as discussed above , embodiments of the present invention relate to a cleaning device and more particularly to a ceiling fan blade cleaning system as used to improve the ease and efficiency by which ceiling fan blades may be cleaned . generally speaking , there are many significant benefits and advantages associated with the fan friend of the ceiling fan blade cleaning system . the device enables consumers to clean their ceiling fans in a simple , safe and efficient manner . the vacuum cleaner attachment of the present invention is configured specifically to accommodate ceiling fan blades , but may also be used in different applications . the fan friend is able to easily suction dirt , dust and debris from all sides of the blade simultaneously , thus preventing this undesirable matter from contaminating the air within the room . the device virtually eliminates the need to stir up piles of dust that quickly accumulate on the furniture and flooring beneath the fan ; the fan friend contains dust , dirt , grime and allergens on contact and directs them to a vacuum cleaner via an attached vacuum hose for efficient removal ; thus greatly reducing the amount of air born harmful allergens within the household environment . simple to use , the fan friend is easily attached and quickly removed from any household vacuum in an almost effortless fashion . although designed expressly for household use , the fan friend may be appreciated by housekeepers and professional maintenance workers , enabling these professionals to clean ceiling fans in a fraction of the time associated with traditional methods . referring now to the drawings specifically by numerals of reference there is shown in fig1 , a perspective view illustrating ceiling fan blade cleaning system 100 in in - use condition 150 according to an embodiment of the present invention . ceiling fan blade cleaning system 100 may comprise : cleaning head attachment assembly 110 having cleaning head attachment housing 120 ( including ring rim 130 having left side 132 ; right side 134 ; top side 136 ; bottom side 138 ; inner periphery 140 ; inner volume 142 ; outer surface 144 ; and apertures 146 ); vacuum hose connector end 160 ; and a plurality of bristles 170 . preferred embodiments also comprise felt rib 172 for thorough cleaning of debris from ceiling fan blades 190 . cleaning head attachment assembly 110 comprises plurality of bristles 170 , bristles 170 connected about inner periphery 140 of cleaning head attachment housing 120 . inner periphery 140 provides a passageway for insertion of ceiling fan blade 190 for contact with bristles 170 for cleaning of ceiling fan blade 190 . bristles 170 and felt rib 172 are designed to touch - contact ceiling fan blade 190 to remove the debris located thereon . direction of motion is generally indicated via directional arrow in fig2 . cleaning head attachment housing 120 comprises ring rim 130 integrally molded with vacuum hose connector end 160 such that the present invention may be connected to vacuum hose 162 . inner periphery 140 and outer surface 144 of ring rim 130 define confines of inner volume 142 . ring rim 130 is defined by left side 132 ; right side 134 ; top side 136 ; and bottom side 138 . left side 132 ; right side 134 ; top side 136 ; and bottom side 138 of ring rim 130 are each adjustable in relation to each other via accordion adjusters 180 located about ring rim 130 , as indicated in fig3 b . bristles 170 are preferably oriented inwardly - facing in at least one line about inner periphery 140 of cleaning head attachment housing 120 of cleaning head attachment assembly 110 . cleaning head attachment housing 120 provides a substantially closed loop vacuum channel 124 to deliver a negative - pressure to apertures 146 . vacuum channel 124 comprises chamber 126 wherein negative - pressure may be communicated therewithin to remove debris dislodged by bristles 170 and felt rib 172 . cleaning head attachment assembly 110 is removably attachable to vacuum hose 162 via vacuum hose connector end 160 , cleaning head attachment assembly 110 in fluid communication with vacuum cleaner 164 to impart the negative - pressure ( vacuum ) to ceiling fan blade 190 via apertures 146 to remove debris off ceiling fan blade 190 . in this way the present invention may be effectively and efficiently used to clean ceiling fan blades 190 of ceiling fan 192 . referring now to fig2 , showing cleaning head attachment 118 as used on ceiling fan blade 190 according to an embodiment of the present invention of fig1 . bristles 170 are oriented inwardly - facing in lines , as previously mentioned , lines of bristles 170 being ( substantially ) parallel to each other . in preferred embodiments ceiling fan blade cleaning system 100 further comprises at least one felt rib 172 which may be located between lines of bristles 170 to catch ( collect and hold ) debris missed by bristles 170 . felt rib 172 is also used in preferred embodiments because of the surface consistency to hold debris rather than simply cut through it as bristles 170 used alone may do . a majority of suction is diverted to be directed on ( to ) a top set of holes ( apertures 146 .) preferably , a greater number of holes ( apertures 146 ) are located on the top ( underneath of top side 136 , side facing and adjacent ceiling fan blade 190 .) apertures 146 comprising slots ( elliptical - shaped holes ) may be used and different numbers of holes ( apertures 146 ) may be used on the top and bottom , preferably more on the top to create better suction capability . apertures 146 are preferably located in top side 136 of ring rim 130 within inner periphery 140 so as to direct a majority of negative - pressure to a top planar surface of ceiling fan blade 190 to suitably clean ceiling fan