TW200424008A - Replaceable scent and multimedia storage medium for use with a playback apparatus having electrostatic scents release - Google Patents

Abstract

The present invention concerns a scent-bearing and multimedia disk or cartridge for use with separate multimedia playback and scent recovery systems. The scent-bearing and multimedia disk or cartridge comprises at least one scent release unit for effectively releasing scent, an associated scent storage medium for storing at least one scent, and an encapsulated multimedia storage medium for storing multimedia and scent release control information. The scent-bearing and multimedia disk or cartridge contains various scent release means for use by an associated scent recovery/release and multimedia playback system. The scent recovery/release and multimedia playback system is designed to be a portable, hand-held, self-contained, battery operated electrostatic multiple scents releasing, with a replaceable scent-bearing and multimedia disk or cartridge. The scent related content and recovery information is used by the multimedia playback and scent recovery/release system to coordinate scent release with or without multimedia playback. Additional embodiments of the present invention comprise electrostatic, ultrasonic nebulizing, and thermal scent release systems and methods for effectively releasing scent stored in the scent-bearing and multimedia disk or cartridge. Further embodiments of the present invention comprise methods and systems for integrating the multimedia playback and scent recovery/release system with other applications.

Description

200424008 发明 Description of the invention [Other related inventions application] This application patent was previously filed in the United States Patent Application No. 10 / (M3,928 on January 9, 2002, and the application name is "Multimedia 曁 Fragment Storage Medium and Has Static Flavor" Part of the continuation-in-part application of "Application Method for Players with Release Function" (continuation-in-part) is mentioned here as a reference for future review. [Technical Field to which the Invention belongs] The present invention relates to a fragrance-containing storage and A disc or card holder for multimedia content and a multimedia playback system with a fragrance release function, especially a new invention combined with a handheld 10-band or reduced-size multimedia player. [PRIOR ART] The present invention relates to the use of Fragrance storage tanks and release systems that generate olfactory sensations (such as aromatherapy) 'This system can be integrated with or separated from the multimedia playback system. When the fragrance storage tank and the release system are used with the multimedia playback system, it can produce a variety of sensory experiences, This multi-sensory experience can be used not only for audiovisual entertainment but also for medical treatment. There are many restrictions on the use of fragrance storage tanks and release systems with today's multimedia playback systems. Especially the combination of fragrance storage tanks and release 20 systems with handheld portable or reduced multimedia playback systems is rarely considered, especially in the following Two factors' First, when using this type of system, users will use hand-held portable or reduced-size products (such as wireless mobile phones, personal digital assistants, portable computers and portable reduced appliances) based on their past experience. There are certain expectations. The best system should provide users with a high degree of mobility in the multimedia experience produced by the portable miniaturized design feature. 200424008 Through these systems, users can use multimedia playback and remote messaging as needed. (Such as the Internet, server, LAN or wireless LAN) combined with wireless transmission; thereby providing any multimedia experience you want. On the contrary, some fragrance storage tanks and release systems are used in conjunction with multimedia playback systems5 Regardless of the characteristics described above, for example, Jr. Ivey, US Patent No. 6,053,738 The method of generating olfactory sensations, even if he claims to be combined with multimedia, but does not elaborate how to achieve it, especially not mentioning how to integrate and reduce the integration of multiple fragrance storage units and fragrance release systems, and secondly did not mention How to coordinate and arrange multiple fragrance storage units and multiple fragrance release systems to facilitate the download and delivery of multiple different fragrances in 10 repeated multiple fragrance release actions. The second problem is that the fragrance storage tank and release system are now or have been The problems caused by the practical combination of the known handheld portable or reduced multimedia playback system are related to the problems related to the release and release of the scented recording medium stored in the scented storage medium and the scented storage medium, and they are rarely considered. The design of the fragrance storage medium needs to be considered15. It can be easily combined with the multimedia storage medium in an integrated packaging or removable packaging. In particular, there are some known and present multimedia storage formats, such as optical DVD storage media embedded in the case in the embedded type 2 DVD RAM card, and of course also include some standard DVD and CD optical disc formats Moreover, it is rarely considered to combine the fragrant 20 flavor storage medium with known multimedia storage formats, so the present invention will provide users with a lightweight and easy to use multimedia that can be integrated with the fragrance release and multimedia playback system to generate a complete multimedia experience. Storage media. In addition, it does not consider the problem of the close proximity of fragrance release technology and the matching with sensitive electronic equipment. The fragrance substance is usually an oily volatile substance. Improper handling will affect the fragrance broadcast 2 200424008 release and normal operation of the multimedia playback system. Therefore, improved fragrance release technology is needed, so more superior fragrance release technology has been developed since it has been combined with hardware such as electrostatic fragrance release. These fragrance release technologies must be designed to be compatible with today's micromachining technologies to achieve Efficiency technology, effective cost, and extensive consumer market use and appearance design. Until the present invention, there is no design that can combine electrostatic fragrance release and micro-machining technology. Another problem is the storage and release efficiency of fragrances, perfumes, seasonings, flavors, and medical substances to achieve the maximum benefit with the smallest amount of sometimes expensive substances. Considering the problem of efficiently storing fragrances within the fragrance release interval The lower flavor and original quality can be preserved, and these volatile substances will be easily volatile if they are not properly stored. From the user's point of view, some of today's general fragrance release technologies combined with handheld or reduced systems have been confirmed to have some limitations, especially today's general fragrance release systems do not allow users to release with user-definable fragrance The range control method is used to control the range of fragrance release, just like in the field of sound and video, the user has a high degree of personal range control mechanism, but usually there is no such control mechanism for hand-held portable or reduction systems and fragrance release. Therefore, other previous designs require some advanced and extraordinary new systems and methods to address some of the limitations of other previous designs. In particular, the need to design scented 20-flavor discs or clips containing a fragrance release unit can be easily carried out with today's general handheld or The combination of wireless transmission applications 'more particularly, it is best to design a fragrance card holder that can be easily integrated into a handheld portable module' This fragrance card holder and fragrance broadcast release system design can be easily integrated into a handheld portable machine Structured to provide a single, easy-to-use fragrance storage and multimedia medium 'and can be combined with a multimedia playback system to produce a fully immersive multimedia experience including video, sound 3 200424008 and taste. Other previous designs also required some new fragrance release technologies to enhance the performance of the fragrance release system in conjunction with the multimedia environment. The system especially preserves the original fragrance of perfumes, fragrances and seasonings and prevents the fragrances from contaminating each other during the release process. The appropriate neutralization step in the release of fragrance 5 enhances the fragrance sensitivity to increase the user's new experience in strengthening and worshiping the olfactory experience. Excellent fragrance release technology must efficiently store perfume, fragrance and seasoning in the interval of fragrance release. It can reduce the number of replacement of scented discs or clips, and avoid the residues generated after the scent is released and volatilized. In summary, other previous designs required a new scented disc or clip design with ease of use, low price, lightweight design, and other powerful mobile and multimedia technologies. SUMMARY OF THE INVENTION The disadvantages of other previous designs have been improved in the present invention. The first embodiment of the present invention includes 15 scented discs or clips, and the scented discs or clips further include a scent storage node.

Structure, a fragrance release unit, a fragrance material delivery pipeline structure, and a multimedia storage medium. The fragrance storage structure includes a fragrance substance storage tank structure and a fragrance release micropump module. The fragrance release unit includes a fragrance distribution tank and various forms of fragrance release structure. The multimedia storage medium can also be a form of overlaid or detachable optical storage medium. The scented disc or card holder also contains machine-readable memory, and this memory can be a fast-dissipating memory or other solid-state memory used to store the scent calibration information indicating the specific scent in the scented disc or card holder. Storage media form of access technology. The conventional embodiments of the present invention include a special structure for storing scented substances. Under the 200424008 design, there is a physical structure that can be simply joined or integrated with a handheld device such as a wireless communication device and a handheld data device. The rectangular fragrance clip is designed to have the same length and width as the side of a handheld modem. In another structural design of the second embodiment, there is a joint structure design between the fragrance card holder and the handheld modem to facilitate the integration of the two units into one. 5 The fragrance disc or clip of the first embodiment of the present invention includes at least one fragrance substance storage unit and at least one fragrance release unit. In another design of the first embodiment, the fragrance substance storage unit includes a fragrance substance storage tank, a fragrance release micropump module, and a fragrance substance delivery pipeline structure for connecting the fragrance substance storage structure and the fragrance release unit. The fragrance release micropump module includes a nozzle module for urging and transmitting the fragrance substance through the fragrance 10 substance delivery pipeline structure to facilitate the transmission of the fragrance substance from the substance storage structure to the fragrance release unit. The spray head module includes a closed three-dimensional structure with a fragrance release opening facing the fragrance release unit to facilitate the release of fragrance from the fragrance substance storage tank. After each scent release, the scent material delivery pipe structure and the substance 1 storage tank will provide sufficient air pressure to balance the air pressure outside the nozzle module opening to prevent the t 15 scent from leaking out of the scented disc or card holder. In another design of the first embodiment, the fragrance release micropump module further includes an ultrasonic vibration pump fragrance release module, hot air, bubble pump fragrance release module, microflow valve pump fragrance release module, or electrophoretic fragrance. The release module is used to drive the fragrance release micro-pump module through the fragrance substance delivery pipeline structure to facilitate the transmission of the fragrance substance from the material storage structure to the fragrance release unit. In another design of the first embodiment 20, the structure of the spray head module and the fragrance substance storage tank further includes a design integrated with the stomach and the detachable spray head module and the fragrance substance storage tank. In another design of the first embodiment, the fragrance collecting and distributing groove included in the fragrance releasing unit is used to collect and release fragrance into the air. In the first embodiment, different types of fragrance substances (such as liquid, colloidal and solid) can be mixed and released into the air at the same time in the fragrance collecting and distributing tank. 5 200424008 In another design of the first embodiment, the fragrance release unit further includes an electrostatic fragrance release module. The electrostatic fragrance release module includes an electrostatic discharge tip, an electrostatic mesh structure, and related circuits. The electrostatic discharge tip built in the fragrance release unit ionizes the fragrance substance when the fragrance is released, and the ionized fragrance is attracted to the electrostatic mesh structure to facilitate the scent. In another design of the first embodiment, the fragrance release unit further includes an ultrasonic vibration fragrance release module, and the ultrasonic vibration fragrance release module includes an ultrasonic vibrator module and related circuits. The ultrasonic vibrator built in the fragrance release unit vaporizes the fragrance substance when the fragrance is released. 