mhurhangee/patent-ind-claim-en huggingface dataset:
A tissue repair device , comprising: a needle defining a lumen that extends through a distal end of the needle adjacent a tip thereof; a deformable first anchor disposable in the lumen proximal to a distal end of the needle ; a deformable second anchor disposable in the lumen adjacent but proximal of the first anchor ; a member positioned within the lumen and engageable with at least one of the first anchor or the second anchor , characterized by a tube positioned over the member within the lumen of the needle and configured to engage the first anchor , wherein the tube is moveable relative to the needle and the member to deploy the first anchor from the lumen by pushing the first anchor out of the repair device , and wherein, after deployment of the first anchor , the member is moveable relative to the tube and the needle to deploy the second anchor through at least a portion of an inner cavity of the tube and from the lumen of the needle . a needle defining a lumen that extends through a distal end of the needle adjacent a tip thereof; a deformable first anchor disposable in the lumen proximal to a distal end of the needle ; a deformable second anchor disposable in the lumen adjacent but proximal of the first anchor ; a member positioned within the lumen and engageable with at least one of the first anchor or the second anchor , characterized by a tube positioned over the member within the lumen of the needle and configured to engage the first anchor , wherein the tube is moveable relative to the needle and the member to deploy the first anchor from the lumen by pushing the first anchor out of the repair device , and wherein, after deployment of the first anchor , the member is moveable relative to the tube and the needle to deploy the second anchor through at least a portion of an inner cavity of the tube and from the lumen of the needle .
A wall structure of gabion grids, with an at least roughly parallel front and a rear facing a slope, made of gabion grid elements with a level connection formed at least roughly along an at least roughly horizontal line at least between the front gabion grid elements among each other and the rear gabion grid elements each but without any horizontal bottom grids, characterised in that inside the wall structure , at least roughly vertically aligned side grids are inserted between the gabion grid elements of the front and the rear , wherein the side grids are distributed along the wall course, and in that vertical separating grids are attached to the distributed side grids , wherein the separating grids have separating elements .
A bicycle comprising at least: - a guide wheel , a first impeller , and a second impeller following the first impeller ; - a main frame on which the first impeller is mounted; - a rocker , vertically pivotable opposite the main frame, on which the second impeller is mounted; characterized by : - a support rail one-sidedly jointedly mounted on the main frame and cantilevered opposite the riding direction (F), wherein the rocker is supported and guided on a lower side of the support rail with a mounting member ; - a seat member arranged above the support rail and one-sidedly jointedly mounted separately on the main frame opposite the support rail and which is cantilevered against the riding direction; - wherein a lower side of the seat member and an upper side of the support rail are additionally kinematically connected via at least two joints and a bonding link . - a guide wheel , a first impeller , and a second impeller following the first impeller ; - a main frame on which the first impeller is mounted; - a rocker , vertically pivotable opposite the main frame, on which the second impeller is mounted; - a support rail one-sidedly jointedly mounted on the main frame and cantilevered opposite the riding direction (F), wherein the rocker is supported and guided on a lower side of the support rail with a mounting member ; - a seat member arranged above the support rail and one-sidedly jointedly mounted separately on the main frame opposite the support rail and which is cantilevered against the riding direction; - wherein a lower side of the seat member and an upper side of the support rail are additionally kinematically connected via at least two joints and a bonding link .
A sensor package comprising: an image sensor ; a mounting substrate to which the image sensor is mounted; a resin frame provided in the mounting substrate so as to surround the image sensor ; and a cover attached to the frame so as to cover the image sensor , wherein the mounting substrate comprises: terminals electrically connected with the image sensor , characterized in that the mounting substrate further comprises a groove provided in a predetermined depth between an area in which the resin frame is provided and the terminals , and in that the groove is a recess, that is not a through hole, through which the resin constituting the frame flows into the inside. an image sensor ; a mounting substrate to which the image sensor is mounted; a resin frame provided in the mounting substrate so as to surround the image sensor ; and a cover attached to the frame so as to cover the image sensor , wherein the mounting substrate comprises: terminals electrically connected with the image sensor , characterized in that the mounting substrate further comprises a groove provided in a predetermined depth between an area in which the resin frame is provided and the terminals , and in that the groove is a recess, that is not a through hole, through which the resin constituting the frame flows into the inside.
