Motion recognition clothing (TM) with two different sets of tubes spanning a body joint
View Patent ↗This invention can be embodied in smart clothing for recognizing full-body human motion based on the pressure levels of a flowable substance within two different sets of flexible tubes or channels which are integrated into clothing (or a wearable accessory) and which span the same body joint. This technology can be used to create a wearable, mobile, reasonably-priced, and relatively-unobtrusive full-body motion-capture system which can be used in diverse environments. Compared to camera-based motion capture systems, this invention can be mobile and does not suffer from optical occlusion.
1. A wearable device for recognizing human motion comprising:
an article of clothing or wearable accessory that is configured to span at least a portion of at least one body joint;
at least one pressure sensor;
at least one flowable substance;
a first set of one or more tubes or channels, wherein this first set is attached to or integrated into the article of clothing or wearable accessory, wherein this first set spans at least a portion of at least one body joint, wherein this first set contains a flowable substance, and wherein the pressure levels of the flowable substance in this first set are measured by at least one pressure sensor;
a second set of one or more tubes or channels, wherein this second set is attached to or integrated into the article of clothing or wearable accessory, wherein this second set spans at least a portion of at least one body joint that is spanned by the first set, wherein this second set contains a flowable substance, wherein the pressure levels of the flowable substance in this second set are measured by at least one pressure sensor, wherein one or more design characteristics are different for the second set than for the first set, and wherein the first set and the second set differ with respect to the cross-sectional shape of tubes or channels in a set; and
a data transmitter that receives pressure information from at least one pressure sensor and transmits this information and/or a data processor that receives pressure information from at least one pressure sensor, wherein this pressure information is used to estimate at least one angle of at least one body joint and/or to model the movement of at least one body joint, and wherein using pressure information from the first set and from the second set enables more accurate estimation of at least one angle of a body joint and/or more accurate modeling of the movement of a body joint than using pressure information from either the first set alone or the second set alone.
2. A wearable device for recognizing human motion comprising:
an article of clothing or wearable accessory that is configured to span at least a portion of at least one body joint;
at least one pressure sensor;
at least one flowable substance;
a first set of one or more tubes or channels, wherein this first set is attached to or integrated into the article of clothing or wearable accessory, wherein this first set spans at least a portion of at least one body joint, wherein this first set contains a flowable substance, and wherein the pressure levels of the flowable substance in this first set are measured by at least one pressure sensor;
a second set of one or more tubes or channels, wherein this second set is attached to or integrated into the article of clothing or wearable accessory, wherein this second set spans at least a portion of at least one body joint that is spanned by the first set, wherein this second set contains a flowable substance, wherein the pressure levels of the flowable substance in this second set are measured by at least one pressure sensor, wherein one or more design characteristics are different for the second set than for the first set, and wherein the first set and the second set differ with respect to the cross sectional size of tubes or channels in a set; and
a data transmitter that receives pressure information from at least one pressure sensor and transmits this information and/or a data processor that receives pressure information from at least one pressure sensor, wherein this pressure information is used to estimate at least one angle of at least one body joint and/or to model the movement of at least one body joint, and wherein using pressure information from the first set and from the second set enables more accurate estimation of at least one angle of a body joint and/or more accurate modeling of the movement of a body joint than using pressure information from either the first set alone or the second set alone.
3. A wearable device for recognizing human motion comprising:
an article of clothing or wearable accessory that is configured to span at least a portion of at least one body joint;
at least one pressure sensor;
at least one flowable substance;
a first set of one or more tubes or channels, wherein this first set is attached to or integrated into the article of clothing or wearable accessory, wherein this first set spans at least a portion of at least one body joint, wherein this first set contains a flowable substance, and wherein the pressure levels of the flowable substance in this first set are measured by at least one pressure sensor;
a second set of one or more tubes or channels, wherein this second set is attached to or integrated into the article of clothing or wearable accessory, wherein this second set spans at least a portion of at least one body joint that is spanned by the first set, wherein this second set contains a flowable substance, wherein the pressure levels of the flowable substance in this second set are measured by at least one pressure sensor, wherein one or more design characteristics are different for the second set than for the first set, and wherein the first set and the second set differ with respect to the compressibility of tubes or channels in a set; and
a data transmitter that receives pressure information from at least one pressure sensor and transmits this information and/or a data processor that receives pressure information from at least one pressure sensor, wherein this pressure information is used to estimate at least one angle of at least one body joint and/or to model the movement of at least one body joint, and wherein using pressure information from the first set and from the second set enables more accurate estimation of at least one angle of a body joint and/or more accurate modeling of the movement of a body joint than using pressure information from either the first set alone or the second set alone.