E-commerce live broadcast management system

Abstract

The invention relates to an e-commerce live broadcast management system, which comprises a duration statistical device, a content acquisition device, a continuous correction device and a multi-layer operation device. The e-commerce live broadcast management system is reliable in logic and has certain pertinence.

Description

Technical Field

[0001] The present invention relates to the field of live broadcast management, and in particular to an e-commerce live broadcast management system. Background Art

[0002] In order to maximize the revenue from live streaming, some live streaming platforms hire top anchors, but the top anchors rarely appear on the screen. They are usually replaced by other anchors, thereby reducing their hiring expenses while obtaining considerable sales data. However, this operating mode is a form of false advertising that the managers of the live streaming platforms are unwilling to see, which can easily lead to vicious competition and affect the reputation of the live streaming platform. Summary of the invention

[0003] In order to solve the technical problems in related fields, the present invention provides an e-commerce live broadcast management system, which can, when the set character registered in the current live broadcast room does not exist in the live broadcast screen at the current moment of the current live broadcast room, exclude the time period between the current collection moment and the collection time before the current collection moment from the statistics of the effective playback time of the current live broadcast room on the day, thereby avoiding the behavior of others replacing the traffic anchor to hang up the live broadcast.

[0004] According to the present invention, an e-commerce live broadcast management system is provided, the system comprising: A duration statistics device, arranged at the live broadcast server end, is used to count the effective broadcast duration of each live broadcast room every day, wherein each live broadcast room includes the current live broadcast room; The content acquisition device is set at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in a time-sharing manner, so as to obtain each collection screen corresponding to each collection moment, and each collection moment is evenly distributed on the time axis and the interval between each other is the same, which is the set duration; A continuous correction device, arranged at a live broadcast client corresponding to the current live broadcast room and comprising a distortion processing unit, a combined filtering unit and a tilt correction unit, wherein the combined filtering unit is connected to the distortion processing unit and the tilt correction unit respectively, and the combined filtering unit is connected to the content acquisition device, and is used to perform distortion correction processing on a current acquisition picture corresponding to a current acquisition moment to obtain and output a corresponding distortion processed image, wherein the combined filtering unit is used to perform combined filtering processing on the received distortion processed image to obtain and output a corresponding combined filtered image, and wherein the tilt correction unit is used to perform tilt correction processing on the received combined filtered image to obtain and output a corresponding tilt corrected image; A multi-layer operation device, comprising an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, wherein the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, and the multi-layer operation device is used to traverse whether each pixel point in the tilt-corrected image is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, remove isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, combine the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image, and when there is an edge curve of a certain closed curve that matches a human body contour curve corresponding to a set character registered in a current live broadcast room, it is judged that the set character exists in the tilt-corrected image, otherwise, it is judged that the set character does not exist in the tilt-corrected image; Among them, the duration statistics device is also connected to the multi-layer operating device, and is used to exclude the time period between the current acquisition moment and the acquisition time before the current acquisition moment from the statistics of the effective playback time of the current live broadcast room on the day when the multi-layer operating device determines that there is no set person in the tilt-corrected image.

[0005] The e-commerce live broadcast management system of the present invention is logically reliable and has certain pertinence. Since when the set character registered in the current live broadcast room does not exist in the live broadcast screen at the current moment of the current live broadcast room, the time period between the current collection moment and the collection time before the current collection moment will not be included in the statistics of the effective broadcast time of the current live broadcast room on the same day, thereby avoiding the behavior of others replacing the traffic anchor to hang up the live broadcast. DETAILED DESCRIPTION

[0006] The following is a detailed description of an embodiment of the e-commerce live broadcast management system of the present invention.

