WO2015172266A1 - 适应性护肤信息提示系统及其适应性护肤提示方法 - Google Patents

适应性护肤信息提示系统及其适应性护肤提示方法 Download PDF

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Publication number
WO2015172266A1
WO2015172266A1 PCT/CN2014/000501 CN2014000501W WO2015172266A1 WO 2015172266 A1 WO2015172266 A1 WO 2015172266A1 CN 2014000501 W CN2014000501 W CN 2014000501W WO 2015172266 A1 WO2015172266 A1 WO 2015172266A1
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Prior art keywords
information
skin care
electronic device
user
adaptive
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PCT/CN2014/000501
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English (en)
French (fr)
Inventor
陈威宇
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陈威宇
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Priority to US15/308,891 priority Critical patent/US20170071528A1/en
Publication of WO2015172266A1 publication Critical patent/WO2015172266A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/44Detecting, measuring or recording for evaluating the integumentary system, e.g. skin, hair or nails
    • A61B5/441Skin evaluation, e.g. for skin disorder diagnosis
    • A61B5/445Evaluating skin irritation or skin trauma, e.g. rash, eczema, wound, bed sore
    • AHUMAN NECESSITIES
    • A45HAND OR TRAVELLING ARTICLES
    • A45DHAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
    • A45D44/00Other cosmetic or toiletry articles, e.g. for hairdressers' rooms
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/0002Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network
    • A61B5/0015Remote monitoring of patients using telemetry, e.g. transmission of vital signals via a communication network characterised by features of the telemetry system
    • A61B5/0022Monitoring a patient using a global network, e.g. telephone networks, internet
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/0059Measuring for diagnostic purposes; Identification of persons using light, e.g. diagnosis by transillumination, diascopy, fluorescence
    • A61B5/0075Measuring for diagnostic purposes; Identification of persons using light, e.g. diagnosis by transillumination, diascopy, fluorescence by spectroscopy, i.e. measuring spectra, e.g. Raman spectroscopy, infrared absorption spectroscopy
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/44Detecting, measuring or recording for evaluating the integumentary system, e.g. skin, hair or nails
    • A61B5/441Skin evaluation, e.g. for skin disorder diagnosis
    • A61B5/443Evaluating skin constituents, e.g. elastin, melanin, water
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00Measuring for diagnostic purposes; Identification of persons
    • A61B5/48Other medical applications
    • A61B5/4848Monitoring or testing the effects of treatment, e.g. of medication
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B6/00Apparatus or devices for radiation diagnosis; Apparatus or devices for radiation diagnosis combined with radiation therapy equipment
    • GPHYSICS
    • G16INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16HHEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H40/00ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
    • G16H40/60ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
    • G16H40/67ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for remote operation
    • AHUMAN NECESSITIES
    • A45HAND OR TRAVELLING ARTICLES
    • A45DHAIRDRESSING OR SHAVING EQUIPMENT; EQUIPMENT FOR COSMETICS OR COSMETIC TREATMENTS, e.g. FOR MANICURING OR PEDICURING
    • A45D44/00Other cosmetic or toiletry articles, e.g. for hairdressers' rooms
    • A45D2044/007Devices for determining the condition of hair or skin or for selecting the appropriate cosmetic or hair treatment
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61BDIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B2560/00Constructional details of operational features of apparatus; Accessories for medical measuring apparatus
    • A61B2560/02Operational features
    • A61B2560/0242Operational features adapted to measure environmental factors, e.g. temperature, pollution

Definitions

  • the invention relates to an adaptive skin care information prompting system and an adaptive skin care reminding method using the same, in particular to an adaptive skin care information prompting system combining the detecting device and the electronic device and an adaptive skincare prompting method using the same.
  • one of the improved skin care methods is so-called real-time detection, that is, the corresponding skin care beauty or maintenance method can be prompted according to the environment in which the user is located or the state of the user. For example, when it was previously used in a sun-exposed environment, people often chose only one type of sunscreen lotion, regardless of the UVF value of the product or the different skin types of people against UV rays. ability.
  • the detection action will be carried out before the use of the beauty care product, and the recommendation for the use of the beauty care product is given based on the detected parameters.
  • the advice given can also be quantitative rather than just the use of beauty care products that can only be used qualitatively, thus avoiding the waste or body of using too much beauty care products.
  • the burden, or the use of too little beauty care products, can not achieve the desired beauty care.
  • the software in the microprocessor is used to process the application of the sunscreen product, although there is no specific mention of how to achieve it, but This technology can also be used to adjust skin and product related parameters and adjust the use of sunscreen products.
  • the ultraviolet detecting device can be directly embedded in the mobile phone, and the mobile phone can promptly prompt the user to take protective measures according to the detected ultraviolet index.
  • Taiwan Patent No. M444510 an ultraviolet detecting device is disclosed, in which a product with different sun protection factors is stored inside the device, and after the ultraviolet detecting device detects the ultraviolet index in the environment,
  • Taiwan Patent No. M4650640 a wireless weather sensing system is disclosed, which includes ultraviolet light in a sensing environment, and the system can wirelessly transmit to the user after sensing the ultraviolet index, so that the user can The transmitted data is subjected to sun protection and the like.
  • Chinese Patent No. CN101686819 discloses a system and method for detecting skin-related physiological parameters in real time.
  • the system and method can form a communication link between the detecting device and the electronic device according to the use of an optically-based detecting device, prompting the user with physiological parameters related to the skin and recommendations for the use of the cosmetic care product.
  • the system and method can also upload physiological parameters to the cloud, and all the physiological parameters of the user can be fed back to the user for reference or used by a third party such as a beauty care company or a research unit.
  • the physiological parameters can also be used to establish a feedback mechanism, that is, to verify the effect of the beauty care products used, as described in Taiwan Patent No. 1,335,985, which can be evaluated according to the erythema state on the skin after applying the sunscreen for a period of time. Effect.
  • Taiwan Patent No. 1,335,985 which can be evaluated according to the erythema state on the skin after applying the sunscreen for a period of time. Effect.
  • most of the techniques related to such feedback mechanisms are conceptual descriptions, and there is still no more specific implementation method.
  • the invention provides an adaptive skin care information prompting system and an adaptive skin care reminding method thereof, so as to give a user skin care suggestion according to environmental and physiological parameters at the same time.
  • an adaptive skin care information prompting system includes a detecting device for detecting an environmental parameter of a user's current environment and a physiological parameter of a target skin of the user, and according to the environment.
  • the parameter gives the skin care advice information, and then the electronic device that verifies or corrects the skin care recommendation information according to the physiological parameters.
  • the adaptive skin care information prompting system may further comprise a cloud server that establishes a communication link with the electronic device and collects and stores user information from the electronic device including environmental parameters and physiological parameters.
  • the cloud server may include a first database and a second database, the first database collects and stores the privacy information in the user information according to the identification code, and the second database collects and stores the user information according to the identification code.
  • Non-private information may be included in the cloud server.
  • the cloud server can analyze the historical data of the user as a basis for the recommendation of the electronic device.
  • the cloud server can analyze the historical data of another user as the basis for the recommendation of the electronic device.
  • the adaptive skin care information prompting system may further comprise a third party information system that establishes a communication link with the cloud server, and the cloud server may take the non-private data from the second database to the third party information system.
  • the skin care suggestion information may include product information or service information.
  • the third party information system can provide the electronic device as a basis for modifying the skin care suggestion information according to the obtained non-privacy data.
  • the detecting device can obtain the energy required for operation from the electronic device by connecting the sound source connector of the detecting device to the sound source hole of the electronic device.
  • the detecting device can transmit data to the electronic device through the audio modulation signal.
  • the detecting device may include a wireless transmission module and transmit data to the electronic device through the wireless transmission module.
  • an adaptive skin care prompting method comprises: using the detecting device to obtain an environmental parameter of a current environment of the user and a physiological parameter of the target skin of the user, and the electronic device according to the environment The parameters provide skin care advice information and the electronic device modifies skin care advice information based on physiological parameters.
  • the adaptive skin care prompting method may further comprise: enabling the electronic device to establish a communication link with the cloud server and transmitting the user information including the environmental parameter and the physiological parameter to the cloud service, wherein the cloud database may include the first database and Second database, first database The privacy information in the user information is collected and stored according to the identification code, and the second database collects and stores the non-privacy information in the user information according to the identification code.
  • the adaptive skin care prompting method may further comprise the cloud server analyzing the user's historical data as the basis for the electronic device to give the skin care suggestion information.
  • the adaptive skin care prompting method may further comprise the cloud server analyzing the historical data of the other user as the basis for the electronic device to give the skin care suggestion information.
  • the adaptive skin care prompting method further comprises the cloud server establishing a communication link with the third party information system, and the cloud server extracting the non-privacy data from the second database to the third party information system.
  • the adaptive skin care prompting method may further comprise the third party information system providing the electronic device as a basis for modifying the skin care suggestion information according to the obtained non-privacy data.
  • the skin care suggestion information may include product information or service information.
  • the adaptive skin care prompting method may further comprise connecting the sound source connector of the detecting device to the sound source hole of the electronic device.
  • the adaptive skin care prompting method may further comprise causing the detecting device to transmit data to the electronic device in a manner of modulating the sound source signal.
  • the adaptive skin care prompting method may further comprise causing the detecting device to transmit data to the electronic device in a wireless communication manner.
  • the adaptive skin care information presenting system of the present invention and its adaptive skin care suggesting method can have one or more of the following advantages as compared with the prior art:
  • the adaptive skin care information prompting system and method can detect and process both the user's environmental parameters and physiological parameters, thereby providing the most suitable skin care information for the user at present;
  • the adaptive skin care information prompting system and method can detect the physiological parameters according to the content of the skin care information, thereby verifying the effectiveness of the given skin care information;
  • the adaptive skin care information prompting system and method can store the user's privacy and non-private data in the first and second databases of the cloud server respectively, thereby improving the security of the user's privacy data;
  • the adaptive skin care information prompting system and method can establish a communication link with the third party information system, thereby repaying the user's use situation to the third party information system as a basis for developing a product or modifying the electronic device; (5) The adaptive skin care information prompting system and method can be based on the detection device connected with the audio source connector and the electronic device, thereby achieving skin care detection and beauty maintenance anytime and anywhere.
