WO2018027967A1

WO2018027967A1 - Facial recognition based delivery system

Info

Publication number: WO2018027967A1
Application number: PCT/CN2016/095014
Authority: WO
Inventors: 魏羽婕
Original assignee: 魏羽婕
Priority date: 2016-08-12
Filing date: 2016-08-12
Publication date: 2018-02-15

Abstract

A facial recognition based delivery system, comprising a plurality of power-assisted chassis (2), a plurality of trackers (3) available for a user to wear and a server end (1) for building an Internet of Things. The trackers (3) generate a feature code (31) according to facial information about a user, and transmit, to the server end (1), a position expression thereof as first position information (32) together with the feature code (31); the power-assisted chassis (2) comprise a drive module and a positioning module connected to the Internet of Things for controlling the operation thereof, and the positioning module expresses the position thereof as second position information (22) and transmits same to the server end (1); the server end (1) receives the feature code (31), the first position information (32) and the second position information (22), assigns a specific power-assisted chassis (2) according to the distance, and plans a route and transmits route information (21) to the drive module; and the specific power-assisted chassis (2) receives the route information (21), and the drive module drives the power-assisted chassis to proceed according to a set route. The facial recognition based delivery system can be used to save on manpower and improve the carrying capacity.

Description

Title of Invention: Facial Recognition Based Delivery System

Technical field

[0001] The present invention relates to the technical field of household goods, and more particularly to a facial recognition based delivery system.

Background technique

[0002] In daily life and work, people often transfer some sundries between various places. In the prior art, only the items with the capacity to be accommodated by trolleys, bags, trays, etc., can be used to hold the required sundries. Then, with the help of human power or carrying, this method has a large load on the user, and the number and weight of the items have certain limitations.

technical problem

[0003] The object of the present invention is to provide a carrier, which aims to solve the problem that the user in the prior art needs to carry articles to and from various places, and has a large load on the user and has a large limitation.

Problem solution

Technical solution

[0004] The present invention is implemented in such a manner that a face recognition based delivery system includes a plurality of power assisted chassis, a plurality of trackers that can be worn by a user, and a server end for forming an Internet of Things;

[0005] each of the trackers generates a feature code according to the user's face information, and transmits the positional expression of the user as the first location information together with the feature code to the server;

Each of the power assisted chassis includes a drive module and a positioning module connected to the Internet of Things for controlling its operation

The positioning module expresses its position as the second location information and transmits the information to the server;

[0007] the server end receives the feature code, the first location information, and the second location information, assigns a specific assisted chassis according to a distance, plans a route, and transmits the route information to the driving module;

[0008] The specific power assisted chassis receives the route information, and the drive module drives the power assisted chassis to travel according to a set route.

Advantageous effects of the invention

Beneficial effect

[0009] Compared with the prior art, a face recognition based delivery system pre-sets faces of multiple users before use A signature is generated in the information input tracker and uploaded to the server. After the user is used, the user is located in a building with a large area and a large number of rooms, such as a building, a factory building, an office, etc., and the operation tracker is configured to issue the feature code and the first position information, and the server end receives and compares with the pre-stored feature codes. If the comparison fails, the user is an illegal user, and no operation is performed; if the comparison is successful, the user is a legitimate user, and based on the first location information and the second location information of each power-assisted chassis, A suitable power-assisted chassis is then transmitted to the power-assisted chassis, which travels along the planned route to the first location information, to the user's side, and the user can place the items to be carried on the power-assisted chassis. By the above operation, the drive device can be used to help transfer the load to other locations, which can save manpower and increase the carrying capacity.

Brief description of the drawing

DRAWINGS

1 is a schematic block diagram of a facial recognition based delivery system according to an embodiment of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

[0011] In order to make the objects, technical solutions and advantages of the present invention more clear, the following is in conjunction with the accompanying drawings and embodiments.

The present invention will be further described in detail. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

[0012] The implementation of this embodiment will be described in detail below with reference to the specific drawings.

[0013] In this embodiment, a facial recognition-based delivery system is provided, including a plurality of booster chassis, a plurality of trackers for the user to wear, and a server end for constructing the Internet of Things.

[0014] In each tracker 3, the feature code 31 is generated based on the input user face information, and the position of the user is expressed as the first position information 32, and the first position information 32 is transmitted to the server together with the feature code 31. End 1.

[0015] Each of the power assist chassis 2 includes a drive module and a positioning module connected to the Internet of Things for controlling its operation, and the positioning module expresses its position as the second position information 22 and transmits it to the server terminal 1.

