referring more specifically to the drawings , for illustrative purposes the present invention is embodied in the apparatus generally shown in fig1 through fig1 . it will be appreciated that the apparatus may vary as to configuration and as to details of the parts , and that the method may vary as to the specific steps and sequence , without departing from the basic concepts as disclosed herein . fig1 through fig6 illustrate an embodiment of a vertical compression tea bag press and container assembly according to the present invention . fig1 illustrates the tea bag press and container assembly 10 with container base 20 and lid 30 . lid 30 is preferably configured with an integral press element which protrudes from the underside to engage a tea bag retained on a support positioned above the bottom of the container . fig2 is an exploded view of the tea bag press and container assembly 10 shown with container base 20 and lid 30 . a tea bag 32 with string 34 and label 36 is shown in phantom to provide perspective and clarity . stringless tea bags are also accommodated in present tea bag press - container assembly 10 . container base 20 is defined by first and second side walls 42 , 44 , coupled to first and second end walls 46 , 48 which attach to container bottom 50 . a rim 52 is defined by the top of walls 42 , 44 , 46 , 48 . a pour spout 54 is preferably positioned in first end wall 46 , although any convenient type , shape , or position may be adopted for the pour spout without departing from the teachings of the present invention . to aid retention of a tea bag string 34 , rim 52 may optionally contain one or preferably a plurality of notches 56 . container base 20 is shown in a generally rectangular cross section configuration , although it will be appreciated that other shapes , such as any geometric shape suitable for holding a tea bag , ( i . e . oval , polygon and so forth ), may be generally adopted without departing from the teachings of the present invention . furthermore , the walls of the container may be adapted with differing forms and shapes , such as concave or convex wall configurations . container base 20 is preferably sized to accommodate commercially available individual tea bags and to comfortably fit the grasp of an individual . an optional liquid level indicator ( not shown ) may be disposed on the interior of container base 20 to indicate a safe amount of boiling water for brewing or re - brewing tea within the tea bag container . for example , a dry stringless tea bag may be placed in container 20 and filled to the level indicator with boiling water for brewing . lid 30 is defined by lid top 60 whose perimeter is preferably coupled to first and second side skirts 62 , 64 , and to first and second end skirts 66 , 68 . skirts 62 , 64 , 66 , 68 are configured to fit over container rim 52 . in another embodiment ( not shown ), lid top 60 is configured to adapt to rim 52 without lid skirts . it should be appreciated that lid top 60 may be coupled to the upper portion of the tea bag container using any convenient interfacing means , known to one of ordinary skill in the art , without departing from the teachings of the present invention . a lid handle 82 is preferably attached to lid top 60 to facilitate handling , pressing and pouring . in other configurations ( not shown ) lid 30 is formed without a protruding handle or is adapted with recesses , finger notches , or the like as known in the art , to facilitate convenient grasping of top 30 . in another mode of the invention ( not shown ), container base 20 may be configured with a handle to facilitate handling and pouring . pour spout opening 70 is shown in a preferred position within first end skirt 66 and has lid alignment lips 72 that correspond to the configuration of pour spout 54 , although it may be positioned extending from a corner or side of container 20 . in another embodiment ( not shown ), a sideward extending pour spout is omitted , and lid 30 is adapted with a fluid communication port , such as by incorporating at least one aperture through which tea liquid may be poured . for example a portion ( i . e . near a corner ) of top 30 may be removed or adapted with an aperture through which liquid may be poured . a press element 76 is preferably coupled beneath lid top 60 and adapted to fit within the space defined within walls 42 , 44 , 46 , and 48 of container 20 . less preferably a press may be utilized which is separate from lid 30 , or that separably joins to lid 30 . press element 76 has bottom press surface 78 that is configured to extend into container base 20 and press a tea bag 32 ( illustrated in fig5 ). bottom press surface 78 is shown in a preferred concave configuration to facilitate pressing a tea bag 32 without tearing or bursting , while other configurations may also be utilized , such as flat surface , convex , perforated , and so forth . press element 76 is shown with end wall 80 in a preferred recessed and concave configuration to facilitate fluid retention and pouring . although shown in a simple solid configuration , it should be appreciated that the press element may be implemented in a number of alternative forms without departing from the present invention , the following being provided by way of example . in another press embodiment , press element 76 may be configured as a porous element