CN107645526B

CN107645526B - Region information processing method, device and system

Info

Publication number: CN107645526B
Application number: CN201610581628.4A
Authority: CN
Inventors: 谢宏伟
Original assignee: Alibaba Group Holding Ltd
Current assignee: Alibaba Group Holding Ltd
Priority date: 2016-07-21
Filing date: 2016-07-21
Publication date: 2021-08-03
Anticipated expiration: 2036-07-21
Also published as: CN107645526A

Abstract

The embodiment of the application discloses a method, a device and a system for processing regional information, wherein the system comprises: set up in one or more positioning device of the preset position in regional, server and be equipped with the terminal equipment of customer end, indoor location signal receiver and sensor have in the terminal equipment, wherein: the server is used for issuing configuration information to the client, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the client is used for acquiring indoor positioning information of the terminal equipment through the indoor positioning signal receiver, acquiring data of the sensor, determining a spatial motion track of the terminal equipment according to the data of the sensor, and executing operation corresponding to the operation information in the target configuration item. Through the embodiment of the application, the operation information in the region can be provided more efficiently and more conveniently.

Description

Region information processing method, device and system

Technical Field

The present application relates to the field of regional information processing technologies, and in particular, to a method, an apparatus, and a system for regional information processing.

Background

With the popularization of O2O (Online To Offline) technology, some problems also arise in the application process. For example, some platforms may periodically or aperiodically launch promotional programs that may be in the field of offline activities while being presented with associated event venue information on online pages. After reaching the offline activity area, the user may also have a need to know the relevant activity meeting place information through the client page. For example, an offline activity area usually includes a plurality of exhibitions, each of which is associated with a different first user (merchant or seller, etc.), and when a user is in the area, the user may know detailed information about a certain exhibition, but the number of people in the area is often large, the number of people around each exhibition may also be large, and in the case that the user cannot directly communicate with the relevant staff of the exhibition for a while, the user may want to know some information about the exhibition in advance through the client.

In the prior art, in order to meet the above requirements of users, a two-dimensional code may be provided near an exhibition booth, so that the users may scan the "two-dimensional code" through clients to obtain detailed information of the exhibition booth, but if the number of people around the exhibition booth is too many, the "two-dimensional code" may be blocked by the users, so that many users cannot scan the "two-dimensional code". In another prior art, a user may obtain detailed information of a certain exhibition booth by "pan" near the exhibition booth, but it is common to use a manner of starting a certain function by "pan", and if the "pan" event is already defined to provide other operation information, it may interfere with the provision of the existing operation information if "pan" is defined to provide new operation information.

Therefore, how to provide other more efficient and convenient ways for providing operation information in the area becomes a technical problem to be solved by the technical personnel in the field.

Disclosure of Invention

The application provides a regional information processing method, device and system, which can more efficiently and more conveniently provide operation information in a region.

The application provides the following scheme:

an information processing system of a region, comprising one or more positioning devices arranged at preset positions of the region, a server and a terminal device provided with a client, wherein the terminal device is provided with an indoor positioning signal receiver and a sensor, wherein:

the server is used for issuing configuration information to the client, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

the client is used for acquiring indoor positioning information of the terminal equipment through the indoor positioning signal receiver, acquiring data of the sensor, determining a spatial motion track of the terminal equipment according to the data of the sensor, and executing operation corresponding to the operation information in the target configuration item when the indoor positioning information is matched with position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item.

An information processing method of a region, preset locations within the region being provided with one or more indoor positioning devices, the method comprising:

the client stores configuration information provided by the server, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

acquiring indoor positioning information in terminal equipment through the indoor positioning equipment, acquiring sensor data, and determining a spatial motion track of the terminal equipment according to the sensor data;

and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information in the configuration item.

An information processing method of a region, at least one preset location within the region being provided with an indoor positioning device, wherein the method comprises:

the server determines configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

and issuing the configuration information to the client so that the client can acquire indoor positioning information in the terminal equipment through the indoor positioning equipment and acquire sensor data, determining a spatial motion track of the terminal equipment according to the sensor data, and executing operation corresponding to the operation information in the configuration item when the indoor positioning information is matched with position information in a target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item.

An information processing system of an area, one or more positioning devices arranged at preset positions of the area, a server and a terminal device provided with a client, wherein the terminal device is provided with an indoor positioning signal receiver and a sensor, and the information processing system comprises:

the client is used for acquiring indoor positioning information of the terminal equipment through the indoor positioning signal receiver, acquiring data of the sensor and uploading the acquired indoor positioning information and the sensor data to the server;

the server is used for storing configuration information; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; after receiving the indoor positioning information and the sensor data uploaded by the client, determining the spatial motion track of the terminal equipment according to the sensor data, and executing the operation corresponding to the operation information in the configuration entry when the indoor positioning information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry.

the client acquires indoor positioning information of the terminal equipment and data of the sensor through the indoor positioning signal receiver;

uploading the collected indoor positioning information and sensor data to a server, so that the server determines a spatial motion track of the terminal equipment according to the sensor data after receiving the information uploaded by the client, and executing an operation corresponding to the operation information in a configuration entry when the indoor positioning information is matched with position information in a target configuration entry of preset configuration information and the determined spatial motion track information is matched with a spatial motion track in the configuration entry; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information.

the server stores configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

receiving indoor positioning information and sensor data in terminal equipment uploaded by a client;

determining a spatial motion track of the terminal equipment according to the sensor data;

An information processing system of a region, comprising a server and a terminal device provided with a client, wherein the terminal device is provided with an outdoor positioning signal receiver and a sensor, wherein:

the client is used for acquiring outdoor positioning information of the terminal equipment through the outdoor positioning signal receiver, acquiring data of the sensor, determining a spatial motion track of the terminal equipment according to the data of the sensor, and executing operation corresponding to the operation information in the target configuration item when the outdoor positioning information is matched with position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item.

An information processing method of a region, comprising:

saving configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

acquiring positioning information and sensor data in terminal equipment, and determining a spatial motion track of the terminal equipment according to the sensor data;

and when the positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item, executing the operation corresponding to the operation information in the configuration item.

A method of providing operational information, comprising:

pre-storing configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

acquiring positioning information and sensor data in terminal equipment;

determining the relative position relation between the terminal equipment and a preset area by using the positioning information, and determining the space motion track of the terminal equipment according to the sensor data;

and when the determined relative position relation information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry, executing the operation corresponding to the operation information in the configuration entry.

An information publishing method, comprising:

the server receives spatial motion track information submitted by a first user client;

and storing the corresponding relation between the spatial motion track information and the first user identifier so as to execute the operation corresponding to the preset operation information by combining the position information of the terminal equipment when the generation of the spatial motion track of the terminal equipment is detected.

An information processing apparatus of a region, preset locations within the region being provided with one or more indoor positioning devices, the apparatus being applied to a client, comprising:

the system comprises a configuration information storage unit, a configuration information processing unit and a configuration information processing unit, wherein the configuration information storage unit is used for storing configuration information provided by a server, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relationship information among position information, space motion track information and operation information;

the acquisition unit is used for acquiring indoor positioning information in the terminal equipment through the indoor positioning equipment, acquiring sensor data and determining a spatial motion track of the terminal equipment according to the sensor data;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration entry when the indoor positioning information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry.

An information processing apparatus of a region in which at least one preset location is provided with an indoor positioning device, wherein the apparatus is applied to a server, comprising:

the configuration information determining unit is used for determining configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

and the configuration information issuing unit is used for issuing the configuration information to the client so that the client can acquire indoor positioning information in the terminal equipment through the indoor positioning equipment and acquire sensor data, determines a spatial motion track of the terminal equipment according to the sensor data, and executes the operation corresponding to the operation information in the configuration item when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item.

the acquisition unit is used for acquiring indoor positioning information of the terminal equipment through the indoor positioning signal receiver and acquiring data of the sensor;

the acquisition result uploading unit is used for uploading the acquired indoor positioning information and the sensor data to a server so that the server can determine the spatial motion track of the terminal equipment according to the sensor data after receiving the information uploaded by the client, and when the indoor positioning information is matched with the position information in the target configuration item of the preset configuration information and the determined spatial motion track information is matched with the spatial motion track in the configuration item, the operation corresponding to the operation information in the configuration item is executed; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information.

