TWI524299B - Order taker selection system, server, and communication device thereof - Google Patents

Description

Ordering device selection system and its server and communication device

The invention relates to a system for selecting a single order device, a communication device thereof and a server.

In seeking a convenient lifestyle, requesting a delivery is a common way for a consumer to obtain an item. Therefore, whether or not to have an outbound service becomes one of the main reference options when choosing to purchase a store. In addition to online shopping, only a few stores have the ability to send goods, such as chain catering industry, so whether the demander can use the delivery service, to a large extent depends on the store to decide, which greatly limits the choice of objects and The scope of service. Generally speaking, the demander not only has to confirm in advance whether the store has an outbound service, but also considers the scope, business hours, and contact information that can be sent out, which is quite inconvenient. In addition, this kind of situation will increase the inconvenience caused by the special situation of the demander, for example, the delivery service of non-business hours such as late night.

Moreover, most of the stores do not have the ability to deliver, but in order to meet the demand, it is often necessary to seek additional temporary delivery. However, this temporary order mode makes it difficult for the delivery person who is willing to cooperate to find it. Specifically, since the time that the store needs to be sent out is often temporary, it is difficult to find a suitable delivery person immediately when there is a demand for delivery. In addition, when the store temporarily has the demand for delivery, the delivery person is more likely to be far away from the store because of the location, or unable to cooperate with the store to prepare the delivery time, and thus lack the willingness to take orders.

In summary, it is quite difficult for the demander to find a store that provides delivery service. When the normal business hours are not normal, the demand of the demander is more difficult to be satisfied. In addition, when a store that does not have an outbound service is looking for a matching deliverer, it is often because of factors such as time or place that the two parties cannot effectively cooperate with each other. In short, there is still no platform to meet the willingness of the demanders, store owners and orders to be the deliverers.

In addition, when the taxi driver has no business, he must wait around the street to wait for the guests, and there is no problem of economic output and energy consumption. Although telephone calls can reduce the idling rate of taxis to a certain extent, it is inevitable that drivers can't convert waiting time into more valuable output (such as the income generated by taxi drivers providing extra-service services). Moreover, freelancers or students, although more flexible than the average person, have the same working characteristics as time, but they cannot obtain other economic benefits through this characteristic.

In view of this, the inventor has thought of a system for selecting a single order device to meet the demand for goods delivery of the demander, especially during non-general business hours, and helps the store to quickly find a suitable order near the store. The delivery person, in order to match the demand, the delivery store and the delivery of the order, strengthen the willingness of the delivery of the delivery of the delivery service, in addition to allowing the store to save the labor costs and Additional economic benefits can be generated.

The object of the present invention is to provide a system for selecting a single order device and a server and a communication device thereof, so as to meet the demand for goods delivery of the demander, especially during non-general business hours, and to help quickly find a suitable order. The sender, in order to match the demand, the delivery of the store and the delivery of the order, strengthen the willingness of the receiver to undertake the delivery service, and generate additional economic benefits.

To achieve the above object, an order receiving device selection system according to the present invention includes a server, at least one communication device, and a plurality of order devices. The communication device is in communication with the server, and the communication device sends out a selected item of the store to the server. The ordering device is in communication with the server, and sends a verification data and a location data to the server respectively. The communication device receives the location data of a plurality of the plurality of order receiving devices sent by the server, and the location data is sent according to the relative positions of the plurality of order receiving devices and the store, and the communication device receives an input to select at least a part of the order receiving device. One, and sending an order device to select the data to the server, and the server sends the order data to the corresponding order device according to the selected data of the order device.

To achieve the above object, a server for selecting a system for selecting a device according to the present invention, the system for selecting a device includes the server, at least one communication device, and a plurality of order devices, a communication device, and a plurality of orders The device is communicatively coupled to the server, and the server includes a receiving module and a transmitting module. The receiving module receives the communication device and sends out a selected item of the store. Receiving and receiving verification data and location data sent by each of the plurality of order receiving devices. The transmitting module sends the location data of the partial ordering device to the communication device according to the relative position of the ordering device and the store; and the receiving module receives the selected information of the receiving device sent by the communication device, and sends the selected data according to the selected device of the receiving device. Order the data to the corresponding ordering device.

