mhurhangee/patent-ind-claim-en huggingface dataset:
A drive unit for a vehicle, comprising: a prime mover being an electric motor; a torque converter to which a torque is inputted from the prime mover ; and a power transmission mechanism, wherein the prime mover is disposed on one side of the power transmission mechanism, characterized in that the torque converter is disposed on the other side of the power transmission mechanism such that the power transmission mechanism is disposed between the prime mover and the torque converter , the power transmission mechanism transmitting the torque outputted from the torque converter toward a drive wheel of the vehicle. a prime mover being an electric motor; a torque converter to which a torque is inputted from the prime mover ; and a power transmission mechanism, wherein the prime mover is disposed on one side of the power transmission mechanism, characterized in that the torque converter is disposed on the other side of the power transmission mechanism such that the power transmission mechanism is disposed between the prime mover and the torque converter , the power transmission mechanism transmitting the torque outputted from the torque converter toward a drive wheel of the vehicle.
Foundation for a windmill with a base ring composed of prefabricated concrete elements and divided into several ring sections and support elements extending radially outward from the base ring , wherein the base ring is supported on the support elements by primary strut ribs and wherein a mounting ring , which is divided into several ring sections and composed of prefabricated concrete elements, is placed on the base ring and connected to the base ring , characterized in that the mounting ring is supported by secondary strut ribs on the primary strut ribs , wherein a ring section of the mounting ring with at least one secondary strut rib is formed in one piece as a prefabricated concrete element.
Device with a positioning frame which can be affixed to the skin and with a transdermal therapeutic system which can be inserted into a recess passing through the positioning frame , the active substance delivery side of the inserted transdermal therapeutic system facing the skin , characterized in that the device comprises a tool unit which can be inserted into the recess of the positioning frame and centered in said recess in order to produce openings at least in the uppermost layer of the skin , such that the transdermal therapeutic system is insertable into the recess after the tool unit has been withdrawn from the recess .
A method for compacting soil (S) by a soil compactor comprising at least one soil compacting device , the method comprising generating an as-built model of compaction level covering at least a work order area to be compacted; determining boundaries for the work order area to be compacted; determining location data for an area over which the at least one soil compacting device travels; generating an up-to-date travel path to be driven to cover the work order area to be compacted by the at least one soil compacting device at least once by using compactor operation for compacting soil (S) and measurement function for measuring the compaction level of soil while compacting; driving the soil compactor according to the up-to-date travel path ; wherein the method further comprises: saving to the as-built model of compaction level at least a location-specific as-built compaction level of soil; updating the as-built model of compaction level substantially continuously by at least the location-specific as-built compaction level of soil; and updating the up-to-date travel path according to the updated as-built model of compaction level . generating an as-built model of compaction level covering at least a work order area to be compacted; determining boundaries for the work order area to be compacted; determining location data for an area over which the at least one soil compacting device travels; generating an up-to-date travel path to be driven to cover the work order area to be compacted by the at least one soil compacting device at least once by using compactor operation for compacting soil (S) and measurement function for measuring the compaction level of soil while compacting; driving the soil compactor according to the up-to-date travel path ; wherein the method further comprises: saving to the as-built model of compaction level at least a location-specific as-built compaction level of soil; updating the as-built model of compaction level substantially continuously by at least the location-specific as-built compaction level of soil; and updating the up-to-date travel path according to the updated as-built model of compaction level . saving to the as-built model of compaction level at least a location-specific as-built compaction level of soil; updating the as-built model of compaction level substantially continuously by at least the location-specific as-built compaction level of soil; and updating the up-to-date travel path according to the updated as-built model of compaction level .
