TW201535310A - Taxi on-site servive system and communication device thereof, server and graphical user interface - Google Patents

Abstract

A system for providing taxi on-site service is disclosed. The system has a server, at least a communication device and multiple provider devices. The communication device and the provider device communicated with the server. The provider device transmits a location data of the service provider to the server. The communication device has an input module and a display module. The display module displays a service request zone and a provider surveying zone. The communication device receives an input event via the input module. A service request data is transmitted by the communication device to the server. According to the location-related data, the communication device displays location-related information on provider surveying zone. At least one of the provider devices receives a request data, and at least one taxi provides an on-site service accordingly.

Description

Taxi-to-point service system and its communication device, server and graphical user interface

The present invention relates to a taxi to point service system and its communication device, system, server and graphical user interface.

When there is a service demand, the service provider can be notified through the mobile communication device to provide the service, but only within the service provider's business hours, and more to find the service provider's contact information. This situation may be inconvenient due to the special conditions of the service demander, such as the need for emergency services or late night services. Specifically, when the gas in the demander's home is used. At this point, you should find out the operators near the location by looking up the yellow pages and web pages, and then get in touch with them. However, if the incident occurs outside the middle of the night, during the holiday hours or during business hours, the problem of the service demander cannot be solved. Although there are now applications for searching for information on providers in the vicinity of the application through the application, there is a lack of mechanisms for service providers to actively screen providers.

In addition, taxi rides generally take the form of beckoning cars, but this kind of practice is inevitable that the driver must wait around the street to wait for the passengers without business, and has no economic output value. In addition, there is also a way to take a taxi by telephone. Although this method can reduce the idling rate of taxi detours, it is inevitable that drivers can not convert waiting time into more valuable output (such as the income generated by taxi drivers providing out-of-service services). In addition, taxis or vehicles waiting for taxis do not help solve the problems of high traffic load, environmental pollution and energy waste in the city, and there is no economic contribution.

In view of this, the inventor has thought of a taxi-to-point service system, its communication device, server and graphical user interface to meet service requirements, generate additional economic benefits, and provide active screening services for demanders. Provider mechanism, especially for media Combine or screen non-business hours of service demand with taxi drivers to address urgent needs and create additional revenue when taxis are not carrying passengers.

Since there are taxis on the traffic route for 24 hours, the present invention can make the service skill of the taxi driver aware of the service demander, thereby generating a 24-hour service mode. Compared with the conventional service provider with fixed business hours, the taxi-to-point service system and its communication device, server and graphical user interface provided by the present invention can provide the demander at any time outside the night and business hours. Service. Moreover, in view of the mobility of the taxi itself, the taxi driver can provide the service in a mobile or more willing manner than the conventional service provider.

It is an object of the present invention to provide a taxi to point service system and its communication device, server and graphical user interface, and to which the present invention is applied to non-carrier services. The invention can meet the service demand of the service demander, enable the taxi driver to apply the skill to generate additional economic benefits, and can provide the mechanism for the demander to actively screen the service provider, especially for the mediation or screening of non-business hours service. Demand and taxi drivers.

To achieve the above object, a taxi-to-dot service system in accordance with the present invention includes a server, a plurality of provider devices, and at least one communication device. The provider devices are in communication with the server and send the location information of the provider devices to the server. The communication device is communicatively coupled to the server and includes an input module and a display module. The display module displays a service demand area and a provider display area. The communication device receives an input from a user through the input module and sends a service demand data to the server. The server sends the location related data to the communication device according to the service demand data. The communication device displays location information of the provider devices in the provider display area according to the location related data, and at least one of the provider devices receives the request information sent by the server, and is provided by the corresponding taxi to the point. Among them, taxis provide non-carrier services.

To achieve the above object, the present invention further provides a communication device for a taxi-to-point service system. The taxi-to-dot service system includes a number of provider devices. The communication device includes an input module, a communication module and a display module. The communication device receives an input from a user through the input module and sends the service demand data. The communication module receives the data according to the service demand data. Location related information. The display module displays the service demand area and the provider display area. The communication device displays location related information of the provider devices in the provider display area according to the location related data.

The display module displays the service demand area and the provider display area. Communication device basis The location related information displays the location related information of the provider devices in the provider display area. The taxi-to-point service system is applied to non-carrier services.

The invention further provides a server for a taxi-to-point service system. Taxi to The point service system includes a plurality of provider devices and at least one communication device. The provider device and the communication device are in communication connection with the server. The server receives location data from the provider device. The server receives the service demand data sent by the communication device. The server sends the location related information to the communication device according to the service demand data. The communication device displays the location-related information of the provider devices in the provider display area according to the location-related data, and at least one of the provider devices receives the request data sent by the server, and the corresponding taxi provides the service to the point. Taxi vehicles provide non-carrying services.

