring to Fig. 5, it is the structure chart of transmission unit 124, including multi-section the first RFID card reader 1241, multiple Turnover Boxes 1242, transmission belt 1243 and the second RFID card reader 1244.Wherein, multi-section the first RFID card reader 1241 is positioned at goods sorting district, and every first RFID card reader 1241 is all connected with control centre 121, and each sorting point has first RFID card reader.In the present embodiment, transmission belt 1243 uses cylinder conveyer belt, and cylinder conveyer belt rotates in the driving of motor, and transmission belt 1243 is designed to loop configuration, and district is checked in distribution and goods sorting district lays respectively at the both sides of transmission belt 1243.Each Turnover Box 1242 has a RFID label tag, identifies unique case number (CN).Turnover Box 1242 is by transmission belt 126 circulating transfer between sorting point and distribution are checked a little.Check before first distribution in district is checked a little have second RFID card reader 1244 entering distribution, this second RFID card reader 1244 is connected with control centre 121, a transfer 1245 is had before entrance a little is checked in each distribution, each transfer 1245 is connected with control centre 121, controlled center 121 controls startup and turns to, and the distribution making Turnover Box 1242 redirect to correspondence is checked a little.
Refer to Fig. 6 and Fig. 7, it is the structure chart of transfer, including a course changing control module, one jacking module and an oblique guide wheel module, control centre is connected with this course changing control module, course changing control module with and jacking module and oblique guide wheel module be connected, tiltedly guide wheel module is arranged on jacking module, tiltedly having multiple guide wheel in guide wheel module, the direction of guide wheel arrangement is at an angle with cylinder conveyer belt, and guide wheel can be by object target goal direction when rotating.When having Turnover Box through transfer, control centre's notice course changing control module, course changing control module controls jacking module and is raised above, and controls the guide wheel rotation in oblique guide wheel module simultaneously, thus drives Turnover Box to turn to the cylinder conveyer belt of other direction.
nullThe control centre 121 of this numeric sorting subsystem 12 receives the sequence information of e-commerce platform 11，Sorting job order is generated according to the Item Information in sequence information，And distribute to be assigned to distribute the intelligent terminal 122 checking district by sorting job order，Intelligent terminal 122 has responded the sorting job order of distribution，Initiate sorting goods task requests，Control centre 121 binding receives intelligent terminal and the sorting job order of correspondence of sorting job order，According to the Intelligent cargo cabinet 123 at article place in sorting job order，By the information of article to the counter control module 1235 delivering to Intelligent cargo cabinet 123，Counter control module 1235 lights according to the kind control area display lamp 1231 of article，And simultaneously light the article display lamp 1233 of correspondence according to the kind of article in sorting job order and control display screen 1234 and show the quantity of article.Staff sees that the zone lights 1231 of Intelligent cargo cabinet 123 lights, indicate picking task, the induction zone of the first RFID card reader 1241 intelligence Turnover Box 1242 put to place sorting point correspondence, control centre 121 reads the case number (CN) of described Turnover Box by the first RFID card reader 1241, and it is bound with sorting job order, sensing the just binding of multiple Turnover Box and associate the relation of multiple turnover case number (CN)s and sorting job order, the relation of sorting job order and Turnover Box is one to one or the relation of one-to-many.Complete Turnover Box 1242 with after sorting the associating of job order, staff is according to article display lamp 1233 and display screen 1234, correspondence article are put into Turnover Box 1242 by quantity, after having sorted, staff presses region and completes key 1232, zone lights 1231 extinguishes, and Turnover Box 1242 is put transmission belt 1243.nullTurnover Box 1242 is sent to distribution by conveyer belt 1243 and checks district，When Turnover Box 1242 checks the induction region of the second RFID card reader 1244 before first every point of region is checked a little through distribution，Second RFID card reader 1244 reads the case number (CN) of Turnover Box 1242 correspondence，And send control centre 121 to，Control centre 121 is according to case number (CN)，Find the sorting job order bound with it，Control initiate this sorting job order distribution check a little before transfer 1245，The distribution that Turnover Box 1242 is transferred to initiate sorting job order is checked a little，Checked terminal 122 a little by this distribution and read the electronic tag of article，The article of record respective amount have been collected，Until the distribution intelligent terminal 122 checked a little has received initiates the electronic tag of all items in sorting job order，Represent that all items of this order is the most sorted to complete，Intelligent terminal 122 notifies that control centre 121 cancels the case number (CN) of Turnover Box 1242 and the current binding sorting job order，Next control centre 121 can start the sorting task of next order.
