referring now to fig1 , there is shown one non - limiting embodiment of the present invention , showing vibrator controller 100 , having face or cover plate 101 , port identifiers 114 having zone 1 for ports 1 thru 3 and zone 2 for ports 4 - 6 , on / off indicators 111 , mode control 105 , intensity control 109 and timer control 103 . while controller 100 is shown having two zones having three ports each , it is understood that any number of zones having any number of ports can be utilized , with the zones not necessarily having the same number of ports . generally , the controllers will set the operating conditions for each zone with all ports in the zone providing the same signal . of course , each port may also be providing different signals independently . employed under face plate 101 are a number of lights which indicate which ports are active , and the selected mode , intensity and time . of course , a screen display could also be utilized as a menu for selecting the various settings and / or to show the status of the various settings . in the embodiment as shown in fig1 , on / off controller 101 toggles between ( 1 ) both zones off ; ( 2 ) zone 1 on , zone 2 off ; ( 3 ) zone 1 off , zone 2 on ; and ( 4 ) both zones on . any suitable type of on / off mechanism may be utilized . to avoid any type of sudden vibratory jolt , the embodiment as shown starts up at some fraction (“ f ”) of full power ( ⅓rd for example ), and gradually increases to full power , although start up at full power is also contemplated in the present invention . in the embodiment as shown in fig1 , the mode control 105 can be selected between pulse , wave and constant vibrations . of course , in the practice of the present invention , it is understood that any type of vibratory pattern may be utilized . in the embodiment as shown in fig1 , intensity control 109 may be varied between amplitudes of “ low ,” “ medium ,” and “ high ” intensity . of course , it is understood that other embodiments are contemplated in which the amplitude intensity may be varied by “ up ” and “ down ” controls as shown in the embodiments of fig2 - 6 , or even varied by a rheostat ( perhaps thumb wheel controlled ), or even still varied by numerical input wherein such numerical input is indicative of a desired intensity . in the embodiment as shown in fig1 , timer control 103 may be toggled between 15 , 30 and 45 minutes . of course , it is understood that other embodiments are contemplated in which vibration time is varied by “ up ” and “ down ” controls as shown in the embodiments of fig2 - 6 , or even varied by a rheostat ( perhaps thumb wheel controlled ), or even still varied by numerical input wherein such numerical input is indicative of a desired time . referring additionally to fig2 - 6 , there are shown various schematics of vibrator system 200 having controller 100 of fig1 ( with on / off control 101 not shown ), with the system powered via plus 301 connected to a ac source ( although it is contemplated that the system may also be battery powered , see fig8 showing battery powered embodiment ). while the various vibrators are show in fig2 - 6 as hard wired to controller 100 , it is understood that other embodiments of controller 100 might utilize wireless communication between controller 100 and the vibrators . for example , an infrared control system , such as that shown in u . s . pat . no . 6 , 290 , 661 . additionally , while the embodiments shown in fig1 - 6 contemplate push button input of instructions into controller 100 , other embodiments include wireless input of instructions , or instructions may be read into controller 100 , for example , via the use of magnetic or optical data storage media . in fig2 and 4 , vibrators 201 - 206 , are connected one vibrator to one port . in fig5 and 6 , multiple vibrators are connected to a single port . of course , while up to vibrators is shown in the figs . it is understood that the present invention is not so limited and that any desired number of vibrators may be utilized . it is also contemplated , that a vibrator system can comprise more than one controller , which controllers may or may not be in communication with each other . in the practice of the present invention , the vibrator motors may comprise any as are known in the art . additionally , the vibrator motors may be affixed to the treatment area by any suitable apparatus and / or method . fig7 is a schematic representation of the circuits underlying the embodiment of the present invention . it should also be understood that part of or any portion of the controls of controller 100 may be software driven . for example , the output signal for a particular vibration wave pattern may be generated by software and a software generated signal provided as output to a vibrator . likewise with the intensity and / or time duration . thus , a product of the present invention includes computer readable media comprising instructions , or a data signal embodied in a carrier wave comprising instructions , said instructions which when carried out on a computer will implement one or more of the method steps of the present invention . using the foregoing specification , part or all of the present invention may be implemented using standard programming and / or engineering techniques using computer programming software , firmware , hardware or any combination or subcombination thereof . any such resulting program ( s ), having computer readable program code means , may be embodied or provided within one or more computer readable or usable media such as fixed ( hard ) drives , disk , diskettes , optical disks , magnetic tape , semiconductor memories such as read - only memory ( rom ), etc ., or any transmitting / receiving medium such as the internet or other communication network or link , thereby making a computer program product , i . e ., an article of manufacture , according to the invention . the article of manufacture containing the computer programming code may be made and / or used by executing the code directly from one medium , by copying the code from one medium to another medium , or by transmitting the code over a network . the controller of the present invention may include be one or more processing systems including , but not limited to , a central processing unit ( cpu ), memory , storage devices , communication links , communication devices , servers , i / o devices , or any subcomponents or individual parts of one or more processing systems , including software , firmware , hardware or any combination or subcombination thereof , which embody the invention as set forth in the claims . user input may be received from the keyboard , mouse , pen , voice , touch screen , or any other means by which a human can input data to a computer , including through other programs such as application programs . one skilled in the art of computer science will easily be able to combine the software created as described with appropriate general purpose or special purpose computer hardware to create a computer system and / or computer subcomponents embodying the invention and to create a computer system and / or computer subcomponents for carrying out the method of the invention . fig8 is a schematic of a battery option of the present invention . fig9 shows a view of ports 114 of the present invention , showing male end 211 of vibrator 201 , which male end 211 is connectable to port 114 . fig1 shows a vibrator 201 useful in the present invention , including foam pad comprising a motor shroud or cover in which is positioned a vibrator . fig1 is a schematic of controller 100 , with vibrators 201 in communication with one zone 114 , and vibrator 202 in communication with another zone 114 . vibrators 201 and 202 are positioned on vibrator positioning pad 301 , generally held in place by fasteners , for example , hook and loop fasteners , brackets , clips , and the like . in the embodiment as shown , vibrators 201 and 202 are held in place by hook and loop system 305 and 310 . vibrator positioning pad 301 may be held in place by use of straps 308 . it should be clear that any conceivable arrangement of vibrators on pad 301 may be obtained by the use of fasteners . pad 301 may also be designed to receive a limb , torso , or any portion of a body for treatment . for example , a tubular shaped pad 301 may be slipped over an arm , leg , or torso . of course , while a flat pad 301 could also be placed on a arm , leg or torso , a tubular shaped pad 301 could be made to form fit , and would thus stay positioned easier . as a further embodiment , it is anticipated that magnets for magnetic therapy , could be positioned in or on pad 301 , with or without vibrators , using , of course , any suitable fastener as described above . it is also anticipated that gel pads ( which can be made hot or cold ) can be utilized in conjunction with the present invention . these gel pads can additionally be form fitted for a particular area or body part . optionally , vibrator positioning pad 301 forms enclosure 303 into which heated or cooled gel packs may be positioned . in operation , the various vibrators are affixed to the desired treatment areas . these various vibrators are either in communication with a controller prior to being affixed or placed in communication with the controller after being affixed in place . instructions regarding control of these various vibrators are either provided to the controller before or after the vibrators are placed in communication with the controller . upon starting , the various vibrators are then controlled by the controller to provide a desired treatment regimen . the present invention may also be utilized in the treatment of more than one mammal at a time . while the present invention most likely finds utility with humans or horses , it is anticipated to find most use with domestic representatives of the mammalian grouping , ungulates , include but are not limited to , sheep , goats , camels , pigs , cows , and horses . the hooves of each type of animal , and different breeds and stages of maturity within each type , can have different shapes and sizes of hooves . different embodiments of the present invention would be appropriate for different groups of individuals in each ungulate type , with the invention preferably utilized with horses . the present invention also finds utility in the treatment of wild hoofed animals , for example , in captivity in zoo or wildlife safari park settings , or even in the habilitation of wild animals . it is also contemplated that the present invention may be used in conjunction with other apparatus and methods for treating an ungulate &# 39 ; s hoof , for example , boot type devices which can be used for applying hot or cold temperatures , or for providing a temperature treatment at the same time that a medicine is applied directly to the hoof region , or finally for treating a hoof with only a medicine applied to the hoof with no external temperature addition . while the illustrative embodiments of the invention have been described with particularity , it will be understood that various other modifications will be apparent to and can be readily made by those skilled in the art without departing from the spirit and scope of the invention . accordingly , it is not intended that the scope of the claims appended hereto be limited to the examples and descriptions set forth herein but rather that the claims be construed as encompassing all the features of patentable novelty which reside in the present invention , including all features which would be treated as equivalents thereof by those skilled in the art to which this invention pertains .
vibrator systems , methods of making and operating such systems , and apparatus for controlling such systems . an illustrative vibration system includes first and second sets of vibrators adapted for providing therapeutic vibrations to a mammalian body , and a controller providing a first set of instructions to the first set of vibrators , and providing a second set of instructions to a second set of vibrators , wherein the first and second set of instructions are different . another illustrative vibration system includes a therapeutic vibrator adapted for providing therapeutic vibrations to a mammalian body a controller adjustable for controlling a vibrator to a user selected amplitude of magnitude a , and which generates output instructions to the vibrator to initially operate the vibrator at an amplitude that is a fraction of a prior to generating output instructions to the vibrator to operate the vibrator at the desired amplitude a .