CN117503143A - VR intelligent mask device and method capable of collecting various human body biological information - Google Patents
VR intelligent mask device and method capable of collecting various human body biological information Download PDFInfo
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Abstract
The invention provides a VR intelligent mask device and a method capable of collecting various human biological information, wherein the device comprises the following steps: comprising the following steps: VR intelligent mask body, information acquisition subassembly, information processing module, information display module, bluetooth module and control module; the VR intelligent mask body is used for being worn on the head and the face of a human body; the information acquisition component is used for acquiring human body bioelectric signals; the information processing module is used for processing the human body bioelectric signals by utilizing the signal processing chip to generate human body biological information data; the information display module is used for displaying human body biological information data; the Bluetooth module is used for realizing networking connection between the VR intelligent mask body and the mobile terminal device or the integrated machine; the control module is used for controlling the on-off operation, networking operation and information acquisition operation of the VR intelligent mask body. According to the invention, the VR intelligent mask is utilized to collect the human body biological information data, so that the functions of the VR intelligent mask can be expanded, and the intelligent use level of the VR intelligent mask is improved.
Description
Technical Field
The invention relates to the technical field of VR intelligent masks, in particular to a VR intelligent mask device and a VR intelligent mask method capable of collecting various human body biological information.
Background
VR masks are typically constructed of a body support and a cushion (the portion that contacts the facial skin when worn). The mask body support is a supporting structure connected with the VR device, and a circle of buffer pad on the mask body support is the part of the face, which is contacted with the VR and the mask.
The existing VR mask is not perfect in function and not high in intelligent degree, and especially collection of heart rate data, blood pressure data, blood oxygen data and brain wave data in the use process of a user is not enough, experience conditions of the user in the use process are not known, and function improvement of the VR mask and use experience of the user are affected.
Therefore, there is a need for VR intelligent mask devices and methods that can collect a variety of human biological information.
Disclosure of Invention
The invention provides a VR intelligent mask device and a method capable of collecting various human body biological information, which can expand the functions of the VR intelligent mask, improve the intelligent use level of the VR intelligent mask and provide decision basis for a user to obtain personalized VR content by utilizing the VR intelligent mask to collect the human body biological information data; by classifying and storing the reference information data and the abnormal information data of the human body biological information and calling the processing setting for the information data, the storage and processing quality of the human body biological information data can be improved.
The invention provides a VR intelligent mask device capable of collecting various human body biological information, which comprises: VR intelligent mask body, information acquisition subassembly, information processing module, information display module, bluetooth module and control module;
the VR intelligent mask body is used for being worn on the head and the face of a human body; the information acquisition component is used for acquiring human body bioelectric signals; the information processing module is used for processing the human body bioelectric signals by utilizing the signal processing chip to generate human body biological information data; the information display module is used for displaying human body biological information data; the Bluetooth module is used for realizing networking connection between the VR intelligent mask body and the mobile terminal device or the integrated machine; the control module is used for controlling the on-off operation, the networking operation and the information acquisition operation of the VR intelligent mask body;
the information processing module comprises an information data storage unit; the information storage unit comprises a reference information data storage library construction subunit, a transaction information data storage library construction subunit and an information data calling processing setting subunit;
the reference information data storage base construction subunit is used for carrying out clustering division on the acquired human body biological information data according to a heart rate data standard value range, a blood pressure data standard value range, a blood oxygen data standard value range and an brain wave data standard value range, setting a reference value range of the reference information data of the human body biological information data, and constructing and generating a reference information data storage base by the human body biological information data in the reference value range;
the abnormal information data storage base construction subunit is used for acquiring human body biological information abnormal data exceeding the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data; after the acquisition frequency is adjusted according to a preset time node, taking human body biological information fluctuation data which still exceeds the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data as human body biological information fluctuation confirmation data; generating a transaction information data storage library according to the human body biological information transaction confirmation data;
the information data calling processing setting subunit is used for setting a transaction information data record consisting of a transaction information data time node and a transaction information data table label and setting a plurality of sub-item information data sets consisting of transaction information data and reference information data; based on the block chain technology, calling processing rules of the subentry information data set and the transaction information data record are set.
Further, the information acquisition component comprises a plurality of information acquisition electrodes; the information acquisition electrode is arranged on the shell of the VR intelligent mask body according to the positions of the acupoints on the head and the face of the human body; the information acquisition electrode is used for acquiring human body bioelectric signals of the acupoints of the head and the face of the human body in a contact skin attaching mode and a photoelectric refraction mode and sending the human body bioelectric signals to the information processing module.
