the following description describes the vacuum comb , as well as the way to assemble it . the following detailed description sets forth numerous specific details to provide a thorough understanding of the invention . however those skilled in the art will appreciate that the invention may be practiced without these specific details . in other instances , well - known methods , procedures , protocols , components , and items have not been described in detail so as not to obscure the invention . although particular embodiment of the invention will be discussed , with reference to making vacuum combs , those of ordinary skill in the art will appreciate that the present invention may be utilized in other types of applications . in particular the teachings of the present invention may be applied to other devices and applications . the most economical way to manufacture the vacuum combs is by injection molding . fig1 illustrates an embodiment of the invention in which two styles of the vacuum combs are shown ; the in - line vacuum comb and the angle vacuum comb ( also known as the t - shaped or perpendicular vacuum comb ), as well as extension pieces , shown in perspective . fig1 a illustrates an embodiment of an angle vacuum comb consisting of ; comb 101 , comb housing 106 , transition ( from comb housing to handle ) 107 , and hollow handle 103 . fig1 b illustrates an embodiment of an angle vacuum comb with a transition end , consisting of ; rigid comb 101 , comb housing 106 , transition ( from comb housing to handle ) 107 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and vacuum hose connector 105 . fig1 c illustrates an embodiment of an in - line vacuum comb consisting of ; rigid comb 101 , comb housing 102 , and hollow handle 103 . fig1 d illustrates an embodiment of an in - line vacuum comb with a transition end , consisting of ; comb 101 , comb housing 102 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and vacuum hose connector 105 . fig1 e illustrates an embodiment of a vacuum comb extension consisting of ; hollow extension tube 108 . fig1 f illustrates an embodiment of a vacuum comb extension with a transition end , consisting of ; hollow extension tube 108 , transition ( from extension to hose connector ) 104 , and vacuum hose connector 105 . fig2 a , 2 b , 2 c , 2 d & amp ; 2 e illustrate embodiments of an in - line vacuum comb with a transition end , in ; side view fig2 a , bottom view fig2 b , top view fig2 c , front view fig2 d , and back view fig2 e . consisting of ; comb 101 , comb housing 102 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and vacuum hose connector 105 . fig3 a , 3 b , 3 c , 3 d & amp ; 3 e illustrate embodiments of an angle vacuum comb with a transition end , in ; top view fig3 a , side view fig3 b , bottom view fig3 c , front view fig3 d , and back view fig3 e . consisting of ; comb 101 , comb housing 106 , transition ( from comb housing to handle ) 107 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and vacuum hose connector 105 . fig4 illustrates an embodiment of different adapters that allow the vacuum comb to be connected to different diameter vacuum hoses , vacuum mouth inlet , and / or extensions . additionally odd shaped adapters can connect to vacuums with odd shaped mouths . fig4 a illustrates an embodiment of a coupler 109 , which joins two extension tubes together , or a vacuum comb handle to an extension tube . fig4 b illustrates an embodiment of an internal reducer 110 , which joins a vacuum comb hose connector to a smaller diameter vacuum hose . fig4 c illustrates an embodiment of an external reducer 111 , which joins a vacuum comb handle to a smaller diameter vacuum hose . fig4 d illustrates an embodiment of an enlarger 112 , which joins a vacuum comb handle to a larger diameter vacuum hose . fig5 a , 5b , 5 e , & amp ; 5 f illustrate embodiments of a vacuum comb extension with a transition end , consisting of ; hollow extension tube 108 , transition ( from extension tube to hose connector ) 104 , and vacuum hose connector 105 . fig5 c , 5d , 5 g , & amp ; 5 h illustrate embodiments of a vacuum comb extension without a transition end , consisting of ; hollow extension tube 108 . fig6 a , 6c , 6 f , 6 h , 6 k , & amp ; 6 l illustrate different embodiments of an angle vacuum comb respectively ; with an angled handle fig6 a , with an angled handle and a transition end fig6 c , with a standard hose size handle fig6 f , with standard hose size angled handle fig6 h , with standard hose size connection but no handle fig6 k , with standard hose