the following description provides specific details for a thorough understanding of , and enabling description for , various embodiments of the technology . one skilled in the art will understand that the technology may be practiced without many of these details . in some instances , well - known structures and functions have not been shown or described in detail to avoid unnecessarily obscuring the description of the embodiments of the technology . it is intended that the terminology used in the description presented below be interpreted in its broadest reasonable manner , even though it is being used in conjunction with a detailed description of certain embodiments of the technology . although certain terms may be emphasized below , any terminology intended to be interpreted in any restricted manner will be overtly and specifically defined as such in this detailed description section . example embodiments of the present invention includes one or more containers , each with an associated visual display device and an activation mechanism . example containers include a mug or cup for hot / cold / room - temperature beverages , a vase , a planter / pot , a medicine container , a jar , a bottle , a carafe , a vessel suitable for holding disposable cup inserts , or any other container . example display devices include a flat lcd panel , a curved lcd panel , electronic paper , e - ink , a led display , an oled display , or any other electronic display device . example activation mechanisms include devices sensitive to weight , temperature , motion , pressure , nfc signals , rfid signals , light , moisture , sound , contact , devices that measure the passage of time , or any other type of activation mechanism . example embodiments of the present invention include a deactivation mechanism responsive to the same or different sensitivity of the activation mechanism . for example , the device is activated based on the presence of a hot liquid , and then deactivated once the liquid cools to a certain temperature . alternatively , the device remains on and / or activated despite cooling , and , e . g ., deactivate based on the elapsing of time . in an example embodiment , a container is configured to receive a second container ( e . g ., a disposable insert ). the insert can be a paper cup , polystyrene cup , cardboard cup , and / or a disposable insert of any kind . alternatively , the insert is not disposable , but configured as a reusable and / or removable insert . in an embodiment , an activation device and visual display device configured to respond to properties of the insert or the contents of the insert are provided . for example , the activation device is chosen to be sensitive to the level of a liquid contained in the insert , and sections of the visual display device activate in correspondence with the level of the liquid . in an embodiment , the activation device is sensitive to the temperature of a liquid contained in the insert , and sections of the visual display device activate when a liquid of a particular temperature or of a specific temperature range is detected . an example embodiment of the present invention is configured to display an image , video , or any other visual content ( e . g ., animated . gif ) upon activation . in an embodiment , the visual content is selected by the user from a repository of content stored locally or remotely . in an embodiment , the example embodiment is configured to select the content ( e . g ., randomly ) for display . the content is stored locally in a memory device . the memory device is a ram , eprom , a hard disk drive , a solid state memory device , and or any other suitable memory device . for example , the memory device stores data received through a data transfer device such as a memory card , a usb device , a bluetooth ™ device , a wireless network card , a device capable of interfacing with a wireless communications network , and / or any other communications device . for example , a user stores a picture of the user &# 39 ; s children in a memory device , and that picture is then transmitted to and displayed by an lcd panel when a temperature sensor detects a liquid above a certain temperature ( e . g ., seventy degrees fahrenheit ) within the container or removable insert ( e . g ., a paper cup ) held by the container . in an embodiment of the present invention , a device for producing audio is associated with the display vessel of the present invention . in an embodiment , the device is responsive to the activation mechanism , to instructions stored in a memory , and / or any other signal . for example , the activation mechanism is triggered by a sound pre - selected by the user . in an embodiment , this sound is stored in a memory , e . g ., a solid state memory device , accessed through a communications device , or obtained by any other means . in an embodiment , one or more input devices are used . these devices , for example , include at least one of : touch sensitive panel , pressure sensitive panel , conventional button , a remote controller , and any other input device . for example , the container includes conventional buttons functioning so that a user can enter the name of the beverage , user , and / or anything else desired , in the container , causing such to be displayed on the visual display device of the container . for example , a bar manager transmits text from a device ( e . g ., a handheld telecommunications device , internet account , personal computer , etc .) to pre - load beer mugs each having a display screen to display information about the various beers on - tap . then , when a beverage is dispensed , the bartender can bring up that specific beverage in the system , allowing the consumer to view , read , and otherwise receive information about the beverage ( e . g ., nutritional information , history of the beverage or brewery , brewing process , etc .). for example , beverage information is stored on a memory device internal and / or external to the container . in an embodiment , a container