10 In another design of the first embodiment, the fragrance release unit further includes a heat conduction fragrance release module, and the heat conduction fragrance release module includes a heat conduction module and related circuits. The heat conduction module built in the fragrance release unit vaporizes the fragrance substance when the fragrance is released. The third embodiment of the present invention includes a replaceable fragrance card holder and a portable, full-function, battery-powered handheld multiple fragrance broadcast release and multimedia playback system. 15 This system can also be combined with a separate fragrance broadcast release and multimedia playback system, which releases fragrance from the fragrance card holder while downloading multimedia messages from the handheld playback system, and its operating procedures include: communication via a handheld modem Receiving user instructions to drive fragrance release; downloading digital fragrance release and multimedia playback control messages with reference to user instructions; deciphering 20 types of fragrance release, time points, and release length information in digital fragrance release and multimedia playback control messages; and The corresponding fragrance is released from the fragrance card at an appropriate time point and at an appropriate release length. In another design of the third embodiment, the flavor release can be performed by ionization or gasification. In another design of the third embodiment, a plurality of fragrances can be released simultaneously with similar or different release lengths. Another operating procedure of the third embodiment includes a scent-neutralizing procedure, such as ozone and other suitable scent-neutralizing agents that are released during the scent-neutralizing procedure before other scent-releasing procedures. The fourth embodiment of the present invention includes a separate multimedia playback and fragrance broadcast release system used in conjunction with the first, second and third embodiments, especially the multimedia storage media unit in the fragrance 5 storage and multimedia content card holder. It exists in the form of an optical storage medium like DVD or a magnetic storage medium of Flash RAM. The separated multimedia playback and fragrance broadcast release system further includes a remote multimedia receiving function for receiving remote multimedia messages; an editing function for compiling multimedia playback and fragrance broadcast release sequences; and loading the multimedia broadcast and fragrance broadcast release sequence information loading 10 rewritable storage media, such as rewritable optical storage media or rewritable solid state memory access technology storage media. The fifth embodiment of the present invention includes a scent clip's body which is released by electrostatic scent. The body of the scent clip is divided into two major structures: scent storage and scent micro-pump. The strength of the example of the younger Wuguan ^ The fragrance storage of the scented disc in the plan is to store different fragrances in a plurality of divided blocks. The fragrance storage of the plurality of divided blocks is an arc structure in the outer ring region of the disc. Composition, the closed fragrance storage structure has only one opening to facilitate the fragrance micropump module to drive the fragrance material through the fragrance material delivery pipeline structure to facilitate the transmission of the fragrance material from the material storage structure to the fragrance release unit. In another design of the fifth embodiment, the fragrance storage of the fragrance card holder is to separately store different fragrance substances in a plurality of divided blocks, and the fragrance storage in a plurality of 20 divided blocks is composed of a rectangular structure inside the card holder and closed. The type fragrance storage structure has only one opening for the fragrance micropump module to facilitate the transmission of fragrance substances through the fragrance substance delivery pipeline structure to facilitate the transmission of fragrance substances from the material storage structure to the fragrance release unit. The other operation program of the fifth embodiment includes a program for scent decomposition. Ozone and ions 7 200424008 will be released to the outlet of the nozzle to facilitate the previously released decomposition and ionization of scent and will be removed. The fragrance release procedure is performed afterwards. The local voltage for generating a ring-shaped tip discharge to ionize the fragrance in another * design of the fifth embodiment is unipolar or bipolar. In another design of the fifth embodiment, the fragrance collecting and distributing groove 5 further includes a guide groove structure formed at the bottom of the fragrance collecting and distributing groove for introducing a plurality of fragrances into the respective collection areas. The guide groove structure can further prevent the release of individual fragrances. Transfer to another collection area when it arrives at the fragrance collection tank. The electrostatic fragrance release unit includes an electrostatic discharge tip structure that ionizes fragrance substances, perfume substances, medical substances, and flavoring substances in the fragrance collection and distribution tank, and a high-voltage electrostatic power supply circuit that provides the energy of the electrostatic discharge tip. The fragrance release function of each 10 different fragrance storage structures further includes keeping the fragrance in the storage structure until the fragrance release is driven. In another design of the fifth embodiment, the annular discharge tip in the electrostatic fragrance release unit can further adjust the degree of electrostatic discharge to ionize the medical substance and increase the degree of absorption of the inhaled drug in the respiratory tract of the user. Another operation program of the fifth embodiment includes a program for controlling the release range of the fragrance 'releasing a certain amount of ozone at a certain 15 control frequency after the previous fragrance is released', using the generated faster ozone-containing auxiliary airflow to catch up within a certain range The previously released fragrance molecules are neutralized or broken down to prevent excess fragrance from being transmitted to the fragrance release control range adjusted by the user. After this operation procedure, the multi-angle automatic rotation fragrance release unit releases a certain amount of ozone with a controlled frequency to neutralize or decompose previously released fragrance molecules, dust, or 20 suspended particles in the release control range. The sixth embodiment of the present invention includes a fragrance clip released by ultrasonic vibration fragrance, and the body of the fragrance clip is divided into two major structures: fragrance storage and fragrance micro-pump. In another design of the sixth embodiment, the fragrance storage of the fragrance disc is to store different fragrance substances in a plurality of divided blocks, and the fragrance storage of the plurality of divided blocks is an arc 8 200424008 structure in the outer ring region of the disc. Composition, the closed-type fragrance storage structure has only one mouthpiece to facilitate the fragrance micro-pump module to drive the fragrance substance through the fragrance substance delivery pipeline structure to facilitate the transmission of the fragrance substance from the material storage structure to the fragrance release unit. Another fragrance of the fifth embodiment of the eighth embodiment is that the fragrance storage of the fragrance card holder is to store different fragrances in a plurality of divided blocks, and the fragrance storage of the plurality of divided blocks is a rectangular structure inside the card holder. Composition, the closed fragrance storage structure has only one opening to facilitate the fragrance micropump module to drive the fragrance substance through the fragrance substance transport pipeline structure to facilitate the fragrance substance to be transferred from the material storage structure to the fragrance release unit. In another design of the sixth embodiment, the fragrance collecting and distributing groove further includes a super 10 sonic vibration module on the fragrance collecting and distributing groove, which is used to assist the scent gasification to form a porous sheet structure formed in the air. The porous sheet structure (pore diameter (Less than 80 micron) will keep the liquid scented substance in the scent collection and distribution tank when the normal atmospheric pressure and ultrasonic vibration module are ineffective. In another design of the sixth embodiment, a ring-shaped discharge tip structure is constructed on the ultrasonic vibration piezoelectric sheet to ionize the vaporized fragrance generated by the ultrasonic vibration. In another design of the sixth embodiment 15, the ultrasonic vibration generated by the ultrasonic vibration module is indirectly vibrated by water or a non-corrosive liquid, and the fragrance in the specially designed cup or container. The ultrasonic vibration fragrance release unit includes a The structure of the ultrasonic vibrator in which the fragrance substance, the perfume substance, the medical substance and the flavoring substance are vaporized in the fragrance collecting and distributing tank, and the power circuit for providing the energy of the ultrasonic vibrator. 20 The seventh embodiment of the present invention includes a scent clip that releases scent by heat conduction. The body of the scent clip is divided into two major structures: scent storage and scent micro-pump. In another design of the seventh embodiment, the fragrance storage of the fragrance disc is to store different fragrance substances in a plurality of divided blocks. The fragrance storage of the plurality of divided blocks is composed of an arc structure in the outer ring region of the disc. The closed fragrance storage structure has only one opening to facilitate the fragrance micro-pump module to transfer 9 200424008 fragrance material through the fragrance material delivery pipeline structure to facilitate the transmission of fragrance material from the material storage structure to the fragrance release unit. In another design of the seventh embodiment, the fragrance storage of the fragrance card holder is to store different fragrance substances in a plurality of divided blocks. The fragrance storage of the plurality of divided blocks is formed in a rectangular structure inside the card holder. 5 The scent storage structure has only one opening to facilitate the fragrance micropump module to drive the scent material through the scent material delivery pipe structure to facilitate the transmission of the scent material from the material storage structure to the scent release unit. In another design of the seventh embodiment, a ring-shaped discharge tip structure constructed on top of the heat-conducting structure for ionizing the vaporized fragrance generated by the heat-conducting structure. Thermally conductive fragrance release Unit 10 contains a thermally conductive structure that vaporizes the fragrance, perfume, medical, and flavoring substances in the fragrance distribution tank, and a power circuit that provides energy to the thermally conductive structure. An eighth embodiment of the present invention includes a device for electromagnetically generating electricity or generating a high voltage. The electromagnetic wave-induced electricity generation or high-voltage generating device further includes a receiving device for receiving electromagnetic waves at the far end, an inductive current generating device, and a high-voltage transformer circuit for converting low voltage to high voltage to facilitate the release of electrostatic fragrance. The generation. In another design of the eighth embodiment, the electromagnetic wave flavor release module further includes generating high-energy electromagnetic waves to facilitate the ionization of the flavor molecules in the flavor collecting and distributing tank. The ninth embodiment of the present invention includes a disc or card 20 for scent storage and multimedia content, and a separate flavor broadcast release and multimedia playback system for releasing and recording multimedia from a disc or card for scent storage and multimedia content. Message operation procedure. Its operation procedures include: receiving user instructions to drive fragrance release and playing multimedia messages; downloading digital fragrance release and multimedia playback control messages from the disc or card holder of fragrance storage and multimedia content with reference to user instructions; de-coding digital fragrance release and multimedia Play 10 200424008 Control the information about the type, time point and release length of the fragrance release; and release the corresponding fragrance from the scent storage and multimedia content disc or card at the appropriate time point and the appropriate release length. In another design of the ninth embodiment, a plurality of fragrances can be released simultaneously with similar or different release lengths. Another operation procedure of the ninth embodiment includes a fragrance neutralization procedure. For example, ozone and other suitable fragrance neutralizers are released during the fragrance neutralization procedure before other fragrance release procedures. Another operation procedure of the ninth embodiment includes that the user releases a certain amount of newly refreshing fragrance at a preset input time in the fragrance broadcast release system to improve the user's