size angled connection but no handle fig6 l , and consisting of ; comb 101 , comb housing 106 , transition ( form comb housing to handle ) 107 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and hose connector 105 . fig6 b , 6d , 6 e , 6 g , 6 i , & amp ; 6 j illustrate different embodiments of an in - line vacuum comb respectively ; with an angled handle fig6 b , with an angled handle and a transition end fig6 d , with a standard hose size handle fig6 e , standard hose size angled handle fig6 g , with standard hose size connection but no handle fig6 i , with standard hose size angled connection but no handle fig6 j , and consisting of ; comb 101 , comb housing 102 , transition ( form comb housing to handle ) 107 , hollow handle 103 , transition ( from handle to hose connector ) 104 , and hose connector 105 . fig7 illustrate different embodiments of vacuum combs odd - shaped transitions and adapters . fig7 a , 7b , 7 c , & amp ; 7 e illustrate different embodiments of transitions to odd - shaped ends ; an angle vacuum comb with gradually transitioned handle fig7 a , an angle vacuum comb with handle attached to a straight odd - shape transition adapter fig7 b , an in - line vacuum comb with transitioned handle end fig7 c , and a transitioned extension end fig7 e . fig7 d , 7f , & amp ; 7 g illustrate different embodiments of odd - shape transition adapters ; a straight odd - shape transition adapter fig7 d , an elbow transition / adapter fig7 f , and an elbow odd - shape transition adapter fig7 f . the vacuum comb is made of a rigid comb that is attached to the end of a vacuum hose through the hose connector 105 . to activate it , the vacuum machine is turned on creating a suction that draws in animal loose hair / fur and dandruff while grooming . for vacuums hoses with small diameters ( and some portable vacuums ) the handle 103 could be attached directly to the vacuum hose without a transition piece . in the case of using a small portable vacuum cleaner , different adapters could be used to offer the necessary transition , to match different manufacturer &# 39 ; s hose diameters . adapters could also be made of different shapes to match the odd shaped mouths inlets of some small portable vacuum cleaners . where they can be directly connected to the mouth of small vacuum cleaner . the most economical material to make the vacuum comb from is plastic . the most economical way to mass produce the vacuum comb is through the process of injection molding . an alternate would be the use of a metal instead of plastic , which would be more expensive , but also more durable . another alternate would be having the housing made of rigid plastic and the comb of metal . the advantage of metal combs is that they could be made with fine spacing between the teeth , allowing it to clear fleas , and this way fleas and ticks could be combed and vacuumed from animals . another alternate would be having the housing made of rigid plastic while the comb teeth are made of semi rigid plastic , with rounded soft tip ( i . e . soft yet firm ). the advantage of this is that it allows flexibility and offers less pull on the hair / fur . this would be ideal for pets with shaggy hair / fur which is already entangled prior to combing such as ; sheep dog , and sheep . hence the flexible teeth will slightly bend ( then springing back to its original position ) as it combs . accordingly , the reader will see the advantage of the vacuum comb which is a simple economical tool that can be used for a large variety of applications , one of which is animal grooming . although the description above contains many specifications , these should not be construed as limiting the scope of the invention but as merely providing illustrations of some of the presently preferred embodiment of the invention . the scope of the invention should be determined by the appended claims and their legal equivalents , rather than by the examples given .
the tangle - free vacuum comb consists of a one row rigid comb with a hollow housing , and hollow rigid handle , forming the passage ways of a vacuum attachment head . this is connected to the end of a vacuum hose , and when the vacuum is powered , suction is generated at the edge of the comb , drawing in any loose hair / fur and dander while combing an animal . offering a quick and efficient animal grooming where loose hair and dandruff is sucked into the vacuum bag or container , which is disposed off neatly . it can be dimensioned to fit the vacuum hoses of standard vacuum cleaners or smaller portable ones .