thereby displacing a less significant portion of the container volume ( reducing the chance of tea spillage when using the press ) while retaining the ability to compress the tea bag . the reduced displacement volume plunger may be configured as a stem and foot protrusion , a hollow plunger with a plurality of flow apertures , or similar embodiments wherein the press element is configured to compress the tea bag without displacing significant portions of the tea container volume . the press element may be optionally implemented as a compliant press element , wherein the force applied by the press is regulated and / or controlled separately from closing the container lid . for example , the lower portion of the press element may be coupled through a biasing member , such as a spring , to the lid . the force applied upon the tea bag , when pressing the lid onto the container , is thereby limited by the force generated by the biasing member . the compression supplied by the press may be controlled , such as by coupling a movable handle on the exterior of the lid to a moveable plunger , with or without a biasing member . in this case the user can advance the plunger to apply selected pressure to the wet tea bag from the underside of the plunger press element . fig3 depicts the underside of tea bag container base 20 , which illustrates a preferred embodiment of container bottom 50 having a recess 58 for stability and protection of manufacturers imprints ( not shown ). in another preferred embodiment short feet ( not shown ) may extend from container 20 , such as in an extension of the corner walls . reducing the contact area on the bottom of the container can enhance stability because a smaller portions of a support surface is required to be flat and free from obstructions . furthermore , the edges of the extended feet provide a means for stabilizing the container on the edge of a saucer or other non - planar and / or irregular surface . in other modes ( not shown ), the bottom of container 20 may be flat or adapted with clips , pads or slots to mate with a saucer or a saucer rim . in further modes ( not shown ), the bottom of container 20 may be adapted to mate with a tray or other serving apparatus . fig4 illustrates by way of example an interior of tea bag container base 20 having a preferred means for supporting a wet tea bag above the bottom of container 20 . one preferred support means is the use of a plurality of pedestals or raised bosses 90 on the interior side of container bottom 50 . these raised bosses are preferably formed as sufficiently smoothed and rounded surfaces , so as to prevent tearing when a wet tea bag is pressed against the raised bosses . a reservoir 92 is defined by container bottom 50 , walls 42 , 44 , 46 , 48 and the tops of raised bosses 90 . a wet tea bag supported on raised bosses 90 ( shown in fig5 ), will drain into reservoir 92 . in other modes ( not shown ), support for a tea bag may be provided by ridges , bumps or other raised formations extending from container bottom 50 . in further modes ( not shown ), support for a tea bag is a strainer , spacer or other supporting element positioned above container bottom 50 of container base 20 . although less preferable , the support means in other embodiments ( not shown ) can be bottom 50 with no formations , with slight indentations , or with grooves . referring again to the raised bosses shown in fig4 , a perforated platform ( not shown ) may be optionally retained ( preferably as a user insertable element ) over the raised protrusions extending up from container bottom 50 . by way of example , the perforated platform may comprise a section of porous material such as structural screen , a planar plastic section with a plurality of smooth edged perforations , or any convenient porous element capable of retaining the tea bag for drainage in separation from container bottom 50 . in some applications the use of a perforated platform can reduce vertical displacement stresses on the tea bag , aid in preventing portions of the tea bag from being pressed down into the liquid reservoir at the bottom of container 20 , and increase the relative volume of the reservoir at the bottom of the container prior to contact with tea bag from which excess liquid is being drained . fig5 is a tea bag container and press 10 shown with a wet tea bag upon compression of press 76 toward raised protrusions 90 . a wet tea bag 32 is shown , with optional tea bag string 34 and tea bag label 36 , supported on raised bosses 90 above the bottom interior of container 20 . lid 30 is placed over rim 52 of container base 20 with press 76 resting on tea bag 32 and in response to pressure applied to lid 30 , bottom press surface 78 has compressed tea bag 32 against raised bosses 90 draining liquid 94 from tea bag 32 which collects in reservoir 92 . the tea bag is shown with string 62 optionally resting in a notch 56 . it should be appreciated that additional hot water may be added to tea bag container 10 for generating additional tea essence from tea bag 32 , which can be added to a cup of tea . fig6 illustrates the tea bag container and press 10 shown in use for draining liquid from the tea bag after initially brewing a tea beverage . for tea bags with strings attached , after a tea bag has brewed , container base 20 is typically held above a teacup or tea