mhurhangee/ep-ind-claims huggingface dataset:
Double tray system for cultivation of plants, wherein the double tray system is a thermoformed double tray system comprising: - a top tray, which top tray comprises a plurality of cells for receiving a substrate, in which each cell includes a cell space which is defined by a circumferential cell wall and a cell bottom; - a bottom tray for supporting the top tray, which bottom tray comprises a baseplate, in which the baseplate has a bottom side and a topside which base plate comprises a plurality of supporting elements for supporting the top tray, said supporting elements project at the top side away from the baseplate, in which the baseplate has an outer contour which is delimited by an outer edge;, wherein the baseplate further comprises a groove shaped deepening which is open at the bottom side of the baseplate, said deepening protrudes at the top side away from the baseplate, said deepening is elongated and extends in a longitudinal direction in parallel with the outer edge of the baseplate, characterised in that the groove shaped deepening includes at least one rib for reinforcing the groove shaped deepening, wherein said at least one rib is positioned inside the groove shaped deepening and extending in a direction traverse to the longitudinal direction of the groove shaped deepening, and wherein each rib is positioned between a pair of neighbouring supporting elements of said plurality of supporting elements. - a top tray, which top tray comprises a plurality of cells for receiving a substrate, in which each cell includes a cell space which is defined by a circumferential cell wall and a cell bottom; - a bottom tray for supporting the top tray, which bottom tray comprises a baseplate, in which the baseplate has a bottom side and a topside which base plate comprises a plurality of supporting elements for supporting the top tray, said supporting elements project at the top side away from the baseplate, in which the baseplate has an outer contour which is delimited by an outer edge;, wherein the baseplate further comprises a groove shaped deepening which is open at the bottom side of the baseplate, said deepening protrudes at the top side away from the baseplate, said deepening is elongated and extends in a longitudinal direction in parallel with the outer edge of the baseplate, characterised in that the groove shaped deepening includes at least one rib for reinforcing the groove shaped deepening, wherein said at least one rib is positioned inside the groove shaped deepening and extending in a direction traverse to the longitudinal direction of the groove shaped deepening, and wherein each rib is positioned between a pair of neighbouring supporting elements of said plurality of supporting elements.
A method of producing a hydrocarbon comprising two or three carbon atoms from glycerol, wherein the hydrocarbon only comprises carbon and hydrogen atoms, and wherein the method comprises the steps of: providing glycerol; converting glycerol to acrolein through use of a first catalyst, catalyzing de-hydration reactions; and converting the formed acrolein to the hydrocarbon comprising two or three carbon atoms, through use of a second catalyst catalyzing de-carbonylation reactions, or through use of a second catalyst catalyzing hydrogenation reactions and a third catalyst catalyzing de-hydration reactions. providing glycerol; converting glycerol to acrolein through use of a first catalyst, catalyzing de-hydration reactions; and converting the formed acrolein to the hydrocarbon comprising two or three carbon atoms, through use of a second catalyst catalyzing de-carbonylation reactions, or through use of a second catalyst catalyzing hydrogenation reactions and a third catalyst catalyzing de-hydration reactions.
A stormwater filter comprising: a vessel having an inlet and an outlet; a screen disposed within the vessel and arranged to divide at least part of the vessel into an upper section and a lower section; a substantially vertical screen disposed adjacent the outlet in the upper section of the vessel; wherein the vertical screen comprises first and second screen portions (34a, 34b) which are angled relative to one another, characterized in that the first and second screen portions (34a, 34b) are each hingedly connected to the vessel and are detachably coupled to one another at their distal ends. a vessel having an inlet and an outlet; a screen disposed within the vessel and arranged to divide at least part of the vessel into an upper section and a lower section; a substantially vertical screen disposed adjacent the outlet in the upper section of the vessel; wherein the vertical screen comprises first and second screen portions (34a, 34b) which are angled relative to one another, characterized in that the first and second screen portions (34a, 34b) are each hingedly connected to the vessel and are detachably coupled to one another at their distal ends.
