阅读说明：本技术 一种行李车共享系统及行李车共享商业模式 (Luggage van sharing system and luggage van sharing business mode ) 是由 江正云 廖凯 柏天鹏 于 2018-06-26 设计创作，主要内容包括：本发明公开了一种行李车共享系统及商业模式,包括共享行李车、手机APP、大数据平台、固定充电站；共享行李车至少包括有自动行驶模块、自动跟踪模块、扫码模块和起停模块,自动行驶模块和自动跟踪模块用于承载行李并自动跟着用户行驶；起停模块用于上锁或者开锁共享行李车；手机APP用于通过扫描所述扫码模块触发共享行李车的起停模块从而实现共享行李车的上锁或者开锁；大数据平台用于记录和分析用户的参数并统筹管理行李车共享系统的各种指令；固定充电站用于给共享行李车充电。本发明的技术方案使行李车融入共享经济的大潮,顺应时代的发展,智能化程度高,提升用户的体验,使旅行变得更加容易,“来一场说走就走的旅行”变得更贴近现实。(The invention discloses a luggage van sharing system and a business mode, wherein the luggage van sharing system comprises a shared luggage van, a mobile phone APP, a big data platform and a fixed charging station; the shared luggage van at least comprises an automatic driving module, an automatic tracking module, a code scanning module and a start-stop module, wherein the automatic driving module and the automatic tracking module are used for bearing luggage and automatically driving along with a user; the start-stop module is used for locking or unlocking the shared luggage van; the mobile phone APP is used for triggering the start-stop module of the shared luggage van through scanning the code scanning module so as to lock or unlock the shared luggage van; the big data platform is used for recording and analyzing parameters of the user and comprehensively managing various instructions of the luggage van sharing system; the fixed charging station is used for charging the shared luggage van. The technical scheme of the invention enables the luggage van to be integrated into the tide of sharing economy, conforms to the development of the era, has high intelligent degree, improves the experience of users, makes the travel easier, and makes the travel of going to go with one word more realistic.)

1. A luggage cart sharing system, characterized in that: the system comprises a shared luggage van, a mobile phone APP, a big data platform and a fixed charging station;

the shared luggage van at least comprises an automatic driving module, an automatic tracking module, a code scanning module and a start-stop module, wherein the automatic driving module and the automatic tracking module are used for bearing luggage and automatically driving along with a user; the start-stop module is used for locking or unlocking the shared luggage van;

the mobile phone APP is used for triggering the start-stop module of the shared luggage van through scanning the code scanning module so as to lock or unlock the shared luggage van;

the big data platform is used for recording and analyzing parameters of a user and comprehensively managing various instructions of the luggage van sharing system;

the fixed charging station is used for charging the shared luggage van.

2. The luggage cart sharing system of claim 1, wherein: the shared luggage van is provided with a weighing module, a timing module and an automatic settlement system; the weighing module is used for weighing luggage, the timing module is used for sensing the working time of the luggage van during walking, and the fee is automatically settled according to the overall data management of the big data platform through the weighing module and the timing module.

3. The luggage cart sharing system of claim 1, wherein: the automatic tracking module is provided with a laser radar module and an ultra wide band antenna module and is used for automatic tracking and automatic obstacle avoidance: and automatically ranging the tracked object or other obstacles, and judging and executing obstacle avoidance or keeping the tracking distance according to the information of the transmitted and received signals.

4. The luggage cart sharing system of claim 3, further comprising a GPS global satellite positioning system for route planning and system navigation: according to the user registration address and the destination address, a driving route is automatically planned, the luggage van can be reserved and remotely called in the area by combining the selection of the user, the target route is executed, and the user can check the progress of the route at any time.

5. The luggage cart sharing system of claim 1, wherein: the sharing luggage van also comprises an electricity storage and supply device which is used for providing a charging function for sharing users.