awareness and awakeness. In another design of the ninth embodiment, a fragrance broadcast ® 10 release system combined with a safety protection system releases fragrance to warn or alert the user. A fragrance recording release system combined with a sensor detector releases fragrance after sensing electromagnetic waves, vibration, sound, infrared, and any driving signal that can be used as a proximity range to the fragrance recording release system. In another design of the ninth embodiment, a fragrance broadcast release system combined with a driving doze monitoring system is used to release 15 fragrances when the monitoring system detects a condition or is driven to improve driving awareness and prevent snoring. doze. In another design of the ninth embodiment, a control system integrated with the steering wheel of the car is used to transmit the fragrance input from the driving I. The recording release control signal is sent to the fragrance release recording system in the vehicle to drive the fragrance release. In another design of the ninth embodiment, a driving seatbelt combined with a doze monitoring system to monitor heartbeat, pulse, breathing, and blood pressure conditions is a system for judging the degree of doze in driving to release fragrance when the monitoring system 20 detects a condition or is driven To improve driving awareness and prevent drowsiness. A tenth embodiment of the present invention includes a disc or card holder for a fragrance storage and multimedia content used in a separate fragrance broadcast release and multimedia playback system. Flavor storage and multi-media content The disc or card holder includes a scent storage structure and an inlay multimedia storage 11 2200424008 media. The scent storage structure includes at least one scent storage unit and at least one scent release unit. In another design of the tenth embodiment, the fragrance storage unit contains an absorbing substance for temporarily assisting the fragrance substance to remain in the fragrance release unit. The fragrance release unit contains the fragrance _ diffuser and cover structure. In the fragrance disc or clip system, the fragrance collecting and distributing groove is a closed 5-in-3 degree space structure. The lower opening is connected to the fragrance storage unit, and the upper opening is released to facilitate the fragrance. Lid structure When no fragrance is released, the upper opening is covered to prevent fragrance from escaping from the disc or card holder for fragrance storage and multimedia content. In another design of the tenth embodiment, the fragrance release unit further includes an electrostatic fragrance release module, and the electrostatic fragrance release module includes an electrostatic discharge tip, an electrostatic mesh structure, and related circuits. The electrostatic discharge tip built in the fragrance release unit ionizes the fragrance substance when the fragrance is released, and the ionized fragrance is attracted to the electrostatic network structure to facilitate the vaporization of the fragrance. Individual scent storage structures contain absorbent substances that temporarily assist the scent material in retaining in the scent storage structure. In another design of the tenth embodiment, the fragrance release unit further includes an ultrasonic vibration fragrance 15 release module, and the ultrasonic vibration fragrance release module includes an ultrasonic vibrator module and related circuits. The ultrasonic vibrator built in the fragrance release unit vaporizes the fragrance substance when the fragrance is released. Individual scent storage structures contain absorbent substances that are used to temporarily assist the retention of scent materials within the scent storage structure. In another design of the tenth embodiment, the fragrance release unit further includes a thermally conductive fragrance release 20 module, and the thermally conductive fragrance release module includes a thermally conductive module and related circuits. The heat conduction module built in the fragrance release unit vaporizes the fragrance substance when the fragrance is released. Each of the fragrance storage structures contains an absorbent substance for temporarily assisting the fragrance substance to remain in the fragrance storage structure. In another design of the tenth embodiment, the fragrance release structure further includes a single-directional air valve. The single-directional air valve allows the fragrance to be released but at the same time prevents atmospheric air from entering the fragrance storage structure. Another embodiment of the table ten embodiments. The ten flavor storage structure includes a special structure combined with an inlay optical multimedia storage medium like a second type DVD-RAM card holder. The fragrance card holder has a second type card holder. The rectangular structure with the same length and width, 5 of the tenth embodiment. In another design, the scent clip and the second type clip are connected to each other. In the tenth embodiment, the scent clip and the second type card are Clip complement __ view as one or separate. The eleventh embodiment of the present invention includes a micro-pump and electrostatic scent-release nasal system capable of releasing fragrance to the user's nose and nose. The micro-pupu electrostatic-scent-release nasal system 10 includes a bridge mounted on the bridge of the user's nose. A bridge control unit for transmitting a control signal and an outer gelatinous ductile circuit connecting a fragrance storage tank and a micropump fragrance release unit. The fragrance storage and micro-pump fragrance release unit includes a nosepiece that can be comfortably worn on a user's nose, at least one fragrance substance storage tank structure, at least one micro-pump unit, and at least one fragrance release unit. At least one of the fragrance substances is stored in a 15-slot structure, at least one micro-pump unit, and at least one electrostatic fragrance release unit is constructed near the nose to facilitate the release of fragrance, perfume, medical substances and fragrances directly to the user's nose. Among them, at least one scent substance storage tank structure, at least one micropump unit, and at least one electrostatic scent release unit are constructed near the mouth so that the flavoring substance is directly released into the user's mouth. The micropump unit includes at least one fragrance substance delivery pipeline structure for connecting the fragrance substance storage structure and the micropump unit, and the electrostatic fragrance release unit includes at least one static electricity for ionizing fragrance, perfume, medical substance and fragrance. Discharge tip structure and circuit wires for connecting a power generator and an electrostatic discharge tip module. In another design of the eleventh embodiment, the electrostatic scent releasing unit further includes a static grid-like structure, and the ionized scent is attracted to the electrostatic reticular structure to facilitate the release of scent gasification. The twelfth embodiment of the present invention includes a multimedia broadcast and electrostatic fragrance broadcast release system capable of releasing fragrance to a user. The desktop multimedia broadcast quiet β fragrance broadcast release system includes an integrated display on the body. Multimedia news stomach 5 screens, a structure for arranging fragrance clips, a speaker structure for playing sounds' ~ user operation panel and input interface, and at least one electrostatic fragrance release stomach% ° Another of the twelfth embodiment The fragrance release structure in the design also includes a special nozzle design that uses a solenoid valve to drive the fragrance substance from the fragrance substance storage tank to the fragrance release unit. In another design of the twelfth embodiment, the scented disc or card holder further includes an independent 10 replaceable scented substance storage tank structure design, so that the user can arrange and fill the scented substance as desired, and the user can arrange and charge the scented substance as desired.塡 The arrangement of fragrance substances in the fragrance substance method can eliminate the need to play according to other information media or synchronize with other information media. The thirteenth embodiment of the present invention includes a desktop-type 15 multimedia player and electrostatic fragrance broadcast recorder and release system capable of releasing fragrance to a user. The desktop multimedia player and electrostatic fragrance broadcast recorder and release system include an integrated body A screen capable of displaying multimedia messages, a non-integrated multimedia playback and electrostatic scent broadcast release system, a structure for placing a scent clip, a speaker structure for playing sound, a user operation panel and input interface, and at least one Static fragrance release unit. Thirteenth Embodiment 20 In another design, the non-integrated multimedia playback and electrostatic scent broadcast release system further includes fragrance-related content provided by the non-integrated multimedia playback and electrostatic scent broadcast release system to provide fragrance discs or cartridges. And the scent broadcasts the released message. In another design of the thirteenth embodiment, the non-integrated multimedia playback and electrostatic scent broadcast release system further includes a scent disc provided by a remote information system (such as the Internet, server, LAN, and wireless LAN). 14 200424008 Clip the content related to the fragrance and the release message of the fragrance broadcast. In another design of the thirteenth embodiment, the scented disc or card holder further includes an icon or a text label on the storage tank to provide the user with the content, text, and broadcast release information related to the scent, and use The 5 permutations of fragrance substances in the method of inputting fragrance-related content and the text message method may not need to be played according to other information media or synchronized with other information media. The fourteenth embodiment of the present invention includes a desktop multimedia player and electrostatic fragrance broadcast recorder release system capable of releasing fragrance to a user. The desktop multimedia player and electrostatic fragrance broadcast recorder release system includes a Connection structure with computer, a communication and power supply port for connecting desktop multimedia playback and electrostatic scent broadcast release system and handheld computer, a structure for arranging fragrance clips, and a sound playback Speaker structure, a user operation panel and input interface, and at least one electrostatic fragrance release unit. In another design of the fourteenth embodiment, the handheld modem further includes a receiver for receiving remote wireless messages and a transmitter for transmitting a control signal to a multimedia playback and fragrance broadcast release system via a communication and power supply port. . 15 The fifteenth embodiment of the present invention includes a personal multimedia playback and electrostatic fragrance broadcast release system capable of releasing fragrance to a user. The personal multimedia playback and electrostatic fragrance broadcast release system includes one integrated with the release body. The structure of the carrying device, a screen integrated with the body to display multimedia messages, a structure of a headphone jack for outputting sound messages, a structure of a fragrance card holder, a user operation panel 20 and an input interface, and at least one Static fragrance release unit. The structure of the carrying device further includes a button loop design structure, an elastic rope design structure, an interlocking fiber design structure, a fiber material coil structure, a VELCRO (devil felt) design structure, and a mechanical closing design structure. The electrostatic fragrance release unit includes at least one electrostatic discharge tip structure for ionizing fragrance, perfume, medical substances, and flavoring substances, and a circuit line for connecting a power generating device and a static discharge tip module. A fan module and air duct are used to generate auxiliary airflow near the electrostatic discharge tip structure, and use the auxiliary airflow to drive the fragrance contained in the airflow to release fragrance. In another design of the fifteenth embodiment, the electrostatic flavor releasing unit further includes an electrostatic mesh structure, and the ionized flavor is attracted to the electrostatic mesh structure to release the flavor of the fragrance. According to the general situation, all the embodiments of the present invention can be used alone, integrated and used, or integrated with any other fragrance broadcast release and multimedia playback system. Secondly, according to the general situation, all embodiments of the present invention can be integrated and combined differently to achieve various system goals. Moreover, according to a general situation, all the functions of the invention described in the present case 10 can be performed in different ways, but all different execution modes are within the scope of the invention, such as integrated into an independent operating system or dispersed in a plurality Within separate but interconnected systems of communication. It is obvious that the multimedia content with electrostatic fragrance release function and the fragrance storage card overcome many of the deficiencies of the previous inventions. For example, the special fragrance material storage design provides 15 light and convenient ways and similar to the second type DVD RAM card holder and The method of integrated application of the handheld modem, the fragrance card holder makes full use of the advantages of modularization of today's optical storage media and handheld modem accessories to increase the function of fragrance release. The design of the fragrance card holder will allow designers to release fragrance Features are easily integrated into