To achieve the above object, the present invention may also provide a graphical user interface, Used in taxi-to-point service applications. The taxi-to-point service application is executed by the communication device, which includes an input module and a display module. The graphical user interface includes at least a service request area and a provider display area. The communication device receives an input from a user through the input module and sends the service demand data. The communication device receives location related information. The communication device displays location-related information of a plurality of provider devices in the provider display area based on the location-related data. The taxi-to-dot service application is applied to non-carrier services.

In an embodiment, the provider display area displays location related information of the provider device in a map mark or a list.

In one embodiment, the communication device displays service demand information in a service demand area.

In an embodiment, the service demand profile includes service reward profiles.

In an embodiment, the service demand area and the provider display area are simultaneously displayed on the display module.

In an embodiment, the communication device receives a plurality of inputs in the service demand area through the input module, and the server sends the corresponding location related data to the communication device according to the plurality of inputs, so that the locations of the provider devices are displayed. Related information is dynamically adjusted.

In an embodiment, the communication device sends out a plurality of service demand data and the servo The device sends the corresponding location-related data to the communication device according to the service demand data.

In an embodiment, the communication device receives a plurality of inputs through the input module. The device receives the corresponding location-related data corresponding to the input, so that the location-related information of the provider devices is dynamically adjusted.

In an embodiment, the communication device sends out a plurality of service demand data, and the communication device The location-related data is received, and the location-related data is sent according to the service demand data.

In an embodiment, the non-carrier service does not include a road rescue service.

According to the above description, the taxi-to-point service system of the present invention can be used by a service requester. The service demand area displayed by the communication device inputs the service demand type to send the service demand data to the server. And after the server mediation, screening the service demand data and the pre-stored location information of each provider device (service provider), sending the corresponding location-related data to the communication device, and displaying the information in the provider display area of the communication device Information about the location of these provider devices. Therefore, the service demander can understand the approximate relative positional relationship from the provider display area, and even evaluate the arrival time, so that the service demander can quickly judge and serve as one of the reference bases for actively selecting the service provider.

In addition, location-related information may also include other content, such as service offerings. The location data, basic data, license plate number, etc., can further improve the degree of peace of mind when the service provider uses the present invention, which is one of the advantages of the present invention.

In addition, the taxi-to-point service system can cover multiple service types at the same time, and The location information of the displayed provider device is changed corresponding to the sent service demand data, so that the service demander does not need to spend too much time and effort to find a suitable service providing object.

According to the above, the present invention can meet the service demand of service demanders, so that the taxi company The ability to apply its skills to generate additional economic benefits, and more particularly to match or screen non-business hours of service needs and taxi drivers, to address urgency issues and to create additional revenue when taxis are not carrying passengers.

Since there are taxis on the traffic route for 24 hours, the present invention provides a flat The Taiwanese service demander knows the other service skills of the taxi driver and produces a 24-hour service model. Compared with a service provider who has a fixed business hours, the present invention The provided taxi-to-point service system and its communication device, server and graphical user interface can provide the services required by the demanders at night and outside of business hours. Moreover, in view of the mobility of the taxi itself, the taxi driver can provide the service in a mobile or more willing manner than the conventional service provider.

1‧‧‧Taxis to point service system

10‧‧‧Server

102‧‧‧Communication module

104‧‧‧ memory unit

11, 11a, 11b, 11c‧‧‧ provider devices

12, 12a, 12b, 12c, 22‧‧‧ communication devices

121, 121a‧‧‧ display module

122, 122a‧‧‧ input module

123‧‧‧ graphical user interface

124, 224 ‧ ‧ service demand area

124a‧‧‧Preset conditional unit

124b‧‧‧Custom conditional unit

125, 225‧‧‧Provider display area

126, 116a, 226‧‧

127‧‧‧ first position

128, 128a‧‧‧ second position

V1, V2, V3‧‧‧

1 is a block diagram showing an embodiment of a taxi-to-point service system of the present invention.

2A to 2C are schematic diagrams showing the service demand area and the provider display area of the communication device shown in FIG. 1.

2D is a schematic diagram of another embodiment of the provider display area shown in FIG. 2C.

FIG. 3A is a schematic diagram of a screen displayed after the service provider status area shown in FIG. 2B receives another input event.

FIG. 3B is a schematic diagram of a screen displayed after the service provider status area shown in FIG. 2C receives another input event.

4A and FIG. 4B are schematic diagrams showing another embodiment of the communication device shown in FIG. 1 showing a service demand area and a provider display area.

