TWI654582B - Method of updating position for mobile store - Google Patents

Abstract

The present invention discloses a location update method for a mobile merchant. The method is to control the merchant mobile device to obtain and transmit the merchant identification information and the private merchant location to the server, obtain the business hours corresponding to the merchant identification information on the server, and update the allowed client mobile device according to the private merchant location when the current time meets the business hours. View the public business location. The invention can effectively protect the privacy of the mobile operator outside the business hours, and can effectively provide the latest location of the mobile merchant during the business hours.

Description

Location update method for mobile merchants

The present invention relates to methods, and more particularly to a location update method for a mobile merchant.

With the rapid development of the Internet, many services that provide business information (such as electronic maps or restaurant review websites) have been proposed.

Specifically, the consumer can operate the mobile device to log in to the aforementioned service and query the merchant information (such as the business name, business location, or merchant menu) of the merchant located around the consumer.

Since the aforementioned merchant location must be manually set or updated by the merchant or service administrator, when the mobile merchant (such as a vendor, a dining car, a temporary merchant, or other types of businesses that frequently change locations) uses the aforementioned services, the merchant location must be manually updated frequently, resulting in inconvenient.

In view of this, there is a great need for a location update method that can be applied to mobile merchants.

The invention provides a location update method for a mobile merchant, which can automatically update the merchant location stored by the server when the merchant is open.

In an embodiment, a method for updating a location of a mobile merchant includes the steps of: obtaining a merchant identification information and a private merchant location on the merchant mobile device; transmitting the merchant identification information and the private merchant location to the server; and obtaining the corresponding information on the server The business hours of the merchant identification information; and, when the current time meets the business hours, the public merchant location corresponding to the merchant identification information is updated according to the location of the private merchant, wherein the public merchant location is set to allow the client mobile device to view.

The invention can effectively protect the privacy of the mobile operator outside the business hours, and can effectively provide the latest location of the mobile merchant during the business hours.

1, 3‧‧‧ mobile devices

10‧‧‧ processor

11‧‧‧Network devices

12‧‧‧ Positioning device

13‧‧‧Human Machine Interface

14‧‧‧Storage device

140‧‧‧Application

15‧‧‧ attitude sensing device

16‧‧‧ camera

2‧‧‧Server

S10-S11‧‧‧ verification steps

S12, S120-S122‧‧‧ first location update steps

S13, S130-S133‧‧‧ second location update step

S20, S200-S205‧‧‧ position analysis steps

S21, S210-S212‧‧‧ conditional push steps

S22, S220-S222‧‧‧ convening steps

S23, S230-S233‧‧‧Business ordering steps

S30-S31‧‧‧ Login Steps

S32, S320-S321‧‧‧Business Search Steps

S33, S330-S335‧‧‧ navigation steps

S34, S340-S343‧‧‧Customer ordering steps

1 is a block diagram of a system in accordance with a first embodiment of the present invention.

2A is a flow chart of a method for updating a location of a mobile merchant according to a first embodiment of the present invention.

2B is a flowchart of a method for updating a location of a mobile merchant according to a second embodiment of the present invention.

3A is a flow chart of a first part of a method for updating a location of a mobile merchant according to a third embodiment of the present invention.

3B is a flow chart showing a second part of a method for updating a location of a mobile merchant according to a third embodiment of the present invention.

4A is a flow chart showing a first part of a method for updating a location of a mobile merchant according to a fourth embodiment of the present invention.

4B is a flow chart showing a second part of a method for updating a location of a mobile merchant according to a fourth embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be described in detail with reference to the drawings.

Referring first to FIG. 1, an architectural diagram of a system according to a first embodiment of the present invention is shown. The present invention mainly provides a location update method (hereinafter referred to as an update method) for a mobile merchant, which is applied to the system shown in FIG. 1. The foregoing update method can automatically update the merchant location stored in the server 2 during the business hours of the merchant, so that the customer (such as the consumer) can obtain the instant and correct merchant location.

