in the following description , the invention is discussed in terms of a toothbrush ( e . g . a form of an oral care implement ) but could be in the form of other personal care implements . for example , a toothbrush can be used for personal hygiene , such as oral care purposes . further , it is understood that other embodiments may be utilized and structural and functional modifications may be made without departing from the scope of the present invention . fig1 - 2 illustrate an oral care implement , such as a toothbrush , generally designated with the reference numeral 100 . the toothbrush 100 generally includes a head 101 and a handle 103 . the handle 103 is generally an elongated member dimensioned so that a user can readily grip and manipulate the toothbrush 100 . the handle 103 may be formed of many different shapes , lengths and with a variety of constructions . in one construction , the handle 103 has a neck portion 105 positioned adjacent the head 101 . the neck portion 105 may be a narrowed region on the handle 103 between head 101 and the part of the handle normally gripped by the user . nevertheless , the neck portion 105 could be the region between the head 101 and the part of the handle normally gripped by the user . in another construction , the handle 103 is integrally formed with the head 101 . other attachment configurations also are possible . the head 101 may include an oral care region comprising one or more tooth cleaning elements 111 . as used herein , the term “ tooth cleaning elements ” or “ cleaning elements ” includes any type of structure that is commonly used or is suitable for use in providing oral health benefits ( e . g ., tooth cleaning , tooth polishing , tooth whitening , massaging , stimulating , etc .) by making contact with portions of the teeth and gums . such tooth cleaning elements include but are not limited to tufts of bristles that can be formed to have a number of different shapes and sizes and elastomeric cleaning members that can be formed to have a number of different shapes and sizes , or a combination of both tufts of bristles and elastomeric cleaning members . in one construction , the one or more tooth cleaning elements 111 are formed from a plurality of bristles . referring to fig1 and 2 , the tooth cleaning elements 111 are bristle regions having different shapes , however , it is understood that a number of different configurations of oral care implements may be utilized . the one or more tooth cleaning elements 111 may be attached to the head 101 by known methods , such as being fit within recesses formed in the head 101 along a front portion 107 of the toothbrush 100 ( fig1 ). the head 101 also may be configured to be detached from the neck 105 or handle 103 and replaced with a new head 101 , if desired . referring to fig3 , toothbrush 100 includes head 101 with an air flossing outlet 109 surrounded by the tooth cleaning elements 111 . toothbrush 100 includes an air inlet 113 for receiving ambient air to be stored in a rechargeable air reservoir or air cartridge 117 for storing pressurized air . in air inlet is connected to an air pump / compressor 119 . the both the reservoir 117 and pump / compressor 119 serve as pressurized air sources to air flossing outlet 109 . the air inlet 113 may have a filter to trap air borne particulates before storage in the reservoir . to prevent over - pressurizing the reservoir 117 , a pressure relief valve 122 may be provided in the handle 103 . the relief valve 122 may be preset to open and release air from the reservoir at predetermined pressure , such as 50 to 60 p . s . i . alternatively , the pump / compressor 119 may be preset to stop operation at a specific pressure or range of pressure in lieu using a pressure relief valve . toothbrush 100 may include an air pressure button 115 for controlling pressurized air provided to the reservoir 117 . in operation , the engagement of button 115 by the user initiates the operation of air pump / compressor 119 . button 115 may be used for releasing the pressurized air to enable an air flossing operation of the teeth of user . in operation , the button 115 may control the opening and closing of an air valve 123 . for example , the air valve 123 may be connected to a relay or solenoid component for opening closing . also , the air components can be connected together via air conduit 118 , such as tubing or other hollowed pathway to enable air flow . in an alternative construction shown in fig4 , toothbrush 100 ′ may not include a reservoir 117 for pressurized air storage . in such a construction , the pressurized air is directly transferred from the pump / compressor 119 to air outlet 109 . nevertheless in both constructions , the provided pressure at air outlet 109 may range from 15 . 0 pounds per square inches ( p . s . i .) to 30 . 