Further, the information processing module further comprises a signal processing unit and a processing result generating unit;
the signal processing unit is used for acquiring human body biological information data matched with the human body biological electrical signals in a preset signal-information data matching library; the signal-information data matching library is a matching library of human body bioelectricity signals and heart rate data, blood pressure data, blood oxygen data and brain wave data;
and the processing result generating unit is used for generating corresponding human body biological information display control signals according to the human body biological information data.
Further, the information display module comprises an information display setting unit, an indicator light display unit and a peripheral connection display unit;
the information display unit construction unit is used for constructing a human body biological information data display unit by utilizing a sensor arranged in the VR intelligent mask body, an indicator light on the VR intelligent mask body and external display equipment connected to the VR intelligent mask body;
the indicating lamp display unit is used for displaying the control signal according to the human body biological information, and displaying the human body biological information data by utilizing the indicating lamp on the VR intelligent mask body; the indicator lights display the normal or abnormal human body biological information data through different light colors;
the external connection display unit is used for displaying human body biological information data by using external display equipment connected to the VR intelligent mask body according to the human body biological information display control signal; the external display device displays specific numerical values of the human body biological information data and feedback analysis reports.
Further, the peripheral connection display unit comprises a mobile terminal device display subunit and an all-in-one display subunit;
the mobile terminal equipment display subunit is used for displaying specific numerical values of the human body biological information data and feedback analysis reports by utilizing APP software on the mobile terminal;
and the all-in-one machine display subunit is used for displaying specific numerical values of the human body biological information data by utilizing APP software on the all-in-one machine.
Further, the control module comprises a control confirmation unit and a control engagement unit;
the control confirmation unit is used for confirming the startup operation, the networking operation and the information acquisition operation of the VR intelligent mask item by item according to a preset VR intelligent mask operation control workflow and generating a confirmation signal;
the control connection unit is used for executing networking operation after the startup operation is completed according to the confirmation signal, executing information acquisition operation after the networking operation is completed, and executing shutdown operation after the information acquisition operation is completed.
Further, the control confirmation unit comprises an information acquisition operation confirmation subunit; the information acquisition operation confirmation subunit comprises an information acquisition preparation confirmation molecule unit, an information acquisition implementation confirmation molecule unit and an information acquisition operation confirmation signal generation molecule unit;
the information acquisition preparation confirmation molecular unit is used for comparing the first initial human body bioelectric signal acquired by the information acquisition electrode with a preset initial human body bioelectric signal threshold range, if the initial human body bioelectric signal is not in the initial human body bioelectric signal threshold range, sending a first feedback signal that the VR intelligent mask body is not worn correctly, and sending a voice prompt through an audio component on the VR intelligent mask body according to the first feedback signal; if the initial human body bioelectric signal is within the threshold range of the initial human body bioelectric signal, generating an information acquisition preparation confirmation sub-signal;
the information acquisition implementation confirmation molecular unit is used for analyzing and judging a second initial human body bioelectric signal acquired by the information acquisition electrode according to a preset human body bioelectric signal intensity threshold and a human body bioelectric signal accuracy deviation threshold, and generating an information acquisition implementation confirmation sub-signal if the intensity value of the second initial human body bioelectric signal is larger than the human body bioelectric signal intensity threshold and the accuracy of the second initial human body bioelectric signal is smaller than the human body bioelectric signal accuracy deviation threshold;
and the information acquisition operation confirmation signal generation molecular unit is used for generating an information acquisition operation confirmation signal according to the information acquisition preparation confirmation sub-signal and the information acquisition implementation confirmation sub-signal.
A method for collecting multiple human body biological information comprises the following steps of:
s1: the control module of the VR intelligent mask is used for controlling the start-up of the VR intelligent mask body;
s2: collecting human body bioelectric signals by utilizing an information collecting component;
s3: processing the human body bioelectricity signals by utilizing an information processing module of the VR intelligent mask to generate human body biological information data;
s4: the human body biological information data is displayed on the VR intelligent mask body or on mobile terminal equipment APP and an integrated machine APP which are connected with the VR intelligent mask body through Bluetooth components in a networking mode by utilizing an information display module;
s5: utilize the control module control VR intelligent face guard of VR intelligent face guard body to shut down.