  • FIG. 1 is a system block diagram of an adaptive skin care information presentation system according to a first embodiment of the present invention
  • FIG. 2 is a flow chart of an adaptive skin care prompting method according to a first embodiment of the present invention
  • FIG. 4 is a flow chart of an adaptive skin care prompting method according to a second embodiment of the present invention
  • FIG. 5 is a third embodiment of the present invention.
  • FIG. 6 is a system block diagram of an adaptive skin care information prompting system according to a fourth embodiment of the present invention
  • FIG. 7 is a flow chart of an adaptive skin care prompting method according to a fourth embodiment of the present invention
  • FIG. 9 is a schematic diagram of a combination of a detecting device and an electronic device according to a fifth embodiment of the present invention
  • FIG. 10 is a schematic circuit block diagram of a detecting device according to a fifth embodiment of the present invention
  • FIG. 11 is a fifth embodiment of the present invention. a signal diagram of the original signal and the audio modulation signal output by the detecting device;
  • Figure 12 is a schematic circuit block diagram of a detecting device of a sixth embodiment of the present invention. The best way to implement the invention
  • FIG. 1 is a system block diagram of an adaptive skin care information presentation system according to a first embodiment of the present invention.
  • the adaptive skin care information prompting system includes a detecting device 110 for detecting an environmental parameter of the environment in which the user is present and a physiological parameter of the target skin of the user, and according to the environmental parameter
  • An electronic device that provides skin care advice information and then verifies or corrects skin care advice information based on physiological parameters
  • the electronic device 120 can further carry an application platform 121 corresponding to the detecting device 110.
  • the environmental parameters detectable by the detecting device 110 may be ultraviolet index or temperature and humidity, which will be separately described below.
  • the detecting device 110 may include an ultraviolet detecting module including an ultraviolet photodiode corresponding to the ultraviolet B-band (UV-B band, wavelength 280 nm to 320 nm).
  • an ultraviolet detecting module including an ultraviolet photodiode corresponding to the ultraviolet B-band (UV-B band, wavelength 280 nm to 320 nm).
  • the ultraviolet detection wavelength of the ultraviolet detection module of the present invention is not limited to this, and it can still correspond to ultraviolet rays of other wavelength bands.
  • the ultraviolet photodiode is based on the received ultraviolet rays.
  • the intensity is used to output an output current signal to the microprocessor (MCU).
  • the microprocessor can know the ultraviolet index of the current environment based on the current signal.
  • the ultraviolet detection module can further include a visible light filter because of the ultraviolet ray used.
  • the photodiode does not necessarily completely absorb only the light in the predetermined ultraviolet band, and may also absorb the light in the visible light band to output the current.
  • the visible light intensity is not a predetermined detection target, and thus the visible light filter can filter the influence of the visible light.
  • the ultraviolet detecting module may further include a current buffer, a transimpedance amplifier (TIA:), and an analog-to-digital converter (ADC) to convert the current signal into The analog voltage signal is further converted into a digital voltage signal to further analyze the detected ultraviolet intensity.
  • TIA transimpedance amplifier
  • ADC analog-to-digital converter
  • the ultraviolet detection module of the present invention has an accuracy of up to and below the ultraviolet index of 1, and therefore cannot be used for ultraviolet detection in outdoor sunlight. Energically detecting the intensity of the ultraviolet light emitted by the indoor illumination of a fluorescent lamp can be useful when an operation such as accurately calculating the cumulative dose of ultraviolet light is required.
  • the detecting device 110 may include a temperature and humidity detecting module.
  • the temperature and humidity detection module can include a temperature and humidity detection chip.
  • the temperature and humidity detection chip can be a commercially available temperature and humidity detection chip such as SI7013/20/21 or SHT10, 11, 15, 21, etc., which can be easily detected without much space.
  • the temperature and humidity detecting module may further comprise a predetermined correction circuit, and the output signal of the temperature and humidity detecting chip is passed through the correction circuit to the microprocessor to make the obtained temperature and humidity more precise.
  • the physiological parameters about the skin detectable by the detecting device 110 may be various skin chromophore content, skin inflammatory condition, surface oil-water analysis, and skin surface imaging, etc., respectively. Description.
  • the wavelength at which the physiological photodiode can be absorbed for photoelectric conversion corresponds to the wavelength of the aforementioned light emitting diode.
  • the above skin chromophore contains melanin, hemoglobin, collagen, fat, etc., and each chromophore has a different light absorption coefficient.
  • the light-emitting diode and the physiological photodiode are configured such that the light-emitting diode can illuminate the target skin, and the irradiated light is reflected by the target skin and then absorbed by the physiological photodiode.
  • Two light emitting diodes (hereinafter referred to as a first light emitting diode and a second light emitting diode) are obtained at corresponding positions with the physiological photodiode.
  • the position of the first light emitting diode-physiological photodiode-the second photodiode is configured to form an angle.
  • the 90-degree fold line and the light of the first light-emitting diode and the second light-emitting diode are substantially equal to the light path emitted to the target skin and then to the physiological photodiode.
  • the inflammatory condition of the skin this can be achieved according to the configuration of the light-emitting diode and the physiological photodiode corresponding to the absorption wavelength of hemoglobin in the above physiological optical detection module.
  • the light-emitting diode and the physiological photodiode corresponding to the absorption wavelength of hemoglobin may be plural and arranged in an array, thereby obtaining a hemoglobin absorption coefficient of a large-area skin containing the target skin, and then comparing the target skin with The hemoglobin absorption coefficient of the surrounding skin is used to infer the inflammatory state of the target skin.
  • the detecting device 110 may include a physiological impedance module, and the physiological impedance module may include a pair of electrodes (hereinafter referred to as a first electrode and a second electrode), and the first electrode and the second electrode have a pre-predetermined Constant voltage difference.
  • the pair of electrodes When the pair of electrodes is in contact with the target skin, the microcurrent flows from the first electrode to the second electrode through the target skin. Since the resistivity of the surface layer of the oil and the moisture is different, the target skin can be obtained according to the magnitude of the analyzed microcurrent. Oil and water distribution.
  • the detection device 110 can include a skin imaging module, and the skin imaging module can include a lens having sufficient resolution to capture an image of the target skin. According to the analysis of the target skin image, information on the pore size of the target skin, the degree of skin texture, the stain on the skin surface, and the like can be known.
  • the detecting device 110 is connected to the electronic device 120, as in step S11. Thereafter, the detection device 110 acquires the ultraviolet index based on the ultraviolet detection module, and obtains the chromophore concentration of the user's melanin and collagen according to the physiological optical module, as by step S12. After receiving the environmental parameter and the physiological parameter, the electronic device 120 first gives the recommended sunscreen product according to the environmental parameter, and then gives the effective time of the sunscreen product according to the physiological parameter, as in step S13.
  • the electronic device 120 can carry an application platform 121 corresponding to the detecting device 110.
  • the detecting device 110 is connected to the electronic device 120, as in step S11. Thereafter, the detecting device 110 obtains the ambient temperature and humidity according to the temperature and humidity detecting module, and obtains the chromophore concentration of the collagen of the user according to the physiological optical module, as in step S12. After receiving the environmental parameters and the physiological parameters, the electronic device 120 first gives the recommended moisturizing product according to the environmental parameters, and then corrects the use timing of the moisturizing product according to the physiological parameters, as in step S13.
  • the adaptive skin care information prompting system and method of the present invention can also be combined with parameters derived from other functions of the electronic device 120 as a basis for giving suggestions.
  • the electronic device 120 may have a GPS positioning function and a network function, and the functions of the two may be combined to obtain an altitude parameter of the user's location, and the electronic device 120 may use the altitude parameter to recommend the skin care.
  • Information is corrected. More specifically, if the user is located at an altitude of 3000 meters, the ultraviolet intensity is increased by about 50%, that is, the ultraviolet index measured by the ultraviolet detecting module is multiplied by 1.5, and then the electronic device 120 is further based on the ultraviolet light. The correction of the index gives information on skin care recommendations, such as sunscreen products that recommend a higher sun protection factor.
  • the adaptive skin care reminding method in the figure may further include a step S14 of detecting the physiological parameters to verify the validity of the skin care suggestion information after the user performs the skin care suggestion information.
  • FIG. 4 it is a flowchart of an adaptive skin care prompting method according to a second embodiment of the present invention.
  • the adaptive skin care reminder method in the figure is applicable to the adaptive skin care information reminding system of Fig. 3.
  • Steps S21, S22, and S23 in the figure respectively correspond to steps S11, S12, and S13 of the adaptive skin care prompting method of the first embodiment, except that the embodiment further includes establishing a communication link between the electronic device and the cloud server 210.
  • Step S23 transmitting the user information including the environment parameter and the physiological parameter to the cloud server 210, the cloud server 210 analyzing the historical data of the user as the step S25 of the electronic device 120 giving the skin care suggestion information, and the electronic device 120 giving The proposed step S23 also considers the history from the cloud server 210 in addition to the environmental and physiological parameters. Steps S25 and S26 will be described below.
  • step S26 the user can also obtain the historical record of using the adaptive skin care information reminding system through the communication link between the electronic device 120 and the cloud server 210, as the basis for long-term beauty maintenance.
  • the electronic device 120 of the smart phone can be used by default for personal use, it can be confirmed whether the use of the detecting device 110 and the electronic device 120 is the same person. This may be based on the action of registering or logging in to the application platform 121 using the adaptive skin care information prompting system, or confirming whether it is the same person based on the physiological parameters previously stored by the device stored in the cloud database 210.
  • the detection device 110 can be matched with the application platform 121 to track the change of the melanin concentration of the target skin for a long time to confirm whether the whitening product used by the user has an effect. Appeared.
  • Another example is the inflammatory condition that can track the target skin. If the inflammatory condition is not improved for a long time, and other physiological parameters such as the melanin concentration are abnormal, the user may be warned that the skin may be a disease, and medical treatment is required.
  • such long-term detection can also be combined with environmental parameters and physiological parameters.
