CN114145617B - Action trigger platform for curtain articles - Google Patents
Action trigger platform for curtain articles Download PDFInfo
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- CN114145617B CN114145617B CN202111467021.0A CN202111467021A CN114145617B CN 114145617 B CN114145617 B CN 114145617B CN 202111467021 A CN202111467021 A CN 202111467021A CN 114145617 B CN114145617 B CN 114145617B
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47H—FURNISHINGS FOR WINDOWS OR DOORS
- A47H5/00—Devices for drawing draperies, curtains, or the like
- A47H5/02—Devices for opening and closing curtains
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The invention relates to a curtain article action trigger platform, comprising: the automatic curtain structure is arranged at the position of a window of a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal and executing the automatic opening action of the curtain when receiving an opening request signal; and the dynamic analysis mechanism is used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging area of the same human body object in each third captured image respectively corresponding to each time point on a time axis, and is also used for sending a closing request signal to the automatic curtain structure when determining that the human body target enters the static state. The curtain article action triggering platform is reliable in logic and intelligent in control. Because the lying state of the personnel in the bedroom can be judged by adopting a visual identification mechanism, the real requirements of the personnel object can be analyzed, and then the unmanned control of the balcony curtain is realized, so that the complete unmanned modification of the curtain opening and closing control is realized.
Description
Technical Field
The invention relates to the field of curtain articles, in particular to a curtain article action triggering platform.
Background
The curtain is made of cloth, hemp, yarn, aluminum sheet, wood chip, metal material, etc. and has the functions of shading sun, insulating heat and regulating indoor light. The cloth curtain is divided into cotton gauze, polyester fabric, polyester-cotton blended fabric, cotton-hemp blended fabric, non-woven fabric and the like according to the material, different materials, textures, colors, patterns and the like are integrated to form cloth curtains with different styles, and the cloth curtains are matched with indoor design curtains with different styles.
The control modes of the curtain are manual and electric. The manual window curtain comprises: manual retractable curtains, manual bead-pulling roller curtains, manual silky drapery curtains, manual zebra curtains, manual wooden shutters, manual roman curtains, manual organ curtains and the like. The motorized window treatment comprises: electric retractable curtains, electric roller shutters, electric silky shutters, electric ceiling curtains, electric zebra curtains, electric wooden shutters, electric Roman curtains, electric organ curtains and the like. With the development of curtains, it has become an indispensable indoor decoration for a living room, combining functionality and decoration.
At present, bedroom balcony (window) curtain or need the manual work to carry out manual control, perhaps need manual operation remote control button to carry out electric control, above-mentioned two kinds of control mechanism all need more or less artifical the participation, can't resolve out the true demand of personnel's object according to the inside personnel state of lying of bedroom simultaneously, and then expand the intelligent control of the assimilation to the curtain.
Disclosure of Invention
In order to solve the technical problems in the related field, the invention provides a curtain article action triggering platform which can judge the lying state of personnel in a bedroom by adopting a visual recognition mechanism, simultaneously analyze the real requirements of personnel objects, further realize unmanned control on a balcony curtain, and further improve the intelligent level of curtain article control.
Therefore, the invention at least needs to have the following three key points:
(1) judging whether the human body object is in a static state according to the action amplitude of the human body object in the bed body of the bedroom, and driving the automatic curtain structure to finish the automatic closing operation of the balcony curtain when the human body object is in the static state, so that the intelligent control of equipment is realized on the basis of reliable logic;
(2) specifically, when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
(3) the method comprises the steps of realizing ultra-clear monitoring action on the internal environment of a bedroom at a preset frame rate for a bed body in the bedroom in a working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points, wherein the shallower the depth of the diameter of the bedroom is, the slower the set value of the preset frame rate is.