Further, the method also comprises S6, which is used for analyzing the human body biological information data and comprises the following specific steps:
s601: acquiring abnormal information data in the human body biological information data;
s602: performing influence analysis of VR environment content on the abnormal information data based on the constructed feedforward neural network model to obtain influence analysis evaluation values of a plurality of preset time periods;
s603: based on the corresponding relation between the preset influence analysis evaluation value and the VR environment content in the preset time period, obtaining corresponding VR environment content; analyzing the content change of the VR environment content to obtain typical characteristic items of the content change;
s604: and constructing a knowledge graph of VR environment content experience based on the influence analysis evaluation value, the VR environment content and the content change typical characteristic item, and managing the VR environment content based on the knowledge graph to enable the influence analysis evaluation value to be smaller than a preset influence analysis evaluation threshold.
Compared with the prior art, the invention has the following advantages and beneficial effects: by utilizing the VR intelligent mask to collect human body biological information data, the functions of the VR intelligent mask can be expanded, the intelligent use level of the VR intelligent mask is improved, and decision basis can be provided for a user to obtain personalized VR content; by classifying and storing the reference information data and the abnormal information data of the human body biological information and calling the processing setting for the information data, the storage and processing quality of the human body biological information data can be improved.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention may be realized and attained by the structure particularly pointed out in the written description and drawings.
The technical scheme of the invention is further described in detail through the drawings and the embodiments.
Drawings
The accompanying drawings are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate the invention and together with the embodiments of the invention, serve to explain the invention. In the drawings:
FIG. 1 is a schematic diagram of a VR intelligent mask device that can collect multiple types of biometric information;
FIG. 2 is a pictorial diagram of a VR intelligent mask device that can collect multiple types of biometric information;
FIG. 3 is a schematic diagram of an information processing module of a VR intelligent mask device that can collect multiple types of biometric information;
fig. 4 is a schematic diagram of a method for collecting various biological information of a human body.
Detailed Description
The preferred embodiments of the present invention will be described below with reference to the accompanying drawings, it being understood that the preferred embodiments described herein are for illustration and explanation of the present invention only, and are not intended to limit the present invention.
The invention provides a VR intelligent mask device capable of collecting various human body biological information, as shown in figure 1, comprising: VR intelligent mask body, information acquisition subassembly, information processing module, information display module, bluetooth module and control module;
the VR intelligent mask body is used for being worn on the head and the face of a human body; the information acquisition component is used for acquiring human body bioelectric signals; the information processing module is used for processing the human body bioelectric signals by utilizing the signal processing chip to generate human body biological information data; the information display module is used for displaying human body biological information data; the Bluetooth module is used for realizing networking connection between the VR intelligent mask body and the mobile terminal device or the integrated machine; the control module is used for controlling the on-off operation, the networking operation and the information acquisition operation of the VR intelligent mask body;
the information processing module comprises an information data storage unit; the information storage unit comprises a reference information data storage library construction subunit, a transaction information data storage library construction subunit and an information data calling processing setting subunit;
the reference information data storage base construction subunit is used for carrying out clustering division on the acquired human body biological information data according to a heart rate data standard value range, a blood pressure data standard value range, a blood oxygen data standard value range and an brain wave data standard value range, setting a reference value range of the reference information data of the human body biological information data, and constructing and generating a reference information data storage base by the human body biological information data in the reference value range;
the abnormal information data storage base construction subunit is used for acquiring human body biological information abnormal data exceeding the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data; after the acquisition frequency is adjusted according to a preset time node, taking human body biological information fluctuation data which still exceeds the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data as human body biological information fluctuation confirmation data; generating a transaction information data storage library according to the human body biological information transaction confirmation data;
the information data calling processing setting subunit is used for setting a transaction information data record consisting of a transaction information data time node and a transaction information data table label and setting a plurality of sub-item information data sets consisting of transaction information data and reference information data; based on the block chain technology, calling processing rules of the subentry information data set and the transaction information data record are set.
