CN103970767A - Network commodity transaction system - Google Patents
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- CN103970767A CN103970767A CN201310034118.1A CN201310034118A CN103970767A CN 103970767 A CN103970767 A CN 103970767A CN 201310034118 A CN201310034118 A CN 201310034118A CN 103970767 A CN103970767 A CN 103970767A
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Abstract
The invention discloses a network commodity transaction system which comprises a data center, a first management subsystem, a second management subsystem and a purchaser subsystem, wherein the data center is used for storing commodity provider information, commodity information, purchaser information and order information; the first management subsystem is used for supervising various information stored in the data center; the second management subsystem is used for receiving and storing the commodity provider information inputted by a commodity provider and receiving and storing commodity information inputted by the commodity provider and approved by the first management subsystem, wherein the commodity provider information at least comprises commodity provider name, commodity provider detailed address and geographic position in an electronic map corresponding to the commodity provider detailed address; the purchaser subsystem is used for inquiring the commodity provider information and the commodity information in the data center according to the inquired instruction of a purchaser. The invention can construct the commodity transaction system which can meet the requirements of customers to the cost performance better, especially the requirements to cost performance of valuables and inconveniently transported articles.
Description
Technical Field
The invention relates to the field of computer network application, in particular to a network commodity transaction system.
Background
On one hand, in the face of strong competition of domestic and foreign enterprises, rapid development and expansion of various novel retail business states, such as supermarkets, warehouse member stores, professional stores, commodity transaction centers and various shop-free retail business states, such as web stores, regional supermarkets (regional retail enterprises) find differences among the retail business states, determine the competitive strategies of development of the regional supermarkets, accelerate the development of the regional retail businesses to meet challenges, and become urgent needs of the supermarkets. The buyer and seller of the physical store (such as a convenience store and a chain of convenience stores) are worried about price disadvantage caused by few customers. Purchasers of brick and mortar stores are often annoyed by the lack of price advantage and/or difficulty in price comparison of the brick and mortar stores.
On the other hand, in recent years, selling commodities via a network and trading commodities on the network have become new and fashionable, which has led to a rapid development of a large number of electronic commerce industries of the C2C model. There are traditional network commodity transaction systems such as Taobao, Yi qu, Racket and Baobo. The price of the commodities sold on the internet is lower than that of the commodities sold in the physical stores, which greatly attracts purchasers. However, the traditional network commodity transaction system has the problems of difficult complaints, mass rough manufacturing, counterfeit and counterfeit commodity chaotic market, and cannot well meet the requirement of consumers on the cost performance, particularly the requirement on the cost performance of valuables and articles inconvenient to transport.
In addition, when a buyer wants to purchase a commodity which is difficult to express due to its large size, the buyer and the seller based on the conventional network commodity transaction system are often worried about the low timeliness and the difficulty in verifying the quality and authenticity of the commodity. For the network commodity transaction system, the buyer has deep concerns about commodity delivery and commodity quality, and particularly for some valuable commodities, few buyers have confidence to buy in the network commodity transaction system.
However, the regional supermarket just overcomes the defects of the network commodity transaction system, and has the advantages of convenient delivery and/or easy verification of the quality and authenticity of commodities.
It can be seen that both the network commodity transaction system and the regional supermarket have great disadvantages, and one disadvantage is just the advantage of the other, and cannot satisfy the buyer. Therefore, how to construct a commodity transaction system which can better meet the requirement of the consumer on the cost performance, especially the requirement on the cost performance of valuables and articles which are inconvenient to transport, is a very important technical problem.
Disclosure of Invention
One of the technical problems to be solved by the present invention is to provide a network commodity transaction system capable of better satisfying the requirements of the buyers.
In order to solve the above technical problem, the present invention provides a network commodity transaction system, comprising:
the data center is used for storing commodity provider information, commodity information, purchaser information and order information;
the first management subsystem is used for supervising various information stored in the data center;
the second management subsystem receives and stores commodity provider information input by a commodity provider and receives and stores commodity information input by the commodity provider approved by the first management subsystem, wherein the commodity provider information at least comprises a commodity provider name, a commodity provider detailed address and a geographical position of the commodity provider detailed address in the electronic map;
and the buyer subsystem is used for inquiring the commodity provider information and the commodity information of the data center and/or ordering the commodities in the data center according to the inquiry instruction of the buyer.
Wherein the purchaser subsystem is further to:
receiving a query condition input by a purchaser and used for querying a commodity provider in the data center, and taking commodity provider information which meets the query condition in the data center and is in a preset commodity query area of the purchaser or in a geographical area which takes the current geographical position of the purchaser or the designated geographical position of the purchaser as the center and takes a first preset length as the radius as a query result; and
receiving a query condition input by a purchaser and used for querying commodity information in the data center, and taking the commodity provider information and/or the commodity information which meets the query condition in the data center and is in a commodity query area preset by the purchaser or is in a geographical area with the current geographical position of the purchaser or the geographical position specified by the purchaser as the center and a first preset length as the radius as a query result.