The system of the present invention may include one or more mobile devices (hereinafter referred to as merchant mobile devices 1) held by the merchant, one or more mobile devices held by the customer (hereinafter referred to as customer mobile devices 3), and A server 2 that provides a merchant location inquiry service.

The merchant mobile device 1 may include a network device 11, a positioning device 12, a human machine interface 13, a storage device 14, an attitude sensing device 15, a camera 16, and a processor 10 electrically connected to the above device.

A network device 11 (such as a Wi-Fi module or an LTE module) is used to connect to the Internet and can connect to the server 2 via the Internet. A positioning device 12 (such as a GPS module or a Beidou satellite positioning module) is used to locate the merchant mobile device 1 to obtain a private merchant location. The human machine interface 13 is used to accept business operations and display information. The storage device 14 is used to store data. The attitude sensing device 15 (such as an electronic compass, a gyroscope, an accelerometer, or any combination of the above) is used to sense the posture of the merchant mobile device 1 (such as the orientation, the tilting angle, or the moving direction), and generate a The corresponding pose data (such as azimuth, triaxial rotation or triaxial acceleration). The camera 16 is used to capture an image. The processor 10 is used to control the merchant mobile device 1. The architecture of the client mobile device 3 may be the same as or similar to the merchant mobile device 1, and includes the same or similar devices, and details are not described herein.

The server 2 is connected to the Internet, and can connect the merchant mobile device 1 and the client mobile device 3 via the Internet, and serves as a communication bridge between the merchant mobile device 1 and the client mobile device 3 to enable the merchant mobile device 1 and the client. The mobile device 3 can perform data transmission (detailed later).

In one embodiment, the storage device 14 is a non-transitory computer readable recording medium and stores the application 140. The application 140 records the code executable by the computer. When the processor 10 executes the application 140, the mobile device can be controlled to switch between the merchant mode and the client mode.

Still further, when the mobile device is held by the merchant, the processor 10 can be configured to control the mobile device to switch to the merchant mode (ie, the merchant mobile device 1) to perform the merchant related steps described later. When the mobile device is held by the client, the processor 10 can be configured to control the mobile device to switch to the client mode (i.e., the client mobile device 3) to perform the customer related steps described below.

2A is a flowchart of a method for updating a location of a mobile merchant according to the first embodiment of the present invention. When the merchant mobile device 1 executes the application 140, it can interact with the server 2 to perform the steps of the location update method of the present embodiment. The location update method of this embodiment includes the following merchant related steps.

Step S10: The processor 10 of the merchant mobile device 1 controls the merchant mobile device 1 to switch to the merchant mode after executing the application 140.

In one embodiment, the processor 10 controls the merchant mobile device 1 to switch to the merchant mode when detecting that the user (ie, merchant) enters the merchant mode operation (eg, clicks the merchant mode button) via the human machine interface 13.

Step S11: The processor 10 connects to the server 2 via the network device 11 and the Internet, and logs in to the server 2 according to the merchant identification information.

In an embodiment, the processor 10 accepts a login operation of the merchant to input the merchant identification information (such as a merchant account) via the human interface 13 and logs in to the server 2 using the entered merchant identification information.

In an embodiment, the merchant identification information may be pre-stored in the storage device 14, and the processor 10 reads the merchant identification information from the storage device 14 and logs in to the server 2 using the read merchant identification information.

Step S12: The server 2 obtains the private merchant location of the merchant mobile device 1, and updates the public merchant location stored in the server 2 according to the obtained private merchant location. Also, the aforementioned disclosed merchant location is set to allow the client mobile device 3 to view, the aforementioned private merchant location being set to not allow the client mobile device 3 to view.