Hereinafter, the taxi-to-point service communication device, system, server, and graphical user interface 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 "point" of the "point-to-point service" of the following embodiment includes the location of the service demander itself, or the designated location of the service demander, so that the taxi driver can move to the location and provide a service to satisfy and solve the problem. service requirements. It should be further emphasized that the requirements of the service demanders of the following embodiments are location-limited (ie, limited to the location of the service demander itself or the designated location of the service demander), or geographically defined (ie, including service demanders). A neighboring area of its own location, or a neighboring area of a service provider's designated location. The service provider must arrive at a specific location, territory, and provide services at that location to meet the demand. In other words, it is not the case that the known taxis move passengers and goods from the service demander to another location. The scope covered by the point service. In addition, the non-carriage service does not include a road rescue service, that is, the point-to-point service does not cover road rescue services.

Furthermore, the term "information" as used in the following embodiments refers to being displayed on a graphical user. Interfaces, communication devices, texts and images of provider devices, etc., are used by service providers and service providers. "Data" refers to the data structure consisting of program code, instructions, bit sequence, etc., and is used for device and device, device and server transmission.

Next, the architecture of an embodiment of the present invention will be described in detail, please refer to it first. FIG. 1 is a schematic structural diagram of an embodiment of a taxi-to-point service system according to the present invention.

As shown in FIG. 1 , a taxi to point service system 1 of the present embodiment is applied. Non-delivery service. The system of this embodiment can include a server 10, at least one provider device 11, and at least one communication device 12.

In this embodiment, the taxi-to-point service system 1 covers at least communication. The service demander of the device 12, the system maintenance (the maintenance of the server 10), and the service provider having the provider device 11 are combined. The provider device 11 can be placed on a taxi (e.g., V1 of the drawing), and the taxi can be applied to provide undelivered services. In other words, other types of services provided by the taxi in addition to the passenger service may be, for example, but not limited to, maintenance, professional consultation, or delivery, that is, the non-carrier service described in this embodiment.

Moreover, in this embodiment, the taxi to point service system 1 includes three providers. The devices 11a, 11b, 11c and three are examples of the communication devices 12a, 12b, 12c, but are not limited by the number and the number. In other words, the number of the provider device 11 and the communication device 12 may be different or the same, and the types thereof may be the same or different.

In the present embodiment, the taxi to point service system 1 is operated in general service. The time period during which the provider does not provide the service, such as late night or holiday, but in another embodiment, the taxi to point service system 1 operates to provide emergency services for the service demander and to the hospitality service. In one aspect of the embodiment, the taxi to point service system 1 can be combined with an existing system, such as a conventional taxi fleet call system, thereby increasing the acceptance of the taxi driver.

Both the provider device 11 and the communication device 12 can be, for example but not limited to, a tablet Brain, desktop computer 11a, 12a, notebook computer 11b, 12b (for example, ultra-thin notebook), personal digital assistant 11c, smart mobile phone 12c (for example, smart phone), or other electronic device Etc., and the following communication device 12 is represented by a smart mobile phone 12c.

The provider device 11 is used or operated by the service provider, that is, by providing the service The device used or operated by the service provider is referred to as the provider device 11, and the provider device 11 has a communication function. Further, the provider device 11 of the present embodiment is located within an operable range of the service provider. Thus, the location data of the provider device sent by the provider device 12 can be considered indirectly or directly as the location profile of the service provider. For example, the service provider may temporarily leave the taxi for some reason. Although the provider device 11 is not moved in the taxi, the location information sent by the service provider device 11 still has the location of the service provider. The meaning.

The provider device 11 sends the location data to the server 10. In this embodiment The provider device 11 may have a GPS module to obtain location data. The provider device 11 can transmit its location data (e.g., GPS data) to the server 10 within a set interval or when the server 10 actively requests. In other words, since the provider device may move with the taxi, the content of the sent location data may change over time, and the location information sent to the provider device 11 on the server 10 is updated.

The communication device 12 can include an input module 122a, a communication module (not shown), and a display module 121a. In addition, the communication device 12a may further include a processing module (not shown). The communication device 12 is used or operated by a service requester.

The display module 121a and the input module 122a can be integrated into a single component or as two independent components. For example, in the smart mobile phone 12c, the display module 121 is a display panel, and the input module 122 is a touch panel, which is an example of integration into a single component. For example, if the desktop computer 12a is used as an example, the input module 122a may be a keyboard or a mouse, and the display module 121a may be a screen.

In detail, the communication device 12 can receive an input event through the input module 122a and send the service demand data. The input event here is that the service requester performs a physical action such as, but not limited to, clicking, touching or pressing through the input module 122a, and thus the physical action is converted into a signal by the firmware of the communication device 12, and then The signal is converted into an input event by an input module driver. Input events can cause the program to react accordingly. In this embodiment, the input event can be graphically represented by the service demander through touch. The user interface is graphically represented by a mouse, a keyboard, a graphical user interface, or a microphone to receive voice. Based on the input event, the communication device 12 can send corresponding service demand data. Details of the input event to the delivery service request data will be described in detail later.