An information processing apparatus of a region, preset locations within the region being provided with one or more indoor positioning devices, the apparatus being applied to a server, comprising:

the configuration information storage unit is used for storing configuration information of the area, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

the receiving unit is used for receiving indoor positioning information and sensor data in the terminal equipment uploaded by the client;

the track determining unit is used for determining the spatial motion track of the terminal equipment according to the sensor data;

An information processing apparatus of a region, comprising:

a configuration information storage unit for storing configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

the data acquisition unit is used for acquiring positioning information and sensor data in the terminal equipment and determining a spatial motion track of the terminal equipment according to the sensor data;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration entry when the positioning information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry.

An apparatus for providing operation information, comprising:

a configuration information storage unit for storing configuration information of a preset area in advance; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

the data acquisition unit is used for acquiring positioning information and sensor data in the terminal equipment;

the data processing unit is used for determining the relative position relationship between the terminal equipment and a preset area by utilizing the positioning information and determining the space motion track of the terminal equipment according to the sensor data;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration item when the determined relative position relation information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item.

An information issuing device applied to a server includes:

the track information receiving unit is used for receiving the spatial motion track information submitted by the first user client;

and the storage unit is used for storing the corresponding relation between the spatial motion track information and the first user identifier so as to execute the operation corresponding to the preset operation information by combining the position information of the terminal equipment when the generation of the spatial motion track of the terminal equipment is detected.

According to the specific embodiments provided herein, the present application discloses the following technical effects:

through the embodiment of the application, the corresponding relation between the position information, the spatial motion track and the operation information to be provided can be preserved in advance, so that in the process of running of the front end of the client, the indoor positioning information of the terminal equipment can be collected through the indoor positioning signal receiver, the data of the sensor is collected, the spatial motion track of the terminal equipment is determined according to the data of the sensor, and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item, the operation corresponding to the operation information in the target configuration item is executed. Therefore, interference to other functional modules started in modes of shaking and the like can be avoided, and due to the fact that the position information and the space motion track have the characteristics of being flexible and changeable, different operation information can be provided through different positions, different space motion track information and the like, and the flexibility of implementation is higher.

Of course, it is not necessary for any product to achieve all of the above-described advantages at the same time for the practice of the present application.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.

FIG. 1 is a schematic diagram of a first system provided by an embodiment of the present application;

2-1, 2-2 are schematic diagrams of spatial motion trajectory recognition provided by the embodiments of the present application;

FIG. 3 is a flow chart of a first method provided by an embodiment of the present application;

FIG. 4 is a flow chart of a second method provided by embodiments of the present application;

FIG. 5 is a schematic diagram of a second system provided by embodiments of the present application;

FIG. 6 is a flow chart of a third method provided by embodiments of the present application;

FIG. 7 is a flow chart of a fourth method provided by embodiments of the present application;

FIG. 8 is a schematic diagram of a third system provided by embodiments of the present application;

FIG. 9 is a flow chart of a fifth method provided by embodiments of the present application;

FIG. 10 is a flow chart of a sixth method provided by embodiments of the present application;

FIG. 11 is a flow chart of a seventh method provided by embodiments of the present application;

FIG. 12 is a schematic diagram of a first apparatus provided by an embodiment of the present application;

FIG. 13 is a schematic diagram of a second apparatus provided by an embodiment of the present application;

FIG. 14 is a schematic diagram of a third apparatus provided by an embodiment of the present application;

FIG. 15 is a schematic diagram of a fourth apparatus provided by an embodiment of the present application;

FIG. 16 is a schematic diagram of a fifth apparatus provided by an embodiment of the present application;

FIG. 17 is a schematic view of a sixth apparatus provided by an embodiment of the present application;

fig. 18 is a schematic diagram of a seventh apparatus provided in the embodiments of the present application.

Detailed Description

The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments that can be derived from the embodiments given herein by a person of ordinary skill in the art are intended to be within the scope of the present disclosure.

In order to provide the information in the area to the user terminal device more efficiently, the embodiment of the application is improved in a triggering mode of providing the information. Specifically, the position information of the terminal device may be combined with the spatial motion trajectory information, and when it is detected that the position of the terminal device meets the preset condition and a spatial motion trajectory of a preset shape is formed, certain corresponding operation information may be provided. The location information may refer to location information of the terminal device in a preset area, and may be specifically implemented by using an indoor positioning technology. The spatial motion trajectory may refer to a trajectory formed by the terminal device moving in the air, and the trajectory may be represented by a preset geometric shape, and specifically may be a polygon such as a triangle, a square, a rectangle, a pentagon, or other shapes, such as a circle, an ellipse, or the like. The operation information may include a specific operation type, an operation object, and the like, for example, the operation type may be open, add, and the like, and the operation object may be a certain page link, a data object, and the like. Correspondingly, the operation corresponding to the execution operation information may be to open a certain page link, add a certain data object to a certain data set, and the like. Of course, in practical applications, before performing operations of opening a link, adding a data object, and the like, query information may be provided to the user, and the user may confirm whether to perform operations of opening a link, adding a data object, and the like. In short, if a user needs to know specific information of a certain exhibition location in an area, the terminal device can draw a track of a triangle or the like in the air near the exhibition location, or the terminal device can draw a track of a specific shape corresponding to the certain exhibition location in the air in the area, and the related information about the exhibition location can be viewed through the terminal device.

Specific implementations are described in detail below.

Example one

First, this embodiment provides an in-area information processing system, referring to fig. 1, for indoor positioning, the system may include one or more indoor positioning devices 101 (specifically, bluetooth devices, infrared devices, wireless local area network devices, etc.) set at preset positions in the area, and in addition, the system may further include a server 102 and a terminal device provided with a client 103, the terminal device may mainly be a terminal device of a second user, for example, a terminal device of a buyer user or a consumer user, and the like, wherein the terminal device is provided with an indoor positioning signal receiver (corresponding to an indoor positioning device deployed in the area, for example, bluetooth, infrared, wireless local area network signal receiver, etc.) and a sensor (specifically, acceleration sensor, angular velocity sensor, etc.) Gyroscopes, etc.), wherein:

the server 102 is configured to send configuration information to the client, where the configuration information includes at least one configuration entry, and the configuration entry includes corresponding relationship information between position information, spatial motion trajectory information, and operation information;

the client 103 is configured to acquire indoor positioning information of the terminal device through the indoor positioning signal receiver, acquire data of the sensor, determine a spatial motion trajectory of the terminal device according to the sensor data, and execute an operation corresponding to the operation information in the target configuration entry when the indoor positioning information matches position information in the target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the target configuration entry.

In a specific implementation, since a plurality of exhibitions are usually included in the area, when specific operation information is provided in the area, the operation information may be related to a specific target exhibition. That is to say, in the embodiment of the present application, after entering a certain area, if the user needs to view information related to a certain exhibition location, the user may move to a corresponding location according to a location condition specified in the configuration information, and form a spatial motion trajectory of a preset shape in the air with the terminal device, that is, information related to a target exhibition location may be obtained.

In a specific implementation, the configuration information may include a plurality of configuration entries, and the spatial motion trajectory information in each configuration entry may be the same, but the position information is different, where the position information in each configuration entry corresponds to the position information of one exhibition booth in the area, and the operation information in the configuration entry is the operation information related to the exhibition booth. For example, each booth may draw a "triangle" track to obtain the relevant operation information, and so on. At this time, each configuration entry of the configuration information may specifically be:

TABLE 1

Of course, in practical applications, the setting of the position information related to a specific exhibition location is not necessarily a circular area centered at the exhibition location, and may also be a square area, for example. In short, the positions of the exhibitions in the area can be calibrated in the configuration information, and a certain area range is defined for each exhibition, so that the position condition corresponding to a certain exhibition can be met as long as the terminal equipment is located in the area range corresponding to the certain exhibition.

Through the method, after the user terminal equipment enters the area, the spatial motion track of the terminal equipment can be detected firstly, if the spatial motion track with a preset shape (such as a triangle) is detected, the specific position of the terminal equipment can be determined through an indoor positioning technology, whether the position falls into the area range corresponding to a certain target exhibition stand or not is judged, if yes, the position condition corresponding to the target exhibition stand is determined to be met, and then the operation corresponding to the operation information related to the target exhibition stand can be executed. That is, when the determined spatial motion trajectory information matches the spatial trajectory information in the configuration information and the indoor positioning information matches the position information in the target configuration entry, the operation corresponding to the operation information related to the target exhibition booth in the target configuration entry may be performed.