Wherein the goods provider information comprises a shipping attribute indicating an attribute of whether shipping is possible, the buyer subsystem further to:
judging whether the inquiry condition input by the buyer represents that only the information of the commodity provider capable of delivering is inquired;
if the judgment result is yes, the following steps:
only the delivery attribute of the goods provider is represented as delivery enabled and the goods provider is in advance of the purchaser
Setting commodity provider information in a commodity query area or a geographical area of a commodity provider, wherein the geographical position of the current commodity provider or the geographical position designated by the buyer is taken as a center and a first preset length is taken as a radius, as a query result;
or,
and only representing the delivery attribute of the commodity provider as commodity provider information and/or commodity information which can be delivered and is positioned in a commodity query area preset by the buyer or positioned in a geographical area with the current geographical position of the buyer or the designated geographical position of the buyer as the center and with the first preset length as the radius as a query result.
Wherein the goods provider information comprises a delivery range attribute for indicating a geographical area where the goods provider supports delivery, the buyer subsystem further for:
receiving a query condition for querying a commodity provider, which is input by a buyer;
only the goods provider information which covers the position of the purchaser or the geographical position designated by the purchaser and meets the inquiry condition designated by the purchaser is taken as the inquiry result; or,
and only the commodity provider information and/or the commodity information which covers the position of the buyer or the geographical position specified by the buyer and meets the query condition specified by the buyer is taken as the query result.
The buyer subsystem is further used for displaying the query results in a list form after sequencing the query results.
Wherein the purchaser subsystem is further to: and receiving a query condition input by a buyer and used for querying information of the commodity provider and obtaining a query result, and displaying a geographical position mark for identifying each corresponding commodity provider at a geographical position corresponding to the detailed address of each commodity provider in the query result in the electronic map.
Wherein the purchaser subsystem is further to: and receiving a query condition for querying commodity information input by a buyer and obtaining a query result, and displaying a geographical position mark for identifying each corresponding commodity provider on a geographical position corresponding to a detailed address of each commodity provider providing commodities in the query result in the electronic map.
The buyer subsystem is further used for displaying a geographical position mark for identifying each corresponding commodity provider in an electronic map at a geographical position corresponding to a detailed address of each commodity provider providing the commodity provider or the commodity in the query result when the buyer queries the commodity provider information or the commodity information in the data center through the buyer subsystem, and displaying the commodity provider information corresponding to the cursor stop position in the query result when a cursor of the buyer stops at the displayed geographical position mark for identifying each corresponding commodity provider or when a finger touch screen event or a click event is detected at the displayed geographical position mark for identifying each corresponding commodity provider.
Wherein the purchaser subsystem is further to: and distinguishing and displaying the geographical position marks of the commodity providers with the prices of the commodities in different price intervals in the query result.
Wherein the buyer subsystem is further configured to, when displaying in the electronic map the geographic location markers identifying each respective merchandise provider: the method comprises the steps that an electronic map in a commodity inquiry area preset by a purchaser in the electronic map is displayed in a distinguishing mode, or a range corresponding to a geographic area with the current geographic position of the purchaser or the designated geographic position of the purchaser as a center and with a first preset length as a radius is displayed; and, according to the operation instruction of the purchaser, enlarging or reducing the difference display range; updating the query result to a commodity provider which meets the query condition and is in the distinguishing display range; and displaying the updated inquiry result in the electronic map within a distinguished display range.
Wherein the purchaser subsystem is further to: receiving an instruction about setting the preset commodity query area input by a buyer; displaying the electronic map to the purchaser; distinguishing and displaying an area in the electronic map, which takes the geographic position specified by the purchaser as a center and takes a preset general radius as a radius; and enlarging or reducing the range of the differential display according to the mobile touch operation, mouse dragging or key operation of the purchaser, and taking the region of the differential display as a preset commodity query region of the purchaser, or determining the value of the first preset length of the purchaser according to the numerical value input by the purchaser.
Wherein the purchaser subsystem is further to: receiving an instruction input by a purchaser about a designated geographic location to be set; displaying an electronic map to a purchaser, and intercepting a click event of the purchaser in the electronic map; and determining the geographic position clicked by the buyer in the electronic map as the specified geographic position of the buyer.
Wherein the purchaser subsystem is further to: receiving an instruction input by a purchaser about setting a specified geographic location of the purchaser; displaying a text input interface to the purchaser; receiving an address input by a buyer; the specified geographic location of the purchaser is determined based on the address entered by the purchaser.
Wherein the first management subsystem is further configured to perform at least one of the operations according to an instruction of a system administrator: adding, modifying, adding in bulk, freezing, and/or restoring merchandise providers; querying and/or counting commodity provider information; setting the category of the commodity provider; counting the number of commodity providers in a preset management area; statistically analyzing the sales ability of the commodity provider and the attraction to the buyer; inquiring/counting the information of the buyer; freezing and/or recovering a purchaser; statistically analyzing the consumption behavior purpose and reason of the buyer; setting a grade rule, and limiting the grade of a commodity provider or a buyer; setting an integral rule; setting the category of the commodity; inquiring order information of a commodity provider; in the specified area of statistical analysis, the arrangement of the sold commodities under the commodity classification directory is formulated; pushing a message to the purchaser or goods provider.