0 p . s . i . the controlled release of the pressurized air from the outlet 109 provides for interdental cleaning of the teeth of a user . the outlet 109 is provided in the form of an orifice . the orifice can be of different sizes and shapes , such as circular , rectangular , square or triangular . in one construction , the orifice has a circular shape . the diameters of the orifice may range from 0 . 50 mm to 2 . 00 mm . nevertheless , other diameters are possible . referring to fig5 - 7 , as can be appreciated in operation , the pressurized air exits from the air outlet 109 in the form of an air stream 500 . the air stream can be delivered at a constant rate or could be pulsated at a predetermined rate , as discussed with regard to fig1 . the air stream 500 interacts with dentifrice and water within the field of cleaning elements 111 . it is understood that the air - dentifrice - water interaction creates a high pressure bubble matrix 503 . a schematic representation of flow of air stream 500 and cleaning action is shown in fig7 . referring to fig7 , as can be appreciated , the velocity of the bubbles 503 against the tooth surfaces 505 generally conform to the curvature of the teeth , penetrates into the interproximal areas between the teeth and sweeps away the plaque and debris . the loosened plaque and debris are received by the cleaning elements 111 of the head 101 . the effective cleaning of the interproximal areas 507 between the teeth provides a floss - like clean . while one air outlet may be used in the toothbrush 100 , the inventive aspect may be practiced with a plurality of air outlets , such as two or three outlets . in an alternative construction of the toothbrush 200 shown in fig8 - 9 , the tooth cleaning elements of head 201 may include a variety of tooth cleaning elements which can be used for wiping , cleaning and massaging the user &# 39 ; s teeth and gums . in the illustrated construction of fig1 , tooth cleaning elements include distal tooth cleaning elements 203 a - b disposed at a distal end 121 of head 201 , peripheral tooth cleaning elements 205 a - l , longitudinal tooth cleaning elements 207 b - c disposed along longitudinal axis a - a , arcuate tooth cleaning elements 209 a - d and 211 a - b , and proximal cleaning elements 213 a , b . tooth cleaning elements 205 , 207 , 211 and 213 can be provided as tufts of bristles whereas tooth cleaning elements 209 can be formed as elastomeric walls segments . nevertheless , other forms and types of tooth cleaning elements may be used . in this construction , air outlet 109 is provided generally in the center of the arcuate tooth cleaning elements structure near the distal end 121 . nevertheless , the air outlet 109 can be disposed at other locations on the head 201 , such as generally in the center of the other arcuate tooth cleaning element structure . in the example of the arcuate elastomeric wall segments , as can be appreciated that the air stream causes a dynamic vibratory flexing action of individual segments with respect to their vertical axis , which in - turn enhances the cleaning action of the distal tip ( e . g ., wiping edge ) of the segment 209 against the tooth surface . additionally , the interior space defined between the arcuate elements 209 enables the elements to from a nozzle structure / configuration 250 to direct the air stream into the interproximal areas of between the teeth . the gaps 212 formed between the arcuate segments 209 a - d enables some controlled flow of the fluid and air flow to other regions of the head 101 during brushing . it should be appreciated that the nozzle configuration could be formed by tightly packed , elongate bristle tufts . further , in lieu of gaps between the elements , the nozzle configurations could have completely closed sidewall structures in other constructions . while four arcuate segment cleaning elements 209 a - d are shown surrounding each of the generally cleaning elements 207 , the inventive aspects may be practiced with more or fewer arcuate segments . while the arcuate segments form a generally circular structure , the segments can form an elliptical shape or a rectangular shape or other shapes in cross - section . nevertheless , other shapes are possible to form the nozzle - like structure . hence , the pressurized air stream of toothbrush 100 has synergistic benefits of providing a floss - like clean and improved surface cleaning of the tooth . the elastomeric material of the cleaning elements has a hardness property in the range of a15 to a35 shore hardiness ; a20 to a30 shore hardness ; or a25 to a28 shore hardness . as an example , one elastomeric material is styrene - ethylene ethylene - butylene block copolymer ( sebs ) manufactured by gls corporation . nevertheless , sebs material from other manufacturers or other materials within and outside the noted hardness range could be used . referring to fig1 , in an alternative construction , toothbrush 300 may operation in conjunction with a docking station 400 . toothbrush 300 includes the features of toothbrush construction 100 , expect for on - board pump / compressor 119 . the docking station 400 comprises cavity 452 for seating , receiving and / or storing the handle 103 of the toothbrush 300 . the docking station 400 may include an air inlet 413 for receiving ambient air to be stored in a reservoir 417 for storing pressurized air received via the air inlet 413 from air pump / compressor 419 . the air inlet 413 may have a filter to trap air borne particulates . to prevent over - pressurizing the reservoir 417 , a pressure relief valve 422 may be provided . the relief valve 422 may be preset to open and release air from the reservoir 417 at predetermined pressure , such as 50 to 60 p . s . i . alternatively , the pump / compressor 419 may be preset to stop operation at a specific pressure in lieu using a pressure relief valve . docking station 400 may include an air pressure button 415 for controlling pressurized air entry into the reservoir 417 . in operation , the depression or otherwise engagement of button 415 initiates the operation of air pump / compressor 419 . docking station 400 may further include a button 412 for releasing the pressurized air into the rechargeable reservoir in the toothbrush handle 103 . in operation , the button 412 controls the opening and closing of an air valve 423 to fill the reservoir 119 of toothbrush 300 . an input 431 is operative connected to the air valise 423 . air input 431 works in cooperating with the air inlet 113 of toothbrush 300 . the connection between air input 431 and air inlet 113 can be air tight seal based on a threaded connection , press - fit , and the like . docketing station 400 may include a control system 401 which may comprise one or more printed circuit boards to controlling the operation pump / compressor 419 in conjunction with button 412 , 415 . in alternative construction , the docking station 400 may not have a reservoir 417 for pressurized air storage . in such a construction , pressurized air is directly transferred to the reservoir of toothbrush handle 103 by the pump / compressor 419 in the docking station 400 . in other constructions of the docking station 400 , a power source such as a battery or the like , is provided in the interior cavity to power the air storage and filling features . alternatively , the docking station 400 may to draw electric power from a household outlet . referring to fig1 and 2 , toothbrush 100 includes a front portion 107 and a rear portion 109 . a thumb gripping portion 115 is provided so that a user may hold the toothbrush 100 with their thumb resting on gripping portion 115 . thumb gripping portion 115 may be formed of a pliable , cushioning material that is depressible as a user presses their thumb against it . in one or more constructions , as described herein , the thumb gripping portion 115 may serves as an actuator to control operation of the toothbrush features . for example , thumb gripping portion 115 may serve as a button to turn control a device associated with the toothbrush 100 “ on ” and / or “ off ”. for example , the device may be the on - board pump or an air valve for controlling the pressurized air . in a powered toothbrush construction , thumb gripping portion 115 serves as a button to change a mode of operation of the toothbrush 100 . button 115 enables a user to change the mode of operation to any of a number of different operations . ( e . g ., an air flossing only mode , a vibratory only mode , or air flossing / vibratory mode ). for example , depression or other engagement of button 115 may change the mode of operation to air floss only mode . in the air floss mode , an air stream is provided from the outlet . a subsequent engagement of button 115 may change the mode of operation moving cleaning element monde ( e . g ., vibratory head or oscillating head portion ). a subsequent engagement of button 115 may change the mode of operation to combination air flossing / moving cleaning element mode . nevertheless , the specific order of the engagement events of the button 115 , does not limit the scope of the inventive concepts . further , the toothbrush 100 may have two or more buttons or actuators for controlling the modes of operation . in another construction , toothbrush 100 may be a powered toothbrush including motion - producing device that drives a powered element , such as movable cleaning elements 111 with an activation / deactivation or “ on / off ” button , such as button 115 . referring to fig3 - 4 , in another construction , toothbrush 100 may include a motion - producing device 130 to define a vibratory head 102 . a wide variety of motion - producing devices ( e . g ., vibratory devices ) can be used to produce vibrations over a wide range of frequencies . various types