In another implementation, the same configuration information may include a plurality of configuration entries, but the position information in each configuration entry is the same, and the spatial motion trajectory information may be different corresponding to the position of the area, where the spatial motion trajectory information in each configuration entry corresponds to information of one exhibition booth in the area, and the operation information in the configuration entry is operation information related to the exhibition booth, that is, each exhibition booth in the area may correspond to different spatial motion trajectory information, so that the intention of the user may be recognized through the difference in the spatial motion trajectory information, that is, specific operation information of which exhibition booth the user wants to access is determined. Therefore, the position information in each configuration entry may be the same, for example, may be set to be located within the area, and so on. At this time, the configuration information may specifically be:

TABLE 2

Location information	Spatial motion trajectory information	Operation information
			Within a preset area	Track 1	Operation information 1 corresponding to exhibition booth 1
Within a preset area	Track 2	Operation information 2 corresponding to exhibition booth 2
			……	……	……

That is to say, under the condition that different pieces of spatial motion trajectory information are configured for each booth, as long as the terminal device is located in the area, the terminal device can form a spatial motion trajectory with a specific shape in the air, and thus a target booth that the user wants to pay attention to can be determined according to a specific spatial motion trajectory, and then an operation corresponding to the relevant operation information of the target booth can be executed. The spatial trajectory information corresponding to each booth may be configured by a server worker, for example, a triangle corresponding to booth 1, a square corresponding to booth 2, a circle corresponding to booth 3, and so on. Or, since a specific booth usually corresponds to a specific first user (a merchant or a seller user, etc.), the first user may configure the booth by himself, for example, the first user usually sets up its own brand, and the specific brand usually has a brand graphic mark (logo, etc.) associated therewith, so that the first user may set the spatial trajectory information to be the same as or similar to the brand graphic mark thereof, for example, the brand graphic mark of the first user corresponding to a certain booth is in a publicly known "hook-and-loop" shape, and the activation manner of the exhibition booth information function may be defined as: drawing a 'hook' shape in the air by using the terminal equipment, and the like. Therefore, the brand image can be improved.

It should be noted that, particularly when performing positioning, since the indoor positioning device has the characteristics of short effective distance of signals, poor signal penetrability, and the like, the indoor positioning signal can be detected only after the terminal device enters the area. Therefore, the client can determine that the terminal device enters the area when detecting the signal of the indoor positioning device deployed in the area through the indoor positioning signal transceiver. In addition, by deploying a plurality of indoor positioning devices at different positions in the area, the client can determine the position of the terminal device in the area according to the detected signal intensity of each indoor positioning device. For example, four bluetooth devices may be deployed in the area, and after the terminal device detects the signal of each bluetooth device, the distance to each bluetooth device may be determined according to the intensity of each signal, the position of each bluetooth device is taken as the center of sphere, the calculated distance is taken as the radius, a sphere is drawn, and finally the intersection point of each sphere is taken, so that the position of the terminal device may be determined. Since indoor positioning is performed within an area, information on the position of a terminal device, the position of a booth, the position of an indoor positioning device, and the like may be expressed with reference to a coordinate system established within the area.

There are various implementations as to how to specifically identify whether a motion trajectory is a geometric shape. In particular implementation, since the identification work is performed by the client in the embodiment of the present application, the setting of the identification method should not be too complicated. For this reason, in the embodiment of the present application, it can be realized by: the preset geometric shape is decomposed into a plurality of line segments in advance, and the inclination angle and length characteristics of each line segment are recorded, so that when a plurality of line segments conforming to the characteristics are detected, the spatial motion track of the preset geometric shape can be determined. Regarding the inclination angle, a horizontal line which is horizontal to the right may be used as a 0-degree reference line, and after a certain line segment is detected, an included angle between the line segment and the horizontal line is determined as the inclination angle of the line segment. Of course, other 0 degree fiducial lines may also be selected for specific implementations.

For example, as shown in fig. 2-1, for a triangle, it can be decomposed into three line segments, where the first line segment is inclined by about 60 degrees (indicating that the line segment is inclined to the left) and has a length of about 5cm, which is state 1; the second line segment is in the horizontal direction, the length is about 5cm, and the state is 2; the third line segment is tilted by about 120 degrees (indicating that the line segment is tilted to the right), and has a length of about 5cm, which is state 3. If three line segments meeting the conditions are detected and the state jump relation is met, the fact that the spatial motion trail of the terminal device is triangular can be determined. For example, it is first recognized whether the user has stroked to the left by determining whether the direction of acceleration stroked for a sufficiently long time or a sufficiently long distance within a certain range along the left-specified direction; then, respectively identifying whether the user marks the bottom edge and the right edge by the same method; when the right side is recognized, the detection of the triangle is completed.

For another example, referring to fig. 2-2, for a square, the square can be decomposed into four line segments in advance, where the first line segment is inclined at an angle of about 270 degrees and about 5cm, which is state 1; the inclination angle of the second line segment is about 0 degree, the length is about 5cm, and the state is 2; the inclination angle of the third line segment is about 90 degrees, the length is about 5cm, and the state is 3; the fourth line segment is inclined at an angle of about 180 degrees and has a length of about 5cm, which is state 4. If four line segments meeting the condition are detected and the state jump relation is met, the fact that the spatial motion trail of the terminal device is detected to be square can be determined. For example, it is first identified whether the user has stroked the left vertical edge by determining whether the direction of acceleration is stroked within a certain range vertically downward for a sufficiently long time or a sufficiently long distance; then, the same method identifies whether the user has drawn the lower horizontal side, the right vertical side, and the upper horizontal side, respectively, and if the four sides are detected consecutively, it can be determined that the spatial motion trajectory of the square is detected.

Similarly, other geometric shapes can be respectively identified in a manner of being decomposed into a plurality of line segments; the advantage of this separate identification of the division of the graph into segments is that: firstly, the identification graphic parameters can be conveniently defined, and only the information such as the direction, the length and the like of each line segment needs to be respectively defined; secondly, the line segment identification method has high operation efficiency and relatively accurate precision.

According to the embodiment of the application, the corresponding relation between the position information, the spatial motion track and the operation information to be provided can be pre-stored, so that in the process of running of the front end of the client, the indoor positioning information of the terminal equipment and the data of the sensor can be collected through the indoor positioning signal receiver, the spatial motion track of the terminal equipment is determined according to the data of the sensor, and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item, the operation corresponding to the operation information in the target configuration item is executed. Therefore, interference to other functional modules started in modes of shaking and the like can be avoided, and due to the fact that the position information and the space motion track have the characteristics of being flexible and changeable, different operation information can be provided through different positions, different space motion track information and the like, and the flexibility of implementation is higher.

It should be noted that, in the first embodiment, the server issues the configuration information to the client, and specifically, operations such as detecting the position of the terminal device, detecting the spatial motion trajectory information, and providing the operation information may be performed at the client. This has the advantages that: the above operations may be always in the state of monitoring, so that when the user marks out a specific shape, the corresponding function can be quickly executed, and therefore, it is practical to directly run locally on the terminal device, otherwise, the terminal device needs to continuously upload the positioning information and the sensor data to the server, and the server may also need to continuously return the operation information of the exhibition booth to the client. Of course, in practical applications, it is also feasible if the above steps are performed at the server, and the advantages are: the workload of the client can be reduced, the strong computing power of the server can be fully utilized, a more complex spatial motion track information identification algorithm can be supported, the identification of the identification shape is more accurate, a more complex positioning algorithm can be supported, the positioning is more accurate, and the like. Therefore, the above-described embodiment is only one of many implementations, and other implementations may be adopted in specific implementations.

Example two

The second embodiment corresponds to the first embodiment, and from the perspective of the client, there is provided an in-region information processing method, where preset locations in the region are provided with one or more indoor positioning devices, and referring to fig. 3, the method may specifically include:

s301: the client stores configuration information provided by the server, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

s302: acquiring indoor positioning information in terminal equipment through the indoor positioning equipment, acquiring sensor data, and determining a spatial motion track of the terminal equipment according to the sensor data;

as described in the first embodiment, the spatial motion trajectory information may include a preset geometric shape, and specifically, it may be detected whether the current terminal device spatial motion trajectory is the preset geometric shape by: and decomposing the preset geometric shape into a plurality of line segments in advance, recording the inclination angle and length characteristics of each line segment, and determining the spatial motion track of the preset geometric shape when a plurality of line segments conforming to the characteristics are detected.

