mhurhangee/patent-ind-claim-en huggingface dataset:
A detection system for detecting a biologically active analyte molecule comprising: a substrate comprising a plurality of waveguides and a plurality of optical sensing sites in optical communication with one or more waveguide of the substrate; and a detector that is coupled to and in optical communication with the substrate, characterized in that the system further comprises: a scanning light source comprising a chip having a plurality of light sources ; and means for spatially translating a plurality of light beams emitted from said scanning light source perpendicularly relative to the substrate to generate a pulse of light travelling in each waveguide such that each light beam is coupled to and in optical communication with only one of the waveguides of the substrate at some point along its scanning path. a substrate comprising a plurality of waveguides and a plurality of optical sensing sites in optical communication with one or more waveguide of the substrate; and a detector that is coupled to and in optical communication with the substrate, characterized in that the system further comprises: a scanning light source comprising a chip having a plurality of light sources ; and means for spatially translating a plurality of light beams emitted from said scanning light source perpendicularly relative to the substrate to generate a pulse of light travelling in each waveguide such that each light beam is coupled to and in optical communication with only one of the waveguides of the substrate at some point along its scanning path. a scanning light source comprising a chip having a plurality of light sources ; and means for spatially translating a plurality of light beams emitted from said scanning light source perpendicularly relative to the substrate to generate a pulse of light travelling in each waveguide such that each light beam is coupled to and in optical communication with only one of the waveguides of the substrate at some point along its scanning path.
Structural part for a transportation means , having: - a support element ; - a component which is arranged on the support element ; and - a cover element which is arranged on the support element so as to be adjacent to the component ; characterized in that the support element has a lever mechanism which is configured to lift the cover element beyond a surface of the component in response to a force acting parallel to a surface of the cover element . - a support element ; - a component which is arranged on the support element ; and - a cover element which is arranged on the support element so as to be adjacent to the component ;
A multi-phase oral composition comprising: a) from about 0.9% to about 60% by weight of the multi-phase oral composition of an aqueous phase having a bleaching agent, wherein the amount of the bleaching agent in the multi-phase oral composition is from more than 0.5% to about 20%; b) from about 40% to about 99.1% by weight of the multi-phase oral composition of a hydrophobic phase; wherein the multi-phase oral composition has a cone penetration consistency value from about 50 to about 400 as measured by ASTM D937-07 and is an emulsion selected from water-in-oil emulsions, oil-in-water emulsions, water-in-oil-in-water emulsion, and oil-in-water-in oil emulsions; and wherein the hydrophobic phase has a drop melting point from about 40°C to about 80°C as measured by ASTM D127-08 and comprises at least one of mineral oil thickened with wax, mineral oil thickened with polyethylene, or petrolatum; and wherein the two-dimensional density, meaning the number of droplets of aqueous phase a) that are present in a square centimeter of a two-dimensional plane in the multi-phase oral composition and b) wherein the cross-sectional area of the droplets in the two-dimensional plane are larger than a specified value, of droplets with a cross-sectional area larger than about 10000 square microns measured using the procedure specified herein is no more than about 10 per square centimeter. a) from about 0.9% to about 60% by weight of the multi-phase oral composition of an aqueous phase having a bleaching agent, wherein the amount of the bleaching agent in the multi-phase oral composition is from more than 0.5% to about 20%; b) from about 40% to about 99.1% by weight of the multi-phase oral composition of a hydrophobic phase; wherein the multi-phase oral composition has a cone penetration consistency value from about 50 to about 400 as measured by ASTM D937-07 and is an emulsion selected from water-in-oil emulsions, oil-in-water emulsions, water-in-oil-in-water emulsion, and oil-in-water-in oil emulsions; and wherein the hydrophobic phase has a drop melting point from about 40°C to about 80°C as measured by ASTM D127-08 and comprises at least one of mineral oil thickened with wax, mineral oil thickened with polyethylene, or petrolatum; and wherein the two-dimensional density, meaning the number of droplets of aqueous phase a) that are present in a square centimeter of a two-dimensional plane in the multi-phase oral composition and b) wherein the cross-sectional area of the droplets in the two-dimensional plane are larger than a specified value, of droplets with a cross-sectional area larger than about 10000 square microns measured using the procedure specified herein is no more than about 10 per square centimeter.
