referring to fig1 reference numeral 10 generally identifies the carrier for the inhaler of a first embodiment of the present invention . the carrier is comprised of a main housing or container 12 having a distal end 14 and a proximal end 16 , as well as a necklace or chain 22 . the proximal end 16 is always open , and the distal end 14 can be open or closed . the housing 12 is generally cylindrical and can be shaped , for example , with a flat face . the housing includes two lobes 18 disposed on the periphery of the open end 16 . each of the lobes 18 includes an eyelet 18a for receiving the chain 22 . the diameter of each eyelet 18a is large enough so that the chain can freely pass through the eyelets . the exterior of the housing 12 can be formed with any ornamental design so that it is aesthetically pleasing to a viewer . the housing 12 can be formed of a molded polymer , aluminum , brass or a precious metal . the necklace 22 can be in the form of a chain formed of any metal including precious metals , or can be formed of a leather or synthetic strap . the housing 12 can optionally be provided with a recess 20 into which a clear cover 21 can fit . the cover 21 is hinged to the recess 20 with hinges 21a . further , the cover 21 is provided with a detent 21b for snapping into a locking recess 20b in the housing 12 . printed information , such as the user &# 39 ; s address , phone number , name of doctor , etc ., can be placed in the recess 20 and held in place by the cover 21 so that the information can be readily available to anyone assisting the user . the proximal end 16 of the housing 12 is for receiving an inhaler . a typical inhaler 30 useable with the present invention is shown in fig4 . the inhaler is comprised of a head 32 , mouthpiece 34 and body 36 . a disposable cartridge 38 , having a valve stem 38a is insertable into the body 36 of the inhaler and removeably secured to the inhaler by any suitable means , such as a friction fit . the valve stem 32a actuates an unshown release valve of the cartridge 38 . when the cartridge 38 is loaded in the inhaler 30 , the valve stem 38a is disposed within a bore 32a of the head 32 . the bore 32a communicates with a passage 32b leading to the mouthpiece 34 . with this arrangement , when the cartridge 38 is moved upwards relative to the head 32 , the valve stem 38a abuts an end of the bore 32a to release the medicant and propellant . in operation , to receive a dose of the medicant , a user would place the mouthpiece 34 in the mouth , depress the cartridge 38 and inhale the ejected medicant . to keep the passageways of the inhaler clean when not in use , a capping device 40 is used . the capping device 40 includes a cap 40a which snaps over the mouthpiece 34 , and a flexible connector 40b for securing the cap to the head 32 . this prevents the cap 40a from being lost when not in use . alternatively , the flexible connector 40b can be integrally formed with the head 32 . the inhaler 30 can be formed of a molded polymer , and can be formed as one integral unit or can be an assembly of separate components . the inner periphery of the housing 12 of the carrier 10 is dimensioned to be slightly larger than the outer periphery of the body 36 of the actuator 30 . also , the depth of the housing 12 from the proximal end 16 to the distal end 14 is dimensioned to be slightly longer than the height of the body 36 of the actuator 30 . the periphery of the proximal end 16 of the housing 12 is shaped to be complementary to the bottom surface of the head 32 of the inhaler 30 , with the head 32 having a larger dimension than the inner periphery of the housing 12 so as to support the inhaler 30 within the housing . further , when the inhaler 30 is inserted in the carrier 10 , the height of the eyelets 18 of the housing 12 is substantially equal to the height of the upper surface of the head 32 of the inhaler 30 . the manner of using the carrier of the present invention will now be described . to load the inhaler 30 into the carrier 10 , the user will first uncap the cap 40a from the mouthpiece 34 of the inhaler 30 . then the chain 22 is pulled through the outlets 18 such that the chain does not obstruct the open , proximal end 16 of the housing 12 . the inhaler 30 is then inserted into the proximal end 16 of the housing 12 until the bottom surface of the head 32 abuts the edge of the proximal end 16 . the chain is tensioned so that it is positioned on or above the top of the head 32 . the positioning of the chain 22 spanned between the eyelets 18 will prevent the inhaler 30 from falling out of the housing 12 . finally , the cap 40a is snapped onto the mouthpiece , thereby trapping the chain between the connector 40b and the top of the head 32 as best seen in fig2 . with this arrangement , when the inhaler is not in use the chain is secured between the capping member 40 and the top of the head 32 . accordingly , even if the tension of the chain between the eyelets 18 relaxes , the inhaler 30 will remain affixed to the chain 32 and thus secured in the carrier . when a user desires to use the inhaler , first the cap 40a is snapped off the mouthpiece 34 . then the chain 22 is pulled away from the proximal end 16 of the housing 12 . the user then grasps the inhaler 30 and withdraws it from the carrier 10 . the inhaler 30 can then be used in the usual manner . after use , the inhaler 30 can be replaced in the carrier 10 in the manner described previously . alternatively , if the distal end 14 of the carrier housing 12 is also open , the inhaler 30 need not be withdrawn from the carrier . rather , after the inhaler is uncapped , the user &# 39 ; s finger can be inserted through the open , distal end 14 to actuate the inhaler . a second embodiment of the inhaler carrier of the present invention will be described referring to fig3 . the carrier 10 &# 39 ; of the second embodiment is similar to the carrier 10 of the first embodiment in many respects and like reference numerals will be used to designate like elements . the improvement of the second embodiment is that it utilizes an actuator to actuate the inhaler 30 without having to withdraw it from the housing 12 or having to insert the user &# 39 ; s finger into the distal end 14 . the actuator is comprised of a recess 24 in the housing 12 having an open end 24a and a terminal end 24b with a through opening 24c . an actuator shaft 26 extends through the through opening 24c and projects outwardly of the bottom surface of the container 12 . a compression spring 28 biases the actuator shaft 26 away from the terminal end 24b of the recess 24 . a first end of the shaft 26 includes an actuator button 26a and the opposite end includes an abutment 26b . when the inhaler 30 is loaded in the carrier 10 &# 39 ;, the abutment 26b abuts against a bottom surface of the cartridge 38 of the inhaler 30 . when the actuator 26a is depressed against the biasing force of the spring 28 , the actuator shaft 26 forces the abutment 26b to urge the cartridge 38 toward the head 32 to discharge the medicant and the propellant in the normal manner . thus , a user need not withdraw the inhaler 30 from the carrier 10 when needed . rather , the user only has to snap the cap 40a off the mouthpiece 34 , place the mouthpiece 34 in the mouth , depress the actuator button 26a and inhale . loading and unloading of the inhaler 30 is identical to that in the first embodiment . the present invention is not to be limited to a pendant or necklace for wearing around a patient &# 39 ; s neck . for example , the present invention is also applicable to use as a bracelet or other means for adorning a person . although specific embodiments of the present invention have been described above in detail , it will be understood that this description is merely for purposes of illustration . various modifications of and equivalent structures corresponding to the disclosed aspects of the preferred embodiments in addition to those described above may be made by those skilled in the art without departing from the spirit of the present invention which is defined in the following claims the scope of which is to be accorded the broadest interpretation so as to encompass such modifications and equivalent structures .
a device for carrying a fluid dispensing unit includes a container for receiving the fluid dispensing unit and a chain connected to the container for carrying the container and retaining the dispensing unit in the container . the dispensing unit can be secured to the chain by sandwiching the chain between a cap and the dispensing unit itself .