  • the skin imaging module it is known that the skin has erythema due to damp heat at some time, and the historical parameters are used to know the environmental parameters of such erythema. If the temperature and humidity are both above a certain value, then the network connection function of the electronic device 120 can be connected to the local meteorological station. If the temperature and humidity of the day are higher than the value of the frequently occurring erythema, the electronic device 120 can provide the user with the response. Pay attention to the advice of making the skin ventilated. Further, the cloud server 210 can analyze and count the user's historical record in advance, and then present it to the user in a predetermined manner, for example, in a graphical manner, so that the user can track the change of the historical record of the management itself.
  • the cloud server 210 can include a first database 211 and a second database 212.
  • the first database 211 collects and stores the privacy information in the user information based on the identification code
  • the second database 212 collects and stores the non-privacy information in the user information based on the identification code.
  • the electronic device 120 may include a user identification code (UID) in the user information when transmitting the user information to the cloud server 210, and the user identification code may correspond to the electronic device 120.
  • the cloud server 210 receives such user information including the user identification code for the first time, the cloud server 210 stores the privacy part of the user information in the first database 211, for example, the account entered when the user registers the application platform 121.
  • a password or the like, and non-private data such as environmental parameters or physiological parameters in the user information are stored in the second database 212.
  • the cloud server 210 receives the user information transmitted by the same electronic device 120 again, the non-private information is directly transmitted to the first database 211 after the comparison finds that the user ID is registered.
  • the second database 212 is stored. In this way, the privacy and non-private information in the user information is separated, which facilitates future information security management.
  • the cloud server 210 can analyze the historical data of another user as a basis for the electronic device 120 to give skin care suggestion information.
  • the cloud server 210 can analyze the non-private data of other users in the second database 212. Provided to users without invading the privacy of others. For example, when the user starts using the new beauty care product, the cloud server 210 can analyze the second The environmental parameters or physiological parameters in the database 212 are similar to the user and are also provided to the user using data from the same or similar cosmetic care products, thereby allowing the user to estimate when the cosmetic care product is performing.
  • the human body's tolerance to ultraviolet light is increased as the time of exposure to sunlight increases, and for users who plan to tanning, the cloud server 210 can analyze the environmental parameters in the second database 212 or The physiological parameters are similar to the user's data, and the changes in the minimum erythema dose and melanin concentration for such data are summarized to facilitate the user to develop a tanning plan.
  • This step can be included in the previously mentioned step S26, so no further flow chart representation is shown.
  • FIG. 7 is a flow chart showing an adaptive skin care prompting method according to a fourth embodiment of the present invention.
  • the adaptive skin care reminder method in the figure is applicable to the adaptive skin care information prompting system of Fig. 6.
  • Steps S41, S42, S43 and S45 of the adaptive skin care cues method in the figure correspond to steps S21, S22, S23 and S25 of the adaptive skin care cues method of the second embodiment, except for the adaptive skin care of this embodiment.
  • the prompting method includes the step S47 that the cloud server 210 can take out the non-private data from the second database 212 to the third-party information system 310, and the third-party information system 310 provides the electronic device 120 as the basis for modifying the skin care suggestion information according to the obtained non-private data.
  • Step S48, and in step S43, the electronic device 120 can give the user skin care suggestion information according to the environmental parameter, the physiological parameter, and the modification basis provided by the third-party information system 310 in step S48.
  • the following steps are described for steps S47 and S48, respectively.
  • step S47 since the third-party information system 310 can only obtain the non-private data stored in the second database 212, events such as leakage of personal data of the user can be avoided.
  • the third party information system 310 can be used by cosmetic manufacturers, distributors, or research singularities.
  • the data obtained from the second database 212 can be used to develop new products, research markets, or modify theories.
  • the cloud server 210 may analyze the statistics in the second database 212 and then transmit the data to the third party information system.
  • the third party information system 310 may input the search condition in the second database 212 to search for interesting data.
  • the manner in which the cloud database 210 gives the third-party information system 310 the data stored in the second database 212 is not limited thereto.
  • the third party information system 310 can receive and analyze the second database 212. After the data is transmitted, the feedback information is transmitted to the electronic device 120, so that the electronic device 120 can provide more suitable skin care suggestion information to the user. Specifically, depending on the manufacturer, even sunscreens labeled with the same efficacy, such as the same sun protection factor, may have different effects.
  • the third party information system can analyze the modification condition or the data according to the data provided by the third party information system 310 such as the beauty care product manufacturer or the research and development unit. The parameters will make the overall system application more flexible and closer to reality.
  • the third party information system 310 can be a beauty care product manufacturer, and the user is using the moisturizing product that it is launched.
  • the third-party information system 310 analyzes the data from the second database 212 that is in a similar environment to the user and uses the same skin care product, and finds that the effective time of the moisturizing product in such an environment is shorter than usual, so The third-party information system 310 can send the correction information to the user's electronic device 120, so that the electronic device 120 shortens the time interval for using the skin care product when giving the user moisturizing skin care recommendation information to achieve the desired moisturizing effect. Therefore, in the case of the user's skin care suggestion information, the environmental parameters, the physiological parameters, and the information from the third-party information system 310 can be referred to together, as shown in step S43 of Fig. 7.
  • skin care advice information may include product information or service information.
  • the third-party information system 310 can be an information window corresponding to the adaptive skin care information prompting system of the specific manufacturer, and the electronic device 120 gives
  • the skin care recommendation information will include products of that particular manufacturer that are recommended to the user based on the detected environmental or physiological parameters. More specifically, the electronic device 120 may search for data of similar parameters in the second database 212 according to environmental or physiological parameters detected by the user, and further include other uses of data having similar parameters in the skin care suggestion information.
  • the beauty care product of this particular manufacturer used by the user is recommended to the user.
  • the manner in which the product information is recommended to the user in the skin care suggestion information is not limited to this.
  • the specific beauty care product can be registered in the application platform 121 of the electronic device 120, the cosmetic maintenance product has a fixed amount, and the electronic device 120 prompts the user to use the information about the beauty care product. If the user uses the recommended amount each time, the application platform can record the remaining amount of the beauty care product, and prompt the user to add a new beauty care product in the skin care suggestion information when the beauty care product is used up. Or recommend other packaging of the beauty care product according to the amount of the user.
  • skin care advice information can include not only product information, but also other services related to beauty care.
  • the specific vendor of the third party information system 310 may also include medical care.
  • the beauty service when the user detects the physiological parameter according to the detecting device 110, the electronic device 120 may include the medical beauty service information of the specific manufacturer related to the third-party information system 310 in the skin care suggesting information after analyzing the physiological parameter.
  • the user information transmitted by the electronic device 120 to the cloud server 210 may include a feedback condition of the user for such product information or service information included in the skin care suggestion information.
  • product information or service information may be displayed on the screen of the electronic device 120 in a hyperlink manner when the electronic device 120 gives the user the skin care suggestion information, and the user information transmitted by the electronic device 120 to the cloud server includes The number of clicks of such hyperlinks, such click data should be stored in the second database 212 for non-private data, and the third-party information system 310 can obtain such clicks according to the connection with the cloud server 210.
  • Information is used as a basis for future business strategy or market research.
  • the application platform 121 of the electronic device 120 can be used in the application platform 121 according to the user using the detecting device 110 or logging in the beauty care product of the specific manufacturer.
  • the number of virtual points, this practice will increase the user's interest in using this adaptive skin care information reminder system to improve the adhesion of this adaptive skin care information reminder system. Users can use such virtual points to redeem products or services offered by that particular vendor, or to obtain discounts on products or services for that particular vendor.
  • the application platform 121 of the electronic device 120 can be built in an electronic mall for the specific manufacturer, thereby making it easier for the user to purchase the product of the specific manufacturer or spend the virtual points mentioned above.
  • the detecting device 10 can include an ultraviolet detecting module 11a, a temperature and humidity detecting module 11b, a physiological optical module llc, a bioimpedance module 11d, a skin imaging module lle, a microprocessor 12, and a sound source connector 14.
  • a schematic view of a detecting device and an electronic device according to a fifth embodiment of the present invention is shown.
  • the detecting device 10 can connect the sound source hole 21 of the electronic device 20 through the sound source connector 14 of the detecting device 10 to obtain the energy required for operation from the electronic device 20.
  • the foregoing steps S1 l, S21 and S41 may include not only establishing the communication connection between the detecting device 10 and the electronic device 20, but also connecting the sound source connector 14 of the detecting device 10 to the sound source hole 21 of the electronic device 20 to establish a physical connection. .
  • the electronic device 20 can be a smart phone, tablet or other personal mobile electronic device.
  • the detecting device 10 can receive the energy required for the detecting device 10 to operate from the electronic device 20 according to the sound source connector 14 connected to the sound source hole 21 of the electronic device 20, and the electronic device 20 can use the sound source according to the installed application platform.
  • the output signal of aperture 21 is locked to maximum to provide sufficient output voltage for use by detection device 10. In this way, the detecting device 10 can operate without an independent power source, thereby achieving the goal of miniaturization and portability.
  • FIG. 10 it is a schematic circuit block diagram of a detecting device of a fifth embodiment of the present invention.
  • the audio source connector 14 and the microprocessor 12 are connectable to each other via a booster circuit 16.
  • the boost circuit 16 can have a rectifying function to convert the AC signal from the audio source connector 14 to a DC signal acceptable to the microprocessor 12 and to increase the voltage of the DC signal to drive the microprocessor 12.
  • the booster circuit 16 can substantially increase the voltage of the AC signal from the audio source connector 14 by a factor of three.
  • the signal from the audio source connector 14 is a sine wave of the amplitude IV
  • the boosting circuit 16 can convert it to about 3V DC signal output.
  • the selected microprocessor 12 may select a micro processing chip including a DC/DC converter. The voltage of the DC signal input through the booster circuit 16 is further increased to drive the microprocessor 12.
  • connection manner between the detecting device 10 and the electronic device 20 of the present invention is not limited to the Ifc detecting device 10 and the electronic device 20, or may be connected through other means such as a USB connector or the detecting device 10 actually has The independent power source only establishes a communication link with the electronic device 20.
  • the detection module 11 including the ultraviolet detecting module temperature and humidity detecting module 11h, the physiological optical module llc, the bioimpedance module lid and the skin imaging module lie can be connected to the microprocessor 12 to provide the detected parameters to the micro Processor 12.
