mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising a staple cartridge (970; 1070), wherein the staple cartridge comprises: (i) a plurality of staples , (ii) a deck (973; 1073), wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, wherein the deck further comprises a first mechanical coupling feature, (iii) a buttress assembly (910; 1010), comprising: (A) a buttress body (912; 1012), and (B) a second mechanical coupling feature (980; 1080), wherein the second mechanical coupling feature is configured to engage the first mechanical coupling feature to releasably couple the buttress body to the deck; and (iv) a sled member disposed in the cartridge below the deck, wherein the sled member is configured to traverse longitudinally below the deck, wherein the deck comprises an aperture (990; 1090) and the second mechanical coupling feature is configured to be received within the aperture, and wherein the deck defines an outer portion and an inner portion (973a; 1073a); characterised in that the first mechanical coupling feature comprises the inner portion of the deck, and the second mechanical coupling feature is configured to engage with the sled and the inner portion of the deck in response to being directed into the aperture. (i) a plurality of staples , (ii) a deck (973; 1073), wherein the deck defines a plurality of openings, wherein each opening of the plurality of openings is associated with a corresponding staple of the plurality of staples, such that each staple is configured to pass through a corresponding opening of the plurality of openings, wherein the deck further comprises a first mechanical coupling feature, (iii) a buttress assembly (910; 1010), comprising: (A) a buttress body (912; 1012), and (B) a second mechanical coupling feature (980; 1080), wherein the second mechanical coupling feature is configured to engage the first mechanical coupling feature to releasably couple the buttress body to the deck; and (A) a buttress body (912; 1012), and (B) a second mechanical coupling feature (980; 1080), wherein the second mechanical coupling feature is configured to engage the first mechanical coupling feature to releasably couple the buttress body to the deck; and (iv) a sled member disposed in the cartridge below the deck, wherein the sled member is configured to traverse longitudinally below the deck, wherein the deck comprises an aperture (990; 1090) and the second mechanical coupling feature is configured to be received within the aperture, and wherein the deck defines an outer portion and an inner portion (973a; 1073a);
A film suitable for administration to an oral cavity comprising: (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient (API) which is one or more cannabinoids or pharmaceutically acceptable salts thereof; wherein the alginate salt of a monovalent cation comprises from 25 to 35% by weight of β-D-mannuronate and from 65 to 75% by weight of α-L-guluronate. (i) an alginate salt of a monovalent cation or a mixture of alginate salts containing at least one alginate salt of a monovalent cation; and (ii) an active pharmaceutical ingredient (API) which is one or more cannabinoids or pharmaceutically acceptable salts thereof;
An aeronautical propulsion system comprising: - a drive shaft rotatable about an axis of rotation (X), - a fan , - a fan shaft configured to drive the fan in rotation about the axis of rotation (X), - a reduction mechanism coupling the drive shaft and the fan shaft , the propulsion system being characterised in that the reduction mechanism comprises two reduction stages comprising: - a sun gear , centred on the axis of rotation (X) and configured to be driven in rotation by the drive shaft , - a ring gear , coaxial with the sun gear and configured to drive the fan shaft in rotation about the axis of rotation (X), and - a series of satellites distributed circumferentially about the axis of rotation (X) between the sun gear and the ring gear , each satellite comprising a first portion forming the first reduction stage meshed with the sun gear and a second portion forming the second reduction stage meshed with the ring gear , a diameter of the first portion being different from a diameter of the second portion , and in that the propulsion system further comprises an oil transfer bearing positioned between the fan and the reduction mechanism . - a drive shaft rotatable about an axis of rotation (X), - a fan , - a fan shaft configured to drive the fan in rotation about the axis of rotation (X), - a reduction mechanism coupling the drive shaft and the fan shaft , - a sun gear , centred on the axis of rotation (X) and configured to be driven in rotation by the drive shaft , - a ring gear , coaxial with the sun gear and configured to drive the fan shaft in rotation about the axis of rotation (X), and - a series of satellites distributed circumferentially about the axis of rotation (X) between the sun gear and the ring gear , each satellite comprising a first portion forming the first reduction stage meshed with the sun gear and a second portion forming the second reduction stage meshed with the ring gear , a diameter of the first portion being different from a diameter of the second portion ,