In this embodiment, the communication module of the communication device 12 can receive the service according to the service. Location-related information sent by the demand data. After the location-related data is transmitted to the communication device 12, the communication device 12 can be processed, and the location-related information of the provider device 11 is displayed on the display module 121a as a basis for active screening by the service demander. Location-related information can be adjusted based on service demand data.

In this embodiment, since the server 10 will receive from a plurality of providers Most of the pen position data of 11 is represented by GPS data, and each provider device 11 transmits its own GPS data to the server 10. Based on the content of the received service demand data, and after the mediation or screening provider device 11, the server 10 can send the majority of the pen position data of the plurality of matching provider devices 11 as a piece of position related data. In addition, the location-related data may include a plurality of pen location data, and other content contents of the respective provider devices 11 may be accompanied by the location data to form a location-related material.

Specifically, if the taxi to point service system 1 has one hundred provider devices 11 registration, the server 10 may receive a hundred different location data, but because of the result of the mediation or screening, the last server 10 only combines the ten location data that meets the requirements into one, and sends out a location-related data. .

Other information content that location related materials may include may be, for example but not limited to, Description: Basic information of the service provider, evaluation, charging fee, taxi license plate number, business registration, distance from service demander, required arrival time (by distance estimation), etc. In more detail, the basic information of the service provider may include the name information of the service provider, gender information, age information, expertise data, academic qualifications, status data of current passengers, information on service years, or a combination thereof. Wait.

In addition, the evaluation here may include assessment information, such as this service The rating (or score) of the supplier's past services being rated, other users' comments on the services provided by the service provider, and so on.

The server 10 can include a communication module 102, and the provider device 11 and the communication device The 12 is in communication with the server 10. In other words, the data of the provider device 11 or the communication device 12 can be transmitted and received through the communication connection.

Data transmission mode of server 10, provider device 11, and communication device 12 It is different depending on the hardware architecture that cooperates with each other, and specifically, it can be implemented by technologies conforming to, for example, 3G, Wi-Fi, or 4G LTE. In other embodiments, the communication module 102 of the server 10 can have two different data transmission components to accommodate different data transmission operations (ie, the server 10 can have two different data transmission paths). For example, the communication device 12 and the server 10 can transmit data through the Ethernet network, and the provider device 11 is a wireless communication device for the vehicle, and performs data transmission with the server 10 through wireless communication. For another example, the server 10 can transmit data through the Internet and the communication device 12 using a Wi-Fi data transmission component, and transmit data using the mobile data network (public wireless network) and the provider device 11.

The server 10 can further include a memory unit 104, which can be used to store the provider Set location information and location related information. The memory unit 104 can be a variety of non-transitory storage media including, but not limited to, flash memory, optical disks, or magnetic disks.

The server 10 can provide the location of the provider devices 11 of the communication device 12. Information. For example, the server 10 can match and filter the data related to the provider stored in the memory unit 104 according to the content of the service requirement data. In detail, for example, in the content of the service demand data, the service for assisting the taxi to repair the hydropower is required, and the server 10 compares the information related to the provider stored in the memory unit 104 to find a service provider that can provide the service. Then, after correspondingly finding the location data uploaded by the service technicians, the location data is integrated into a location-related data, and then transmitted back to the communication device 12 for display as location-related information.

When the service demander selects the service provider based on the displayed location related information Thereafter, a request material can be sent through the communication device 12. The request data is sent to the server 10, and the server 10 sends the request data to at least one of the provider devices 11. The service provider's provider device 11 can display the request information based on the request information so that the selected service provider can choose whether or not to intentionally undertake the service. After the service provider promises to provide the service, the provider device 11 can further display the location of the service demander (in this embodiment) That is, the location of the communication device 12) for the service provider to drive the taxi to move to a designated location (ie, to the point) to provide the service.

In summary, the communication device 12 of the present embodiment receives an input event through the input module 121a. This input event causes the communication device 12 to generate a service demand profile, which is then sent by the communication device 12. The server 10 receives the service demand data, and then performs mediation or screening according to the content of the data, and sends the location data of the compliant person as location-related data. After receiving the location related information, the communication device 12 can be displayed in the provider display area to become location related information that the service demander can refer to. Accordingly, the service requester can view the display result and designate the service provider to provide the service. Then, the designated service provider (taxi) will be able to move to the point to provide the service.

It is to be noted that, in different embodiments of the embodiment, the location-related data may be composed of only a plurality of location data of the provider device that meets the requirements, and may include other service providers in addition to the location information. Relevant information, such as taxi number, photo, skill expertise or evaluation.

Next, please refer to FIG. 2A to FIG. 2C together, which is a schematic diagram of the communication device shown in FIG. 1 displaying the service demand area and the provider display area.

The communication device 12 of the present embodiment can achieve the effect of the communication device 12 end of the aforementioned trip-to-point system by executing a taxi-to-point application (App).