In an embodiment, the server 2 pre-stores information of a plurality of merchants, and the foregoing information may include merchant identification information, business hours, private merchant locations, and public merchant locations. After logging in to the server 2, the merchant mobile device 1 can obtain the merchant identification information (such as the account used when logging in), sense the current private merchant location via the location device 12, and identify the merchant information and the sensed via the Internet. The private merchant location is transmitted to the server 2 (step S120).

Then, the server 2 can obtain the corresponding business time period according to the merchant identification information, and determine whether the current time meets the acquired business hours (step S121). If the current time is in line with the business hours, the server 2 updates the public merchant location based on the latest (ie, last received) private merchant location, ie, the private merchant location as the new public merchant location (step S122).

If the current time does not meet the business hours, the merchant mobile device 1 can continue to receive the private merchant location from the merchant mobile device 1, but does not update the public merchant location to protect the merchant privacy, and ends the location update method.

It is worth mentioning that, in the foregoing embodiment, the merchant mobile device 1 continuously transmits the private merchant location to the server 2 (ie, continuously locates and uploads the location), and is updated by the server 2 when the current time meets the business hours. Public location is disclosed, but not limited by this.

Please refer to FIG. 2B , which is a flowchart of a method for updating a location of a mobile merchant according to a second embodiment of the present invention. In the present embodiment, the merchant mobile device 1 is set to upload the latest private merchant location to the server 2 only when the current time meets the business hours. And, the server 2 can update the public merchant location when receiving the private merchant location. That is, server 2 will only receive the private merchant location when the current time meets the business hours, and update the public merchant location.

Compared with the embodiment shown in FIG. 2A, the location update method for the mobile merchant of the present embodiment replaces step S12 with step S13: the processor 10 of the merchant mobile device 1 uploads the private merchant location to the server during the business hours. 2 to update the location of the public business.

In an embodiment, the merchant mobile device 1 can obtain the business hours after entering the merchant mode (step S11) and logging in to the server 2 (step S12) (step S130, the business hours can be stored in the storage device 14 of the merchant mobile device 1 or The business identification information is obtained from the server 2, and it is determined whether the current time meets the business hours (step S131, the business hours can be stored in the storage device 14 of the merchant mobile device 1 or obtained from the server 2 according to the merchant identification information). If the current time is in line with the business hours, the merchant mobile device 1 senses the current private merchant location via the location device 12, and transmits the merchant identification information and the private merchant location to the server 2 via the network device 11 (step S132). Next, the server 2 takes the received private merchant location as a new public merchant location (step S133).

If the current time does not meet the business hours, the merchant mobile device 1 may not update the merchant location to protect the merchant privacy, and end the location update method.

The invention can effectively protect the privacy of the mobile operator outside the business hours, and can effectively provide the latest location of the mobile merchant during the business hours.

Continuing to refer to FIG. 3A and FIG. 3B simultaneously, FIG. 3A is a first part flowchart of a method for updating a location of a mobile merchant according to a third embodiment of the present invention, and FIG. 3B is a location for a mobile merchant according to a third embodiment of the present invention. The second part of the flow chart of the update method.

The present invention further provides a customer location analysis function that can process according to the location of the customer and interact with a specific merchant or customer based on the processing result. Specifically, the location update method of this embodiment further includes step S20 for implementing the client location analysis function after step S11.

Specifically, in step S20, each client mobile device 3 can first log in to the server 2 according to the customer identification information, and accept the feedback operation of the customer (for example, the customer can input "want to eat", "want to buy clothes" or "want to ride a car" "equal requirements" and generate corresponding feedback data (each feedback data can correspond to one or more The booth type) senses the current customer location via the positioning device 12 and transmits the customer identification information, the feedback data and the customer location to the server 2. Next, the server 2 stores the received feedback data and the customer location. Next, the server 2 can read a plurality of customer locations and feedback materials of the stored plurality of customer identification information (step S200). Next, the server 2 may perform step S201, step S202, and/or step S204.