In order to achieve the above object, the present invention further provides a communication device applied to a system for selecting a single device. The system for selecting a device includes a server, a communication device, and a plurality of order devices, a communication device, and the plurality of order devices. The communication device includes a memory unit and one or more processing units. The memory unit stores a plurality of instructions and is coupled to the one or more processing units. The one or more processing units execute the instructions and have the following actions: Sending a selected data of the store to the server; receiving the location data of the partial ordering device, the location data is sent according to the relative positions of the plurality of order devices and the store; receiving an input to select at least one of the partial order devices And sending out an order device to select the data to the server.

In one embodiment, the order device that is sent the location data is closer to the store.

In one embodiment, the ordering device that sent the location data has a better path of movement between the store and the store.

In an embodiment, the server obtains a plurality of mobile time data according to the time information of the store and the relative positions of the plurality of order receiving devices and the store, and the location data is sent according to the plurality of moving time data and the time data.

In one embodiment, the communication device includes a display unit that displays a map having a store and a partial order device for sending the location data, and the store is substantially at the center of the map.

In an embodiment, the display unit displays a suggested selection area, suggesting that the selection area surrounds the store.

As described above, according to the order receiving device selection system of the present invention, the demander can find the order receiving device that meets the specific conditions of the storehouse and the relative position of the storehouse after the store is selected by the store. Thereafter, the demander may select one or several of the order taking devices, so that the order holder holding the order device can take the information contained in the order information to the store and then deliver it to the demander. The specified location to meet the demand for the delivery service.

Since the selection of the ordering device is based on the relative position of the store and the ordering device, it is different from the conventional practice of centering on the demander itself or the designated position. In particular, the order receivers included in the present invention can be more reliant on the system when notified of the order taking task, without having to go far to collect the goods, or to wait for a long time at the door of the store. Effectively enhance their willingness to take orders and further promote the matching of delivery services.

In summary, through the invention, not only can the demand of the demander be met, especially the delivery demand generated by the abnormal business hours, and the store can be reduced or even completely eliminated, and the dedicated delivery manpower is configured, and Idle manpower, such as working with empty taxi drivers, freelancers or students, to create higher economic output.

1‧‧‧Single device selection system

10‧‧‧Server

102‧‧‧ receiving module

104‧‧‧Transmission module

106‧‧‧Memory Module

11, 13‧‧‧ communication devices

111, 121‧‧‧ screen

112‧‧‧ icon

113‧‧‧Store location

114, 114a‧‧‧ Ordering device location

115‧‧‧Communication device location

12‧‧‧ Ordering device

A, B, C‧‧‧ suggested areas of choice

V1, V2‧‧‧

FIG. 1 is a schematic structural diagram of an embodiment of a system for selecting a single order device according to the present invention.

2A-2C are schematic diagrams showing the operation of the graphical user interface of the communication device shown in FIG. 1.

2D is a schematic view showing another embodiment of the display screen of the communication device shown in FIG. 2C.

3 is a schematic diagram of a graphical user interface of the ordering device shown in FIG. 1.

4 is a schematic diagram showing another embodiment of the display screen of the communication device shown in FIG. 2C.

5A and 5B are schematic diagrams showing a display screen of a communication device according to another embodiment of the present invention.

FIG. 6 is a schematic diagram of a display screen of a communication device according to another embodiment of the present invention.

The ordering device selection system, the server and the communication device of the preferred embodiment of the present invention will be described with reference to the accompanying drawings, wherein the same elements and steps will be described with the same reference numerals.

First, the "ordering device" of the "ordering device selection system" of the following embodiment refers to a device held by an delivery person who can perform the delivery of the article; in addition, the following example refers to the "order" The "sending" is an order for the delivery of the item, and the term "sending" in this embodiment refers to an activity in which the delivery person moves to the store and delivers the item from the store to the position of the demander. . In other words, after the demander selects the store and the item, the ordering device can select the system. The store is a reference point for the location, and sends a message to the ordering device near the store to call the orderer near the store to pick up the item and send the item to the location specified by the demander. The specified location includes the location of the demander itself, or other location specific to the consumer. Therefore, in an embodiment, the "order receiving device selection system" is one of a plurality of order receiving devices provided by the demander terminal selection system, and calls the order holder holding the order device to deliver the articles. To the location specified by the demander.