of vibratory devices are commercially available , such as transducers . one example of a vibratory device provides frequencies in the range of about 100 to 350 khz . the vibration frequencies may be of different waveforms , including sinusoid , square , sawtooth and the like . nevertheless , other values and waveforms are possible . a vibratory device may be located in head of the toothbrush or neck thereof . when activated , vibratory device is powered by battery ( and controlled by electronics on circuit board or switching system ) so as to induce vibrations in head of the toothbrush and there enhances teeth - cleaning action imparted by the tooth cleaning elements . in alternate constructions , a vibratory device may include a micro motor attached to a shaft , with the shaft coupled to an eccentric rotating about an axis parallel to the longitudinal axis of the toothbrush . in still other constructions , a vibratory - producing device includes an eccentric that is driven by a micro motor in a translatory manner . a switch , such as a button , toggle switch , rotating dial , or the like , can be provided for activating the vibratory device , such a switch / button 115 of toothbrush 100 . a vibratory device often has a power source , such as a battery . activating the switch can cause the vibration - producing device to operate for a user - defined interval ( e . g ., during the time that a button is depressed or a switch is in an engaged position ), or alternatively can activate a timing circuit that causes the vibratory device to operate for a predetermined interval . if a timing circuit is used , the associated interval either may be preset or may be adjustable , e . g ., by a user - activated switch . referring to fig1 , in an alternative construction , toothbrush 500 may include an active agent feature . toothbrush 500 may include the features of toothbrush constructions 100 , 100 ′, 200 , and 300 . an active agent outlet 150 may be provided with the field of cleaning elements 111 . the toothbrush 500 can be supplied with one or more cartridges or reservoirs 151 containing active agent ( s ). multiple cartridges can be provided , for example , for supplying different active agents or a replacement supply of the same active agent . the outlet 150 is connected to the reservoir 151 via a conduit 153 . depending on the type of active agent used and the location of the air outlet 109 and an active agent outlet , the active agent can be administered before , during , or after initiation of air stream . as can be appreciated , the active agent and air stream interaction on the oral surfaces can improve plaque removal / bacterial removal interdental areas . in one construction , a user - activated switch , such as a dial ( not shown ), can have multiple settings for selecting one or more of several active agents . for example , the dial can have a first setting for oxidizer / whitener treatment , a second setting for breath freshener treatment , and a third setting for antimicrobial treatment . non - limiting examples of active agents which can be used include antibacterial agents , such as chlorhexidine , cetyl pyridinium chloride , triclosan , zinc salts , and ; oxidative or whitening agents , such as hydrogen peroxide , urea peroxide , sodium percarbonate , and pvp - h 2 o 2 ; supercharged fluoride delivery ingredients ; tooth sensitivity ingredients , such as kno 3 ; occluding agents , such as novamin ® bioactive glass and arginine salts such as arginine bicarbonate ; gum health actives , including those which reduce inflammation pathways and / or interfere in bacterial processes which produce inflammatory stimuli , bachalin , polyphenols , triclosan , ethyl pyruvate , and guanidinoethyl disulfide ; nutritional type ingredients , such as vitamins , minerals , amino acids , vitamin e , and folic acid ; tartar control or anti - stain ingredients , including phosphate salts , polyvinylphosphonic acid , pvm / ma copolymer ; enzymes , such as those used for plaque disruption ; sensate ingredients , such as those providing cooling , tingle , or heat sensations ; flavors and flavor ingredients ; anti - cavity or enamel repair agents ; breath freshening ingredients ; oral malodor reducing agents ; anti - attachment agents , such as ethyl lauroyl arginate ; diagnostic solutions , such as plaque - indicator dyes ; and combinations thereof . examples of flavors and flavor ingredients include essential oils , menthol , carvone , and anethole , and various flavoring aldehydes , esters , and alcohols . examples of essential oils include oils of spearmint , peppermint , wintergreen , sassafras , clove , sage , eucalyptus , marjoram , cinnamon , lemon , lime , grapefruit , and orange . flavoring agents typically are provided at a concentration of about 0 . 1 to about 2 wt % based on the weight of the composition , more usually from about 0 . 