today's multimedia playback systems. The present invention further provides a method for implementing a fragrance clip and an electrostatic fragrance release system. The electrostatic fragrance release system of the present invention provides a fragrance release and the use of a minimum amount of expensive perfumes, fragrances, medical substances, flavors, and flavoring substances to achieve wonderful results. The most efficient way to smell. [Embodiment] 16 200424008 The fragrance discs or clips of the second and third embodiments of the present invention are shown in the side view, the top view and the relative position in the first figure. The fragrance clip 001 combined with a handheld modem and the handheld The connection of the modem 002 is illustrated. The second figure shows more clearly that the fragrance card holder combined with the communication port and power supply port 003 ′ handheld modem can be easily disassembled and combined with the handheld modem. The third figure shows that the fragrance card holder 001 and the hand k modem 002 combined with the handheld modem of the first embodiment are joined in different ways. Figure 4A shows the complete fragrance card holder with the fragrance release micropump module of the first embodiment. '05 The fragrance card holder in Figure 4A includes a plurality of separated and integrated in the disc 10 The fragrance release micropump unit 030 with a closed three-dimensional space structure further includes a fragrance substance delivery pipe structure 032 connected to the fragrance substance storage structure 006. The electric-powered nozzle module 〇08 will spray The fragrance or medicine micro-droplets are collected into the fragrance collection and distribution tank 010. After collecting a certain amount of fragrance micro-droplets, the fragrance ionized by the unipolar or bipolar high-voltage electrostatic will be released into the air through the fragrance release tank 011. When the ionized 15 fragrance While being transmitted to the fragrance release slot 011, the propulsion air generated by the signal-driven fan or the pump 017 will help the ionized fragrance that is charged or uncharged by the network structure to pass through the fragrance release slot 011. The exit is transmitted into the air, or is guided around the user's face, especially the user's nose. FIG. 5A shows that in another design of the first embodiment, the electrostatic discharge device has a circuit 014 that can be coupled to the fragrance collecting and dispensing tank 010 to facilitate the ionization of a single or plural liquid fragrance substances. Pump driven, wet core transfer, flexible hose or other micro-droplet transfer methods. The characteristics of ionized fragrance, in addition to the very small particles, the finely controlled fragrance micro-droplet size can relatively optimize the surface area and volume of the droplets. Optimizing the surface area and volume of the fragrance droplets can increase the vaporization rate and fragrance. Note 17 200424008 The rate of release into the air. Figures 5B and 5C show another design of the first embodiment. The piezoelectric vibrator 013 and the ultrasonic vibration fragrance release module 002 have one or none of them and can be combined into the fragrance collection and distribution tank 010 to facilitate single or plural. The liquid scented substance has a porous sheet structure 501, and the micro-droplets can be transmitted through micro-pump driving, wet core transmission, flexible hoses or other micro-droplet transmission methods. The fifth diagram D shows that in another design of the first embodiment, the heat conduction module 016 has a circuit 014 that can be combined with the fragrance collecting and dispensing tank 010 to vaporize a single or plural liquid fragrance substances, and the micro-droplets can pass through the micro-help Pump drive, wet core transfer, flexible hose or 10 other micro-droplet transfer modes. FIG. 6A shows that the fragrance micropump module 030 in another design of the present invention includes at least one ultrasonic vibration fragrance release module 020, and FIG. 6B shows that the fragrance micropump module 030 in another design of the present invention Contains at least one hot bubble pump fragrance release module 033. The sixth C diagram shows another design of the present invention. The fragrance micro pump module 030 includes 15 at least one micro-flow valve pump fragrance release module. 38, sixth Figure D shows that in another design of the present invention, the fragrance micropump module 030 includes at least one electrophoretic fragrance pump release module 039. The fragrance micropump module can use the above-mentioned module to transport the pipe structure 032 through the fragrance substance. The fragrance micro-droplets are transferred to the fragrance collecting and dispensing tank 010. Through the opening or porous sheet structure of the micropump module, a small amount of the scented substance will be transmitted by spraying microdroplets to the fragrance collection and distribution tank, and the microfluid generated by the scent micropump module will be transmitted through the microdroplet. The droplet size ranges from 10 to 80 microns, and the micro-droplets transferred to the fragrance collecting and distributing tank 010 are further ionized or vaporized and then transferred to the fragrance releasing tank 〇11.

The silicon upper structure of the nozzle module 008 in the embodiment of the present invention is made by high-precision micro-processing. Plastic or non-etched materials will be difficult to achieve accuracy, but it is etched with UV 18 200424008 or plasma. Plastic substances will achieve accuracy. The lower structure of the shower head module 008 is etched to form an intermediate film structure to conduct vibration or heat. The material of the lower structure can be glass, ceramic, silicon, high-density plastic and other similar materials. The upper structure of the shower head module 008 is the most Fortunately, it is made of silicon, but it can also be plastic, high-density plastic, ceramic, metal, sand or other similar substances. As mentioned earlier, the porous sheet structure 035 in the superstructure will help the fragrance substance 007 to help the fragrance. The PU module 030 is ejected in the form of micro-droplets. To achieve this effect, the upper structure must be processed by a microfabrication method such as anisotropic etching at multiple locations with appropriate photomasks. By micromachining and anisotropic etching, It can produce either straight or cylindrical or various suitable three-dimensional structures. 10 The application of the fragrance collection and distribution tank 〇1〇 to mix multiple fragrances has the advantage that they can be operated in a gaseous or liquid state. Before the fragrance is vaporized by electrostatic discharge, ultrasonic vibration or thermal conduction, a plurality of fragrance substances can be used by micro Pump transmission is transmitted to the fragrance collection and distribution tank in different amounts to achieve liquid mixing. Micropump transmission is used to transmit multiple fragrances to the fragrance release tank in different amounts to achieve gaseous mixing. 15 The electrostatic charges of different strengths applied to inhaled drug particles will affect their efficiency of attaching to the wall of the breathing tube, so that the ionized fragrance or medicine will adhere to the nasal cavity membrane. In addition, the electrostaticized particles will quickly adhere. In the nasal mucosa or the upper branch of the breathing duct to reduce the effect of deep penetration of particles. This special characteristic is particularly important when the drug is introduced into the upper branch of the respiratory tract (for example: the nasal endometrium), because some drugs are not suitable or inhaled in the lungs will cause negative effects. Of course, it can control the substance to a specific way in a controlled manner. The point to be treated and the reduction of effective substances can not be sprayed to the point of treatment during transfer to increase the efficiency of the drug. Another advantage of electrostatic scent release is that the generated ions will scavenge the scent substance on the nozzle module nozzle, so there will be no scent after each scent release 19 200424008. Another advantage of the present invention is that the sprinkler module, the fragrance substance delivery pipe structure, and the fragrance substance storage tank are manufactured as discardable flavor storage and multimedia content discs or clips in a manner that reduces manufacturing trouble and cost. Separate or whole. 5 The fourth B, six E, six F, six G, and six hexagrams show another design fragrance card holder of the present invention. The fragrance substance storage unit 006 in the 005 can be separated by the user and the fragrance micropump module 030 or Replace the other paired fragrance substance storage unit 006. The seventh figure shows that the first embodiment of the present invention includes a complete fragrance release unit 004 including at least one fragrance micropump module 030. The fragrance substance 10 formed before the fragrance micropump module has a 10-mass conveying pipe structure 032 that can pass static electricity. The release electrode 024 transmits electricity to the fragrance substance delivery pipe structure 032 before the substance is ejected from the nozzle 035. The fragrance substance is transferred from the fragrance substance storage unit to the nozzle 035 via the fragrance micropump module 030. The strong electric field will pull the liquid from the fragrance substance storage and micro-pump release module 053 to one or more tips of the opening to form a liquid split to form 15 sprays, and arrange and combine through a symmetrical circuit circuit, a plurality of fragrance release units. 〇4 It can be integrated into a handheld data machine combined with a fragrance card holder 001, a fragrance storage and multimedia content disc 012, a micro-pump electrostatic fragrance release module nosepiece 050, or other applications. The eighth figure shows another embodiment of the present invention and the fragrance release unit. The bottom of the 20-unit ultrasonic vibration module. The ultrasonic vibration generated by the 13 is specifically designed through liquid (such as water) 041 or indirect vibration. Corrosion-resistant cups or containers 〇42 (such as PET, PP) flavor substances 〇07, according to different vibration frequencies, ultrasonic vibration via water or non-corrosive liquid 041 or indirect vibration specially designed anti-corrosion The cup or container 042 can reach a certain distance (for example, 1 to 10 cm). 20 200424008 The ninth figure shows that in another embodiment of the present invention, the electromagnetic wave 074 is received by the receiver 〇7S and will be generated by the high voltage generating circuit 〇76 in the generator 〇77 to generate a high voltage. In a more advanced design, the power supply The unit and control unit can be separated from the fragrance release unit for wireless operation and downsizing applications. Moreover, the present invention can also use enough electromagnetic waves 074 5 to ionize the fragrance in the fragrance collecting and distributing tank 010. When the electromagnetic wave with energy enters the fragrance collecting and distributing tank, the electromagnetic wave will react with the electrons of the fragrance molecules, and when the kinetic energy is released to the electrons Time electromagnetic waves can further ionize the fragrance and remove some electrons from around the atom. The tenth, eleventh, thirteenth, and fourteenth diagrams show the procedure for controlling the fragrance release range in another embodiment of the present invention. After the previous fragrance is released, a certain amount of a neutralizing agent such as ozone is released with a certain control frequency. Use the generated faster ozone-containing auxiliary airflow to catch up with previously released fragrance molecules within a certain range and neutralize or decompose them to prevent excess fragrance from being transmitted to the fragrance release control range adjusted by the user. The twelfth figure shows that after this operation procedure, the fragrance release unit can be automatically rotated at multiple angles to release a certain amount and control the frequency of released ozone to neutralize or decompose previously released fragrance molecules, dust particles or release within the control range of 15 Suspended particles. The tenth, twelfth, and fourteenth figures show that the multi-angle automatic rotation fragrance release unit in another embodiment of the present invention senses sound, vibration, infrared, and anything that can be positioned close to the preset range as the user or the user's nose The internal driving signal releases fragrance. 