1 is a schematic structural diagram of an embodiment of a system for selecting a single device according to the present invention. As shown in FIG. 1, a system for selecting a single order device of the present embodiment may include a server 10, at least one communication device 11, and Most of the ordering devices 12 are. In this embodiment, the ordering device selection system 1 is at least: a user of the communication device 11; 2. a system maintenance (maintenance of the server 10); and a third, responsible for receiving the goods. The order taker of the ordering device 12 is composed of a common one. The communication device 11 and the order device 12 can be, for example but not limited to, a tablet computer, a personal digital assistant, a smart mobile phone (such as a smart phone), or other electronic devices, etc., and the communication device 11 can also be a desktop computer. Or a laptop (such as an ultra-thin notebook). Preferably, the communication device 11 is a smart mobile phone. The ordering device 12 can be disposed on the operator of the orderer. If the taxi is taken as an example, the taxi driver is the orderer, and the ordering device 12 can be disposed in the taxi (for example, the transporter V1 of the drawing). A wireless device, or preferably a smart phone or tablet for a taxi driver.

Of course, the order taker can also be a freelancer or a college student who can use the time more flexibly. At this time, the order taking device 12 can be a self-owned smart mobile phone, and the transporting device is a self-owned transport vehicle or a public transport vehicle on the road. Self-owned transport or public transport on the road is not limited to two, three, more or any other form, such as bicycles, locomotives (such as the transport vehicle V2), tuk tuk, extended limousine, bus, or MRT, etc., the invention is not limited thereto. Of course, the present invention also does not limit the number and types of the communication device 11 and the order device 12.

In the present embodiment, the order taking device selection system 1 can be operated at any time, but can perform better when operated in a general non-business hours, such as late night or holiday. In an aspect of the embodiment, the ordering device selection system 1 can be combined with an existing system, for example, in combination with a conventional taxi fleet calling system, thereby increasing the acceptance of the taxi driver.

The server 10 has a receiving module 102 and a transmitting module 104, which have The communication function is respectively connected to the communication device 11 and the order device 12, and the data transmission manners of the server 10 and the communication device 11 and the order device 12 are different according to the hardware architecture of the mutual cooperation, specifically It can be achieved by technologies that comply with, for example, 3G, Wi-Fi, or 4G LTE. In other embodiments, the receiving module 102 of the server 10 can have two different data transmission modules to cooperate with different data transmission operations (ie, the server 10 can have two different data transmission paths). For example, the communication device 11 and the server 10 can transmit data through the Ethernet network, and the order device 12 is a wireless communication device for the vehicle, and performs data transmission with the server 10 through wireless communication. For example, the server 10 can transmit data through the Internet and the communication device 11 using a Wi-Fi data transmission component, and transmit data using the mobile data network (public wireless network) and the order receiving device 12. The server 10 can further include a memory module 106, which can be a variety of non-transitory computer readable storage media, including but not limited to flash memory, optical disk, or disk, which can be used for storing the uploading device 12 Verification data and location information will be detailed later.

The communication device 11 is used or operated by a demand delivery server, and the communication device 11 can include a memory unit and one or more processing units (not shown) coupled to the one or more processing units, and The memory unit can store a plurality of instructions, and the processing unit performs corresponding operations according to the instructions. Specifically, the requester can perform an input operation of the selected store in the communication device 11, and the processing unit of the communication device 11 can send the selected data of the store to the server 10. In detail, the consumer performs a physical action such as, but not limited to, clicking, touching, or pressing on the communication device 11, and thus the physical action is converted into a signal by the firmware of the communication device 11, and then passes through the input mode. The input module driver converts the signal into an instruction, which instructs the program to generate a store-selected data correspondingly and send it out.

In this embodiment, the consumer can execute an outgoing application (App) on the communication device 11. The delivery application not only provides multiple store selections, but also selects the order picker by means of the order picking system (hereinafter referred to as the order taker). When the delivery application is turned on, the communication device 11 can display a graphical user interface on the display unit. Then, the demander inputs by touching the icon of the graphical user interface, or by using a mouse, a keyboard to select a graphic user interface, or receiving a voice through a microphone, etc., and specifying Wanted store. The input from this designated store is converted to an instruction. According to the instruction, the communication device 11 will continue to execute other instructions in the delivery application to generate and send the corresponding store selection funds. material.