[0016] The server end 1 receives the feature code 31, the first location information 32, and the second location information 22, and finds the booster chassis 2 that is closest to the tracker 3 or the most suitable path, and assigns it to the specific power-assisted chassis 2 Planning the specific booster chassis 2 route and transmitting the route information 21 to the drive module;

[0017] The specific booster chassis 2 receives the route information 21, and the drive module drives the booster chassis 2 according to the set route. The line travels.

[0018] Before use, the face information of a plurality of users is input into the tracker 3 to generate the feature code 31 in advance, and is transmitted to the server terminal 1. After the user is used, the user is located in a building having a large area and a large number of rooms, such as a building, a factory building, an office, etc., and the operation tracker 3 is configured to issue the feature code 31 and the first position information 32, and the server end 1 receives and stores each of the pre-stored The feature code 31 is compared. If the comparison fails, the user is an illegal user, and no operation is performed; if the comparison is successful, the user is a legitimate user, according to the first location information 32 and the second location information of each power assist chassis 2 22, after calculating, find the most suitable power assisting chassis 2, and then planning route information 21 is transmitted to the power assisting chassis 2, and the power assisting chassis 2 travels along the planned route to the first position information 32 to reach the user's side. The user can place the items to be carried on the power-assisted chassis 2, and then, through the above operation, assist the transport to other places by means of the driving device, thereby saving labor and increasing the carrying capacity.

[0019] The tracker 3 includes a designation module that can input information specifying designation information of another tracker 3;

[0020] The specified information received by the server 1 assigns the booster chassis 2 and plans two itineraries.

[0021] The booster chassis 2 first reaches the position of the first tracker 3 through a pre-planned path, and then, at the position of reaching the second tracker 3, the user can transfer the items around to the other user.

[0022] A reminder structure for prompting the distance of the corresponding assist chassis 2 is provided on the tracker 3, and the user can know that the tracker 3 is close to himself and then look around by using the prompt structure.

[0023] The prompting structure can be implemented by various structures, such as a speaker that emits an alarm sound when the distance is close enough. In this embodiment, the indicator light of the switchable color is included, and the user can be prompted by switching the color of the illumination, for example, the red state is The power-assisted chassis 2 is far away, and the green state is that the power-assisted chassis 2 is already close.

[0024] The server end 1 has a display screen for displaying a map and indicating the positions of the respective booster chassis 2 and the respective trackers 3, and the position and relative motion of the plurality of trackers 3 and the assisting chassis 2 can be visually observed on the display screen. State

[0025] The server end 1 further has an alarm module. When the second position information 22 sent back by the designated power assist chassis 2 is not changed within a period of time, an alarm message is issued, indicating that the power assist chassis 2 is stuck. , need to go to troubleshoot.

The above are only the preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalents, and improvements made within the spirit and scope of the present invention are included in the present invention. Protection Within the fence.

Claims

Claim

[Claim 1] A facial recognition-based delivery system, comprising: a plurality of power-assisted chassis, a plurality of trackers that can be worn by a user, and a server end for forming an Internet of Things;

Each of the trackers generates a feature code according to the user's face information, and transmits the location information as the first location information together with the feature code to the server;

Each of the power assisting chassis includes a driving module and a positioning module connected to the Internet of Things for controlling its operation, and the positioning module expresses its position as the second location information and transmits the information to the server;

Receiving, by the server end, the feature code, the first location information, and the second location information, assigning the specific power-assisted chassis according to the distance, planning a route, and transmitting the route information to the driving module;

The particular power assisted chassis receives the route information, and the drive module drives the power assisted chassis to travel in accordance with a set route.

[Claim 2] The face recognition based carrier according to claim 1, wherein the tracker includes a designation module, and the input information can specify designation information of another of the trackers; Specify the information, assign the booster chassis, and plan two trips.

[Claim 3] The face recognition based carrier according to claim 1, wherein the tracker is provided with a prompting structure for presenting a distance corresponding to the assisting chassis.

[Claim 4] The face recognition based carrier of claim 1, wherein the prompting structure comprises an indicator light that can switch colors.

[Claim 5] The face recognition based carrier according to claim 1, wherein the server end has a display screen for displaying a map and indicating each of the booster chassis and each of the tracker positions.

[Claim 6] The face recognition-based carrier according to claim 1, wherein the server end has an alarm module, and when the detection of a period of time, the designated second of the power-assisted chassis is sent back If the location information has not changed, an alarm message is sent.