A transducer assembly comprising: a first and second face, wherein a first piezoelectric element is positioned on the first face and a second piezoelectric element is positioned on the second face, and wherein the first and second piezoelectric element are each configured to operate in a D31 mode with respect to a longitudinal axis of a waveguide coupled to a transducer base plate; a conductive adhesive to electrically couple the first and second piezoelectric elements to the waveguide; an electrode configured to electrically couple the first and second piezoelectric elements to an ultrasonic signal generator; and a thermal conductor configured to conduct heat away from the first and second piezoelectric elements, wherein the thermal conductor is a heat sink (6406a, 6406b) that comprises a metal housing including two heat sink halves (6406a, 6406b), a first heat sink half positioned on a first surface of the waveguide, and a second heat sink half positioned on a second surface of the waveguide, each of the heat sink halves (6406a, 6406b) comprises a rib (6408a, 6408b) and a plurality of fins (6410a, 6410b), and each rib of the first and second heat sink halves (6406a, 6406b) is connected to the first and second piezoelectric elements, respectively, by a conductive bonding material (6422a, 6422b). a first and second face, wherein a first piezoelectric element is positioned on the first face and a second piezoelectric element is positioned on the second face, and wherein the first and second piezoelectric element are each configured to operate in a D31 mode with respect to a longitudinal axis of a waveguide coupled to a transducer base plate; a conductive adhesive to electrically couple the first and second piezoelectric elements to the waveguide; an electrode configured to electrically couple the first and second piezoelectric elements to an ultrasonic signal generator; and a thermal conductor configured to conduct heat away from the first and second piezoelectric elements, wherein the thermal conductor is a heat sink (6406a, 6406b) that comprises a metal housing including two heat sink halves (6406a, 6406b), a first heat sink half positioned on a first surface of the waveguide, and a second heat sink half positioned on a second surface of the waveguide, each of the heat sink halves (6406a, 6406b) comprises a rib (6408a, 6408b) and a plurality of fins (6410a, 6410b), and each rib of the first and second heat sink halves (6406a, 6406b) is connected to the first and second piezoelectric elements, respectively, by a conductive bonding material (6422a, 6422b).
A device comprising: an audio decoder configured to: decode a bit stream to generate a time-domain mid channel; generate a windowed time-domain mid channel by: application of at least two first asymmetric windows to a first frame of the time-domain mid channel; and application of at least two second asymmetric windows to a second frame of the time-domain mid channel; transform the windowed time-domain mid channel to a transform domain to generate sets of transform-domain mid channel data including first transform-domain mid channel data corresponding to a first mid channel window of the first frame and second transform-domain mid channel data corresponding to a second mid channel window of the first frame; and perform an up-mix operation using the sets of transform-domain mid channel data, stereo parameters from the bit stream, and an interpolated stereo parameter determined using an unevenly weighted interpolation between a first stereo parameter value associated with the first frame and a second stereo parameter value associated with the second frame, wherein the second frame is adjacent to the first frame. decode a bit stream to generate a time-domain mid channel; generate a windowed time-domain mid channel by: application of at least two first asymmetric windows to a first frame of the time-domain mid channel; and application of at least two second asymmetric windows to a second frame of the time-domain mid channel; application of at least two first asymmetric windows to a first frame of the time-domain mid channel; and application of at least two second asymmetric windows to a second frame of the time-domain mid channel; transform the windowed time-domain mid channel to a transform domain to generate sets of transform-domain mid channel data including first transform-domain mid channel data corresponding to a first mid channel window of the first frame and second transform-domain mid channel data corresponding to a second mid channel window of the first frame; and perform an up-mix operation using the sets of transform-domain mid channel data, stereo parameters from the bit stream, and an interpolated stereo parameter determined using an unevenly weighted interpolation between a first stereo parameter value associated with the first frame and a second stereo parameter value associated with the second frame, wherein the second frame is adjacent to the first frame.
A grooved noodle (11, 21, 31, 41) having a single groove or a plurality of grooves (12, 22, 32, 42) formed along a longitudinal direction of the noodle and having a substantially circular configuration in cross section, wherein the single groove or the plurality of grooves (12, 22, 32, 42) extend helically in the longitudinal direction of the noodle, characterized in that the single groove or each of the plurality of grooves (12, 22, 32, 42) has a helical shape formed at a rotational pitch of 20° to 200° per a noodle length in the longitudinal direction 125 times a noodle diameter.