blade ( s ) 190 of ceiling fan 192 . holes ( apertures 146 ) may be placed at different locations such as on the outside of the rows of bristles 170 ( as shown in fig2 ) or inside them ( preferred ) or on both the outside and the inside in alternate embodiments . a baffle ( not shown ) may be used within cleaning head attachment 118 to divert airflow volume in certain embodiments . preferably a felt edge , felt rib 172 ( or felt - like equivalent material ) is located between the rows of bristles 170 to catch lint / dust / debris that may be missed or is just dislodged but not fully removed by bristles 170 . upon reading this specification , it should be appreciated that , under appropriate circumstances , considering such issues as user preferences , design preference , structural requirements , marketing preferences , cost , available materials , technological advances , etc ., other materials such as , for example , other fabrics , cloth , textile , webbing , soft plastics , natural and manmade fibers , etc ., may be sufficient . in certain embodiments a fluid mister means may be used . referring now to fig3 a , a perspective view illustrating cleaning head attachment 118 according to an embodiment of the present invention of fig1 & amp ; 2 . vacuum hose connector 122 of cleaning head attachment housing 120 comprises a funnel - shape 116 in certain embodiments as shown in the present figure and in fig1 - 2 and 4 . also shown in the present figure is that the present invention comprises accordion adjusters 180 , accordion - style flexible joints using folded pleats ( preferably six — two on the sides , left side 132 and right side 134 , as shown and one on each side of the bottom and top bottom side 138 and top side 136 , respectively ) that allow the instant invention to be custom - fit to ceiling fan blade 190 , such that cleaning head attachment assembly 110 can be adjusted diagonally / horizontally / vertically into virtually any profile . various profiles may include differing pitches , curves , compound curves , different widths , different thicknesses of ceiling fan blade 190 and the like . the present invention may be adjusted from small standard / non - standard sized ceiling fan blades 190 to custom large ceiling fan blades 190 . the range of adjustment permitted may increase or decrease the overall size of cleaning head attachment assembly 110 , and various sizes to accommodate this are envisioned and are considered within the scope of the disclosure . cleaning head attachment 118 according to the embodiment shown in fig3 a comprises first cleaning head attachment assembly 114 . this particular embodiment may also comprise a baffle ( not shown ) located on inner volume 142 . fig3 b is a perspective view illustrating another version of cleaning head attachment 118 ( second cleaning head attachment assembly 113 ) according to an alternate embodiment of the present invention of fig1 . cleaning head attachment 118 according to the embodiment shown in fig3 b comprises second cleaning head attachment assembly 113 ; vacuum hose connector 122 comprising staged extrusion 112 . staged extrusion 112 may be tapered in certain embodiments to ‘ suction - seal - fit ’ to vacuum hose 162 . in other embodiments staged extrusion 112 may be telescopic . seals and gaskets may also be used as well as clips and locks to couple the present invention in a desired sealable manner . upon reading this specification , it should be appreciated that , under appropriate circumstances , considering such issues as user preferences , design preference , structural requirements , marketing preferences , cost , available materials , technological advances , etc ., other adjustable means and arrangements such as , for example , telescoping , sliding , camming , etc ., may be sufficient . rubber seals may be used on staged extrusion 112 of second cleaning head attachment assembly 113 , especially the telescopic versions or stepped versions ( staged extrusion 112 ) meant to fit to multiple sized ends of vacuum hoses 162 . other adapters may be included in kit 310 to allow the device to be fit to various sized diameter hose ends of vacuum hoses 162 from vacuum cleaner 164 such as shop vacuums and the like . ring rim 130 comprises exactly six of accordion adjusters 180 in preferred embodiments , as previously mentioned and shown in the present figure ; accordion adjusters 180 comprising flexible joints that are folded pleats or other suitable equivalent . accordion adjusters 180 are preferably located on left side 132 of rim ring 130 allowing vertical adjustment ( indicated by directional arrows ) of left side 132 of rim ring 130 . accordion adjusters 180 may also be located on right side 134 of rim ring 130 thereby allowing vertical adjustment ( indicated by directional arrows ) of right side 134 of rim ring 130 . in a similar manner , accordion adjusters 180 are preferably also located on top side 136 of rim ring 130 allowing horizontal adjustment ( indicated by directional arrows ) of top side 136 of rim ring 130 . accordion adjusters 180 of ceiling fan blade cleaning system 100 are also preferably located on bottom side 138 of rim ring 130 allowing horizontal adjustment ( indicated by directional arrows ) of bottom side 138 of rim ring 130 . in this way accordion adjusters 180 provide for vertical and horizontal adjustment ( as indicated ) of rim ring 130 in relation to a pitch and shape of ceiling fan blade 190 . kit 310 associated with the present invention may include at least one first cleaning head attachment assembly 114 comprising funnel - shape 116 ( shown in fig3 a ); at least one second cleaning head attachment assembly 113 comprising staged extrusion 112 ( shown in fig3 b ); safety shield 106 ; replacement felt ribs 172 and