A stepwise timepiece display mechanism , arranged to be driven by a horological movement, and including a stopwork mechanism of the Maltese cross type with a director wheel capable of controlling, in a portion of the angular travel thereof, the pivoting of at least one satellite wheel , said director wheel including a crown arranged to be indirectly pivotally driven from a drive wheel or a cannon-pinion included in one said horological movement through a cam wheel of the display mechanism , said cam wheel being arranged to move said crown from a wound position to an unwound position by an instantaneous displacement of said crown in a first direction to pivot one said satellite wheel about a satellite axis, and to move said crown from said unwound position to said wound position by a regulated displacement of said crown which is slower than said instantaneous displacement during a return movement in a second direction opposite to said first direction, characterised in that said cam wheel includes a plate and a cam which are coaxially mounted, said plate being indirectly driven by said cannon-pinion and including a slot for driving an eccentric finger included in said cam whose profile controls the pivoting of a carrier arranged to drive said crown between two extreme positions of said winding and unwinding positions, said slot allowing, on the one hand, a free jump of said carrier which interacts with said cam in the unwinding direction, and on the other hand, a longer re-winding duration related to the relative path of said finger and said slot , and in that said cam wheel further includes, a friction disc , coaxially mounted with said plate and said cam , which is directly or indirectly driven by said cannon-pinion and arranged to drive said plate by the friction, and whose angular adjustment relative to said plate allows an accurate adjustment of the moment of the jump of said crown .
Method for regulating an electric machine , wherein to prevent a thermal overload of the electric machine the motor current is limited in dependence upon the motor rotational speed (n) of the electric machine , wherein a first current limit value (I 1 ) is predefined for the electric machine at a standstill and a second current limit value (I 2 ) is predefined for a rated rotational speed (n n ) of the electric machine , wherein the motor current is limited to a value (I GW,1 ) of a first straight line in dependence upon the motor rotational speed (n) for values between standstill and rated rotational speed (n n ), wherein the first straight line is formed as a function of the motor rotational speed (n) by the first current limit value (I 1 ) and the second current limit value (I 2 ), wherein the motor current is limited to a value (I GW,2 ) of a second straight line in dependence upon the motor rotational speed (n) for values above the rated rotational speed (n n ), wherein the second straight line runs as a function of the motor rotational speed (n) by way of the second current limit value (I 2 ) and assumes the value of zero at maximum rotational speed (n max ) of the electric machine .
Massage device with a control assembly for controlling the intensity of the massage movement comprising at least a preferably elongated massage section with at least a wall forming the outer surface of the massage section and at least a first electric drive mechanism with a first electric motor unit (4.1) and at least a second drive mechanism with a second electric motor unit (4.2), which are respectively operatively connected at least in sections directly or indirectly to the wall for the generation of a massage movement, wherein, for control of the intensity of the massage movement, the control assembly is connected to the electric motor units (4.1, 4.2) and the control assembly is designed to determine the intensity of the movement and/or deformation and/or vibration of the wall operatively connected directly or indirectly to the respective electric motor units (4.1, 4.2) as a massage movement the current electric power consumption at least of the first electric motor unit (4.1) periodically or continuously and to compare the determined electric power consumption with at least one predetermined reference power consumption and, as a function thereof, to control the intensity of the massage movement generated by the second electric motor unit (4.2), wherein, starting from a basic intensity corresponding to the current massage behaviour of the user, the intensity of the massage movement generated by the second electric motor unit (4.2) is either increased or decreased as a function of the load of the first electric motor unit (4.1), namely by degrees or continuously.
Medical reinforcement device for a tissue region with sutures comprising a staple line and a staple circle , the device having the shape of a ring to cover and reinforce the region along the staple circle , device characterised by the fact that the ring comprises lateral means for covering and reinforcing, to cover and reinforce portions of the staple line extending beyond the staple circle .