6. The luggage cart sharing system of claim 1, wherein: the shared luggage van is driven to run by a motor, and the start-stop module drives the motor to be locked or unlocked according to data overall management and instructions of the big data platform.

7. The luggage cart sharing system of claim 1, wherein: the shared luggage van comprises an electric quantity detection module, and the electric quantity detection module is used for automatically detecting the electric quantity condition of the shared luggage van when the shared luggage van is in a standby state, automatically driving to a charging area to complete charging under the condition of insufficient electric quantity, and automatically driving to return to a standby position.

8. A luggage cart sharing business model, characterized by: a baggage car sharing system according to any one of claims 1 to 7, said baggage car sharing business model including at least one of the benefits obtained by using said baggage car sharing system to draw a percentage of a commission on a platform basis after a transaction is completed; or before the transaction begins, the user is required to pay a certain amount of deposit, all the deposits are collected to form a deposit pool, and a certain proportion is extracted from the deposit pool to enlarge the putting amount of the product; then extracting a certain proportion for financial investment, increasing the utilization rate of deposit and increasing an extra income; reserving a certain proportion as a reserve for refunding the deposit by the user;

the luggage van sharing system comprises the following steps:

1) the sharing user firstly registers the user and uploads registered data, the big data platform performs data verification according to the uploaded data, the user becomes a qualified sharing user after the verification is passed, the data verification is not passed, the registration is not successful, the data is deleted, and the user cannot become a sharing user;

2) the sharing method comprises the steps that a mobile phone APP is started and logged in for sharing, a shared luggage van meeting requirements is found, a starting point and an end point are input, an appointment request is initiated, if the appointment request is finally determined, order information is generated, a big data platform generates a two-dimensional code according to an order number and a mobile phone number, the shared luggage van is automatically distributed or called by a user, the shared luggage van automatically runs to a specified position according to time and an address to wait, and an appointment program is finished; if the shared luggage cart is not clicked and determined at last, the shared luggage cart can be searched again;

3) when a sharing person arrives at a preset place, starting and logging in a mobile phone APP, scanning a code opening order for the sharing luggage van by using the mobile phone, if the order is successfully opened, driving the sharing luggage van to automatically unlock, waiting for the sharing person to load articles, automatically weighing luggage in the loading process, and if the order is not successfully opened, repeatedly scanning the code for the luggage van by the sharing person for multiple times; if the loading is finished and confirmed, the luggage van automatically follows the shared person to run, and the luggage van automatically avoids, automatically navigates and automatically controls the speed in the midway; until the destination is reached, waiting for a sharer to take away articles, automatically settling the fee in the luggage, scanning the code by the sharer for payment, if the payment is confirmed, finishing the sharing, and if the payment is not confirmed, processing according to an abnormal condition;

4) after the single sharing transaction is finished, the shared luggage van drive is automatically locked and automatically delayed for timing, and after the delay program is finished, the shared luggage van drive is automatically unlocked and automatically runs to return to the original position set for the luggage van;

5) and when the shared luggage vehicle is in a standby state, automatically detecting the electric quantity of the shared luggage vehicle, if the electric quantity is detected to be insufficient, automatically driving the shared luggage vehicle to a charging area for charging until the charging is finished, and automatically driving the shared luggage vehicle to return to the standby position.

9. The luggage cart sharing business model of claim 8, wherein: the luggage van sharing business model at least comprises a big data analysis system; the big data analysis system analyzes the current demands of the crowd at an airport or a station, sets a plurality of advertisement positions on a luggage van or a mobile phone APP for accurately putting advertisements, and collects advertisement fees through a mode of collecting advertisement fees or collecting advertisement fees through a mode of clicking to collect the advertisements; or by directing the user to associate other downstream shared products.