A microwave pressure cooker, comprising: a base; a cover, said cover resting on said base in a release position and rotatable to a lock position; a pressure relief valve; a lock bar having a first end hinged to said cover for rotation, and a second, free end extending beyond said cover and having a downward projecting lock tab; and a handle extending radially outward from said base and including a cam section defining at its end a lock wall, said lock tab sized to ride over said cam section during rotation of said cover from said release position toward said lock position, and to fall adjacent said lock wall upon said cover reaching said lock position, abutment of said lock tab against said lock wall selectively preventing rotation of said cover toward said release position. a base; a cover, said cover resting on said base in a release position and rotatable to a lock position; a pressure relief valve; a lock bar having a first end hinged to said cover for rotation, and a second, free end extending beyond said cover and having a downward projecting lock tab; and a handle extending radially outward from said base and including a cam section defining at its end a lock wall, said lock tab sized to ride over said cam section during rotation of said cover from said release position toward said lock position, and to fall adjacent said lock wall upon said cover reaching said lock position, abutment of said lock tab against said lock wall selectively preventing rotation of said cover toward said release position.
A method for assessment of concentration of an immunosuppressant drug in a human blood sample comprising the steps of: (a) combining an extractive reagent composition comprising at least 50% by volume DMSO, a glycol having from two to six carbon atoms, and from 30 mM to 75 mM of a metal salt of zinc with a human blood sample and water to form a test sample extract; (b) combining at least one antibody or protein capable of binding to an immunosuppressant drug with the test sample extract to form a test mixture, wherein the immunosuppressant drug is selected from the group consisting of sirolimus, tacrolimus, everolimus, zotarolimus and cyclosporine; (c) incubating the text mixture under conditions suitable for formation of complexes between the antibody and the immunosuppressant drug, if any, which is present in the sample and is immunologically reactive with the antibody; and (d) detecting the presence of any complexes formed. (a) combining an extractive reagent composition comprising at least 50% by volume DMSO, a glycol having from two to six carbon atoms, and from 30 mM to 75 mM of a metal salt of zinc with a human blood sample and water to form a test sample extract; (b) combining at least one antibody or protein capable of binding to an immunosuppressant drug with the test sample extract to form a test mixture, wherein the immunosuppressant drug is selected from the group consisting of sirolimus, tacrolimus, everolimus, zotarolimus and cyclosporine; (c) incubating the text mixture under conditions suitable for formation of complexes between the antibody and the immunosuppressant drug, if any, which is present in the sample and is immunologically reactive with the antibody; and (d) detecting the presence of any complexes formed.
A sole (24A, 24B) for a footwear article, the sole (24A, 24B) comprising: a plurality of round shell components (28, 30, 132, 232, 332, 510A, 510B, 510C), each round shell component (28, 30, 132, 232, 332, 510A, 510B, 510C) in the plurality of round shell components (28, 30, 132, 232, 332, 510A, 510B, 510C) including: ligaments (142, 144, 146, 148, 150) that are connected at ligament junctions (512, 154, 156) in a networked manner to collectively form a round three-dimensional body having a cavity, each ligament (142, 144, 146, 148, 150) including an interior surface facing towards the cavity and an exterior surface facing away from the cavity and each ligament (142, 144, 146, 148, 150) including a ligament thickness extending between the interior surface and the exterior surface; characterised in that an array of voids positioned between the ligaments (142, 144, 146, 148, 150), each void in the array of voids extending entirely from the exterior surface to the interior surface and including a first void size at the exterior surface and a second void size at the interior surface.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: checking 3GPP packet-switched, PS, data off exempt services and a packet data network, PDN, connection to be generated by the UE; determining whether to generate the PDN connection based on a type of the PDN connection and the 3GPP PS data off exempt services; performing an attachment procedure with generating the PDN connection, based on determination to generate the PDN connection; and performing the attachment procedure without generating the PDN connection, based on determination not to generate the PDN connection, wherein the performing the attachment procedure without generating the PDN connection comprises providing a core network with information that causes the core network to maintain the UE at an attachment state while the UE has no PDN connection. checking 3GPP packet-switched, PS, data off exempt services and a packet data network, PDN, connection to be generated by the UE; determining whether to generate the PDN connection based on a type of the PDN connection and the 3GPP PS data off exempt services; performing an attachment procedure with generating the PDN connection, based on determination to generate the PDN connection; and performing the attachment procedure without generating the PDN connection, based on determination not to generate the PDN connection, wherein the performing the attachment procedure without generating the PDN connection comprises providing a core network with information that causes the core network to maintain the UE at an attachment state while the UE has no PDN connection.