  • the detecting module 11 of FIG. 10 is merely exemplary.
  • the detecting module 11 of the detecting device 10 of the present invention does not need to include all the detecting modules in the figure, but may only include a partially detectable environment.
  • the detecting module 11 may only include the ultraviolet detecting module 11a for detecting ultraviolet rays and the physiological optical module 1 lc for detecting skin chromophore concentration, or the temperature and humidity detecting module lib for detecting only the temperature and humidity and the skin for detecting the surface state of the skin. Imaging mode Block l le.
  • the detection module 11 can also include other detection modules that can detect environmental and physiological parameters that are not present in the drawings.
  • the detecting device 10 can also transmit signals to the electronic device according to the bonding of the sound source connector 14 and the sound source hole 21. 20, At this time, the signal received by the electronic device 20 is similar to the signal generally input by the microphone. Referring to FIG. 10, if the signal input by the sound source hole 21 is not similar to the general audio signal, the electronic device 20 may not be recognized. Therefore, the detecting device 10 may include the modulation circuit 17 to modulate the signal to be input as The signal source 21 of the electronic device 20 recognizes the input signal. Specifically, as shown in FIG.
  • the microprocessor 12 can encode the signal that is to be input into the electronic device 20 by Manchester Encoding, that is, define the signal from high to low in a certain time interval. "1", from low to high, is logic "0". As shown in Fig. 11, as shown in the figure, according to the above coding method, the bit string represented by the original signal 902 that is desired to be output is "1010". The microprocessor 12 then sends the original signal 902 to the modulation circuit 17, and the modulation circuit 17 loads the signal high of the original signal 902 into the signal that can be recognized by the sound source hole 21 of the electronic device 20, which is a frequency of 8 k Hz in this example.
  • the signal is low, and the low signal of the original signal 902 is no output, and the audio modulation signal 901 of FIG. 11 is output to the sound source hole 21 through the sound source connector 14 for receiving by the electronic device 20 by the electronic device 20.
  • the application platform sets the code demodulation to obtain the data to be transmitted by the original signal 902.
  • the manner of transmitting the signal to the electronic device 20 through the connection of the sound source connector 14 and the sound source hole 21 of the present invention is not limited thereto.
  • the signal frequency of the high signal level of the original signal 902 applied by the modulation circuit 17 may not be 8k Hz.
  • the wireless transmission module 18 can be a Bluetooth module, a WiFi module, a near field communication (NFC) module, and the like.
  • the wireless transmission module 18 is a Bluetooth module
  • the microprocessor 12 can be a microprocessor chip built into the Bluetooth module. Due to wireless transmission methods such as Bluetooth transmission The data transmission amount of 1 Mbits per second can be achieved, so that the detecting device 18 can quickly transmit a large amount of data to the electronic device 20 through the wireless transmission mode of the wireless transmission module 18 to further improve the efficiency of data transmission.
  • the detecting device 10 may further include a protective member.
  • the detecting device 10 may include a sound source connector cover that covers the sound source connector 14 of the detecting device 10 when the detecting device 10 is not connected to the electronic device 20, so that the sound source connector 14 is less exposed to the environment. Dirty or moisture in the process degrades the conduction function.
  • the detecting device 10 can also include a detecting module cover that covers the portions of the detecting modules exposed outside the detecting device 10 when the detecting function is not used, so that the detecting modules are less likely to be exposed to dirt in the environment.
  • the detection function deterioration detecting device 10 itself may be of a long rod type, and the aforementioned sound source connector cover and the detection module cover may be designed together with the externality of the detecting device 10 to make it more beautiful or portable.
  • the detecting device 10 includes the ultraviolet detecting module 11a, the corresponding position of the detecting module cover can be made of a transparent material so that the presence of ultraviolet rays can be detected in real time without opening the cover.

