mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for performing parallelized aggregation, comprising: separating (S405) an input table storing relational data into a plurality of partitions ; generating (S405), by each of a plurality of aggregator threads operating concurrently, a local hash table for each of the partitions, each local hash table storing key - index pairs, wherein the key - index pairs are generated by mapping each distinct key from a column of a partition to a unique integer representing the index , aggregating (S710) values of each of the partitions into the local hash tables , wherein the mapping is used to group and condense relational data stored in a partition so that the index points to a value array including an intermediate result of the aggregation; merging (S410), based on designated key values of the local hash tables assigned to each thread of a plurality of merger threads , the local hash tables , by the plurality of merger threads operating concurrently, wherein the plurality of merger threads processes hash-disjoint partitions of data of the local hash tables to produce a set of disjoint result hash tables , wherein each of the plurality of merger threads processes a dedicated range of key values of all of the local hash tables ; and generating (S735) a global result by concatenating the set of disjoint result hash tables produced by the plurality of merger threads . separating (S405) an input table storing relational data into a plurality of partitions ; generating (S405), by each of a plurality of aggregator threads operating concurrently, a local hash table for each of the partitions, each local hash table storing key - index pairs, wherein the key - index pairs are generated by mapping each distinct key from a column of a partition to a unique integer representing the index , aggregating (S710) values of each of the partitions into the local hash tables , wherein the mapping is used to group and condense relational data stored in a partition so that the index points to a value array including an intermediate result of the aggregation; merging (S410), based on designated key values of the local hash tables assigned to each thread of a plurality of merger threads , the local hash tables , by the plurality of merger threads operating concurrently, wherein the plurality of merger threads processes hash-disjoint partitions of data of the local hash tables to produce a set of disjoint result hash tables , wherein each of the plurality of merger threads processes a dedicated range of key values of all of the local hash tables ; and wherein the plurality of merger threads processes hash-disjoint partitions of data of the local hash tables to produce a set of disjoint result hash tables , wherein each of the plurality of merger threads processes a dedicated range of key values of all of the local hash tables ; and generating (S735) a global result by concatenating the set of disjoint result hash tables produced by the plurality of merger threads .
A computer-implemented method of volume rendering comprising: (a) obtaining data representative of a first composited plane of one or more opaque structures along ray cast lines; (b) calculating data of a second composited plane by determining a single measure of depth of the one or more opaque structures along each ray cast line from a view location of the first composited plane; (c) determining color value data between two different colorization palettes as a function of the measure of depth of the one or more opaque structures along the ray cast lines; and (d) applying the data of the second composited plane to the first composited plane for generating a volume rendering image, wherein applying the data of the second composited plane includes applying the color value data for generating the volume rendering image with colorization depending on depth. (a) obtaining data representative of a first composited plane of one or more opaque structures along ray cast lines; (b) calculating data of a second composited plane by determining a single measure of depth of the one or more opaque structures along each ray cast line from a view location of the first composited plane; (c) determining color value data between two different colorization palettes as a function of the measure of depth of the one or more opaque structures along the ray cast lines; and (d) applying the data of the second composited plane to the first composited plane for generating a volume rendering image, wherein applying the data of the second composited plane includes applying the color value data for generating the volume rendering image with colorization depending on depth.
An aromatic compound having branching alkyl chains as shown in Formula (III): wherein Ar 1 represents the aromatic core; the wavy lines represent functional groups required for the polymerization of this aromatic compound selected from halogen, boric acid, borate, alkyl tin, ethynyl, ethenyl, hydrogen and silane; m is an integer of from 3 to 4; R 3 and R 4 are the same or different, independently selected from alkyl, halogen substituted alkyl, alkoxy, halogen substituted alkoxy, alkenyl and alkynyl; and R 5 is hydrogen, hydroxyl, alkyl, halogen substituted alkyl, alkoxy, halogen substituted alkoxy, alkenyl or alkynyl, wherein the aromatic compound is selected from one of the aromatic compounds having the structure as shown in the following Formula III-1: in the aforementioned Formula III-1, R 6 , R 7 , R 8 and R 9 represent substituents on the aromatic ring, independently selected from hydrogen atom, halogen atom, nitro, amino, cyano, alkyl, alkenyl, alkynyl, alkoxy, halogen substituted alkyl and halogen substituted alkoxy.
