mhurhangee/patent-ind-claim-en huggingface dataset:
A solid bowl screw centrifuge for separating a medium into at least one light phase and one heavy phase, with a rotatable drum and a screw which is rotatable therein and exhibits a screw hub with a screw helix arranged thereon, which forms a conveyance path for the heavy phase in order to discharge the heavy phase from the light phase out of the drum by means of the screw , wherein at least one cutting edge-like element is arranged in the conveyance path, which is arranged on the screw hub and protrudes therefrom to such an extent that it is immersed in the medium to be separated during operation of the solid bowl screw centrifuge , characterized in that the at least one cutting edge-like element is mounted on a base plate attached to the screw hub to be stationary and exchangeable.
A pool cleaning robot for cleaning a pool, the pool cleaning robot comprises: a housing ; a filtering unit that is constructed and arranged to filter fluid; a fluid control unit that is constructed and arranged to control a flow of the fluid within the pool cleaning robot; a lighting system that comprises at least one laser beam emitter, the lighting system is constructed and arranged to illuminate a surroundings of the pool cleaning robot by at least a green light and a light of another colour, thus forming a dual colour lighting system; a sensing unit that comprises a first camera and a second camera that are spaced apart from each other and that are constructed and arranged to obtain multiple images of the surroundings of the pool cleaning robot, while the surroundings are illuminated by the dual colour lighting system; a processor constructed and arranged to process the images of the surroundings of the pool cleaning robot to estimate and compare penetration depths of the green light and the light of the other colour when the surroundings of the pool cleaning robot are illuminated by the dual colour lighting system; and a drive system that is constructed and arranged to move the pool cleaning robot along a cleaning path. a housing ; a filtering unit that is constructed and arranged to filter fluid; a fluid control unit that is constructed and arranged to control a flow of the fluid within the pool cleaning robot; a lighting system that comprises at least one laser beam emitter, the lighting system is constructed and arranged to illuminate a surroundings of the pool cleaning robot by at least a green light and a light of another colour, thus forming a dual colour lighting system; a sensing unit that comprises a first camera and a second camera that are spaced apart from each other and that are constructed and arranged to obtain multiple images of the surroundings of the pool cleaning robot, while the surroundings are illuminated by the dual colour lighting system; a processor constructed and arranged to process the images of the surroundings of the pool cleaning robot to estimate and compare penetration depths of the green light and the light of the other colour when the surroundings of the pool cleaning robot are illuminated by the dual colour lighting system; and a drive system that is constructed and arranged to move the pool cleaning robot along a cleaning path.
System for predictive chassis control for an off-road utility vehicle, with a wheel-spring device which is controllable with respect to a damping characteristic and/or suspension characteristic, with a sensor means for ascertaining a force profile (F(t)) of a disturbance acting on the wheel-spring device by reason of a condition of a ground surface to be driven along, with a navigation means for ascertaining a current geoposition of the off-road utility vehicle in the form of associated position data, and with a memory unit in which a control unit saves a quantity derived from the force profile (F(t)) brought about by reason of the disturbance , inclusive of the position data corresponding thereto, as an associated data pair, wherein the control unit detects an imminent renewed crossing of the disturbance by continuous reconciliation of the current geoposition, made available by the navigation means , of the off-road utility vehicle with the saved position data, and adapts the damping characteristic and/or suspension characteristic, on the basis of the saved quantity by pilot control of the wheel-spring device in such a manner that an influence of the disturbance on the wheel-spring device is at least partly compensated, wherein the derived quantity is a category allocated to the respective disturbance , characterized in that the control unit deletes the data pair saved in the memory unit upon expiration of a predetermined storage-time, wherein a variable presetting of the storage-time is undertaken by the control unit as a function of the meteorological conditions.
A wave generator for generating a wave in a pool of water and having bi-directionality, the wave generator comprising: a foil having a vertical front surface defined by a proximal edge , a distal edge , a bottom edge and a top edge , the vertical front surface being substantially symmetrical around a central vertical axis (α) between the proximal edge and the distal edge to provide substantially equal respective first and second wave forming surfaces , each of the first and second wave forming surfaces having a horizontal cross-sectional geometry that is concave about a front vertical axis in front of the vertical front surface thereof between a point defined by the respective proximal or distal edge and a midsection of the foil , characterized in that the foil has rotation in a yaw angle (γ) about the central vertical axis (α) to at least a first position and a second position, each of the first and second positions forming a leading surface of one of the first and second wave forming surfaces , and forming a trailing surface of the other of the first and second wave forming surfaces , the rotation to the first or second position enabling the leading surface to exert drag against the water when the foil moves in a horizontal direction perpendicular to the central vertical axis to generate a primary wave in the pool, and enabling the trailing surface to decrease the drag of the leading surface to minimize oscillatory waves that trail the primary wave from the water that moves past the leading surface.
