mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling and scheduling operation of at least one SQL operator on data chunk using multiple execution units including HWA and CPU units, said method comprising the step of: receiving SQL query; accessing data chunk blocks; receive meta data statistics of the data chunk block; , said meta data including at least one of: statistical analyses using bloom filter, checking chunk boundaries or Frequency, moments calculation; and said metadata being stored as off-line copy and splitting data elements to logical chunks, enabling metadata parsing on heterogeneous system; analyzing the received metadata for predicting the query selectivity and result size during the query execution run-time; and based on said predicted parameters, choosing between a CPU or a HWA unit to execute each operator of the query based on predefined rules taking into account the characteristics, capabilities and resources of each execution device. receiving SQL query; accessing data chunk blocks; receive meta data statistics of the data chunk block; , said meta data including at least one of: statistical analyses using bloom filter, checking chunk boundaries or Frequency, moments calculation; and said metadata being stored as off-line copy and splitting data elements to logical chunks, enabling metadata parsing on heterogeneous system; analyzing the received metadata for predicting the query selectivity and result size during the query execution run-time; and based on said predicted parameters, choosing between a CPU or a HWA unit to execute each operator of the query based on predefined rules taking into account the characteristics, capabilities and resources of each execution device.
A charging pad for receiving power wirelessly, comprising: a power antenna assembly configured to receive wireless power and charge a battery based on the received wireless power, the power antenna assembly comprising: a first coil wound in a first direction, a second coil coplanar with the first coil and wound in a second direction opposite the first direction; and a third coil at least partially overlapping the first coil and at least partially overlapping the second coil; a ferrite layer , wirelessly coupled to the power antenna assembly, defining a gap extending through the ferrite layer; and a shielding layer protruding into the gap of the ferrite layer and defining a notch, the notch also protruding into the gap of the ferrite layer. a power antenna assembly configured to receive wireless power and charge a battery based on the received wireless power, the power antenna assembly comprising: a first coil wound in a first direction, a second coil coplanar with the first coil and wound in a second direction opposite the first direction; and a third coil at least partially overlapping the first coil and at least partially overlapping the second coil; a first coil wound in a first direction, a second coil coplanar with the first coil and wound in a second direction opposite the first direction; and a third coil at least partially overlapping the first coil and at least partially overlapping the second coil; a ferrite layer , wirelessly coupled to the power antenna assembly, defining a gap extending through the ferrite layer; and a shielding layer protruding into the gap of the ferrite layer and defining a notch, the notch also protruding into the gap of the ferrite layer.
A tunable laser comprising: a substrate comprising a silicon material; a gain medium coupled to the substrate, wherein the gain medium is in a recessed region of the silicon material, and the gain medium includes a compound semiconductor material; a waveguide disposed in the substrate and optically coupled to the gain medium ; a first wavelength selective element characterized by a first reflectance spectrum and disposed in the substrate ; a second wavelength selective element characterized by a second reflectance spectrum and disposed in the substrate ; and an optical coupler disposed in the substrate and joining the waveguide, the first wavelength selective element and the second wavelength selective element ; an index matching region filled with index matching material between the gain medium and the waveguide; and an output mirror. a substrate comprising a silicon material; a gain medium coupled to the substrate, wherein the gain medium is in a recessed region of the silicon material, and the gain medium includes a compound semiconductor material; a waveguide disposed in the substrate and optically coupled to the gain medium ; a first wavelength selective element characterized by a first reflectance spectrum and disposed in the substrate ; a second wavelength selective element characterized by a second reflectance spectrum and disposed in the substrate ; and an optical coupler disposed in the substrate and joining the waveguide, the first wavelength selective element and the second wavelength selective element ; an index matching region filled with index matching material between the gain medium and the waveguide; and an output mirror.
