mhurhangee/ep-ind-claims huggingface dataset:
A tactile sensation providing apparatus comprising: a contact detection unit configured to detect a contact; a pressing detection unit (42, 44) configured to detect pressing to the contact detection unit; a plurality of vibration units (52, 54, 56, 58) configured to vibrate the contact detection unit; and a controller configured to vibrate each of the plurality of vibration units (52, 54, 56, 58) when data based on the pressing detected by the pressing detection unit (42, 44) satisfy a predetermined criterion such that a first tactile sensation is provided to a contact object pressing the contact detection unit at a position where the contact object is in contact with the contact detection unit; wherein the controller is configured to adjust a plurality of vibration waves generated from the vibration units such that peak portions of the vibration waves overlap with each other and the amplitude of the vibration waveform is increased at a position where the contact object is in contact with the contact detection unit and a first tactile sensation is provided to the contact object pressing the contact detection unit, characterised in that adjusting the plurality of vibration waves includes delaying the timing to output the drive signal for generating the vibration of a vibration unit in the plurality of vibration units (52, 54, 56, 58) that is closer to the position, with respect to the timing to output the drive signal for generating the vibration of a vibration unit in the plurality of vibration units (52, 54, 56, 58) that is further from the position. a contact detection unit configured to detect a contact; a pressing detection unit (42, 44) configured to detect pressing to the contact detection unit; a plurality of vibration units (52, 54, 56, 58) configured to vibrate the contact detection unit; and a controller configured to vibrate each of the plurality of vibration units (52, 54, 56, 58) when data based on the pressing detected by the pressing detection unit (42, 44) satisfy a predetermined criterion such that a first tactile sensation is provided to a contact object pressing the contact detection unit at a position where the contact object is in contact with the contact detection unit; wherein the controller is configured to adjust a plurality of vibration waves generated from the vibration units such that peak portions of the vibration waves overlap with each other and the amplitude of the vibration waveform is increased at a position where the contact object is in contact with the contact detection unit and a first tactile sensation is provided to the contact object pressing the contact detection unit, characterised in that adjusting the plurality of vibration waves includes delaying the timing to output the drive signal for generating the vibration of a vibration unit in the plurality of vibration units (52, 54, 56, 58) that is closer to the position, with respect to the timing to output the drive signal for generating the vibration of a vibration unit in the plurality of vibration units (52, 54, 56, 58) that is further from the position.
A nanobubble-containing inorganic oxide fine particle dispersion comprising: inorganic oxide fine particles having an average particle size of 1 to 500 nm and containing fine particles containing Ce; and nanobubbles having an average cell size of 50 to 500 nm and being at least one non-oxidizing gas selected from a group consisting of N 2 and H 2, the average particle size is measured with a transmission electron microscope by the image analysis method, and the average cell size is measured by the nanoparticle tracking analysis. inorganic oxide fine particles having an average particle size of 1 to 500 nm and containing fine particles containing Ce; and nanobubbles having an average cell size of 50 to 500 nm and being at least one non-oxidizing gas selected from a group consisting of N 2 and H 2, the average particle size is measured with a transmission electron microscope by the image analysis method, and the average cell size is measured by the nanoparticle tracking analysis.
A castable refractory material for use in the manufacture of refractory products, wherein the castable refractory material includes fused silica, ceramic fibre, microsilica and a bonding material comprising colloidal silica.