Wherein the first management subsystem is further to: presenting an electronic map displaying a geographical position mark for identifying each corresponding commodity provider at a geographical position corresponding to the detailed address of the commodity provider in the data center; and/or presenting an electronic map on which a geographical position mark for identifying each corresponding commodity provider is displayed at a geographical position corresponding to a detailed address of the commodity provider in a preset management area in the data center, wherein the preset management area is an area with a specified commodity provider as a center and a second preset length as a radius.
Wherein the first management subsystem is further to: acquiring and storing a bar code of a commodity; and receiving commodity information input by an operator of the first management subsystem, wherein the commodity information is used as template information of commodities related to the barcodes of the commodities and is stored in the data center.
Wherein the second management subsystem is further to: determining a bar code according to an input of a goods provider; presenting template information of the goods in the data center corresponding to the determined bar code to a goods provider; receiving modification of template information of the presented goods by a goods provider; and storing the template information after the commodity provider is modified as commodity information provided by the commodity provider and corresponding to the determined bar code.
Wherein the second management subsystem is further configured to perform at least one of the following operations according to the indication of the goods provider: adding, deleting, modifying and modifying commodities and information thereof in batches; inquiring order information and evaluation information of a commodity provider according to an inquiry instruction of the commodity provider; setting a delivery range attribute of the goods provider for indicating a geographical area where the goods provider supports delivery according to a setting operation of the goods provider; setting an order starting amount attribute of the commodity provider for indicating an order amount of the commodity provider for supporting delivery according to a setting operation of the commodity provider; setting the processing state of the order of the buyer according to the setting operation of the commodity provider to count the information of the buyer and carrying out deep maintenance and service on the information of the buyer; and counting the distribution situation of the geographic positions of the purchasers of the commodity providers.
Wherein the purchaser subsystem is further configured and operable to at least one of: according to the instruction of the buyer, the commodity provider for inquiring the commodity is positioned in a preset commodity inquiry area of the buyer or the commodity provider for inquiring the commodity is positioned in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as the radius and can enjoy preferential commodity information; randomly pushing commodity information to a buyer, wherein the commodity information is in a commodity query category or a price interval preset by the buyer, or a commodity provider of the commodity is in a geographical area which takes the current geographical position of the buyer or the designated geographical position of the buyer as a center and takes a first preset length as a radius; according to the instruction of the buyer, randomly pushing commodity information of a commodity purchased by other buyers in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as a radius in the same day to the buyer; the commodity information that the commodity provider pushing the commodity to the purchaser is located in a commodity inquiry area preset by the purchaser or the commodity provider of the commodity is located in a geographical area with the current geographical position of the purchaser or the designated geographical position of the purchaser as the center and with a first preset length as the radius, and the setting condition is set by the first management subsystem according to the input of an operator.
Wherein the goods provider information further comprises a delivery attribute of whether delivery is supported, the buyer subsystem further for selecting one of the goods providers in the query result; the goods are queried or selected in the goods provider. The purchaser subsystem is further configured to place the order over a network or by telephone.
The commodity provider information also comprises a telephone of the commodity provider, and when the order is submitted by the telephone or the telephone is used as an auxiliary communication means for ordering on line, the telephone can be dialed in the following mode: the buyer dials a call according to the commodity provider information, the buyer clicks the dialing icon to call a mobile phone calling program and then determines whether to dial or not, or the buyer clicks the dialing icon to prompt the commodity provider to dial back the telephone number of the buyer and the like.
When the mode of submitting the order is the network, the second management subsystem is further used for only enabling the total amount of the order of the buyer to reach the initiating amount set by the merchant, and enabling the order state of the geographic area represented by the delivery range attribute of the commodity provider, which covers the position of the buyer or the appointed geographic position of the buyer, to be marked as accepted and prompting to execute a delivery task; the buyer subsystem is further for: order status is tracked after placing an order, including accepted, rejected, expired, pending.
One or more embodiments of the present invention may have the following advantages over the prior art: by inputting commodity information, the commodity provider information at least comprises a commodity provider name, particularly a detailed commodity provider address and a geographic position of the detailed commodity provider address corresponding to an electronic map, the commodity transaction system can well meet the cost performance requirement of consumers, particularly the cost performance requirement of valuables and articles inconvenient to transport.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Additional advantages, objects, and features of the invention will be set forth in part in the description which follows and in part will become apparent to those having ordinary skill in the art upon examination of the following or may be learned from practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 illustrates an architectural diagram of a network commodity transaction system according to one embodiment;
FIG. 2 illustrates a flow chart of a buyer querying the goods provider information in the data center through a buyer subsystem according to the present embodiment;
FIG. 3 illustrates a flow diagram for a buyer querying merchandise information in a data center through a buyer subsystem according to one embodiment;
FIG. 4 illustrates a flow diagram for shopping subsystem 14 to alter the scope of a query and update the query results using an electronic map, according to one embodiment;
FIG. 5 illustrates a flow diagram for shopping subsystem 14 determining a specified geographic location and/or a preset merchandise inquiry area, according to one embodiment;
FIG. 6 illustrates an example of a first management subsystem interface according to one embodiment;
fig. 7 illustrates an example of differently displaying an electronic map in an area of a purchaser preset goods inquiry in the electronic map.