According to an aspect of the present invention there is provided a curtain article motion-triggering platform, the platform comprising:
the automatic curtain structure is arranged at the position of a window on a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal;
the automatic curtain structure is also used for executing the automatic opening action of the curtain when receiving an opening request signal;
the automatic window covering structure is also used for executing the automatic opening action of the window covering when receiving the opening request signal, and comprises the following steps: when the curtain is currently in an open state, when the automatic curtain structure receives an opening request signal, keeping the curtain in the open state;
the synchronous control mechanism is respectively connected with the automatic curtain structure and the ultra-clear monitoring mechanism and is used for realizing the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism;
the super-clean monitoring mechanism is used for realizing super-clean monitoring action on the internal environment of the bedroom at a preset frame rate for the bed body in the bedroom under the working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points;
the first capturing component is connected with the ultra-clear monitoring mechanism and used for executing nearest neighbor interpolation operation on the received current monitoring image corresponding to each time point so as to obtain a corresponding first captured image;
second capture means, connected to the first capture means, for performing a vertical image content sharpening operation on the received first captured image to obtain a corresponding second captured image;
third capture means, connected to the second capture means, for performing a maximum filtering operation on the received second captured image to obtain a corresponding third captured image;
the object identification mechanism is connected with the third capture component and used for identifying respective imaging areas of the same human body object in each third capture image respectively corresponding to each time point;
the dynamic analysis mechanism is connected with the object identification mechanism and used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging areas of the same human body object in the third captured images respectively corresponding to the time points on the time axis;
wherein the dynamic analysis mechanism is further configured to send a close request signal to the automatic window covering structure upon determining that the human target enters a static state;
wherein determining whether the human target enters a static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis comprises: when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
wherein, realize the super clear control action to the bedroom internal environment with the frame rate of predetermineeing to the bed body in the bedroom under operating mode to the current monitoring image that the moment point that obtains each even interval corresponds respectively includes: the shallower the bedroom diameter is, the slower the preset frame rate is;
wherein the dynamic analysis mechanism is further configured to send an open request signal to the automatic window covering structure upon determining that the human target has not entered a quiescent state.
According to another aspect of the invention, a curtain article action triggering method is further provided, and the method comprises the step of using the curtain article action triggering platform for performing intelligent opening and closing control on a balcony curtain of a bedroom according to the action amplitude of the same human body object on a bed body of the bedroom within a preset time length.
The curtain article action triggering platform is reliable in logic and intelligent in control. Because the lying state of the personnel in the bedroom can be judged by adopting a visual identification mechanism, the real requirements of the personnel object can be analyzed, and then the unmanned control of the balcony curtain is realized, so that the complete unmanned modification of the curtain opening and closing control is realized.
Drawings
Embodiments of the invention will now be described with reference to the accompanying drawings, in which:
fig. 1 is a schematic view illustrating the installation of an automatic window covering structure of a window covering actuation triggering platform according to an embodiment of the present invention.
Detailed Description
Embodiments of the motion-activated platform of the window covering article of the present invention will be described in detail below with reference to the accompanying drawings.
The curtain is mainly used for isolating the outside and keeping the privacy of a room, and is an indispensable decoration for home decoration. In winter, the curtain divides the inside and the outside of the room into two worlds, thereby increasing warm feeling in the room. Modern curtains can reduce light and shade light to meet the requirements of people on different intensities of light; but also can prevent fire, wind, remove dust, keep warm, eliminate noise, insulate heat, protect radiation, prevent ultraviolet rays and the like, and improve the climate and environment of the room. Therefore, the ingenious combination of decoration and practicability is the greatest characteristic of modern curtains.
The development of curtains has undergone many changes, the most obvious of which is reflected in the material of the curtain. At the outset, windows were only used to cut or leave very rough holes in walls and ceilings or Indian cone tent skylight openings, the basic use of which was limited to ventilation, and these holes and openings were often covered with wild hide or grass cloth. Hides and straw mats are the earliest forms of curtains, and due to the aesthetic property of straw mats, such window decorations are popular so far, and in summer in the south, families can hang straw mat curtains and take the straw mat curtains to cool.
At present, bedroom balcony (window) curtain or need the manual work to carry out manual control, perhaps need manual operation remote control button to carry out electric control, above-mentioned two kinds of control mechanism all need more or less artifical the participation, can't resolve out the true demand of personnel's object according to the inside personnel state of lying of bedroom simultaneously, and then expand the intelligent control of the assimilation to the curtain.
In order to overcome the defects, the invention builds the action triggering platform of the curtain product, and can effectively solve the corresponding technical problem.
Fig. 1 is a schematic view illustrating the installation of an automatic window covering structure of a window covering actuation triggering platform according to an embodiment of the present invention.