System for contactless energy transfer, comprising - a primary conductor, in which a medium-frequency AC current can be impressed, - a secondary winding which is arranged in a manner inductively coupled to the primary conductor such that energy can be transferred contactlessly and inductively from the primary conductor to the secondary winding, - a synchronous rectifier which is supplied from the secondary winding and which has half-bridges connected in parallel, wherein each half-bridge consists of a series connection of actuatable semiconductor switches, - a capacitor which is connected to the output of the synchronous rectifier, - a housing, characterized in that - the housing encloses the secondary winding, the synchronous rectifier and the capacitor in a housing-forming manner, - the voltage drop across the semiconductor switch is detected and an actuation signal for the semiconductor switch is generated by means of a respective actuation circuit as a function of the detected signal, and - the actuation circuits are supplied from the output DC voltage of the synchronous rectifier. - a primary conductor, in which a medium-frequency AC current can be impressed, - a secondary winding which is arranged in a manner inductively coupled to the primary conductor such that energy can be transferred contactlessly and inductively from the primary conductor to the secondary winding, - a synchronous rectifier which is supplied from the secondary winding and which has half-bridges connected in parallel, wherein each half-bridge consists of a series connection of actuatable semiconductor switches, - a capacitor which is connected to the output of the synchronous rectifier, - a housing, characterized in that - the housing encloses the secondary winding, the synchronous rectifier and the capacitor in a housing-forming manner, - the voltage drop across the semiconductor switch is detected and an actuation signal for the semiconductor switch is generated by means of a respective actuation circuit as a function of the detected signal, and - the actuation circuits are supplied from the output DC voltage of the synchronous rectifier.
A tissue construct, comprising a microvessel fragment derived from exocrine tissue of a pancreas and a pancreatic islet cell.
An optical system (100a; 100b; 100c): a display module configured to provide a visual overlay to be overlaid over an object in an augmented reality or mixed reality environment; at least one sensor for sensing at least one optical property of the object ; and a processing module configured to: determine the at least one optical property of the object using the at least one sensor, determine a visual contrast between the visual overlay to be overlaid over the object and the object, as perceived within a field of view of the augmented reality or mixed reality environment, based on the at least one optical property of the object , and selectively adjust an illumination of one of more portions of the field of view, or an optical attenuation of the one of more portions of the field of view, based on the determined visual contrast between the visual overlay to be overlaid over the object and the object . a display module configured to provide a visual overlay to be overlaid over an object in an augmented reality or mixed reality environment; at least one sensor for sensing at least one optical property of the object ; and a processing module configured to: determine the at least one optical property of the object using the at least one sensor, determine a visual contrast between the visual overlay to be overlaid over the object and the object, as perceived within a field of view of the augmented reality or mixed reality environment, based on the at least one optical property of the object , and selectively adjust an illumination of one of more portions of the field of view, or an optical attenuation of the one of more portions of the field of view, based on the determined visual contrast between the visual overlay to be overlaid over the object and the object . determine the at least one optical property of the object using the at least one sensor, determine a visual contrast between the visual overlay to be overlaid over the object and the object, as perceived within a field of view of the augmented reality or mixed reality environment, based on the at least one optical property of the object , and selectively adjust an illumination of one of more portions of the field of view, or an optical attenuation of the one of more portions of the field of view, based on the determined visual contrast between the visual overlay to be overlaid over the object and the object .
Bumper cross-member for a vehicle, which bumper cross-member is composed of an outer shell and an inner shell connected to an outer shell , and also having a cut-out portion , which comprises at least one cut-out (10, 10.1, 10.2) passing through the bumper cross-member in the x-direction, wherein the bumper cross-member is subdivided in its z-direction into at least three portions , of which a first and a second hollow chamber portion are separated by a cut-out portion located between them, wherein the portions of the cut-out portion adjacent in the y-direction to the at least one cut-out (10, 10.1, 10.2) form a common hollow chamber with the hollow chamber portions adjacent in the z-direction, characterised in that the cut-out (10, 10.1, 10.2) is enclosed in at least one of the two shells by a circumferential wall portion (12, 12.1) with a transitional radius portion (13, 13.1) formed at the flat side of the shell in the direction towards the other shell , that the wall portion (12, 12.1) is configured with its transitional radius (13, 13.1) in an S-shape, and the at least one cut-out (10, 10.1, 10.2) comprises in both shells of the bumper cross-member such a wall portion (12, 12.1), and that the first hollow chamber portion has a greater extension in the z-direction than the second hollow chamber portion , and the first hollow chamber portion comprises connection points for the connection in each case of a longitudinal carrier part.