20 The twentieth figures A to C show that in the sixth, seventh, and eighth embodiments of the present invention, the fragrance release unit 004 includes an electrically insulating fragrance substance storage unit 006 and the fragrance substance 007 therein. The ultrasonic vibration fragrance release module 040 can vaporize the fragrance vibration in the fragrance collection and distribution tank 010, and the piezoelectric vibrator 013 is connected to the power supply through the line 014. Figure 20B shows that the fragrance is released from the fragrance storage module 006 in the fragrance storage and multimedia content card via the ultrasonic vibration fragrance 21 200424008. The porous sheet structure 〇21 (pore diameter less than 80 microns) is normal. Atmospheric pressure can keep the scent or medicinal liquid in the tank. When the scent release unit 004 vibrates and vaporizes the scent droplets smaller than the pore size, the pressure difference between the scent release unit 004 and the porous sheet structure will be generated. The micro-droplets are urged to be released through the micropores to the fragrance release slot 0H and then to the user. Fig. 20B shows that the electrostatic discharge electrode in another embodiment can help ionize the vibratory gasification fragrance. Fig. 20C shows a porous sheet structure 016 combined with a heat conduction module in another embodiment, which can help flavor vaporization and residual fragrance on the porous sheet structure 016. Figure twentieth D shows that in another embodiment, the electrostatic discharge electrode can help the heat-conducting flavor release module 10 044 vaporize flavor ionization. Figures 21A and 21B show a tenth embodiment of the present invention which includes a fragrance release unit 004 and a multimedia storage medium 026 for complete fragrance storage and multimedia content disc 034. Figure 21A shows Scent storage and multimedia content disc 034 contains plural and separated scent fragrances or medicinal release units within the three-dimensional structure of the disc. 15 release unit 004, scent storage and multimedia content disc 034 has multimedia on the inner edge of the disc Storage structure. The flavor storage structure of the disc includes a storage tank connected to the flavor release unit 004. Figure 21B shows another embodiment of the disc flavor storage structure including at least one and a flavor release micropump module 030. The connected storage tanks, the scent storage and multimedia content discs 034 in Figures 21A and 21B with arrows indicate the release of fragrance 20 is vertical. Figures 22A and 22B show a fragrance release unit 004 arranged in parallel according to the radius of the fragrance disc according to another embodiment of the present invention to promote fragrance or medicine from the fragrance storage and multimedia content disc 034. The outer edge exits are released in parallel. The twenty-third figure shows a rectangular scent clip including a plurality of fragrance release units 22 200424008 004 in another embodiment of the present invention. The plurality of scent release units 004 are constructed in the internal depression cavity 'depression' of the fragrance storage and multimedia content clip 012. The cavity has an opening that receives the airflow generated by the fan. The airflow passes through the opening of the fragrance release unit 004. The micro-droplets released through the storage tank enter the airflow and are taken to the outlet for the user to feel. 5 FIG. 24 shows another embodiment of the present invention in which a plurality of fragrance releasing units 004 are arranged vertically, and FIG. 25 shows that the fragrance releasing unit 004 vertically releases the fragrance through a unidirectional gas valve 036. The twenty-sixth figure is a side view, top view and relative position diagram of the fragrance storage and multimedia content card holder 012 of the tenth embodiment of the present invention, and the second type DVD-RAM card 10 clip 025 is integrated with the fragrance storage and multimedia The content card 034 contains an embedded optical storage medium. The optical storage medium may be a DVD-RAM or other similar DVD-R, DVD-RW, DVD + RW. The twenty-fourth figure shows that the fragrance is released from the fragrance card via the fragrance release unit 004. The fragrance release unit includes at least one fragrance release unit 004 capable of releasing fragrance from the fragrance substance storage unit 006 15. In other designs of the tenth embodiment, Scent release unit 〇04 can release scent by volatile gasification, static electricity or ultrasonic vibration gasification, etc. 'Data storage medium 043 (e.g. SIM card, flash memory, memory chip) is displayed on the side of scent card holder 005 side. Figures 28A and 28B show a " i ^ one embodiment of the present invention including a micro 20 pump and electrostatic fragrance release nasal device 050. The nasal device 050 can be processed by micro-processing silicon or Other talents to achieve high-precision processing and miniaturization. Multiple scent substances in operation are stored in the scent storage and micro-pump release module 053 and controlled by the control unit 051 through the outer gel ductile circuit line 052. The twenty-ninth, thirty, and thirty-first figures show a twelfth embodiment of the present invention, a desktop multimedia player and electrostatic fragrance recording and releasing system 23 200424008 I fragrance p card holder 005, 70th, The multimedia playback and electrostatic fragrance recording and releasing system 070 shown in Figures 29, 30, and 31 includes a screen integrated with the body to display multimedia messages, 66 and a fragrance card holder. Structure, a speaker scale for playing sound, a user operation panel and input interface with 064, an electrostatic scent release unit and a release opening that releases scent into the air 071 ° Figure 32 shows another aspect of the present invention In one embodiment, the contents of the fragrance card holder 005 with a picture or a text label ′ The content of the picture or the text subscript _ can provide @ 者 to enter the fragrance content information, text or number and fragrance sequence information of the machine 'fragrance card holders 05 and The combination of the 10 player system and the 70 player can eliminate the need for other multimedia or fragrance messages and the scent content messages that are automatically downloaded with the releaser. The user operation panel and input The operation mode of the interface 064 can be controlled by sound control, infrared and remote wireless transmission. When the user enters the message 064 and the database in the release machine 070 matches, the release opportunity locks the relative fragrance card holder and operates accurately. 15 The arrangement of scented substances can be performed without other media or synchronized with other information media. Users can arrange and fill the scented substances as they wish to facilitate automatic multiple fragrance and aroma treatment. Another embodiment of the present invention is a desktop multimedia player and electrostatic scent recording and releasing machine that can be remotely controlled by wireless remotely. The timer function is used to allow the user to program the release machine to operate at a specific time. The timer can be released. Machine integration or separation. The thirty-third figure shows another embodiment of the present invention. The fragrance card holder 0005 is contained in the storage slot with an icon or a text label 058. The fragrance content information on the fragrance card holder 005 can be directly or indirectly via the release device. The connected built-in or connected reader 078 is downloaded to the release machine and the sample is provided as a separate multimedia storage medium. The fragrance card holder 005 and the fragrance content 24 200424008 can be used in conjunction with other messages without the need for other multimedia or fragrance messages and release. The machine automatically downloads the scent content message. Figures 34A, 34B, and 34C show another embodiment of the present invention, which includes a special nozzle structure design that uses a solenoid valve to drive the fragrance substance from the fragrance substance storage tank to the 5 fragrance release unit. . Figures 35A and 35B show another embodiment of the present invention. The desktop multimedia player and electrostatic fragrance recording and releasing system 〇〇〇 and the handheld modem 002 interface can be supplied via communication and power supply.璋 003 connection, desktop multimedia playback and electrostatic scent broadcast release system 070 includes a joint structure combined with a handheld data machine, a 10 multi-scent release unit, an electrostatic scent release module 047, and a user operation panel It can be connected to input interface 064 and speaker structure 069, and can be connected to other appliances through communication and signal port 057 (eg SCSI, USB, or AV port). The handheld computer 002 can provide the controller of desktop multimedia playback and electrostatic fragrance broadcast release system 070 and wireless transmission of remote signals for playing sound, video, text, pictures and 15 fragrances. Another advantage of this implementation is that the desktop multimedia player and electrostatic fragrance recording and release system 070 can provide a handheld modem with a charging function of 002 via communication and power supply. The thirty-sixth figure shows that in another embodiment of the present invention, the personal multimedia player and electrostatic scent broadcast release system 080 further includes a carrying device structure 20081 on the side of the release case, and one integrated on the body. Display screen 066 for multimedia messages, a headphone jack structure 082 for outputting sound messages, a structure for placing a fragrance card holder 05, a speaker structure for playing sounds 069, a user operation panel and input interface And at least one electrostatic fragrance release unit 047, the carrying device structure further includes a button loop design structure, an elastic rope design structure, an interlocking fiber design structure, a fiber 25 200424008 material coil structure, a VELCRO (devil felt) design structure and machinery The structure of the electrostatic scent release structure includes an electrostatic discharge tip structure of at least one ionized fragrance, perfume, essence, medical substance, and seasoning, and a circuit line for connecting the power generator and the electrostatic discharge tip module. A fan module and air duct are used to generate assistance near the electrostatic discharge tip structure Air, and the auxiliary airflow is used to drive the fragrance released in the airflow. In the fifteenth embodiment of the present invention, the electrostatic fragrance releasing structure further includes an electrostatic mesh structure with opposite potential. 018 will attract the ionized fragrance to facilitate the fragrance freed. 10 [Brief description of the drawings] The features of the preferred embodiment described above will be explained in more detail in the following figure: The first picture is a combination of the handheld fragrance releaser 002 and the fragrance clip 001 of the present invention. Schematic diagram of the side view, top view, and relative position of the embodiment; 15 The second diagram is a side view, plan view, and deployment diagram of a preferred embodiment in which the handheld fragrance release machine 002 and the fragrance clip 001 of the present invention are integrated; third FIG. Is a schematic diagram of the relative positions of a preferred embodiment of the handheld fragrance releaser 002 and the fragrance card holder 001 integrated in another way of the present invention; FIG. The structure shows 20 intentions. The fourth diagram B is a schematic diagram of a preferred embodiment of the fragrance card holder 001 integrated by Ben Mingfa in another way. The fourth diagram C is a diagram of the fragrance card holder 001 integrated in another way by Ben Mingfa. Schematic diagram of a preferred embodiment; 26 200424008 Figures A through F through D are the first one of the fragrance collecting and distributing tank 010 of the present invention integrated with an electrostatic discharge module 015, an ultrasonic vibration module 013, and a heat conduction module 016. Sectional placement of the embodiment Intent; Figures 6A to 6B are schematic cross-sectional views of a preferred embodiment 5 of the micropump module 030 of the present invention; and Figure 7 is a fragrance release unit of another aspect of the present invention. A schematic cross-sectional view of a preferred embodiment; FIG. 8 is a schematic cross-sectional view of a preferred embodiment of the ultrasonic vibration flavor release unit 004 of the present invention; 10 FIG. 9 is one of the high-voltage generation mechanism of the electromagnetic wave driving of the present invention Schematic diagram of the operation flow of the preferred embodiment; Figures 10 and 11 are schematic diagrams of a preferred embodiment of the scope-controlled fragrance release mechanism of the present invention, respectively; Figure 12 is the automatic steering fragrance neutralization and One of the preferred implementations of the elimination mechanism 15 The intent of the embodiment: intention; Figures 13 and 14 are schematic diagrams of the operation flow of a preferred embodiment of the scope-controlling fragrance release mechanism of the present invention; Figure 15 is The safety protection system and fragrance broadcast release system of the present invention integrate the operation flow diagram of a preferred embodiment; 20 FIG. 16 is a driving doze monitoring security system and fragrance broadcast of the present invention A schematic diagram of the operation flow of integrating a preferred embodiment of the playback system; FIG. 17 is a schematic diagram of the integration of a preferred embodiment of the steering wheel control unit 022 and a fragrance broadcast release system of the present invention; FIG. 18 is a diagram of the present invention A schematic diagram of a preferred embodiment of a driving seat belt combining doze monitoring control unit 023 27 200424008 and a fragrance broadcast release system; FIG. 19 is a comparison of the induction safety system and the fragrance broadcast release system of the present invention. Schematic diagram of the operation flow of the preferred embodiment; Figures XX to XXD are cross-sectional views of a preferred embodiment of the different fragrance release unit 5 004 of the present invention; Figures 21A and 2 ^ ^ Figure B is a top view and a relative position diagram of a preferred embodiment of a disc 034 containing different scent storage and multimedia contents and different scent release units 004 of the present invention; Figure B is a top view and a relative position of another preferred embodiment of a disc 034 containing different scent storage and 10 multimedia content and a different scent release unit of the present invention. Intention; Figure 23 is a schematic cross-sectional view of another preferred embodiment integrating another fragrance clip 001 and different fragrance release unit 004 of the present invention; Figure 24 is another fragrance clip 001 of