S303: and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information in the configuration item.

For specific implementation of each step in the second embodiment, reference may be made to the combination in the first embodiment, and details are not described here.

EXAMPLE III

A third embodiment is also corresponding to the first embodiment, and provides an in-area information processing method from a server perspective, where preset locations in the area are provided with one or more indoor positioning devices, and referring to fig. 4, the method may specifically include:

s401: the server determines configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

s402: and issuing the configuration information to the client so that the client can acquire indoor positioning information in the terminal equipment through the indoor positioning equipment and acquire sensor data, determining a spatial motion track of the terminal equipment according to the sensor data, and executing operation corresponding to the operation information in the configuration item when the indoor positioning information is matched with position information in a target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item.

For specific implementation of each step in the third embodiment, reference may also be made to the description in the first embodiment or the second embodiment, and details are not described here.

Example four

As described in the first embodiment, the operations such as detecting the position of the terminal device, detecting the spatial motion trajectory information, and providing the operation information may also be executed at the server, and the client only needs to upload the collected positioning information or sensor data and receive the operation information finally returned by the server. This implementation is described in the fourth embodiment.

Referring to fig. 5, the fourth embodiment provides an in-area information processing system, which includes one or more positioning devices 501 arranged at preset positions of the area, a server 502, and a terminal device provided with a client 503, wherein the terminal device is provided with an indoor positioning signal receiver and a sensor, and wherein:

the client 503 is configured to acquire indoor positioning information of the terminal device through the indoor positioning signal receiver, acquire data of the sensor, and upload the acquired indoor positioning information and the acquired sensor data to the server;

the server 502 is configured to store configuration information; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; after receiving the indoor positioning information and the sensor data uploaded by the client, determining the spatial motion track of the terminal equipment according to the sensor data, and executing the operation corresponding to the operation information in the configuration entry when the indoor positioning information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry.

EXAMPLE five

Fifth embodiment is corresponding to the fourth embodiment, and from the perspective of a client, there is provided an in-zone information processing method, where preset locations in the zone are provided with one or more indoor positioning devices, and referring to fig. 6, the method includes:

s601: the client acquires indoor positioning information of the terminal equipment and data of the sensor through the indoor positioning signal receiver;

s602: uploading the collected indoor positioning information and sensor data to a server, so that the server determines a spatial motion track of the terminal equipment according to the sensor data after receiving the information uploaded by the client, and executing an operation corresponding to the operation information in a configuration entry when the indoor positioning information is matched with position information in a target configuration entry of preset configuration information and the determined spatial motion track information is matched with a spatial motion track in the configuration entry; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information.

EXAMPLE six

Sixth embodiment is also corresponding to the fourth embodiment, and from the perspective of a server, there is provided an in-zone information processing method, wherein preset locations in the zone are provided with one or more indoor positioning devices, and referring to fig. 7, the method includes:

s701: the server stores configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

s702: receiving indoor positioning information and sensor data in terminal equipment uploaded by a client;

s703: determining a spatial motion track of the terminal equipment according to the sensor data;

s704: and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information in the configuration item.

For specific implementation of the fourth to sixth embodiments, reference may be made to the description in the first embodiment, and details are not described here.

EXAMPLE seven

In the foregoing embodiments, the specific area is a non-open air place, and in this area, because outdoor signals such as GPS are generally difficult to penetrate buildings, and indoor positioning accuracy requirements are high, indoor positioning devices are deployed in the area for relatively accurate indoor positioning. In other implementations, the particular area may be an open air area, such as a venue for a particular event, etc. In this case, it is not necessary to deploy indoor positioning equipment in the area, and specific operation information can be provided directly through the outdoor positioning signal and the detection result of the spatial motion trajectory.

Therefore, in the seventh embodiment of the present application, an information processing system of a region is provided, referring to fig. 8, the system includes a server 801 and a terminal device provided with a client 802, the terminal device having an outdoor positioning signal receiver and a sensor, wherein:

the server 801 is configured to send configuration information to the client, where the configuration information includes at least one configuration entry, and the configuration entry includes corresponding relationship information between position information, spatial motion trajectory information, and operation information;

the client 802 is configured to acquire outdoor positioning information of the terminal device through the outdoor positioning signal receiver, acquire data of the sensor, determine a spatial motion trajectory of the terminal device according to the sensor data, and execute an operation corresponding to the operation information in the target configuration entry when the outdoor positioning information matches position information in the target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the target configuration entry.

For specific implementation in this embodiment, reference may be made to the description in the foregoing embodiments, which are not described herein again.

Example eight

In the foregoing embodiments, a corresponding solution is provided mainly for how to provide operation information corresponding to a specific exhibition location for a user in an activity area when a plurality of exhibition locations exist in the activity area. In practical application, a specific operation information can be provided in a mode of combining the position information of the terminal equipment and the spatial motion trail information, and the method is applied to other scenes in an expanded mode.

This embodiment eight describes a specific implementation in detail.

Referring to fig. 9, an eighth embodiment provides a method of providing operation information, which may include the steps of:

s901: saving configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

the location information may refer to location information of a mobile terminal, and the location information may include various forms such as an absolute location or a relative location. The absolute position may be expressed by a specific coordinate range, and the relative position generally refers to a relative positional relationship between the mobile terminal and a preset area, for example, whether the mobile terminal is located near the preset area, or whether the mobile terminal is located inside or outside the preset area. When the relative position information is stored, the absolute position information of the preset area can be stored, so that after the positioning information of the terminal equipment is obtained, the relative position relation between the terminal equipment and the preset area can be determined according to the position of the terminal equipment and the position of the preset stored area.

The spatial motion trajectory may be a preset geometric shape, for example, a polygon such as a triangle, a square, a rectangle, a pentagon, or other shapes such as a circle, an ellipse, etc.

The operation information may be carried in a specific page or the like, that is, when the positioning information and the spatial motion trajectory meet a certain condition, the user may jump to another preset page, and the user may perform some operations in the other page. Of course, in practical applications, the operation information may not correspond to a specific page, for example, when the positioning information and the spatial motion trajectory meet a certain condition, the specified data object in the current page may be added to the set to be purchased (which may be generally referred to as "shopping cart"), and the process of adding a data object to the shopping cart may not be accompanied by a jump of the page, but may also perform a corresponding operation, and therefore, may also be collectively referred to as "operation information".

The specific location information, the corresponding relationship between the spatial motion trajectory and the operation information may be defined in a specific page, that is, when it is detected that the terminal device is located at a certain location in different page states and a certain spatial motion trajectory is formed, the operation information provided correspondingly may be different, the corresponding relationship may be defined in advance at the server, and the client may download the configuration information to the local terminal device, so that the client may perform operations related to the detection of the motion trajectory, the provision of the operation information, and the like at the local terminal device. Of course, the configuration information may also be stored in the server, and relevant operations such as detection may be performed in the server.

In a specific implementation, the server may pre-define the corresponding relationship between the position information and the spatial motion trajectory of the terminal device and the operation information to be provided, and may also periodically update the operation information to be provided (for example, in january, a spatial motion trajectory at a certain position corresponds to operation information a, in january, may correspond to operation information B, and the like), or add a new corresponding relationship, delete an original corresponding relationship, and the like, and the client may download the configuration information defined by the server to the terminal device for local storage. When the configuration information is updated, the server can also push the update information to the local terminal equipment associated with the client, and the client can also synchronously update the configuration information. Of course, the configuration information may be directly stored in the server. For example, the specific configuration information may be as follows:

TABLE 3

Page	Location information	Spatial motion trajectory	Operation information
				Page A	Location information 1	Movement track 1	Operation information 1
Page B	Location information 2	Motion trail 2	Operation information 2
				……		……	……

Note that, this step S901 may be executed by the server or the client. If the client stores the correspondence information, the specific correspondence information may come from the server, that is, the correspondence information may be downloaded from the server and updated synchronously or asynchronously with the server.

