mhurhangee/patent-ind-claim-en huggingface dataset:
A method of production of a composite of yeast-derived beta-glucan particle with incorporated poorly-water-soluble low-molecular-weight compound, the poorly-water-soluble low-molecular-weight compound having solubility in 10 mM PBS of at most 30 mg/mL, measured at 37 °C and pH 7.4, and molecular mass of at most 5,000 Da, and weight ratio of the poorly-water-soluble low-molecular-weight compound to the yeast-derived beta-glucan particle is in the range of from 0.1·10 -3 to 3, comprising the following steps: i) the poorly-water-soluble low-molecular low-molecular-weight compound is dissolved in an organic solvent, selected from a group comprising ethanol, methanol, acetone, isopropanol, ethylacetate, dichloromethane, trichloromethane, chloroform, hexane, cyclohexane, heptane, toluene or mixtures thereof; ii) yeast-derived beta glucan particles are added to the solution from step i) to form a suspension; iii) the suspension obtained in step ii) is spray dried under inert atmosphere to form the composite of yeast-derived beta glucan particle with poorly-water-soluble low-molecular-weight compound incorporated in its amorphous form inside the yeast-derived glucan particles. i) the poorly-water-soluble low-molecular low-molecular-weight compound is dissolved in an organic solvent, selected from a group comprising ethanol, methanol, acetone, isopropanol, ethylacetate, dichloromethane, trichloromethane, chloroform, hexane, cyclohexane, heptane, toluene or mixtures thereof; ii) yeast-derived beta glucan particles are added to the solution from step i) to form a suspension; iii) the suspension obtained in step ii) is spray dried under inert atmosphere to form the composite of yeast-derived beta glucan particle with poorly-water-soluble low-molecular-weight compound incorporated in its amorphous form inside the yeast-derived glucan particles.
A multiband 3D universal antenna system, comprising: a magnetic core surrounded by a multiaxial coil wound around each of three orthogonal axis X, Y, Z, said multiaxial coil including at least two different coils wound around at least one of said three orthogonal axis, each coil of each axis having a specific cross section and a given number of turns, and each coil being provided with two external connectors ; a support configured to provide backing and/or isolation of said coils ; a connection box connected to said external connectors , said connection box being configured to provide a reconfigurable connection between said external connectors via interconnections, said reconfigurable connection being configured to provide a given inductance range, quality factor, Q, range and sensitivity range to operate within at least three different working frequencies, wherein the coils include six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2), which are arranged around axis X, Y and Z, three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 125 kHz or 134.2 kHz frequency and three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 20 kHz frequency. a magnetic core surrounded by a multiaxial coil wound around each of three orthogonal axis X, Y, Z, said multiaxial coil including at least two different coils wound around at least one of said three orthogonal axis, each coil of each axis having a specific cross section and a given number of turns, and each coil being provided with two external connectors ; a support configured to provide backing and/or isolation of said coils ; a connection box connected to said external connectors , said connection box being configured to provide a reconfigurable connection between said external connectors via interconnections, said reconfigurable connection being configured to provide a given inductance range, quality factor, Q, range and sensitivity range to operate within at least three different working frequencies, wherein the coils include six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2), which are arranged around axis X, Y and Z, three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 125 kHz or 134.2 kHz frequency and three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 20 kHz frequency.
Method for the partial electrochemical hydrogenation of alkynes of the chemical formula (I) to alkenes, wherein R and R' are selected from inorganic and/or organic radicals, wherein the compound of the chemical formula (I) is hydrogenated on a copper-containing electrode, wherein the copper-containing electrode is configured as a gas diffusion electrode.