10. The luggage cart sharing business model of claim 9, wherein: the method for associating other downstream shared products by guiding users is as follows:

s1, designing a plurality of columns on various terminals such as a mobile phone, a tablet personal computer or a computer, wherein a plurality of applets are designed in the columns; the content of the small program can be used for pushing related applications according to the use requirements of the big data analysis system through the oriented analysis user so as to meet the requirements of the user in the aspects of 'clothes and eating habits' and the like;

s2: according to the demands of the big data analysis system user before and after the business mode is shared by using the luggage van, and the demands are integrated in the whole industry chain through the shared business mode.

Technical Field

The invention relates to the technical field of luggage carts and the Internet, in particular to a luggage cart sharing system and a luggage cart sharing business mode.

Background

With the development of society, traveling has become an indispensable part of people's life, so the carrying of luggage has become an important part of traveling, and the most advanced technology at present is to have a hand-pulling or hand-pushing luggage cart which is convenient for passengers to move in the airport or train station, but is only limited to be used in the airport, and there are still many points to be improved and improved for the luggage cart at the present more advanced stage: 1. the luggage van is only limited to be used in a place, is relatively limited, cannot solve the trouble that a user is difficult to carry luggage on the way to a railway station or an airport, and particularly relates to a large amount of luggage which is inconvenient to carry about by the user. 2. Hand-pulling or hand-pushing luggage barrow, no intelligence, poor user experience, especially for women or old people or juveniles with small strength. In addition, with the development of sharing economy, the sharing of luggage vehicles is also a trend which is more and more required.

Disclosure of Invention

Aiming at the problems, the invention provides a luggage van sharing system and a luggage van sharing business mode which have high user experience degree and high intelligence degree and are suitable for a sharing economic market system.

In order to solve the technical problem, the invention provides a luggage van sharing system, which comprises a sharing luggage van, a mobile phone APP, a big data platform and a fixed charging station;

the shared luggage van at least comprises an automatic driving module, an automatic tracking module, a code scanning module and a start-stop module, wherein the automatic driving module and the automatic tracking module are used for bearing luggage and automatically driving along with a user; the start-stop module is used for locking or unlocking the shared luggage van;

the mobile phone APP is used for triggering the start-stop module of the shared luggage van through scanning the code scanning module so as to lock or unlock the shared luggage van;

the big data platform is used for recording and analyzing parameters of the user and comprehensively managing various instructions of the luggage van sharing system;

the fixed charging station is used for charging the shared luggage van.

Furthermore, a weighing module, a timing module and an automatic settlement system are arranged on the shared luggage van; the weighing module is used for weighing luggage, and the timing module is used for sensing the working time of luggage van walking, and through weighing module and timing module, according to big data platform's data overall management, automatic settlement expense.

Further, be provided with laser radar module and ultra wide band antenna module on the automatic tracking module for automatic tracking keeps away the barrier with automatic: and automatically ranging the tracked object or other obstacles, and judging and executing obstacle avoidance or keeping the tracking distance according to the information of the transmitted and received signals.

Further, the system also comprises a GPS global satellite positioning system for route planning and system navigation: according to the user registration address and the destination address, a driving route is automatically planned, the luggage van can be reserved and remotely called in the area by combining the selection of the user, the target route is executed, and the user can check the progress of the route at any time.

Further, the sharing luggage cart further comprises an electricity storage and supply device for providing a charging function for sharing users.

Furthermore, the shared luggage van is driven to run by the motor, the start-stop module is used for driving the motor to be locked or unlocked according to overall data management and instructions of the big data platform.

Furthermore, the shared luggage cart comprises an electric quantity detection module, and the electric quantity detection module is used for automatically detecting the electric quantity condition of the shared luggage cart when the shared luggage cart is in a standby state, automatically runs to a charging area to complete charging under the condition of insufficient electric quantity, and automatically runs to return to a standby position.