A method for signal transmission, comprising: determining (S210) a time-frequency resource location of a downlink signal, wherein the downlink signal comprises at least one of a Synchronization Signal, SS, a broadcast signal, a common control channel signal, a common reference signal and a Measurement Reference Signal, MRS, the time-frequency resource location of the downlink signal is on multiple frequency points of a carrier within a predetermined time and the multiple frequency points are part of frequency points within a bandwidth of the carrier, wherein time-frequency resource location of the common control channel signal or the common reference signal is within a downlink control region; and transmitting (S220) the downlink signal according to the time-frequency resource location of the downlink signal; characterized in that when the downlink signal comprises the MRS, transmitting (S220) the downlink signal according to the time-frequency resource location of the downlink signal comprises: transmitting the MRS in a location, not used for the downlink control region, of the multiple frequency points, according to periodicity. determining (S210) a time-frequency resource location of a downlink signal, wherein the downlink signal comprises at least one of a Synchronization Signal, SS, a broadcast signal, a common control channel signal, a common reference signal and a Measurement Reference Signal, MRS, the time-frequency resource location of the downlink signal is on multiple frequency points of a carrier within a predetermined time and the multiple frequency points are part of frequency points within a bandwidth of the carrier, wherein time-frequency resource location of the common control channel signal or the common reference signal is within a downlink control region; and transmitting (S220) the downlink signal according to the time-frequency resource location of the downlink signal; characterized in that when the downlink signal comprises the MRS, transmitting (S220) the downlink signal according to the time-frequency resource location of the downlink signal comprises: transmitting the MRS in a location, not used for the downlink control region, of the multiple frequency points, according to periodicity.
Method for operating a reflection display system for displaying a display image for a vehicle occupant of a motor vehicle by way of reflection of the display image at a reflection surface, in particular at a windshield , wherein a display unit is configured with a micro-LED display in order to output the display image via a display surface of the display unit , wherein the display unit is arranged on an upper side of an instrument panel such that a reflection of the display image is perceivable via the windshield in an eye region (B) of a vehicle occupant, having the following steps: - operating (S1) at least one part of the LED diodes of the micro-LED display for sensing to detect a respective light intensity of incident light, in particular incident ambient light; - detecting (S2, S3) the presence of a foreign object on the display surface depending on the measured light intensities in the LED diodes which are operated for sensing; and - signalling (S4) a disruption of the display of the display image during the detection of the foreign object on the display surface . - operating (S1) at least one part of the LED diodes of the micro-LED display for sensing to detect a respective light intensity of incident light, in particular incident ambient light; - detecting (S2, S3) the presence of a foreign object on the display surface depending on the measured light intensities in the LED diodes which are operated for sensing; and - signalling (S4) a disruption of the display of the display image during the detection of the foreign object on the display surface .
An apparatus comprising a block-based processor , wherein instructions organized as instruction blocks are fetched, executed, and committed atomically, and wherein an instruction block comprises a block header and one or more instructions, the block based processor comprising: one or more processing cores configured to fetch and execute instruction blocks; and a control unit configured to, based on receiving a branch signal including the memory address of a target location, wherein the branch signal is generated by executing a branch instruction by one of the processing cores, characterized in that the control unit is configured to : verify that the target location is a valid branch target by verifying that an instruction block header is stored at the target location, by checking that one or more bits stored at the target location match an architectural specification for the block-based processor; and when the verifying indicates that an instruction header is not stored at the target location, the control unit is configured to initiate branch instruction exception processing. one or more processing cores configured to fetch and execute instruction blocks; and a control unit configured to, based on receiving a branch signal including the memory address of a target location, wherein the branch signal is generated by executing a branch instruction by one of the processing cores, characterized in that the control unit is configured to : verify that the target location is a valid branch target by verifying that an instruction block header is stored at the target location, by checking that one or more bits stored at the target location match an architectural specification for the block-based processor; and when the verifying indicates that an instruction header is not stored at the target location, the control unit is configured to initiate branch instruction exception processing. verify that the target location is a valid branch target by verifying that an instruction block header is stored at the target location, by checking that one or more bits stored at the target location match an architectural specification for the block-based processor; and when the verifying indicates that an instruction header is not stored at the target location, the control unit is configured to initiate branch instruction exception processing.