Detailed Description
The following detailed description of the embodiments of the present invention will be provided with reference to the drawings and examples, so that how to apply the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented. It should be noted that, as long as there is no conflict, the embodiments and the features of the embodiments of the present invention may be combined with each other, and the technical solutions formed are within the scope of the present invention.
Additionally, the steps illustrated in the flow charts of the figures may be performed in a computer system such as a set of computer-executable instructions and, although a logical order is illustrated in the flow charts, in some cases, the steps illustrated or described may be performed in an order different than here.
Fig. 1 shows an architecture diagram of a network commodity transaction system according to the present embodiment. As shown in fig. 1, the system includes: a data center 11 for storing commodity provider information, commodity information, purchaser information, and order information; the first management subsystem 12 (also called a merchant management and control system) is configured to supervise various types of information stored in the data center, for example, approve a commodity provider according to commodity provider information stored in the data center, and may be externally represented as a web end of a super administrator (referred to as a system administrator for short) of the system; a second management subsystem 13 (also called merchant management and operating system) for receiving and storing the commodity provider information inputted by the commodity provider and receiving and storing the commodity information inputted by the commodity provider approved by the first management subsystem, wherein the commodity provider information at least comprises a commodity provider name, a commodity provider detailed address and a geographical position in an electronic map corresponding to the commodity provider detailed address, and the subsystem can be externally represented as a web access end and/or an application program end used by the commodity provider; the buyer subsystem 14 (also called buyer shopping experience system) is used for inquiring the goods provider information and the goods information of the data center 11 and/or the goods ordered in the data center 11 according to the inquiry instruction of the buyer, and can be externally represented as a web end and/or an application end used by the buyer.
The purchaser, including all users using the purchaser's subsystem, referred to in this document is not limited to users who have purchased or are purchasing goods through the system.
Fig. 2 shows a flow chart of a purchaser querying goods provider information in the data center 11 through the purchaser subsystem 14 according to the present embodiment. This is explained below with reference to fig. 2.
In step S210, the purchaser inputs inquiry conditions for inquiring the information of the commodity provider in the data center 11, such as the name of the commodity provider, whether the commodity provider is delivered, and the like, through the purchaser subsystem 14.
Step S220, the purchaser subsystem 14 receives the inquiry condition input by the purchaser for inquiring the commodity provider information in the data center 11;
step S230, the purchaser subsystem 14 obtains the current geographic location of the purchaser, for example, the current geographic location of the purchaser can be obtained through the GPS positioning function or the base station positioning function of the user access terminal;
in step S240, the purchaser subsystem 14 uses, as a query result, only the product provider information in the data center 11 that meets the query condition received in step S210 and is located in a geographic area centered on the current geographic location of the purchaser and having a first preset length as a radius. The first preset length is any preset length, and can be preset for a purchaser or preset a default value by a system. Therefore, the commodity provider information in the nearby range (the geographic area with the current geographic position of the buyer as the center and the first preset length as the radius) can be displayed to the buyer, and compared with the traditional network transaction platform, the buyer can conveniently select the store nearby to purchase so as to better meet the requirements of the buyer.
In step S250, optionally, the purchaser subsystem 14 displays a geographical location mark for identifying each corresponding goods provider at a geographical location corresponding to the detailed address of each goods provider in the query result in the electronic map, and visually displays the specific location of the queried goods provider to the purchaser, so that the purchaser can go to pick up goods conveniently.
It should be noted that step S230 is optional. In the case that step S230 is not performed, only the commodity provider information that satisfies the query condition in the data center 11 and is within the buyer preset commodity query area or within the geographical area centered on the buyer-designated geographical location and having the first length as the radius may be taken as the query result in step S240. Therefore, under the condition that the current position of the buyer cannot be detected, or the condition that the buyer wants to inquire commodity providers in a preset commodity inquiry area (such as the vicinity of an office or the vicinity of a home), the system can also return the inquiry result wanted by the buyer, so that the satisfaction degree of the buyer is improved.