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Abstract

一种适应性护肤信息提示系统及其适应性护肤提示方法,适应性护肤信息提示系统包含检测使用者当下所处环境的环境参数与使用者的目标皮肤的生理参数的检测装置(110),以及根据环境参数给出护肤建议信息,再根据生理参数验证或修正护肤建议信息的电子装置(120)。

Description

适应性护肤信息提示系统及其适应性护肤提示方法 技术领域
本发明涉及一种适应性护肤信息提示系统与使用其的适应性护肤提示方 法, 具体涉及一种结合检测装置与电子装置的适应性护肤信息提示系统与使 用其的适应性护肤提示方法。 背景技术
随着科技的进步, 许多与以往进行的方式不同的护肤美容或保养的方式 也被提出。 大致上, 其中一种改良的护肤方式是所谓能实时检测的, 也就是 说可根据使用者所处的环境或使用者自身的状态, 来提示相对应的护肤方面 的美容或保养方式。 举例来说, 从前要于阳光曝晒的环境下活动时, 人们往 往仅任意选择一种防晒油涂抹, 而不管当时的紫外线指数 (UVI) 需要多少 防晒系数的产品或不同肤质的人对抗紫外线的能力。 而在及时性检测的系统 或方法中, 将会在使用美容保养品前先进行检测动作, 并根据检测到的参数 给予使用美容保养品的建议。 由于多了此项参数检测的动作, 所给出的建议 也可以是定量的而非从前那样只能定性的凭感觉使用美容保养品,-因而可避 免造成使用过多美容保养品的浪费或身体负担, 或者是使用过少美容保养品 而无法达到预期的美容保养效果。
沿续上面的例子, 目前有许多针对环境中紫外线给予提示的技术被揭 露, 以下为此种对于环境中紫外线实时性检测的技术的范例。 于台湾专利
200600759号中提到, 能透过紫外线 (UV)感测组件感测环境中紫外线后, 配合微处理器中的软件处理后给出防晒产品的使用建议, 其中虽然没有具体 提到如何达成, 但此技术也可输入肤质与保养品相关参数而调整对防晒产品 的使用建议。于台湾专利 M355518号中提到, 紫外线检测装置可直接地嵌入 于行动电话中, 而行动电话可根据所检测到的紫外线指数, 主动提示使用者 采取防护措施。于台湾专利 M444510号则揭露一种紫外线侦测装置, 装置内 部存放不同防晒系数的产品, 在紫外线侦测装置侦测环境中紫外线指数后,
1
确认本 会自动提示应该使用哪一种产品。 于台湾专利 M4650640号中则揭露一种无 线天气感测系统, 其中包含感测环境中紫外线, 此系统可于感测到紫外线指 数后以无线方式传送给使用者得知, 以使使用者根据其传送的数据进行防晒 等动作。
另一方面, 对于肤质相关的生理参数, 中国专利 CN101686819揭露一种 实时检测肤质相关生理参数的系统与方法。 此系统与方法可根据使用以光学 方式为主的检测装置使检测装置与电子装置形成通讯连结, 提示使用者与肤 质有关的生理参数以及美容保养产品的使用建议。 此外, 此系统与方法也可 将生理参数上传至云端, 而使所有使用者的生理参数经分析统计后可在回馈 给使用者做参考或给如美容保养品公司或研究单位的第三方使用。
然而, 综观目前提出的此类实时性检测技术, 尚无将环境参数与生理参 数做结合使用的技术提出, 或者是仅于说明中概念性的提及而缺少具体的实 行方法。 而此类环境参数与生理参数的结合事实上可影响甚巨。 举例来说, 就算在相同紫外线指数的环境中, 不同肤质的抗晒能力也会有相当大的差 异, 例如黑色素比例较高的皮肤可能就不需要防晒系数太高的产品即有足够 的防晒效果。
此外, 生理参数也可用建立回馈机制, 也就是说可验证所使用的美容保 养品的效果, 如台湾专利 1335985号中所述, 可根据涂抹防晒油一段时间后 皮肤上的红斑状态来评估防晒油的效果。 然而, 此类有关回馈机制的技术大 部分为概念性的描述, 尚缺乏更具体的实行方法。
再者, 某些技术虽具有检测环境参数或生理参数的功能, 然而实行技术 所需的装置体积过大或是不便携带难以达到随时随地进行美容护肤的功會^ 发明的公开
本发明提供一种适应性护肤信息提示系统及其适应性护肤提示方法, 以 同时根据环境与生理参数给予使用者护肤建议。
根据本发明的一目的, 提出一种适应性护肤信息提示系统, 该适应性护 肤信息提示系统包含检测使用者当下所处环境的环境参数与使用者的目标皮 肤的生理参数的检测装置以及根据环境参数给出护肤建议信息, 再根据生理 参数验证或修正护肤建议信息的电子装置。 较佳地, 适应性护肤信息提示系统可进一步包含与电子装置建立通讯连 结, 且收集并储存来自电子装置的包含环境参数与生理参数的使用者信息的 云端服务器。
较佳地, 其中云端服务器可包含第一数据库与第二数据库, 第一数据库 根据辨识码收集并储存使用者信息中的隐私性信息, 而第二数据库根据辨识 码收集并储存使用者信息中的非隐私性信息。
较佳地, 其中云端服务器可分析使用者的历史数据作为电子装置给建议 的依据。
较佳地, 其中云端服务器可分析另一使用者的历史数据作为电子装置给 建议的依据。
较佳地, 适应性护肤信息提示系统可进一步包含与云端服务器建立通讯 连结的第三方信息系统, 云端服务器可由第二数据库取出非隐私性数据给予 第三方信息系统。
较佳地, 其中护肤建议信息可包含产品信息或服务信息。
较佳地, 其中第三方信息系统可根据所取得的非隐私性数据提供电子装 置作为修改护肤建议信息的依据。
较佳地, 其中检测装置可透过检测装置的音源连接器连接电子装置的音 源孔而从电子装置得到运作所需能量。
较佳地, 其中检测装置可透过音频调变讯号传输数据给电子装置。
较佳地, 其中检测装置可包含无线传输模块, 并透过无线传输模块传输 数据给电子装置。
根据本发明的另一目的, 提出一种适应性护肤提示方法, 适应性护肤提 示方法包含使用检测装置取得当下使用者所处环境的环境参数与使用者的目 标皮肤的生理参数、 电子装置根据环境参数提供护肤建议信息以及电子装置 根据生理参数修改护肤建议信息。
较佳地, 适应性护肤提示方法可进一步包含使用者实行护肤建议信息 后, 再检测生理参数以验证护肤建议信息的有效性。
较佳地, 适应性护肤提示方法可进一步包含使电子装置与云端服务器建 立通讯连结并传送包含环境参数与该生理参数的使用者信息给云端服务 较佳地, 其中云端数据库可包含第一数据库与第二数据库, 第一数据库 根据辨识码收集并储存使用者信息中的隐私性信息, 而第二数据库根据辨识 码收集并储存使用者信息中的非隐私性信息。
较佳地, 适应性护肤提示方法可进一步包含云端服务器分析使用者的历 史数据作为电子装置给予护肤建议信息的依据。
较佳地, 适应性护肤提示方法可进一步包含云端服务器分析另一使用者 的历史数据作为电子装置给予护肤建议信息的依据。
较佳地, 适应性护肤提示方法可进一步包含云端服务器与第三方信息系 统建立通讯连结, 且云端服务器由第二数据库取出非隐私性数据给予第三方 信息系统。
较佳地, 适应性护肤提示方法可进一步包含第三方信息系统根据所取得 的非隐私性数据提供电子装置作为修改护肤建议信息的依据。
较佳地, 其中护肤建议信息可包含产品信息或服务信息。
较佳地, 适应性护肤提示方法可进一步包含检测装置的音源连接器连接 于电子装置的音源孔。
较佳地, 适应性护肤提示方法可进一步包含以调变音源讯号的方式使检 测装置传输数据给电子装置。
较佳地, 适应性护肤提示方法可进一步包含以无线通讯的方式使检测装 置传输数据给电子装置。
承上所述, 本发明的适应性护肤信息提示系统及其适应性护肤提示方法 和现有技术相比, 其可具有一或多个下述优点:
( 1 )此适应性护肤信息提示系统与方法可根据检测并处理使用者的环境 参数与生理参数两者, 藉此可提供使用者当下最适合的美容护肤信息;
(2)此适应性护肤信息提示系统与方法可根据实施美容护肤信息的内容 后再检测生理参数, 藉此可验证所给出的美容护肤信息的有效性;
(3 )此适应性护肤信息提示系统与方法可根据分别储存使用者的隐私与 非隐私数据于云端服务器的第一与第二数据库, 藉此可提高使用者的隐私性 数据的安全性;
(4)此适应性护肤信息提示系统与方法可根据与第三方信息系统建立通 讯连结, 藉此可回馈使用者的使用情况给第三方信息系统作为开发产品或修 改电子装置给出建议的依据; ( 5 )此适应性护肤信息提示系统与方法可根据使用音源连接器与电子装 置连结的检测装置, 藉此可达到随时随地进行护肤检测与美容保养。 附图的简要说明
图 1为本发明的第一实施例的适应性护肤信息提示系统的系统方块图; 图 2为本发明的第一实施例的适应性护肤提示方法的流程图; 图 3为本发明的第二实施例的适应性护肤信息提示系统的系统方块图; 图 4为本发明的第二实施例的适应性护肤提示方法的流程图; 图 5为本发明的第三实施例的适应性护肤信息提示系统的系统方块图; 图 6为本发明的第四实施例的适应性护肤信息提示系统的系统方块图; 图 7为本发明的第四实施例的适应性护肤提示方法的流程图; 图 8为本发明的第五实施例的检测装置的结构示意图;
图 9为本发明的第五实施例的检测装置与电子装置结合的示意图; 图 10为本发明的第五实施例的检测装置的示意性电路方块图; 图 11为本发明的第五实施例的检测装置输出的原始讯号与音频调变讯 号的讯号示意图;
图 12为本发明的第六实施例的检测装置的示意性电路方块图。 实现本发明的最佳方式
为便于贵审査员了解本发明的技术特征、 内容与优点及其所能达成的功 效, 兹将本发明配合附图, 并以实施例的表达形式详细说明如下, 而其中所 使用的图式, 其主旨仅为示意及辅助说明书的用, 未必为本发明实施后的真 实比例与精准配置, 故不应就所附的图式的比例与配置关系局限本发明于实 际实施上的专利范围, 合先叙明。
以下将参照相关图式, 说明依本发明的适应性护肤信息提示系统与方法 的实施例, 为使便于理解, 下述实施例中的相同组件系以相同的符号标示来 说明。
如图 1所示, 为本发明的第一实施例的适应性护肤信息提示系统的系统 方块图。 图中, 适应性护肤信息提示系统包含检测使用者当下所处环境的环 境参数与使用者的目标皮肤的生理参数的检测装置 110以及根据环境参数给 出护肤建议信息, 再根据生理参数验证或修正护肤建议信息的电子装置
120。 电子装置 120可进一步搭载对应于检测装置 110的应用程序平台 121。
具体而言, 检测装置 110所能检测的环境参数可为紫外线指数或温湿 度, 以下将分别说明。
紫外线指数部份, 检测装置 110可包含紫外线检测模块, 其包含相对应 于紫外线 B波段 (UV-B波段, 波长 280nm~320nm) 的紫外线光电二极管
