Diversionary therapy apparatus and methods and interactive devices
View Patent ↗A diversionary therapy apparatus ( 100 ) provides a tangible intuitive and immersive interaction device for a patient so as to distract the patient from a treatment. It includes a handheld tablet device ( 110 ) having motion sensors and a screen ( 112 ) for showing digital content relating to a three-dimensional environment. A controller determines movement of the tablet device ( 110 ) and displays content on the screen ( 112 ) based on this movement so that the patient can interact with the three-dimensional environment displayed on the screen through physical manipulation of the device ( 110 ). Various other interactive features are also disclosed, including interchangeable selector elements, e.g. figurines ( 114 ), that may be mounted on the device ( 110 ) to allow selection of content and action, a camera, biometric sensors, a touchscreen, a domed rear surface to allow the device to rock on a surface and a profiled screen wall ( 124 ). Handgrips ( 122 ) may be provided skew to the horizontal to encourage immediate rotation of the device ( 110 ). Various other applications of the device are discussed, as is motion sensing based on a camera imaging a pattern on a marker element, e.g. on a figurine ( 114 ).
1. A method of providing diversionary therapy to a patient during a treatment using a device having a display screen which displays digital content relating to a three-dimensional environment, the method including the steps of:
monitoring movement of the device produced by the patient; and
altering the digital content displayed on the screen based on the monitored movement of the device,
wherein the patient is able to interact with the three-dimensional environment by moving the device, the interaction providing a distraction to the patient from the treatment; and
wherein the device has a pair of opposed handgrips on the housing which are oriented along an axis skew to an axis dividing upper and lower regions of the display screen whereby said skew orientation of the handgrips prompts the patient to immediately rotate the device thereby causing movement which alters the digital content.
2. The method of claim 1 , wherein the device includes a set of selector elements that are interchangeably mountable on the device to make selections, the method including the step of:
altering the digital content displayed on the screen based on selections made by the patient using the selector elements.
3. The method of claim 1 , wherein the device includes a touch screen, the method including the step of:
altering the digital content displayed on the screen in response to the patient touching the touch screen.
4. The method according to claim 1 , wherein the device includes one or more output devices, each output device being a vibrational element or a sound generator, the method including the step of:
providing an output from the one or more output devices in accordance with patient interaction.
5. The method of claim 1 , wherein the device has a link for communication between the device and an external device, the method including one or both of the steps of:
receiving digital content and processing other functionality from the external device.
6. The method of claim 1 , wherein the device includes a physiological sensor, the method including the steps of:
receiving a monitored condition of the patient from the physiological sensor; and
using the monitored condition to provide a patient-device interaction.
7. The method of claim 1 , wherein the device is a tablet device.
8. The method of claim 1 , wherein the device is a head mountable device.
9. A diversionary therapy apparatus including:
a tablet device configured to be held and moved by a patient during a treatment; and
a set of interchangeable physical selector elements for mounting on the tablet device;
the tablet device having a housing in which are mounted: a display screen for displaying digital content;
a motion sensor for sensing movement of the tablet device; and
a controller for determining movement of the tablet device through the motion sensor and for displaying digital content on the screen in accordance with the tablet device movement, the digital content defining a three-dimensional environment, the controller allowing the patient to interact with the three-dimensional environment by movement of the tablet device;
the controller further determining which selector element is mounted on the tablet device, and altering the digital content according to the determination;
wherein the device further includes a pair of opposing handgrips on the housing which are oriented along an axis skew to an axis dividing the upper and lower regions of the display screen, and wherein said skew orientation of the handgrips prompts the patient to immediately rotate the device thereby causing movement which alters the digital content.
10. The apparatus of claim 9 , wherein the housing is waterproof.
11. The apparatus of claim 9 , wherein the tablet device includes a domed portion on a rear surface of the tablet device for supporting the tablet device during movement.
12. The apparatus of claim 9 wherein the tablet device includes at least one of a touch screen, a sound sensor, a sound generator, a vibrational motor and a physiological sensor.
13. A method of providing diversionary therapy, the method including the step of:
providing a patient with apparatus as claimed in claim 9 ; and
allowing the patient to operate the apparatus during a treatment.
14. A tablet device forming part of a diversionary therapy apparatus and intended for use with a set of interchangeable physical selector elements for mounting on the tablet device; the tablet device having a housing in which are mounted:
a display screen for displaying digital content;
a motion sensor for sensing movement of the tablet device; and
a controller for determining movement of the tablet device through the motion sensor and for displaying digital content on the screen in accordance with the tablet device movement, the digital content defining a three-dimensional environment, the controller allowing the patient to interact with the three-dimensional environment by movement of the tablet device;
the controller further determining which selector element is mounted on the tablet device, and altering the digital content according to the determination,
wherein the tablet device further includes a pair of opposing handgrips on the housing which are oriented along an axis skew to an axis dividing the upper and lower regions of the display screen, and wherein said skew orientation of the handgrips prompts the patient to immediately rotate the device thereby causing movement which alters the digital content.
15. A diversionary therapy apparatus including a tablet device configured to be held and moved by a patient during a treatment, the tablet device having a housing in which are mounted:
a display screen for displaying digital content;
a motion sensor for sensing movement of the tablet device;
a controller for determining movement of the tablet device through the motion sensor and for displaying digital content on the screen in accordance with the tablet device movement, the digital content defining a three-dimensional environment, the controller allowing the patient to interact with the three-dimensional environment by movement of the tablet device, the controller further determining which selector element is mounted on the tablet device, and altering the digital content according to the determination; and
a pair of opposing handgrips on the housing which are oriented along an axis skew to an axis dividing the upper and lower regions of the display screen, and wherein said skew orientation of the hand grips prompts the patient to immediately rotate the device thereby causing movement which alters the digital content.
16. A diversionary therapy apparatus including a tablet device configured to be held and moved by a patient during a treatment, the tablet device having:
a housing in which are mounted:
a display screen for displaying digital content;
a motion sensor for sensing movement of the tablet device; and
a controller for determining movement of the tablet device through the motion sensor and for displaying digital content on the screen in accordance with the tablet device movement, the digital content defining a three-dimensional environment, the controller allowing the patient to interact with the three-dimensional environment by movement of the tablet device, the controller further determining which selector element is mounted on the tablet device, and altering the digital content according to the determination; and
a pair of handgrips on the housing, the handgrips being provided along an axis skew to an axis dividing upper and lower regions of the display screen.