Preferably, the goods provider information may further include a delivery range attribute for indicating a geographical area where the goods provider supports delivery. In this case, the purchaser subsystem may, upon receiving the inquiry condition for inquiring the commodity provider inputted by the purchaser, cover only the commodity provider information, which is represented by the delivery range attribute of the commodity provider, over the location where the purchaser is located or the geographic location specified by the purchaser and satisfies the inquiry condition specified by the purchaser, as the inquiry result; or only the commodity provider information and/or the commodity information which covers the position of the buyer or the geographical position specified by the buyer and meets the inquiry condition specified by the buyer is taken as the inquiry result. Thus, information of a commodity provider capable of being delivered to a home can be conveniently displayed to a purchaser, thereby improving the satisfaction of the purchaser. Further, when displaying the geographical position mark for identifying the commodity provider, it is also possible to display two kinds of geographical position marks for identifying the commodity provider in a differentiated manner: a) the geographic area represented by the delivery range attribute covers the geographic position mark of the commodity provider at the current position of the buyer or the specified geographic position of the buyer; b) the delivery range attribute represents a geographic area that does not cover the indicia of the geographic location of the purchaser's location or of the merchandise provider at the purchaser's specified geographic location.
In addition, the query results may also be sorted and then displayed in a list. For example, if the query result is the commodity information, the generation time of the latest order, the sales volume of the commodity and the price of the commodity can be determined; if the query result is a commodity provider, the query result can be sorted according to the information of the commodity provider such as the distance, the delivery, the sale scale and the like.
Fig. 3 shows a flowchart in which the purchaser inquires the commodity information in the data center 11 through the purchaser subsystem 14 according to the present embodiment. This is explained below with reference to fig. 3.
In step S310, the purchaser inputs inquiry conditions for inquiring the commodity information in the data center 11, such as a commodity name, whether the commodity is delivered, a commodity price range, and the like, through the purchaser subsystem 14.
Step S320, the purchaser subsystem 14 receives the query condition input by the purchaser;
step S330, the purchaser subsystem 14 obtains the current geographic position of the purchaser;
in step S340, the purchaser subsystem 14 only uses, as a query result, the merchandise providers and/or the merchandise information in the data center 11 that satisfy the query condition and whose merchandise providers are located in a geographic area centered on the current geographic location of the purchaser and having a first preset length as a radius.
In step S350, optionally, a geographic location mark for identifying each corresponding commodity provider is displayed on the electronic map corresponding to the detailed address of each commodity provider providing the commodity in the query result. Preferably, when it is detected that the cursor of the purchaser stays at the displayed geo-location mark for identifying each corresponding goods provider, or when a finger touch event or click event is detected at the displayed geo-location mark for identifying each corresponding goods provider, more detailed goods provider information corresponding to the cursor staying location in the query result, such as a photo of a merchant physical store, a name of the goods provider, an identification of whether to deliver goods, a merchant location navigation, etc., is displayed. Preferably, the geographical location marks of the commodity providers with the prices of the commodities in different price intervals in the query result can be displayed in a distinguishing mode. Such as green for lowest price, red for highest price, orange in between, and so on.
Steps S310 to S330 are similar to steps S210 to S230, respectively, and are not described herein again.
Similarly, without performing step S330, the purchaser subsystem 14 may, in step S340, only goods provider information and/or goods information, which satisfies the query condition in the data center 11 and whose goods provider is within the purchaser preset goods query area or whose goods provider of goods is within a geographical area with a first preset length as a radius around the purchaser-designated geographical location, as a query result, thereby improving the purchaser satisfaction.
Preferably, the goods provider information may include a delivery attribute indicating an attribute of whether delivery is possible. In this case, the purchaser subsystem 14 may first determine whether the inquiry condition inputted by the purchaser indicates inquiry of only goods provider information that can be delivered in step S340. If the buyer and the commodity provider are located in the preset commodity inquiry area, the commodity provider information and/or the commodity information of the commodity provider are/is used as the inquiry result. Or, if the judgment result is yes, only the information of the commodity provider, which indicates that the delivery attribute of the commodity provider can deliver the commodity and the commodity provider is in the preset commodity query area of the buyer or the commodity provider of the commodity is in the geographical area taking the current geographical position of the buyer or the geographical position designated by the buyer as the center and taking the first preset length as the radius, is taken as the query result.
Preferably, when the geographical location mark for identifying each corresponding goods provider is displayed in the electronic map, the query range may be changed and the updated query result may be displayed based on the electronic map. FIG. 4 shows a flow chart of shopping subsystem 14 according to the present embodiment utilizing an electronic map to alter the scope of a query and update the query results.
Step S410, differentially displaying an electronic map in a buyer preset commodity query area in the electronic map or a range corresponding to a geographic area with a first preset length as a radius centering on a current geographic position of the buyer or a specified geographic position of the buyer, referring to fig. 7, wherein areas in gray circles in fig. 7 are differentially displayed;
step S420, enlarging or reducing the range of the differential display according to the operation instruction of the purchaser, wherein the operation instruction can be the operation of sliding from one touch point to another touch point, the operation of keyboard shortcut keys, the operation of dragging a mouse or pressing keys and the like;
step S430, updating the inquiry result to a commodity provider which meets the inquiry condition and is in the range of the differential display;
and step S440, displaying the updated inquiry result in the differentiated display range in the electronic map.