A toilet fixture, comprising: a jet pipe adapted to be placed in fluid communication with an inlet pipe and an outlet pipe , wherein the inlet pipe and the outlet pipe are in fluid communication with a toilet bowl ; and a removable jet pipe assembly configured to selectively connect and disconnect the jet pipe to the outlet pipe , wherein the removable jet pipe assembly comprises: a mounting base adapted to be positioned on the outlet pipe , and a jet removably connected to the mounting base , wherein the removable jet pipe assembly further comprises a locking mechanism configured to remove the jet from the mounting base and/or attach the jet to the mounting base , and characterized in that the locking mechanism includes a pair of locking arms that hold the jet to the mounting base . a jet pipe adapted to be placed in fluid communication with an inlet pipe and an outlet pipe , wherein the inlet pipe and the outlet pipe are in fluid communication with a toilet bowl ; and a removable jet pipe assembly configured to selectively connect and disconnect the jet pipe to the outlet pipe , wherein the removable jet pipe assembly comprises: a mounting base adapted to be positioned on the outlet pipe , and a jet removably connected to the mounting base , a mounting base adapted to be positioned on the outlet pipe , and a jet removably connected to the mounting base , wherein the removable jet pipe assembly further comprises a locking mechanism configured to remove the jet from the mounting base and/or attach the jet to the mounting base , and characterized in that the locking mechanism includes a pair of locking arms that hold the jet to the mounting base .
A bicycle saddle, comprising a saddle shell , a saddle frame connected with a lower side of the saddle shell , and a saddle pad arranged on an upper side of the saddle shell , the saddle pad comprising at least two pad elements (28, 30; 46, 30), wherein an inner pad element is at least partially surrounded by an outer pad element , in particular is overmolded or foamed, respectively, wherein the inner pad element has lugs contacting the upper side of the saddle shell such that regions are formed below the inner pad element , characterized in that the region are formed as cavities or are filled with the material of the outer pad element . a saddle frame connected with a lower side of the saddle shell , and a saddle pad arranged on an upper side of the saddle shell , the saddle pad comprising at least two pad elements (28, 30; 46, 30), wherein an inner pad element is at least partially surrounded by an outer pad element , in particular is overmolded or foamed, respectively, wherein the inner pad element has lugs contacting the upper side of the saddle shell such that regions are formed below the inner pad element , characterized in that the region are formed as cavities or are filled with the material of the outer pad element .
A device for connecting one end of a first shaft to one end of a second shaft , the end of the first shaft having a radial groove , the device comprising: - a body having a bore in which the end of the first shaft can be introduced, - a blocking pin movably mounted relative to the body between a locked position, in which the pin protrudes inside the bore so that, when the end of the first shaft is received inside the bore , the blocking pin is engaged in the radial groove of the end of the first shaft to prevent removal of the end of the first shaft from the bore , and an unlocked position, in which the blocking pin is disengaged from the radial groove of the end of the first shaft to allow introduction of the end of the first shaft into the bore or removal of the end of the first shaft from the bore , - an elastic return member adapted to urge the blocking pin toward the locked position, and - an actuating part extending outside the body and connected to the blocking pin , the actuating part being adapted to be manually urged by an operator for moving the blocking pin from the locked position to the unlocked position against the elastic return member , characterized in that the body comprises an oblong opening , and the actuating part comprises a slider extending through the oblong opening , the slider being adapted to slide in the oblong opening for moving the blocking pin between the locked position and the unlocked position. - a body having a bore in which the end of the first shaft can be introduced, - a blocking pin movably mounted relative to the body between a locked position, in which the pin protrudes inside the bore so that, when the end of the first shaft is received inside the bore , the blocking pin is engaged in the radial groove of the end of the first shaft to prevent removal of the end of the first shaft from the bore , and an unlocked position, in which the blocking pin is disengaged from the radial groove of the end of the first shaft to allow introduction of the end of the first shaft into the bore or removal of the end of the first shaft from the bore , - an elastic return member adapted to urge the blocking pin toward the locked position, and - an actuating part extending outside the body and connected to the blocking pin , the actuating part being adapted to be manually urged by an operator for moving the blocking pin from the locked position to the unlocked position against the elastic return member , characterized in that the body comprises an oblong opening , and the actuating part comprises a slider extending through the oblong opening , the slider being adapted to slide in the oblong opening for moving the blocking pin between the locked position and the unlocked position.