In one embodiment, each client mobile device 3 can log in to the server 2 anonymously and anonymously transmit feedback data and/or customer location to the server 2 (ie, not obtaining or transmitting customer identification information). Thereby, the present invention can effectively protect customer privacy. Moreover, due to the use of an anonymous feedback mechanism, the present invention can effectively improve the customer's willingness to feedback materials.

First, the description will be made with respect to step S201. This embodiment can implement the booth location recommendation function based on the customer location. Specifically, the server 2 may perform hotspot analysis according to multiple feedback data to determine a recommended booth type (such as a food stall, a clothing booth or a docking service), and/or perform a hotspot analysis on the obtained plurality of customer locations to determine The booth location is recommended (step S201), and the recommended booth location and/or the recommended booth type are pushed to the merchant mobile device 1 (step S203). In an embodiment, the hot spot analysis is to calculate the density of the customer location in each area, and set the area with the highest density (or exceeds the preset density) as the recommended location. Moreover, the foregoing hotspot analysis also counts multiple feedback data, and sets the booth type with the most demand (or exceeds the preset demand) as the recommended booth type.

In this way, when the merchant sets up the booth at the recommended booth location, it is expected to obtain better returns due to the high density of customers at the location and the large number of customers in need.

Next, the description will be made with respect to step S202. This embodiment can also implement an activity push function based on the customer location and/or feedback data. Specifically, when any merchant wants to hold an event (such as a promotion or a new listing event), the merchant can operate the merchant mobile device 1 to upload the merchant identification data and the event notification to the server 2. Then, the server 2 can obtain the corresponding public merchant location, calculate the distance between the public merchant location and each customer location, and select the distance less than the preset distance (the first preset distance, such as 3 kilometers) The customer identification information corresponding to the customer location (step S202), and the activity notification is pushed to the client mobile device 3 corresponding to the selected customer identification information (step S203).

Since the location of the customer who received the event notification is close to the location of the merchant (ie, the customer has a higher probability of going to the merchant), the above notification can further enhance the customer's willingness to spend. Moreover, since the customer who is far away from the merchant (ie, the customer has a low probability of going to the merchant) will not receive the event notification, the useless notification may be avoided to cause the customer to be disgusted with the merchant.

In an embodiment, the server 2 may select the customer identification information related to the content of the activity feedback information (for example, the feedback material is “want to eat”, the content of the activity data is related to the restaurant promotion), and only push The broadcast activity is notified to the client mobile device 3 corresponding to the selected customer identification information.

Since the notification of the event received is related to the customer's current needs, the above notification can further enhance the customer's willingness to spend. Moreover, since the current demand is not related to the event notification (ie, the customer has a low probability of going to the merchant), the event notification is not received, and the useless notification can be avoided to cause the customer to resent the business.

Next, the description will be made with respect to step S204. This embodiment can also implement the map marking function based on the customer location and/or feedback data. Specifically, the server 2 can obtain the map data (such as the map data of 1 km around the corresponding public merchant location or the location specified by the merchant mobile device 1 after receiving the customer analysis request from the merchant mobile device 1). The 500-meter map data is marked with the corresponding feedback data on the map data according to each customer location (step S204), and the marked map is transmitted to the merchant mobile device 1 via the Internet (step S205).

In an embodiment, the server 2 can mark in different colors or different patterns according to the type or quantity of the feedback materials. For example, if the feedback material is "Want to eat", the server 2 can mark the pattern of "tableware" on the customer location of the map material. In another example, when in any area When the amount of feedback data exceeds a preset value (such as 50 strokes), the server 2 can mark the area with a distinct color (such as red) or change the background color of the marked pattern to a distinct color.

In this way, the merchant can quickly understand the customer demand and density in each region based on the marked map, and can effectively determine the best stall location and booth type.

The present invention further provides a conditional push function, which can push a notification to a specific merchant or customer according to a preset push condition. Specifically, the location update method of this embodiment further includes step S21 for implementing the conditional push function after step S11.