The ordering device 12 is used or operated by the order takeer, or the device used or operated by the taker who picks up the item and delivers the service and can achieve its purpose can be referred to as the order taking device 12. The order taking device 12 has a communication function and can send verification data and location data to the server 10. In detail, the orderer can first input the name and the login password through the order taking device 12, and send it to the order receiving device to select the system 1 to register. The orderer who wants to register will be checked by the system maintenance company, such as whether there is a driver's license, or whether there is a bad record, etc. Only the passer can register successfully. After the registration is successful, each login will be required to input the same name and login password again. The entered name and login password are the verification data sent to the server 10. The verification data can be sent out each time the ordering device 12 is turned on, or the server 10 can actively inquire about the order receiving device 12 after a certain time interval. By verifying the data, the system maintainer can confirm the identity of the order taker, filter the immature order taker, maintain the system quality, and avoid security concerns such as theft or non-delivery of the item.

In addition, the order device 12 of the embodiment may further have a GPS module to obtain location data. In detail, the order receiving device 12 can transmit the location data (for example, GPS data) of the location device to the server 10 within a set interval time or when the server 10 actively requests. Since the ordering device 12 may move with the vehicle, the location data content sent may vary with time, and it is quite beneficial to update the location data on the server 10 in real time. In addition, the ordering device 12 of the present embodiment is located within an operable range of the orderer. Therefore, the location data sent by the order taking device 12 can be regarded as the location data of the orderer indirectly or directly. For example, the orderer may temporarily leave the vehicle for some reason. Although the ordering device 12 is not moved in the vehicle at any time, the location information sent by the order receiving device 12 still has the representative's own information. The meaning of the location.

After the user enters the designated store in the communication device 11, the communication device 11 sends the store selected data to the server 10, and the receiving module 102 of the server 10 receives the selected data from the store, according to the order device 12 and the The relative position of the store is matched or screened, the order taking device 12 around the store is found, and the location information of the part receiving device 12 is sent out. The partial ordering device 12 described herein refers to the order receiving device 12 which is found to meet certain conditions after being combined or screened.

In this embodiment, because the server 10 will receive from a plurality of order devices Most of the pen position data of 12, for example, represented by GPS data, each of the order devices 12 will transmit its own GPS data to the server 10. The server 10 can refer to the location of the store in the selected material of the store as a reference point, and find the ordering device 12 that is in the vicinity of the store and whose relative position with the store meets certain conditions. In particular, the particular condition may be a range of distances, such as a closer distance to the store. In fact, if the specific conditions are taken as a close distance, the distance between each order device 12 and the store can be realized by calculating the position data of the two, and the distance is three kilometers, and the distance is less than three kilometers. . Or the specific condition can also be the one with the least waiting time. For example, the travel time of the carrying device of the order receiving device 12 to the store just matches the time required for the store to prepare the item. For example, if the store takes 10 minutes to prepare the item, it is found that the order device is about 10 minutes away from the store. 12. In addition, the specific conditions may also be from the departure location to the store, even to the communication device 11, with a preferred path of movement. The specific details of the above different aspects will be detailed in the following paragraphs. Then, the location data of the eligible order receiving device 12 will be sent to the communication device 11 through the transmission module 104 for viewing by the demander.

The consumer may further operate an input to the communication device 11 to select at least one of the partial order devices 12 to be picked up by the orderer corresponding to the selected order device 12 and delivered to the store. The demander may select at least one ordering device 12 located around the store, and select the selected result through the order device sent by the communication device 11 to the server 10, and the receiving module 104 receives the selected device after receiving the order device. And then send the order information to the corresponding order device 12. This process is to send the menu information to the order device 12 selected by the demander, so that the corresponding orderer decides whether to undertake the task. The order information may be, for example but not limited to, the name of the store, the address, the item of the item, the time when the store prepares the item, and the delivery location specified by the buyer. Of course, when the selected orderer decides to accept the task, the information provided by the order information can be taken by the order taker to the store and delivered to the location specified by the demander. In addition, the selected orderer can transmit the reply data to the server 10 through the order taking device 12. If there are a plurality of selected orderers at the same time, the server 10 can return a confirmation data to the fastest response to the order receiving device 12, so that the orderer can start performing the task.