The working principle of the technical scheme is as follows: VR intelligent mask body, information acquisition subassembly, information processing module, information display module, bluetooth module and control module;
the VR intelligent mask body is used for being worn on the head and the face of a human body; the information acquisition component is used for acquiring human body bioelectric signals; the information processing module is used for processing the human body bioelectric signals by utilizing the signal processing chip to generate human body biological information data; the information display module is used for displaying human body biological information data; the Bluetooth module is used for realizing networking connection between the VR intelligent mask body and the mobile terminal device or the integrated machine; the control module is used for controlling the on-off operation, the networking operation and the information acquisition operation of the VR intelligent mask body;
the information processing module comprises an information data storage unit; the information storage unit comprises a reference information data storage library construction subunit, a transaction information data storage library construction subunit and an information data calling processing setting subunit;
the reference information data storage base construction subunit is used for carrying out clustering division on the acquired human body biological information data according to a heart rate data standard value range, a blood pressure data standard value range, a blood oxygen data standard value range and an brain wave data standard value range, setting a reference value range of the reference information data of the human body biological information data, and constructing and generating a reference information data storage base by the human body biological information data in the reference value range;
the abnormal information data storage base construction subunit is used for acquiring human body biological information abnormal data exceeding the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data; after the acquisition frequency is adjusted according to a preset time node, taking human body biological information fluctuation data which still exceeds the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data as human body biological information fluctuation confirmation data; generating a transaction information data storage library according to the human body biological information transaction confirmation data;
the information data calling processing setting subunit is used for setting a transaction information data record consisting of a transaction information data time node and a transaction information data table label and setting a plurality of sub-item information data sets consisting of transaction information data and reference information data; based on the block chain technology, calling processing rules of the subentry information data set and the transaction information data record are set.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the functions of the VR intelligent mask can be expanded by utilizing the VR intelligent mask to collect the human body biological information data, the intelligent use level of the VR intelligent mask is improved, and decision basis can be provided for a user to obtain personalized VR content; by classifying and storing the reference information data and the abnormal information data of the human body biological information and calling the processing setting for the information data, the storage and processing quality of the human body biological information data can be improved.
In one embodiment, as shown in FIG. 2, the information acquisition assembly includes a number of information acquisition electrodes; the information acquisition electrode is arranged on the shell of the VR intelligent mask body according to the positions of the acupoints on the head and the face of the human body; the information acquisition electrode is used for acquiring human body bioelectric signals of the acupoints of the head and the face of the human body in a contact skin attaching mode and a photoelectric refraction mode and sending the human body bioelectric signals to the information processing module.
The working principle of the technical scheme is as follows: the information acquisition component comprises a plurality of information acquisition electrodes; the information acquisition electrode is arranged on the shell of the VR intelligent mask body according to the positions of the acupoints on the head and the face of the human body; the information acquisition electrode is used for acquiring human body bioelectricity signals of the acupoints of the head and the face of the human body in a contact skin attaching mode and a photoelectric refraction mode and sending the human body bioelectricity signals to the information processing module; the human body bioelectric signals can be effectively obtained by the wearing mode of skin contact;
the beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, accurate human body bioelectric signals can be ensured to be obtained through the skin contact acquisition by adopting the information acquisition electrode.
In one embodiment, as shown in fig. 3, the information processing module further includes a signal processing unit and a processing result generating unit;
the signal processing unit is used for acquiring human body biological information data matched with the human body biological electrical signals in a preset signal-information data matching library; the signal-information data matching library is a matching library of human body bioelectricity signals and heart rate data, blood pressure data, blood oxygen data and brain wave data;
and the processing result generating unit is used for generating corresponding human body biological information display control signals according to the human body biological information data.
The working principle of the technical scheme is as follows: the information processing module also comprises a signal processing unit and a processing result generating unit;
the signal processing unit is used for acquiring human body biological information data matched with the human body biological electrical signals in a preset signal-information data matching library; the signal-information data matching library is a matching library of human body bioelectricity signals and heart rate data, blood pressure data, blood oxygen data and brain wave data;
and the processing result generating unit is used for generating corresponding human body biological information display control signals according to the human body biological information data.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the basis is provided for subsequent display by matching and selecting the human body bioelectric signals and processing the generated human body bioelectric information data.
In one embodiment, the information display module comprises an information display setting unit, an indicator light display unit and a peripheral connection display unit;
the information display unit construction unit is used for constructing a human body biological information data display unit by utilizing a sensor arranged in the VR intelligent mask body, an indicator light on the VR intelligent mask body and external display equipment connected to the VR intelligent mask body;
the indicating lamp display unit is used for displaying the control signal according to the human body biological information, and displaying the human body biological information data by utilizing the indicating lamp on the VR intelligent mask body; the indicator lights display the normal or abnormal human body biological information data through different light colors;
the external connection display unit is used for displaying human body biological information data by using external display equipment connected to the VR intelligent mask body according to the human body biological information display control signal; the external display device displays specific numerical values of the human body biological information data and feedback analysis reports.