A method performed by a wireless device configured for use in a wireless communication system, the method comprising: receiving , from a radio network node , a multicast or broadcast transmission and downlink control information indicating a number of repetitions with which the multicast or broadcast transmission is transmitted; characterized in that the method further comprises operating according to a negative acknowledgement only feedback scheme in which the wireless device is configured to transmit a negative acknowledgement to the radio network node if decoding of the multicast or broadcast transmission fails using the indicated number of repetitions and to refrain from transmitting a positive acknowledgement to the radio network node if decoding of the multicast or broadcast transmission succeeds, receiving explicit control signaling in-band of the multicast or broadcast transmission indicating that scheduling of the multicast or broadcast service is to be stopped; and responsive to receiving the explicit control signaling, stopping monitoring a control channel for whether the multicast or broadcast service is transmitted. receiving , from a radio network node , a multicast or broadcast transmission and downlink control information indicating a number of repetitions with which the multicast or broadcast transmission is transmitted; characterized in that the method further comprises operating according to a negative acknowledgement only feedback scheme in which the wireless device is configured to transmit a negative acknowledgement to the radio network node if decoding of the multicast or broadcast transmission fails using the indicated number of repetitions and to refrain from transmitting a positive acknowledgement to the radio network node if decoding of the multicast or broadcast transmission succeeds, receiving explicit control signaling in-band of the multicast or broadcast transmission indicating that scheduling of the multicast or broadcast service is to be stopped; and responsive to receiving the explicit control signaling, stopping monitoring a control channel for whether the multicast or broadcast service is transmitted.
A brush head (2; 200) for an electric toothbrush (1; 100), comprising: - a support (4; 400) comprising two lateral walls (41; 410) connected by a transverse wall (42; 420) which delimit, on either side of the transverse wall (42; 420), an upper groove (43; 430) and a lower groove (44; 430), wherein said lateral walls (41; 410) and the transverse wall (42; 420) are shaped so as to support, on the one hand and inside the upper groove (43; 430), upper lateral brush elements (51; 61) opposite each other and upper transverse brush elements (523; 623) and, on the other hand and inside the lower groove (44; 440), lower lateral brush elements disposed opposite each other and lower transverse brush elements (524; 624); and - an oscillatory device adapted to impart an oscillatory movement to said support (4; 440); wherein the support (4; 400) is elastically deformable so as to enable an arcuate deformation, and has a midplane (PM) intersecting the two lateral walls (41; 410) and the transverse wall (42; 420) such that the support (4; 400) is shaped so as to support upper lateral brush elements (51; 61), upper transverse brush elements (523; 623), lower lateral brush elements (51; 61), and lower transverse brush elements (524; 624) on either side of said midplane (PM); and wherein said oscillatory device comprises a movable part (7; 700) on which the support (4; 400) is mounted, and a drive shaft coupled to said movable part (7; 700) to drive in oscillation the movable part (7; 700) and the support (4; 400) according to an oscillatory movement comprising at least one reciprocating component in translation along a direction orthogonal to said midplane (PM), wherein the movable part has a coupling portion coupled to the drive shaft via coupling elements (710; 82) forming means for converting a rotation of the drive shaft into a reciprocating oscillation of the movable part (7; 700) and the support (4; 400), and wherein said movable part (7; 700) and the drive shaft extend substantially in the midplane (PM) of the support . - a support (4; 400) comprising two lateral walls (41; 410) connected by a transverse wall (42; 420) which delimit, on either side of the transverse wall (42; 420), an upper groove (43; 430) and a lower groove (44; 430), wherein said lateral walls (41; 410) and the transverse wall (42; 420) are shaped so as to support, on the one hand and inside the upper groove (43; 430), upper lateral brush elements (51; 61) opposite each other and upper transverse brush elements (523; 623) and, on the other hand and inside the lower groove (44; 440), lower lateral brush elements disposed opposite each other and lower transverse brush elements (524; 624); and - an oscillatory device adapted to impart an oscillatory movement to said support (4; 440);
A computing device , comprising: a processor to: translate analytic values of a data structure into raw pixel data such that each analytic value of the data structure is represented as a pixel in a video frame structure of pixels, wherein the analytic values are non-image values, and wherein the data structure is a non-image data structure; in response to a determination that a difference between the raw pixel data of a video frame and raw pixel data of a previous video frame associated with previous analytic values exceeds a specified threshold, encode the raw pixel data into an I-frame; in response to a determination that the difference does not exceed the specified threshold, encode the raw pixel data into a P-frame; provide first data associated with at least one I-frame in response to a request to view data changes exceeding the specified threshold; and provide second data associated with at least one P-frame in response to a request to view data changes not exceeding the specified threshold. translate analytic values of a data structure into raw pixel data such that each analytic value of the data structure is represented as a pixel in a video frame structure of pixels, wherein the analytic values are non-image values, and wherein the data structure is a non-image data structure; in response to a determination that a difference between the raw pixel data of a video frame and raw pixel data of a previous video frame associated with previous analytic values exceeds a specified threshold, encode the raw pixel data into an I-frame; in response to a determination that the difference does not exceed the specified threshold, encode the raw pixel data into a P-frame; provide first data associated with at least one I-frame in response to a request to view data changes exceeding the specified threshold; and provide second data associated with at least one P-frame in response to a request to view data changes not exceeding the specified threshold.
