mhurhangee/patent-ind-claim-en huggingface dataset:
A hydroxyindole carboxylic acid, the hydroxyindole carboxylic acid comprising formula (I): wherein L 1 is selected from the group consisting of a single bond, -(C 1-6 alkyl)-, -(C 2-6 alkenyl)-, -(C 0-6 alkyl)-(C 3-6 cycloalkyl)-(C 0-6 alkyl)-, o-phenyl, m-phenyl, p-phenyl, a 3-7 member single aromatic or aliphatic ring, an unsubstituted or substituted fused 5-12 member aromatic or aliphatic ring system, wherein the substitution is selected from the group consisting of nitrogen, oxygen and sulfur; L 2 is selected from the group consisting of a bond, and wherein n is 0-3; and R 1 = NRaRb, wherein Ra or Rb can each independently be selected from the group consisting of hydrogen, unsubstituted or substituted alkyl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted heterocyclyl, unsubstituted or substituted aryl, unsubstituted or substituted heteroaryl, and unsubstituted or substituted fused 5-12 member aromatic or aliphatic ring system, wherein the substitution on the fused 5-12 member aromatic or aliphatic ring system is selected from the group consisting of nitrogen, oxygen and sulfur. wherein L 1 is selected from the group consisting of a single bond, -(C 1-6 alkyl)-, -(C 2-6 alkenyl)-, -(C 0-6 alkyl)-(C 3-6 cycloalkyl)-(C 0-6 alkyl)-, o-phenyl, m-phenyl, p-phenyl, a 3-7 member single aromatic or aliphatic ring, an unsubstituted or substituted fused 5-12 member aromatic or aliphatic ring system, wherein the substitution is selected from the group consisting of nitrogen, oxygen and sulfur; L 2 is selected from the group consisting of a bond, and wherein n is 0-3; and R 1 = NRaRb, wherein Ra or Rb can each independently be selected from the group consisting of hydrogen, unsubstituted or substituted alkyl, unsubstituted or substituted cycloalkyl, unsubstituted or substituted heterocyclyl, unsubstituted or substituted aryl, unsubstituted or substituted heteroaryl, and unsubstituted or substituted fused 5-12 member aromatic or aliphatic ring system, wherein the substitution on the fused 5-12 member aromatic or aliphatic ring system is selected from the group consisting of nitrogen, oxygen and sulfur.
A method for producing a coated packaging material , including at least the steps of: a) providing a substrate , which comprises a base material of cellulose, an outer side to be turned away from a packaging item as well as an inner side to be turned towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard or coated or uncoated paperboard; b) coating the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a crosslinking agent and having a solid content of at most 25 % by wt.; c) drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent while forming a barrier layer for hydrophobic compounds, wherein the substrate is coated with at least one further composition after step c), wherein the further composition - includes at least polyvinyl alcohol and a crosslinking agent, has a solid content of at most 25 % by wt. and forms a further barrier layer for hydrophobic compounds by drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent, wherein the at least two barrier layers include polyvinyl alcohols with different crosslinking levels and/or polyvinyl alcohols with different degrees of hydrolysis and/or polyvinyl alcohols crosslinked with different crosslinking agents; and/or - includes at least polyvinyl alcohol, has a solid content of at most 25 % by wt. and is free of crosslinking agents. a) providing a substrate , which comprises a base material of cellulose, an outer side to be turned away from a packaging item as well as an inner side to be turned towards the packaging item, wherein the base material is coated or uncoated paper, coated or uncoated cardboard or coated or uncoated paperboard; b) coating the inner side of the substrate with at least one layer of an aqueous composition including at least polyvinyl alcohol and a crosslinking agent and having a solid content of at most 25 % by wt.; c) drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent while forming a barrier layer for hydrophobic compounds, - includes at least polyvinyl alcohol and a crosslinking agent, has a solid content of at most 25 % by wt. and forms a further barrier layer for hydrophobic compounds by drying the layer and crosslinking the polyvinyl alcohol with the aid of the crosslinking agent, wherein the at least two barrier layers include polyvinyl alcohols with different crosslinking levels and/or polyvinyl alcohols with different degrees of hydrolysis and/or polyvinyl alcohols crosslinked with different crosslinking agents; and/or - includes at least polyvinyl alcohol, has a solid content of at most 25 % by wt. and is free of crosslinking agents.