The working principle of the technical scheme is as follows: the information display module comprises an information display setting unit, an indicator light display unit and a peripheral connection display unit;
the information display unit construction unit is used for constructing a human body biological information data display unit by utilizing a sensor arranged in the VR intelligent mask body, an indicator light on the VR intelligent mask body and external display equipment connected to the VR intelligent mask body;
the indicating lamp display unit is used for displaying the control signal according to the human body biological information, and displaying the human body biological information data by utilizing the indicating lamp on the VR intelligent mask body; the indicator lights display the normal or abnormal human body biological information data through different light colors;
the external connection display unit is used for displaying human body biological information data by using external display equipment connected to the VR intelligent mask body according to the human body biological information display control signal; the external display device displays specific numerical values of the human body biological information data and feedback analysis reports.
The beneficial effects of the technical scheme are as follows: adopt the scheme that this embodiment provided, through utilizing the external display device of pilot lamp and VR intelligent face guard body on the VR intelligent face guard body to show human biological information data, the display route of scalable human biological information data is favorable to the nimble use of VR intelligent face guard.
In one embodiment, the peripheral connection display unit includes a mobile terminal device display subunit and an all-in-one display subunit;
the mobile terminal equipment display subunit is used for displaying specific numerical values of the human body biological information data and feedback analysis reports by utilizing APP software on the mobile terminal;
and the all-in-one machine display subunit is used for displaying specific numerical values of the human body biological information data by utilizing APP software on the all-in-one machine.
The working principle of the technical scheme is as follows: the peripheral connection display unit comprises a mobile terminal equipment display subunit and an all-in-one display subunit;
the mobile terminal equipment display subunit is used for displaying specific numerical values of the human body biological information data and feedback analysis reports by utilizing APP software on the mobile terminal; the mobile terminal equipment can be intelligent mobile terminal equipment such as mobile phones, tablet computers and the like;
the all-in-one machine display subunit is used for displaying specific numerical values of human body biological information data by utilizing APP software on the all-in-one machine; the all-in-one machine comprises an AR device, an MR device and a VR device.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the mobile terminal equipment and the integrated machine are used for displaying, so that flexible display of the human body biological information data can be ensured.
In one embodiment, the control module includes a control confirmation unit and a control engagement unit;
the control confirmation unit is used for confirming the startup operation, the networking operation and the information acquisition operation of the VR intelligent mask item by item according to a preset VR intelligent mask operation control workflow and generating a confirmation signal;
the control connection unit is used for executing networking operation after the startup operation is completed according to the confirmation signal, executing information acquisition operation after the networking operation is completed, and executing shutdown operation after the information acquisition operation is completed.
The working principle of the technical scheme is as follows: the control module comprises a control confirmation unit and a control connection unit;
the control confirmation unit is used for confirming the startup operation, the networking operation and the information acquisition operation of the VR intelligent mask item by item according to a preset VR intelligent mask operation control workflow and generating a confirmation signal;
the control connection unit is used for executing networking operation after the startup operation is completed according to the confirmation signal, executing information acquisition operation after the networking operation is completed, and executing shutdown operation after the information acquisition operation is completed.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the control operation quality of the VR intelligent mask can be ensured through the control of the control module.
In one embodiment, the control confirmation unit comprises an information acquisition operation confirmation subunit; the information acquisition operation confirmation subunit comprises an information acquisition preparation confirmation molecule unit, an information acquisition implementation confirmation molecule unit and an information acquisition operation confirmation signal generation molecule unit;
the information acquisition preparation confirmation molecular unit is used for comparing the first initial human body bioelectric signal acquired by the information acquisition electrode with a preset initial human body bioelectric signal threshold range, if the initial human body bioelectric signal is not in the initial human body bioelectric signal threshold range, sending a first feedback signal that the VR intelligent mask body is not worn correctly, and sending a voice prompt through an audio component on the VR intelligent mask body according to the first feedback signal; if the initial human body bioelectric signal is within the threshold range of the initial human body bioelectric signal, generating an information acquisition preparation confirmation sub-signal;
the information acquisition implementation confirmation molecular unit is used for analyzing and judging a second initial human body bioelectric signal acquired by the information acquisition electrode according to a preset human body bioelectric signal intensity threshold and a human body bioelectric signal accuracy deviation threshold, and generating an information acquisition implementation confirmation sub-signal if the intensity value of the second initial human body bioelectric signal is larger than the human body bioelectric signal intensity threshold and the accuracy of the second initial human body bioelectric signal is smaller than the human body bioelectric signal accuracy deviation threshold;
and the information acquisition operation confirmation signal generation molecular unit is used for generating an information acquisition operation confirmation signal according to the information acquisition preparation confirmation sub-signal and the information acquisition implementation confirmation sub-signal.