A binder composition for a foundry mix, comprising: a polyurethane binder precursor, provided in two parts, the first part comprising a polyol component and the second part comprising a polyisocyanate component; and a liquid curing catalyst, selected to provide a work time in the range of 45 to 60 minutes after being mixed with the polyurethane binder precursors and a strip time that is less than 167% of the work time, as measured from the same starting point, wherein the liquid curing catalyst comprises a pyridine, substituted at the second or third position with a moiety having a molecular weight in the range of 30 to 100 mwu. a polyurethane binder precursor, provided in two parts, the first part comprising a polyol component and the second part comprising a polyisocyanate component; and a liquid curing catalyst, selected to provide a work time in the range of 45 to 60 minutes after being mixed with the polyurethane binder precursors and a strip time that is less than 167% of the work time, as measured from the same starting point, wherein the liquid curing catalyst comprises a pyridine, substituted at the second or third position with a moiety having a molecular weight in the range of 30 to 100 mwu.
A pseudo H&E image producing method, including steps of: inputting a grayscale interference image of a pathological sample to a first memory block of an information processing apparatus , the grayscale interference image having a first image resolution, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus , the grayscale fluorescence image having a second image resolution; using the information processing apparatus to perform a first color transform operation on the grayscale interference image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image; and outputting the pseudo H&E image to a display unit , wherein the grayscale interference image is generated by an optical interference microscopy scheme, which uses interference between a light beam and a reflected light beam to generate an image of the pathological sample. inputting a grayscale interference image of a pathological sample to a first memory block of an information processing apparatus , the grayscale interference image having a first image resolution, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus , the grayscale fluorescence image having a second image resolution; using the information processing apparatus to perform a first color transform operation on the grayscale interference image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image; and outputting the pseudo H&E image to a display unit , wherein the grayscale interference image is generated by an optical interference microscopy scheme, which uses interference between a light beam and a reflected light beam to generate an image of the pathological sample.
A catheter system for a catheter pump , comprising: an elongate catheter body having a distal portion including an expandable cannula having an inlet and an outlet, the expandable cannula having a delivery profile and an operational profile larger than the delivery profile; an impeller assembly disposed in the expandable cannula and including an impeller shaft and an impeller body including one or more impeller blades , the impeller blade(s) drawing fluid into the expandable cannula when rotated in the fluid; and a sheath having a cannula retention zone disposed over the expandable cannula and a separation zone , the cannula retention zone having a first configuration adapted to retain the expandable cannula in the delivery profile, characterised in that a separation device is disposed on the catheter system proximal of the sheath at least when the cannula retention zone of the sheath is disposed over the expandable cannula , the separation device being adapted to separate the separation zone into a first portion and a second portion disposed across a gap, the gap enabling the elongate catheter body to pass between the first and second portions so that the sheath can be removed from the elongate catheter body . an elongate catheter body having a distal portion including an expandable cannula having an inlet and an outlet, the expandable cannula having a delivery profile and an operational profile larger than the delivery profile; an impeller assembly disposed in the expandable cannula and including an impeller shaft and an impeller body including one or more impeller blades , the impeller blade(s) drawing fluid into the expandable cannula when rotated in the fluid; and a sheath having a cannula retention zone disposed over the expandable cannula and a separation zone , the cannula retention zone having a first configuration adapted to retain the expandable cannula in the delivery profile, characterised in that a separation device is disposed on the catheter system proximal of the sheath at least when the cannula retention zone of the sheath is disposed over the expandable cannula , the separation device being adapted to separate the separation zone into a first portion and a second portion disposed across a gap, the gap enabling the elongate catheter body to pass between the first and second portions so that the sheath can be removed from the elongate catheter body .