A reversibly thermochromic ink composition comprising: a reversibly thermochromic microcapsule pigment encapsulating a reversibly thermochromic composition comprising (a) an electron-donating color-developing organic compound, (b) an electron-accepting compound, and (c) a reaction medium to determine an occurrence temperature of a coloring reaction of the component (a) and the component (b); and a vehicle comprising water and a specific gravity adjuster selected from the group consisting of an oxyacid belonging to Group 6 having an atomic weight of 90 to 185 and salt thereof, wherein when water is used as a reference material at 20°C, a specific gravity of the microcapsule pigment is 1.05 to 1.20, a specific gravity of the vehicle is 1.00 to 1.30, and the specific gravity of the vehicle is 0.90 times to 1.20 times based on the specific gravity of the microcapsule pigment. a reversibly thermochromic microcapsule pigment encapsulating a reversibly thermochromic composition comprising (a) an electron-donating color-developing organic compound, (b) an electron-accepting compound, and (c) a reaction medium to determine an occurrence temperature of a coloring reaction of the component (a) and the component (b); and a vehicle comprising water and a specific gravity adjuster selected from the group consisting of an oxyacid belonging to Group 6 having an atomic weight of 90 to 185 and salt thereof, wherein when water is used as a reference material at 20°C, a specific gravity of the microcapsule pigment is 1.05 to 1.20, a specific gravity of the vehicle is 1.00 to 1.30, and the specific gravity of the vehicle is 0.90 times to 1.20 times based on the specific gravity of the microcapsule pigment.
A headgear assembly for a breathing mask, the headgear assembly characterized by comprising: a strap having a first flexible strap portion of a first flexible material and a second flexible strap portion of another flexible material, the strap having an elongate edge (6006; 6007), the first flexible strap portion and the second flexible strap portion being joined at an intersection transverse to the elongate edge, and a second flexible material folded around and running along the elongate edge (6006; 6007), wherein the second flexible material is an elastic material with a higher degree of elasticity than the first flexible material. a strap having a first flexible strap portion of a first flexible material and a second flexible strap portion of another flexible material, the strap having an elongate edge (6006; 6007), the first flexible strap portion and the second flexible strap portion being joined at an intersection transverse to the elongate edge, and a second flexible material folded around and running along the elongate edge (6006; 6007), wherein the second flexible material is an elastic material with a higher degree of elasticity than the first flexible material.
An activity recognition apparatus for detecting an activity of a subject, the apparatus comprising: a sensor unit including a plurality of linear motion sensors configured to detect linear motions and a plurality of rotational motion sensors configured to detect rotational motions, the linear motions being orthogonal to each other, the rotational motions being orthogonal to each other; and a computational unit configured to receive and process signals from the sensors included in the sensor unit so as to detect an activity of the subject; wherein the sensor unit is directly or indirectly supported by the subject with an arbitrary orientation with respect to the subject; and wherein the computational unit is configured to perform a calculation that uses the signals from both linear motion sensors and rotational motion sensors to determine the activity of the subject independent of the arbitrary orientation of the sensor unit; characterized in that the computational unit is further configured to detect a rotation of the sensor unit by calculating a first rotation by integrating the signals from the rotational motion sensors and by calculating a second rotation by using a gravitation model and the signals from the linear motion sensors and performing a weighted interpolation of the first rotation and the second rotation. a sensor unit including a plurality of linear motion sensors configured to detect linear motions and a plurality of rotational motion sensors configured to detect rotational motions, the linear motions being orthogonal to each other, the rotational motions being orthogonal to each other; and a computational unit configured to receive and process signals from the sensors included in the sensor unit so as to detect an activity of the subject; wherein the sensor unit is directly or indirectly supported by the subject with an arbitrary orientation with respect to the subject; and wherein the computational unit is configured to perform a calculation that uses the signals from both linear motion sensors and rotational motion sensors to determine the activity of the subject independent of the arbitrary orientation of the sensor unit; characterized in that the computational unit is further configured to detect a rotation of the sensor unit by calculating a first rotation by integrating the signals from the rotational motion sensors and by calculating a second rotation by using a gravitation model and the signals from the linear motion sensors and performing a weighted interpolation of the first rotation and the second rotation.
A zoom lens comprising, in order from an object side to an image side, a first lens unit having a negative refractive power, an aperture stop, a second lens unit having a positive refractive power, and a third lens unit having a positive refractive power, wherein the second and third lens units are configured to move in an optical axis direction for a magnification variation, and the first lens unit is configured to move in the optical axis direction to reduce an image-plane fluctuation associated with the magnification variation, the first lens unit is configured to move to the image side when zooming from a wide angle end to a telephoto end, the second lens unit is configured to move to the object side when zooming from the wide angle end to the telephoto end, and the following conditions are satisfied where f1 is a focal length of the first lens unit, f2 is a focal length of the second lens unit, and fw is a focal length of the entire zoom lens at the wide angle end: − 4.6 ≤ f 1 / fw ≤ − 2.5; characterized in that − 0.79 ≤ f 1 / f 2 ≤ − 0.40; the aperture stop is configured to be fixed during zooming and focusing; the third lens unit is configured to move to the object side when zooming from the wide angle end to the telephoto end.