allows for selection of image ( s ) and other material using available input device . in an embodiment , the container contents are determined by a sensor , and may utilize near field communication to identify the beverage ( e . g ., the container is physically “ tapped ” so that the system registers a specific beverage ). fig1 a illustrates an example embodiment of a container with an associated display device . the example embodiment of fig1 a is a beverage cup ( e . g ., a coffee mug ). the container 110 may hold liquids or any matter having volume . in an embodiment , the container 110 has an associated insert piece 180 . the insert piece may be a disposable cup , or a reusable insert ( e . g ., to facilitate cleaning the device ). the container 110 includes a visual display device 130 and user input devices 170 . in an embodiment , the container 110 includes a speaker 160 or other audio producing device . the audio producing device may play music or produce alerts as determined by the transmissions made to the container . it should be appreciated that the configuration of devices in fig1 a and other embodiments described herein is an example of the outlay of components in an example embodiment of the present invention . the system may include additional components or fewer components as described above , and these components can be arranged in any suitable configuration . example embodiments include one or more wireless communication devices ( e . g ., bluetooth ™). such device ( s ) interface with the remote audio and / or visual device ( e . g ., a video - camera ), allowing images obtained from such sources to be displayed on the visual display device of a container . in an embodiment , the system includes a speaker which produces audio received from such a device . for example , a bluetooth ™ device interfaces with a baby monitor . audio and / or video obtained from the baby monitor is then transmitted in realtime to the container , which may then produce the audio and / or video via a speaker and / or visual display device associated with the container . in the example system , the activation mechanism is configured to be sensitive to certain signals from the baby monitor or other stimulus . in an embodiment , a coffee mug provides a suitable monitor of a sleeping child in another room . in an embodiment , a container displays streaming video from a television signal . in an embodiment , news , weather , stock quotes , traffic reports , and / or any other information wirelessly transmitted from a source to the container are displayed . another example embodiment of the present invention includes a container adapted to contain one or more plants or the root systems of one or more plants ( e . g ., a potted plant in soil ). the visual display is attached to the container and has an activation mechanism that responds to the moisture level in the pot ( e . g ., in the soil contained in the pot ). for example , the display is active while there is adequate water in the container , but deactivated when it is time to water the contained plant . in an embodiment , the image display sequence runs according to user input , and a special warning image is activated to inform the user of the need to add water to the contained plant . in an embodiment , the activation mechanism is sensitive to an upper limit of liquid ( e . g ., water ) present in the container . for example , the activation mechanism displays a different image to let the user know that an adequate level of water has been added ( or moisture present ) to the container ( e . g ., soil / plant ). in an embodiment , the display shows a meter or other presentation of a metric related to the liquid / moisture level . in an embodiment , the display shows information about the plant inside the container ( e . g ., care instructions , interesting facts , etc .). other embodiments of a container with associated visual display are possible . fig1 b illustrates another example embodiment of the present invention . here , the flexible display device 140 is shown as a rectangular object . however , the flexible display device 140 can be a different shape . the flexible display device 140 is attached to a host object of any shape ( e . g ., 114 or 116 ). for example , fig1 b shows the flexible display device 140 curving into a cylindrical shape . the flexible display object 140 can attach directly to the host object . alternatively , the flexible display object 140 interlocks only with itself and attach to the host object by way of the tension or friction created by a proper fit over the object . the flexible display device 140 may have one or more connectors 150 a , and one or more reciprocal connectors 150 b . or , as mentioned , the reciprocal connectors may be on the actual host object . the connectors 150 can be any connector , such as buttons , snaps , hook - and - loop fasteners , hooks , clasps , magnets , strings , etc . fig1 b shows the flexible display device 140 interlocked with itself via connectors 150 a and 150 b and attached to host object 114 . the flexible display device 140 can be attached to any shape display device ( e . g ., host device 116 ). in an embodiment , the flexible display device 140 is controlled remotely ( e . g ., by an infrared remote or cell phone ). in an embodiment , the flexible display device 140 has soft keys ( e . g ., touch - screen buttons ) built into the flexible display device 140 . in an embodiment , flexible display device 140 has an activation device , such as via a soft key and / or sensor , e . g ., a heat sensor , light sensor , pressure sensor , connection sensor , etc . this way , the flexible display device 140 activates , for example , based on the warmth of the host device ( e . g ., a person or coffee mug ), based on pressure ( e . g ., the tightening of being attached to the host device ), and / or based on the connectors 150 a being connected to reciprocal connectors 150 b . other activation mechanisms are possible , e . g ., as discussed herein with respect to other