An isolated antibody comprising: (a) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 108; (b) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 123; (c) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 135; (d) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 81; (e) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 84; and (f) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 96; wherein the antibody specifically targets both N-acetylneuraminic sialyl Tn antigen (AcSTn) and N-glycolylneuraminic sialyl Tn antigen (GcSTn). (a) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 108; (b) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 123; (c) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 135; (d) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 81; (e) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 84; and (f) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 96;
A lining drum , comprising: a tubular body having at least one open end, the tubular body having an inlet and an outlet defined therein; an end piece removably attached to the open end of the tubular body , the end piece being movable between a closed position to close the open end of the tubular body and an open position to open the open end of the tubular body; a rotatable shaft arrangement disposed inside the tubular body and extending from said end piece, the shaft arrangement having a shaft and a guide ; and a crank disposed outside the tubular body and fixed to the shaft arrangement for rotating a shaft of the shaft arrangement, characterized in that the end piece has a spring-loaded end-protrusion in operative engagement with a protrusion of the tubular body , the end piece being movable between a closed position and an open position by axially sliding the shaft relative to the guide against a biasing force of the spring-loaded end-protrusion , the end piece and the tubular body having a gap defined therein when the end piece is in the open position. a tubular body having at least one open end, the tubular body having an inlet and an outlet defined therein; an end piece removably attached to the open end of the tubular body , the end piece being movable between a closed position to close the open end of the tubular body and an open position to open the open end of the tubular body; a rotatable shaft arrangement disposed inside the tubular body and extending from said end piece, the shaft arrangement having a shaft and a guide ; and a crank disposed outside the tubular body and fixed to the shaft arrangement for rotating a shaft of the shaft arrangement, characterized in that the end piece has a spring-loaded end-protrusion in operative engagement with a protrusion of the tubular body , the end piece being movable between a closed position and an open position by axially sliding the shaft relative to the guide against a biasing force of the spring-loaded end-protrusion , the end piece and the tubular body having a gap defined therein when the end piece is in the open position.
A MEMS photoacoustic gas sensor, comprising: a first membrane (14 1 ); a second membrane (14 2 ) opposing the first membrane (14 1 ) and spaced apart from the first membrane (14 1 ) by a sensing volume ; and an electromagnetic source in communication with the sensing volume ; wherein the electromagnetic source is configured to generate and emit energy into the sensing volume to thereby excite gas and/or particles in the sensing volume in order to generate pressure inside the sensing volume that leads to deflections of the membranes (14 1 , 14 2 ) in opposite directions; wherein the photoacoustic gas sensor is adapted to provide a measurement signal generated by the deflections of the membranes (14 1 , 14 2 ). a first membrane (14 1 ); a second membrane (14 2 ) opposing the first membrane (14 1 ) and spaced apart from the first membrane (14 1 ) by a sensing volume ; and an electromagnetic source in communication with the sensing volume ; wherein the electromagnetic source is configured to generate and emit energy into the sensing volume to thereby excite gas and/or particles in the sensing volume in order to generate pressure inside the sensing volume that leads to deflections of the membranes (14 1 , 14 2 ) in opposite directions; wherein the photoacoustic gas sensor is adapted to provide a measurement signal generated by the deflections of the membranes (14 1 , 14 2 ).
A tongue strengthening device comprising: an intraoral bolus simulator comprising an exterior surface and having an interior volume fillable with a fluid, wherein the intraoral bolus simulator comprises a sensor input component; and an extra oral user interface connected to the intraoral bolus simulator, wherein the intraoral bolus simulator is reciprocally moveable relative to the extra oral user interface in response to a movement of a user' s tongue, and wherein the sensor input component is configured to detect a pressure or force applied to the intraoral bolus simulator and/or to detect movement of the intraoral bolus simulator relative to the extra oral user interface, wherein the extra oral user interface comprises a use indicator configured to provide feedback to the user about the pressure or force applied to the intra oral bolus simulator and/or the movement of the intra oral bolus simulator relative to the extra oral user interface, wherein the sensor input component comprises an array of force sensors disposed in the intra oral bolus simulator, and the force sensors comprise a resistor, characterized in that the sensor input component comprises a jaw belt spaced apart from the intraoral bolus simulator, wherein one of the jaw belt and intraoral bolus simulator comprises a hall effect sensor, and wherein the other of the jaw belt and intraoral bolus simulator comprises a magnet. an intraoral bolus simulator comprising an exterior surface and having an interior volume fillable with a fluid, wherein the intraoral bolus simulator comprises a sensor input component; and an extra oral user interface connected to the intraoral bolus simulator, wherein the intraoral bolus simulator is reciprocally moveable relative to the extra oral user interface in response to a movement of a user' s tongue, and wherein the sensor input component is configured to detect a pressure or force applied to the intraoral bolus simulator and/or to detect movement of the intraoral bolus simulator relative to the extra oral user interface, wherein the extra oral user interface comprises a use indicator configured to provide feedback to the user about the pressure or force applied to the intra oral bolus simulator and/or the movement of the intra oral bolus simulator relative to the extra oral user interface, wherein the sensor input component comprises an array of force sensors disposed in the intra oral bolus simulator, and the force sensors comprise a resistor, characterized in that the sensor input component comprises a jaw belt spaced apart from the intraoral bolus simulator, wherein one of the jaw belt and intraoral bolus simulator comprises a hall effect sensor, and wherein the other of the jaw belt and intraoral bolus simulator comprises a magnet.