FIG. 5 illustrates a flow chart for shopping subsystem 14 determining a specified geographic location and/or a preset merchandise inquiry area in accordance with the present embodiment. This is explained in detail below with reference to fig. 5.
Step S510, receiving an instruction about setting the preset commodity query area, which is input by a purchaser;
step S520, displaying an electronic map to a purchaser, intercepting a click event of the purchaser in the electronic map, and determining a geographical position clicked by the purchaser in the electronic map as a specified geographical position of the purchaser;
step S530, an area in an electronic map, which takes the geographic position specified by the purchaser as the center and takes the preset general radius as the radius, is displayed in a distinguishing manner, and the preset general radius can be set to be any length;
and S540, amplifying or reducing the range of the differential display according to the mobile touch operation or the mouse dragging operation of the purchaser, and taking the differential display area as a preset commodity query area of the purchaser.
In addition, the value of the first preset length of the purchaser can be determined according to the value input by the purchaser.
In addition, the purchaser-specified geographic location may be determined by way of input. Specifically, the purchaser subsystem 11 receives an instruction input by the purchaser about setting the designated geographic location of the purchaser, displays a text input interface to the purchaser, and receives an address input by the purchaser; and finally, determining the specified geographic position of the buyer according to the address input by the buyer.
Further, the system may set the purchaser's designated geographic location as the purchaser's home address or office address by default, so that the designated geographic location may not need to be set. Similarly, any area near the address of the purchaser can be set as the preset commodity inquiry area of the purchaser by default for the system, and the first preset length of the purchaser can be set as the preset general radius. To simplify user setup and improve user satisfaction.
Fig. 6 shows an example of the first management subsystem 12 interface according to the present embodiment. In response to an indication from a system administrator via the interface of the first management subsystem 12, the first management subsystem 12 performs at least one of the following: adding, modifying, adding in bulk, freezing, and/or restoring merchandise providers; setting the category of the commodity provider; inquiring order information of a commodity provider; freezing and/or recovering a purchaser; and counting the number of commodity providers in the preset management area.
In addition, the first management subsystem 12 may perform these operations according to instructions issued by a system administrator through an interface of the first management subsystem 12: adding, modifying, adding in bulk, freezing, and/or restoring merchandise providers; querying and/or counting commodity provider information; setting the category of the commodity provider; inquiring order information of a commodity provider; inquiring/counting the information of the buyer; setting a level rule, and limiting the level of a buyer; in the specified area of statistical analysis, the arrangement of the sold commodities under the commodity classification directory is formulated; statistically analyzing the consumption behavior purpose and reason of the buyer; statistically analyzing the sales capability and the attraction to a commodity purchaser; freezing and/or recovering a purchaser; and counting the number of commodity providers in the preset management area.
In addition, the first management subsystem 12 may be further configured to present an electronic map, in which a geographical location mark for identifying each corresponding goods provider is displayed at a geographical location corresponding to a detailed address of the goods provider in a preset management area in the data center 11, where the preset management area is an arbitrary area, for example, an area centered on the goods provider and having a second preset length as a radius may be specified, where the second preset length may be an arbitrary length value. Even, the preset management area may be set as the entire area by default, that is, the first management subsystem 12 may be further configured to present an electronic map in which geographic position marks for identifying the respective corresponding merchandise providers are displayed at geographic positions corresponding to detailed addresses of all the merchandise providers in the data center 11. Thus, the system administrator can conveniently manage the commodity provider.
In addition, the first management subsystem 12 can also acquire and store the bar code of the commodity; the commodity information input by the operator of the first management subsystem is then received as template information of the commodity related to the barcode of the commodity and stored in the data center 11. In this case, the second management subsystem 13 may determine a barcode from an input of the goods provider, present template information of the goods corresponding to the determined barcode in the data center 11 to the goods provider, receive a modification of the template information of the presented goods by the goods provider, and store the modified template information of the goods provider as the goods information corresponding to the determined barcode provided by the goods provider. Thus, the commodity information can be conveniently input by the commodity provider.
The second management subsystem 13 may further perform at least one of the following operations according to the indication of the goods provider: adding, deleting, modifying and modifying commodities and information thereof in batches; inquiring order information and evaluation information of a commodity provider according to an inquiry instruction of the commodity provider; setting a delivery range attribute of the goods provider for indicating a geographical area where the goods provider supports delivery according to a setting operation of the goods provider; setting an order starting amount attribute of the commodity provider for indicating an order amount of the commodity provider for supporting delivery according to a setting operation of the commodity provider; setting the processing state of the order of the purchaser according to the setting operation of the commodity provider; counting the information of the buyer and carrying out deep maintenance and service on the information of the buyer; and counting the distribution of the geographic position of the purchasers of the commodity providers.