pot , so the wet tea bag can be transferred by holding string 34 without dripping anywhere but into the tea cup , tea pot or into container base 20 . after the tea bag is placed in container base 20 , it can be concealed by placing lid 30 on container base 20 . pressing on lid 60 or lid handle 82 directs press element 76 to compress tea bag 32 against the porous support means provided by raised protrusions 90 . as a result of tea bag compression , tea essence liquid 94 collects in reservoir 92 below the tops of raised bosses 90 . fig6 also depicts handling of tea bag press - container assembly 10 for utilizing the tea essence liquid . after the tea bag is compressed inside container base 20 , tea bag container and press assembly 10 is tilted , such as by the hand 96 of an individual , so that tea essence liquid 94 pours from spout 54 and into tea cup 98 . by grasping container base 20 with thumb and middle fingers and pressing lid 30 or lid handle 82 with a forefinger , it is possible to press and pour in one operation . in one embodiment ( not shown ), tea bag container and press assembly 10 is configured to set securely on saucer 100 . typically , tea bag container 10 is adapted to set securely on horizontal surfaces 102 . boiling water can be added to container base 20 prior to pouring to brew tea concentrate or additional tea . the used tea bag ( wet or dry ) can be disposed of by inverting container base 10 over a proper disposal receptacle . the present invention also simplifies the use of stringless tea bags ( with no string or other elongated handling member attached ), wherein the user is not required to fish around in the tea cup using a spoon for retrieving the tea bag and then risk staining surfaces and clothing with dripping tea as the tea bag is removed from the cup . one method of utilizing the present invention with a stringless tea bag is to place a dry tea bag in container base 20 over raised bosses 90 . a small amount ( i . e . one ounce ) of hot water ( preferably boiling ) is poured over the tea bag . the tea is allowed to steep for a desired period of time , such as one to two minutes , thereby brewing a tea concentrate . the tea concentrate may be utilized in a number of ways , such as by pouring it into a cup with additional liquid ( hot or cold ) as desired . stronger tea or additional tea is produced by pressing on lid 30 and pouring tea essence into the cup . by utilizing the present invention , an individual does not need to handle the tea bag , even if it stringless , and need not risk staining their own clothing or nearby surfaces . container base 20 , lid 30 and press element 76 can be fabricated from a variety of hard or semi - hard materials suitable for food service including plastics , recycled plastic , silicone , hard rubber , glass , ceramic , porcelain , treated paper , wood and metal such as stainless steel and silver , or a combination thereof . materials that are inexpensive to manufacture and durable for handling and dishwashing are preferred , such as plastic , glass and ceramic . inexpensive materials suitable for a single use , such as treated paper , may also be utilized for producing disposable versions of the present invention . a material that provides insulation between fingers on the outside and hot water on the inside of the container is preferred . in another preferred embodiment , an insulator sleeve , such as corrugated paper , is positioned outside of the container to provide additional insulation . fig7 is an alternate embodiment of the tea bag container and vertical press assembly according to the present invention . the preferred means for supporting the tea bag in this embodiment comprises a porous platform 104 which is retained in separation over the bottom of container 20 . porous platform 104 may be retained at a desired separation above the bottom of container 20 , in a number of alternative ways . the use of a perforated platform was already described for being supported over raised protrusions 90 . in this figure the perforated platform ( or platform otherwise exhibiting liquid porosity ) is shown being retained in container 20 without the inclusion of raised protrusions 90 . by way of example , perforated platform 104 is fabricated , such as in a molding process , with smooth edged apertures 106 , shown as circular apertures with radiused top edges . another aperture 108 is shown provided through which tea essence liquid is drained from the reservoir at the bottom of container 20 toward the spout . support tabs 110 are shown extending from perforated platform 104 to maintain a desired separation from the bottom of container 20 . it should be appreciated that supports within the interior of container 20 may be additionally or alternatively provided for maintaining perforated platform 104 separate from the bottom of container 20 . by way of example , optional protruding ridges 112 are shown , which may be utilized as an alternative to support tabs 110 , or for implementing a volume changeable tea liquid reservoir . protruding ridges 112 may be implemented as separate sections as shown or as a circumferential protruding ring about the interior of container 20 . alternatively , the lower portion of container 20 may be thicker near the base providing a protruding step or the container shaped with a step providing a protrusion within