A method in a mobility management node for delivering data to a User Equipment, UE, served by the mobility management node , operating in a communication network comprising a network entity, NE, and a radio access network, RAN, node serving the UE , the method comprises: - obtaining by the mobility management node capability information indicating whether the RAN node supports acknowledgement of a successful delivery of data to the UE; - receiving by the mobility management node a data message sent by the NE comprising user data intended for the UE; - sending by the mobility management node a control plane message comprising the user data to the RAN node for further delivery to the UE; - sending by the mobility management node a response to the NE: a) indicating an unsuccessful delivery of the user data to the UE when a report is received from the RAN node indicating that the user data was not successfully delivered to the UE; otherwise; b) indicating an acknowledged delivery of the user data to the UE when the RAN node supports said acknowledgement and an acknowledgement is received from the RAN node indicating that the user data was successfully delivered to the UE; c) indicating an unacknowledged delivery of user data to the UE when the RAN node does not support said acknowledgement. - obtaining by the mobility management node capability information indicating whether the RAN node supports acknowledgement of a successful delivery of data to the UE; - receiving by the mobility management node a data message sent by the NE comprising user data intended for the UE; - sending by the mobility management node a control plane message comprising the user data to the RAN node for further delivery to the UE; - sending by the mobility management node a response to the NE: a) indicating an unsuccessful delivery of the user data to the UE when a report is received from the RAN node indicating that the user data was not successfully delivered to the UE; otherwise; b) indicating an acknowledged delivery of the user data to the UE when the RAN node supports said acknowledgement and an acknowledgement is received from the RAN node indicating that the user data was successfully delivered to the UE; c) indicating an unacknowledged delivery of user data to the UE when the RAN node does not support said acknowledgement. a) indicating an unsuccessful delivery of the user data to the UE when a report is received from the RAN node indicating that the user data was not successfully delivered to the UE; otherwise; b) indicating an acknowledged delivery of the user data to the UE when the RAN node supports said acknowledgement and an acknowledgement is received from the RAN node indicating that the user data was successfully delivered to the UE; c) indicating an unacknowledged delivery of user data to the UE when the RAN node does not support said acknowledgement.
Coded plug-in shaft coupling, comprising: a first coupling element , a second coupling element , an intermediate element compensating for an axial, radial and angular misalignment between two shafts, coupling means for a mechanical and torsionally-rigid connection of the intermediate element and the first and second coupling elements , , wherein the coupling means comprises a plurality of coupling recesses provided at the first and second coupling elements , the recesses are located at a radial distance from a rotational axis of the coupling elements , wherein the coupling means further comprises a plurality of connecting claws provided at the intermediate element , the connecting claws are extending from both sides of the intermediate element parallel to and at a radial distance from the axis of rotation and are formed to match and engage the plurality of coupling recesses provided at each of the coupling elements , characterized in that the first and second coupling elements and the intermediate element are formed in such a way that the first coupling elements are to be connected in only one predefined angular position, wherein the first and the second coupling elements each have at least two coding recesses for angular positioning which are located at a distance from each other and are differently shaped and are arranged at different positions on the coupling elements 2, 3, and the intermediate element has at least two coding extensions on each side for angular positioning, which matches the shapes and positions of the coding recesses of the coupling elements . a first coupling element , a second coupling element , an intermediate element compensating for an axial, radial and angular misalignment between two shafts, coupling means for a mechanical and torsionally-rigid connection of the intermediate element and the first and second coupling elements , , wherein the coupling means comprises a plurality of coupling recesses provided at the first and second coupling elements , the recesses are located at a radial distance from a rotational axis of the coupling elements , wherein the coupling means further comprises a plurality of connecting claws provided at the intermediate element , the connecting claws are extending from both sides of the intermediate element parallel to and at a radial distance from the axis of rotation and are formed to match and engage the plurality of coupling recesses provided at each of the coupling elements , characterized in that the first and second coupling elements and the intermediate element are formed in such a way that the first coupling elements are to be connected in only one predefined angular position, wherein the first and the second coupling elements each have at least two coding recesses for angular positioning which are located at a distance from each other and are differently shaped and are arranged at different positions on the coupling elements 2, 3, and the intermediate element has at least two coding extensions on each side for angular positioning, which matches the shapes and positions of the coding recesses of the coupling elements .
An electrical installation device comprising a device socket which can be fastened in an installation housing by means of a support frame , and a front element fastened at a front side, wherein contact elements arranged in the device socket are connectable to a mains voltage, characterized in that , after the fastening in the installation housing , the installation device is expanded at the front side by at least two modules, namely by a first module and by at least one second module , said modules including electrical elements, cooperating functionally and being arranged at different components of the installation device ; and in that an automatic electrical contacting takes place on a mechanical positioning of the modules at the front element , at the device socket and/or of the modules with respect to another.
A method of wireless communication, comprising: transmitting , by a UE, to a network entity, a radio resource control, RRC, configuration message indicating a full-duplex capability of the UE; receiving , by the UE from the network entity, a downlink control information, DCI, message, wherein the DCI message enables concurrent transmission of an uplink channel and reception of a downlink channel by the UE on a same component carrier, wherein the DCI message includes one or more fields common to both the transmission on the uplink channel and the reception on the downlink channel on the same component carrier, and wherein the DCI message enables joint triggering of the concurrent transmission on the uplink channel and reception on the downlink channel by the UE; and wherein the concurrent transmission and reception comprises a transmission and reception in at least one overlapping orthogonal frequency division multiplexing, OFDM, symbol; and communicating , between the UE and the network entity, based on the DCI message. transmitting , by a UE, to a network entity, a radio resource control, RRC, configuration message indicating a full-duplex capability of the UE; receiving , by the UE from the network entity, a downlink control information, DCI, message, wherein the DCI message enables concurrent transmission of an uplink channel and reception of a downlink channel by the UE on a same component carrier, wherein the DCI message includes one or more fields common to both the transmission on the uplink channel and the reception on the downlink channel on the same component carrier, and wherein the DCI message enables joint triggering of the concurrent transmission on the uplink channel and reception on the downlink channel by the UE; and wherein the concurrent transmission and reception comprises a transmission and reception in at least one overlapping orthogonal frequency division multiplexing, OFDM, symbol; and communicating , between the UE and the network entity, based on the DCI message.