A method for backing up digital cinematographic content, including the steps consisting in: - generating from said content a digital stream encoded in a compressed format, or having said digital stream already encoded in a compressed format, the digital stream comprising digital images and all of the digital data being related to this stream, - recording, in a redundant manner, this encoded digital stream in a compressed format onto a photographic film such that damage up to 10 cm of film does not hinder the restoration of all the content. - generating from said content a digital stream encoded in a compressed format, or having said digital stream already encoded in a compressed format, the digital stream comprising digital images and all of the digital data being related to this stream, - recording, in a redundant manner, this encoded digital stream in a compressed format onto a photographic film such that damage up to 10 cm of film does not hinder the restoration of all the content.
A component supply system comprising: a stage configured such that multiple components are loaded in a scattered state on the stage so as to supply the components; a replenishing device configured to replenish the components on the stage ; an imaging device configured to image the stage ; characterized by: a determining device configured to determine whether to replenish the components on the stage from the replenishing device based on first imaging data that is imaging data captured by the imaging device of the stage in a state without the components loaded on the stage , and second imaging data that is imaging data captured by the imaging device of the stage after the components have been replenished from the replenishing device and supplying of the components has been started by the component supply system . a stage configured such that multiple components are loaded in a scattered state on the stage so as to supply the components; a replenishing device configured to replenish the components on the stage ; an imaging device configured to image the stage ; characterized by: a determining device configured to determine whether to replenish the components on the stage from the replenishing device based on first imaging data that is imaging data captured by the imaging device of the stage in a state without the components loaded on the stage , and second imaging data that is imaging data captured by the imaging device of the stage after the components have been replenished from the replenishing device and supplying of the components has been started by the component supply system .
An apparatus to manage networked user devices, comprising: an edge node interface to: detect addition of a networked user device to a service gateway ; and extract device information from the networked user device; a device context manager to identify tag parameters based on the device information, the said tag parameters defining an accessibility and/or control of data in relation to the networked user device; and a tag manager to prohibit unauthorized data disclosure by the networked user device by setting values of the tag parameters based on i) an existing user profile associated with a type of the networked user device, and, there is no existing user profile, ii) on previously installed network user devices on the service gateway and the type of the networked device. an edge node interface to: detect addition of a networked user device to a service gateway ; and extract device information from the networked user device; detect addition of a networked user device to a service gateway ; and extract device information from the networked user device; a device context manager to identify tag parameters based on the device information, the said tag parameters defining an accessibility and/or control of data in relation to the networked user device; and a tag manager to prohibit unauthorized data disclosure by the networked user device by setting values of the tag parameters based on i) an existing user profile associated with a type of the networked user device, and, there is no existing user profile, ii) on previously installed network user devices on the service gateway and the type of the networked device.
A method for concentrating oxygen isotopes comprising an ozone photodissociation step, a trapping step and an oxygen isotope concentration step, characterised by : an ozone photodissociation step in which a mixed gas containing CF 4 and ozone is irradiated with light to dissociate selectively ozone isotopologues comprising a desired oxygen isotope in ozone to oxygen molecules; a trapping step for trapping a mixed gas containing oxygen molecules formed by the dissociation of the ozone in the ozone photodissociation step, non-dissociated ozone molecules, and CF 4 ; and an oxygen isotope concentration step in which the oxygen molecules are separated from the non-dissociated ozone molecules and CF 4 in the trapped mixed gas, and the oxygen isotopes are concentrated in the separated oxygen molecules. an ozone photodissociation step in which a mixed gas containing CF 4 and ozone is irradiated with light to dissociate selectively ozone isotopologues comprising a desired oxygen isotope in ozone to oxygen molecules; a trapping step for trapping a mixed gas containing oxygen molecules formed by the dissociation of the ozone in the ozone photodissociation step, non-dissociated ozone molecules, and CF 4 ; and an oxygen isotope concentration step in which the oxygen molecules are separated from the non-dissociated ozone molecules and CF 4 in the trapped mixed gas, and the oxygen isotopes are concentrated in the separated oxygen molecules.