Specifically, in step S21, the server 2 stores one or more push conditions, each of which corresponds to an activity notification and corresponds to one or more identification information (such as merchant identification information or customer identification information).

For example, the push condition can be pushed at a fixed time (such as 8:00 am every Monday), pushed during the promotion period set by the merchant, pushed when the merchant is about to fight, or pushed when the merchant is about to move. The event notification may be the weekly promotion content of the specific merchant or the place of the week, and the corresponding identification information may be the customer identification information of the customer who has added the merchant to the collection or the customer identification of the customer who has purchased the goods of the merchant. News.

In another example, the push condition may be that any merchant does not update the information (such as menu material or public merchant location) for a preset time, and the activity notification may update the information for the merchant, and the corresponding identification information may be the foregoing merchant. Merchant identification information.

In this embodiment, the server 2 may determine whether at least one of the plurality of push conditions is satisfied (step S210), and select corresponding identification information when determining that any of the push conditions are satisfied (step S211), and push The activity corresponding to the broadcast is notified to the mobile device corresponding to the selected identification information (step S212).

Thereby, the present invention can implement the conditional push function.

The invention further provides a call-up function, which can quickly call a merchant to form a flash market. Specifically, the location update method of this embodiment further includes step S22 for implementing the conditional summoning function after step S11.

Specifically, in step S22, the server 2 may generate a call notification according to the foregoing recommended set location and/or recommended booth type, and push the call notification to the plurality of merchant mobile devices 1 respectively corresponding to the plurality of merchant identification materials. (e.g., the merchant mobile device 1 held by the merchant adjacent to the recommended booth location, and/or the merchant mobile device 1 held by the merchant whose booth type conforms to the recommended booth type, so as to solicit the merchant to the aforementioned recommended booth position Stall (step S220). Then, the merchant mobile device 1 can receive and display the call notification through the human machine interface 13 (step S221), and accept the merchant's call reply operation (such as selecting to accept the call or not accepting the call) via the human machine interface 13 according to the call reply operation. The reply notification is called, and the reply to the server 2 is sent back via the network device 11 (step S222).

In an embodiment, the server 2 can further determine whether it is possible to form a flash market according to the call reply notification received from each merchant mobile device 1 (for example, if more than half of the merchants accept the call, push the flash market notice) And, when it is judged that a flash market may be formed, the customer action device 3 that pushes the flash market to notify the neighboring recommended location, or the customer action device 3 that feeds back the information and the booth of the flash market.

The present invention further provides an online ordering function for the merchant to accept an online order from the customer. Specifically, the location update method of this embodiment further includes step S23 for implementing the online subscription function after step S11.

In step S23, the merchant mobile device 1 can receive the order material from the client mobile device 3 via the server, and display the order material via the human machine interface 13 (step S230). Next, the merchant mobile device 1 accepts the operation of the merchant via the human machine interface 13 (such as accepting the ordering operation of accepting the order, or rejecting the ordering operation indicating rejection of the order), and determining whether the merchant accepts the order according to the operation (step S231).

If the merchant mobile device 1 determines that the merchant accepts the subscription, the subscription information is added to the processing sequence to generate a subscription acceptance notification, and the subscription notification is transmitted back to the client mobile device 3 via the server 2 (step S232).

If the merchant mobile device 1 judges that the merchant rejects the subscription, a rejection order notification is generated, and the rejection of the subscription notification to the client mobile device 3 is returned via the server 2 (step S233).

Thereby, the present invention can effectively implement the online ordering function.

4A and 4B, FIG. 4A is a flowchart of a first part of a method for updating a location of a mobile merchant according to a fourth embodiment of the present invention; FIG. 4B is a flowchart for a mobile merchant according to a fourth embodiment of the present invention; The second part of the flow chart of the location update method.

Specifically, when the client mobile device 3 executes the application 140, it can interact with the server 2 to execute the customer-related steps of the location update method of the present embodiment. The location update method of this embodiment includes the following steps.