A baggage car sharing business model comprising a baggage car sharing system as described above, the baggage car sharing business model comprising at least a revenue obtained by using the baggage car sharing system to draw a commission in a certain proportion on behalf of the platform after a transaction is completed; or before the transaction begins, the user is required to pay a certain amount of deposit, all the deposits are collected to form a deposit pool, and a certain proportion is extracted from the deposit pool to enlarge the putting amount of the product; then extracting a certain proportion for financial investment, increasing the utilization rate of deposit and increasing an extra income; reserving a certain proportion as a reserve for refunding the deposit by the user;

the luggage van sharing system comprises the following steps:

1) the sharing user firstly registers the user and uploads registered data, the big data platform performs data verification according to the uploaded data, the user becomes a qualified sharing user after the verification is passed, the data verification is not passed, the registration is not successful, the data is deleted, and the user cannot become a sharing user;

2) the sharing method comprises the steps that a mobile phone APP is started and logged in for sharing, a shared luggage van meeting requirements is found, a starting point and an end point are input, an appointment request is initiated, if the appointment request is finally determined, order information is generated, a big data platform generates a two-dimensional code according to an order number and a mobile phone number, the shared luggage van is automatically distributed or called by a user, the shared luggage van automatically runs to a specified position according to time and an address to wait, and an appointment program is finished; if the shared luggage cart is not clicked and determined at last, the shared luggage cart can be searched again;

3) when a sharing person arrives at a preset place, starting and logging in a mobile phone APP, scanning a code opening order for the sharing luggage van by using the mobile phone, if the order is successfully opened, driving the sharing luggage van to automatically unlock, waiting for the sharing person to load articles, automatically weighing luggage in the loading process, and if the order is not successfully opened, repeatedly scanning the code for the luggage van by the sharing person for multiple times; if the loading is finished and confirmed, the luggage van automatically follows the shared person to run, and the luggage van automatically avoids, automatically navigates and automatically controls the speed in the midway; until the destination is reached, waiting for a sharer to take away articles, automatically settling the fee in the luggage, scanning the code by the sharer for payment, if the payment is confirmed, finishing the sharing, and if the payment is not confirmed, processing according to an abnormal condition;

4) after the single sharing transaction is finished, the shared luggage van drive is automatically locked and automatically delayed for timing, and after the delay program is finished, the shared luggage van drive is automatically unlocked and automatically runs to return to the original position set for the luggage van;

5) when the shared luggage van is in a standby state, automatically detecting the electric quantity of the shared luggage van, if the electric quantity is detected to be insufficient, automatically driving the shared luggage van to a charging area for charging until the charging is finished, and automatically driving the shared luggage van to return to a standby position;

further, the luggage cart sharing business model at least comprises a big data analysis system; the big data analysis system analyzes the current demands of the crowd at an airport or a station, sets a plurality of advertisement positions on a luggage van or a mobile phone APP for accurately putting advertisements, and collects advertisement fees through a mode of collecting advertisement fees or collecting advertisement fees through a mode of clicking to collect the advertisements; or by directing the user to associate other downstream shared products.

Further, the method for associating other downstream shared products by guiding the user is as follows:

s1, designing a plurality of columns on various terminals such as a mobile phone, a tablet personal computer or a computer, wherein a plurality of applets are designed in the columns; the content of the small program can be used for pushing related applications according to the use requirements of the big data analysis system through the oriented analysis user so as to meet the requirements of the user in the aspects of 'clothes and eating habits' and the like;

s2: according to the demands of the big data analysis system user before and after the business mode is shared by using the luggage van, and the demands are integrated in the whole industry chain through the shared business mode.

Compared with the prior art, the luggage van has the beneficial effects that the luggage van is integrated with the tide of sharing economy, the development of the times is conformed, the intelligent degree is high, the user experience is improved, the travel is easier, and the 'travel by walking with one talking' becomes closer to reality.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without inventive labor.

Fig. 1 is a schematic block diagram of a user registration module that performs steps of the baggage sharing system in the present embodiment;

fig. 2 is a schematic block diagram of a reservation module of the luggage vehicle sharing system in the present embodiment;

fig. 3 is a schematic block diagram of a shared use module of the luggage sharing system in the embodiment;

fig. 4 is a schematic block diagram of an automatic baggage car grouping module of the baggage car sharing system according to the present embodiment;

fig. 5 is a schematic block diagram of a luggage cart charging module of the luggage cart sharing system in the present embodiment.