< first embodiment >
A first embodiment of the present invention shows a window covering actuation trigger platform comprising:
the automatic curtain structure is arranged at the position of a window of a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal;
the automatic curtain structure is also used for executing the automatic opening action of the curtain when receiving an opening request signal;
the automatic window covering structure is also used for executing the automatic opening action of the window covering when receiving the opening request signal, and comprises the following steps: when the window covering is currently in an open state, when the automatic window covering structure receives an opening request signal, keeping the window covering in the open state;
the synchronous control mechanism is respectively connected with the automatic curtain structure and the ultra-clear monitoring mechanism and is used for realizing the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism;
the super-definition monitoring mechanism is used for realizing super-definition monitoring action on the internal environment of the bedroom at a preset frame rate for the internal bed body of the bedroom in a working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points;
the first capturing component is connected with the ultra-clear monitoring mechanism and used for executing nearest neighbor interpolation operation on the received current monitoring image corresponding to each time point so as to obtain a corresponding first captured image;
second capture means, connected to the first capture means, for performing a vertical image content sharpening operation on the received first captured image to obtain a corresponding second captured image;
third capture means, connected to the second capture means, for performing a maximum filtering operation on the received second captured image to obtain a corresponding third captured image;
the object identification mechanism is connected with the third capture component and used for identifying respective imaging areas of the same human body object in each third capture image respectively corresponding to each time point;
the dynamic analysis mechanism is connected with the object identification mechanism and used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging areas of the same human body object in the third captured images respectively corresponding to the time points on the time axis;
wherein the dynamic analysis mechanism is further configured to send a close request signal to the automatic window covering structure upon determining that the human target enters a static state;
wherein determining whether the human target enters a static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis comprises: when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
wherein, realize the super clear control action to the bedroom internal environment with the frame rate of predetermineeing to the bed body in the bedroom under operating mode to the current monitoring image that the moment point that obtains each even interval corresponds respectively includes: the shallower the bedroom diameter is, the slower the preset frame rate is;
wherein the dynamic analysis mechanism is further configured to send an opening request signal to the automatic window covering structure upon determining that the human target has not entered a quiescent state;
the ultra-clear monitoring mechanism is also used for stopping the ultra-clear monitoring action on the internal environment of the bedroom at a preset frame rate in the sleep mode;
the realization of the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism comprises the following steps: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode;
the realization automatic (window) curtain structure with the synchro control of super clear monitoring mechanism still includes: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a sleep mode;
controlling the automatic window covering structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode comprises: triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the rising edge of the same rectangular wave;
wherein controlling the automatic window covering structure and the ultra-clean monitoring mechanism to simultaneously enter a sleep mode comprises: and triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the falling edge of the same rectangular wave.
< second embodiment >
A second embodiment of the present invention illustrates a blind article motion-triggering platform comprising:
the automatic curtain structure is arranged at the position of a window of a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal;
wherein the automatic window shade structure is further configured to perform an automatic opening action of the window shade upon receiving an opening request signal;
the automatic window covering structure is also used for executing the automatic opening action of the window covering when receiving the opening request signal, and comprises the following steps: when the window covering is currently in an open state, when the automatic window covering structure receives an opening request signal, keeping the window covering in the open state;
the synchronous control mechanism is respectively connected with the automatic curtain structure and the ultra-clear monitoring mechanism and is used for realizing the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism;
the super-clean monitoring mechanism is used for realizing super-clean monitoring action on the internal environment of the bedroom at a preset frame rate for the bed body in the bedroom under the working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points;
the first capturing component is connected with the ultra-clear monitoring mechanism and used for executing nearest neighbor interpolation operation on the received current monitoring image corresponding to each time point so as to obtain a corresponding first captured image;
second capture means, connected to the first capture means, for performing a vertical image content sharpening operation on the received first captured image to obtain a corresponding second captured image;
third capture means, connected to the second capture means, for performing a maximum filtering operation on the received second captured image to obtain a corresponding third captured image;
the object identification mechanism is connected with the third capture component and used for identifying respective imaging areas of the same human body object in each third capture image respectively corresponding to each time point;
the dynamic analysis mechanism is connected with the object identification mechanism and used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging areas of the same human body object in the third captured images respectively corresponding to the time points on the time axis;
wherein the dynamic analysis mechanism is further configured to send a close request signal to the automatic window covering structure upon determining that the human target enters a static state;
wherein determining whether the human target enters a static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis comprises: when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
wherein, realize the super clear control action to the bedroom internal environment with the frame rate of predetermineeing to the bed body in the bedroom under operating mode to the current monitoring image that the moment point that obtains each even interval corresponds respectively includes: the shallower the bedroom diameter is, the slower the preset frame rate is;
wherein the dynamic analysis mechanism is further configured to send an opening request signal to the automatic window covering structure upon determining that the human target has not entered a quiescent state;
the state extraction mechanism is respectively connected with the curtain and the automatic curtain structure and is used for detecting whether the curtain is in an opening state at present;
the ultra-clear monitoring mechanism is also used for stopping the ultra-clear monitoring action on the internal environment of the bedroom at a preset frame rate in the sleep mode;
the realization of the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism comprises the following steps: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode;
the realization automatic (window) curtain structure with the synchro control of super clear monitoring mechanism still includes: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a sleep mode;
controlling the automatic window covering structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode comprises: triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the rising edge of the same rectangular wave;
wherein controlling the automatic window covering structure and the ultra-clean monitoring mechanism to simultaneously enter a sleep mode comprises: and triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the falling edge of the same rectangular wave.