1 to about 0 . 5 wt %. the active agent and / or its medium can be selected to complement a toothpaste formula , such as by coordinating flavors , colors , aesthetics , or active ingredients . a flavor can be administered to create a gradual flavor change during brushing , which presently is not possible using toothpaste alone . the active agent can be provided in any suitable vehicle , such as in aqueous solution or in the form of gel or paste . non - limiting examples of vehicles include water , monohydric alcohols such as ethanol , poly ( ethylene oxides ) such as polyethylene glycols such as peg 2m , 5m , 7m , 14m , 23m , 45m , and 90m available from union carbide , carboxymethylene polymers such as carbopol ® 934 and 974 available from b . f . goodrich , and combinations thereof . the selection of a suitable vehicle will be apparent to persons skilled in the art depending on such factors as the properties of the active agent and the desired properties of the medium , such as viscosity . as described herein with respect to fig1 , a control system 600 for toothbrush constructions 100 , 100 ′, 200 , 300 , and 500 may be included to control the air stream for the “ floss - like ” clean . fig1 illustrates a block diagram of components in one or more constructions of control system 600 . one or more of the components shown in fig1 may be included within one or more printed circuit boards . possible alternatives include flash memory , flash rom , ram with battery backup . control system 600 may include a pump control 619 operatively connected to one or more components of the system 600 and a user interface 615 , such button 115 . mode selection circuitry 621 may include electrical circuitry , software , computer - readable instructions , or other components to allow for changing the mode of operation of the toothbrush 100 . for example , mode selection circuitry 621 may receive and process an input signal to change the mode of operation from an air floss mode to moving - cleaning element mode of operation . mode selection circuitry 621 may be configured to perform the functions for processing signal ( s ) performing computer - readable instructions , and reading from and writing to a memory ( not shown ) associated with the toothbrush 100 switching between different modes of operation . timer circuitry 622 man include hardware , software , computer - readable instructions , or other components to allow for counting up or counting down time . timer circuitry 622 may include a crystal oscillator for counting seconds , minutes , etc . timer circuitry 622 may be configured to perform the functions for processing signal ( s ) performing computer - readable instructions , and reading from and writing to a memory ( not shown ) associated with the toothbrush 622 operating in a timer mode for two ( 2 ) minutes for air flossing mode . in one arrangement , the air floss mode can end after an elapsed time of 2 minutes . control system 600 may include a valve control 623 operatively connected to one or more components of the system 600 to controlling release of air for flossing , including a constant stream of air or pulsating stream of air . the pulsation frequency can may be of different waveforms , including sinusoid , square , sawtooth and like . the control system circuitry 600 may include hardware , software , computer - readable instructions , or other components to enable control the air flow . for example , the control system 600 may include memory of a programmable type in which nonvolatile storage can be electrically erased and reprogrammed . as discussed , the inventive aspects may be practiced for a manual toothbrush or a powered toothbrush with moving tooth cleaning elements . while the various features of the toothbrush 100 work together to achieve the advantages previously described , it is recognized that individual features and sub - combinations of these features can be used to obtain some of the aforementioned advantages without the necessity to adopt all of these features . while the invention has been described with respect to specific examples including presently preferred modes of carrying out the invention , those skilled in the art will appreciate that there are numerous variations and permutations of the above described systems and techniques . thus , the spirit and scope of the invention should be construed broadly as set forth in the appended claims .
an oral care implement with an air flossing system cleans debris from the teeth of a user . the oral care implement may include an oral care region having cleaning elements for engaging oral tissue . a body is provided for gripping the implement . an air source is disposed in the body for proving pressurized air to an air outlet . the air outlet is disposed in the oral care region for injecting the pressurized air to clean debris from the oral tissue .