An alpha-2 adrenergic agonist in an extended release dosage form in combination with inositol for use in treating a patient having core symptoms of Autism Spectrum Disorder, wherein the alpha-2 adrenergic agonist is selected from the group consisting of clonidine and guanfacine.
A method of activating a transmitter in a rapid fashion, the transmitter configured for physical engagement with an indwelling glucose sensor, the transmitter configured for transmitting signals representative of measured glucose concentration values to a mobile device, comprising: transmitting a wake-up command from a Health Care Professional, HCP, device to the transmitter using near field communications, detecting by the transmitter a sensor signal from the glucose sensor; wherein the transmitter transitions from an inactive state to an active state if both the wake-up command is received by the transmitter and the sensor signal of the glucose sensor is detected by the transmitter to be above a threshold. transmitting a wake-up command from a Health Care Professional, HCP, device to the transmitter using near field communications, detecting by the transmitter a sensor signal from the glucose sensor; wherein the transmitter transitions from an inactive state to an active state if both the wake-up command is received by the transmitter and the sensor signal of the glucose sensor is detected by the transmitter to be above a threshold.
Network entity installed in a network in which at least one SON Function is deployed, characterized in that the network entity comprises: - an operator objective interface for receiving operator objectives; - a SON-Function model interface for receiving at least one SON Function model of a deployed SON Function; - wherein the network entity is adapted to link the operator objectives with the SON Function model by reading the at least one SON Function model as SON Function Configuration Parameter Value SCV sets, each set mapped to ones of the operator objectives the set fulfils and conditions under which the set is applicable, and given a prioritized set of the operator objectives and a set of the conditions, filtering out all SCV sets not applicable under the set of the conditions and selecting a fulfilling SCV set considering one of the operator objectives with a highest priority, and - wherein the network entity is adapted for influencing a network behavior through the SON Function based on the selected SCV set. - an operator objective interface for receiving operator objectives; - a SON-Function model interface for receiving at least one SON Function model of a deployed SON Function; - wherein the network entity is adapted to link the operator objectives with the SON Function model by reading the at least one SON Function model as SON Function Configuration Parameter Value SCV sets, each set mapped to ones of the operator objectives the set fulfils and conditions under which the set is applicable, and given a prioritized set of the operator objectives and a set of the conditions, filtering out all SCV sets not applicable under the set of the conditions and selecting a fulfilling SCV set considering one of the operator objectives with a highest priority, and reading the at least one SON Function model as SON Function Configuration Parameter Value SCV sets, each set mapped to ones of the operator objectives the set fulfils and conditions under which the set is applicable, and given a prioritized set of the operator objectives and a set of the conditions, filtering out all SCV sets not applicable under the set of the conditions and selecting a fulfilling SCV set considering one of the operator objectives with a highest priority, and - wherein the network entity is adapted for influencing a network behavior through the SON Function based on the selected SCV set.
A method, executable by a network controller, the method comprising: determining, for a virtualized a network function, VNF, (112a, 112b) hosted on a first processing unit (110a, 110b) that belongs to a first memory zone of a server, a network affinity index; based on the network affinity index, identifying a placement of the first VNF on a second processing unit (110c, 110d) belonging to a second memory zone of the server to increase the network affinity index; and relocating the VNF (112a, 112b) from the first processing unit (110a, 110b) to the second processing unit (110a, 110b), wherein the network affinity index is a ratio of a total number of packets received by the VNF (112a, 112b) from a cache of the first processing unit (110a, 110b) to a total number of packets received by the VNF (112a, 112b) from the cache of the first processing unit (110a, 110b) and from caches of processing units of the server that are remote from the first processing unit (110a, 110b) over a period of time. determining, for a virtualized a network function, VNF, (112a, 112b) hosted on a first processing unit (110a, 110b) that belongs to a first memory zone of a server, a network affinity index; based on the network affinity index, identifying a placement of the first VNF on a second processing unit (110c, 110d) belonging to a second memory zone of the server to increase the network affinity index; and relocating the VNF (112a, 112b) from the first processing unit (110a, 110b) to the second processing unit (110a, 110b), wherein the network affinity index is a ratio of a total number of packets received by the VNF (112a, 112b) from a cache of the first processing unit (110a, 110b) to a total number of packets received by the VNF (112a, 112b) from the cache of the first processing unit (110a, 110b) and from caches of processing units of the server that are remote from the first processing unit (110a, 110b) over a period of time.