An electronic device comprising: a camera ; a communication interface comprising circuitry; and a processor configured to: based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. a camera ; a communication interface comprising circuitry; and a processor configured to: based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. based on a user's voice being received, provide a virtual assistant function providing response information corresponding to the received user's voice as a voice, identify whether the response information corresponding to the user's voice is privacy information; based on the response information being identified as the privacy information: control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device. control the camera to obtain an image; detect at least one of a background region in the obtained image; and identify whether a surrounding environment of the electronic device is a public environment based on the detected background region; and based on the surrounding environment being identified as the public environment, control the communication interface to transmit the response information to an external device.
An apparatus , comprising: one or more light sources (1, 2 and 3) configured to emit one or more beams of light; a first optical assembly configured to receive multiple beams of light including at least the one or more beams of light from the one or more light sources (1, 2 and 3), the first optical assembly further configured to multiplex the multiple beams of light; an optical device configured to reshape and blend the multiple beams of light to provide a first beam of light ; a spatial polarization valve configured to apply a spatial polarization pattern on the first beam of light to provide a second beam of light ; a polarizer configured to split polarization states of the second beam of light to reflect a third beam of light ; and a second optical assembly configured to reshape the third beam of light into a fourth beam of light, the second optical assembly further configured to introduce the fourth beam of light directly to the first optical assembly , as if it were a light source along with the original one or more light sources (1, 2 and 3) and as one of the multiple beams of light received and multiplexed by the first optical assembly , to result in a fifth beam of light of which portions are transmitted through and not reflected by the polarizer . one or more light sources (1, 2 and 3) configured to emit one or more beams of light; a first optical assembly configured to receive multiple beams of light including at least the one or more beams of light from the one or more light sources (1, 2 and 3), the first optical assembly further configured to multiplex the multiple beams of light; an optical device configured to reshape and blend the multiple beams of light to provide a first beam of light ; a spatial polarization valve configured to apply a spatial polarization pattern on the first beam of light to provide a second beam of light ; a polarizer configured to split polarization states of the second beam of light to reflect a third beam of light ; and a second optical assembly configured to reshape the third beam of light into a fourth beam of light, the second optical assembly further configured to introduce the fourth beam of light directly to the first optical assembly , as if it were a light source along with the original one or more light sources (1, 2 and 3) and as one of the multiple beams of light received and multiplexed by the first optical assembly , to result in a fifth beam of light of which portions are transmitted through and not reflected by the polarizer .
Operating lever with corresponding link system , the link system having at least a first link part and restoring means which act on the at least one link part and transfer the latter into a zero position, and wherein the operating lever is guided in the link system , the first link part being mounted movably such that a change in position of the operating lever relative to the link system results in a movement of the at least one link part in the direction of the restoring means acting on the at least one link part , wherein the link system has at least a first link part and a second link part , which are movably mounted in such a way that a change in position of the operating lever relative to the link system results in the two link parts moving apart perpendicular to the pivoting plane, wherein the link parts have recesses which together form a link in which the operating lever is guided, characterized in that the width of the link in the region of the zero position of the operating lever is designed to decrease in the radial direction with respect to the pivoting movement of the operating lever with increasing distance from the latter, so that pressing the operating lever in the radial direction with respect to the pivoting movement results in the two link parts moving apart.
A method of finishing a fabric including cellulosic material to produce a fabric having a non-iron property or a super non-iron property, comprising the steps of: a) mercerizing a said fabric without liquid ammonia to obtain a mercerized fabric; b) curing the mercerized fabric, including the steps of: b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and c) massaging the cured fabric using an air blast textile finishing machine to produce the non-iron or super non-iron fabric, characterized by the following steps after massaging step c): width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric. a) mercerizing a said fabric without liquid ammonia to obtain a mercerized fabric; b) curing the mercerized fabric, including the steps of: b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and b1) applying a heat curable resin to the mercerized fabric at a temperature between 25°C and 35°C to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 85°C and 125°C to obtain a cured fabric, or b2) applying a heat curable resin to the mercerized fabric to obtain a resin-treated fabric, and dry cross linking the resin-treated fabric at an elevated temperature between 120°C and 160°C to obtain a cured fabric; and c) massaging the cured fabric using an air blast textile finishing machine to produce the non-iron or super non-iron fabric, characterized by the following steps after massaging step c): width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric. width setting the non-iron or super non-iron fabric to obtain a width set fabric, and optionally sanforizing the width set fabric.