The communication device 12 illustrated in the drawing may include an input module (not shown), a communication module (not shown), and a display module (not shown). The communication device 12 is used or operated by a service requester. As for the relationship between the modules of the communication device 12, reference may be made to the foregoing, and the details are not described herein.

In detail, after the processing module executes the taxi to point service application, a graphical user interface 123 can be displayed on the display module (screen). The graphical user interface 123 can include at least two blocks: a service request area 124 and a provider display area 125, and the service demand area 124 and the provider display area 125 are simultaneously displayed on the display module 121. The arrangement of the service requirement area 124 and the provider display area 125 is not limited to the above display. In addition, the proportion of the screens occupied by the two is not limited as shown in the figure, for example, the service demand area 124 and the provider display. Zone 12 has a ratio of 1:3.

In this embodiment, the communication device 12 will be based on the location-related data to the provider. The display area 125 displays the locations of the provider devices 11, and the locations may be used by the service requester to determine, for example, the proximity of the service provider, etc., and thus may be referred to as location-related information as a whole. As for the communication device 12, for example, a plurality of alternative service options may be displayed in the service demand area 124, and the options may constitute service demand information for service requesters to refer to and select.

For example, at least one taxi-to-point service system may be displayed in the service demand area 124. All or part of the type of service that the service provider can provide. These types form service demand data through input actions and input events. In the present embodiment, the graphical user interface 123 is represented by changing all or part of the service types available to the service provider into a plurality of icons 126. Of course, in other embodiments, all or part of the service type may also be presented in a pull-down menu manner. In addition, the content of the service demand data may include the service type selected by the service demander.

The types of services that service providers can provide can include maintenance of water and electricity, computer maintenance, Temporary care, temporary labor, commissioned hyenas, professional counseling, project interviews, or shared vehicle, etc., the details of which are described later.

The service requester can access the service demand area 124 of the graphical user interface 123. Make an input and raise an input event. The communication device 12 can have an input listener. When the input listener listens to the input event, it can call back a specific instruction to display the type of service that is touched. The data content represented forms the service demand data and transmits it to the server 10. Here, since the service demand data to be sent differs depending on the icon of the touch, the service demand data is referred to as an input event.

In Figure 2A, because the user has not selected the type of service required (not yet The input operation is performed on the communication device 12, and an input event is triggered, so that any status information about the service provider will not be displayed in the provider display area 125. In another implementation manner, after the service requester activates the point-to-point service application of the communication device 12 by the touch action, the service type can be directly brought into the preset service type, or directly brought to the service demander's preference or usage history. The type of service recorded. Both of these allow the provider display area to directly display the status data of the corresponding service provider. Specifically, for example, hydropower maintenance services are the most common requirements. When service providers use communication devices and systems, taxis that provide hydropower maintenance services can be displayed in the provider display area.

In addition, in still another embodiment, the provider display area 125 has no input. Before the device, the location of the service requester (ie, the communication device 12) itself and the corresponding map screen can be displayed first.

Then, when the server 10 receives the service demand transmitted by the communication device 12 The server 10 will use the service demand data as a screening condition to start mediating or screening for relevant information of the pre-stored service provider (for example, including charging, arrival time, expertise, evaluation, etc.). The relevant information of the service provider can be collected when the service provider registers with the point service system or the application through the provider device 11.

After the match or screening is completed, the server 10 will conform to the matchmaking or screening results. The location data of the provider is integrated into a provider location related material and transmitted to the communication device 12. The provider location related information may be, for example but not limited to, a form containing a plurality of times of data, and each of the data sub-fields carries the service provider name and the GPS data at the time of the previous upload.

When the communication device 12 receives the provider location related information, its processing module The content can be read and displayed in the provider display area 125 (Fig. 2B or Fig. 2C) together with the location information of the service provider and the map data using the GPS data as a comparison basis. Figure 2B presents the location information of the service provider directly on the map. Or in other implementations, as shown in FIG. 2C, the location, relative distance, or arrival time of the service provider may be displayed in a list. Since the service demander sees the display result as shown in FIG. 2B or FIG. 2C, the approximate relative positional relationship can be known from the above, and even the arrival time can be evaluated, so that the result of the display can be said to be position-related information.

In this embodiment, the provider display area 125 can simultaneously display the communication device 12 The first location 127 where the service requester is located, and the second location 128 of the provider device 11 (service provider) for the service requester to quickly determine the distance of the service provider as a reference for selecting the service provider One of the basis. Of course, in other embodiments, only the second location 128 may be displayed, and the display manner of the drawing is not limited.

It should be noted that the content of the map data corresponds to the first location 127 of the communication device 12, and includes the streets, buildings, and the like in the vicinity thereof. For example, the map material may be street map data within a radius of five kilometers centered at the first location 127. Of course, the invention is not five kilometers Limit, you can set the length of the distance range, and adjust the distance according to the need and emergency.

