by way of overview and introduction , the present invention concerns an apparatus for generating a purified air for personal intimate use by an individual . the apparatus is further directed to modular personal air purifier system that is portable and discrete . lastly , the present invention allows for a device that provides sufficient air pressure which employs the use of minimal electrical power to effectuate itself . as seen in fig1 , the present invention provides a modular air purifier 100 . the air purifier apparatus is configured to have a series of discrete physical modules that are configured to fit to one another ( 101 - 105 ) so as to provide all the necessary functions of a portable air purifier . in one embodiment of the device , a power pack 101 is secured to an air compressor 103 . the power pack is configured as a housing , having a body of roughly cylindrical or oblong dimensions . within this housing , an electrical energy generation means is secured , for example a battery pack . furthermore , the power module is configured so that all necessary electrical connections are made between the compressor module 103 and the power module 101 without the need additional tools or hardware . in an embodiment of the apparatus shown , the power module 101 is provided with a series of batteries ( not shown ). the provided batteries are rechargeable and removable from the power module 101 . therefore , the power module 101 can be put in contact with a base station style charger , or the individual battery cells themselves can be removed . additionally , in an alternative embodied , the power module 101 can supply direct current from a residential outlet or commercial source by employing an ac / dc converter . in an alternative embodiment , the present invention power module uses a fuel cell or other form of electrical energy generation . additionally , in still a further embodiment , a photovoltaic cell is affixed to the body and provides either supplemental , or compete electrical power to the device . in still a further embodiment , an airplane or automobile charger can supply direct electrical power to the power module 101 the power module 101 is fitted via electrical and physical connectors to an air compression module 103 . the air compression module 103 is configured to extract ambient air from the surrounding environment via vents and direct it to the user via a hose or tubing 107 to a nasal cover 109 . the air compressor 103 is configured as being located within a housing of similar dimensions to that of the power pack . those skilled in the art would readily appreciate that the dimensions described herein are in no way limited . the present device is configured as an air compressor that is designed to function utilizing the low current and voltage supplies of batteries and other direct current power sources . the air compressor may be a custom or commercial available compressor suitable for the functions so described . furthermore , those skilled in the art would easily recognize any necessary gearing , valves , and other air movement elements necessary for a functioning air compressor so as to be fully described . the electrical connections that provide linkages to the power module are provided within the body of the housing and are configured to direct electricity to the internal mechanism of the air compressor , for example , a brushless motor . in the provided embodiment , the air compressor module is configured to use a standard fan - bladed compressor to compress air . this air is extracted through vent openings located on the sides of the air compressor housing 103 . once air has been compressed , it is directed to the front of the device , through another vent or grate . an alternative embodiment provides that present device employs the use of fan - less air compression devices , such the use of impellers . in a still further embodiment of the device , the air compressor can use a bladed intake fan along with induced effects from an impeller using the coanda effect . for example , by the generation of low pressure zones around a vent and hence inducing air flow that lacks buffeting . therefore , in those embodiments incorporating this type of air compressor , the resulting air stream is less volatile and provides for a gentler inhalation experience . as stated previously , the body of the air compressor module can be made in similar dimensions and materials as the power unit 103 . however , in the present embodiment the overall length of the air compressor module is larger than that of the power module 103 . those skilled in the art would rapidly recognize those materials and housing elements that would suitably allow for the durable construction of an air compressor , such as steel , plastics , composites and synthetic materials . as in the embodiment of the device depicted in fig1 , once the air has been compressed by in the air compression module 103 , the compressed air is directed to a filtering unit 105 . the filtering unit 105 is configured as a modular housing having the same size and shape as the previous modules . the body of the housing posses a vent that accepts the compressed air from the air compression unit 103 and passes it through a series of removable or non - removable filters . these filters can be of any type and made suitable to restrain particulate matter in the air stream . for example it is provides that the filters can remove , dust , pollen and other allergens from the air prior to inhalation by the user . additionally , it is possible to use electrostatic filters to remove particles , such as smoke , from the air stream . additionally , filters with anti - bacterial , anti - microbial or anti - viral properties can be included . in an additional embodiment , the filters of the present device also include a series of filters that can be stacked so as to achieve combination of filtering mechanisms . in accordance with the outlines of the invention , it is possible to effectuate air filtering using a series of filters . for example particulate filtering provided using hepa ( high efficiency particulate air ) filters . odor and ozone filtering will be provided using activated