example embodiments . fig2 illustrates a functional block diagram representing an example embodiment of the present invention . block 210 illustrates a container ( e . g ., a cup , a pot , a basket , a compressed gas canister , a pitcher , etc .). the container 210 has a visual display device 230 attached , connected , or otherwise associated with container 210 . in an embodiment , the container has one or more substantially flat surfaces ( e . g ., 510 , 520 , or 530 ), may be substantially round with a flat visual display device 230 ( e . g ., 540 ), and / or may have a visual display device 230 with a shape that is substantially not flat ( e . g ., 550 ). curved or otherwise shaped display screens are generally known in the art as e - ink , electronic paper , or similar , and may be used . other available visual display device technology may be used in a specific implementation of an embodiment of the present invention . the visual display device 230 may cover the whole container 210 or a portion of the container 210 . the visual display device 230 is associated with a processor 235 ( e . g ., one or more microprocessors ). the processor 235 facilitates the various functions of the visual display device system that is attached to the container 210 . the processor 235 communicates with an activation mechanism 220 . in an example embodiment , the activation mechanism 220 is attached or otherwise associated to the container 210 . in alternative example embodiments , the activation mechanism 220 is not physically attached to the container 220 . one example activation mechanism 220 is a user input button ( e . g ., 170 ). in an embodiment , the activation mechanism 220 is a pressure sensor connected to the bottom of container 210 which activates responsive to added weight ( e . g ., pouring coffee into a mug or filling a compressed gas canister ). in an embodiment , the activation mechanism 220 is connected to the container 210 in such a way as to measure changes in temperature . the activation mechanism 220 is responsive to hot and / or cold items ( e . g ., liquid ) being placed inside the container 210 . for example , activation mechanism 220 is responsive to any number of other things as well , e . g ., the passage of time , light , touch , moisture density , liquid level , voice activation , touch screen activation , remote activation , etc . in an embodiment , activation mechanism 220 acts as the deactivation mechanism for the example system . the example system may have more than one activation mechanisms 220 , and / or more than one deactivation mechanisms . in an embodiment , a hot liquid causes a temperature based activation mechanism to activate the visual display device 230 . in an embodiment , the same activation mechanism 220 deactivates the visual display device upon the liquid cooling beyond some configurable threshold . in an embodiment , a second mechanism responsive to the passage of time keeps the visual display device active for at least some configurable amount of time . in an embodiment , activation and deactivation is a binary function of one or more activation and / or deactivation mechanisms . for example , after heat based activation , deactivation occurs after 10 minutes and 10 degrees of cooling . alternatively , deactivation may be set to occur after 10 minutes or 10 degrees of cooling . in an embodiment , processor 235 is connected to memory 225 . memory 225 can include one or more rams , roms , disks , solid state memory devices , or any other memory device capable of storing digital information . in an embodiment , in addition to facilitating the memory needs of the example system ( e . g ., memory storage for cache faults of the processor 235 ), memory 225 also stores visual content to be displayed on the visual display device 230 . the example system may have a speaker 260 ( e . g ., 160 ) capable of playing audio . in an embodiment , memory 225 stores data corresponding to audio ( e . g ., an mpeg - 1 audio layer 3 (“ mp3 ”) or other audio format ). memory 225 can store images , video , audio , graphics , games , an operating system , etc . memory 225 can also act as a buffer for streaming data , ( e . g ., streaming video ). the example system may also have a user input device 270 ( e . g ., 170 ) that performs the same function , additional functions , and / or totally different functions as activation mechanism 220 . for example , user input device 270 allows a user to select what images to display , to delete images , reorder images , transmit images , make selections ( e . g ., moves in a game ), etc . in an embodiment , user input device 270 is a wireless signal receiver ( e . g ., infrared ( ir ) signals ), which allows the example system to be controlled by a remote ( e . g ., an ir transition device ). other remotes are possible , such as a wireless ( e . g ., bluetooth ™, cdma , gsm , or any other wireless protocol ) connection with a cellular device . in an example embodiment , a user is able to control the example system remotely , e . g ., from his or her cellphone or other wireless handheld device or any other device ( e . g ., desk computer , internet storage , internet service provider ). an example system includes a data transfer device 250 . this device can be a port for a wired connection , or a wireless connection device ( e . g ., bluetooth ™, wi - fi , etc .). the data transfer device 250 sends and receives data responsive to any number of things . for example , data transfers are responsive to user input indicating a desire to transfer data . for example , data transfers are responsive to a remote device interfacing with the example system . for example , data transfers are responsive to the example system coming within a specific proximity or connected to an external device ( e . g ., a device synchronization or other automatic data transfer ). in an example embodiment , the example system transfers data responsive to coming in physical contact with another example system or other device configured to interface with the