A toothbrush head , comprising: a transmission housing ; a substantially disk-shaped bristle carrier ; a plurality of first bristle tufts arranged on the bristle carrier along a first virtual circle (ds); a plurality of second bristle tufts arranged on the bristle carrier along a second virtual circle (d 2 ), the second virtual circle being concentric with and having a smaller diameter than the first virtual circle(d 3 ), a plurality of third bristle tufts arranged on the bristle carrier along a third virtual circle (d1), the third virtual circle being concentric with and having a smaller diameter than the second virtual circle (d2), characterised in that each of the plurality of first bristle tufts includes a plurality of bristles of a first type (A), having a tapered form, a first subset of the plurality of second bristle tufts includes a plurality of bristles of a second type (B, C), having an end-rounded form, and each of the plurality of third bristle tufts includes a plurality of bristles of a third type (B, C). a transmission housing ; a substantially disk-shaped bristle carrier ; a plurality of first bristle tufts arranged on the bristle carrier along a first virtual circle (ds); a plurality of second bristle tufts arranged on the bristle carrier along a second virtual circle (d 2 ), the second virtual circle being concentric with and having a smaller diameter than the first virtual circle(d 3 ), a plurality of third bristle tufts arranged on the bristle carrier along a third virtual circle (d1), the third virtual circle being concentric with and having a smaller diameter than the second virtual circle (d2), characterised in that each of the plurality of first bristle tufts includes a plurality of bristles of a first type (A), having a tapered form, a first subset of the plurality of second bristle tufts includes a plurality of bristles of a second type (B, C), having an end-rounded form, and each of the plurality of third bristle tufts includes a plurality of bristles of a third type (B, C).
A frame for a display panel of an electronic device, the frame comprising an antenna positioned, inside the frame , along a side of the frame , wherein the antenna comprises an antenna holder made with a first cuboidal antenna holder (200; 300; 400; 500; 600; 700; 800-1) and a second cuboidal antenna holder (200; 300; 400; 500; 600; 700; 800-2), the antenna holder being fed by a power source connected in between the first and second cuboidal antenna holders, each first and second cuboidal antenna holder having at least : - a first excitation surface (204; 404; 404-1; 404-2; 701) facing the side, such that radiations from the first excitation surface are emitted out through a front surface of the side; and - a second excitation surface (208; 408; 408-1; 408-2; 708) perpendicular to the first excitation surface, wherein the side is one of: - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side , of the frame, opposite to the first side , wherein the second excitation surface faces towards a third side of the frame , wherein the third side is perpendicular to the first side . - a first excitation surface (204; 404; 404-1; 404-2; 701) facing the side, such that radiations from the first excitation surface are emitted out through a front surface of the side; and - a second excitation surface (208; 408; 408-1; 408-2; 708) perpendicular to the first excitation surface, wherein the side is one of: - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side , of the frame, opposite to the first side , - a first side couplable to a base unit of the electronic device, the first side extending along the front surface of the display panel on which a visual output is generated; or - a second side , of the frame, opposite to the first side , wherein the second excitation surface faces towards a third side of the frame , wherein the third side is perpendicular to the first side .
A radiotherapy apparatus, comprising: a source of therapeutic radiation and a diagnostic imaging system, both directed toward a common volume; a portal imaging system for the therapeutic radiation; a patient table characterised in that the apparatus comprises a control unit; and in that the patient table incorporates a calibration portion integrated in the table and located at or towards one end of the patient table but which does not overlap with the centre of the patient table; wherein the calibration portion is resolvable in both the diagnostic imaging system and the portal imaging system, and is fixed in a pre-determined position relative to the patient table; the patient table is moveable relative to the common volume, to an extent sufficient to bring the calibration portion selectively into and out of the common volume so that in a calibration phase the calibration portion is within the common volume and so that when the calibration portion is outside the common volume it does not interfere with either the imaging process or the treatment radiation, and the control unit is arranged to periodically initiate a calibration process comprising at least the steps of moving the patient table to a position in which the calibration portion is within the common volume, and obtaining an image from both the diagnostic imaging system and the portal imaging system. a source of therapeutic radiation and a diagnostic imaging system, both directed toward a common volume; a portal imaging system for the therapeutic radiation; a patient table characterised in that the apparatus comprises a control unit; and in that the patient table incorporates a calibration portion integrated in the table and located at or towards one end of the patient table but which does not overlap with the centre of the patient table; wherein the calibration portion is resolvable in both the diagnostic imaging system and the portal imaging system, and is fixed in a pre-determined position relative to the patient table; the patient table is moveable relative to the common volume, to an extent sufficient to bring the calibration portion selectively into and out of the common volume so that in a calibration phase the calibration portion is within the common volume and so that when the calibration portion is outside the common volume it does not interfere with either the imaging process or the treatment radiation, and the control unit is arranged to periodically initiate a calibration process comprising at least the steps of moving the patient table to a position in which the calibration portion is within the common volume, and obtaining an image from both the diagnostic imaging system and the portal imaging system.