An actuation mechanism for a multi-plate disc brake , the actuation mechanism comprising: an energy storage element configured to apply said disc brake, the energy storage element being movable between a first position where said disc brake is released, and a second position where said disc brake is applied; a force transmission path configured to transmit force from the energy storage element to apply said disc brake; and a hydraulic chamber ; wherein the force transmission path comprises a first member and a second member arranged in series; wherein the hydraulic chamber is configured, when pressurised, to act on the first member such that the energy storage element is moved to the first position; and wherein the second member is separated from the chamber such that, when the chamber is pressurised, no pressure is applied to the second member ; wherein the first member comprises a first piston and a projection secured to the first piston , wherein the projection is configured to transmit force to the second member ; and characterized in that the projection is adjustable in a radial direction in relation to the first piston . an energy storage element configured to apply said disc brake, the energy storage element being movable between a first position where said disc brake is released, and a second position where said disc brake is applied; a force transmission path configured to transmit force from the energy storage element to apply said disc brake; and a hydraulic chamber ; wherein the force transmission path comprises a first member and a second member arranged in series; wherein the hydraulic chamber is configured, when pressurised, to act on the first member such that the energy storage element is moved to the first position; and wherein the second member is separated from the chamber such that, when the chamber is pressurised, no pressure is applied to the second member ; wherein the first member comprises a first piston and a projection secured to the first piston , wherein the projection is configured to transmit force to the second member ; and characterized in that the projection is adjustable in a radial direction in relation to the first piston .
A solid-state imaging device comprising: a detector substrate having a first main-surface, on which a plurality of first lands , which function as detecting electrodes, are arranged in a matrix; a signal-circuit substrate having a second main-surface, on which plurality of second lands , which function as read-out electrodes, are arranged so as to face the arrangement of the first lands ; and a plurality of tubular bumps (X ij ), each of which having a flattened plane pattern, and is provided between each of the plurality of first lands and each of the plurality of second lands, characterised in that , the plurality of tubular bumps respectively having, in a plan view, major-axis directions to define inclined angles, being arranged in the matrix such that the inclined angles differ depending on locations of the plurality of tubular bumps. a detector substrate having a first main-surface, on which a plurality of first lands , which function as detecting electrodes, are arranged in a matrix; a signal-circuit substrate having a second main-surface, on which plurality of second lands , which function as read-out electrodes, are arranged so as to face the arrangement of the first lands ; and a plurality of tubular bumps (X ij ), each of which having a flattened plane pattern, and is provided between each of the plurality of first lands and each of the plurality of second lands, characterised in that , the plurality of tubular bumps respectively having, in a plan view, major-axis directions to define inclined angles, being arranged in the matrix such that the inclined angles differ depending on locations of the plurality of tubular bumps.
A motor lock , which can be actuated both manually and driven by a motor, comprising at least one locking bolt which can be switched between a locked position and a release position; an adjustment element for a manual switching of the locking bolt ; and a drive motor for a motor-driven switching of the locking bolt , wherein a gear element , which can be driven by the drive motor , can be adjusted between at least one coupling position, in which there is a drive-effective coupling between the drive motor and the locking bolt , and a decoupling position, in which the drive-effective coupling between the drive motor and the locking bolt is interrupted, wherein the motor lock has a control device which is configured to set the gear element into the at least one coupling position for a motor-driven switching of the locking bolt and to set the gear element into the decoupling position for a manual switching of the locking bolt , and wherein the gear element cooperates with the locking bolt via an entrainer which, on the one hand, is capable of acting on a control element operatively connected to the locking bolt on a movement of the gear element in the direction of the at least one coupling position and which, on the other hand, can be moved into a retracted position spaced apart from the control element by a movement of the gear element in the direction of the decoupling position, characterized in that the control element is displaceable and the entrainer present in the retracted position is arranged completely outside the movement path of the control element . at least one locking bolt which can be switched between a locked position and a release position; an adjustment element for a manual switching of the locking bolt ; and a drive motor for a motor-driven switching of the locking bolt , wherein a gear element , which can be driven by the drive motor , can be adjusted between at least one coupling position, in which there is a drive-effective coupling