S902: acquiring positioning information and sensor data in terminal equipment, and determining a spatial motion track of the terminal equipment according to the sensor data;

because the identification of the space motion track of the terminal equipment is to provide certain operation information quickly, the identification of the space motion track is always in a state of identification and detection, and thus, when a user marks out a specific graph, a corresponding function can be executed quickly. Of course, since the number of pages is large, if the corresponding relationship between the position information, the spatial motion trajectory and the operation information is defined only in a specific page, the collection of the sensor data of the terminal device can be started in the state of displaying the specific page, and the collection can be continuously performed in the state of displaying the specific page.

The obtained sensor data can mainly comprise data of an acceleration sensor, and can also comprise gyroscope data and the like, in a word, the sensor data which can be used for determining the space motion track of the terminal equipment can be collected, and the detected motion track information can be more accurate by comprehensively using the data of various sensors for detection.

After the sensor data are collected, the spatial motion trajectory of the terminal equipment can be detected. Specifically, for convenience of user operation and detection by the client, the spatial motion trajectory may be defined relatively simply, for example, it may be a simple geometric shape, such as a polygon like a triangle, a square, a rectangle, a pentagon, or other shapes, such as a circle, an ellipse, etc. That is, assuming that some operation information can be provided in the currently displayed page in the client, when it is detected that the user draws a geometric shape such as a triangle in the air with the terminal device held by the hand, it can be determined that a request for providing some operation information is received, and the operation information can be provided.

For how to specifically identify whether a motion trajectory is a geometric shape, reference may be made to the description in the first embodiment, and details are not described here.

In order to obtain the positioning information of the terminal device, the terminal device may be provided with an indoor positioning signal receiver and an outdoor positioning signal receiver, so that the positioning information of the terminal device may be determined according to the collected indoor positioning information and the collected outdoor positioning information. For example, when the terminal device is outdoors, the terminal device may be mainly located by using the outdoor positioning signal receiver, and when the terminal device enters indoors, the terminal device may be mainly located by using the indoor positioning signal receiver.

It should be noted that, this step S902 may also be executed by the server or the client, and if executed by the client, the client may obtain the specific positioning information and the sensor data directly by collecting data in the terminal device. If the server executes the positioning processing, the client acquires data in the terminal device and uploads the data to the server, that is, the server receives information submitted by the client to obtain positioning information and sensor data of the terminal device. The acquisition of the positioning information and the sensor data and the detection operation of the specific spatial motion trajectory are always required to be continuously performed, so that the step executed at the client side is more practical, and the transmission resource of the system can be saved.

S903: and when the positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item, executing the operation corresponding to the operation information in the configuration item.

The main body of the step can be a server or a client. If the operation information is the server, the specific operation information can be provided for the client, and then the client performs the corresponding page display operation. When the spatial motion track meeting the preset condition is detected and the positioning information of the terminal device also meets the preset condition, for example, in a state that a certain page is displayed, a triangular spatial motion track is detected and the like, and the current terminal device is located at a certain preset position, the corresponding operation information can be provided.

In this way, because the positioning information and the spatial motion trajectory of the terminal device can be flexible, the flexibility of providing the operation information can be improved by predefining different operation information corresponding to different combinations of the position information and the spatial motion trajectory. For example, if a plurality of kinds of operation information to be provided are defined in a certain page, different spatial motion trajectories may be defined for different kinds of operation information, respectively, so as to provide different kinds of operation information in a state where the same page is displayed. Or, the same spatial motion track can correspond to different operation information through different position information, and the like. In addition, the same spatial motion trajectory may also be used in different pages, for example, in page a, a live-action navigation function may be activated by triangulating in the air, in page B, a home page of a certain shop may be accessed by triangulating in the air, and so on.

In practical applications, the operation information providing method may be combined with a specific application scenario. For example, some applications installed in the system (e.g., mobile apps, etc.) may be launched in this manner in an application at the operating system level. Alternatively, within an application installed in the operating system, some operation information within the application may also be provided in this manner (e.g., a navigation function is started within a certain application, etc.).

Specific implementations are described below in conjunction with specific applications of the foregoing.

In some applications, the information displayed in the page is mostly specific data object information, and may include, for example, a commodity object, a shop object, and the like. Where data objects within a page may be associated with preset regions (typically physical regions below the line). For example, the offline activity area described in the foregoing embodiment, or may also be an offline physical store associated with a store, or the like.

Specifically, the location information in the specific configuration entry in the configuration information may be, in addition to the absolute location information described in the foregoing embodiment, also be the relative location relationship information between the terminal device and the area, that is, the configuration information includes a plurality of configuration entries, and the location information in each configuration entry corresponds to one relative location relationship information between the terminal device and the area, for example, one relative location relationship is outside the area, and the other relative location relationship is inside the area. Of course, the relative position relationship may also be subdivided, for example, outside the region, further away from the region, closer to the region, and so on. Accordingly, the operation information in the configuration entry is the operation information related to the relative positional relationship. Specifically, when the operation corresponding to the operation information in the configuration entry is executed, a relative position relationship between the terminal device and the preset area may be determined according to the positioning information of the terminal device and the position information of the preset area, and when the determined relative position relationship matches the position information in the target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the configuration entry, the operation corresponding to the operation information related to the relative position relationship in the configuration entry may be executed.

That is, in this case, the location information of the terminal device may refer to relative location information with respect to a certain preset area. If the terminal equipment is located outside the preset area, the position of the terminal equipment is used as a starting place, the position of the preset area is used as a destination, and a navigation function is started so as to provide a navigation page and provide a map and navigation data objects in the page. If the terminal device is located inside the area preset area, an internal navigation function of the area preset area can be started so as to provide an area internal information page. For example, the specific description may be to introduce each booth position in the area, the corresponding first user, and the like.

Or, in the case that the area includes a plurality of exhibitions, specifically when it is determined that the terminal device is located inside the area, a target exhibition place that the second user needs to pay attention to may be determined, and then related information of the target exhibition place is provided. That is, after the user specifically reaches the preset area, if the spatial motion trajectory detection function of the client is continuously used, the introduction of the information about each exhibition location in the area, or the introduction of a specific exhibition location, etc. can be obtained.

Specifically, when determining the target exhibition location focused by the second user, there may be a plurality of ways, which may specifically refer to the description in the foregoing embodiment one, and details are not described here.

In addition, in practical applications, in addition to some event venues having preset areas, some online stores may have corresponding preset areas, for example, offline physical stores. In the process of browsing the specific data object of the shop online, a user may have a need of performing in-person experience in an off-line entity shop, and at this time, a function module for starting a live-action navigation function may be provided in a shop page, and the function may be started by drawing a certain shape in the air. Specifically, a spatial motion track such as "drawing a triangle" or the like may be detected in a state where a page such as a home page of a certain store is displayed, and if it is detected that the terminal device is currently located outside the offline physical store, the offline physical store of the store may be used as a destination of navigation, current positioning information in the terminal device may be determined as a starting point of navigation, and a live-action navigation function module may be started. It should be noted that, if the currently displayed page is a store list page of a plurality of store information, different spatial motion trajectories may be defined for each store, and a user may start live-action navigation to different off-line entity stores by drawing different spatial motion trajectories.

Furthermore, in another application scenario, since some online virtual stores correspond to offline physical stores, the user may also have a need to view corresponding data objects in the associated online virtual stores during shopping in the offline physical stores. Therefore, the position information in each configuration entry may be position information corresponding to one offline physical store, and the operation information in the configuration entry may be operation information related to an online virtual store related to the offline physical store, for example, a link of a top page of the online virtual store, or the like. Specifically, when the operation corresponding to the operation information in the configuration entry is performed, the operation corresponding to the operation information related to the online store may be performed when the positioning information matches the position information of the target offline physical store in the target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the configuration entry. That is, if a user enters a certain offline physical store and wants to view the data object information in the corresponding online virtual store, a certain preset spatial motion track can be drawn in the physical store by the terminal device in the air, and accordingly, the spatial motion track can be identified, the position information of the terminal device can be identified, the position matching with the offline physical store can be determined, and then, the user can enter the information page of the corresponding online virtual store.

In a word, according to the embodiment of the application, the corresponding relation among the position information, the spatial motion track and the operation information can be preserved in advance, so that the positioning information and the sensor data in the terminal equipment can be obtained in the process of the front end operation of the client, the spatial motion track of the terminal equipment is detected by using the sensor data, and the corresponding operation information can be provided when the detection results of the positioning information and the spatial motion track meet the preset conditions. Therefore, interference to other functional modules started in modes of shaking and the like can be avoided, and due to the fact that the position information and the space motion track have the characteristics of being flexible and changeable, different operation information can be provided through different positions, different space motion track information and the like, and the flexibility of implementation is higher.