In the following, the description of the different embodiments will be given for different service types.

Taking the maintenance service as an example, the service demander can click on the icon 126 of the taxi maintenance service. In addition to selecting the type of service, you can also enter the estimated cost, the estimated time of arrival, and so on. Then, the server 10 finds the matching service providers in the stored database according to the service type and other input conditions, and collects the location information, the basic data, the license plate number and the like of the service providers. A form is returned to the communication device 12 (Fig. 2C). Since the form transmitted to the communication device 12 contains the location information of the service provider, the form can be referred to as location related material. After the location-related data is sent to the communication device 12, the location information of the service provider therein can be read by the communication device 12 and displayed on the map with a prominent mark. Since the location-related data also includes other content, when the service demander clicks on the mark on the map, more relevant information can be obtained.

The service demand area 124 also includes other services for the taxi, which allows the service requester to enter the type of service that the graphical user interface 123 does not display. For example, you can directly fill in the relevant terms of the service requirements to generate custom service demand types, and improve the scope and flexibility of application.

The service demand area 124 may, for example, include an input field of a reward service for the service demander to enter the amount of the reward service, ie, a tip that is willing to pay extra, or an action of rewarding the service (eg, providing labor service exchange, etc.) or reward Items of service (such as commonly used daily necessities, etc.), thereby increasing the willingness of the service provider to provide a point service. The content input by the service demander can be, for example but not limited to, become a service reward material, and is integrated with the service type and other input conditions to become the service demand data.

In addition, the taxi to point service system 1 may further include the delivery of an assessment material. Specifically, after the service requester receives the service provided by the service provider, the communication device 12 can be used to generate the evaluation data, and the evaluation data constitutes the evaluation information of the service provider. Specifically, after the service requester accepts the service, he can open the application to the point service again, select the service provider to be evaluated, and fill in the content of the evaluation. The content of the assessment can be expressed in the form of words, scores, stars, etc.

Please refer to FIG. 2D again, which is a drawing of the provider display area in another embodiment. Schematic diagram. In this embodiment, the service requirement area 124 can be further divided into a preset condition unit 124a and a custom condition unit 124b. The preset condition unit 124a is preset by the taxi to point service system 1. When the service type is selected, the taxi-to-point service system 1 displays the basic service fee corresponding to the service type together with the required vehicle amount in the preset condition unit 124a. Of course, the preset items in the preset condition unit 124a can be adjusted according to different settings and requirements. In other words, not only the basic service fee or the amount of the fare can be adjusted, but also the minimum required time, for example, etc. project. According to this, it is possible to prevent the service demander from erroneously assessing the cost or the fare of the service demand, and the service provided by the service provider has a certain amount of income.

Conversely, the items in the custom condition unit 124b can be self-serviced by the service requester. Line settings or adjustments. In other words, the service demander can choose how much time to be served according to the situation of the person, or how high the service provider needs to provide the service. In this way, since the service demander can already set a partial mediation or screening threshold, the opportunity of the taxi-to-point service system 1 to match or screen the service provider can be further improved. Of course, the items in the custom condition unit 124b can also be increased or decreased as needed.

When the contents of the preset condition unit 124a and the custom condition unit 124b are confirmed After that, the communication device 12 will send the conditional contents with the service demand data. However, there may be too few or too many results of the mediation or screening, for example, because the content in the custom condition unit 124b is too strict or lenient, so that the follow-up service demander cannot select the desired service provider based on the location-related information. Case. To this end, in another embodiment, the communication device 12 can receive a plurality of input actions in the service demand area 124 through the input module 121, and correspondingly cause a plurality of input events. In this case, most of the input actions such as setting the arrival time to seven minutes, then inputting the evaluation to at least three stars, and finally inputting the service reward amount to one hundred yuan. Each of the above input events will send a service demand profile to the server 10 for the condition under which the condition should be sent. The server 10 continuously performs mediation and screening according to the received service requirement data, and then feeds back the location-related data of the corresponding provider device 11 to the communication device 12, thereby achieving the location-related information of the service provider. Dynamic adjustment allows service demanders to modify conditions on the fly so that the number of service providers displayed falls within the appropriate range. In another implementation manner, a plurality of corresponding service demand materials may be different, for example, the complexity is different, that is, the first service demand information sent includes The complete data content, while the second one only includes the difference from the first stroke, and so on, to speed up the operation. Of course, in order to achieve this effect, the communication device 12 may be provided with a comparison unit that temporarily stores the service demand data sent by the first or previous one to be compared according to a certain frequency before the next data is sent, and then The difference of the comparison is taken as the content of the data to be sent. In contrast, the server 10 also has a comparison unit, which can be used as a condition for adding or deleting mediation or screening after receiving the difference data contents.