Further, purchaser subsystem 14 is further configured and operable to at least one of: according to the instruction of the buyer, the commodity provider for inquiring the commodity is positioned in a preset commodity inquiry area of the buyer or the commodity provider for inquiring the commodity is positioned in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as the radius and can enjoy preferential commodity information; according to the instruction of a purchaser, randomly pushing commodity information of a commodity in a commodity inquiry category or a price interval preset by the purchaser or a commodity provider of the commodity in a geographical area which takes the current geographical position of the purchaser or the geographical position appointed by the purchaser as a center and takes a first preset length as a radius to the purchaser; according to the instruction of the buyer, randomly pushing commodity information of a commodity purchased by other buyers in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as a radius in the same day to the buyer; and commodity information that a commodity provider pushing commodities to the purchaser is located in a preset commodity inquiry area of the purchaser or the commodity provider of the commodities is located in a geographical area which takes the current geographical position of the purchaser or the designated geographical position of the purchaser as a center and takes a first preset length as a radius, wherein the set condition is set by the first management subsystem according to the input of an operator of the first management subsystem.
Those skilled in the art will appreciate that the modules or steps of the invention described above can be implemented in a general purpose computing device, centralized on a single computing device or distributed across a network of computing devices, and optionally implemented in program code that is executable by a computing device, such that the modules or steps are stored in a memory device and executed by a computing device, fabricated separately into integrated circuit modules, or fabricated as a single integrated circuit module. Thus, the present invention is not limited to any specific combination of hardware and software.
Although the embodiments of the present invention have been described above, the above descriptions are only for the convenience of understanding the present invention, and are not intended to limit the present invention. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (17)
1. A network commodity transaction system, comprising:
the data center is used for storing commodity provider information, commodity information, purchaser information and order information;
the first management subsystem is used for supervising various information stored in the data center;
the second management subsystem receives and stores commodity provider information input by a commodity provider and receives and stores commodity information input by the commodity provider approved by the first management subsystem, wherein the commodity provider information at least comprises a commodity provider name, a commodity provider detailed address and a geographical position of the commodity provider detailed address in the electronic map;
and the buyer subsystem is used for inquiring the commodity provider information and the commodity information of the data center and/or ordering the commodities in the data center according to the inquiry instruction of the buyer.
2. The system of claim 1, wherein the buyer subsystem is further configured to:
receiving a query condition input by a purchaser and used for querying a commodity provider in the data center, and taking commodity provider information which meets the query condition in the data center and is in a preset commodity query area of the purchaser or in a geographical area which takes the current geographical position of the purchaser or the designated geographical position of the purchaser as the center and takes a first preset length as the radius as a query result; and
receiving a query condition input by a purchaser and used for querying commodity information in the data center, and taking the commodity provider information and/or the commodity information which meets the query condition in the data center and is in a commodity query area preset by the purchaser or is in a geographical area with the current geographical position of the purchaser or the geographical position specified by the purchaser as the center and a first preset length as the radius as a query result.
3. The system of claim 1, wherein the goods provider information includes a shipping attribute indicating an attribute of being able to ship, the buyer subsystem further for:
judging whether the inquiry condition input by the buyer represents that only the information of the commodity provider capable of delivering is inquired;
if the judgment result is yes, the following steps:
only the delivery attribute of the commodity provider represents that the commodity can be delivered, and the commodity provider is in a commodity query area preset by a purchaser or commodity provider information of the commodity provider in a geographical area which takes the current geographical position of the purchaser or the geographical position appointed by the purchaser and takes a first preset length as a radius is taken as a query result;
or,
and only representing the delivery attribute of the commodity provider as commodity provider information and/or commodity information which can be delivered and is positioned in a commodity query area preset by the buyer or positioned in a geographical area with the current geographical position of the buyer or the designated geographical position of the buyer as the center and with the first preset length as the radius as a query result.
4. The system of claim 1, wherein the goods provider information includes a delivery range attribute for indicating a geographic area where the goods provider supports delivery, the buyer subsystem further for:
receiving a query condition for querying a commodity provider, which is input by a buyer;
only the goods provider information which covers the position of the purchaser or the geographical position designated by the purchaser and meets the inquiry condition designated by the purchaser is taken as the inquiry result; or,
and only the commodity provider information and/or the commodity information which covers the position of the buyer or the geographical position specified by the buyer and meets the query condition specified by the buyer is taken as the query result.
5. The system of any of claims 1-4, wherein the buyer subsystem is further configured to: and after sequencing the query results, displaying the query results in a list form.
6. The system of any of claims 1-4, wherein the buyer subsystem is further configured to:
and receiving a query condition input by a buyer and used for querying information of the commodity provider and obtaining a query result, and displaying a geographical position mark for identifying each corresponding commodity provider at a geographical position corresponding to the detailed address of each commodity provider in the query result in the electronic map.
7. The system of any of claims 1-4, wherein the buyer subsystem is further configured to:
and receiving a query condition for querying commodity information input by a buyer and obtaining a query result, and displaying a geographical position mark for identifying each corresponding commodity provider on a geographical position corresponding to a detailed address of each commodity provider providing commodities in the query result in the electronic map.