[0007] Embodiment 1

[0008] The e-commerce live broadcast management system shown in the first embodiment of the present invention includes: A duration statistics device, arranged at the live broadcast server end, is used to count the effective broadcast duration of each live broadcast room every day, wherein each live broadcast room includes the current live broadcast room; The content acquisition device is set at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in a time-sharing manner, so as to obtain each collection screen corresponding to each collection moment, and each collection moment is evenly distributed on the time axis and the interval between each other is the same, which is the set duration; For example, the content acquisition device is arranged at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in time division, so as to obtain the collected pictures corresponding to the collected moments, and the collected moments are evenly distributed on the time axis and the intervals between them are the same. The setting of the duration includes: setting the value of the duration to be inversely related to the resolution of the collected pictures; A continuous correction device, arranged at a live broadcast client corresponding to the current live broadcast room and comprising a distortion processing unit, a combined filtering unit and a tilt correction unit, wherein the combined filtering unit is connected to the distortion processing unit and the tilt correction unit respectively, and the combined filtering unit is connected to the content acquisition device, and is used to perform distortion correction processing on a current acquisition picture corresponding to a current acquisition moment to obtain and output a corresponding distortion processed image, wherein the combined filtering unit is used to perform combined filtering processing on the received distortion processed image to obtain and output a corresponding combined filtered image, and wherein the tilt correction unit is used to perform tilt correction processing on the received combined filtered image to obtain and output a corresponding tilt corrected image; A multi-layer operation device, comprising an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, wherein the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, and the multi-layer operation device is used to traverse whether each pixel point in the tilt-corrected image is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, remove isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, combine the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image, and when there is an edge curve of a certain closed curve that matches a human body contour curve corresponding to a set character registered in a current live broadcast room, it is judged that the set character exists in the tilt-corrected image, otherwise, it is judged that the set character does not exist in the tilt-corrected image; The duration statistics device is also connected to the multi-layer operation device, and is used for not including the effective playback duration of the current live broadcast room on the day in the statistics of the time period between the current acquisition time and the acquisition time before the current acquisition time when the multi-layer operation device determines that there is no set person in the tilt-corrected image; Among them, the duration statistics device is also used to include the time period between the current acquisition time and the acquisition time before the current acquisition time in the statistics of the effective playback time of the current live broadcast room on the day when the multi-layer operating device determines that there is a set person in the tilt-corrected image.

[0009] Embodiment 2

[0010] The e-commerce live broadcast management system shown in the second embodiment of the present invention may include: A duration statistics device, arranged at the live broadcast server end, is used to count the effective broadcast duration of each live broadcast room every day, wherein each live broadcast room includes the current live broadcast room; The content acquisition device is set at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in a time-sharing manner, so as to obtain each collection screen corresponding to each collection moment, and each collection moment is evenly distributed on the time axis and the interval between each other is the same, which is the set duration; A continuous correction device, arranged at a live broadcast client corresponding to the current live broadcast room and comprising a distortion processing unit, a combined filtering unit and a tilt correction unit, wherein the combined filtering unit is connected to the distortion processing unit and the tilt correction unit respectively, and the combined filtering unit is connected to the content acquisition device, and is used to perform distortion correction processing on a current acquisition picture corresponding to a current acquisition moment to obtain and output a corresponding distortion processed image, wherein the combined filtering unit is used to perform combined filtering processing on the received distortion processed image to obtain and output a corresponding combined filtered image, and wherein the tilt correction unit is used to perform tilt correction processing on the received combined filtered image to obtain and output a corresponding tilt corrected image; A multi-layer operation device, comprising an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, wherein the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, and the multi-layer operation device is used to traverse whether each pixel point in the tilt-corrected image is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, remove isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, combine the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image, and when there is an edge curve of a certain closed curve that matches a human body contour curve corresponding to a set character registered in a current live broadcast room, it is judged that the set character exists in the tilt-corrected image, otherwise, it is judged that the set character does not exist in the tilt-corrected image; A volume detection component is connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, respectively, and is used to measure the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively; Wherein, the volume detection component is respectively connected with the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, and is used to respectively measure the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: the volume detection component includes a plurality of volume measurement units, which are respectively connected with the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, so as to complete the measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device; Wherein, the volume detection component includes a plurality of volume measurement units, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, including: the plurality of volume measurement units are a plurality of visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively; Wherein, the multiple volume measurement units are multiple visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, including: the multiple visual detectors have the same structure; Among them, the multiple volume measurement units are multiple visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the respective measurements of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, and also include: each of the multiple visual detectors includes a stereo camera.