A dosing unit for automatically dosing at least one detergent tablet provided by a storage cartridge for storing a plurality of detergent tablets , for use in an automatic dosing system of a water-bearing household appliance , wherein the dosing unit comprises a storage cartridge and a dosing device ; wherein the storage cartridge comprises a container with a bottom side forming an inclination angle with a horizontal direction when the dosing unit is arranged as intended for use, wherein an outlet is formed in the container at a lower end of the bottom side , such that detergent tablets on the bottom side move towards the outlet driven by gravity (G), characterized in that the dosing device is attached to the storage cartridge on the outlet , the dosing device including a scoop and a plug , wherein the scoop is configured to separate a detergent tablet from the plurality and transport the separated detergent tablet to a receiving chamber formed in the plug when the scoop is turned in a first turning direction about a rotational axis (X) that is parallel to the bottom side , and the plug is configured to release the detergent tablet from the receiving chamber in a release position; and wherein the plug has an external thread that engages with an internal thread of the dosing device such that, when the plug is rotated relative to the dosing device in a first rotation direction about the rotational axis (X), the plug is moved from a closed position to the release position by being displaced laterally away from the scoop , and, when the plug is rotated relative to the dosing device in a second rotation direction oppositely the first rotation direction about the rotational axis (X), the plug is moved from the release position to the closed position by being displaced laterally towards the scoop .
An exoskeleton comprising a mechanism for elastically balancing loads applied to the exoskeleton, the mechanism comprising: a rigid connection element and a rigid housing mutually pivoted to one another about a first axis of oscillation and attachable to respective relatively rotatable parts of the exoskeleton; at least one lever rotatably mounted to the housing about a second axis of oscillation parallel to the first axis of oscillation ; at least one flexible traction element having a first end rotationally secured to the connection element with respect to the first axis of oscillation and a second end secured to said lever at a securing point spaced from the second axis of oscillation ; at least one compression spring elastically compressed between a base integral with the housing and arranged on the side of the first axis of oscillation , and a head movable along the housing and farther from the first axis of oscillation and closer to the second axis of oscillation , the head acting in a thrust relationship, away from the first axis of oscillation, against a portion of the lever intermediately between the second axis of oscillation and the securing point to the second end of the traction element . a rigid connection element and a rigid housing mutually pivoted to one another about a first axis of oscillation and attachable to respective relatively rotatable parts of the exoskeleton; at least one lever rotatably mounted to the housing about a second axis of oscillation parallel to the first axis of oscillation ; at least one flexible traction element having a first end rotationally secured to the connection element with respect to the first axis of oscillation and a second end secured to said lever at a securing point spaced from the second axis of oscillation ; at least one compression spring elastically compressed between a base integral with the housing and arranged on the side of the first axis of oscillation , and a head movable along the housing and farther from the first axis of oscillation and closer to the second axis of oscillation , the head acting in a thrust relationship, away from the first axis of oscillation, against a portion of the lever intermediately between the second axis of oscillation and the securing point to the second end of the traction element .
A method for operating an autonomous mobile robot AMR based on a payload sensing comprising: determining the centre of gravity "CoG" of the payload on a platform of the AMR ; determining which area of a plurality of predefined areas of the platform, comprising a centre area around a centre of a top surface of the platform , a slow speed area around the centre area, and an unacceptable area around the slow speed area, the payload CoG is positioned in; determining one or more drive parameters for the AMR based on the determined area of the platform on which the payload CoG is positioned, the one or more drive parameters limiting a transport speed of the AMR while the payload is being carried thereon and preventing movement of the AMR if it is determined that the area of the platform on which the payload CoG is positioned is the unacceptable area, constantly or periodically determining the CoG of the payload and in which area the payload CoG is positioned, and if it is determined that the payload CoG has moved to a different area of the plurality of predetermined areas, determining different one or more drive parameters for the AMR based on the determined different area of the platform. determining the centre of gravity "CoG" of the payload on a platform of the AMR ; determining which area of a plurality of predefined areas of the platform, comprising a centre area around a centre of a top surface of the platform , a slow speed area around the centre area, and an unacceptable area around the slow speed area, the payload CoG is positioned in; determining one or more drive parameters for the AMR based on the determined area of the platform on which the payload CoG is positioned, the one or more drive parameters limiting a transport speed of the AMR while the payload is being carried thereon and preventing movement of the AMR if it is determined that the area of the platform on which the payload CoG is positioned is the unacceptable area, constantly or periodically determining the CoG of the payload and in which area the payload CoG is positioned, and if it is determined that the payload CoG has moved to a different area of the plurality of predetermined areas, determining different one or more drive parameters for the AMR based on the determined different area of the platform.