A control device of an internal-combustion engine configured to control an internal-combustion engine including at least variable valve timing mechanism for adjustably changes a valve-opening timing of an intake valve , the control device comprising: setting unit (ST102) which sets the target valve-opening timing of the intake valve of the variable valve timing mechanism; and variable valve drive control unit (ST103) which operates the variable valve timing mechanism on the basis of the target valve-opening timing set by the setting unit, characterized in that the setting unit (ST102) sets a first target valve-opening timing to be set when a load of the internal-combustion engine is within a first range which is defined from a starting end to a termination end of a range of the load in which there is a possibility of the internal-combustion engine causing abnormal combustion, later than both a second target valve-opening timing to be set when the load is within a second range in which the load is lower than the load at the starting end, and a third target valve-opening timing to be set when the load is within a third range in which the load is higher than the load at the termination end. setting unit (ST102) which sets the target valve-opening timing of the intake valve of the variable valve timing mechanism; and variable valve drive control unit (ST103) which operates the variable valve timing mechanism on the basis of the target valve-opening timing set by the setting unit, characterized in that the setting unit (ST102) sets a first target valve-opening timing to be set when a load of the internal-combustion engine is within a first range which is defined from a starting end to a termination end of a range of the load in which there is a possibility of the internal-combustion engine causing abnormal combustion, later than both a second target valve-opening timing to be set when the load is within a second range in which the load is lower than the load at the starting end, and a third target valve-opening timing to be set when the load is within a third range in which the load is higher than the load at the termination end.
Sensor unit for vehicles for detecting at least the moisture and/or the temperature on the inside of a vehicle window by means of at least one sensor , it being possible for the sensor unit to be mounted in contact with the inside of the vehicle window, the sensor unit comprising a housing , the sensor unit being partially enclosed by the housing , the housing comprising at least one opening in the direction of the vehicle window through which the sensor unit can be pressed against the vehicle window, the sensor unit comprising a printed circuit board , the printed circuit board being pressed against the inside of the vehicle window when the sensor unit is in the mounted state, the printed circuit board being arranged between the sensor and the vehicle window, the printed circuit board being a rigid-flexible printed circuit board , the rigid-flexible printed circuit board comprising a bend at least in a partial region, the bend of the rigid-flexible printed circuit board being set up in such a way as to generate an elastic restoring force, which presses the rigid-flexible printed circuit board against the vehicle window, wherein the rigid-flexible printed circuit board comprises at least one recess for receiving a fixing means , the recess and the fixing means being designed to hold the rigid-flexible printed circuit board in a specific shape, characterized in that the rigid-flexible printed circuit board has a substantially elongate shape, the recess having an elongate shape which extends substantially parallel to the longitudinal direction of the rigid-flexible printed circuit board .
Pull-out guide having a guide rail which can be fixed to a body, a central rail and a running rail which can be coupled to a pull-out element and can be moved between a pull-out position and a retracted position, wherein rolling bodies retained in a first rolling-body cage are provided between the guide rail and the central rail , and rolling bodies retained in a second rolling-body cage are provided between the central rail and the running rail , and the first rolling-body cage is synchronized with the second rolling-body cage via a flexible deflecting element which is guided on the central rail , wherein a third rolling-body cage with rolling bodies is provided between the running rail and the central rail , characterized in that the third rolling-body cage is arranged movably relative to the second rolling-body cage parallel to the pull-out direction.