as required , detailed aspects of the present invention are disclosed herein , however , it is to be understood that the disclosed aspects are merely exemplary of the invention , which may be embodied in various forms . therefore , specific structural and functional details disclosed herein are not to be interpreted as limiting , but merely as a basis for the claims and as a representative basis for teaching one skilled in the art how to variously employ the present invention in virtually any appropriately detailed structure . certain terminology will be used in the following description for convenience in reference only and will not be limiting . for example , up , down , front , back , right and left refer to the invention as orientated in the view being referred to . the words , “ inwardly ” and “ outwardly ” refer to directions toward and away from , respectively , the geometric center of the aspect being described and designated parts thereof . forwardly and rearwardly are generally in reference to the direction of travel , if appropriate . said terminology will include the words specifically mentioned , derivatives thereof and words of similar meaning . the wearable vaporizer 2 is primarily designed to be a wrist worn , versatile , extremely mobile , lightweight , battery - operated vaporizer that is easily accessed , used , and worn . depending on the user &# 39 ; s preference , it can accommodate to any of the widely available forms of vaporizer “ juices ”, concentrates , waxes , oils , dry tobacco , dry herbs , dry flowers , and in any combination with each other or by themselves . this invention is a remedy for losing / breaking traditional electronic cigarettes (“ e - cigarettes ”) or vaporizers which would also be marketable and appeal to the informed consumer as well . as shown in the figures , fig1 and 2 show a preferred embodiment wearable vaporizer system 2 includes primarily a housing 4 having a back plate 6 . two ends of the body 4 include linking arms 8 having pin holes 10 for receiving a pin which allows links 46 or other connectors forming a wrist strap to connect to the housing 4 . this allows the system 2 to be worn about a user &# 39 ; s wrist . the back plate 6 affixes to the body of the housing 4 via screws or other method of attachment and conceals the inner components shown in fig2 . in an alternative embodiment , the links 46 are connected and are airtight , and include a bore connecting the links together with an airtight chamber for transferring the vapor . fig3 shows additional detail of the construction of the wearable vaporizer system 2 . a cartridge 13 is inserted into a cartridge receiver port 29 within the housing 4 . the cartridge generally includes an end cap 12 with an opening 11 . a tank 24 with a plug 22 contains the juice which contains the flavored product which becomes vaporized . the tank 24 is contained within a sleeve 14 . a gap is located between the sleeve 14 and the tank 24 . the gap contains air , and air may be drawn through the opening 11 of the cap 12 . the heating element 26 heats the tank 24 , which vaporizes the juice contained within , and which is then drawn out of the cartridge 13 into the mouthpiece 30 . the cover plate 20 attaches to the cover plate receiver 18 which encloses the airspace and the mouthpiece 30 . the mouthpiece 30 is inserted into the housing 4 via a receiver slot 48 shown in fig1 . the mouthpiece 30 is generally constructed from a mouthpiece tip 32 which screws onto an inner mouthpiece tube 34 which is hollow . the inner mouthpiece tube 34 is received in an outer mouthpiece tube 36 . a locking nub 35 of the inner mouthpiece tube 34 is received within a slot 37 of the outer mouthpiece tube 36 and allows the inner tube to slide along the outer tube , but not be drawn out of the outer tube . a spring 38 allows the mouthpiece 30 to spring out from the recess 16 of the housing 4 when in use , and allows the mouthpiece to be forced back into the recess 16 when not in use . the air receiver 40 receives a combination of air and vapor from the cartridge 13 drawn through a receiving hole 28 within the housing . a connector 27 within the heating element 26 connects the carriage to the receiving hole 28 and allows the vapor to be drawn into the mouthpiece 30 . the connector 27 also connects to the battery ( not shown ) for powering the heating element 26 . a wick and absorption pad located within the heating element 26 soaks up the heated oil from the tank 24 which mixes with air . the crown 42 connects to the housing 4 with pin 44 . a spring allows the crown and pin to be pushed and pulled . the end of the pin 44 locks into a notch 41 within the inner mouthpiece tube 34 , and the entire pin passes through an opening 39 the outer mouthpiece tube 36 . the user can pull the crown 42 which pulls the pin 44 out of the notch 41 , allowing the spring 38 to push the inner mouthpiece tube 34 away from the spring , allowing the mouthpiece to be partially withdrawn from the housing 4 as shown in fig6 and 8 . this provides easy access for the user to draw vapor through the mouthpiece tip 32 . the inner mouthpiece tube 34 can then be pushed back into the outer mouthpiece tube 36 , and locked into place via the pin 44 setting within the notch 41 . the section shown in fig1 gives an ideal view of how these pieces lock together . the locking nub 35 prevents the inner mouthpiece tube 34 from sliding out of the outer mouthpiece tube 36 due to being locked into the slot 37 . alternatively , the mouthpiece could be operated without a crown by depressing the mouthpiece slightly which unlocks the mouthpiece using a release mechanism . this mechanism would then be relocked by depressing the mouthpiece again , engaging the release mechanism . in practice , the wearable vaporizer is loaded with a cartridge 13 which is then activated and heated by a battery powering the heat source 26 . the crown is pulled which ejects the mouthpiece 30 from the housing 4 . the user draws air through the mouthpiece via the mouthpiece tip 32 . air is drawn into the inlet 11 within the end cap 12 of the cartridge 13 . the air mixes with juice from the heated cartridge and is drawn through the connector 27 of the cartridge , through the receiving hole 28 within the housing 4 and into the mouthpiece outer tube 36 via the opening 40 within the outer tube . this mixture of air and vapor travels through the inner mouthpiece tube 34 and out of the mouthpiece tip 32 . the wearable vaporizer system 2 is secured to the user &# 39 ; s wrist during the entire action via a plurality of links 46 or a strap . the materials used to construct the main link segments will include , in singular or in combination , but are not limited to , brass , bronze , mild steel , stainless steel , inconel , damascus steel or damasteel , titanium , timascus or titanium damascus , silver , gold , white gold , and platinum . neodymium magnets , epoxy resin , and abs and / or pla types of plastic will be used in the construction of the vaporizer cartridges and the internal wiring along with the usage of carbon nanotube wiring also known as “ bucky paper ”. rechargeable graphene ion batteries will also be used in the battery compartments , as well as the use of ceramic or ceramic composite for a chamber to contain the high heat of a heating coil or element inside of each cartridge . it is to be understood that while certain embodiments and / or aspects of the invention have been shown and described , the invention is not limited thereto and encompasses various other embodiments and aspects .
a wearable vaporizer having a housing for receiving a cartridge full of juice or other material which may be heated by the vaporizer . a mouthpiece extends out from the housing and allows air to be drawn through the mouthpiece , across the cartridge , and thereby drawing heated juices or other substances from the cartridge through the mouthpiece . the mouthpiece can be stored within the housing and withdrawn by pulling on a crown which releases an inner tube of the mouthpiece .