the present invention. A perspective view of a preferred embodiment integrated with different fragrance release units 15 004; FIG. 25 is a schematic view of a preferred embodiment of another disc 034 containing fragrance storage and multimedia content according to the present invention; The sixteenth figure is a side view, top view, and relative position of a preferred embodiment of the 034 integrated fragrance storage and multimedia content card holder 034 integrated with the second type DVD card holder 025. The twenty-seventh figure is this Invention of a data storage medium 043 (for example: SIM card, flash memory, memory chip, etc.) for scent storage and multimedia content holders 034 and different scent release units 004 integrated side view and top view of a preferred embodiment And relative position diagram; 28 200424008 Fig. 28A is a schematic diagram of a preferred embodiment of the nosepiece 050 with a micropump module and an electrostatic fragrance release function according to the present invention; Fig. 28B is another view of the present invention A gangster Schematic diagram of a preferred embodiment of the nosepiece with electrostatic module and electrostatic fragrance release function 050; Figure 29 is a preferred implementation of the desktop multimedia playback and electrostatic fragrance recording and release machine of the present invention. A side view, a plan view and a relative position diagram of the example; FIG. 30 is a schematic diagram of a preferred embodiment of a desktop multimedia player and electrostatic flavor recording and releasing machine 070 with another fragrance substance storage unit 006 according to the present invention; The thirty-first figure is a schematic diagram of the operation flow of a preferred embodiment of the desktop multimedia playback and electrostatic flavor broadcast and release machine 10 070 according to the present invention; the thirty-second figure is the storage of the fragrance substance indicated by the image or text of the present invention Schematic diagram of the operation process of a preferred embodiment of a disc or card holder 005; Figure 33 is the operation of a preferred embodiment of a disc or card holder 005 with another image or text label of the present invention Schematic diagram of the process; 15 Figures 34A to 34C are cross-sectional schematic diagrams of a preferred embodiment of the nozzle with different special designs of the present invention; Figure 35A is a handheld modem of the present invention Schematic diagram of the relative position of a preferred embodiment integrated with another desktop multimedia player and electrostatic fragrance broadcaster and releaser 070; Figure 35B is a handheld modem and another desktop multimedia player according to the present invention Cum electrostatic fragrance broadcast release machine 070 integrates a side view, top view and relative position diagram of a preferred embodiment; FIG. 36 is a personal portable multimedia player and electrostatic fragrance broadcast release machine of the present invention. Schematic diagram of the relative position of the preferred embodiment; 29 200424008 [Drawing number comparison table] 001 ... fragrance card holder 002. 5 003 combined with a hand-held modem ... communication and power supply port 004 005 ... fragrance disc Or clip 006 007 ... fragrance substance 008 010 ... fragrance collecting and distributing tank 011 012 ... fragrance storage and multimedia content disc 013 10 014 ... circuit 015 016 ... heat conduction module 017 018 .. .Electrostatic mesh structure with opposite potential 020 ... Ultrasonic vibration flavor release module 021 ... Porous sheet structure 022 15 Yuan 023 ... Snoring monitoring control unit 024 025 .. 026 027 ... Structure 030 ... Micropump module 20 032 ... Scent substance delivery pipeline structure 033 ... Hot air bubble pump fragrance release module. Driving steering wheel control sheet. Electrostatic discharge electrode. Multimedia storage medium handheld fragrance release machine .. scent release unit .. scent substance storage unit .. spray module .. scent release slot .. piezoelectric vibrator .. electrostatic discharge module .. fan or air pump 036 .. unidirectional air valve 034 .. .. discs or clips containing fragrance storage and multimedia content 035 ... porous sheet structure 038 ... micro-flow valve pump fragrance release module 200424008 039 ... electrophoretic fragrance pump release module 041 ... liquid 043 ... data storage medium 045 ... machine operation interface 048 ... guiding groove structure 051 ... control unit 040 ... ultrasonic vibration fragrance release module 042 ... corrosion resistant cup or container 044. .. Thermally conductive fragrance release module 047 ... Electrostatic fragrance release module 050 ... Nose 052 ... Outer gelatinous ductile circuit line 053 ... Scent storage and micro-pump fragrance release unit 054 ... Contact Gasket 057 ... communication and signal port 〇58 ... picture or text label ίο 061 ... Sign message 063 ··· Database / Flash Ram 064 ... User operation panel and input interface 066 ... Show screen 062 ... Using status message 065 ... Multimedia message 069 ... Speaker 15 070 ... Desktop Multimedia player and electrostatic fragrance broadcast release machine 071 ... Release opening 074 ... Electromagnetic wave 075 ... Receiver 076 ... Generator 077 ... High voltage generating circuit 078 ... Reader 080 ... Personal portable multimedia player and electrostatic fragrance Playback release 082 ... headphone 081 ... carrying device structure 20 31

Claims (1)

200424008 The scope of the patent application and the application of the scented disc or card holder system for the built-in multimedia storage media. In addition to the storage structure of the multimedia storage medium, the scented disc or card holder and the multimedia storage media system can be combined with other ~ Multimedia playback 曁 The fragrance broadcast release system is used for operation. The fragrance disc 5 or the clip system further includes: a storage tank structure that stores at least one fragrance substance; a fragrance release unit; one for connecting the fragrance substance storage structure and fragrance The fragrance substance transfer pipeline structure of the release unit, the fragrance substance can be transmitted to the fragrance release unit through the material storage structure to facilitate fragrance release; and a multimedia storage medium for storing control multimedia and fragrance release information. 2. The scented substance storage structure in the scented disc or card holder system described in item 1 of the scope of patent application can be used in combination with an electrical appliance or personal data processor with wireless transmission function. The data processor includes a removable multi-scented substance storage structure and a communication port for receiving a hand-held data processor transmission control signal. 3. The scent substance storage structure in the scented disc or card holder system described in item 丨 of the patent application scope further includes a plurality of scent substances. 4. The scent substance storage structure in the scented disc or card holder system described in item 丨 of the patent application scope further includes: 20 a storage structure for storing scent substances and a scent release micropump module; and a scent substance for storage Storage tank. 5. The scent-releasing nozzle module in the scented disc or clip system described in item 4 of the patent application scope further includes: a super-32 200424008 sonic vibration for scenting the scent-substance through the scent-substance delivery pipe structure. The module facilitates the transmission of fragrance substances from the substance storage structure to the fragrance release unit. 6. The scent release nozzle module in the scented disc or clip system as described in item 5 of the scope of patent application, further comprising: 5-scent release openings facing the scent release unit to facilitate the scent substance from the scent substance storage tank A closed three-dimensional space structure that releases fragrance, and the fragrance substance delivery pipeline structure connects the substance storage tank and the fragrance release unit; and the fragrance release micro-pump module for urging and transmitting the fragrance substance through the fragrance substance transportation pipeline structure The flavor substance is transferred from the substance storage structure to the flavor release unit. 10 7. The fragrance release unit composed of antiseptic substances in the fragrance disc or clip system according to item 1 of the scope of the patent application, further comprising: a fragrance distribution tank for collecting and releasing fragrance into the air; and A fragrance release function that releases fragrance into the air. 8. The fragrance release module 15 in the fragrance disc or clip system described in item 6 of the scope of patent application, further comprising: a fragrance release for urging and transmitting the fragrance substance through the fragrance substance delivery pipeline structure. The piezoelectric pump structure facilitates the transfer of fragrance substances from the substance storage structure to the fragrance release unit. 9. The scent release in the scented disc or clip system as described in item 6 of the scope of patent application 20 The pump module further includes: a scent release that is used to pump the scent substance through the scent substance delivery pipe structure to facilitate transmission A thermal bubble pump structure is used to facilitate the transfer of fragrance substances from the substance storage structure to the fragrance release unit. 10. The scent release in the scented disc or clip system described in item 6 of the scope of patent application 33 200424008 The pump module further includes: a scent that is used to pump the scent substance through the scent substance delivery pipe structure to facilitate the transmission of the scent A release micro-valve pump structure facilitates the transfer of fragrance substances from the substance storage structure to the fragrance release unit. 5 11. The fragrance release pump module in the fragrance disc or clip system as described in item 6 of the scope of patent application, further comprising: a fragrance release for urging and transmitting the fragrance substance through the fragrance substance delivery pipeline structure Electrophoresis pumps the structure to facilitate the transfer of fragrance substances from the substance storage structure to the fragrance release unit. 10 12. The nozzle module and the fragrance substance storage unit in the scented disc or clip system as described in item 5 of the patent application scope further includes a design integrating the nozzle module and the fragrance substance storage unit into one. 13. The nozzle module and the fragrance substance storage unit in the fragrance disc or clip system described in item 5 of the patent application scope further includes a design capable of disassembling the nozzle module and the fragrance substance storage unit. 14. The fragrance release unit in the fragrance disc or clip system as described in item 7 of the scope of the patent application, further comprising an electrostatic fragrance release module to ionize the fragrance substances in the fragrance collecting and distributing tank. 15. The fragrance release in the fragrance disc or clip system as described in item 7 of the scope of the patent application. The unit 20 further comprises using an ultrasonic vibration fragrance release module to vibrate and vaporize the fragrance substance in the fragrance collecting and distributing tank. 16. The fragrance release unit in the fragrance disc or clip system as described in item 7 of the scope of the patent application, further comprises a thermally conductive fragrance release module for heating and vaporizing the fragrance substance in the fragrance collecting and distributing tank. 34 200424008 17 · The fragrance collecting and distributing groove in the fragrance disc or clip system described in item 7 of the scope of patent application further includes a groove formed at the bottom of the fragrance collecting and distributing groove for introducing plural fragrances into the respective collection areas. The guide groove structure can further prevent the individual fragrances from being transmitted to other collection areas when they are released into the fragrance collection and distribution tank. 5 18 · The fragrance collecting and distributing tank in the scented disc or clip system described in item 7 of the scope of the patent application is further included on the ultra-first wave vibration module of the fragrance collecting and distributing tank to assist the fragrance gasification into the air. The porous sheet structure formed by the structure. This porous sheet structure (pore diameter is less than 80 micron) will keep the liquid scent substance in the scent collection and distribution tank when the atmospheric pressure and the ultrasonic vibration module are ineffective. 10 19. The fragrance collecting and distributing trough in the scented disc or clip system as described in item 7 of the scope of patent application, further comprises an absorbent substance for temporarily assisting the scent substance to be retained in the scented disc or clip system. 20. The electrostatic scent release module in the scented disc or card holder system as described in item I4 of the scope of patent application, further includes a ring-shaped discharge tip for generating a ring-shaped discharge and ionized scent, and 15 connecting the ring-shaped discharge tip to the outside Power lines. 21 · The ultrasonic vibration fragrance release module in the scented disc or clip system according to item 15 of the patent application scope further includes an ultrasonic vibration piezoelectric sheet for generating ultrasonic vibration and vaporizing the fragrance, and a connection ultrasonic Sonic vibration piezo sheet and external power line. 22. The thermally conductive fragrance 20 flavor release module in the scented disc or clip system as described in item 16 of the scope of patent application, further includes a thermal energy generation module for generating thermal energy and vaporizing the fragrance, and a connection to the thermal energy generation module And external power lines. 