Step S30: The processor 10 of the client mobile device 3 controls the client mobile device 3 to switch to the client mode.

In one embodiment, the processor 10 controls the client mobile device 3 to switch to the client mode when detecting that the user (ie, the client) enters the client mode operation (eg, clicks the client mode button) via the human machine interface 13.

Step S31: The processor 10 of the client mobile device 3 connects to the server 2 via the network device 11 of the client mobile device 3 and the Internet, and logs in to the server 2 based on the customer identification information.

In an embodiment, the processor 10 of the client mobile device 3 accepts a login operation of the customer input customer identification information (such as a customer account) via the human machine interface 13 of the client mobile device 3, and logs in the servo using the entered customer identification information. Device 2.

In an embodiment, the customer identification information may be pre-stored in the storage device 14 of the client mobile device 3, and the processor 10 of the client mobile device 3 reads the customer identification information from the storage device 14 of the client mobile device 3 and uses the read information. Customer identification information to log in to server 2.

Next, the client mobile device 3 may perform step S32 to implement the peripheral merchant search function, perform step S33 to implement the navigation function, or perform step S34 to implement the online order function.

First, the peripheral merchant search function is described. Specifically, in step S32, after the login to the server 2, the client mobile device 3 may first sense the current client location via the location device 12 of the client mobile device 3 (step S320), and transmit Corresponding customer identification information and customer location to server 2. Then, the server 2 calculates a plurality of distances between the customer location and the stored plurality of public merchant locations according to the customer location, and selects one or more of the distances less than the preset distance (the third preset distance, such as 2 kilometers). One or more merchant identification information corresponding to the location of the merchant is disclosed, and the merchant identification information is transmitted to the client mobile device 3 (step S321).

Thereby, the present invention can effectively provide information of neighboring merchants to customers.

Next, the navigation function will be explained. Specifically, in step S33, the client mobile device 3 can display the merchant identification information obtained from the server 2 via the human interface 13 of the client mobile device 3 (such as the merchant identification information received in step S321) or The attraction information of the plurality of surrounding attractions receives the destination selection operation of the customer via the human machine interface 13 of the client mobile device 3, and selects one or more of the plurality of displayed business identification information according to the destination selection operation. One of the information, from the server 2 querying the location of the public business corresponding to the selected merchant identification information or the location of the selected attraction information, and planning from the customer location of the customer mobile device 3 to the public business location or location of the attraction The route is navigated (step S330).

Next, the client mobile device 3 detects whether the client's augmented reality navigation operation or general navigation operation is received via the human machine interface 13 of the client mobile device 3 (step S331). Specifically, the client mobile device 3 can display the augmented reality navigation button and the general guide in the human machine interface 13 of the client mobile device 3. The navigation button determines whether the currently input operation is an augmented reality navigation operation or a general navigation operation according to a button clicked by the client.

If the client mobile device 3 detects that the augmented reality navigation operation is received, the augmented reality navigation is performed according to the planned navigation route (step S332). Specifically, the client mobile device 3 can enable the camera 16 of the client mobile device 3 to continuously obtain the environmental image around the client, and continuously obtain the posture data via the posture sensing device 15 of the client mobile device 3, and via the client mobile device 3 The positioning device 12 continues to obtain the customer location. Next, the client mobile device 3 displays the navigation interface via the human interface 13 of the client mobile device 3, and instantly displays the environmental image in the navigation interface. Moreover, the client mobile device 3 marks the navigation route in the environmental image according to the posture data and the customer location for navigation.

It is worth mentioning that since the posture data can be used to determine the current orientation or angle of the client mobile device 3, the client mobile device 3 can analyze the relative position and orientation relationship between the client mobile device 3 and the navigation route, and can correctly perform navigation.