Running and concrete application to products in circulation delivery service system of the present utility model are described below:
Client selects to buy article by the Internet on e-commerce platform 11, as: shopping goods 1 quantity is 4 respectively, article 2 quantity is 2, and select an intelligent storage cabinet as its shopping article deposit a little, after confirming payment, client identity can be identified by e-commerce platform 11, and the type of goods of purchase is bound with quantity, forms order, generate unique order number, and sequence information is sent to numeric sorting subsystem 12.
nullThe control centre 121 of numeric sorting system 12 receives the sequence information of e-commerce platform 11，According to the Item Information in sequence information, (article 1 quantity is 4，Article 2 quantity is 2) generate sorting job order，And distribute to distribute the multiple stage intelligent terminal 122 checking district by sorting job order，Certain intelligent terminal 122 has responded the sorting job order of distribution，Initiate sorting goods task requests，Control centre 121 binding receives intelligent terminal and the sorting job order of correspondence of sorting job order，Next the information of article 1 and article 2 in sorting job order is sent to the Intelligent cargo cabinet instruction control module 1235 at article place by numeric sorting System Control Center 121，Intelligent cargo cabinet instruction control module 1235 controls the zone lights 1231 of Intelligent cargo cabinet and lights，And simultaneously according to kind and the quantity sorting article in job order，The article display lamp 1233 controlling article 1 and article 2 correspondence lights，Display screen 1234 display number 4 of article 1 correspondence，Display screen 1234 display number 2 of article 2 correspondence.Staff sees that the zone lights 1231 of Intelligent cargo cabinet 123 lights, indicate picking task, the induction zone of the first RFID card reader 1241 intelligence Turnover Box 1242 put to place sorting point correspondence, the case number (CN) information of the Turnover Box 1242 sensed is bound by control centre 121 with sorting task odd numbers, sensing the just binding of multiple Turnover Box and associate the relation of multiple turnover case number (CN)s and sorting job order, the relation of sorting job order and Turnover Box is one to one or the relation of one-to-many.Complete Turnover Box 1242 with after sorting the associating of job order, staff is according to article display lamp 1233 and display screen 1234, put 4 parts of article of correspondence and 2 parts of article 2 into Turnover Box 1242, after having sorted, staff presses region and completes key 1232, zone lights 1231 extinguishes, and Turnover Box 1242 is put transmission belt 1243.nullTurnover Box 1242 is sent to distribution by conveyer belt 1243 and checks district，When Turnover Box 1242 checks the induction region of the second RFID card reader 1244 before first every point of region is checked a little through distribution，Second RFID card reader 1244 reads the case number (CN) of Turnover Box 1242 correspondence，And send control centre 121 to，Control centre 121 is according to case number (CN)，Find the sorting job order bound with it，Control initiate this sorting job order distribution check a little before transfer 1245，The distribution that Turnover Box 1242 is transferred to initiate sorting job order is checked a little，Checked terminal 122 a little by this distribution and read article 1 and the electronic tag of article 2，The article of record respective amount have been collected，Until the distribution intelligent terminal 122 checked a little has received initiates the electronic tag of all items in sorting job order，Represent that all items of this order is the most sorted to complete，Intelligent terminal 122 notifies that control centre 121 cancels the case number (CN) of Turnover Box 1242 and the current binding sorting job order，Next control centre 121 starts the sorting task starting next order.
Relative to prior art, this utility model receives the shopping online order of user by e-commerce platform, sequence information is sent to numeric sorting subsystem, intelligent sorting packing is carried out under the control of numeric sorting subsystem, goods sorting packing can be carried out efficiently and accurately, use manpower and material resources sparingly, improve the efficiency of sorting packaged goods.
This utility model is not limited to above-mentioned embodiment, if to various changes of the present utility model or deformation without departing from spirit and scope of the present utility model, if within the scope of these changes and deformation belong to claim of the present utility model and equivalent technologies, then this utility model is also intended to comprise these changes and deformation.