In short, the demander can select the data sent by the store through the communication device 11 to the server 10, and the server 10 takes the location of the selected store as a reference point, and finds the qualified order device after the mediation or screening. 12, and send the location information of the order receiving devices 12 to the communication The device 11 is configured for the user to select one or several of the order receiving devices 12, and send a receiving device to the server 10 through the communication device 11, and the server 10 processes the received data to the receiving device. Corresponding to the ordering device 12, the order holder holding the order device 12 can take the information contained in the order information to the store and then deliver it to the location specified by the demander. The selected data of the order receiving device may be different from the order data. For example, the selected data of the order receiving device may simply include which information of the order receiving device 12 is specified; and the receiving data is as described above, and needs to be included and taken. And deliver relevant items and location information.

To specifically describe the content of the embodiment, the following is an example of the delivery service of the ordering device selection system 1 operating in the catering industry. The restaurant that provides the meal can register the store information before the order device selection system 1, and the content may include the location information of the store location, the available meal items, and even the preparation time of each item. Of course, the above registration can be achieved by executing the same delivery application. The registered data content can be stored in the memory module 106 of the server 10. In addition, when the demander downloads the delivery application, the latest store data can also be stored in the memory module 106 of the communication device 11.

2A to 2C are schematic diagrams showing the operation of the graphical user interface of the communication device shown in FIG. 1, please refer to FIG. 1 and FIG. 2A to FIG. 2C together. First, when the external application is started, as shown in FIG. 2A, the screen 111 of the communication device 11 first displays a selected interface of the store, which represents a different type of catering in the form of a plurality of icons 112 for use. Choose the type of catering. Next, as shown in FIG. 2B, the user interface of the graphical user interface is displayed in the sub-item of the catering type, and the icon 112 of each store is displayed, and the demander can further select the icon 112 of one of the stores. Take the selected store. In the present embodiment, the processing unit of the communication device 11 executes the location selection unit of the communication device 11 (not shown) while acquiring the application program of the interface device, and obtains the location data of the communication device 11. The communication device 11 can obtain the estimated fare that the server 10 estimates from each store by uploading the location data of the user (that is, the fee required according to the delivery distance). In FIG. 2B, when each store is displayed as a sub-item, the relative positions of the stores are displayed in order from near to far, and the distance and the amount are displayed simultaneously for the reference of the demander. It should be noted that, in this embodiment, the information of each store is listed in a list manner. However, in other embodiments, the display manner of each store may be marked on the map, and the present invention is not limited thereto. In addition, the graphical user interface can be pulled down to the store. In the sub-project, the item items provided by the store are displayed, and the details of the operation and display manner are understood by those having ordinary knowledge in the technical field of the invention, and will not be described herein.

In addition, in other embodiments, the user can directly input the store name and upload it to the server 10 in the self-input field shown in FIG. 2A, and display the map of the store in the same manner by a list or a map. For the user to select the store.

Then, the user can input the communication device 11, that is, sequentially perform the action of touching the specific illustration as shown in FIGS. 2A to 2B. Each touch can trigger an input event. Technically, the communication device 11 can have an input listener. When the input listener listens to the input event, it can callback a specific command to display the icon of the selected store that is touched. The data content represented by 112 (shown in FIG. 2B) forms the store selected data to be transmitted to the server 10. In another embodiment, when the demander initiates the delivery application, the user can directly bring in the preset catering type or even the store according to the setting or the historical record, and save the selection step.

Then, when the server 10 receives the selected data of the store, the server 10 will use the location data of the designated store as a reference to start calculating the relative position of each order device 12 and the store, and based on the set conditions. Combine or screen to find the matching order device 12. In the present embodiment, the set conditions are the top ten order taking devices 12 that are closer to the store location. The calculation of the distance can be obtained by using the GPS data of the store and the GPS data of the order receiving device 12, and the details of the calculation are understood by those having ordinary knowledge in the technical field of the present invention, and details are not described herein.