A medical device comprising: a sensing circuit configured to receive a plurality of cardiac electrical signals and sense ventricular events from a first cardiac electrical signal of the plurality of cardiac electrical signals; and a control circuit coupled to the sensing circuit and configured to: determine a plurality of ventricular event intervals based on the ventricular events sensed by the sensing circuit from the first cardiac electrical signal; determine that a ventricular event interval of the plurality of ventricular event intervals is greater than a pause threshold interval; determine that a rule for withholding detecting a ventricular tachyarrhythmia is met at least in response to determining the ventricular event interval that is greater than the pause threshold interval; detect from the plurality of cardiac electrical signals that a threshold number of tachyarrhythmia intervals to detect a ventricular tachyarrhythmia is reached; and in response to determining that the rule is met, withhold detecting the ventricular tachyarrhythmia when the threshold number of tachyarrhythmia intervals to detect the ventricular tachyarrhythmia is reached. a sensing circuit configured to receive a plurality of cardiac electrical signals and sense ventricular events from a first cardiac electrical signal of the plurality of cardiac electrical signals; and a control circuit coupled to the sensing circuit and configured to: determine a plurality of ventricular event intervals based on the ventricular events sensed by the sensing circuit from the first cardiac electrical signal; determine that a ventricular event interval of the plurality of ventricular event intervals is greater than a pause threshold interval; determine that a rule for withholding detecting a ventricular tachyarrhythmia is met at least in response to determining the ventricular event interval that is greater than the pause threshold interval; detect from the plurality of cardiac electrical signals that a threshold number of tachyarrhythmia intervals to detect a ventricular tachyarrhythmia is reached; and in response to determining that the rule is met, withhold detecting the ventricular tachyarrhythmia when the threshold number of tachyarrhythmia intervals to detect the ventricular tachyarrhythmia is reached. determine a plurality of ventricular event intervals based on the ventricular events sensed by the sensing circuit from the first cardiac electrical signal; determine that a ventricular event interval of the plurality of ventricular event intervals is greater than a pause threshold interval; determine that a rule for withholding detecting a ventricular tachyarrhythmia is met at least in response to determining the ventricular event interval that is greater than the pause threshold interval; detect from the plurality of cardiac electrical signals that a threshold number of tachyarrhythmia intervals to detect a ventricular tachyarrhythmia is reached; and in response to determining that the rule is met, withhold detecting the ventricular tachyarrhythmia when the threshold number of tachyarrhythmia intervals to detect the ventricular tachyarrhythmia is reached.
A method for generating, by an apparatus, a command to control an equipment based on biometric information, the method comprising: obtaining at least one piece of biometric information ; determining whether to obtain user's state information using stored biometric information and the obtained biometric information; obtaining the user's state information using the stored biometric information and the obtained biometric information ; and generating a command to control the equipment based on the user's state information , characterised in that determining whether to obtain the user's state information using the stored biometric information and the obtained biometric information comprises determining to obtain the user's state information when a variation ratio of a value indicated by the obtained biometric information to a value indicated by the stored biometric information is a reference value or more , and wherein the method further comprises: obtaining new biometric information after a predetermined time; generating the command to control the equipment while reflecting a variation ratio of a value indicated by the new biometric information to a value indicated by the obtained biometric information before the predetermined time elapses; and transmitting the command to the equipment. obtaining at least one piece of biometric information ; determining whether to obtain user's state information using stored biometric information and the obtained biometric information; obtaining the user's state information using the stored biometric information and the obtained biometric information ; and generating a command to control the equipment based on the user's state information , characterised in that determining whether to obtain the user's state information using the stored biometric information and the obtained biometric information comprises determining to obtain the user's state information when a variation ratio of a value indicated by the obtained biometric information to a value indicated by the stored biometric information is a reference value or more , and wherein the method further comprises: obtaining new biometric information after a predetermined time; generating the command to control the equipment while reflecting a variation ratio of a value indicated by the new biometric information to a value indicated by the obtained biometric information before the predetermined time elapses; and transmitting the command to the equipment. obtaining new biometric information after a predetermined time; generating the command to control the equipment while reflecting a variation ratio of a value indicated by the new biometric information to a value indicated by the obtained biometric information before the predetermined time elapses; and transmitting the command to the equipment.