The working principle of the technical scheme is as follows: the control confirmation unit comprises an information acquisition operation confirmation subunit; the information acquisition operation confirmation subunit comprises an information acquisition preparation confirmation molecule unit, an information acquisition implementation confirmation molecule unit and an information acquisition operation confirmation signal generation molecule unit;
the information acquisition preparation confirmation molecular unit is used for comparing the first initial human body bioelectric signal acquired by the information acquisition electrode with a preset initial human body bioelectric signal threshold range, if the initial human body bioelectric signal is not in the initial human body bioelectric signal threshold range, sending a first feedback signal that the VR intelligent mask body is not worn correctly, and sending a voice prompt through an audio component on the VR intelligent mask body according to the first feedback signal; if the initial human body bioelectric signal is within the threshold range of the initial human body bioelectric signal, generating an information acquisition preparation confirmation sub-signal;
the information acquisition implementation confirmation molecular unit is used for analyzing and judging a second initial human body bioelectric signal acquired by the information acquisition electrode according to a preset human body bioelectric signal intensity threshold and a human body bioelectric signal accuracy deviation threshold, and generating an information acquisition implementation confirmation sub-signal if the intensity value of the second initial human body bioelectric signal is larger than the human body bioelectric signal intensity threshold and the accuracy of the second initial human body bioelectric signal is smaller than the human body bioelectric signal accuracy deviation threshold;
and the information acquisition operation confirmation signal generation molecular unit is used for generating an information acquisition operation confirmation signal according to the information acquisition preparation confirmation sub-signal and the information acquisition implementation confirmation sub-signal.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the correct and effective acquisition of the human body biological information is facilitated by confirming the information acquisition operation and generating the information acquisition operation confirmation signal, and the quality of the human body biological information acquisition is improved.
A method for collecting multiple biological information of human body, as shown in fig. 4, according to a VR intelligent mask device capable of collecting multiple biological information of human body, the biological information of human body is collected by the following steps:
s1: the control module of the VR intelligent mask is used for controlling the start-up of the VR intelligent mask body;
s2: collecting human body bioelectric signals by utilizing an information collecting component;
s3: processing the human body bioelectricity signals by utilizing an information processing module of the VR intelligent mask to generate human body biological information data;
s4: the human body biological information data is displayed on the VR intelligent mask body or on mobile terminal equipment APP and an integrated machine APP which are connected with the VR intelligent mask body through Bluetooth components in a networking mode by utilizing an information display module;
s5: utilize the control module control VR intelligent face guard of VR intelligent face guard body to shut down.
The working principle of the technical scheme is as follows: s1: the control module of the VR intelligent mask is used for controlling the start-up of the VR intelligent mask body;
s2: collecting human body bioelectric signals by utilizing an information collecting component;
s3: processing the human body bioelectricity signals by utilizing an information processing module of the VR intelligent mask to generate human body biological information data;
s4: the human body biological information data is displayed on the VR intelligent mask body or on mobile terminal equipment APP and an integrated machine APP which are connected with the VR intelligent mask body through Bluetooth components in a networking mode by utilizing an information display module;
s5: utilize the control module control VR intelligent face guard of VR intelligent face guard body to shut down.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, the function of the VR intelligent mask can be expanded by utilizing the VR intelligent mask to collect the human body biological information data, the intelligent use level of the VR intelligent mask is improved, and decision basis can be provided for a user to obtain personalized VR content.
In one embodiment, the method further comprises S6, wherein the method comprises the following specific steps of:
s601: acquiring abnormal information data in the human body biological information data;
s602: performing influence analysis of VR environment content on the abnormal information data based on the constructed feedforward neural network model to obtain influence analysis evaluation values of a plurality of preset time periods;
s603: based on the corresponding relation between the preset influence analysis evaluation value and the VR environment content in the preset time period, obtaining corresponding VR environment content; analyzing the content change of the VR environment content to obtain typical characteristic items of the content change;
s604: and constructing a knowledge graph of VR environment content experience based on the influence analysis evaluation value, the VR environment content and the content change typical characteristic item, and managing the VR environment content based on the knowledge graph to enable the influence analysis evaluation value to be smaller than a preset influence analysis evaluation threshold.
The working principle of the technical scheme is as follows: s6, analyzing the human body biological information data, wherein the method comprises the following specific steps of:
s601: acquiring abnormal information data in the human body biological information data;
s602: performing influence analysis of VR environment content on the abnormal information data based on the constructed feedforward neural network model to obtain influence analysis evaluation values of a plurality of preset time periods;
s603: based on the corresponding relation between the preset influence analysis evaluation value and the VR environment content in the preset time period, obtaining corresponding VR environment content; analyzing the content change of the VR environment content to obtain typical characteristic items of the content change;
s604: and constructing a knowledge graph of VR environment content experience based on the influence analysis evaluation value, the VR environment content and the content change typical characteristic item, and managing the VR environment content based on the knowledge graph to enable the influence analysis evaluation value to be smaller than a preset influence analysis evaluation threshold.