An acoustic barrier for use in a pile driving method in which a pile is driven into the ground, the acoustic barrier comprising: an acoustic dampening layer ; closure means disposed at opposite lateral ends of the acoustic dampening layer arranged to attach to each other when the acoustic barrier is wrapped around a pile so as to close the acoustic barrier around the pile ; wherein the acoustic barrier is arranged to be at least partly wrapped around an axial portion of the pile so that the acoustic dampening layer at least partly surrounds the axial portion of the pile , said acoustic barrier being characterized in that it comprises a plurality of arrays of magnetic elements laterally spaced apart on a first surface of said dampening layer ; and in that the arrays of magnetic elements are arranged to magnetically releasably secure the acoustic barrier to the pile .
Optical arrangement, suitable for generating a light sheet or light beam, comprising: a first lens group which comprises, arranged in a beam direction along an optical axis: a first meso-optical element , a phase-shifting element and a second meso-optical element , wherein the first and second meso-optical elements are selected from a Powell lens, an axicon and a diffractive element, and wherein the first and second meso-optical elements are positioned along the optical axis in such a way that non-Gaussian beams generated by these elements overlap in such a way that the undesired secondary maxima disappear as a result of interference and only the main maxima remain. a first lens group which comprises, arranged in a beam direction along an optical axis: a first meso-optical element , a phase-shifting element and a second meso-optical element , a first meso-optical element , a phase-shifting element and a second meso-optical element , wherein the first and second meso-optical elements are selected from a Powell lens, an axicon and a diffractive element, and wherein the first and second meso-optical elements are positioned along the optical axis in such a way that non-Gaussian beams generated by these elements overlap in such a way that the undesired secondary maxima disappear as a result of interference and only the main maxima remain.
A terminal comprising: a receiving section configured to receive a plurality of downlink control information which schedule downlink shared channels, wherein hybrid automatic repeat request acknowledgement, HARQ-ACK, transmission timings for the downlink shared channels are notified by the plurality of downlink control information, respectively; characterized by further comprising: a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information. a receiving section configured to receive a plurality of downlink control information which schedule downlink shared channels, wherein hybrid automatic repeat request acknowledgement, HARQ-ACK, transmission timings for the downlink shared channels are notified by the plurality of downlink control information, respectively; characterized by further comprising: a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information. a transmitting section configured to, when the HARQ-ACK transmission timings for the downlink shared channels indicate a same slot, transmit HARQ-ACK information for the downlink shared channels using a physical uplink control channel, PUCCH, resource in the same slot; and a control section configured to determine the PUCCH resource which is indicated in a last received downlink control information out of the plurality of downlink control information.