(photodiode 这是因为紫外线波段中, 紫外线 A波段 (UV-A波段, 波长 320nm〜400nm) 的能量较低, 对人体的影响较低。 而紫外线 C波段 (UV-C 波段, 波长 180nm~280nm)则大部分被大气层中的臭氧吸收。 当然, 本发明 的紫外线检测模块能对应的紫外线波长不限于此, 其仍可对应其它波段的紫 外线。 紫外线光电二极管在接收紫外线后, 则根据所接收的紫外线的强度做 输出电流讯号给微处理器 (MCU), 微处理器根据此电流讯号可得知当下环 境的紫外线指数。 此外, 紫外线检测模块可进一步包含可见光滤光片, 这是 因为所使用的紫外线光电二极管并不一定完全理想地仅吸收预定紫外线波段 的光线, 其还可能吸收可见光波段的光线而输出电流, 然而可见光强度并非 预定的检测目标, 于是加上可见光滤光片可过滤可见光的影响以使紫外线指 数检测更为精确。 更进一步, 紫外线检测模块可进一步包含电流缓冲器 (Current Buffer), 转阻放大器 (transimpedance amplifier, TIA:)、 以及数字模拟 转换器 (analog-to-digital converter, ADC), 以将电流讯号转换为模拟电压讯号 再转为数字电压讯号, 以进一步分析所检测的紫外线强度。 本发明的紫外线 检测模块的精确度可达紫外线指数 1以下, 因此不只能用于室外的太阳光中 的紫外线检测, 也能量化地检测如日光灯的室内照明所发出的紫外线强度, 当需要如精确计算紫外线累积剂量的操作时可派上用场。
温湿度方面, 检测装置 110可包含温湿度检测模块。 温湿度检测模块可 包含温湿度检测芯片。 温湿度检测芯片可为市面上所能见的 SI7013/20/21或 SHT10、 11、 15、 21等的商用温湿度检测芯片, 而不需太大空间即可简单地 检测温湿度。 温湿度检测模块可进一步包含预定的校正电路, 温湿度检测芯 片的输出讯号通过校正电路再到微处理器, 以使所得出的温湿度更臻精确。
具体而言, 检测装置 110所能检测的关于皮肤的生理参数可为各种皮肤 色团含量、 皮肤发炎状况、 表层油水分析以及皮肤表面成像等, 以下将分别 说明。
皮肤色团含量方面, 检测装置 110可包含生理光学检测模块, 生理光学 检测模块可包含对应于能发出对应于各种色团的波长的光的发光二极管
(LED)以及至少一生理光电二极管, 生理光电二极管能吸收而进行光电转换 的波长对应于前述发光二极管的波长。 此处上述皮肤色团包含黑色素、 血红 素、 胶原蛋白、 脂肪等等, 且各色团具有不同的光吸收系数。 发光二极管与 生理光电二极管配置为发光二极管能对目标皮肤照射光, 而所照射的光经目 标皮肤反射后再由生理光电二极管吸收。 由于发光二极管与生理光电二极管 的位置确定后, 光通过皮肤的光径长度即大致确定, 故发光二极管所发出的 光与光电二极管所接收的光的强度比较即可对应于目标色团的吸收系数参 数, 而得到吸收系数参数后即可得出目标色团于目标皮肤中的比例。 值得一 提的是, 上述色团的胶原蛋白因具有方向性, 故至少要有两道由不同方向照 射的光才能推算出胶原蛋白正确的吸收系数, 而两道不同方向照射的光可根 据配置两颗发光二极管 (以下称第一发光二极管与第二发光二极管) 与生理 光电二极管于相对应的位置而得到, 例如第一发光二极管-生理光电二极管- 第二光电二极管的位置配置为形成夹角为 90度的折线且第一发光二极管与 第二发光二极管的光由发出到被目标皮肤反射再到生理光电二极管的光径大 致相等。
皮肤发炎状况方面, 其原理大致与上述的皮肤色团含量检测相同。 由于 目标皮肤的发炎将导致微血管增生或扩张, 而色团中血红素的吸收系数与微 血管密度成正相关, 故由血红素的吸收系数可推知目标皮肤的发炎状况。 但 与皮肤色团含量检测不同的是, 此处发炎状况的推知是由目标皮肤与周围皮 肤的血红素吸收系数的比较而得出, 故检测装置 110至少需量测两个位置的 皮肤才能得知皮肤发炎状况, 此点可根据于上述生理光学检测模块中对应于 血红素吸收波长的发光二极管与生理光电二极管的配置而达到。 举例来说, 对应于血红素吸收波长的发光二极管与生理光电二极管可为复数个且排列为 数组, 藉此可得到包含目标皮肤的大面积的皮肤的血红素吸收系数, 而后可 比较目标皮肤与周围皮肤的各血红素吸收系数而推知目标皮肤的发炎状况。
表层油水分析方面, 检测装置 110可包含生理阻抗模块, 生理阻抗模块 可包含一对电极 (以下称第一电极与第二电极), 第一电极与第二电极间有预 定电压差。 将该对电极接触目标皮肤时, 微电流从第一电极流经目标皮肤到 第二电极, 由于皮肤表层的油脂与水分的电阻率不同, 故根据分析微电流的 量值可得出目标皮肤的油水分布状况。
皮肤表面成像方面, 检测装置 110可包含皮肤成像模块, 皮肤成像模块 可包含具有足够分辨率的镜头, 镜头可对目标皮肤进行拍摄影像。 根据分析 目标皮肤的影像可得知目标皮肤的毛孔大小、 皮肤纹理细致程度、 皮肤表面 色斑等等的信息。
请参阅第 2图, 其系为本发明的第一实施例的适应性护肤提示方法的流 程图。 图中的适应性护肤提示方法适用于第 1图的适应性护肤信息提示系 统。 适应性护肤提示方法包含使用连接检测装置 110与电子装置 120的步骤 Slk检测装置 110取得当下使用者所处环境的环境参数与使用者的目标皮肤 的生理参数的步骤 S12、 电子装置 120根据环境参数提供护肤建议信息以及 电子装置根据生理参数修改护肤建议信息的步骤 Sl 此处连接检测装置 110 与电子装置 120主要是使检测装置 110与电子装置 120建立通讯连结。
以下首先就防晒为例说明此适应性护肤信息提示系统与方法的运作方 式。 首先使检测装置 110与电子装置 120建立连结, 如步骤 Sll。 之后再由 检测装置 110根据紫外线检测模块取得紫外线指数, 以及根据生理光学模块 取得使用者的黑色素与胶原蛋白的色团浓度, 如步骤 S12。 电子装置 120接 收环境参数与生理参数后, 先根据环境参数给出推荐使用的防晒产品, 再根 据生理参数给出防晒产品的有效时间, 如步骤 S13。 举例来说, 电子装置 120 可搭载对应检测装置 110的应用程序平台 121。检测装置 110与电子装置 120 建立通讯连结后, 检测装置 110根据紫外线检测模块取得紫外线指数为 5, 生理光学模块取得使用者的黑色素色团浓度为 ι .6%> 以及胶原蛋白的色团浓 度为 20%。 此时电子装置 120先根据紫外线指数推荐使用者使用防晒系数 (SPF)为 30的防晒产品。 再将所检测到的黑色素色团浓度及胶原蛋白的色团 浓度将应用程序平台 121中内建的数据库比对或以公式换算, 得知使用者的 肤值对应的最多能在紫外线指数为 1的环境下而不晒伤的时间, 也就是对应 紫外线指数为 1的紫外线的剂量累积到最低红斑剂量 (minimal erythermal dose, MED)所需的时间。 假设前述使用者的生理参数的黑色素色团浓度为 1.6%, 胶原蛋白的色团浓度为 20%, 而电子装置 120藉其得出使用者的肤质 耐紫外线的时间为 100分钟的话, 则电子装置 120再计算 100/5*30=600, 而 于护肤建议信息中提示使用者防晒系数为 30的防晒产品的有效时间为 600 分钟, 也就是 10小时。 当然, 本发明不限于以上例子, 举例来说, 使用者也 可透过应用程序平台 121输入自己希望使用的防晒产品的防晒系数而根据应 用程序平台 121内建的公式得到有效时间。
以下就保湿为例说明此适应性护肤信息提示系统与方法的运作方式。 首 先使检测装置 110与电子装置 120建立通讯连结, 如步骤 Sll。 之后再由检 测装置 110根据温湿度检测模块取得环境温湿度, 根据生理光学模块取得使 用者的胶原蛋白的色团浓度, 如步骤 S12。 电子装置 120接收环境参数与生 理参数后, 先根据环境参数给出推荐使用的保湿产品, 再根据生理参数修正 保湿产品的使用时机, 如步骤 S13。
值得一提的是, 本发明的适应性护肤信息提示系统与方法也能结合来自 电子装置 120其它功能所得的参数作为给出建议的依据。 举例来说, 在防晒 的例子中, 电子装置 120可具有 GPS定位功能与网络功能, 而可结合两者的 功能得到使用者所在地的海拔高度参数, 电子装置 120可再使用海拔高度参 数对护肤建议信息作修正。 更具体来说, 若使用者位于海拔高度 3000公尺 处, 则紫外线强度约上升 50%, 也就是说紫外线检测模块所测得的紫外线指 数要再乘以 1.5之后电子装置 120再根据对于此紫外线指数的修正给出护肤 建议信息, 例如推荐更高防晒系数的防晒产品。
如图 2所示, 图中的适应性护肤提示方法可再包含使用者实行护肤建议 信息后, 再检测生理参数以验证护肤建议信息的有效性的步骤 S14。
具体来说, 生理参数的检测不仅能用于事前修正护肤建议信息, 也能在 事后验证实行护肤建议信息的效果。 举例来说, 以防晒为例, 可在使用完步 骤 S13建议的防晒产品后的隔天, 如步骤 S14所述, 根据检测装置 110的皮 肤成像模块所得的影像分析皮肤上出现的红斑或者是根据生理光学模块所得 的黑色素色团浓度分析黑色素变化情形, 以定量地掌握皮肤的曝晒状态以及 评估防晒产品的效果。 以保湿为例, 可于使用完步骤 S13建议的保湿产品后 预定时间, 如步骤 S14所述, 以检测装置 110的生理光学模块所得胶原蛋白 浓度定量地评估保湿产品的保湿效果。
如图 3所示, 为本发明的第二实施例的适应性护肤信息提示系统的系统 方块图。 图中, 适应性护肤信息提示系统可进一步包含与电子装置 120建立 通讯连结, 且收集并储存来自电子装置 120的包含环境参数与生理参数的使 用者信息的云端服务器 210。
如图 4所示, 为本发明的第二实施例的适应性护肤提示方法的流程图。 图中的适应性护肤提示方法适用于第 3图的适应性护肤信息提示系统。 图中 的步骤 S21、 S22与 S23分别对应于第一实施例的适应性护肤提示方法的步 骤 Sll、 S12、 与 S13, 不同之处在于此实施例进一步包含使电子装置与云端 服务器 210建立通讯连结, 并传送包含环境参数与该生理参数的使用者信息 给云端服务器 210的步骤 S24, 云端服务器 210分析使用者的历史数据作为 电子装置 120给予护肤建议信息的依据的步骤 S25以及电子装置 120给给予 建议的步骤 S23除考虑环境参数与生理参数外, 也考虑来自云端服务器 210 的历史纪录。 以下分别就步骤 S25与步骤 S26进行说明。
具体而言, 在步骤 S25中, 电子装置 120与云端服务器 210建立通讯连 结, 而使云端服务器 210能收集使用者使用此适应性护肤信息提示系统的数 据, 例如各次检测的环境参数与生理参数等。 这些数据可用于提供系统管理 者开发改良系统, 例如更新电子装置 120上的应用程序平台 121给出护肤建 议信息的方式., 使使用者能得到更合适的护肤建议。 另一方面, 处理环境参 数与生理参数的过程也不需全于电子装置 120上完成, 其中较为复杂的处理 分析过程可于云端服务器 210上进行, 待结果出来再回传到电子装置 120而 使用于提供护肤建议信息。