between the drive motor and the locking bolt , and a decoupling position, in which the drive-effective coupling between the drive motor and the locking bolt is interrupted, wherein the motor lock has a control device which is configured to set the gear element into the at least one coupling position for a motor-driven switching of the locking bolt and to set the gear element into the decoupling position for a manual switching of the locking bolt , and wherein the gear element cooperates with the locking bolt via an entrainer which, on the one hand, is capable of acting on a control element operatively connected to the locking bolt on a movement of the gear element in the direction of the at least one coupling position and which, on the other hand, can be moved into a retracted position spaced apart from the control element by a movement of the gear element in the direction of the decoupling position,
A patient interface comprising: a body portion (x02) sized and shaped to surround the nose and/or mouth of a user and adapted to create at least a substantial seal with the user's face; a coupling (x06) that permits the patient interface to be coupled to a gas delivery system; a vent (x12) that allows the passage of gas from an interior of the body portion (x02) to an exterior of the body portion (x02), the vent (x12) comprising a plurality of exit holes (x14) arranged in an array; and a plenum chamber (x40) that receives the gas exiting the vent (x12), wherein the plenum chamber (x40) is defined, in part, by an annulus cap which redirects the gas exiting the vent (x12) radially outward to the environment, through an angle of between about 45 degrees and about 135 degrees and the plenum chamber (x40) also contains a fibrous media (x66), wherein the plurality of exit holes (x14) is on the coupling (x06), disposed between the body portion (x02) and a connection end (x18) for a gas delivery circuit. a body portion (x02) sized and shaped to surround the nose and/or mouth of a user and adapted to create at least a substantial seal with the user's face; a coupling (x06) that permits the patient interface to be coupled to a gas delivery system; a vent (x12) that allows the passage of gas from an interior of the body portion (x02) to an exterior of the body portion (x02), the vent (x12) comprising a plurality of exit holes (x14) arranged in an array; and a plenum chamber (x40) that receives the gas exiting the vent (x12), wherein the plenum chamber (x40) is defined, in part, by an annulus cap which redirects the gas exiting the vent (x12) radially outward to the environment, through an angle of between about 45 degrees and about 135 degrees and the plenum chamber (x40) also contains a fibrous media (x66), wherein the plurality of exit holes (x14) is on the coupling (x06), disposed between the body portion (x02) and a connection end (x18) for a gas delivery circuit.
A tower segment for a tower of a wind power installation , for attaching to a support structure, in particular to a foundation, comprising - a tower base element having ∘ an upper end and a lower end , and ∘ a threaded opening arranged at the lower end , - a flange , which is arranged at the lower end , having a first flange opening and a second flange opening , - wherein the tower base element and the flange are connected by a fastening element arranged in the threaded opening and the first flange opening , and - wherein the second flange opening is formed in such a way that a connecting element of the support structure can extend through the second flange opening , and - a load element , which is arranged on the flange , having a first load element opening , wherein the fastening element is partially arranged within the first load element opening . - a tower base element having ∘ an upper end and a lower end , and ∘ a threaded opening arranged at the lower end , ∘ an upper end and a lower end , and ∘ a threaded opening arranged at the lower end , - a flange , which is arranged at the lower end , having a first flange opening and a second flange opening , - wherein the tower base element and the flange are connected by a fastening element arranged in the threaded opening and the first flange opening , and - wherein the second flange opening is formed in such a way that a connecting element of the support structure can extend through the second flange opening , and - a load element , which is arranged on the flange , having a first load element opening , wherein the fastening element is partially arranged within the first load element opening .
A blade holding apparatus for holding one end of a wind turbine blade during a handling step, which blade holding apparatus comprises - a support structure comprising an opening for accommodating one end of the wind turbine blade ; - a clamping arrangement arranged in the opening , which clamping arrangement is realised to exert a clamping force (F C ) on the wind turbine blade ; and - a locking arrangement for locking the clamping arrangement (2,) relative to the support structure ; wherein the clamping arrangement comprises a pair of blade gripping elements mounted on opposing sides of the opening in the support structure , characterized in that at least one blade gripping element is moveably mounted along its side of the opening in the support structure , whereby a motion of the blade gripping element relative to the opening of the support structure is effected by the weight of the blade . - a support structure comprising an opening for accommodating one end of the wind turbine blade ; - a clamping arrangement arranged in the opening , which clamping arrangement is realised to exert a clamping force (F C ) on the wind turbine blade ; and - a locking arrangement for locking the clamping arrangement (2,) relative to the support structure ;