After the communication device 11 receives the location data of the order receiving devices 12, the processing module can read the content thereof, and use the GPS data as a comparison basis, and display the location information and the map data together with the store information on the screen 111. As shown in FIG. 2C, the store location 113 and the order device location 114 are displayed on the screen 111, wherein the order devices 12 are the top ten closest to the store location. In addition, in the present embodiment, the communication device position 115 (here, the position specified by the demander) is also displayed at the same time. Of course, in other embodiments, the communication device location 115 may not be displayed and centered on the store location 113, as shown in FIG. 2D. 2D is a schematic view showing another embodiment of the display screen of the communication device shown in FIG. 2C, wherein the content of the map displayed corresponds to the location information of the store, and includes the surrounding streets, buildings, etc., that is, selected. shop The home is the center of the display screen 111. For example, the map may be a street map material with a radius of five kilometers within the center of the store location 113. Of course, the present invention is not limited to five kilometers, and the length of the distance can be set by itself.

The consumer can select at least one ordering device 12 on the displayed screen 111 in accordance with each order device location 114. The selected manner may be illustrated by the demander touching or long pressing the position of the receiving device 114 on the screen 111, for example, selecting the closest receiving device position 114 icon (ie, the blacking device icon) to trigger a The event is input and the corresponding command is called to cause the communication device 11 to send a receipt of the selected data to the server 10. The order selection data may include the identification content of the order taking device 12, such as the ordering device 12 numbered 907. Then, the server 10 correctly transmits the order information to the ordering device 12 of the ninth and seventy-seventh according to the identification content contained in the selected data of the order receiving device.

The order information may include store location information, time information of the item preparation, and location information or designated location data of the communication device 11. 3 is a schematic diagram of a graphical user interface of the ordering device shown in FIG. 1. After receiving the order information, the order receiving device 12 can display the contents contained in the order information, such as the name of the store, and the item to be delivered. The item, its preparation time, and the delivery location are displayed on the screen 121 of the display unit of the order taking device 12, and simultaneously display two icon options of "order" or "reject" for the orderer to select. When the orderer touches the "order" icon, the order receiving device 12 sends a confirmation data to the server 10, and then the server 10 performs processing to, for example, the number and reservation of the order receiving device 12. The communication device 11 is notified of the arrival time and the like. After the orderer decides to take the order, he can operate a land-based transport vehicle, such as a taxi or a locomotive, and send the information according to the order information to the designated store and then deliver it to the location specified by the demander.

Of course, in other implementations, the demander can further touch or lengthen the plurality of ordering device positions 114, for example, touch two of the ordering device positions 114 to simultaneously send the order information to the corresponding Two ordering devices 12. The server 10 determines which one to order based on the response speed of the two order receiving devices 12 to avoid repeated orders. 4 is a schematic view showing another embodiment of the display screen of the communication device shown in FIG. 2C. As shown in FIG. 4, in the embodiment, the demander can also display the position 114 of the specific order device by long-pressing. To further display details of the order taker corresponding to the order taking device, such as gender, age, rating The price, or the number or model of the ordering device 12, for reference by the demander, and for the demander to recognize the ordering device 12 when picking up the item.

In other embodiments, the graphical user display interface may further have an input field of a reward service for the demander to input the amount of the reward service, or the item of the reward service, that is, the tip or item that is willing to pay extra (for example, commonly used The daily necessities of the company, etc., thereby increasing the willingness of the order taker. The content input by the demander can be a service reward data, and integrated with the input event of the demander in the communication device 11 (ie, the input event of the selected order device 12), and becomes a single selected data to be sent to the server 10, and The server 10 is then transferred to the order taking device 12. The information such as the amount of the reward service input by the demander or the item of the reward service is displayed on the display unit of the order taking device 12 to enhance the willingness of the order taker.