A method for gesture detection, applicable to a mobile terminal and comprising: transmitting a radar wave; receiving an echo returned in response to the radar wave; determining a first relative motion parameter of an object to be detected in an influence scope of the radar wave relative to the mobile terminal based on a transmitting parameter for the radar wave and a receiving parameter for the echo; detecting a terminal motion parameter of the mobile terminal; correcting the first relative motion parameter based on the terminal motion parameter to obtain a second relative motion parameter; and performing machine learning on the second relative motion parameter through a preset gesture recognition model to obtain a gesture recognition result, characterized in that the terminal motion parameter comprises an attitude parameter, and correcting the first relative motion parameter based on the terminal motion parameter to obtain the second relative motion parameter comprises: determining a present mode of the mobile terminal based on the attitude parameter of the mobile terminal, wherein the present mode of the mobile terminal comprises a landscape mode or a portrait mode; determining a present coordinate system corresponding to the present mode; and mapping the first relative motion parameter into the present coordinate system to obtain the second relative motion parameter. transmitting a radar wave; receiving an echo returned in response to the radar wave; determining a first relative motion parameter of an object to be detected in an influence scope of the radar wave relative to the mobile terminal based on a transmitting parameter for the radar wave and a receiving parameter for the echo; detecting a terminal motion parameter of the mobile terminal; correcting the first relative motion parameter based on the terminal motion parameter to obtain a second relative motion parameter; and performing machine learning on the second relative motion parameter through a preset gesture recognition model to obtain a gesture recognition result, characterized in that the terminal motion parameter comprises an attitude parameter, and correcting the first relative motion parameter based on the terminal motion parameter to obtain the second relative motion parameter comprises: determining a present mode of the mobile terminal based on the attitude parameter of the mobile terminal, wherein the present mode of the mobile terminal comprises a landscape mode or a portrait mode; determining a present coordinate system corresponding to the present mode; and determining a present mode of the mobile terminal based on the attitude parameter of the mobile terminal, wherein the present mode of the mobile terminal comprises a landscape mode or a portrait mode; determining a present coordinate system corresponding to the present mode; and mapping the first relative motion parameter into the present coordinate system to obtain the second relative motion parameter.
A sensor system configured to detect oxygen in an exhaust stream of an industrial process, the sensor system comprising: a probe with an oxygen-detecting sensor , wherein the oxygen-detecting sensor is configured to detect a concentration of oxygen in the exhaust is configured to output stream and a signal corresponding, at least in part, to the detected concentration of oxygen; a catalytic converter located on the sensor , wherein the catalytic converter is configured to convert carbon monoxide to carbon dioxide; and a signal detector, characterized in that the signal detector is configured to comprise two detection modes, wherein the signal detector is configured in the first mode to detect a change in oxygen concentration indicative of a carbon monoxide breakthrough based on the signal from the oxygen-detecting sensor, and in the second mode to detect a change in oxygen concentration indicative of a carbon monoxide breakthrough based on a derivative of an oxygen sensor signal response. a probe with an oxygen-detecting sensor , wherein the oxygen-detecting sensor is configured to detect a concentration of oxygen in the exhaust is configured to output stream and a signal corresponding, at least in part, to the detected concentration of oxygen; a catalytic converter located on the sensor , wherein the catalytic converter is configured to convert carbon monoxide to carbon dioxide; and a signal detector, characterized in that the signal detector is configured to comprise two detection modes, wherein the signal detector is configured in the first mode to detect a change in oxygen concentration indicative of a carbon monoxide breakthrough based on the signal from the oxygen-detecting sensor, and in the second mode to detect a change in oxygen concentration indicative of a carbon monoxide breakthrough based on a derivative of an oxygen sensor signal response.