carbon , cpz ( carbon , permanganate , and zeolite ), or the like . organic and chemical vapor filtering could be provided using readily available filters custom packaged for this system . air sterilization will be provided using an ultraviolet germicidal lamp . air conditioning will be provided using a distilled water moisturizing module for humidifying , a solid state thermoelectric cooler module for cooling , and a resistive element for heating . upon filtering of the air stream , the filter module 105 directs the filtered air to a progressively narrowing cap 107 that increases the air pressure and drives the compressed air through a flexible tube 107 or conduit . the filtered air , directed through the tube 107 is then transported to the nasal mask 109 . the nasal mask 109 is configured and adapted to cover the nose of the user , but does not interfere with the mouth or eyes of the user . the nasal mask 109 is configured with an inlet that allows the tube to direct filtered and compressed air to the nose . in a particular embodiment , the nasal mask 109 is secured to the face of the user with a strap or string that wraps around the back of the skull and is secured with a clasp or tab . in an alternative embodiment , the pressed device uses negative pressure to secure the nasal mask to the face without the need of straps . in this embodiment , the nasal mask 109 contains on its surface vents 301 that are capable of opening outwards only . as such when a user exhales , the vents open and expel the user &# 39 ; s breath . alternatively , when the user inhales , the vents are closed , thereby producing negative pressure , which accelerates the filtered air into the user &# 39 ; s lungs , as well as forming a air tight seal with the nasal mask . as described above , the modules of the present device are configured to fit together with one another . specifically , each module can be combined with other modules so that the electrical and air flow connections can be passed from one module to the next depending on the arrangement of the modules . as depicted in fig2 , the power module 101 connects to the air purifier 103 module by connection sockets or plugs 303 . the connection sockets 303 are equipped with electrical connectors configured to mate with sockets ( not shown ) located on one end of the air purifier 103 . these sockets provide both electrical connections , but also physically connect the modules into a single piece . additionally , electricity as well as compressed air can be passed to the next module through similarly designed connection sockets 303 . in the depicted device the filtering module is connected . in the event that a filtering module is not necessary , the compression cone and hose 107 is fitted to the top most module and is designed to ground the electrical connection and direct the compressed air . in those embodiments where the one or more filtering modules are present , the compression cone and hose 107 is simply secured to the output of the last filter . as depicted in fig3 , the device described can be secured to the user 500 by means of a harness or belt 302 . the belt or harness can be used to secure both the device when in operation , and also function as a storage unit for when the device is not in use , but is being carried . additionally , the belt has portions or pouches for the storage of additional filter modules , additional power modules or other elements not herein described . while the modules herein described are an embodiment of the device as depicted in the figures , those skilled in the art would recognize the additional modules that could be stacked on the device in question . for example , in a non - depicted embodiment , an additional uv filter is added to the filtering stage . a humidifier module can be added in addition or in alternative to the modules already provided . in both these embodiments , the power module provides sufficient electrical power to provide proper functioning of the modules . in the alternative arrangement of elements , the portable air purification apparatus is equipped with a second air compression module , wherein the second air compression module provides accelerated and pressurized air stream to the first air compression module . in an additional alternative arrangement of elements the portable air purification apparatus is also equipped with an oral cavity mask configured to connect to the filtering module , this could be a separate filtering device from those envisioned as part of the apparatus . in this arrangement the oral cavity mask is configured to connect to an exhaust outlet . in an alternative arrangement , the power module is a battery pack , alternating current power supply or direct current power supply . the power supply can be computer controlled so as to be on a timer , or respond to environmental conditions and factors . the filter module can be selectively engageable , that is the filtering functions themselves can be selectively engaged by a user manually , or via a pre - programmed routine stored within the memory of a computer . for example , ionizing radiation inserts integral to a filter module are selectively engaged for specific events or situations . other inserts for the filter modules are envisioned . it should be understood that various combination , alternatives and modifications of the present invention could be devised by those skilled in the art . the present invention is intended to embrace all such alternatives , modifications and variances that fall within the scope of the appended claims . while the invention has been particularly shown and described with reference to a preferred embodiment thereof , it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention .
the invention relates to a modular , portable , air purifier and mask device capable of supplying filtered or otherwise conditioned airflow to an individual . more specifically , the present invention provides a modular air purification system that allows for the selection of multiple types of air treatment modules , power modules and mask devices . through selective combination of a variety of modules , a desired air quality and condition is achieved .