If the client mobile device 3 detects that a general navigation operation is received, general navigation is performed in accordance with the planned navigation route (step S333). Specifically, the client mobile device 3 can continuously obtain the customer location via the positioning device 12 of the client mobile device 3, display the navigation interface via the human machine interface 13 of the client mobile device 3, and display the simulated image in the navigation interface (eg, pre-stored Road simulation image). And, the client mobile device 3 marks the navigation route in the analog image according to the customer location for navigation. Thereby, the present invention can effectively implement the navigation function.

The invention further provides a peripheral merchant marking function, which can mark the merchants around the navigation route for reference by the customer during the navigation process. Specifically, the client mobile device 3 can continuously query the server 2 for the merchant identification information of the surrounding merchants according to the current customer location during the navigation process (step S334). The distance between the public merchant location corresponding to the foregoing merchant identification information and the customer location is less than a preset distance (a second preset distance, such as 300 meters). Then, the client mobile device 3 can be based on the obtained quotient The public merchant location of the home identification information is marked on the navigation screen (such as the aforementioned environmental image or analog image) (step S335).

In this way, the customer can instantly view which businesses are around and navigate to the consumption during the navigation process, thereby improving the user experience. Moreover, the present invention can further enhance the profit of the merchant by increasing the possibility of customer consumption.

Next, the online ordering function will be explained. Specifically, the server 2 stores menu materials of a plurality of merchants, and each menu material corresponds to merchant identification information of each merchant. In step S34, the client mobile device 3 displays one or more merchant identification information (such as the merchant identification information received in step S321) from the server 2 via the human machine interface 13 of the client mobile device 3, via the customer action. The human machine interface 13 of the device 3 accepts the destination selection operation of the customer, and selects one of the displayed plurality of merchant identification information according to the destination selection operation (step S340), and then, the client mobile device 3 according to the selected merchant The identification information is queried from the server 2 for the corresponding menu material, and the acquired menu material is displayed via the human machine interface 13 of the client mobile device 3 (step S341).

Then, the client mobile device 3 accepts the customer's ordering operation via the human machine interface 13 of the customer mobile device 3, generates the ordering requirement according to the ordering operation, and transmits the merchant identification information and the ordering requirement to the server 2, so that the server 2 transfers the order. The merchant mobile device 1 corresponding to the selected merchant identification information is required (step S342).

Next, the merchant mobile device 1 executes step S23 shown in FIG. 3B to decide whether to accept the subscription, and returns the acceptance of the subscription notification or the rejection of the subscription notification to the server 2, so that the server 2 relays the notification to the client mobile device 3 (step S343).

Finally, the client mobile device 3 displays the received subscription acceptance notification or rejection subscription notification via the human machine interface 13 of the client mobile device 3 for the customer to know if the subscription was successful.

Thereby, the present invention can effectively implement the online ordering function.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, all equivalent changes that are made by using the present invention are included in the scope of the present invention. Bright.

Claims (12)