A valve train assembly comprising at least one dual body rocker arm comprising a first body , a second body , a latching arrangement for latching and unlatching the first body and the second body and wherein the latching arrangement is biased to an unlatched configuration, the assembly further comprising an actuator arrangement external to the rocker arm for controlling the latching arrangement and wherein the actuator arrangement is configured so that its default setting is to cause the latching arrangement to be in a latched configuration; wherein the actuator arrangement comprises an actuator and a shaft rotatable by the actuator , the shaft comprising a component for operating the latching arrangement ; wherein the component is a selector cam rotatable to operate the latching arrangement ; wherein the selector cam comprises a lobe profile and a base circle ; wherein the actuator is arranged to rotate the shaft between a first configuration in which the lobe profile acts on the latching arrangement causing the latching arrangement to be in the latched configuration, and a second configuration in which the lobe profile does not act on the latching arrangement thereby allowing the latching arrangement to be in the unlatched configuration, the first configuration being the default setting of the actuator arrangement ; wherein the actuator arrangement comprises a biasing means arranged to bias the shaft rotationally in a first direction towards the first configuration; and wherein the actuator arrangement comprises a hard stop arranged to prevent the shaft from rotating in the first direction beyond the first configuration. wherein the actuator arrangement comprises an actuator and a shaft rotatable by the actuator , the shaft comprising a component for operating the latching arrangement ; wherein the component is a selector cam rotatable to operate the latching arrangement ; wherein the selector cam comprises a lobe profile and a base circle ; wherein the actuator is arranged to rotate the shaft between a first configuration in which the lobe profile acts on the latching arrangement causing the latching arrangement to be in the latched configuration, and a second configuration in which the lobe profile does not act on the latching arrangement thereby allowing the latching arrangement to be in the unlatched configuration, the first configuration being the default setting of the actuator arrangement ; wherein the actuator arrangement comprises a biasing means arranged to bias the shaft rotationally in a first direction towards the first configuration; and wherein the actuator arrangement comprises a hard stop arranged to prevent the shaft from rotating in the first direction beyond the first configuration.
A medical device , comprising: a flexible hollow tube extending from a proximal end to a distal end and defining a channel therebetween, at least one opening being defined in a distal portion of the tube; a flexible member having an initial position disposed alongside the tube and being deployable to a subsequent position, the flexible member being configured to be deployable to automatically assume a shape of a greater curvature of a stomach; and a reusable portion having a first tank (T1) including a fluid, a second tank (T2) for receiving material, and a third tank (T3) communicating with atmospheric pressure, the reusable portion having a first valve (V1), a second valve (V2), and a third valve (V3), the first valve connected to a pressure line leading to the flexible hollow tube via the first tank, the second valve connected to a vacuum line leading to the flexible hollow tube via the second tank, the third valve connected to an atmospheric line (A) leading to the flexible hollow tube via the third tank, the first valve and the second valve each having a first position ('A'), a second position ('B'), and a third position ('C'), the channel being delivered with pressurized fluid when the first valve and the second valve are moved to the first position.
An apparatus or system for haptic feedback, comprising: a base comprising or mounted to a housing; a touch-sensitive interface comprising an interface surface, the touch-sensitive interface affixed to the base and configured to move in a direction laterally along the interface surface; and a piezoelectric actuator mounted to the base and to the touch-sensitive interface and configured to receive a haptic signal and output a force in a direction laterally along the interface surface, characterized in that : the piezoelectric actuator comprises a piezoelectric bender held in place by three mounts spaced along the length of the bender, the touch sensitive interface being coupled to at least one of the mounts on one side of the bender in the direction of lateral movement and the housing being coupled to the remainder of the mounts on the opposite side of the bender in the direction of lateral movement. a base comprising or mounted to a housing; a touch-sensitive interface comprising an interface surface, the touch-sensitive interface affixed to the base and configured to move in a direction laterally along the interface surface; and a piezoelectric actuator mounted to the base and to the touch-sensitive interface and configured to receive a haptic signal and output a force in a direction laterally along the interface surface, characterized in that : the piezoelectric actuator comprises a piezoelectric bender held in place by three mounts spaced along the length of the bender, the touch sensitive interface being coupled to at least one of the mounts on one side of the bender in the direction of lateral movement and the housing being coupled to the remainder of the mounts on the opposite side of the bender in the direction of lateral movement.