the interior for supporting perforated platform 104 . it should be appreciated that perforated platform 104 may be supported peripherally from the walls of container 20 , vertically from supports extending upwardly from the bottom of container 20 , vertically from supports extending downward from perforated platform 104 , and supported by combinations thereof . in a further mode of this embodiment , perforated platform 104 is configured to be an optional support means and bottom 50 as a less preferred support means . this embodiment generally provides a predetermined amount of tea essence reservoir space within the container . it should also be appreciated that perforated platform 104 may be configured for providing a selectable reservoir volume . for example inserting perforated platform 104 into container 20 with a first side up to provide a first reservoir volume , or inserting platform 104 with a second side up to provide a second reservoir volume . the two reservoir sizes can be provided by configuring perforated platform 104 with different depth support tabs on either side , or utilizing tabs or a skirt on one side which engages protruding ridges 112 , tabs , or other supports on the interior of container 20 , or other mechanisms for adjusting the separation between the perforated platform 104 and the bottom of container 20 . an alternately shaped string notch 114 is also shown in the figure to allow squeezing tea from the tea bag string , such as to prevent dripping and staining , and a retention location which allows the string to move into container 20 as desired , such as in response to compression from press element 76 which compresses the tea bag and moves the top of the tea bag lower in container 20 . notch 114 is exemplified with a tapered central section leading to a generally circular terminating aperture . it should be readily appreciated from the examples provided herein , that although a tea string notch , or notches , are not required they may be incorporated in numerous alternative forms without departing from the teachings of the present invention . fig8 through fig1 illustrate an embodiment 130 of a side compression tea bag press and container according to the present invention . in fig8 and fig9 the upper opening in the inner and outer tea bag containers is visible . outer container 132 is shown defined by outer side walls 134 , 136 , outer end walls 138 , 140 and an outer bottom 142 . the top of outer walls 134 , 136 , 138 , 140 form outer rim 144 . a pour spout 146 is positioned in outer end wall 138 . inner container 148 has inner side walls 150 , 152 and inner end walls 154 , 156 , whose tops form inner rim 158 . inner container 148 has an inner bottom 160 that is higher than the interior of the bottom 142 . it should be appreciated that although inner bottom 160 is shown for simplicity as a substantially planar section , it may have a raised central section , such as a ridge , plateau or similar , for elevating the tea bag into a more compressible region of the inner container . in some cases raising the tea bag can increase the available compression that can be applied by the inner container on the portion of the tea bag which contains the bulk of the tea leaves . between outer walls and inner walls is defined an interstitial space 162 within outer container 132 and with outer bottom 154 further defining a reservoir trough 164 . apertures 166 fluidly connect inner container 148 with reservoir trough 164 . apertures 166 are shown located in the lower portions of inner side walls 150 , 152 but can be positioned in other configurations to accomplish the fluid connection between inner container 148 and reservoir trough 164 . the inner porous container within this sideward compression press embodiment is configured to be volumetrically compliant for applying compression forces on a retained tea bag for draining liquid tea essence through the inner porous container into the outer container , or interstitial space between inner and outer container , for being poured therefrom , such as into a tea cup . in a preferred embodiment , flexible tea bag press - container 130 has a recess 168 ( fig9 ) in outer bottom 142 for stability and protection of manufacturers imprints . fig1 illustrates the flexible tea bag press - container 130 in use for draining a tea bag retained within inner container 150 being squeezed by an individual 96 along outer side walls 134 , 136 . inner side walls 150 , 152 are correspondingly compressed , thereby squeezing the tea bag in inner container 148 to drain liquid tea essence 94 into reservoir trough 164 through apertures 166 . by way of example , liquid tea essence 94 is shown being poured into cup 98 through spout 146 by tilting flexible tea bag press - container 130 during or after squeezing . it should be appreciated that a small amount of boiling water can be poured into inner container 148 to brew or re - brew tea before pouring . tea essence can then be extracted by squeezing and pouring , such as into cup 98 . referring again to the figure , the bottom of flexible tea bag press - container 130 is preferably adapted to set securely on a substantially horizontal surface 102 . alternatively , flexible tea bag press - container 130 may be configured to set securely , or be secured , on saucer 100 , or other surface . when it is no longer desirable