a set of user instructions . ceiling fan blade cleaning system 100 may thus be sold as kit 440 ; ceiling fan blade cleaning system 100 may be manufactured and provided for sale in a wide variety of sizes and shapes for a wide assortment of applications . upon reading this specification , it should be appreciated that , under appropriate circumstances , considering such issues as design preference , user preferences , marketing preferences , cost , structural requirements , available materials , technological advances , etc ., other kit contents or arrangements such as , for example , including more or less components , customized parts , different adjustment / size combinations , different forms of bristles , felt ribs , parts may be sold separately , etc ., may be sufficient . in certain embodiments vacuum cleaner 164 may comprise a handheld vacuum implement . certain embodiments may be used with smaller vacuums such as for example dust busters ® that may or may not have telescoping poles ( telescoping feature alluded to in fig1 ). although this product is designed as an aftermarket accessory or as an oem product , the fan friend line may be expanded in the future to include handheld vacuum cleaners featuring the fan friend incorporated into their oem design . referring now to fig4 , a perspective view illustrating spatial and angular relationships ( indicated by angles designated α and ø ) of the various components of ceiling fan blade cleaning system 100 relative to an orientation of ceiling fan blade 190 on an installed ceiling fan 192 according to an embodiment of the present invention of fig1 - 2 . safety shield 106 preferably comprises ends 108 , safety shield 106 parallel to a planar ground surface ( and ceiling surface ) when ceiling fan blade cleaning system 100 is in an in - use condition 150 . safety shield 106 may be used to catch weights for example that may become dislodged during in - use condition 150 , or dustballs , small insects such as scorpions and the like , thus effectively preventing them from landing on the user - cleaner . safety shield 106 may have small sides ( ends 108 ) and these may be detachable or slidable in certain embodiments . cleaning head attachment 118 ( both first cleaning head attachment assembly 114 and second cleaning head attachment assembly 113 ) is molded such that vacuum hose 162 may be substantially perpendicular with the floor , the ceiling , and safety shield 106 ( as indicated ) and ring rim 130 of cleaning head attachment assembly 110 fitting over ceiling fan blade 190 is matched to orientate to the pitch of ceiling fan blade 190 so that the vacuum hose 162 may be straight up and down during in - use condition 150 , as shown in fig1 . safety shield 106 is parallel to the floor in this embodiment so as to evenly distribute any objects dropping therein . referring now to fig5 , a flowchart 550 illustrating a method of using ( method of use 500 ) ceiling fan blade cleaning system 100 according to an embodiment of the present invention of fig1 - 4 . a method of using ( method of use 500 ) ceiling fan blade cleaning system 100 comprises the steps of : step one 501 attaching cleaning head attachment assembly 110 to a vacuum implement ( vacuum cleaner 164 ); step two 502 adjusting ring rim 130 of cleaning head attachment housing 120 to accommodate dimensions of at least one ceiling fan blade 190 , ceiling fan blade 190 inserted through inner periphery 140 adjacent bristles 170 and at least one felt rib 172 located on ring rim 130 ; step three 503 activating vacuum implement ( vacuum cleaner 164 ) to create a negative pressure ; and step four 504 applying negative pressure to ceiling fan blade 190 to dislodge , collect and remove debris located on ceiling fan blade 190 , the dislodge created when bristles 170 and felt rib 172 contact the debris . optionally , step five 505 may comprise removing cleaning head attachment assembly 110 from vacuum implement ( vacuum cleaner 164 .) other steps such as telescoping , further adjusting may also be included within the scope of method of use 500 . it should be noted that step five 505 is an optional step and may not be implemented in all cases . optional steps of method 500 are illustrated using dotted lines in fig5 so as to distinguish them from the other steps of method 500 . it should be noted that the steps described in the method of use can be carried out in many different orders according to user preference . the use of “ step of ” should not be interpreted as “ step for ”, in the claims herein and is not intended to invoke the provisions of 35 u . s . c . § 112 , ¶ 6 . upon reading this specification , it should be appreciated that , under appropriate circumstances , considering such issues as design preference , user preferences , marketing preferences , cost , structural requirements , available materials , technological advances , etc ., other methods of use arrangements such as , for example , different orders within above - mentioned list , elimination or addition of certain steps , including or excluding certain maintenance steps , etc ., may be sufficient . the embodiments of the invention described herein are exemplary and numerous modifications , variations and rearrangements can be readily envisioned to achieve substantially equivalent results , all of which are intended to be embraced within the spirit and scope of the invention . further , the purpose of the foregoing abstract is to enable the u . s . patent and trademark office and the public generally , and especially the scientist , engineers and practitioners in the art who are not familiar with patent or legal terms or phraseology , to determine quickly from a cursory inspection the nature and essence of the technical disclosure of the application .