[0011] Embodiment 3

[0012] The e-commerce live broadcast management system shown in the third embodiment of the present invention may include: A duration statistics device, arranged at the live broadcast server end, is used to count the effective broadcast duration of each live broadcast room every day, wherein each live broadcast room includes the current live broadcast room; The content acquisition device is set at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in a time-sharing manner, so as to obtain each collection screen corresponding to each collection moment, and each collection moment is evenly distributed on the time axis and the interval between each other is the same, which is the set duration; A continuous correction device, arranged at a live broadcast client corresponding to the current live broadcast room and comprising a distortion processing unit, a combined filtering unit and a tilt correction unit, wherein the combined filtering unit is connected to the distortion processing unit and the tilt correction unit respectively, and the combined filtering unit is connected to the content acquisition device, and is used to perform distortion correction processing on a current acquisition picture corresponding to a current acquisition moment to obtain and output a corresponding distortion processed image, wherein the combined filtering unit is used to perform combined filtering processing on the received distortion processed image to obtain and output a corresponding combined filtered image, and wherein the tilt correction unit is used to perform tilt correction processing on the received combined filtered image to obtain and output a corresponding tilt corrected image; A multi-layer operation device, comprising an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, wherein the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, and the multi-layer operation device is used to traverse whether each pixel point in the tilt-corrected image is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, remove isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, combine the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image, and when there is an edge curve of a certain closed curve that matches a human body contour curve corresponding to a set character registered in a current live broadcast room, it is judged that the set character exists in the tilt-corrected image, otherwise, it is judged that the set character does not exist in the tilt-corrected image; A synchronous operation mechanism, connected to the duration statistics device, the content acquisition device, the continuous correction device and the plurality of volume measurement units of the multi-layer operation device respectively, for performing a synchronous operation between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device in pairs; Wherein, the synchronous operation mechanism is respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and the plurality of volume measurement units of the multi-layer operation device, and is used to perform the synchronous operation between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: the synchronous operation mechanism performs the synchronous operation between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device based on a square wave waveform; And wherein, the synchronous operation mechanism is respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and multiple volume measurement units of the multi-layer operation device, and is used to perform synchronous operations between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: using an ASIC chip to implement the synchronous operation mechanism.

[0013] In addition, in the e-commerce live broadcast management system, a multi-layer operating device includes an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, and the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, including: the multi-layer operating device also includes a parallel data bus, which is respectively connected to the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit, for realizing parallel data communication between the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit.

[0014] Therefore, the present invention has the following outstanding technical effects: First: when the set character registered in the current live broadcast room does not exist in the live broadcast screen at the current moment of the current live broadcast room, the time period between the current collection moment and the collection time before the current collection moment will not be included in the statistics of the effective broadcast time of the current live broadcast room on the day, so as to avoid the behavior of others replacing the traffic anchor to hang up the live broadcast; Secondly: traversing each pixel point in the tilt-corrected image to determine whether it is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, removing isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, and combining the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image; Again: when the edge curve of a closed curve matches the human body contour curve corresponding to the set person registered in the current live broadcast room, it is determined that the set person exists in the tilt-corrected image; otherwise, it is determined that the set person does not exist in the tilt-corrected image.

[0015] In the description of this specification, reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present invention.

[0016] In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, the features defined as "first" and "second" may explicitly or implicitly include at least one of the features.

[0017] Although the present invention has been disclosed as above by the embodiments, it is not intended to limit the present invention. Any person skilled in the art can make appropriate changes and equivalent substitutions without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention shall be based on the scope defined by the claims of this application.