Claims (4)
1. an ecommerce goods sorting system, it is characterised in that: include e-commerce platform and numeric sorting subsystem；
Described e-commerce platform is an online shopping mall, and its article bought according to customer selecting form order, generate unique order number, and sequence information is sent to numeric sorting subsystem；
Described numeric sorting subsystem, including control centre, multiple stage intelligent terminal, multiple stage Intelligent cargo cabinet and transmission unit, described control centre receives described e-commerce platform and sends the sequence information of coming, and generates sorting job order according to sequence information；Described multiple stage intelligent terminal lays respectively at multiple distribution and checks a little, responds described control centre and sends the sorting job order of coming, initiates goods sorting task；Described multiple stage Intelligent cargo cabinet lays respectively at multiple goods sorting point, for indicating position and the quantity at article place；Article are sent to distribution from goods sorting point and check a little by described transmission unit.
nullEcommerce goods sorting system the most according to claim 1，It is characterized in that: the transmission unit of described numeric sorting subsystem，Including multiple stage the first RFID card reader，Turnover Box，Transmission belt and the second RFID card reader，Described multiple stage the first RFID card reader is connected with described control centre and is positioned at each goods sorting point，Described Turnover Box is by RFID record Turnover Box case number (CN)，Described control centre reads the case number (CN) of described Turnover Box by described first RFID card reader，And it is bound with sorting job order，Described second RFID card reader is connected with described control centre and is positioned at before distribution checks a little，Described control centre reads the case number (CN) of described Turnover Box by described second RFID card reader，Obtain described Turnover Box corresponding sorting job order and control described Turnover Box Turnover Box be sent to initiate sorting task distribution check a little.
Ecommerce goods sorting system the most according to claim 2, it is characterized in that: described Intelligent cargo cabinet includes a counter control module, zone lights and multiple sorting articles hurdle, each article hurdle is provided with article display lamp and display screen, Item Information in sorting job order is sent to described counter control module by described control centre, counter control module lights zone lights instruction article place Intelligent cargo cabinet, the display lamp on corresponding article hurdle is lighted according to the type of goods in sorting job order, and control to show the quantity that these article needs sort on a display screen.
Ecommerce goods sorting system the most according to claim 3, it is characterized in that: described transmission unit includes multiple transfer, each transfer is positioned at before each distribution checks a little, the plurality of transfer is all connected with described control centre, and makes Turnover Box turn to the distribution of correspondence to check a little under the control of the heart in the controlling.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520774866.8U CN205413651U (en) | 2015-09-30 | 2015-09-30 | Electronic commerce article letter sorting system |
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| CN201520774866.8U CN205413651U (en) | 2015-09-30 | 2015-09-30 | Electronic commerce article letter sorting system |
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| CN205413651U true CN205413651U (en) | 2016-08-03 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195435A (en) * | 2015-09-30 | 2015-12-30 | 肇庆市供销社企业集团有限公司 | Electronic commerce goods sorting system and implementing method thereof |
| CN107127159A (en) * | 2017-04-22 | 2017-09-05 | 安徽驿盟物流科技有限公司 | Goods sorting method for logistics park |
| CN113253662A (en) * | 2021-06-15 | 2021-08-13 | 深圳市瑞意博科技股份有限公司 | Sorting indicating device |
| CN117237062A (en) * | 2023-11-13 | 2023-12-15 | 浙江口碑网络技术有限公司 | Information interaction method and device |
-
2015
- 2015-09-30 CN CN201520774866.8U patent/CN205413651U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195435A (en) * | 2015-09-30 | 2015-12-30 | 肇庆市供销社企业集团有限公司 | Electronic commerce goods sorting system and implementing method thereof |
| CN107127159A (en) * | 2017-04-22 | 2017-09-05 | 安徽驿盟物流科技有限公司 | Goods sorting method for logistics park |
| CN113253662A (en) * | 2021-06-15 | 2021-08-13 | 深圳市瑞意博科技股份有限公司 | Sorting indicating device |
| CN113253662B (en) * | 2021-06-15 | 2021-10-12 | 深圳市瑞意博科技股份有限公司 | Sorting indicating device |
| CN117237062A (en) * | 2023-11-13 | 2023-12-15 | 浙江口碑网络技术有限公司 | Information interaction method and device |
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