An uplink resource grant method, comprising: receiving (S410), by a terminal, configuration information from a network device, wherein the configuration information comprises information about a first uplink resource and information about a second uplink resource; and searching (S430), by the terminal, a search space for a downlink control channel of a serving cell to obtain downlink control information, DCI, from the network device, wherein the DCI comprises a carrier indicator field and grant information, wherein the carrier indicator field indicates the first uplink resource or the second uplink resource; wherein the grant information comprises grant information of the first uplink resource or grant information of the second uplink resource, wherein the first uplink resource, the second uplink resource, and a downlink resource for carrying the downlink control channel belong to a same carrier resource of the serving cell; and wherein for grant information of the first uplink resource and grant information of the second uplink resource, the terminal uses a same control channel candidate set to search the search space to obtain the DCI. receiving (S410), by a terminal, configuration information from a network device, wherein the configuration information comprises information about a first uplink resource and information about a second uplink resource; and searching (S430), by the terminal, a search space for a downlink control channel of a serving cell to obtain downlink control information, DCI, from the network device, wherein the DCI comprises a carrier indicator field and grant information, wherein the carrier indicator field indicates the first uplink resource or the second uplink resource; wherein the grant information comprises grant information of the first uplink resource or grant information of the second uplink resource, wherein the first uplink resource, the second uplink resource, and a downlink resource for carrying the downlink control channel belong to a same carrier resource of the serving cell; and wherein for grant information of the first uplink resource and grant information of the second uplink resource, the terminal uses a same control channel candidate set to search the search space to obtain the DCI.
A method for producing an MRI image, in which a radial or spiral k-space trajectory with a constant angular increment Psi is used, characterized in that the angular increment Psi lies in an angular range of 5 to 55 degrees and is calculated according to the formula ψN , M = π N + 1 M + τ − 1 wherein N lies between 3 and 35 and wherein M lies between 1 and 5 and wherein tau is equal to (1+sqrt ) / 2. wherein N lies between 3 and 35 and wherein M lies between 1 and 5 and wherein tau is equal to (1+sqrt ) / 2.
A driveline assembly for an electric vehicle for driving a pair of wheels , said driveline assembly including: an electric motor having an output shaft ; a differential coupled with the output shaft and configured to receive torque from the output shaft ; a pair of primary shafts each coupled with the differential and configured to receive torque from the differential ; a pair of secondary shafts each coupled with one of the primary shafts and configured to receive torque from the respective one of the primary shafts ; a pair of end reducers each coupled with one of the secondary shafts configured to receive torque from a respective one of the secondary shafts ; each of the end reducers including a wheel output coupled with one of the wheels to provide a gear reduction and torque multiplying effect at the wheel ; and a controller connected to the electric motor and configured to superimpose an order-based or time-based torque or speed fluctuation on the output shaft of the electric motor to counteract vibrations in the driveline assembly . an electric motor having an output shaft ; a differential coupled with the output shaft and configured to receive torque from the output shaft ; a pair of primary shafts each coupled with the differential and configured to receive torque from the differential ; a pair of secondary shafts each coupled with one of the primary shafts and configured to receive torque from the respective one of the primary shafts ; a pair of end reducers each coupled with one of the secondary shafts configured to receive torque from a respective one of the secondary shafts ; each of the end reducers including a wheel output coupled with one of the wheels to provide a gear reduction and torque multiplying effect at the wheel ; and a controller connected to the electric motor and configured to superimpose an order-based or time-based torque or speed fluctuation on the output shaft of the electric motor to counteract vibrations in the driveline assembly .
A fill level control apparatus configured to control the average fill level of an asynchronous first-in-first-out, FIFO , said fill level control apparatus comprising: - an offset calculation unit adapted to calculate the offset between a programmable target average fill level and the current average fill level of the FIFO; and - an adjustment unit adapted to adjust the empty rate of the FIFO in response to the calculated offset to keep the average fill level of the FIFO constant, wherein the adjustment unit comprises a variable divider controller adapted to determine a number, x, of divide change pulses required to compensate the offset calculated by the offset calculation unit and to generate a corresponding, x, number of divide change pulses supplied to a variable clock divider of said adjustment unit ; wherein each divide change pulse does initiate one time change in the nominal divide value of the variable clock divider; the variable divider controller of the adjustment unit is adapted to pause for a predetermined period of time once the number, x, of divide change pulses has been supplied to the variable clock divider of the adjustment unit ; and the adjustment unit is adapted to control the FIFO level adjustments such that if the measured average fill level offset is less than or equal to a programmed threshold, the measured fill level offset must be consistent for a programmed number of iterations before any further adjustments are made. - an offset calculation unit adapted to calculate the offset between a programmable target average fill level and the current average fill level of the FIFO; and - an adjustment unit adapted to adjust the empty rate of the FIFO in response to the calculated offset to keep the average fill level of the FIFO constant, wherein the adjustment unit comprises a variable divider controller adapted to determine a number, x, of divide change pulses required to compensate the offset calculated by the offset calculation unit and to generate a corresponding, x, number of divide change pulses supplied to a variable clock divider of said adjustment unit ; wherein each divide change pulse does initiate one time change in the nominal divide value of the variable clock divider;