The beneficial effects of the technical scheme are as follows: by adopting the scheme provided by the embodiment, through analyzing the human body biological information data, the knowledge graph of VR environment content experience is constructed based on the influence analysis evaluation value, VR environment content and content change typical characteristic items, and the VR environment content is managed based on the knowledge graph, so that the experience of a user on the use of the VR intelligent mask can be improved.
It will be apparent to those skilled in the art that various modifications and variations can be made to the present invention without departing from the spirit or scope of the invention. Thus, it is intended that the present invention also include such modifications and alterations insofar as they come within the scope of the appended claims or the equivalents thereof.
Claims (9)
1. VR intelligent mask device that can gather multiple human biological information, a serial communication port, include: VR intelligent mask body, information acquisition subassembly, information processing module, information display module, bluetooth module and control module;
the VR intelligent mask body is used for being worn on the head and the face of a human body; the information acquisition component is used for acquiring human body bioelectric signals; the information processing module is used for processing the human body bioelectric signals by utilizing the signal processing chip to generate human body biological information data; the information display module is used for displaying human body biological information data; the Bluetooth module is used for realizing networking connection between the VR intelligent mask body and the mobile terminal device or the integrated machine; the control module is used for controlling the on-off operation, the networking operation and the information acquisition operation of the VR intelligent mask body;
the information processing module comprises an information data storage unit; the information storage unit comprises a reference information data storage library construction subunit, a transaction information data storage library construction subunit and an information data calling processing setting subunit;
the reference information data storage base construction subunit is used for carrying out clustering division on the acquired human body biological information data according to a heart rate data standard value range, a blood pressure data standard value range, a blood oxygen data standard value range and an brain wave data standard value range, setting a reference value range of the reference information data of the human body biological information data, and constructing and generating a reference information data storage base by the human body biological information data in the reference value range;
the abnormal information data storage base construction subunit is used for acquiring human body biological information abnormal data exceeding the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data; after the acquisition frequency is adjusted according to a preset time node, taking human body biological information fluctuation data which still exceeds the standard value range of heart rate data, the standard value range of blood pressure data, the standard value range of blood oxygen data and the standard value range of brain wave data as human body biological information fluctuation confirmation data; generating a transaction information data storage library according to the human body biological information transaction confirmation data;
the information data calling processing setting subunit is used for setting a transaction information data record consisting of a transaction information data time node and a transaction information data table label and setting a plurality of sub-item information data sets consisting of transaction information data and reference information data; based on the block chain technology, calling processing rules of the subentry information data set and the transaction information data record are set.
2. The VR intelligent mask device capable of collecting multiple human biological information as set forth in claim 1, wherein the information collecting assembly comprises a plurality of information collecting electrodes; the information acquisition electrode is arranged on the shell of the VR intelligent mask body according to the positions of the acupoints on the head and the face of the human body; the information acquisition electrode is used for acquiring human body bioelectric signals of the acupoints of the head and the face of the human body in a contact skin attaching mode and a photoelectric refraction mode and sending the human body bioelectric signals to the information processing module.
3. The VR intelligent mask device capable of collecting multiple human biological information as set forth in claim 1, wherein the information processing module further comprises a signal processing unit and a processing result generating unit;
the signal processing unit is used for acquiring human body biological information data matched with the human body biological electrical signals in a preset signal-information data matching library; the signal-information data matching library is a matching library of human body bioelectricity signals and heart rate data, blood pressure data, blood oxygen data and brain wave data;
and the processing result generating unit is used for generating corresponding human body biological information display control signals according to the human body biological information data.
4. The VR intelligent mask device capable of collecting multiple human biological information according to claim 3, wherein the information display module comprises an information display setting unit, an indicator light display unit and a peripheral connection display unit;
the information display unit construction unit is used for constructing a human body biological information data display unit by utilizing a sensor arranged in the VR intelligent mask body, an indicator light on the VR intelligent mask body and external display equipment connected to the VR intelligent mask body;
the indicating lamp display unit is used for displaying the control signal according to the human body biological information, and displaying the human body biological information data by utilizing the indicating lamp on the VR intelligent mask body; the indicator lights display the normal or abnormal human body biological information data through different light colors;
the external connection display unit is used for displaying human body biological information data by using external display equipment connected to the VR intelligent mask body according to the human body biological information display control signal; the external display device displays specific numerical values of the human body biological information data and feedback analysis reports.