A location update method for a mobile merchant, comprising the steps of: a) obtaining a merchant identification information and a private merchant location in a merchant mobile device; b) transmitting the merchant identification information and the private merchant location to a server; Receiving a business hours corresponding to the merchant identification information at the server; d) updating a public merchant location corresponding to the merchant identification information according to the private merchant location when the current time period meets the business hours, wherein the public merchant location is set To allow a client mobile device to view; e) obtaining a plurality of customer locations and a plurality of feedback materials respectively corresponding to the plurality of customer identification information; and f) determining one according to the plurality of customer locations and the plurality of feedback materials Recommended location and a recommended booth type. The location update method for a mobile merchant according to claim 1, wherein the step d) comprises: d1) receiving, at the server, the private merchant location from the merchant mobile device, wherein the private merchant location is set to no Allowing the client mobile device to view; d2) updating the public merchant location based on the latest private merchant location when the current time meets the business hours; and d3) stopping updating the public merchant location when the current time does not meet the business hours. The location update method for an action merchant according to claim 1, wherein the step b) comprises: b1) obtaining the business hours at the merchant mobile device; B2) transmitting the merchant identification information and the private merchant location to the server when the current time period meets the business hours; and b3) stopping transmitting the private merchant location to the server when the current time does not meet the business hours. The method for updating a location for an action merchant according to claim 1, further comprising the steps of: g1) obtaining, at the server, a plurality of client locations and a plurality of feedback materials respectively corresponding to the plurality of customer identification information; g2) The plurality of customer locations mark the plurality of feedback materials on a map data; and g3) transmitting the marked map data to the merchant mobile device. The location update method for an action merchant according to claim 1, further comprising the steps of: h1) generating, by the server, a call notification according to the recommended set location and the recommended booth type; h2) transmitting the call notification Up to the merchant mobile device; h3) displaying the call notification on the merchant mobile device; and h4) returning a call reply notification to the server according to a callback reply operation. The location update method for the mobile merchant according to claim 1, further comprising the steps of: i1) obtaining, at the server, a plurality of client locations respectively corresponding to the plurality of customer identification information, wherein the plurality of customer identification information respectively Corresponding to a plurality of client mobile devices; i2) calculating a distance between the public merchant location and each of the customer locations; i3) selecting the customer identification information corresponding to the customer location whose distance is less than a first preset distance; And i4) pushing an activity notification to the selected customer action device corresponding to the selected customer identification information. The location update method for an action merchant according to claim 1, further comprising the step of: j1) selecting a plurality of client identifications corresponding to the push condition when determining that at least one of the plurality of push conditions is satisfied Information; and j2) pushing an activity notification to the plurality of customer mobile devices corresponding to the plurality of customer identification information. The location update method for a mobile merchant according to claim 1, further comprising the steps of: k1) selecting one of the plurality of merchant identification information for the client mobile device, wherein the plurality of merchant identification information respectively a plurality of merchant mobile devices; k2) generating a subscription request based on the selected merchant identification information, and transmitting the subscription request to the server; k3) receiving a menu material corresponding to the merchant identification information from the server; k4 And generating a subscription data according to a subscription operation; and k5) transmitting the subscription material to the merchant mobile device corresponding to the merchant identification information via the server. The location update method for a mobile merchant according to claim 8, further comprising the steps of: k6) displaying the subscription material on the merchant mobile device; k7) adding the subscription data to a process after accepting a subscription operation Serializing, and returning a subscription notification to the client mobile device via the server; and k8) returning a rejection order notification to the client mobile device via the server after accepting a rejection order operation. The location update method for an action merchant according to claim 1, further comprising the following steps: L1) selecting, by the client mobile device, one of the plurality of merchant identification information according to a destination selection operation, and obtaining the corresponding merchant identification information from the server Disclosing a location of the merchant or a location of the attraction corresponding to the selected attraction information; l2) planning a navigation route from a customer location of the client mobile device to the public merchant location or the location of the attraction; After the navigation operation, an image of the environment is continuously obtained by a camera of the client mobile device, and an attitude sensing device of the client mobile device continuously obtains a posture data, displays the environmental image, and marks the environmental image according to the posture data. The navigation route; and 14) display a simulated image after receiving a general navigation operation, and mark the navigation route in the simulated image. The location update method for the mobile merchant according to claim 10, further comprising a step of l5) querying the server for the merchant identification information, wherein the public merchant location corresponding to the merchant identification information and the customer location The distance between the two is less than a second preset distance; wherein the step 13) is to mark the merchant identification information in the environment image according to the public merchant location; the step 14) is to mark the simulated image according to the public merchant location Merchant identification information. The location update method for an action merchant according to claim 1, further comprising the steps of: m1) obtaining a client location at the client mobile device, and transmitting the client location to the server; m2) to the server Calculating a distance between the customer location and the plurality of public merchant locations; m3) selecting the merchant identification information corresponding to the public merchant location whose distance is less than a third preset distance; and m4) transmitting the selected one The merchant identifies the information to the customer mobile device.