Please refer to FIG. 3A and FIG. 3B, which are shown in FIG. 2B and FIG. 2C. A schematic diagram of the screen displayed after the other status event is received by the status area.

For the service provider to know the status of the service provider in detail, the communication device 12 A further input action of the service requester touching the second location 128 (or 128a) of the service provider can be received, for example, on the provider display area 125, and an input event is raised. Input events can be caused by touching or long-pressing the anti-black taxi icon on the user interface (Figure 3A), or by touching or long-pressing the list field on the graphical user interface (Figure 2C). To show details of individual service provider status.

Taking FIG. 3A as an example, the service requester can select any one as shown in FIG. 3A. The second location 128, the details of the service provider of the second location 128 are displayed on the map material in an overlapping manner. 2C, the service requester can select any second location 128a (ie, any list field) as shown in FIG. 2C, and then, as shown in FIG. 3B, the second location 128a. The details of the service provider are displayed as a pull-down list option to provide more space to display status content.

Moreover, the above input events can be executed multiple times for different service demanders. The service providers make comparisons, for example, to pick a more appropriate object, or to understand the general charging situation.

Finally, please refer to FIG. 4A and FIG. 4B together, which is a schematic diagram of another embodiment of the communication device shown in FIG. 1 showing the service demand area and the provider display area.

The taxi-to-dot service system 1 of the embodiment of FIG. 1 can be applied to the requirements of professional consultation in addition to the requirements of the maintenance service, and can also be applied to the situation where the service demander needs a plurality of service requirements at the same time. That is, the communication device 12 can send out a plurality of service demand materials, and receive the location related data returned by the server 10, and the location related resources The materials are sent according to the service demand data. The following is an example of the needs of both the legal profession and the accounting profession.

The icon 226 displayed first in the service demand area 224 is a type of service demand, for example. Such as maintenance, professional, delivery and other services, and the icon 226 has a drop-down option. After expanding the pull-down option of Figure 226, click on the "Law" (first input event) and "Accounting" (second input event) icon 226, and after the input is completed, the communication device 22 can be either Consolidating the service demand data with legal service and the service demand data capable of providing accounting services to the server 10 (as shown in FIG. 1), and displaying the matching provider device 11 on the graphical user interface. For other modes of operation, reference may be made to the foregoing, and no further details are provided herein.

According to the above description, the taxi-to-point service system of the present invention can be used by a service requester. The service demand area displayed by the communication device inputs the service demand type to send the service demand data to the server. And after the server mediation, screening the service demand data and the pre-stored location information of each provider device (service provider), sending the corresponding location-related data to the communication device, and displaying the information in the provider display area of the communication device Information about the location of these provider devices. Therefore, the service demander can understand the approximate relative positional relationship from the provider display area, and even evaluate the arrival time, so that the service demander can quickly judge and serve as one of the reference bases for actively selecting the service provider.

In addition, location-related information may also include other content, such as service offerings. The location data, basic data, license plate number, etc., can further improve the degree of peace of mind when the service provider uses the present invention, which is one of the advantages of the present invention.

In addition, the taxi-to-point service system can cover multiple service types at the same time, and The location information of the displayed provider device is changed corresponding to the sent service demand data, so that the service demander does not need to spend too much time and effort to find a suitable service providing object.

According to the above, the present invention can meet the service demand of service demanders, so that the taxi company The ability to apply its skills to generate additional economic benefits, and more particularly to match or screen non-business hours of service needs and taxi drivers, to address urgency issues and to create additional revenue when taxis are not carrying passengers.

Since there are taxis on the traffic route for 24 hours, the present invention provides a flat The order service demander knows the other service skills of the taxi driver, which in turn produces a kind of 24 Hours of service mode. Compared with the conventional service provider with fixed business hours, the taxi-to-point service system and its communication device, server and graphical user interface provided by the present invention can provide the demander at any time outside the night and business hours. Service. Moreover, in view of the mobility of the taxi itself, the taxi driver can provide the service in a mobile or more willing manner than the conventional service provider.

1‧‧‧Taxis to point service system

10‧‧‧Server

102‧‧‧Communication module

104‧‧‧ memory unit

11, 11a, 11b, 11c‧‧‧ provider devices

12, 12a, 12b, 12c‧‧‧ communication devices

121, 121a‧‧‧ display module

122, 122a‧‧‧ input module

V1, V2, V3‧‧‧

Claims (29)