23. The electrostatic scent release module in the scented disc or clip system described in item 20 of the scope of the patent application, further includes a mesh structure constructed on the opposite side of the annular discharge tip to promote scent release. 35 200424008 24. The electrostatic scent release module in the scented disc or card holder system described in item 20 of the patent application scope further includes a barrel voltage source that can generate a single charge or a double charge to facilitate the generation of a circular discharge and ionized fragrance . 25. Ultrasonic vibration in the fragrance disc or clip system described in item 21 of the scope of the patent application 5 The dynamic fragrance release module further includes an ultrasonic vibration piezoelectric plate constructed on the ultrasonic vibration piezoelectric plate for ionizing ultrasonic vibration The ring-shaped discharge tip structure of the generated vaporized fragrance. 26. The thermally conductive scent release module in the scented disc or clip system as described in item 22 of the scope of the patent application, further includes a ring formed on the thermal energy generation module for ionized heating of the vaporized scent generated by heating Discharge tip structure. 10 27. In the patent application for a method design for releasing fragrance from a fragrance storage and release unit, the electrostatic fragrance release module includes a storage structure of a fragrance substance, a fragrance release unit, and a storage structure for connecting the fragrance substance and the fragrance. The unitary scent-relief delivery pipeline structure, an electrostatic scent-release module and a scent micro-pump module built in the scent-release unit, and its operation procedures include: 15 Opening a storage slot for scent substances Transfer from the storage tank to the fragrance release unit; Activate the fragrance release micropump module to facilitate the transfer of fragrance substances from the storage tank to the fragrance collection and distribution tank; give the electrostatic fragrance release module energy to facilitate the fragrance substance to be dispersed in the fragrance distribution tank. Ionization; the mesh structure with the opposite potential will attract the ionized scent to release the scent from the scent release unit; generate auxiliary airflow near the scent release unit, and use the auxiliary air towel to release the miscellaneous air in the airflow Fragrance; 200424008 and transmitting the released fragrance from the auxiliary air to the user Does not leave fragrance in or around the body. 28. The method according to item 27 of the scope of patent application, wherein the operation procedure further comprises releasing a fragrance neutralizing substance to neutralize a previously released fragrance. 5 29. The scent-neutralizing substance described in item 28 of the scope of patent application may be ozone. 30. The method described in item 27 of the scope of patent application, the operation procedure further comprises releasing other fragrances in the fragrance neutralizing substance and the previously released fragrance. 31. The method described in item 30 of the scope of patent application further includes the release of other fragrances in ozone and previously released fragrances. 10 32. The method according to item 27 of the scope of patent application, the operation procedure further includes releasing other ions and ozone after the ionized fragrance is released into the auxiliary airflow; and using ionization or decomposition of the fragrance remaining on the nozzle module to facilitate Remove any residue of previously released fragrance. 33. In the patent application for a method design for releasing fragrance from the fragrance storage and release unit, the ultrasonic vibration fragrance release module includes a storage structure of a fragrance substance, a 15 fragrance release unit, and a storage structure for connecting the fragrance substance And the fragrance material delivery pipeline structure of the fragrance release unit, an ultrasonic vibration fragrance release module and a fragrance micro-pump module built in the fragrance release unit, and the operation procedure thereof includes: opening a storage tank for the fragrance substance to facilitate the fragrance Substance is transferred from the storage tank to the fragrance release unit; 20 Activate the fragrance release micropump module to facilitate the transmission of fragrance substance from the storage tank to the fragrance distribution tank; Give the ultrasonic vibration module energy to facilitate the fragrance substance being stored in the fragrance distribution tank Vaporization; generating auxiliary airflow near the fragrance release unit, and using the auxiliary airflow to drive the inclusion 37 200424008 to release fragrance in the airflow; and to transmit the released fragrance from the auxiliary airflow to the user without leaving the fragrance in or around the body. 34. The method described in item 33 of the scope of patent application, the operation procedure further includes exciting the ultrasonic vibration generated by the ultrasonic 5 vibration module via water or a non-corrosive liquid indirectly vibrating the aroma in a specially designed cup or container Energy and scent substances are vaporized in the fragrance collecting and distributing tank; an auxiliary airflow is generated near the fragrance release unit, and the auxiliary airflow is used to drive the fragrance released in the airflow; and the released fragrance is transmitted to the user from the auxiliary airflow. 35. In the application for a method design 10 for releasing fragrance from a fragrance storage and release unit, the heat-conducting fragrance release module includes a storage structure for a fragrance substance, a fragrance release unit, and a storage structure for connecting the fragrance substance and the fragrance. The fragrance substance delivery pipeline structure of the release unit, a heat-conducting fragrance release module and a fragrance micropump module built in the fragrance release unit, and the operation procedure thereof include: opening a storage tank for the fragrance substance to facilitate the removal of the fragrance substance from the storage tank Transfer to the fragrance release 15 release unit; start the fragrance release micropump module to facilitate the transfer of fragrance substances from the storage tank to the fragrance collection tank; give the heat conduction module energy to facilitate the evaporation of the fragrance substances in the fragrance distribution tank; release the fragrance An auxiliary airflow is generated near the unit, and the auxiliary airflow is used to drive the inclusion 20 to release fragrance in the airflow; and the released fragrance is transmitted from the auxiliary airflow to the user without leaving the fragrance in or around the body. 36. The method described in item 27 of the scope of patent application, the operation procedure further comprises: mixing a plurality of fragrance substances in the fragrance collecting and distributing tank; 38 200424008 generating an auxiliary airflow near the fragrance release unit, and using the auxiliary airflow to drive the airborne impurities Release the fragrance; and transmit the released fragrance to the user by the auxiliary airflow. 37. The plurality of scent substances as described in the scope of the patent application No. 36 further includes liquid, gelatinous and 5 solid forms. 38. The method according to item 27 of the scope of patent application, the operation procedure further comprises: mixing a plurality of gaseous fragrance substances in a fragrance collecting and distributing tank; generating an auxiliary airflow near the fragrance release unit, and using the auxiliary airflow to drive the release of inclusions in the airflow Fragrance; 10 and transmitting the released fragrance to the user through the auxiliary airflow. 39. The scent substance in the scented disc or clip system as described in item 1 of the scope of patent application, the storage structure further includes a plurality of medical substances and drugs. 40. The electrostatic fragrance release module in the scented disc or clip system as described in item 14 of the scope of the patent application further includes a ring-shaped discharge tip that ionizes the medical substance with a circular discharge to increase the ionization of 15 particles of the medical substance To facilitate the absorption of inhaled therapeutic drugs in the human respiratory tract. 41. The external power sources described in the scope of patent applications No. 20, 21, and 22 further include devices that induce electromagnetic waves to generate electricity or generate high voltage. 42. In the patent application for a method design for generating high voltage or power supply by the electromagnetic wave effect, 20 The device for generating electricity or generating high voltage by electromagnetic waves as described in item 41 of the scope of the patent application further includes a receiving device for receiving remote electromagnetic waves An inductive current generating device and a high voltage transformer circuit for converting low voltage to high voltage to facilitate the generation of electrostatic scent release, and its operation procedure includes: receiving a remote electromagnetic wave through a receiving device; 39 200424008 The induced current generating device generates a current; drives a high-voltage transformer circuit to convert a low voltage into a high-voltage output; gives energy to an electrostatic fragrance release module to facilitate ionization of fragrance molecules; generates an auxiliary airflow near the fragrance release unit, and uses the auxiliary The airflow drives the inclusion 5 to release fragrance in the airflow; and transmits the released fragrance from the auxiliary airflow to the user without leaving the fragrance in or around the body. 43. The electromagnetic wave flavor release module according to item 42 of the scope of patent application, further comprising generating high-energy electromagnetic waves to facilitate ionization of flavor molecules in the flavor collecting and distributing tank. 10 44. The method according to item 27 of the scope of patent application, the operation procedure further comprises: releasing a certain amount of ozone with a certain control frequency after releasing the previous fragrance; using the generated faster ozone-containing auxiliary airflow within a certain range Catch up with previously released fragrance molecules and neutralize or decompose them; and prevent excess fragrance from being transmitted to the fragrance release control range adjusted by the user. 45. The method according to item 44 of the scope of patent application, the operation procedure further comprises: a multi-angle automatic rotation fragrance release unit; and a certain amount of ozone released with a controlled frequency to neutralize or decompose previously released fragrance molecules, Dust or release suspended particles within the control range. 20 46 · — A disc or card holder system that can release fragrance storage and multimedia content, except that it can be combined with a non-integrated multimedia playback and fragrance recording release system to release fragrance and the card from the fragrance storage and multimedia content Reading the fragrance release control message in the folder further includes: driving the fragrance release and broadcasting of multimedia messages by receiving user input commands; 40 200424008 reading from the disc or card system of fragrance storage and multimedia content and the user Input the digitalized fragrance release and multimedia broadcast control message corresponding to the input command; drive the multimedia message broadcast corresponding to the multimedia content selected by the user; de-read the target and time related to the fragrance release in the bitized fragrance release control message 5 and control the length of the fragrance release; and release the target fragrance at a precise time with a precise release time from the disc or card holder system of the fragrance storage and multimedia content. 47. The method according to item 46 of the scope of patent application further comprises the simultaneous release of a plurality of fragrances. 48. The method according to item 46 of the scope of patent application, the operation procedure further comprises releasing a certain amount of fragrance neutralizer after releasing the previous 10 fragrance. 49. The method according to item 46 of the scope of patent application, whose operation procedure further includes the user releasing a certain amount of newly refreshing fragrance at the preset input time of the fragrance broadcast release system to improve the user's awareness and awakeness. 50. The fragrance broadcast release system described in item 1 of the patent application scope further includes a fragrance broadcast release system combined with a safety protection system for warning or alerting the user. 51. The fragrance broadcast release system described in item 丨 of the patent application scope further includes a fragrance broadcast release system combined with the driving doze monitoring system to release fragrance when the monitoring system detects a condition or is driven to improve Perceptual awakening of driving and prevention of dozing. 52. The fragrance broadcast release system described in item 1 of the scope of the patent application further includes a control system integrated with the steering wheel of the 20-car vehicle to transmit driving release fragrance broadcast release control signals to the vehicle's fragrance broadcast release system. Drives fragrance release. 