example system . though the transfer described is responsive to physical contact , the actual transfer may be performed either wirelessly or through a physical medium ( e . g ., a wire or the physical connection made by the physical contact ). in an embodiment , the data to be transferred includes all data , user selected data , some other subset of data , and / or the visual data currently displayed on at least one of the devices . an example embodiment is two coffee mugs with attached visual display devices 230 . a first person , holding the first coffee mug , loads a picture of someone or something ( e . g ., a child , sibling , pet , vacation destination , recent date , game , calendar , etc .). the two people then simply tap their mugs together , which causes the visual content on the first mug to transfer to the second mug ( e . g ., for the second person to view ). in an embodiment , any displayed visual content on the second mug is transferred automatically to the first mug . other configurations or user selected options may cause the transfer of more content . further , other transfer activation mechanisms can be used in addition to or as alternatives to the physical contact of two devices . fig3 illustrates an example method and / or system for how an example system can function . at 320 , the example procedure waits to receive data from a data source 310 . at 330 , the example procedure stores the data to a local memory ( e . g ., 225 ). next , at 340 , the example procedure waits for an activation mechanism to be triggered . upon activation , at 350 , the example procedure displays an image or any other visual content comprising the received data . at 360 , the example procedure continues to display the visual content at 350 until a deactivation mechanism is triggered . once the deactivation mechanism is triggered , at 370 , the example procedure ends the display of the visual content and returns to waiting for activation again at 340 . this is an illustrative example shown in a consecutive order . an example embodiment can include constantly checking for incoming data , activation mechanisms , deactivation mechanisms , and / or other user system functions . fig4 illustrates an example method and / or system of how two example systems can function together . each consecutive line of fig4 represents an example procedure running on an example system . at 410 , the example procedure loads data from device memory 425 a . for example , a user with a coffee cup embodiment of the present invention loads a picture of a recent vacation . in an embodiment , a second user has a coffee cup embodiment of the present invention , or some other device configured to interact with the first example embodiment . the second device is in an idle state at 415 . the devices wait for a data exchange trigger at 420 a and 420 b . upon activation of the data exchange trigger 425 , the two devices advance to a data exchange step 430 a and 430 b . this is , for example , activating some data transfer feature via button , physical contact of the two devices , or any other input command configured to begin a data transfer . in this example embodiment , the example procedures are configured to each exchange data with each other , i . e ., 435 a and 435 b . in an embodiment , a one way transfer of data is involved . at 440 , since the second example procedure did not have data loaded for exchange , the first example procedure enters an idle state . other example embodiments may continue to display the exchanged data , original data , or some other data . at 445 , the second example procedure stores the received data 435 a in the device memory 425 b of the second example system . this can be temporary cache , ram , etc ., or can be more stable solid state , disk , eprom , etc . the second example procedure then displays the stored data , at 450 . at 460 , the example procedure continues to display the data until a deactivation mechanism is triggered , and then returns to an idle state 415 . example illustrations of image display have been given . however , it should be appreciated that the data transfer mechanisms may be capable of transferring or may transfer other forms of data , such as game play data to facilitate a multiplayer game experience using example systems and procedures . the disclosed methods and procedures described herein can be implemented using one or more computer programs or components . these components may be provided as a series of computer instructions on any conventional computer - readable medium , including ram , rom , flash memory , magnetic or optical disks , optical memory , or other storage media . the instructions may be configured to be executed by a processor which , when executing the series of computer instructions , performs or facilitates the performance of all or part of the disclosed methods and procedures . it should be understood that there exist implementations of other variations and modifications of the invention and its various aspects , as may be readily apparent to those of ordinary skill in the art , and that the invention is not limited by specific embodiments described herein . features and embodiments described above may be combined . it is therefore contemplated to cover any and all modifications , variations , combinations or equivalents that fall within the scope of the basic underlying features disclosed and claimed herein .
a system and method provide an interactive display screen which may be fitted or associated with a container or vessel . in an embodiment , the display screen is wrapped around or configured to surround entirely or partially a host object . in a further embodiment , the display screen is activated by a received signal from a sensor associated with the display screen , a remote activation signal , or a simple press of an activation button by a user . in an embodiment , the display screen is configured to exhibit media such as email , text message , photo and / or video received from a mobile device and / or other locations .