A one-piece prosthetic heart valve frame for a prosthetic heart valve , the prosthetic heart valve frame being radially expandable from a compressed configuration to an expanded configuration, comprising: a stent portion adapted to anchor against a heart valve annulus, the stent portion defining a lumen therethrough; a wireform portion adapted to support at least one valve leaflet of the prosthetic heart valve , wherein, when the prosthetic heart valve frame is in the compressed configuration, at least a portion of the wireform portion is positioned within the lumen defined by the stent portion , and wherein at least a part of the wireform portion is configured to undergo flexion during pulsatile loading; characterized in that the wireform portion comprises a plurality of cusps configured to engage with a respective valve leaflet , wherein each of the cusps comprises a thinned portion configured to facilitate compression of the wireform portion ; in the compressed configuration, at least a portion of the cusps is positioned inside the lumen of the stent portion ; and in the expanded configuration, the cusps are configured to be spaced apart from the stent portion along a longitudinal direction defined by the lumen of the stent portion . a stent portion adapted to anchor against a heart valve annulus, the stent portion defining a lumen therethrough; a wireform portion adapted to support at least one valve leaflet of the prosthetic heart valve , wherein, when the prosthetic heart valve frame is in the compressed configuration, at least a portion of the wireform portion is positioned within the lumen defined by the stent portion , and wherein at least a part of the wireform portion is configured to undergo flexion during pulsatile loading; characterized in that the wireform portion comprises a plurality of cusps configured to engage with a respective valve leaflet , wherein each of the cusps comprises a thinned portion configured to facilitate compression of the wireform portion ; in the compressed configuration, at least a portion of the cusps is positioned inside the lumen of the stent portion ; and in the expanded configuration, the cusps are configured to be spaced apart from the stent portion along a longitudinal direction defined by the lumen of the stent portion .
A method implemented at a network exposure node, wherein the network exposure node is a Service Capability Exposure Function or a Network Exposure Function the method comprising: receiving from a server a request for subscribing to a monitoring report that is enabled by an operator node, wherein the monitoring report is enabled based at least on a capability of at least one non-3rd Generation Partnership Project, 3GPP, operator asset; obtaining the monitoring report from the operator node; and sending the monitoring report to the server. receiving from a server a request for subscribing to a monitoring report that is enabled by an operator node, wherein the monitoring report is enabled based at least on a capability of at least one non-3rd Generation Partnership Project, 3GPP, operator asset; obtaining the monitoring report from the operator node; and sending the monitoring report to the server.
A method of manufacturing a photovoltaic cell comprising: depositing a first semiconductor layer in contact with a transparent conductive layer ; vaporizing a source material to form a semiconductor vapor with a vapor transport deposition system having a distributor, wherein the semiconductor vapor comprises Cd and Te; distributing the semiconductor vapor via the distributor to deposit an absorber layer adjacent to the first semiconductor layer; and introducing a P-type dopant in the absorber layer at a concentration greater than 0.5 ppma, characterized by : applying excess Cd or Te to the semiconductor vapor, whereby: the vapor is off-stoichiometric compared to CdTe, and a vapor phase overpressure of Cd or Te is introduced to the semiconductor vapor; and controlling vacancy concentration in the absorber layer using the vapor phase overpressure. depositing a first semiconductor layer in contact with a transparent conductive layer ; vaporizing a source material to form a semiconductor vapor with a vapor transport deposition system having a distributor, wherein the semiconductor vapor comprises Cd and Te; distributing the semiconductor vapor via the distributor to deposit an absorber layer adjacent to the first semiconductor layer; and introducing a P-type dopant in the absorber layer at a concentration greater than 0.5 ppma, characterized by : applying excess Cd or Te to the semiconductor vapor, whereby: the vapor is off-stoichiometric compared to CdTe, and a vapor phase overpressure of Cd or Te is introduced to the semiconductor vapor; and controlling vacancy concentration in the absorber layer using the vapor phase overpressure. applying excess Cd or Te to the semiconductor vapor, whereby: the vapor is off-stoichiometric compared to CdTe, and a vapor phase overpressure of Cd or Te is introduced to the semiconductor vapor; and the vapor is off-stoichiometric compared to CdTe, and a vapor phase overpressure of Cd or Te is introduced to the semiconductor vapor; and controlling vacancy concentration in the absorber layer using the vapor phase overpressure.