5. The VR intelligent mask device capable of collecting multiple human biological information as set forth in claim 4, wherein the peripheral connected display unit comprises a mobile terminal device display subunit and an all-in-one display subunit;
the mobile terminal equipment display subunit is used for displaying specific numerical values of the human body biological information data and feedback analysis reports by utilizing APP software on the mobile terminal;
and the all-in-one machine display subunit is used for displaying specific numerical values of the human body biological information data by utilizing APP software on the all-in-one machine.
6. The VR intelligent mask device capable of collecting multiple human biological information as set forth in claim 1, wherein the control module comprises a control confirmation unit and a control engagement unit;
the control confirmation unit is used for confirming the startup operation, the networking operation and the information acquisition operation of the VR intelligent mask item by item according to a preset VR intelligent mask operation control workflow and generating a confirmation signal;
the control connection unit is used for executing networking operation after the startup operation is completed according to the confirmation signal, executing information acquisition operation after the networking operation is completed, and executing shutdown operation after the information acquisition operation is completed.
7. The VR intelligent mask device capable of collecting multiple human biological information as set forth in claim 6 wherein the control confirmation unit comprises an information collection operation confirmation subunit; the information acquisition operation confirmation subunit comprises an information acquisition preparation confirmation molecule unit, an information acquisition implementation confirmation molecule unit and an information acquisition operation confirmation signal generation molecule unit;
the information acquisition preparation confirmation molecular unit is used for comparing the first initial human body bioelectric signal acquired by the information acquisition electrode with a preset initial human body bioelectric signal threshold range, if the initial human body bioelectric signal is not in the initial human body bioelectric signal threshold range, sending a first feedback signal that the VR intelligent mask body is not worn correctly, and sending a voice prompt through an audio component on the VR intelligent mask body according to the first feedback signal; if the initial human body bioelectric signal is within the threshold range of the initial human body bioelectric signal, generating an information acquisition preparation confirmation sub-signal;
the information acquisition implementation confirmation molecular unit is used for analyzing and judging a second initial human body bioelectric signal acquired by the information acquisition electrode according to a preset human body bioelectric signal intensity threshold and a human body bioelectric signal accuracy deviation threshold, and generating an information acquisition implementation confirmation sub-signal if the intensity value of the second initial human body bioelectric signal is larger than the human body bioelectric signal intensity threshold and the accuracy of the second initial human body bioelectric signal is smaller than the human body bioelectric signal accuracy deviation threshold;
and the information acquisition operation confirmation signal generation molecular unit is used for generating an information acquisition operation confirmation signal according to the information acquisition preparation confirmation sub-signal and the information acquisition implementation confirmation sub-signal.
8. A method for collecting multiple biological information of human body, characterized in that, a VR intelligent mask device for collecting multiple biological information of human body according to any one of claims 1-7, the biological information of human body is collected by the following steps:
s1: the control module of the VR intelligent mask is used for controlling the start-up of the VR intelligent mask body;
s2: collecting human body bioelectric signals by utilizing an information collecting component;
s3: processing the human body bioelectricity signals by utilizing an information processing module of the VR intelligent mask to generate human body biological information data;
s4: the human body biological information data is displayed on the VR intelligent mask body or on mobile terminal equipment APP and an integrated machine APP which are connected with the VR intelligent mask body through Bluetooth components in a networking mode by utilizing an information display module;
s5: utilize the control module control VR intelligent face guard of VR intelligent face guard body to shut down.
9. The method for collecting multiple biological information of human body according to claim 8, further comprising S6, analyzing the biological information data of human body, specifically comprising the steps of:
s601: acquiring abnormal information data in the human body biological information data;
s602: performing influence analysis of VR environment content on the abnormal information data based on the constructed feedforward neural network model to obtain influence analysis evaluation values of a plurality of preset time periods;
s603: based on the corresponding relation between the preset influence analysis evaluation value and the VR environment content in the preset time period, obtaining corresponding VR environment content; analyzing the content change of the VR environment content to obtain typical characteristic items of the content change;
s604: and constructing a knowledge graph of VR environment content experience based on the influence analysis evaluation value, the VR environment content and the content change typical characteristic item, and managing the VR environment content based on the knowledge graph to enable the influence analysis evaluation value to be smaller than a preset influence analysis evaluation threshold.
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