A non-transitory machine-readable storage medium encoded with instructions executable by a hardware processor of a computing device for collecting domain name system, DNS, traffic, the machine-readable storage medium comprising instructions to cause the hardware processor to: receive , from a first intermediary network device , a DNS query packet that was sent by a client computing device operating on a private network, the DNS query packet specifying i) a query domain name, and ii) a source address that specifies the client computing device; store, in a data storage device , a query record specifying the query domain name and the source address specified by the DNS query packet ; receive , from a second intermediary network device , a DNS response packet ; determine that the DNS response packet specifies a response domain name that matches the query domain name; in response to the determination, extract , from the DNS response packet , a resolved address that corresponds to the response domain name; and store , in the query record , the resolved address specified by the DNS response packet ; characterized in that the instructions further cause the hardware processor to: identify, based on a network topography of the private network, at least one other intermediary network device through which the DNS query packet is routed; and provide an agent on each of the at least one other intermediary network device with instructions to whitelist DNS traffic. receive , from a first intermediary network device , a DNS query packet that was sent by a client computing device operating on a private network, the DNS query packet specifying i) a query domain name, and ii) a source address that specifies the client computing device; store, in a data storage device , a query record specifying the query domain name and the source address specified by the DNS query packet ; receive , from a second intermediary network device , a DNS response packet ; determine that the DNS response packet specifies a response domain name that matches the query domain name; in response to the determination, extract , from the DNS response packet , a resolved address that corresponds to the response domain name; and store , in the query record , the resolved address specified by the DNS response packet ; identify, based on a network topography of the private network, at least one other intermediary network device through which the DNS query packet is routed; and provide an agent on each of the at least one other intermediary network device with instructions to whitelist DNS traffic.
A system , comprising an edge device , and a backend service , wherein the system is configured to: obtain, at the edge device , a request associated with a data stream generated by the backend service ; wherein the edge device is configured to: determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service . obtain, at the edge device , a request associated with a data stream generated by the backend service ; wherein the edge device is configured to: determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service . determine that the request includes sensitive data based at least in part on configuration information provided by the backend service; obfuscate the sensitive data to generate obfuscated sensitive data; generate a second request to replace the sensitive data included in the request with the obfuscated sensitive data; and transmit the second request to the backend service .
A dual function lavatory door comprising: a hinged door panel comprising a doorway hinge operable to couple to a first side of a lavatory doorway of a lavatory and to position the hinged door panel to couple to a first interior side-wall of the lavatory in a deployed position ; an extendable door panel coupled to the hinged door panel by a vertical hinge , and operable to couple to a second side of the lavatory doorway opposite to the first side and to fold along the vertical hinge into an interior space of the lavatory in the deployed position; an extension panel coupled to the extendable door panel , wherein the extension panel is operable to extend from the extendable door panel to couple to a second interior side-wall of the lavatory opposite to the first interior side-wall in the deployed position; and a spring loaded plunger operable to extend the extension panel outwardly from the extendable door panel in the deployed position. a hinged door panel comprising a doorway hinge operable to couple to a first side of a lavatory doorway of a lavatory and to position the hinged door panel to couple to a first interior side-wall of the lavatory in a deployed position ; an extendable door panel coupled to the hinged door panel by a vertical hinge , and operable to couple to a second side of the lavatory doorway opposite to the first side and to fold along the vertical hinge into an interior space of the lavatory in the deployed position; an extension panel coupled to the extendable door panel , wherein the extension panel is operable to extend from the extendable door panel to couple to a second interior side-wall of the lavatory opposite to the first interior side-wall in the deployed position; and a spring loaded plunger operable to extend the extension panel outwardly from the extendable door panel in the deployed position.