5A and 5B are schematic diagrams showing a display screen of a communication device according to another embodiment of the present invention. Please refer to FIG. 1, FIG. 5A and FIG. 5B simultaneously. In this embodiment, the communication device 11 is substantially the same as the foregoing embodiment. However, after the server 10 receives the selected data from the store sent by the communication device 11, the server 10 can select the data from the store according to the selected data of the store. Search for the item items and corresponding preparation time provided by the store when registering. The time data can be the average time for the store to prepare the item. For example, the selected store is a snack restaurant, and the average time for preparing the item is the average time from the customer's order to the Xiaolong package to complete the meal. Of course, in other embodiments, after receiving the selected information from the store, the server 10 may also query the designated store for the waiting time, and use the time as the time data.

At the same time, the server 10 additionally calculates the path distance between each order device 12 and the store based on the location of the store, thereby calculating the time of arrival at the store, which is the movement for each order device 12. The time data, in other words, the moving time data, in this embodiment is the time taken to estimate the time taken by the order taking device 12 to move to the store.

In this embodiment, the server 10 can process the time data of the moving time and the time information of the goods prepared by the store, so as to group the order receiving devices 12 according to the difference between the two, for example, the gap is small to large. The order is classified into groups A to D, where group D is the one whose gap exceeds, for example, one hour. Next, the server 10 can exclude the D group and transmit the location data of the groups A to C to the communication device 11 for the communication device 11 to display on the display unit. Specifically, as shown in FIG. 5A, the screen 111 displayed by the display unit is centered on the store, and the components of the groups A to C are set. Do not form a circular suggestion to select areas A, B, C, and surround the store in a concentric way. Or, as shown in FIG. 5B, the screen 111 is substantially at the center of the map with the store location 113, and it is suggested that the selection areas A, B, and C also surround the store in a concentric manner. Each of the recommended selection areas A, B, and C has an order receiving device 12 belonging to the group, which can be selected by the demander. It is important to emphasize that the time between the time when the order taking device 12 in the suggestion selection area A moves to the store and the time when the store prepares the item is small, and then the area B is recommended for the suggestion, and the area C is recommended for the suggestion, so visually The demander is guided to preferentially select the ordering device 12 (i.e., the darker range) located in the suggested selection area A. Since the ordering device 12 located in the suggestion selection area A can be just acquired after moving to the store, the time for the orderer to wait at the door of the store can be reduced, and the order of the order taker can be improved, which is different from the previous embodiment. The demander prioritizes the selection of the order handling device 12 of the nearest store.

FIG. 6 is a schematic diagram of a display screen of a communication device according to another embodiment of the present invention. Please refer to FIG. 1 and FIG. 6 at the same time. In this embodiment, the communication device 11 is substantially the same as the above embodiment. However, after the server 10 receives the selected data from the store sent by the communication device 11, the server 10 can use the location data previously uploaded by each of the order devices 12. A plurality of order taking devices 12 having a better moving path with the store and the communication device 11 are found. Specifically, the server 10 can calculate the mobile content according to the location data of the store, the communication device 11, and the respective order devices 12, that is, the store location 113, the communication device location 115, and the order device location 114 as shown in FIG. Path and its orientation. In this embodiment, the southward movement is taken as an example. In this embodiment, the server 10 can further find the ordering device 12 located on the north side relative to the store family, and judges that there is a better movement according to the movement without changing the direction. path. Of course, in another embodiment of the embodiment, the preferred moving path may be calculated based only on the relative position between the store and each of the order taking devices 12. When the server 10 sends the location data to the communication device 11, the mobile path from the order device location 114a to the store may be further marked for reference by the consumer.

In summary, according to the order selection device of the present invention, the demander can find the order receiving device that meets the specific conditions of the store and the relative position of the store after the selected device is selected by the communication device. Thereafter, the demander may select one or several of the order taking devices, so that the order holder holding the order device can take the information contained in the order information to the store and then deliver it to the demander. The specified location to meet the demand for the delivery service.

Since the selection of the ordering device is based on the relative position of the store and the ordering device, Conventional practices that focus on the demander itself or the designated location are different. In particular, the order receivers included in the present invention can be more reliant on the system when notified of the order taking task, without having to go far to collect the goods, or to wait for a long time at the door of the store. Effectively enhance their willingness to take orders and further promote the matching of delivery services.

In summary, through the invention, not only can the demand of the demander be met, especially the delivery demand generated by the abnormal business hours, and the store can be reduced or even completely eliminated, and the dedicated delivery manpower is configured, and Idle manpower, such as working with empty taxi drivers, freelancers or students, to create higher economic output.