Track information example nine

In this ninth embodiment, in the pre-stored correspondence, the position information of the terminal device may be specific to the relative position information with respect to a certain preset area, and further, the corresponding operation information may be provided according to the relative position information and the spatial motion trajectory. As will be described in detail below.

Referring to fig. 10, the ninth embodiment provides a method of providing operation information, which may include the steps of:

s1001: pre-storing configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

the preset area may be an offline activity area corresponding to an activity described in the foregoing embodiment, or an offline physical store of a first user, or the like. Absolute position information of these areas may be stored in advance. When the corresponding relation is stored, the corresponding relation information between the relative position information of the terminal equipment relative to the preset area, the space motion track and the operation information to be provided can be directly stored. Such relative position information may specifically be: indoors or outdoors in a preset area, etc.

S1002: acquiring positioning information and sensor data in terminal equipment;

s1003: determining the relative position relation between the terminal equipment and a preset area by using the positioning information, and determining the space motion track of the terminal equipment according to the sensor data;

s1004: and when the determined relative position relation information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry, executing the operation corresponding to the operation information in the configuration entry. .

In a specific implementation, when providing corresponding operation information, if the terminal device is located outside the preset area, the absolute position of the preset area may be used as a destination, and a navigation function is started, so as to provide a navigation page and provide a map and navigation data objects in the page. When it is determined, for example, that a terminal device is located outside an active area, a start navigation function may be provided,

if the terminal device is located inside the preset area, an internal navigation function of the preset area can be started so as to provide a page for displaying the internal information of the preset area.

Or, if a plurality of exhibitions are included in the preset area, when the terminal device is located inside the preset area, a target exhibition focused by a second user may be determined first, and then an information page associated with the target exhibition is provided.

For other specific implementations of each step in this embodiment, reference may also be made to the description in the foregoing embodiment one, and details are not described here.

Example ten

As described in the foregoing embodiment, in a specific implementation, different shapes of spatial motion trajectories may be provided for different first users, so that when a user needs to browse details of a store of a certain first user in a store list page, or needs to view details of an exhibition booth where the certain first user is located in a certain preset area, the mobile terminal device may be formed into a corresponding spatial motion trajectory in the air, so that an intention of the user may be recognized. In this case, the correspondence relationship between the first user and the spatial motion trajectory information may be set by a system operator, or may be provided by the first user when issuing information, saved by a server, or the like. Through the second mode, the first user can determine what spatial motion track information to use to enter the shop or look up the exhibition position, and the like, and the specific spatial motion track information can be related to information such as brand graphics of the first user, so that the brand image can be enhanced.

Therefore, in a tenth embodiment of the present application, there is further provided an information issuing method, referring to fig. 11, where the method may include the following steps:

s1101: the server receives spatial motion track information submitted by a first user client;

in particular implementations, the first user may be broadly referred to as a merchant user, a seller user, and the like. An operation option for submitting a spatial motion trajectory may be provided in the first user client, through which the request may be initiated if the first user needs to submit the relevant spatial motion trajectory information. Accordingly, the first user client can submit the spatial motion trajectory information to the server.

Specifically, the spatial motion trajectory information may be submitted by means of a picture or a vector diagram, and the spatial motion trajectory submitted by the first user client is determined according to a graphic identifier of a store associated with the first user. After receiving the spatial motion trajectory information, the server may further determine whether the spatial motion trajectory is similar to spatial motion trajectories submitted by other first user clients, and if so, may further prompt the first user client to modify the spatial motion trajectory.

S1102: and storing the corresponding relation between the spatial motion track information and the first user identifier so as to execute the operation corresponding to the preset operation information by combining the position information of the terminal equipment when the generation of the spatial motion track of the terminal equipment is detected.

Specifically, when the corresponding operation information is provided, when the terminal device is located inside a preset area, information related to the first user in the preset area may be provided. When the terminal equipment is positioned outside the preset area, the navigation function can be started, the position of the preset area is determined as a navigation destination, and map and navigation data information is provided.

For other specific implementations of each step in this embodiment ten, refer to the description in the foregoing embodiment one, and are not described here again.

Corresponding to the second embodiment, an embodiment of the present application further provides an information processing apparatus for a region, where a preset location in the region is provided with one or more indoor positioning devices, and the apparatus is applied to a client, and referring to fig. 12, the apparatus may include:

a configuration information storage unit 1201, configured to store configuration information provided by a server, where the configuration information includes at least one configuration entry, and the configuration entry includes corresponding relationship information between position information, spatial motion trajectory information, and operation information;

the acquisition unit 1202 is configured to acquire indoor positioning information in the terminal device through the indoor positioning device, acquire sensor data, and determine a spatial motion trajectory of the terminal device according to the sensor data;

an operation executing unit 1203, configured to execute an operation corresponding to the operation information in the configuration entry when the indoor positioning information matches with the position information in the target configuration entry, and the determined spatial motion trajectory information matches with the spatial motion trajectory in the configuration entry.

Corresponding to the embodiment, the embodiment of the present application further provides an information processing apparatus of a region, where at least one preset location in the region is provided with an indoor positioning device, where the apparatus is applied to a server, and referring to fig. 13, the apparatus may include:

a configuration information determining unit 1301, configured to determine configuration information of the area, where the configuration information includes at least one configuration entry, and the configuration entry includes corresponding relationship information between position information, spatial motion trajectory information, and operation information;

a configuration information issuing unit 1302, configured to issue the configuration information to the client, so that the client acquires indoor positioning information in a terminal device through the indoor positioning device, acquires sensor data, determines a spatial motion trajectory of the terminal device according to the sensor data, and executes an operation corresponding to the operation information in the configuration entry when the indoor positioning information matches with the position information in the target configuration entry and the determined spatial motion trajectory information matches with the spatial motion trajectory in the configuration entry.

Corresponding to the fifth embodiment, the present application further provides an information processing apparatus for a region, where preset locations in the region are provided with one or more indoor positioning devices, the apparatus is applied to a client, and referring to fig. 14, the apparatus may include:

the acquisition unit 1401 is used for acquiring indoor positioning information of the terminal equipment and acquiring data of the sensor through the indoor positioning signal receiver;

an acquisition result uploading unit 1402, configured to upload the acquired indoor positioning information and the sensor data to a server, so that the server determines a spatial motion trajectory of the terminal device according to the sensor data after receiving the information uploaded by the client, and when the indoor positioning information matches position information in a target configuration entry of preset configuration information and the determined spatial motion trajectory information matches a spatial motion trajectory in the configuration entry, executes an operation corresponding to the operation information in the configuration entry; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information.

Corresponding to the sixth embodiment, the present application further provides an information processing apparatus of a region, where preset locations in the region are provided with one or more indoor positioning devices, the apparatus is applied to a server, and referring to fig. 15, the apparatus may include:

a configuration information saving unit 1501, configured to save configuration information of the area, where the configuration information includes at least one configuration entry, and the configuration entry includes corresponding relationship information between position information, spatial motion trajectory information, and operation information;

a receiving unit 1502, configured to receive indoor positioning information and sensor data in a terminal device uploaded by a client;

a trajectory determination unit 1503, configured to determine a spatial motion trajectory of the terminal device according to the sensor data;

an operation executing unit 1504, configured to execute an operation corresponding to the operation information in the configuration entry when the indoor positioning information matches the position information in the target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the configuration entry.

Corresponding to the eighth embodiment, an embodiment of the present application further provides an information processing apparatus of an area, with reference to fig. 16, including:

a configuration information holding unit 1601 configured to hold configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information;

a data obtaining unit 1602, configured to obtain positioning information and sensor data in a terminal device, and determine a spatial motion trajectory of the terminal device according to the sensor data;

an operation executing unit 1603, configured to execute an operation corresponding to the operation information in the configuration entry when the positioning information matches position information in a target configuration entry and the determined spatial motion trajectory information matches the spatial motion trajectory in the configuration entry.

The data obtaining unit 1602 may be specifically configured to:

and acquiring positioning information and sensor data in the terminal equipment in a state that the client provides a page containing target data object information corresponding to the preset area.