A signal transmission method for an unlicensed band, comprising: sending, by a network device, a synchronous signal, SS, block index to a terminal device, the SS block index being used for indicating a target time position where the network device sends an SS block ; and sending, by the network device, a beam index of the SS block to the terminal device, the beam index being used for indicating a beam through which the network device sends the SS block , wherein sending, by the network device, the beam index of the SS block to the terminal device comprises: sending, by the network device, the SS block to the terminal device at the target time position, wherein the SS block carries the beam index, wherein before sending, by the network device, the SS block index to the terminal device, the method further comprises: monitoring, by the network device based on M candidate time positions for the SS block, whether a carrier in the unlicensed band is idle; and determining, by the network device according to a monitoring result, the target time position in the M candidate time positions. sending, by a network device, a synchronous signal, SS, block index to a terminal device, the SS block index being used for indicating a target time position where the network device sends an SS block ; and sending, by the network device, a beam index of the SS block to the terminal device, the beam index being used for indicating a beam through which the network device sends the SS block , wherein sending, by the network device, the beam index of the SS block to the terminal device comprises: sending, by the network device, the SS block to the terminal device at the target time position, wherein the SS block carries the beam index, wherein before sending, by the network device, the SS block index to the terminal device, the method further comprises: monitoring, by the network device based on M candidate time positions for the SS block, whether a carrier in the unlicensed band is idle; and determining, by the network device according to a monitoring result, the target time position in the M candidate time positions. sending, by the network device, the SS block to the terminal device at the target time position, wherein the SS block carries the beam index, wherein before sending, by the network device, the SS block index to the terminal device, the method further comprises: monitoring, by the network device based on M candidate time positions for the SS block, whether a carrier in the unlicensed band is idle; and determining, by the network device according to a monitoring result, the target time position in the M candidate time positions. monitoring, by the network device based on M candidate time positions for the SS block, whether a carrier in the unlicensed band is idle; and determining, by the network device according to a monitoring result, the target time position in the M candidate time positions.
A composite luminophore comprising an inorganic matrix and an organic fluorescent dye, wherein the inorganic matrix is formed from a compound selected from of CaCO 3 , LaPO 4 , ZrO(HPO 4 ), ZrO(H 2 PO 4 ) 2 , Zr 3 (PO 4 ) 4 , including Zr(HPO 4 ) 2 and Zr(H 2 PO 4 ) 4 , respectively, wherein the organic fluorescent dye has one or more functional groups selected from sulfate groups, phosphate groups, phosphonic acid groups, phosphinic acid groups, or carboxylate groups, by means of which the fluorescent dye is incorporated into the inorganic matrix through ionic bonding, wherein the organic fluorescent dye is selected from the group consisting of riboflavin 5'-monophosphate sodium salt, perylene, coumarin and umbelliferone, wherein the latter have been functionalized with at least a sulfate group, a phosphate group, a phosphonic acid group, a phosphinic acid group, or a carboxylate group. wherein the inorganic matrix is formed from a compound selected from of CaCO 3 , LaPO 4 , ZrO(HPO 4 ), ZrO(H 2 PO 4 ) 2 , Zr 3 (PO 4 ) 4 , including Zr(HPO 4 ) 2 and Zr(H 2 PO 4 ) 4 , respectively, wherein the organic fluorescent dye has one or more functional groups selected from sulfate groups, phosphate groups, phosphonic acid groups, phosphinic acid groups, or carboxylate groups, by means of which the fluorescent dye is incorporated into the inorganic matrix through ionic bonding, wherein the organic fluorescent dye is selected from the group consisting of riboflavin 5'-monophosphate sodium salt, perylene, coumarin and umbelliferone, wherein the latter have been functionalized with at least a sulfate group, a phosphate group, a phosphonic acid group, a phosphinic acid group, or a carboxylate group.
A device for crumbling root crops , preferably into substantially equal sized pieces, comprising: - a main frame having an inlet side and an outlet side ; - a root crop supply at the inlet side; - at least one crumbling shaft rotatable supported in the main frame, the crumbling shaft being provided with a plurality of curved hooks , preferably curved into a direction of rotation of the crumbling shaft; - a non-rotating cutting rake having a plurality of recesses and forming a counter blade for the hooks, and- a cleaning rake adjacent to or opposite the cutting rake for stripping off root crop pieces from the hooks, wherein the hooks are arranged for interlaced movement with said recesses of the non-rotating rake, characterized in that the device comprises a de-clogging device for de-clogging clogged root crops from the cutting rake or cleaning rake, wherein the de-clogging device incorporates one or more elements which are movable upwards or any other direction for moving the clogged root crops for bringing them again into a position engageable with the hooks. - a main frame having an inlet side and an outlet side ; - a root crop supply at the inlet side; - at least one crumbling shaft rotatable supported in the main frame, the crumbling shaft being provided with a plurality of curved hooks , preferably curved into a direction of rotation of the crumbling shaft; - a non-rotating cutting rake having a plurality of recesses and forming a counter blade for the hooks, and- a cleaning rake adjacent to or opposite the cutting rake for stripping off root crop pieces from the hooks,