Claims

1. An e-commerce live broadcast management system, characterized in that: The system comprises: A duration statistics device, arranged at the live broadcast server end, is used to count the effective broadcast duration of each live broadcast room every day, wherein each live broadcast room includes the current live broadcast room; The content acquisition device is set at the live broadcast client corresponding to the current live broadcast room, and is used to collect the content of the live broadcast scene of the current live broadcast room in a time-sharing manner, so as to obtain each collection screen corresponding to each collection moment, and each collection moment is evenly distributed on the time axis and the interval between each other is the same, which is the set duration; A continuous correction device, arranged at a live broadcast client corresponding to the current live broadcast room and comprising a distortion processing unit, a combined filtering unit and a tilt correction unit, wherein the combined filtering unit is connected to the distortion processing unit and the tilt correction unit respectively, and the combined filtering unit is connected to the content acquisition device, and is used to perform distortion correction processing on a current acquisition picture corresponding to a current acquisition moment to obtain and output a corresponding distortion processed image, wherein the combined filtering unit is used to perform combined filtering processing on the received distortion processed image to obtain and output a corresponding combined filtered image, and wherein the tilt correction unit is used to perform tilt correction processing on the received combined filtered image to obtain and output a corresponding tilt corrected image; A multi-layer operation device, comprising an edge extraction unit, an isolated point removal unit, a closed processing unit and an object judgment unit, wherein the edge extraction unit, the isolated point removal unit, the closed processing unit and the object judgment unit are connected in sequence, and the multi-layer operation device is used to traverse whether each pixel point in the tilt-corrected image is an edge pixel point to obtain each edge pixel point in the tilt-corrected image, remove isolated edge pixel points from each edge pixel point to obtain a plurality of remaining reference pixel points, combine the plurality of reference pixel points to obtain each closed curve in the tilt-corrected image, and when there is an edge curve of a certain closed curve that matches a human body contour curve corresponding to a set character registered in a current live broadcast room, it is judged that the set character exists in the tilt-corrected image, otherwise, it is judged that the set character does not exist in the tilt-corrected image; Among them, the duration statistics device is also connected to the multi-layer operating device, and is used to exclude the time period between the current acquisition moment and the acquisition time before the current acquisition moment from the statistics of the effective playback time of the current live broadcast room on the day when the multi-layer operating device determines that there is no set person in the tilt-corrected image.

2. The e-commerce live broadcast management system according to claim 1, characterized in that: The duration statistics device is also used to include the time period between the current acquisition moment and the acquisition time before the current acquisition moment in the statistics of the effective playback duration of the current live broadcast room on the day when the multi-layer operating device determines that there is a set person in the tilt-corrected image.

3. The e-commerce live broadcast management system according to claim 2, characterized in that: The system further comprises: A volume detection component is connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, respectively, and is used to measure the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively; Among them, the volume detection component is respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, and is used to respectively measure the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device. The volume detection component includes multiple volume measurement units, which are respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device to complete the respective measurements of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device.

4. The e-commerce live broadcast management system according to claim 3, characterized in that: The volume detection component includes multiple volume measurement units, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the separate measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, including: the multiple volume measurement units are multiple visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the separate measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively.

5. The e-commerce live broadcast management system according to claim 4, characterized in that: The multiple volume measurement units are multiple visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, so as to complete the respective measurements of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: the structures of the multiple visual detectors are the same.

6. The e-commerce live broadcast management system according to claim 5, characterized in that: The multiple volume measurement units are multiple visual detectors, which are used to be connected to the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively to complete the separate measurement of the current real-time volume values ​​of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device respectively, and also include: each of the multiple visual detectors includes a stereo camera.

7. The e-commerce live broadcast management system according to any one of claims 3 to 6, characterized in that: The system further comprises: The synchronous operation mechanism is respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and multiple volume measurement units of the multi-layer operation device, and is used to perform synchronous operations between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device.

8. The e-commerce live broadcast management system according to claim 7, characterized in that: The synchronous operation mechanism is respectively connected to the multiple volume measurement units of the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, and is used to perform synchronous operations between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: the synchronous operation mechanism performs synchronous operations between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device based on a square wave waveform.

9. The e-commerce live broadcast management system according to claim 7, characterized in that: The synchronous operation mechanism is respectively connected to the duration statistics device, the content acquisition device, the continuous correction device and multiple volume measurement units of the multi-layer operation device, and is used to perform synchronous operations between the duration statistics device, the content acquisition device, the continuous correction device and the multi-layer operation device, including: using an ASIC chip to implement the synchronous operation mechanism.