A photonic structure for processing radiation, the photonic structure comprising - at least a first optical component for detecting radiation of a first wavelength range received from an external radiation guide or generating and directing radiation of a first wavelength range to an external radiation guide, the first optical component being substantially transparent for radiation of a second wavelength range, different from the first wavelength range, - a waveguide integrated in the photonic structure and configured for optically guiding the radiation of the second wavelength range in the photonic structure away from or towards the first optical component, characterised in that the first optical component is positioned above the waveguide, and the photonic structure comprises a coupling structure positioned below the first optical component for coupling the radiation of the second wavelength range out of the waveguide through the transparent first optical component or into the waveguide from through the transparent first optical component, the photonic structure thus being configured for out-of-plane free space coupling radiation of said second wavelength range through said first optical component into or out of the waveguide in the photonic structure 100). - at least a first optical component for detecting radiation of a first wavelength range received from an external radiation guide or generating and directing radiation of a first wavelength range to an external radiation guide, the first optical component being substantially transparent for radiation of a second wavelength range, different from the first wavelength range, - a waveguide integrated in the photonic structure and configured for optically guiding the radiation of the second wavelength range in the photonic structure away from or towards the first optical component,
A method (100, 200), performed in a network node, for managing uplink traffic from a client device in a communication network; the method comprising: instructing the client device to cease sending uplink traffic on existing sessions between the client device and the network node; checking for expiry of a time period; and on expiry of the time period, instructing the client device to resume sending uplink traffic on existing sessions between the client device and the network node; the method further comprising: establishing a new session between the client device and the network node; determining whether uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, and if uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, instructing the client device to resume sending uplink traffic on the new session and the existing sessions between the client device and the network node; and if uplink traffic on the new session will not cause a level of a client side buffer in the network node to exceed a client side buffer threshold, instructing the client device to cease sending uplink traffic on the new session. instructing the client device to cease sending uplink traffic on existing sessions between the client device and the network node; checking for expiry of a time period; and on expiry of the time period, instructing the client device to resume sending uplink traffic on existing sessions between the client device and the network node; the method further comprising: establishing a new session between the client device and the network node; determining whether uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, and if uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, instructing the client device to resume sending uplink traffic on the new session and the existing sessions between the client device and the network node; and establishing a new session between the client device and the network node; determining whether uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, and if uplink traffic on the new session will cause a level of a client side buffer in the network node to exceed a client side buffer threshold, instructing the client device to resume sending uplink traffic on the new session and the existing sessions between the client device and the network node; and if uplink traffic on the new session will not cause a level of a client side buffer in the network node to exceed a client side buffer threshold, instructing the client device to cease sending uplink traffic on the new session.
An apparatus for positioning at least one electronic display and a keyboard relative to a work surface, the apparatus comprising: a base including a bottom surface for supporting the base upon the work surface; and a support column extending upward from the base at an obtuse angle with respect to the work surface; said apparatus being characterized in that the apparatus further comprises a mounting portion including a frame, an electronic display mount coupled to the frame, and a keyboard tray coupled to the frame, said mounting portion being movably coupled to the support column through a range of travel relative to the work surface, and the mounting portion being configured to simultaneously move the electronic display and the keyboard within the range of travel, when the electronic display is positioned on the electronic display mount and the keyboard is positioned on the keyboard tray. a base including a bottom surface for supporting the base upon the work surface; and a support column extending upward from the base at an obtuse angle with respect to the work surface; said apparatus being characterized in that the apparatus further comprises a mounting portion including a frame, an electronic display mount coupled to the frame, and a keyboard tray coupled to the frame, said mounting portion being movably coupled to the support column through a range of travel relative to the work surface, and the mounting portion being configured to simultaneously move the electronic display and the keyboard within the range of travel, when the electronic display is positioned on the electronic display mount and the keyboard is positioned on the keyboard tray.