此外, 在步骤 S26中, 使用者也能透过电子装置 120与云端服务器 210 间的通讯连结取得自身使用此适应性护肤信息提示系统的历史纪录, 来做为 长期美容保养的依据。 要实现上述步骤, 虽说一般如智能型手机的电子装置 120能默认为个人使用, 但能确认使用检测装置 110与电子装置 120的为同 一人物还是较佳的。 此点可根据使用此适应性护肤信息提示系统对应用程序 平台 121进行注册或登入的动作, 或者是根据比对储存于云端数据库 210中 由此装置先前发送的生理参数来确认是否为相同人物。 在相同使用者长时间 使用此适应性护肤信息提示系统时, 过往的历史纪录便有意义而能作为美容 保养的依据。 举例来说, 可根据检测装置 110与应用程序平台 121搭配来长 期追踪目标皮肤的黑色素浓度变化, 以确认自身使用的美白产品是否有效果 出现。 另一例子是可追踪目标皮肤的发炎情形, 若长时间发炎情形皆未获得 改善, 且其它生理参数检测如黑色素浓度也出现异常则可警告使用者可能为 皮肤病变, 需就医观察。 又一例子是此种长期检测也可结合环境参数与生理 参数, 例如根据皮肤成像模块得知某些时候皮肤因湿热而有红斑发生, 此时 比对历史纪录得知此类红斑发生时环境参数的温湿度皆于一定值以上, 则之 后可由电子装置 120的网络联机功能联机至当地的气象台, 若得到当天温湿 度将比经常出现红斑的定值高, 则可由电子装置 120对使用者提出应注意使 皮肤通风透气的建议。 更进一步, 云端服务器 210可预先对使用者的历史纪 录作分析统计, 再以例如图表方式的预定方式呈现给使用者, 以方便使用者 追踪管理自身的历史纪录的变化。
如图 5所示, 为本发明的第三实施例的适应性护肤信息提示系统的系统 方块图。 如图所示, 云端服务器 210可包含第一数据库 211与第二数据库 212。 第一数据库 211根据辨识码收集并储存使用者信息中的隐私性信息, 而 第二数据库 212根据辨识码收集并储存使用者信息中的非隐私性信息。
具体来说, 电子装置 120在传输使用者信息给云端服务器 210时可于使 用者信息中包含用户辨识码 (UID), 用户辨识码可对应于电子装置 120。 云端 服务器 210在第一次接收到此类包含用户辨识码的使用者信息时便在第一数 据库 211中储存使用者信息中具有隐私性的部分, 例如使用者注册应用程序 平台 121时输入的账号密码等, 并将使用者信息中非隐私性的数据, 例如环 境参数或生理参数等, 储存在第二数据库 212。 而在云端服务器 210再次接 到同一电子装置 120传来的使用者信息时, 由于比对后发现第一数据库 211 中已有此用户辨识码登录的信息存在, 便直接将非隐私性信息传给第二数据 库 212储存。 如此一来, 使用者信息中隐私性与非隐私性信息便形成分离, 方便未来的信息安全管理。
此外, 云端服务器 210可分析另一使用者的历史数据作为电子装置 120 给予护肤建议信息的依据。
由于使用者信息可被分为隐私性数据与非隐私性数据而分别储存于第一 数据库 211与第二数据库 212中, 云端服务器 210可分析第二数据库 212中 的其它使用者的非隐私性数据提供给使用者而不致侵犯他人隐私。 举例来 说, 当使用者开始使用新的美容保养产品时, 云端服务器 210便可分析第二 数据库 212中环境参数或生理参数类似于使用者且也使用相同或类似美容保 养产品的数据提供给使用者, 藉此使使用者预估此美容保养产品发挥效果的 时间。 在另一例子中, 由于随着在太阳光中曝晒的时间累积, 人体对紫外线 的忍受程度会提高, 对于有计划想晒黑的使用者, 云端服务器 210可分析第 二数据库 212中环境参数或生理参数类似于使用者的数据, 并归纳出对此类 数据的最小红斑剂量与黑色素浓度的变化情形, 以利使用者拟定晒黑计划。 此步骤可包含于先前所提到的步骤 S26, 故不再另绘流程图表示。
如图 6所示, 为本发明的第四实施例的适应性护肤信息提示系统的系统 方块图。如图所示,适应性护肤信息提示系统可进一步包含与云端服务器 210 建立通讯连结的第三方信息系统 310。 云端服务器 210可由第二数据库 212 取出非隐私性数据给予第三方信息系统 310。
如图 7所示, 为本发明的第四实施例的适应性护肤提示方法的流程图。 图中的适应性护肤提示方法适用于第 6图的适应性护肤信息提示系统。 图中 的适应性护肤提示方法的步骤 S41、 S42、 S43与 S45对应于第二实施例的适 应性护肤提示方法的步骤 S21、 S22、 S23与 S25, 不同之处在于此实施例的 适应性护肤提示方法包含云端服务器 210可由第二数据库 212取出非隐私性 数据给予第三方信息系统 310的步骤 S47与第三方信息系统 310根据所取得 的非隐私性数据提供电子装置 120作为修改护肤建议信息的依据的步骤 S48, 以及于步骤 S43中电子装置 120可根据环境参数、 生理参数以及步骤 S48中第三方信息系统 310所提供的修改依据来给使用者护肤建议信息。 以 下就步骤 S47与 S48分别描述。
于步骤 S47中, 由于第三方信息系统 310仅能取得储存于第二数据库 212 中的非隐私性数据, 故可避免使用者的个人数据外泄等事件发生。 第三方信 息系统 310可为美容保养品制造商、通路商或研究单化 而由第二数据库 212 中所取得的资料可用于开发新产品、 研究市场或修正理论等用途。 云端服务 器 210可将第二数据库 212中的数据作分析统计后再传给第三方信息系统 3ΐα或者是第三方信息系统 310可输入搜寻条件于第二数据库 212搜寻有兴 趣的数据。 然而, 云端数据库 210给予第三方信息系统 310第二数据库 212 所存数据的方式不限于此。
于步骤 S48中,第三方信息系统 310可在接收并分析来自第二数据库 212 的数据后, 传送回馈信息给电子装置 120, 使电子装置 120能提供更适合的 护肤建议信息给使用者。 具体来说, 随着制造商的不同, 即使是标示为相同 功效, 例如相同防晒系数的防晒油, 也可能会有不同的效果。 电子装置 120 在给出护肤建议信息时, 可依据如美容保养品制造商或研发单位的第三方信 息系统 310所提供的条件或参数, 故使第三方信息系统能根据使用的数据分 析修改条件或参数将可使整体系统应用更具弹性也更贴近现实情况。 举例来 说, 第三方信息系统 310可为美容保养品制造商, 而使用者正在使用其推出 的保湿产品。 第三方信息系统 310在分析来自第二数据库 212中与使用者位 于相似环境且使用相同保养品的数据后发现该保湿产品的有效时间于此类环 境中的有效时间比一般情况下要短, 因此第三方信息系统 310便可发送修正 信息给使用者的电子装置 120, 使电子装置 120在给予使用者保湿的护肤建 议信息时使用该护肤产品的时间间隔縮短, 以达到预期的保湿效果。 因此, 在使用者护肤建议信息时, 可一并参考环境参数、 生理参数与来自第三方信 息系统 310的信息, 如第 7图的步骤 S43所示。
此外, 护肤建议信息可包含产品信息或服务信息。
具体来说, 当此适应性护肤信息提示系统与特定厂商合作时, 第三方信 息系统 310可为该特定厂商相对应于此适应性护肤信息提示系统的信息窗 口, 此时电子装置 120给出的护肤建议信息将可包含根据所检测的环境或生 理参数而推荐给使用者的该特定厂商的产品。 更具体地, 电子装置 120可根— 据使用者所检测的环境或生理参数, 在第二数据库 212中搜寻类似参数的数 据, 再于护肤建议信息中包含大部分具有类似参数的数据的其它使用者所使 用的该特定厂商的美容保养产品推荐给使用者。 然而, 于护肤建议信息中推 荐给使用者产品信息的方式不限于此。 举例来说, 特定美容保养产品可登录 于电子装置 120的应用程序平台 121, 该美容保养产品有固定量, 而电子装 置 120每次提示给使用者有关该美容保养产品的使用信息都会有推荐用量, 若使用者每次均依照推荐用量使用则应用程序平台可记录该美容保养产品的 剩余量, 并在该美容保养产品快用完时于护肤建议信息中提示使用者补充新 的美容保养产品, 或是根据使用者的用量推荐该美容保养产品的其它容量的 包装。 然而, 护肤建议信息不仅可包含产品信息, 也可包含其它有关美容保 养的服务。 举例来说, 第三方信息系统 310的该特定厂商旗下也可包含医疗 美容服务, 当使用者根据检测装置 110的检测生理参数时, 电子装置 120可 于分析生理参数后于护肤建议信息中包含相关于第三方信息系统 310的该特 定厂商的医疗美容服务信息。
更进一步, 电子装置 120传给云端服务器 210的使用者信息中可包含使 用者对此类包含于护肤建议信息中的产品信息或服务信息的回馈情况。 举例 来说, 此类产品信息或服务信息可于电子装置 120给使用者护肤建议信息时 以超级链接方式显示于电子装置 120的屏幕上, 而电子装置 120传给云端服 务器的使用者信息中包含此类超级链接的点击次数, 此类点击次数数据应为 非隐私性数据而存放于第二数据库 212中, 而第三方信息系统 310可根据与 云端服务器 210建力通讯连结而取得此类点击次数资料作为将来制定商业策 略或市场调査的依据。
更进一步, 在第三方信息系统 310对应于特定厂商的情况下, 电子装置 120的应用程序平台 121可根据使用者使用检测装置 110或登录该特定厂商 的美容保养产品于应用平台 121中来给使用者虚拟点数, 此种作法将可提高 使用者使用此适应性护肤信息提示系统的兴趣进而提高对此适应性护肤信息 提示系统的黏着度。 使用者可使用此类虚拟点数兑换该特定厂商提供的产品 或服务, 或是获得对于该特定厂商的产品或服务的折扣。此外, 电子装置 120 的应用程序平台 121可内建对于该特定厂商的电子商城, 藉此可使使用者更 方便选购该特定厂商的产品或是花费上述所提到的虚拟点数。
如图 8所示, 为本发明的第五实施例的检测装置的结构示意图。 如图所 示, 检测装置 10可包含紫外线检测模块 lla、 温湿度检测模块 llb、 生理光 学模块 llc、 生物阻抗模块 lld、 皮肤成像模块 lle、 微处理器 12以及音源 连接器 14。 如图 9所示, 为本发明的第五实施例的检测装置与电子装置结合 的示意图。如图所示, 检测装置 10可透过检测装置 10的音源连接器 14连接 电子装置 20的音源孔 21而从电子装置 20得到运作所需能量。此时前述的步 骤 Sl l、 S21及 S41可不仅包含使检测装置 10与电子装置 20建立通讯连结, 还包含透过检测装置 10的音源连接器 14连接于电子装置 20的音源孔 21建 立实体连结。