The configuration information comprises a plurality of configuration items, the position information in each configuration item corresponds to one relative position relation information between the terminal equipment and the area, and the operation information in the configuration item is operation information related to the relative position relation;

the operation performing unit 1603 may include:

a relative position relation determining subunit, configured to determine, according to the positioning information of the terminal device and the position information of the preset area, a relative position relation between the terminal device and the preset area;

and the execution subunit is configured to, when the determined relative position relationship matches position information in a target configuration entry and the determined spatial motion trajectory information matches a spatial motion trajectory in the configuration entry, execute an operation corresponding to the operation information related to the relative position relationship in the configuration entry.

Wherein the relative positional relationship includes: the terminal device is located outside the preset area, and the execution subunit is specifically configured to:

and taking the position of the terminal equipment as a starting place and the position of the preset area as a destination, and starting navigation.

Or, the relative positional relationship includes: the terminal device is located inside the preset area, and the execution subunit is specifically configured to:

and starting an internal navigation function of the preset area and providing an information page inside the preset area.

The terminal equipment is provided with an indoor positioning signal receiver and an outdoor positioning signal receiver, and positioning information of the terminal equipment is determined according to collected indoor positioning information and outdoor positioning information.

The target data object information comprises activity meeting place information, and the preset area comprises an offline activity area associated with the activity meeting place information.

Or, the target data object information includes: store information, the preset area comprising an offline physical store associated with the store.

In another implementation manner, the configuration entries are multiple, the position information in each configuration entry corresponds to the position information of one offline physical store, and the operation information in the configuration entry is the operation information related to an online virtual store related to the offline physical store;

the operation execution unit may specifically be configured to:

and when the positioning information is matched with the position information of the target offline entity shop in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information related to the online shop.

Corresponding to the ninth embodiment, an embodiment of the present application further provides an apparatus for providing operation information, and referring to fig. 17, the apparatus may specifically include:

a configuration information holding unit 1701 to hold configuration information of a preset area in advance; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

a data obtaining unit 1702, configured to obtain positioning information and sensor data in a terminal device;

a data processing unit 1703, configured to determine a relative position relationship between a terminal device and a preset area by using the positioning information, and determine a spatial motion trajectory of the terminal device according to the sensor data;

an operation executing unit 1704, configured to execute an operation corresponding to the operation information in the configuration entry when the determined relative position relationship information matches position information in a target configuration entry and the determined spatial motion trajectory information matches a spatial motion trajectory in the configuration entry.

Corresponding to the tenth embodiment, an embodiment of the present application further provides an information distribution apparatus, where the apparatus is applied to a server, and referring to fig. 18, the apparatus may specifically include:

a track information receiving unit 1801, configured to receive spatial motion track information submitted by a first user client;

a storage unit 1802, configured to store a corresponding relationship between the spatial motion trajectory information and the first user identifier, so that when it is detected that the terminal device generates the spatial motion trajectory, an operation corresponding to preset operation information is executed in combination with the location information of the terminal device.

In a specific implementation, the apparatus may further include:

and the judging unit is used for judging whether the space motion track is similar to the space motion tracks submitted by other first user clients, and prompting the first user client to modify the space motion track if the space motion track is similar to the space motion tracks submitted by other first user clients.

And determining the spatial motion track submitted by the first user client according to the graphic identification of the shop associated with the first user.

In summary, according to the embodiment of the present application, a corresponding relationship between position information, a spatial motion trajectory and operation information to be provided may be pre-stored, so that, in a process of a front end operation of a client, indoor positioning information of a terminal device may be collected by the indoor positioning signal receiver, data of the sensor may be collected, the spatial motion trajectory of the terminal device may be determined according to the sensor data, and when the indoor positioning information matches with the position information in a target configuration entry and the determined spatial motion trajectory information matches with the spatial motion trajectory in the target configuration entry, an operation corresponding to the operation information in the target configuration entry may be executed. Therefore, interference to other functional modules started in modes of shaking and the like can be avoided, and due to the fact that the position information and the space motion track have the characteristics of being flexible and changeable, different operation information can be provided through different positions, different space motion track information and the like, and the flexibility of implementation is higher.

From the above description of the embodiments, it is clear to those skilled in the art that the present application can be implemented by software plus necessary general hardware platform. Based on such understanding, the technical solutions of the present application may be essentially or partially implemented in the form of a software product, which may be stored in a storage medium, such as a ROM/RAM, a magnetic disk, an optical disk, etc., and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method according to the embodiments or some parts of the embodiments of the present application.

The embodiments in the present specification are described in a progressive manner, and the same and similar parts among the embodiments are referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, the system or system embodiments are substantially similar to the method embodiments and therefore are described in a relatively simple manner, and reference may be made to some of the descriptions of the method embodiments for related points. The above-described system and system embodiments are only illustrative, wherein the units described as separate parts may or may not be physically separate, and the parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.

The above detailed description is given to the information processing method, apparatus, and system of the area provided in the present application, and a specific example is applied in the present application to explain the principle and the implementation of the present application, and the description of the above embodiment is only used to help understand the method and the core idea of the present application; meanwhile, for a person skilled in the art, according to the idea of the present application, the specific embodiments and the application range may be changed. In view of the above, the description should not be taken as limiting the application.

Claims

1. An information processing system of a region, comprising one or more positioning devices arranged at preset positions of the region, a server and a terminal device provided with a client, wherein the terminal device is provided with an indoor positioning signal receiver and a sensor, wherein:

the server is used for issuing configuration information to the client, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

the client is used for acquiring indoor positioning information of the terminal equipment through the indoor positioning signal receiver, acquiring data of the sensor, determining a spatial motion track of the terminal equipment according to the sensor data, and executing operation corresponding to the operation information in the target configuration item when the indoor positioning information is matched with position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item so as to display related information of the exhibition position through the terminal equipment.

2. The system according to claim 1, wherein the configuration information includes a plurality of configuration entries, at least some of the configuration entries have the same spatial motion trajectory information and different position information, wherein the position information in each configuration entry corresponds to the position information of a booth in the area, and the operation information in the configuration entry is the operation information related to the booth; the client is specifically configured to:

and when the determined spatial motion trajectory information matches with the spatial trajectory information in the configuration information and the indoor positioning information matches with the position information in the target configuration entry, executing the operation corresponding to the operation information related to the target exhibition position in the target configuration entry.

3. The system according to claim 1, wherein the configuration information includes a plurality of configuration entries, at least some of the configuration entries have the same position information, and correspond to the positions of the area, and have different spatial motion trajectory information, wherein the spatial motion trajectory information in each configuration entry corresponds to information of an exhibition booth in the area, and the operation information in the configuration entry is operation information related to the exhibition booth, and the client is specifically configured to:

and when the indoor positioning information is matched with the position information of the area and the determined spatial motion trail information is matched with the spatial motion trail in the target configuration entry, executing the operation corresponding to the operation information related to the target exhibition position in the target configuration entry.

4. The system according to any one of claims 1 to 3, wherein the client determines that the terminal device enters the area when detecting signals of indoor positioning devices deployed in the area through an indoor positioning signal transceiver, and determines the position of the terminal device in the area according to the strength of the detected signals of each indoor positioning device.

5. The system according to any one of claims 1 to 3, wherein the spatial motion trajectory information includes a preset geometric shape, and the client detects whether the current terminal device spatial motion trajectory is the preset geometric shape by:

and decomposing the preset geometric shape into a plurality of line segments in advance, recording the inclination angle and length characteristics of each line segment, and determining the spatial motion track of the preset geometric shape when a plurality of line segments conforming to the characteristics are detected.

6. An information processing method of a region, wherein a preset position in the region is provided with one or more indoor positioning devices, the method comprising:

the client stores configuration information provided by the server, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information in the configuration item so as to display the related information of the exhibition position through the terminal equipment.

7. An information processing method of a region, wherein at least one preset location in the region is provided with an indoor positioning device, wherein the method comprises the following steps:

the server determines configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and issuing the configuration information to a client so that the client can acquire indoor positioning information in terminal equipment through the indoor positioning equipment and acquire sensor data, determining a spatial motion track of the terminal equipment according to the sensor data, and executing an operation corresponding to the operation information in the configuration item when the indoor positioning information is matched with position information in a target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item so as to display related information of the exhibition position through the terminal equipment.