1‧‧‧Single device selection system

10‧‧‧Server

102‧‧‧ receiving module

104‧‧‧Transmission module

106‧‧‧Memory Module

11, 13‧‧‧ communication devices

12‧‧‧ Ordering device

V1, V2‧‧‧

Claims (14)

A system for selecting a device for receiving a device includes: a server; at least one communication device communicatively coupled to the server, the communication device selecting a store by a demander to send a selected item of the store to the server; a plurality of ordering devices are communicatively coupled to the server and are respectively used or operated by an order taker to send a verification data and a location data to the server, wherein the communication device receives the portion sent by the server Location information of a plurality of ordering devices, wherein the location data is sent according to a relative position of the plurality of order devices and the store, the communication device receiving an input to select at least one of the partial order devices, And sending an order device to select the data to the server, and the server sends the order data to the corresponding order device according to the selected data of the order device, and the orderer moves to the store after the order is received. Send one item from the store to the demander. The order picking device selection system according to claim 1, wherein the order receiving devices that are sent out of the location data are closer to the store. The ordering device selection system according to claim 1, wherein the order devices that are sent out of the location data have a better moving path with the store. The system for selecting an order receiving device according to claim 1, wherein the server obtains a plurality of moving time data according to the time information of the store, and obtains a plurality of moving time data according to the relative positions of the plurality of order receiving devices and the store, and The time data is an item preparation time or a waiting time of the store, and the location data is sent according to the time difference between the majority of the mobile time data and the time data. A server for selecting a system for selecting a device, the system for selecting a device includes the server, at least one communication device, and a plurality of order devices, wherein the communication device and the plurality of order devices communicate with the server Connecting, whereby the orderer moves to a store and sends an item of the store to a demander after the order is received. The server includes: a receiving module, receiving the selected information of the store by the communication device, Receiving, by each of the plurality of order receiving devices, the verification data and the location data sent by the orderer respectively, wherein the selected data of the store is selected by the demander and the communication device is selected by the And sending a module, according to the relative positions of the order devices and the store, sending the location data of the plurality of order devices to the communication device; and the receiving module receives the communication device to send one of the contacts The single device selects the data, and sends a single order data to the corresponding order receiving device according to the selected information of the order receiving device. The server of claim 5, wherein the order devices that are sent out of the location data are closer to the store. The server of claim 5, wherein the order devices that are sent the location data have a better moving path with the store. For example, the server described in claim 5, according to the store obtains a time data, obtains a plurality of mobile time data according to the relative positions of the plurality of order devices and the store, and the time data is the store An item preparation time or a waiting time, and the location data is sent to the communication device by the server according to a time difference between the plurality of moving time data and the time data. A communication device applied to a system for selecting a single device, the system for selecting a device includes a server, the communication device and a plurality of order devices, wherein the communication device and the plurality of order devices are in communication with the server The order device moves to a store and sends an item of the store to a demander. The communication device includes a memory unit and one or more processing units, and the memory unit stores a plurality of commands. And the one or more processing units are coupled to the processing unit, and the one or more processing units execute the instructions to: send the selected information of the store owner to the server by selecting the store owner through the demander; and receiving the part Position information of the order receiving devices, the position data is sent according to the relative positions of the plurality of order receiving devices and the store; receiving an input to select at least one of the partial order receiving devices; and sending one The order device selects the data to the server. The communication device of claim 9, wherein the order devices that are sent the location data are closer to the store. The communication device of claim 9, wherein the order devices that are sent the location data have a better moving path with the store. The communication device of claim 9, wherein the server obtains a plurality of mobile time data according to the time information of the store, and obtains a plurality of moving time data according to the relative positions of the plurality of order receiving devices and the store, and the time data Preparing time or waiting time for an item of the store, and the location data is sent according to the time difference between the majority of the moving time data and the time data. The communication device of claim 9 , comprising a display unit, the display unit displaying a map having the store and a part of the order device that is sent the location data, and the store is substantially located The center of the map. The communication device of claim 13, wherein the display unit displays a suggestion selection area surrounding the store.