Detailed Description

The following description of the embodiments of the present invention will be made with reference to the accompanying drawings. The following examples are only for illustrating the technical solutions of the present invention more clearly, and the protection scope of the present invention is not limited thereby.

A luggage van sharing system comprises a sharing luggage van, a mobile phone APP, a big data platform and a fixed charging station;

the shared luggage van at least comprises an automatic driving module, an automatic tracking module, a code scanning module and a start-stop module, wherein the automatic driving module and the automatic tracking module are used for bearing luggage and automatically driving along with a user; the start-stop module is used for locking or unlocking the shared luggage van;

the mobile phone APP is used for triggering the start-stop module of the shared luggage van through scanning the code scanning module so as to lock or unlock the shared luggage van;

the big data platform is used for recording and analyzing parameters of the user and comprehensively managing various instructions of the luggage van sharing system;

the fixed charging station is used for charging the shared luggage van.

The shared luggage van is provided with a weighing module, a timing module and an automatic settlement system; the weighing module is used for weighing luggage, and the timing module is used for sensing the working time of luggage van walking, and through weighing module and timing module, according to big data platform's data overall management, automatic settlement expense.

The automatic tracking module is provided with a laser radar module and an ultra wide band antenna module and is used for automatic tracking and automatic obstacle avoidance: and automatically ranging the tracked object or other obstacles, and judging and executing obstacle avoidance or keeping the tracking distance according to the information of the transmitted and received signals.

The system also comprises a GPS global satellite positioning system for carrying out route planning and system navigation: according to the user registration address and the destination address, a driving route is automatically planned, the luggage van can be reserved and remotely called in the area by combining the selection of the user, the target route is executed, and the user can check the progress of the route at any time.

The sharing luggage van also comprises an electricity storage and supply device which is used for providing a charging function for sharing users.

The shared luggage van is driven to run by the motor, the start-stop module is used for overall management and instructions according to data of the big data platform, and the driving motor is locked or unlocked.

The shared luggage van comprises an electric quantity detection module, and is used for automatically detecting the electric quantity condition of the shared luggage van when the shared luggage van is in a standby state, automatically driving to a charging area to complete charging under the condition of insufficient electric quantity, and automatically driving to return to a standby position.

The commercial model for developing the luggage van sharing system according to the embodiment has the following composition structure: shared luggage van, APP software, big data center, cloud platform, fixed charging station, mobile internet server. The shared luggage van has the functions of automatic running, automatic tracking, article storage, article conveying, automatic home returning, automatic unlocking/locking, remote alarming, remote reminding and the like, and respectively relates to an automatic dispatching and distributing system of the shared luggage van, a two-dimensional code is automatically generated according to an order and a mobile phone number, the automatic running and automatic tracking system, an automatic obstacle avoidance and driving system and a path planning and navigation system provide a free charging system for a shared user, and the technical contents of automatic settlement and automatic locking and automatic unlocking of a driving motor are provided. In public places such as airports, high-speed rail stations, railway stations, bus stations and the like, users sharing luggage vehicles can make appointment and share use after registering. The user can seek quantity and the region that need use all sharing luggage van in area to exist through APP, make an appointment in advance according to the required sharing luggage van of oneself, after generating order information, after the user reachs the place, through sweeping the sign indicating number discernment and starting the order, the sharing luggage van is automatic unblanked, after the user loads article, the sharing luggage van is automatic or artifical manual locking, then the luggage van is automatic to be gone, follow the sharer, after arriving the destination, the sharing luggage van is automatic to be reminded, unblank automatically, after the user takes away article, sweep the sign indicating number and finish the sharing use. The shared luggage van is automatically locked, and after a certain time delay, the luggage van automatically runs through automatic navigation to return to the original position, or a user calls the shared luggage van to perform sharing service.