to brew additional tea with a given tea bag , the tea bag may be removed from tea bag press - container by inverting flexible tea bag press - container 130 over a proper disposal receptacle . within any of the embodiments described herein , one or more liquid level indicators may be disposed on inner container 148 , such as for indicating the safe or desired amount of hot ( boiling ) water to add for brewing tea essence . the material selected for tea bag press - container 130 is preferably a sufficiently flexible material to allow proper compression of a wet tea bag . the material should also have shape memory properties , wherein it returns to its original shape after compression , such as to a rectangular shape for the present example embodiment . although the two - walled configuration with a container - inside - a - container provides additional insulation from a hot tea bag , it is preferable that the material be capable of safe handling and insulating fingers from boiling water . flexible materials that exhibit sufficient thermal absorption capacity so that a user will not be burned or injured squeezing a teabag removed from boiling water and placed in the container are preferred . materials such as santoprene ™ and fda approved silicones that are rated from 450 ° f . to 500 ° f . are well suited for this application . it is desirable to utilize a material that does not alter the taste of the tea . in a preferred embodiment , an insulating material , such as corrugated paper is placed on the outside of the flexible container for additional insulation . flexible materials such as plastics , recycled plastic , rubber , silicone , plasticized paper , treated paper or other flexible food - grade material suitable for holding liquids , may be utilized alone or in combinations thereof . a food - grade flexible material that can be manufactured at a low cost is desired . a sufficiently inexpensive version is particularly well - suited for use as a disposable tea bag press - container , such as can be utilized once ( or for very limited number of use cycles ) and thereafter discarded . although depicted in a double container embodiment , the sideward compression tea bag press and container of the present invention may be embodied in numerous alternative ways without departing from the teachings of the present invention , the following being provided by way of example . in another embodiment ( not shown ), flexible tea bag press - container 130 may have ribs , struts , or braces in the interstitial space to maintain interstitial spacing during the squeezing process for improved fluid retention or squeezing efficacy . in still another embodiment ( not shown ), flexible tea bag press - container may be configured with ribs , struts , braces , plates or other elements in the inner container for improved fluid retention or to improve squeezing efficacy . in a further embodiment , one or more additional walls or plates are added in interstitial space 162 . still further embodiments may be implemented wherein the compression applied to the wet tea bag as provided by the inner container of fig8 through fig1 , is alternatively achieved by articulating one or more elements interior of the outer container , such as portions of the inner container . in a first example , the inner container may be replaced with two halves ( i . e . substantially planar ) extending up from a raised platform over the container bottom . the tea bag is inserted between the two halves , which are brought toward one another ( i . e . forming a narrow base triangle upon closing the top of the halves ), wherein tea essence is drained through the ends of the tea bag as well as preferably through drain apertures located along the lower portions of the two planar halves . by extending the planar halves above the rim of the outer container , the uppermost portions of the planar halves ( or handles thereon ) may be grasped and compressed without the need to flex the outer container , wherein the entire sideward press - container apparatus may be fabricated from a less compliant solid material , such as thermally formed plastic . furthermore , in a second example , a single planar section may be hinged to a platform extending from a raised side of the outer container , wherein the tea bag is compressed between the planar half and the interior of the outer wall to drain the tea essence liquid into the outer container for use . in view of these alternative embodiments and the discussion presented herein , it should be appreciated that a number of alternatives and variations may be implemented without departing from the teachings of the present invention . fig1 and fig1 illustrate perspective views of a single wall embodiment of a side compression tea bag press 200 used in a manner previously described in fig8 through fig1 and in accordance with the present invention . tea bag press 200 is preferably made from a compliant material that exhibit sufficient thermal absorption capacity so that a user will not be burned or injured squeezing a teabag removed from boiling water and placed in the container are preferred . materials such as santoprene ™ and fda approved silicones that are rated from 450 ° f . to 500 ° f . are well suited for this application . additionally , plastics , recycled plastic , rubber , silicone , plasticized paper , treated