< third embodiment >
A third embodiment of the present invention is directed to a blind article motion-triggering platform comprising:
the automatic curtain structure is arranged at the position of a window of a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal;
the automatic curtain structure is also used for executing the automatic opening action of the curtain when receiving an opening request signal;
the automatic window covering structure is also used for executing the automatic opening action of the window covering when receiving the opening request signal, and comprises the following steps: when the window covering is currently in an open state, when the automatic window covering structure receives an opening request signal, keeping the window covering in the open state;
the synchronous control mechanism is respectively connected with the automatic curtain structure and the ultra-clear monitoring mechanism and is used for realizing the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism;
the super-clean monitoring mechanism is used for realizing super-clean monitoring action on the internal environment of the bedroom at a preset frame rate for the bed body in the bedroom under the working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points;
the first capturing component is connected with the ultra-clear monitoring mechanism and used for executing nearest neighbor interpolation operation on the received current monitoring image corresponding to each time point so as to obtain a corresponding first captured image;
second capture means, connected to the first capture means, for performing a vertical image content sharpening operation on the received first captured image to obtain a corresponding second captured image;
third capture means, connected to the second capture means, for performing a maximum filtering operation on the received second captured image to obtain a corresponding third captured image;
the object identification mechanism is connected with the third capture component and used for identifying respective imaging areas of the same human body object in each third capture image respectively corresponding to each time point;
the dynamic analysis mechanism is connected with the object identification mechanism and used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging areas of the same human body object in the third captured images respectively corresponding to the time points on the time axis;
wherein the dynamic analysis mechanism is further configured to send a close request signal to the automatic window covering structure upon determining that the human target enters a static state;
wherein determining whether the human target enters a static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis comprises: when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
wherein, realize the super clear control action to the bedroom internal environment with the frame rate of predetermineeing to the bed body in the bedroom under operating mode to the current monitoring image that the moment point that obtains each even interval corresponds respectively includes: the shallower the bedroom diameter is, the slower the preset frame rate is;
wherein the dynamic analysis mechanism is further configured to send an opening request signal to the automatic window covering structure upon determining that the human target has not entered a quiescent state;
the state extraction mechanism is respectively connected with the curtain and the automatic curtain structure and is used for detecting whether the curtain is in an opening state at present;
the data storage chip is connected with the object identification mechanism and is used for temporarily storing the respective imaging areas of the same human body object in the third captured images respectively corresponding to the time points;
the ultra-clear monitoring mechanism is also used for stopping the ultra-clear monitoring action on the internal environment of the bedroom at a preset frame rate in the sleep mode;
the realization of the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism comprises the following steps: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode;
the synchronous control of realizing automatic window curtain structure with super clear monitoring mechanism still includes: controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a sleep mode;
controlling the automatic window covering structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode comprises: triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the rising edge of the same rectangular wave;
wherein controlling the automatic window covering structure and the ultra-clean monitoring mechanism to simultaneously enter a sleep mode comprises: and triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the falling edge of the same rectangular wave.
Meanwhile, in order to overcome the defects, the invention also provides a curtain article action triggering method, which comprises the step of using the curtain article action triggering platform for executing intelligent switch control on a balcony curtain of a bedroom according to the action amplitude of the same human body object on the bed body of the bedroom within the preset time length.
In addition, in the curtain article motion trigger platform, the determining whether the human target enters the static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis includes: and when the integral offset of the two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length exceeds the limit, determining that the human body target does not enter a static state.
It should be understood that the embodiments and examples disclosed herein are illustrative and not restrictive. The scope of the invention is indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are intended to be embraced therein.