The luggage van sharing system comprises the following specific execution steps:

as shown in fig. 1, a sharing user first registers and uploads registered data, a big data platform performs data verification according to the uploaded data, the user becomes a qualified sharing user after the verification is passed, the data verification is not passed, the registration is unsuccessful, the data is deleted, and the user cannot become a sharing user;

as shown in fig. 2, the sharing system starts and logs in the mobile phone APP, finds a shared luggage van meeting the requirement, inputs a start point and an end point, initiates an appointment request, and if the request is finally determined, generates order information, the big data platform generates a two-dimensional code according to an order number and a mobile phone number, automatically allocates the shared luggage van, the shared luggage van automatically travels to a specified position according to time and an address to wait, and an appointment program is ended; if the shared luggage cart is not clicked and determined at last, the shared luggage cart can be searched again;

as shown in fig. 3, when a sharing person arrives at a predetermined place, a mobile phone APP is started and logged in, the mobile phone faces to scan a code of a sharing luggage cart to start an order, if the order is started successfully, the sharing luggage cart is driven to unlock automatically, the sharing person waits for loading articles, luggage is weighed automatically in the loading process, and if the order is started unsuccessfully, the sharing person can scan the code of the luggage cart repeatedly for many times; if the loading is finished and confirmed, the luggage van automatically follows the shared person to run, and the luggage van automatically avoids, automatically navigates and automatically controls the speed in the midway; until the destination is reached, waiting for a sharer to take away articles, automatically settling the fee in the luggage, scanning the code by the sharer for payment, if the payment is confirmed, finishing the sharing, and if the payment is not confirmed, processing according to an abnormal condition;

as shown in fig. 4, after a single sharing transaction is finished, the shared luggage cart drive is automatically locked and automatically delayed for timing, and after the delay procedure is finished, the shared luggage cart drive is automatically unlocked and automatically driven to return to the original position set for the luggage cart;

as shown in fig. 5, when the shared luggage cart is in a standby state, the shared luggage cart automatically detects the electric quantity, and if the electric quantity is detected to be insufficient, the shared luggage cart automatically runs to the charging area to be charged until the charging is completed, and the shared luggage cart automatically runs to return to the standby position;

the business model of the invention also at least comprises that after the transaction is completed, a certain proportion of commissions are drawn on the name of the platform by utilizing the luggage cart sharing system, and a profit is obtained in this way; or before the transaction begins, the user is required to pay a certain amount of deposit, all the deposits are collected to form a deposit pool, and a certain proportion is extracted from the deposit pool to enlarge the putting amount of the product; then extracting a certain proportion for financial investment, increasing the utilization rate of deposit and increasing an extra income; a proportion is reserved as a reserve for the user to refund the deposit.

The luggage van sharing business model at least comprises a big data analysis system; the big data analysis system analyzes the current demands of the crowd at an airport or a station, sets a plurality of advertisement positions on a luggage van or a mobile phone APP for accurately putting advertisements, and collects advertisement fees through a mode of collecting advertisement fees or collecting advertisement fees through a mode of clicking to collect the advertisements; or by directing the user to associate other downstream shared products.

The method for associating other downstream shared products by guiding users is as follows:

s1, designing a plurality of columns on various terminals such as a mobile phone, a tablet personal computer or a computer, wherein a plurality of applets are designed in the columns; the content of the small program can be used for pushing related applications according to the use requirements of the big data analysis system through the oriented analysis user so as to meet the requirements of the user in the aspects of 'clothes and eating habits' and the like;

s2: according to the demands of the big data analysis system user before and after the business mode is shared by using the luggage van, and the demands are integrated in the whole industry chain through the shared business mode.

The technical scheme of the invention enables the luggage van to be integrated into the tide of sharing economy, conforms to the development of the era, has high intelligent degree, improves the experience of users, makes the travel easier, and makes the travel of going to go with one word more realistic.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.