8. The system of claims 1-4, wherein the buyer subsystem is further configured to, upon a buyer querying goods provider information or goods information in the data center through the buyer subsystem,
displaying a geographical position mark for identifying each corresponding commodity provider in the electronic map at a geographical position corresponding to a detailed address of the commodity provider or each commodity provider providing the commodity in the query result, and displaying commodity provider information corresponding to a cursor staying position in the query result when it is detected that a cursor of a purchaser stays at the displayed geographical position mark for identifying each corresponding commodity provider or when a finger touch screen event or click event is detected at the displayed geographical position mark for identifying each corresponding commodity provider.
9. The system of claim 7, wherein the buyer subsystem is further configured to:
and distinguishing and displaying the geographical position marks of the commodity providers with the prices of the commodities in different price intervals in the query result.
10. The system according to any one of claims 6 or 7, wherein the buyer subsystem is further configured to, upon displaying in an electronic map a geographic location marker identifying each respective goods provider,
the method comprises the steps that an electronic map in a commodity inquiry area preset by a purchaser in the electronic map is displayed in a distinguishing mode, or a range corresponding to a geographic area with the current geographic position of the purchaser or the designated geographic position of the purchaser as a center and with a first preset length as a radius is displayed; and the number of the first and second groups,
enlarging or reducing the difference display range according to the operation instruction of the purchaser;
updating the query result to a commodity provider which meets the query condition and is in the distinguishing display range;
and displaying the updated inquiry result in the electronic map within a distinguished display range.
11. The system of any one of claims 1 to 8, wherein the buyer subsystem is further configured to:
receiving an instruction about setting the preset commodity query area input by a buyer;
displaying the electronic map to the purchaser;
distinguishing and displaying an area in the electronic map, which takes the geographic position specified by the purchaser as a center and takes a preset general radius as a radius;
and enlarging or reducing the range of the differential display according to the mobile touch operation, mouse dragging or key operation of the purchaser, and taking the region of the differential display as a preset commodity query region of the purchaser, or determining the value of the first preset length of the purchaser according to the numerical value input by the purchaser.
12. The system of any one of claims 1 to 8, wherein the buyer subsystem is further configured to:
receiving an instruction input by a purchaser about a designated geographic location to be set;
displaying an electronic map to a purchaser, and intercepting a click event of the purchaser in the electronic map;
and determining the geographic position clicked by the buyer in the electronic map as the specified geographic position of the buyer.
13. The system of any one of claims 1 to 8, wherein the buyer subsystem is further configured to:
receiving an instruction input by a purchaser about setting a specified geographic location of the purchaser;
displaying a text input interface to the purchaser;
receiving an address input by a buyer;
the specified geographic location of the purchaser is determined based on the address entered by the purchaser.
14. The system of any of claims 1-8, wherein the first management subsystem is further configured to,
presenting an electronic map displaying a geographical position mark for identifying each corresponding commodity provider at a geographical position corresponding to the detailed address of the commodity provider in the data center; and/or the like, and/or,
and displaying an electronic map of a geographical position mark for identifying each corresponding commodity provider at a geographical position corresponding to a detailed address of the commodity provider in a preset management area in the data center, wherein the preset management area is an area which takes a specified commodity provider as a center and takes a second preset length as a radius.
15. The system of claim 1, wherein the first management subsystem is further configured to,
acquiring and storing a bar code of a commodity;
and receiving commodity information input by an operator of the first management subsystem, wherein the commodity information is used as template information of commodities related to the barcodes of the commodities and is stored in the data center.
16. The system of claim 15, wherein the second management subsystem is further configured to,
determining a bar code according to an input of a goods provider;
presenting template information of the goods in the data center corresponding to the determined bar code to a goods provider;
receiving modification of template information of the presented goods by a goods provider;
and storing the template information after the commodity provider is modified as commodity information provided by the commodity provider and corresponding to the determined bar code.
17. The system of any one of claims 1 to 8, wherein the buyer subsystem is further configured and operable to at least one of:
according to the instruction of the buyer, the commodity provider for inquiring the commodity is positioned in a preset commodity inquiry area of the buyer or the commodity provider for inquiring the commodity is positioned in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as the radius and can enjoy preferential commodity information;
randomly pushing commodity information to a buyer, wherein the commodity information is in a commodity query category or a price interval preset by the buyer, or a commodity provider of the commodity is in a geographical area which takes the current geographical position of the buyer or the designated geographical position of the buyer as a center and takes a first preset length as a radius;
according to the instruction of the buyer, randomly pushing commodity information of a commodity purchased by other buyers in a geographical area which takes the current geographical position of the buyer or the appointed geographical position of the buyer as the center and takes a first preset length as a radius in the same day to the buyer;
the commodity information that the commodity provider pushing the commodity to the purchaser is located in a commodity inquiry area preset by the purchaser or the commodity provider of the commodity is located in a geographical area with the current geographical position of the purchaser or the designated geographical position of the purchaser as the center and with a first preset length as the radius, and the setting condition is set by the first management subsystem according to the input of an operator.
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| CN201310034118.1A CN103970767A (en) | 2013-01-29 | 2013-01-29 | Network commodity transaction system |
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