Claims (8)
1. A window covering actuation trigger platform, said platform comprising:
the automatic curtain structure is arranged at the position of a window of a balcony of a bedroom and is used for executing the automatic closing action of the curtain when receiving a closing request signal;
wherein the automatic window shade structure is further configured to perform an automatic opening action of the window shade upon receiving an opening request signal;
the automatic window covering structure is also used for executing the automatic opening action of the window covering when receiving the opening request signal, and comprises the following steps: when the window covering is currently in an open state, when the automatic window covering structure receives an opening request signal, keeping the window covering in the open state;
the synchronous control mechanism is respectively connected with the automatic curtain structure and the ultra-clear monitoring mechanism and is used for realizing the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism;
the super-clean monitoring mechanism is used for realizing super-clean monitoring action on the internal environment of the bedroom at a preset frame rate for the bed body in the bedroom under the working mode so as to obtain current monitoring images respectively corresponding to all uniformly spaced time points;
the first capturing component is connected with the ultra-clear monitoring mechanism and used for executing nearest neighbor interpolation operation on the received current monitoring image corresponding to each time point so as to obtain a corresponding first captured image;
second capture means, connected to the first capture means, for performing a vertical image content sharpening operation on the received first captured image to obtain a corresponding second captured image;
third capture means, connected to the second capture means, for performing a maximum filtering operation on the received second captured image to obtain a corresponding third captured image;
the object identification mechanism is connected with the third capture component and used for identifying respective imaging areas of the same human body object in each third capture image respectively corresponding to each time point;
the dynamic analysis mechanism is connected with the object identification mechanism and used for determining whether the human body target enters a static state or not based on the maximum variation amplitude of the imaging areas of the same human body object in the third captured images respectively corresponding to the time points on the time axis;
wherein the dynamic analysis mechanism is further configured to send a close request signal to the automatic window covering structure upon determining that the human target enters a static state;
wherein determining whether the human target enters a static state based on the maximum variation amplitude of the respective imaging regions of the same human target in the respective third captured images respectively corresponding to the respective time points on the time axis comprises: when the integral offset of two imaging areas of the same human body object respectively corresponding to a certain two time points existing in a preset time length is not over-limit, determining that the human body target enters a static state;
wherein, realize the super clear control action to the bedroom internal environment with the frame rate of predetermineeing to the bed body in the bedroom under operating mode to the current monitoring image that the moment point that obtains each even interval corresponds respectively includes: the shallower the diameter of the bedroom, the slower the set numerical value of the preset frame rate is;
wherein the dynamic analysis mechanism is further configured to send an open request signal to the automatic window covering structure upon determining that the human target has not entered a quiescent state.
2. The window covering action activated platform of claim 1, wherein the platform further comprises:
and the state extraction mechanism is respectively connected with the curtain and the automatic curtain structure and is used for detecting whether the curtain is in an opening state currently.
3. The window covering action activated platform of claim 1, wherein the platform further comprises:
and the data storage chip is connected with the object identification mechanism and is used for temporarily storing the respective imaging areas of the same human body object in the third captured images respectively corresponding to the time points.
4. The window covering actuation trigger platform of any one of claims 1-3, wherein:
the ultra-clear monitoring mechanism is also used for stopping the ultra-clear monitoring action on the internal environment of the bedroom at a preset frame rate in the dormant mode.
5. The window covering actuation trigger platform of any one of claims 1-3, wherein:
the realization of the synchronous control of the automatic curtain structure and the ultra-clear monitoring mechanism comprises the following steps: and controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode.
6. The window covering action activated platform of claim 5, wherein:
the realization automatic (window) curtain structure with the synchro control of super clear monitoring mechanism still includes: and controlling the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a sleep mode.
7. The window covering action activated platform of claim 6, wherein:
controlling the automatic window covering structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode comprises: triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the rising edge of the same rectangular wave;
wherein controlling the automatic window covering structure and the ultra-clean monitoring mechanism to simultaneously enter a sleep mode comprises: and triggering the automatic curtain structure and the ultra-clear monitoring mechanism to simultaneously enter a working mode by adopting the falling edge of the same rectangular wave.
8. A curtain article motion triggering method, the method comprising providing a curtain article motion triggering platform according to any one of claims 1 to 7, for performing intelligent on-off control of a curtain on a balcony of a bedroom according to the magnitude of motion amplitude of the same human body object on the bed of the bedroom within a preset time period.
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