A taxi-to-point service system includes: a server; a plurality of provider devices, wherein the provider devices are in communication with the server, and send location information of the provider devices to the server; and at least one communication The device is communicatively coupled to the server and includes an input module and a display module. The display module displays a service demand area and a provider display area. The communication device receives a user through the input module. Entering and sending a service demand data to the server, the server sends a location related data to the communication device according to the service demand data, and the communication device displays the provided information in the provider display area according to the location related information. The location related information of the device indicates that at least one of the provider devices receives the request information sent by the server and provides service by the corresponding taxi to the point, wherein the taxi provides a non-carrier service. The taxi-to-point service system of claim 1, wherein the communication device displays a service demand information in the service demand area. The taxi-to-point service system of claim 1, wherein the provider display area displays the location-related information of the provider devices in a map mark or a list. The taxi-to-point service system of claim 1, wherein the service demand area and the provider display area are simultaneously displayed on the display module. For example, the taxi-to-point service system described in claim 1 wherein the service demand information includes a service reward data. The taxi-to-point service system of claim 1, wherein the communication device receives a plurality of the inputs in the service demand area through the input module, and the server sends the corresponding positions according to the inputs. The related information is sent to the communication device such that the location related information of the displayed provider devices is dynamically adjusted. The taxi-to-point service system of claim 1, wherein the communication device sends a plurality of the service demand data, and the server sends the corresponding location-related data to the communication device according to the service demand data. . For example, the taxi-to-point service system described in claim 1 of the patent scope, wherein the non-carrier service does not include a road rescue service. A communication device for a taxi-to-point service system, the taxi-to-point service system comprising a plurality of provider devices, the communication device comprising: an input module, the communication device receiving an input of a user through the input module, and Sending a service demand data; a communication module receiving a location-related data sent according to the service demand data; and a display module displaying a service demand area and a provider display area, wherein the communication device is based on the location The related information displays the location related information of the provider devices in the provider display area, and the taxi to point service system is applied to the non-carrier service. For example, the communication device of the taxi-to-point service described in claim 9 wherein the service demand area displays a service demand information. The vehicle-to-point service communication device according to claim 9, wherein the provider display area displays location-related information of the provider devices in a map mark or a list. For example, the taxi-to-point service communication device described in claim 9 wherein the service demand information includes a service reward data. The communication device of the taxi-to-point service according to claim 9, wherein the service demand area and the provider display area are simultaneously displayed on the display module. The communication device of the taxi-to-point service according to claim 9, wherein the communication device receives a plurality of the inputs, and the communication device receives the corresponding location-related data corresponding to the input and output, so that the providing The location related information of the device is dynamically adjusted. The communication device of the taxi-to-point service according to claim 9, wherein the communication device sends a plurality of service demand data, and the communication device receives the location-related data, and the location-related data is based on the service requirements. The information is sent out. A server for a taxi-to-point service system, the point-to-point service system comprising a plurality of provider devices and at least one communication device; The server device, the communication device is in communication with the server, and the server receives location data from the provider devices, and the server receives a service demand data sent by the communication device, and the server is configured according to the server. The service demand data sends a location related information to the communication device, and the communication device displays the location related information of the provider devices according to the location related information in a provider display area of the communication device, and the provider devices At least one of the ones receives the request data sent by the server and is serviced by the corresponding taxi to the point, and the taxi provides a non-carrier service. The server of claim 16, wherein the communication device has a service demand area displaying a service demand information. The server of claim 16, wherein the provider display area displays location related information of the provider devices in a map mark or a list. The server of claim 16, wherein the service demand data includes a service reward data. The server of claim 16, wherein the service demand area and the provider display area are simultaneously displayed on a display module of the communication device. The server of claim 16, wherein the communication device receives a plurality of inputs of a user in the service demand area, and sends a plurality of service demand data to the server, and the server is configured according to the server The inputs send the corresponding location-related data to the communication device, so that the location-related information of the displayed provider devices is dynamically adjusted. The server of claim 16, wherein the communication device sends a plurality of service demand data, and the server sends the corresponding location related data to the communication device according to the service demand data. A graphical user interface for use in a taxi-to-point service application, the taxi-to-point service application being executed by a communication device, the communication device comprising an input module and a display module, the graphical user The interface includes: a service demand area; and a provider display area; wherein the communication device receives an input from a user through the input module, and sends a service demand data, the communication device receives a location related data, the communication device Device according to the The location related information displays location related information of a plurality of provider devices in the provider display area, and the taxi to point service application is applied to the non-carrier service. The graphical user interface of claim 23, wherein the service demand area displays a service demand information. The graphical user interface of claim 23, wherein the location information of the provider devices is displayed in a map mark or a list. The graphical user interface of claim 23, wherein the service status data comprises a service reward material. The graphical user interface of claim 23, wherein the service request area and the provider display area are simultaneously displayed on the display module. The graphical user interface of claim 23, wherein the communication device receives a plurality of the inputs through the input module, and receives corresponding location-related data corresponding to the input signals, so that the The location related information of the provider device is dynamically adjusted. For example, the graphical user interface described in claim 23, wherein the communication device sends a plurality of service demand materials, and the communication device receives the location related data, and the location related data is sent according to the service demand data.