paper or other flexible food - grade material suitable for holding liquids may be used . in fig1 , tea bag container 202 has continuous vertical walls designated as an end wall 204 , a first side wall 206 , a second side wall 208 and a spout wall 210 . container 202 has a base 214 coupled to walls 204 , 206 , 208 and 210 with a perimeter that extends out past the junction of the aforementioned walls . base 214 is configured concave or flat on the bottom surface to support container 202 in an upright position when set on a table or saucer . container 202 also has a continuous top rim 216 that generally defines an oval shape above walls 204 , 206 and 208 with a pour spout 218 formed on the top of spout wall 210 . bottom surface 220 of container 202 is coupled to walls 204 , 206 , 208 and 210 and is generally planar and parallel to base 214 . in this illustration , bottom surface 220 has an elongated shape but can be oval , concave or rectangular . a plurality of ribs or ridges 222 are positioned vertically on the inside of first wall 206 ( not shown for clarity ) and second wall 208 and extend to bottom surface 220 . ribs 222 provide vertical rigidity for container 202 , support for a wet teabag and squeezing efficacy . a plurality of raised bosses or structures 224 are preferably positioned on bottom 220 as a means to support and elevate a tea bag and facilitate pouring fluid . less preferable as a support means ( not shown ) are no raised bosses , indentations or grooves in bottom 220 . an optional indentation region 230 , to improve gripping with a thumb or forefinger , is positioned at the bottom exterior of first side wall 206 . a matching indentation 232 , shown in phantom , is positioned at the bottom exterior of second wall 208 . fig1 illustrates a perspective view of the tea bag press 200 shown in fig1 in a configuration for receiving a tea bag . end wall 204 and spout wall 210 are held between thumb and forefinger of individual 96 . lightly squeezing end wall 204 and spout wall 210 together deforms top rim 216 into a more circular cross section and provides a larger opening in top rim 216 in which to insert tea bag 32 into container 202 . in some instances , a tea bag will swing or spin when raised by the string making it difficult to insert through a rectangular or elongated opening . the more circular cross section of the opening makes insertion of a swinging or spinning tea bag easier . the more circular cross section also aids insertion of the tea bag for individuals with deficiencies in eye - hand coordination . after tea bag 32 is inserted and walls 204 , 210 are released , container 202 returns to its elongated shape . the thumb and forefinger of individual 96 can be positioned on the indentations 230 , 232 on side walls 206 , 208 and tea bag 32 can be squeezed between first and second walls 206 , 208 in a manner previously described in fig9 and fig1 to extract tea essence . although the description above contains many details , these should not be construed as limiting the scope of the invention but as merely providing illustrations of some of the presently preferred embodiments of this invention . therefore , it will be appreciated that the scope of the present invention fully encompasses other embodiments which may become obvious to those skilled in the art , and that the scope of the present invention is accordingly to be limited by nothing other than the appended claims , in which reference to an element in the singular is not intended to mean “ one and only one ” unless explicitly so stated , but rather “ one or more .” all structural , chemical , and functional equivalents to the elements of the above - described preferred embodiment that are known to those of ordinary skill in the art are expressly incorporated herein by reference and are intended to be encompassed by the present claims . moreover , it is not necessary for a device or method to address each and every problem sought to be solved by the present invention , for it to be encompassed by the present claims . furthermore , no element , component , or method step in the present disclosure is intended to be dedicated to the public regardless of whether the element , component , or method step is explicitly recited in the claims . no claim element herein is to be construed under the provisions of 35 u . s . c . 112 , sixth paragraph , unless the element is expressly recited using the phrase “ means for .”
a tea bag press and container assembly configured for receiving a tea bag during or after brewing , which conceals the wet tea bag , collects dripping liquid , and extracts tea liquid essence by efficiently compressing the wet tea bag vertically or sidewardly . in a vertical compression embodiment , a lid has an integral press element that compresses the tea bag against a tea bag support means in the bottom of the container upon applying pressure to the lid . in a sideward compression embodiment , a flexible container retains the tea bag during sideward compression , such as between the thumb and fingers , for releasing tea liquid from the bag . the tea bag press - container assembly is designed to reduce staining and mess on saucers , tables and fabric caused by a dripping tea bag and provides efficient extraction and pouring of tea liquid into an existing beverage , or the brewing of an additional beverage .