Method for the autonomous operation of a vehicle on a route ahead, wherein the autonomous operation of the vehicle is authorised only if, for a predetermined route length of the route ahead, a predetermined condition or a group of predetermined conditions is fulfilled, characterised in that the predetermined condition or the group of predetermined conditions comprises at least one of the following conditions: - there is a structural separation on at least one side of a current carriageway of the vehicle, - there are no crests or dips substantially restricting the range of environment detection devices, - there is no tunnel . - there is a structural separation on at least one side of a current carriageway of the vehicle, - there are no crests or dips substantially restricting the range of environment detection devices, - there is no tunnel .
A forwarding and processing device in non-volatile memory express, NVMe over Fabric, wherein the forwarding and processing device comprises a processor , a bus port , and at least two network ports , wherein the bus port is connected to a Peripheral Component Interconnect Express, PCIe, bus, the at least two network ports are separately connected to a network, and the processor is configured to: receive, by using the bus port, an input/output command or a management command which comprises an identity of a target hard disk that needs to be accessed, wherein the input/output command or the management command complies with the NVMe protocol; select, from multiple network ports, a network port for forwarding the input/output command or the management command , wherein the multiple network ports are in the at least two network ports and obtained according to the identity of the target hard disk, and the multiple network ports can reach the target hard disk; and send the input/output command or the management command by using the selected network port. receive, by using the bus port, an input/output command or a management command which comprises an identity of a target hard disk that needs to be accessed, wherein the input/output command or the management command complies with the NVMe protocol; select, from multiple network ports, a network port for forwarding the input/output command or the management command , wherein the multiple network ports are in the at least two network ports and obtained according to the identity of the target hard disk, and the multiple network ports can reach the target hard disk; and send the input/output command or the management command by using the selected network port.
A bandwidth part BWP configuration method, the method comprising: receiving , by an NR-light terminal device, first configuration information sent by a network device, wherein the first configuration information comprises a plurality pieces of initial BWP configuration information, and each piece of initial BWP configuration information in the plurality pieces of initial BWP configuration information is associated with a terminal type and/or a terminal capability; and selecting , by the terminal device, first initial BWP configuration information from the plurality pieces of initial BWP configuration information based on the first configuration information, and camping on a first initial BWP based on the first initial BWP configuration information, characterized in that the selecting the first initial BWP configuration information from the plurality pieces of initial BWP configuration information comprises: selecting, by the terminal device, according to a first terminal type and/or a first terminal capability supported by the terminal device and a terminal type and/or terminal capability associated with each piece of initial BWP configuration information among the plurality pieces of initial BWP configuration information, the first initial BWP configuration information from the plurality pieces of initial BWP configuration information, and the first initial BWP configuration information is associated with the first terminal type and/or the first terminal capability. receiving , by an NR-light terminal device, first configuration information sent by a network device, wherein the first configuration information comprises a plurality pieces of initial BWP configuration information, and each piece of initial BWP configuration information in the plurality pieces of initial BWP configuration information is associated with a terminal type and/or a terminal capability; and selecting , by the terminal device, first initial BWP configuration information from the plurality pieces of initial BWP configuration information based on the first configuration information, and camping on a first initial BWP based on the first initial BWP configuration information, characterized in that the selecting the first initial BWP configuration information from the plurality pieces of initial BWP configuration information comprises: selecting, by the terminal device, according to a first terminal type and/or a first terminal capability supported by the terminal device and a terminal type and/or terminal capability associated with each piece of initial BWP configuration information among the plurality pieces of initial BWP configuration information, the first initial BWP configuration information from the plurality pieces of initial BWP configuration information, and the first initial BWP configuration information is associated with the first terminal type and/or the first terminal capability.