53. The fragrance broadcast release system described in item 丨 of the patent application scope further includes a driving doze monitoring system combined with a driving seat belt to release fragrance when the monitoring system detects a condition or is driven to improve driving Perceive awakening and prevent dozing. 41 200424008 54. The driving safety belt combined with the doze monitoring system described in item 53 of the scope of patent application, further includes a system that monitors the heartbeat, pulse, breathing and blood pressure to determine the degree of driving doze. It releases fragrance when it is in a state or when it is being driven to increase driving awareness and prevent drowsiness. 5 55. The fragrance broadcast release system described in item 1 of the scope of patent application further includes a fragrance broadcast release system combined with a sensor detector to sense electromagnetic waves, vibration, sound, infrared and any other The fragrance broadcast releases the driving signal within the preset range of the system and releases the fragrance. 56. A disc or clip containing fragrance storage and multimedia content further includes: 10 an internal recessed structure and the structure includes at least one opening for releasing fragrance; at least one fragrance release unit and the fragrance release unit further includes : A storage tank structure constructed in three sides and having an upwardly-opening fragrance substance for releasing fragrance; 15 a substance 11 and # for retaining the fragrance substance in a disc or a clip before the fragrance is released; and one for Electrostatic scent release, ultrasonic vibration scent release, and thermal conduction scent release module that ionize or vaporize to release scent from the scent storage tank. 57. A scent-releasing scent storage and multimedia content disc or card holder stores scent 20 in a storage tank structure, and the storage tank structure includes a lid structure to cover the storage tank when there is no scent release And the electrostatic scent release module for generating scent release, the operation procedure further includes: opening the lid structure to facilitate the transfer of scent substances to the vicinity of the scent release unit; giving energy to the electrostatic scent release module to facilitate the ionization of scent molecules; 42 200424008 The mesh structure with opposite potential will attract the ionized fragrance to facilitate the release of fragrance from the fragrance release unit; generate auxiliary airflow near the fragrance release unit, and use the auxiliary airflow to drive the fragrance released in the airflow; 5 and release The fragrance is transmitted to the user by the auxiliary airflow. 58. A disc or card holder capable of releasing fragrance storage and multimedia content stores fragrance substances in a storage tank structure, and the storage tank structure includes a lid structure for covering and using the storage tank when no fragrance is released. The operation procedure of the ultrasonic vibration fragrance release module for generating fragrance release further includes: 10 opening the lid structure to facilitate the transmission of fragrance substances to the vicinity of the fragrance release unit; giving the ultrasonic vibration fragrance release module energy to vaporize the fragrance molecules; Auxiliary airflow is generated near the fragrance release unit, and the auxiliary airflow is used to drive the fragrance released in the airflow; and the released fragrance is transmitted to the user from the auxiliary airflow. 15 59. A scent storage and multimedia content disc or card holder for storing scent substances in a storage tank structure and the storage tank structure includes a lid structure to cover the storage tank when there is no fragrance release and The operation procedure of the heat-conducting fragrance release module for generating fragrance release further includes: opening the lid structure to facilitate the transmission of fragrance substances to the vicinity of the fragrance release unit; 20 giving the heat-conducting fragrance release module energy to facilitate the vaporization of fragrance molecules; An auxiliary airflow is generated near the unit, and the auxiliary airflow is used to drive the fragrance released in the airflow; and the released fragrance is transmitted to the user from the auxiliary airflow. 60. The disc or card for scent storage and multimedia content as described in item 56 of the scope of the patent application. 43 200424008 The scent release structure further includes a single directional air valve. 61. A clip system for multimedia content and fragrance storage that can be used with another multimedia player, fragrance broadcast release system, and operation includes: a storage tank structure that stores at least one fragrance substance; 5 a fragrance release unit; To connect the fragrance substance storage structure and the fragrance substance delivery pipeline structure of the fragrance release unit, the fragrance substance can be transmitted to the fragrance release unit through the material storage structure to facilitate fragrance release; and a multimedia storage medium for storing control multimedia and fragrance release information. 10 62. The multimedia content and fragrance storage card holder described in item 61 of the scope of patent application, the multimedia storage structure further includes a structure of a second type DVD card holder, which includes a removable DVD-RAM or DVD disc structure. 63. The multimedia storage and fragrance storage card holder described in item 61 of the scope of patent application, the fragrance storage structure further includes a plurality of fragrance substances. 15 64. A micro-pump and electrostatic scent-releasing nasal device system capable of releasing fragrance to the user's nose and nose further includes: a nasal bridge control unit mounted on the user's nose to transmit control signals; The outer gelatinous ductile circuit of the storage tank and the micro-pump scent-release unit; 20 A scent-storage and micro-pump-scent release unit, the scent-storage and micro-pump-scent release unit further includes: a comfortable wearing on the user Nasal gear on the nose; at least one scent substance storage tank structure; at least one micropump unit; 44 200424008 and at least one electrostatic scent release unit. 65. The micro-pump and electrostatic fragrance-releasing nosepiece described in item 64 of the scope of the patent application, wherein at least one fragrance substance storage tank structure, at least one micro-pump unit and at least one electrostatic fragrance-releasing unit are constructed near the nose to The fragrance is released directly to the nose of the user. 66. The micro-pump and electrostatic scent-releasing nosepiece described in item 64 of the scope of patent application, the micro-pump structure further includes: a micro-pump unit driving at least one scent substance storage tank structure for scent release; 10- A fragrance substance delivery pipeline structure for connecting at least one fragrance substance storage structure and the micro-pump unit; and a circuit line for connecting the micro-pump unit and the control unit. 66. The micro-pump and electrostatic fragrance-releasing nosepiece described in item 64 of the scope of the patent application, the micro-pump structure further comprises: 15 micro-pump units that drive the fragrance release of at least one fragrance substance storage tank structure; one A fragrance substance delivery pipeline structure for connecting at least one fragrance substance storage structure and the micro-pump unit; and a circuit line for connecting the micro-pump unit and the control unit. 20 67. The micro-pump and electrostatic fragrance-releasing nosepiece according to item 64 of the scope of application for patent, the electrostatic fragrance-releasing structure thereof further comprises: an electrostatic discharge tip structure that ionizes at least one fragrance substance in a storage tank structure; Power generator that provides electrical energy for the electrostatic discharge tip structure; 45 200424008 and circuit lines for connecting the power generator and the electrostatic discharge tip module. 68. The micro-pump and electrostatic fragrance-releasing nosepiece described in item 64 of the scope of the patent application, and its fragrance storage structure further includes a plurality of medical substances and drugs. 69. A desktop multimedia player and electrostatic fragrance broadcaster 5 release system capable of releasing fragrance to the user further includes: a screen integrated with the body to display multimedia messages; a structure for placing a fragrance clip; A speaker structure for playing sounds; a user operation panel and input interface; 10 and at least one electrostatic fragrance release unit. 70. The desktop multimedia player and electrostatic fragrance recording and releasing machine system described in item 69 of the scope of the patent application, the fragrance release structure further includes a solenoid valve driving the fragrance substance from the fragrance substance storage tank to the fragrance release unit. Special nozzle structure design. 71. Desktop multimedia playback as described in item 69 of the patent application 曁 electrostatic scent broadcast 15 releaser system, the scent disc or card holder also includes an independent replaceable scent substance storage tank structure design to facilitate users to do whatever they want Arranged and filled with scented substances. 72. As described in item 71 of the scope of patent application, the user can arrange and arrange the scented substances according to his desires. The arrangement of the scented substances in the method of the patent need not be played according to other information media or synchronized with other information media. 207. A desktop multimedia player capable of releasing fragrance to the user. The electrostatic fragrance recording and releasing system further includes: a screen integrated with the body to display multimedia messages; a non-integrated multimedia player and electrostatic fragrance A structure for placing a scent clip in the recording release system; 46 200424008 a speaker structure for playing a sound head; a user operation panel and input interface; and at least one electrostatic scent release unit. 74 · Desktop multimedia playback and electrostatic scent broadcast 5 described in the scope of the patent application No. 73 release system, its non-integrated multimedia playback and electrostatic scent broadcast release system also includes non-integrated multimedia playback and electrostatic scent broadcast The release system provides the fragrance-related content and fragrance broadcast release information required by the fragrance disc or card holder. 75. The non-integrated multimedia playback and electrostatic fragrance broadcast release system of the desktop multimedia playback and electrostatic fragrance broadcast release system described in item 74 of the scope of the patent application includes a remote 10-end messaging system (such as the Internet) , Server, LAN, and wireless LAN) to provide fragrance related content and fragrance broadcast release information required for fragrance discs or cartridges. 76_The desktop multimedia player and electrostatic scent broadcast release system described in item 73 of the scope of patent application, the scent disc or card holder is included in the storage slot and provided by the user with icons or text labels Contains fragrance-related content, text, and broadcast release messages. 15 77. The desktop multimedia playback and electrostatic fragrance recording release system described in item 73 of the patent application, the user input method of the release system further includes the user inputting the icon or text message related to the label to the release system. 78. As described in item 77 of the scope of the patent application, the user can input the fragrance-related content and text. The arrangement of the fragrance substances in the message method may not need to be played according to other information media or synchronized with other 20 information media. 79. A desktop multimedia player and electrostatic fragrance recorder and release system capable of releasing fragrance to the user further includes: a joint structure combined with a handheld modem; one for connecting the desktop multimedia player and static electricity Communication and power supply port of scent broadcast release system and 47 200424008 handheld modem; a structure for placing a scent clip; a speaker structure for playing sound; a user operation panel and input interface; 5 and at least one Static fragrance release unit. 80. As described in item 79 of the scope of the patent application, the handheld multimedia player of the desktop multimedia player and electrostatic scent broadcast release system further includes: a receiver for receiving remote wireless messages; and The power supply port transmits the control signal to the transmitter of the multimedia playback and 10 fragrance broadcast release system. 81. A personal multimedia playback and electrostatic fragrance recording and releasing machine system capable of releasing fragrance to the user further includes: a structure of a hanging device integrated with the releasing body; a screen integrated with the body and capable of displaying multimedia messages; 15 a headphone jack structure for outputting sound messages; a structure for arranging a scent clip; 4 a user operation panel and input interface; and at least one electrostatic scent release unit. 82. The personal multimedia player and electrostatic scent broadcast 20 described in item 81 of the scope of the patent application. The structure of the carrying device of the release system further includes a button loop design structure, an elastic rope design structure, an interlocking fiber design structure, Fiber material coil structure, VELCRO (devil felt) design structure and mechanical closing design structure. 83. The personal multimedia playback and electrostatic fragrance broadcasting release device described in item 81 of the scope of patent application, the electrostatic fragrance release structure of the dispenser system further includes: 48