A computing device comprising: a display; a base application configured to execute on the computing device and to present a first user interface on the display; a dependent application (125A, 125B) configured to execute on the computing device and to present a second user interface on the display; interface adaptation logic configured to adapt the second user interface for presentation within the first user interface; storage configured to store at least the dependent application (125A, 125B); and a microprocessor configured to execute at least the interface adaptation logic; an operating system, wherein the base application and the dependent application (125A, 125B) are configured to both execute on the operating system; wherein the first user interface includes a virtual keyboard; characterized by data transfer logic configured to transfer data from the second user interface to the first user interface; wherein the computing device is adapted to share the dependent application by passing a link to the base application and to communicate the link from the computing device to another computing device via a network, wherein the link is configured for a user of the another computing device to retrieve or access the shared dependent application, wherein the shared dependent application includes further instances of interface adaptation logic and/or the data transfer logic. a display; a base application configured to execute on the computing device and to present a first user interface on the display; a dependent application (125A, 125B) configured to execute on the computing device and to present a second user interface on the display; interface adaptation logic configured to adapt the second user interface for presentation within the first user interface; storage configured to store at least the dependent application (125A, 125B); and a microprocessor configured to execute at least the interface adaptation logic; an operating system, wherein the base application and the dependent application (125A, 125B) are configured to both execute on the operating system; wherein the first user interface includes a virtual keyboard; characterized by data transfer logic configured to transfer data from the second user interface to the first user interface; wherein the computing device is adapted to share the dependent application by passing a link to the base application and to communicate the link from the computing device to another computing device via a network, wherein the link is configured for a user of the another computing device to retrieve or access the shared dependent application, wherein the shared dependent application includes further instances of interface adaptation logic and/or the data transfer logic.
Block copolymer comprising polyarylene ether blocks and polyalkylene oxide blocks, wherein said block copolymer comprises at least two polyalkylene oxide blocks that are endcapped with different endcapping groups.
Wet wipe for facial and/or body cleansing, as an anti-aging agent, as an anti-pollution agent, as a face mask, for make-up removal, as toilet paper, as a wipe for baby cleansing and/or for contacting and/or cleansing mucous membranes and/or eye areas, comprising a nonwoven fabric and an impregnating agent containing a plurality of ingredients, characterized in that the impregnating agent is unbuffered and contains hydroxyacetophenone as the sole preservative.
A nacelle having a thrust reverser system and a fan duct, said nacelle further comprising: a fixed forward portion; a fixed aft portion; a translating sleeve located between the fixed forward portion and the fixed aft portion; and the thrust reverser system comprising: a bypass duct defined by an outer fan duct loft line and internal fixed loft line a translating cascade; a blocker door configured to pivot about an aft end of the blocker door wherein the blocker door forms a portion of an outer fan duct loft line of the thrust reverser system; and a drive link pivotably operatively coupled to the translating cascade and the blocker door. a fixed forward portion; a fixed aft portion; a translating sleeve located between the fixed forward portion and the fixed aft portion; and a fixed aft portion; a translating sleeve located between the fixed forward portion and the fixed aft portion; and the thrust reverser system comprising: a bypass duct defined by an outer fan duct loft line and internal fixed loft line a translating cascade; a blocker door configured to pivot about an aft end of the blocker door wherein the blocker door forms a portion of an outer fan duct loft line of the thrust reverser system; and a drive link pivotably operatively coupled to the translating cascade and the blocker door. a bypass duct defined by an outer fan duct loft line and internal fixed loft line a translating cascade; a blocker door configured to pivot about an aft end of the blocker door wherein the blocker door forms a portion of an outer fan duct loft line of the thrust reverser system; and a drive link pivotably operatively coupled to the translating cascade and the blocker door.