An induction system for cooling air which is fed to at least one heat exchanger and/or cooling surfaces of assemblies of a self-propelled harvester , wherein the induction system has a sieve through which the cooling air flows and which is provided on the intake side with a device for removing and comminuting constituents of the cooling air, that adhere to the intake surface of the sieve , and wherein the device comprises a suction device and a cutting device formed by elements of comb-like configuration at the surface of the sieve and at a surface portion facing towards same of the suction device and/or a frontal element connected thereto, wherein the comb-like elements arranged at the surface of the sieve are in the form of blades which are arranged on holding or blade bars extending at a mutual spacing and oriented transversely relative thereto, wherein at least one of the holding bars is provided with first blades and the comb-like elements are in the form of second blades at both ends of the suction device or the frontal element connected thereto, characterised in that the first blades provided on the sieve are provided with first cutting edges which rise in relation to a plane of the surface of the sieve from a front end as viewed in the direction of movement of the suction device inclinedly in the direction of a rear end, that is to say steadily, wherein the cutting edges of the first blade and the cutting edges of the second blade produce a pulling cut upon a movement of the suction device relative to the surface of the sieve .
A multi-directional handpiece comprising: (i) a fixed pin ; (ii) a motor drive extending along and configured for rotation about a body axis , the motor drive having: a motor gearing at a proximal end of the motor drive ; and a file drive extending along a head axis ; the file drive having: a file gearing in engagement with the motor gearing for transferring the rotational movement of the motor drive about the body axis to the file drive about the head axis ; and (iii) a follower member including a radial groove having opposing spaced apart walls, the walls including a plurality of sections having a first section being displaced axially relative to a second section along the head axis to define an offset path that is dimensioned for receiving the fixed pin ; and (iv) a housing for a workpiece; wherein the fixed pin extending from an internal surface of a head housing , has a fixed end and a free end generally extending in a transverse direction to the head axis ; the free end of the fixed pin extends into the radial groove of the follower member ; and wherein as the file drive rotates, at least one wall of the radial groove is rotated towards the fixed pin so that upon contact with the fixed pin , the follower member is axially displaced generally along the head axis so that the workpiece moves in an oscillating motion while being rotated. (i) a fixed pin ; (ii) a motor drive extending along and configured for rotation about a body axis , the motor drive having: a motor gearing at a proximal end of the motor drive ; and a file drive extending along a head axis ; the file drive having: a file gearing in engagement with the motor gearing for transferring the rotational movement of the motor drive about the body axis to the file drive about the head axis ; and a motor gearing at a proximal end of the motor drive ; and a file drive extending along a head axis ; the file drive having: a file gearing in engagement with the motor gearing for transferring the rotational movement of the motor drive about the body axis to the file drive about the head axis ; and (iii) a follower member including a radial groove having opposing spaced apart walls, the walls including a plurality of sections having a first section being displaced axially relative to a second section along the head axis to define an offset path that is dimensioned for receiving the fixed pin ; and (iv) a housing for a workpiece;
A multi-purpose beverage pod holder for a beverage brewing apparatus , comprising: a flange adapted to be received in a slot in the brewing apparatus , a screen for allowing fluid to pass therethrough; a first cylindrical wall encircling the screen on a first surface of the pod holder , the first cylindrical wall having a first diameter and defining a first packet retainer and a second cylindrical wall encircling the screen on an opposite surface of the pod holder , the second cylindrical wall having a second diameter that is larger than the first diameter and defining a second packet retainer; characterised by the flange being disposed orthogonal to the screen and extending on both sides of the screen, wherein each side of the flange is shaped to include a neck portion along a middle portion thereof that in use receives a release member of the brewing apparatus. a flange adapted to be received in a slot in the brewing apparatus , a screen for allowing fluid to pass therethrough; a first cylindrical wall encircling the screen on a first surface of the pod holder , the first cylindrical wall having a first diameter and defining a first packet retainer and a second cylindrical wall encircling the screen on an opposite surface of the pod holder , the second cylindrical wall having a second diameter that is larger than the first diameter and defining a second packet retainer; characterised by the flange being disposed orthogonal to the screen and extending on both sides of the screen, wherein each side of the flange is shaped to include a neck portion along a middle portion thereof that in use receives a release member of the brewing apparatus.