具体来说, 为了让使用者能随时随地使用此适应性护肤信息提示系统, 检测装置 10的小型化而成为可携式的检测装置 10是必要的, 此时电子装置 20可为智能型手机、 平板计算机或其它个人行动式电子装置。 此时检测装置 10可根据音源连接器 14连接于电子装置 20的音源孔 21而从电子装置 20处 接收检测装置 10运作所需的能量, 此时电子装置 20可根据搭载的应用程序 平台将音源孔 21的输出讯号锁定于最大以提供足够的输出电压给检测装置 10使用。 如此一来, 检测装置 10即不需独立电源即可运作, 进而达到小型 化而便于携带的目标。 然而, 在实际运作上, 即使音源孔 21的输出讯号已根 据应用程序平台锁定于最大, 但一般如智能型手机的电子装置 20的音源孔 21的输出电压还是不足以驱动微处理器 12。 因此, 如图 10所示, 为本发明 的第五实施例的检测装置的示意性电路方块图。 如图所示, 音源连接器 14 与微处理器 12可透过升压电路 16彼此连接。升压电路 16可具有整流的功能 将来自音源连接器 14的交流讯号转为微处理器 12可接受的直流讯号, 并使 直流讯号的电压增加以驱动微处理器 12。 图 10中的升压电路 16的内部配置 仅为此种升压电路的一种实施态样, 本发明的检测装置 10的升压电路 16配 置并不限于此。 图中升压电路 16大致上可将来自音源连接器 14的交流讯号 的电压提高三倍, 例如来自音源连接器 14的讯号为震幅 IV的弦波, 升压电 路 16可将其转为约 3V的直流讯号输出。 即使检测装置 10可包含升压电路 16提升电压, 然而某些电子装置 20的音源孔 21输出电压可能还是不够, 此 时选用的微处理器 12可选用包含直流 /直流转换器的微处理芯片, 以将透过 升压电路 16输入的直流讯号的电压进一步提高到能驱动微处理器 12。
值得一提的是, 本发明的检测装置 10与电子装置 20的连接方式并不限 于 Ifc检测装置 10与电子装置 20还是可能透过如 USB连接器等其它方式连 接或是检测装置 10实际上具有独立电源而仅与电子装置 20建立通讯连结。
另一方面如图 10所示包含紫外线检测模块 温湿度检测模块 llh 生理光学模块 llc、 生物阻抗模块 lid与皮肤成像模块 lie的检测模块 11可 连接于微处理器 12以提供所检测的参数给微处理器 12。 然而, 此处需注意 的是图 10的检测模块 11仅为例示性的, 本发明的检测装置 10的检测模块 11的并不需要包含图中所有检测模块, 而可仅包含部份可检测环境参数的模 块以及部份可检测生理参数的模块。举例来说, 检测模块 11可仅包含检测紫 外线的紫外线检测模块 11a与检测皮肤色团浓度的生理光学模块 l lc, 或是 仅包含检测温湿度的温湿度检测模块 lib与检测皮肤表面状态的皮肤成像模 块 l le。 此外, 检测模块 11也能包含未于图式中出现的其它能检测环境参数 与生理参数的检测模块。
更进一歩若检测装置 10与电子装置 20己透过音源连接器 14与音源孔 21接合而建立实体连结,则检测装置 10也可根据音源连接器 14与音源孔 21 的接合传输讯号给电子装置 20, 此时电子装置 20所接收的讯号类似于一般 用麦克风输入的讯号。 请再参阅图 10, 由于若由音源孔 21输入的讯号与一 般的音频讯号不相似的话, 电子装置 20可能无法辨识, 因此检测装置 10可 包含调变电路 17, 将想输入的讯号调制为可由电子装置 20的音源孔 21辨识 而输入的讯号。 具体来说, 如图 11所示, 微处理器 12可将想输入电子装置 20的讯号以曼彻斯特编码 (Manchester Encoding)方式加以编码, 也就是说定 义讯号在一定时间间隔内由高到低为逻辑 「1」, 由低到高为逻辑 「0」。 如图 11所示, 如图所示, 依照上述的编码方式, 希望输出的原始讯号 902代表的 位串即为 「1010」。 之后微处理器 12将原始讯号 902送到调变电路 17, 调变 电路 17将原始讯号 902的讯号高位加载上电子装置 20的音源孔 21能辨识的 讯号, 在此例中是频率 8k Hz的讯号, 而于原始讯号 902的讯号低位则为无 输出, 而得到如图 11中的音频调变讯号 901透过音源连接器 14输出到音源 孔 21而为电子装置 20接收再由电子装置 20的应用程序平台设定编码解调 而得到原始讯号 902所要传输的数据。 当然, 本发明的透过音源连接器 14 与音源孔 21的接合传输讯号给电子装置 20的方式不限于此, 举例来说, 调 变电路 17加载于原始讯号 902的讯号高位的讯号频率可不为 8k Hz。
然而, 由电子装置 20的音频孔 21输入讯号的方式受限于电子装置 20 的音频孔 21所能辨识讯号的频率, 其频率最大顶多能至数十 k Hz, 所以要 在一定时间内传输大量数据可能不敷使用, 例如要传送由皮肤成像模块 l ie 所取得的影像时。为了进一步提高数据传输的效率, 检测装置 10可不经电子 装置 20的音源孔 21输入讯号, 而是改采无线传输的方式提供讯号给电子装 置 20。如图 12所示, 其系为本发明的第六实施例的检测装置的电路方块图。 如图所示, 在此实施例中, 检测装置 10可不包含调变电路 17, 而改为包含 无线传输模块 18。 无线传输模块 18可为蓝芽 (Bluetooth)模块、 WiFi模块、 近场通讯 (NFC)模块等等。 在此实施例中无线传输模块 18为蓝芽模块, 而微 处理器 12可为蓝芽模块内建的微处理芯片。由于如蓝芽传输的无线传输方式 可达到每秒 1M位的数据传输量, 因此检测装置 18即可通过无线传输模块 18的无线传输方式快速地将大量数据传给电子装置 20 以进一步提升数据传 输的效率。
此外, 检测装置 10可进一步包含保护构件。 举例来说, 在检测装置 10 可包含音源连接器盖, 其在检测装置 10未连接于电子装置 20时包覆检测装 置 10的音源连接器 14, 使音源连接器 14较不会因接触到环境中的脏污或湿 气而使传导功能劣化。 同理, 检测装置 10也可包含检测模块盖, 其在不使用 检测功能时包覆各检测模块露出于检测装置 10外的部份 以使各检测模块较 不会因接触到环境中的脏污或湿气而使检测功能劣化检测装置 10本身可为 长杆型而前述音源连接器盖与检测模块盖可与检测装置 10的外性一同设计 以使其更为美观或方便携带。更进一步, 在检测装置 10包含紫外线检测模块 11a时, 检测模块盖相对应位置可以透明材质制成, 以使其不需开盖即可实 时检测紫外线的存在。
以上所述仅为举例性, 而非为限制性者。 任何未脱离本发明的精神与范 畴, 而对其进行的等效修改或变更, 均应包含于后附的申请专利范围中。
尽管本发明的内容已经通过上述优选实施例作了详细介绍, 但应当认识 到上述的描述不应被认为是对本发明的限制。 在本领域技术人员阅读了上述 内容后, 对于本发明的多种修改和替代都将是显而易见的。 因此, 本发明的 保护范围应由所附的权利要求来限定。

Claims

权利要求
1. 一种适应性护肤信息提示系统, 其特征在于, 其包含:
一检测装置, 其检测一使用者当下所处环境的环境参数与该使用者 的一目标皮肤的生理参数; 以及,
一电子装置, 其根据该环境参数给出一护肤建议信息, 再根据该生 理参数验证或修正该护肤建议信息。
2. 如权利要求 1所述的适应性护肤信息提示系统, 其特征在于, 其还包含: 一云端服务器, 其与所述电子装置建立通讯连接, 且收集并储存来 自该电子装置的包含该环境参数与该生理参数的一使用者信息。
3. 如权利要求 2所述的适应性护肤信息提示系统, 其特征在于, 所述云端服 务器包含一第一数据库与一第二数据库该第一数据库根据一辨识码收集 并储存该使用者信息中的一隐私性信息而该第二数据库根据该辨识码收 集并储存该使用者信息中的一非隐私性信息。
4. 如权利要求 3所述的适应性护肤信息提示系统, 其特征在于, 所述云端服 务器分析该使用者的历史数据作为该电子装置给建议的依据。
5. 如权利要求 3所述的适应性护肤信息提示系统, 其特征在于, 所述云端服 务器分析另一使用者的历史数据作为该电子装置给建议的依据。
6. 如权利要求 3所述的适应性护肤信息提示系统, 其特征在于, 其还包含: 一第三方信息系统, 其与该云端服务器建立通讯连结,
其中该云端服务器由该第二数据库取出该非隐私性数据给予该第三 方信息系统。
7. 如权利要求 6所述的适应性护肤信息提示系统, 其特征在于, 所述护肤建 议信息包含一产品信息或一服务信息。
8. 如权利要求 6所述的适应性护肤信息提示系统, 其特征在于, 所述第三方 信息系统根据所取得的该非隐私性数据提供该电子装置作为修改该护肤 建议信息的依据。
9. 如权利要求 1所述的适应性护肤信息提示系统, 其特征在于, 所述检测装 置透过该检测装置的一音源连接器连接该电子装置的一音源孔而从该电 子装置得到运作所需能量。
如权利要求 9所述的适应性护肤信息提示系统, 其特征在于, 所述检测装 置透过一音频调变讯号传输数据给该电子装置。
如权利要求 9所述的适应性护肤信息提示系统, 其特征在于, 所述检测装 置包含一无线传输模块, 且透过该无线传输模块数据传输给该电子装置。 —种适应性护肤提示方法, 其特征在于, 该方法包含:
使用一检测装置取得当下一使用者所处环境的环境参数与该使用者 的一目标皮肤的生理参数; 以及
该电子装置根据该环境参数提供一护肤建议信息; 以及
该电子装置根据该生理参数修改该护肤建议信息。
如权利要求 12所述的适应性护肤提示方法,其特征在于, 该方法还包含: 该使用者实行该护肤建议信息后, 再检测该生理参数以验证该护肤 建议信息的有效性。
如权利要求 13所述的适应性护肤提示方法,其特征在于, 该方法还包含: 该电子装置与一云端服务器建立通讯连结, 并传送包含该环境参数 与该生理参数的一使用者信息给该云端服务器。
如权利要求 14所述的适应性护肤提示方法, 其特征在于, 所述云端数据 库包含一第一数据库与一第二数据库该第一数据库根据一辨识码收集并 储存该使用者信息中的隐私性信息而该第二数据库根据该辨识码收集并 储存该使用者信息中的非隐私性信息。
如权利要求 15所述的适应性护肤提示方法,其特征在于, 该方法还包含: 该云端服务器分析该使用者的历史数据作为该电子装置给予该护肤 建议信息的依据。
如权利要求 15所述的适应性护肤提示方法,其特征在于, 该方法还包含: 该云端服务器分析另一使用者的历史数据作为该电子装置给予该护 肤建议信息的依据。
如权利要求 15所述的适应性护肤提示方法,其特征在于,该方法还包含: 该云端服务器与一第三方信息系统建立通讯连结, 且该云端服务器 由该第二数据库取出该非隐私性数据给予该第三方信息系统。
如权利要求 18所述的适应性护肤提示方法,其特征在于,该方法还包含: 该第三方信息系统根椐所取得諭该非隐私性数据提供该电子装置作 为修改该护肤建议信息的僮据。
如权 要求 18所述的适庙性护肤提示方法, 其特 在于, 所述护肤建议 信息包含一产品信息或一服务信息 β
如 ft利要求 12所建翁适应性护肤提示方 其特征在于,该方法 ¾包含: 廣述裣测装置的一音源连接器连接亍该电子装置的一音源孔 Q 如桎利要求 21所建雌适应佳护赃提示方法,其特征在于,该方法还包含: 以调变音源讯号的方式使该检测装置传输数据给该电子装置 如权利要求 21所建 »适座憶护肤提示方法, 其特征在于, 该方法还包含 : 以无线通讯的方式使该检测装置传输数据给该电子装 5¾。
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