8. An information processing system of a region, characterized by one or more positioning devices arranged at preset positions of the region, a server and a terminal device provided with a client, wherein the terminal device is provided with an indoor positioning signal receiver and a sensor, wherein:

the server is used for storing configuration information; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track; after receiving the indoor positioning information and the sensor data uploaded by the client, determining the spatial motion track of the terminal equipment according to the sensor data, and when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item, executing the operation corresponding to the operation information in the configuration item so as to display the related information of the exhibition booth through the terminal equipment.

9. An information processing method of a region, wherein a preset position in the region is provided with one or more indoor positioning devices, the method comprising:

uploading the collected indoor positioning information and sensor data to a server, so that the server determines a spatial motion track of the terminal equipment according to the sensor data after receiving the information uploaded by the client, and executing an operation corresponding to operation information in a configuration entry when the indoor positioning information is matched with position information in a target configuration entry of preset configuration information and the determined spatial motion track information is matched with a spatial motion track in the configuration entry; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information so as to display related information of the exhibition position through the terminal equipment; the operation information is the operation information related to the exhibition positions, and each exhibition position in the area corresponds to different spatial motion tracks.

10. An information processing method of a region, wherein preset positions in the region are provided with one or more indoor positioning devices, the method comprising:

the server stores configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

11. An information processing system of a region, comprising a server and a terminal device provided with a client, wherein the terminal device is provided with an outdoor positioning signal receiver and a sensor, wherein:

the client is used for acquiring outdoor positioning information of the terminal equipment through the outdoor positioning signal receiver, acquiring data of the sensor, determining a spatial motion track of the terminal equipment according to the data of the sensor, and executing an operation corresponding to the operation information in the target configuration item when the outdoor positioning information is matched with position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the target configuration item so as to display related information of the exhibition position through the terminal equipment.

12. An information processing method for a region, comprising:

saving configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and when the positioning information is matched with the position information in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information in the configuration item so as to display the related information of the exhibition stand through the terminal equipment.

13. The method of claim 12, wherein obtaining the positioning information and the sensor data in the terminal device comprises:

14. The method according to claim 13, wherein the configuration information includes a plurality of configuration entries, the location information in each configuration entry corresponds to a relative location relationship information between the terminal device and the area, and the operation information in the configuration entry is operation information related to the relative location relationship;

the executing the operation corresponding to the operation information in the configuration entry includes:

determining the relative position relation between the terminal equipment and the preset area according to the positioning information of the terminal equipment and the position information of the preset area;

and when the determined relative position relation is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item, executing the operation corresponding to the operation information related to the relative position relation in the configuration item.

15. The method of claim 14, wherein the relative positional relationship comprises: the executing the operation corresponding to the operation information related to the relative position relationship in the configuration entry includes:

16. The method of claim 14, wherein the relative positional relationship comprises: the executing the operation corresponding to the operation information related to the relative position relationship in the configuration entry includes:

17. The method according to claim 14, wherein the terminal device is provided with an indoor positioning signal receiver and an outdoor positioning signal receiver, and the positioning information of the terminal device is determined according to the collected indoor positioning information and the collected outdoor positioning information.

18. The method of claim 13, wherein the target data object information comprises event venue information, and wherein the preset zone comprises an offline event zone associated with the event venue information.

19. The method of claim 13, wherein the target data object information comprises: store information, the preset area comprising an offline physical store associated with the store.

20. The method according to claim 12, wherein the configuration entries are a plurality of, the position information in each configuration entry corresponds to position information of one offline physical store, and the operation information in the configuration entry is operation information related to an online virtual store related to the offline physical store;

and when the positioning information is matched with the position information of the target offline entity shop in the target configuration item and the determined spatial motion trail information is matched with the spatial motion trail in the configuration item, executing the operation corresponding to the operation information related to the online virtual shop.

21. A method of providing operational information, comprising:

pre-storing configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

acquiring positioning information and sensor data in terminal equipment;

and when the determined relative position relation information is matched with the position information in the target configuration item and the determined space motion track information is matched with the space motion track in the configuration item, executing the operation corresponding to the operation information in the configuration item so as to display the related information of the exhibition booth through the terminal equipment.

22. An information distribution method, comprising:

storing the corresponding relation between the space motion track information and the first user identification so as to execute the operation corresponding to the preset operation information by combining the position information of the terminal equipment when the generation of the space motion track of the terminal equipment is detected, so as to display the related information of the exhibition position through the terminal equipment; the operation information is related to the exhibition positions, and each exhibition position in the area corresponds to a different space motion track;

the server prestores configuration information of a preset area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relationship information among the position information, the spatial motion trajectory information and the operation information.

23. The method of claim 22, wherein receiving the configuration information further comprises:

and judging whether the space motion track is similar to the space motion tracks submitted by other first user clients, and if so, prompting the first user client to modify the space motion track.

24. The method of claim 22, wherein the spatial motion profile submitted by the first user client is determined from graphical identifiers of stores associated with the first user.

25. An information processing apparatus of a region, wherein a preset position in the region is provided with one or more indoor positioning devices, the apparatus is applied to a client, and the apparatus comprises:

the system comprises a configuration information storage unit, a configuration information processing unit and a configuration information processing unit, wherein the configuration information storage unit is used for storing configuration information provided by a server, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relationship information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration entry when the indoor positioning information is matched with the position information in the target configuration entry and the determined spatial motion trajectory information is matched with the spatial motion trajectory in the configuration entry so as to display the related information of the exhibition booth through the terminal equipment.

26. An information processing apparatus of a region, wherein at least one preset location within the region is provided with an indoor positioning device, wherein the apparatus is applied to a server, comprising:

the configuration information determining unit is used for determining configuration information of the area, wherein the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and the configuration information issuing unit is used for issuing the configuration information to a client so that the client can acquire indoor positioning information in terminal equipment through the indoor positioning equipment and acquire sensor data, determines a spatial motion track of the terminal equipment according to the sensor data, and executes an operation corresponding to the operation information in the configuration item when the indoor positioning information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item so as to display the relevant information of the exhibition position through the terminal equipment.

27. An information processing apparatus of a region, wherein a preset position in the region is provided with one or more indoor positioning devices, the apparatus is applied to a client, and the apparatus comprises:

the acquisition unit is used for acquiring indoor positioning information of the terminal equipment and acquiring data of the sensor through the indoor positioning signal receiver;

the acquisition result uploading unit is used for uploading the acquired indoor positioning information and the sensor data to a server so that the server can determine the spatial motion track of the terminal equipment according to the sensor data after receiving the information uploaded by the client, and when the indoor positioning information is matched with the position information in the target configuration item of the preset configuration information and the determined spatial motion track information is matched with the spatial motion track in the configuration item, the operation corresponding to the operation information in the configuration item is executed; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information so as to display related information of the exhibition position through the terminal equipment; the operation information is the operation information related to the exhibition positions, and each exhibition position in the area corresponds to different spatial motion tracks.

28. An information processing apparatus of a region, wherein a preset position in the region is provided with one or more indoor positioning devices, the apparatus is applied to a server, and the apparatus comprises:

the configuration information storage unit is used for storing configuration information of the area, the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

29. An information processing apparatus of a region, comprising:

a configuration information storage unit for storing configuration information of a preset area; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration entry when the positioning information is matched with the position information in the target configuration entry and the determined spatial motion track information is matched with the spatial motion track in the configuration entry so as to display the related information of the exhibition booth through the terminal equipment.

30. An apparatus for providing operation information, comprising:

a configuration information storage unit for storing configuration information of a preset area in advance; the configuration information comprises at least one configuration item, and the configuration item comprises corresponding relation information among position information, space motion track information and operation information; the operation information is related to exhibition positions, and each exhibition position in the area corresponds to a different spatial motion track; the position information comprises a relative position relation between the terminal equipment and a preset area, and the pre-stored information also comprises absolute position information of the preset area;

and the operation execution unit is used for executing the operation corresponding to the operation information in the configuration item when the determined relative position relationship information is matched with the position information in the target configuration item and the determined spatial motion track information is matched with the spatial motion track in the configuration item, so that the relevant information of the exhibition booth is displayed through the terminal equipment.

31. An information distribution apparatus, applied to a server, includes:

the storage unit is used for storing the corresponding relation between the spatial motion track information and the first user identifier so as to execute operation corresponding to preset operation information by combining position information of the terminal equipment when the generation of the spatial motion track of the terminal equipment is detected, and display related information of a booth through the terminal equipment, wherein the operation information is the operation information related to the booth, and each booth in an area corresponds to a different spatial motion track;