A container end closure with a peripheral curl adapted for interconnection to a neck of a container, comprising: a central panel ; a pull tab comprising a nose and a tail , said pull tab adapted for applying a downward force on a predetermined portion of said central panel ; a rivet operatively interconnecting said pull tab to an upper surface of said central panel and allowing said pull tab to rotate; a first opening portion at least partially defined by a first severable score line ; a second vent opening portion at least partially defined by a second severable score line , and wherein said second severable score line and said first severable score line are substantially oriented along a common line, and are positioned along the same radius of curvature, wherein said first opening portion and said second vent opening portion are integrally interconnected to form a larger combined opening; and a transition portion positioned between said first severable score line and said second severable score line which inhibits propagation of a fracture from said first severable score line into said second severable score line , and wherein said nose of said pull tab can selectively move between a first position over said first opening portion and a second position over said second vent opening portion to facilitate opening of said first and second portions as said nose portion of said pull tab is pushed downward. a central panel ; a pull tab comprising a nose and a tail , said pull tab adapted for applying a downward force on a predetermined portion of said central panel ; a rivet operatively interconnecting said pull tab to an upper surface of said central panel and allowing said pull tab to rotate; a first opening portion at least partially defined by a first severable score line ; a second vent opening portion at least partially defined by a second severable score line , and wherein said second severable score line and said first severable score line are substantially oriented along a common line, and are positioned along the same radius of curvature, wherein said first opening portion and said second vent opening portion are integrally interconnected to form a larger combined opening; and a transition portion positioned between said first severable score line and said second severable score line which inhibits propagation of a fracture from said first severable score line into said second severable score line , and wherein said nose of said pull tab can selectively move between a first position over said first opening portion and a second position over said second vent opening portion to facilitate opening of said first and second portions as said nose portion of said pull tab is pushed downward.
A control method for a dishwasher , the dishwasher comprising a housing , a fan , a humidity detection unit , a heating device and a feeding device for a dish-brightening agent for reducing the surface tension of water and avoiding water marks on dishes in the dishwasher, wherein the housing is provided with a working chamber and an air flue for keeping the working chamber in communication with the outside, the humidity detection unit is configured to detect a humidity of the working chamber , and the fan is configured to establish an airflow passing through the heating device and the air flue to ventilate the working chamber , the control method comprising steps of: determining whether the dish-brightening agent is fed by the feeding device ; controlling the humidity detection unit to detect the humidity after the dishwasher finishes washing; when the dish-brightening agent is fed by the feeding device , controlling the heating device to be turned off and controlling, according to the humidity, the fan to stop running for a first predefined time and then run for a second predefined time after the dishwasher finishes washing, wherein the humidity is negatively correlated to the first predefined time, and the humidity is positively correlated to the second predefined time; and when no dish-brightening agent is fed by the feeding device , controlling, according to the humidity, the fan and the heating device to stop running for a third predefined time and then run for a fourth predefined time after the dishwasher finishes washing, wherein the humidity is negatively correlated to the third predefined time, and the humidity is positively correlated to the fourth predefined time. determining whether the dish-brightening agent is fed by the feeding device ; controlling the humidity detection unit to detect the humidity after the dishwasher finishes washing; when the dish-brightening agent is fed by the feeding device , controlling the heating device to be turned off and controlling, according to the humidity, the fan to stop running for a first predefined time and then run for a second predefined time after the dishwasher finishes washing, wherein the humidity is negatively correlated to the first predefined time, and the humidity is positively correlated to the second predefined time; and when no dish-brightening agent is fed by the feeding device , controlling, according to the humidity, the fan and the heating device to stop running for a third predefined time and then run for a fourth predefined time after the dishwasher finishes washing, wherein the humidity is negatively correlated to the third predefined time, and the humidity is positively correlated to the fourth predefined time.