mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal , comprising: a terminal body ; and a rotating body comprising a first end face ; wherein a first camera is arranged on the first end face ; the rotating body is rotatably coupled to one end of the terminal body , so that the first camera selectively faces multiple directions around the terminal body depending on the orientation of the rotating body ; a first display screen is arranged on a front face of the terminal body ; the rotating body further comprises a second end face opposite to the first end face ; a second display screen is arranged on the second end face ; when the rotating body is rotated such that the second end face faces the front face of the terminal body , the first display screen and the second display screen are located in a same plane; characterized in that a height of the rotating body is less than 10% of a height of the terminal body . a terminal body ; and a rotating body comprising a first end face ; wherein a first camera is arranged on the first end face ; the rotating body is rotatably coupled to one end of the terminal body , so that the first camera selectively faces multiple directions around the terminal body depending on the orientation of the rotating body ; a first display screen is arranged on a front face of the terminal body ; the rotating body further comprises a second end face opposite to the first end face ; a second display screen is arranged on the second end face ; when the rotating body is rotated such that the second end face faces the front face of the terminal body , the first display screen and the second display screen are located in a same plane; characterized in that a height of the rotating body is less than 10% of a height of the terminal body .
An insertion tool for inserting a catheter into a body of a patient, comprising: a housing in which at least a portion of the catheter is initially disposed; a needle distally extending from the housing , at least a portion of the catheter pre-disposed over the needle ; a guidewire ; a guidewire advancement assembly for selectively distally advancing the distal end of the guidewire out a distal opening of the needle in preparation for distal advancement of the catheter ; and a catheter advancement assembly for selectively advancing the catheter in a distal direction, at least one of the guidewire advancement assembly and the catheter advancement assembly configured to prevent advancement of the catheter until distal advancement of the guidewire is performed. a housing in which at least a portion of the catheter is initially disposed; a needle distally extending from the housing , at least a portion of the catheter pre-disposed over the needle ; a guidewire ; a guidewire advancement assembly for selectively distally advancing the distal end of the guidewire out a distal opening of the needle in preparation for distal advancement of the catheter ; and a catheter advancement assembly for selectively advancing the catheter in a distal direction, at least one of the guidewire advancement assembly and the catheter advancement assembly configured to prevent advancement of the catheter until distal advancement of the guidewire is performed.
A method of wireless communication performed by a user equipment, UE , comprising: receiving a configuration that indicates a set of channel state information reference signals, CSI-RSs, to be measured by the UE for deriving channel state information, CSI, one or more time domain resources for which the UE is to derive the CSI, and a time domain resource for transmission of a CSI report that includes the CSI, wherein the one or more time domain resources for which the UE is to derive the CSI occur after the time domain resource for transmission of the CSI report; determining that the UE cannot measure a first subset of CSI-RSs included in the set of CSI-RSs based at least in part on at least one of: a collision between at least one CSI-RS, of the first subset of CSI-RSs, and another communication, a configuration of a symbol of at least one CSI-RS, of the first subset of CSI-RSs, as an uplink symbol, or puncturing of at least one CSI-RS of the first subset of CSI-RSs; deriving one or more parameters for the CSI report based at least in part on measuring a second subset of CSI-RSs included in the set of CSI-RSs, wherein the second subset of CSI-RSs excludes the first subset of CSI-RSs; and transmitting the CSI report, including the one or more parameters, in the time domain resource for transmission of the CSI report. receiving a configuration that indicates a set of channel state information reference signals, CSI-RSs, to be measured by the UE for deriving channel state information, CSI, one or more time domain resources for which the UE is to derive the CSI, and a time domain resource for transmission of a CSI report that includes the CSI, wherein the one or more time domain resources for which the UE is to derive the CSI occur after the time domain resource for transmission of the CSI report; determining that the UE cannot measure a first subset of CSI-RSs included in the set of CSI-RSs based at least in part on at least one of: a collision between at least one CSI-RS, of the first subset of CSI-RSs, and another communication, a configuration of a symbol of at least one CSI-RS, of the first subset of CSI-RSs, as an uplink symbol, or puncturing of at least one CSI-RS of the first subset of CSI-RSs; a collision between at least one CSI-RS, of the first subset of CSI-RSs, and another communication, a configuration of a symbol of at least one CSI-RS, of the first subset of CSI-RSs, as an uplink symbol, or puncturing of at least one CSI-RS of the first subset of CSI-RSs; deriving one or more parameters for the CSI report based at least in part on measuring a second subset of CSI-RSs included in the set of CSI-RSs, wherein the second subset of CSI-RSs excludes the first subset of CSI-RSs; and transmitting the CSI report, including the one or more parameters, in the time domain resource for transmission of the CSI report.
A pharmaceutical composition comprising: from 35 wt% to 55 wt% of (((( S )-1-(2-chlorophenyl)-2-oxocyclohexyl)(methyl)carbamoyl)oxy)methyl dimethyl- L -valinate or a pharmaceutically acceptable salt thereof; from 0.5 wt% to 1.5 wt% of hydroxypropylmethyl cellulose E3; from 20 wt% to 40 wt% of a controlled release polymer, wherein the controlled release polymer comprises hydroxypropylmethyl cellulose; from 10 wt% to 20 wt% of microcrystalline cellulose; from 5 wt% to 15 wt% of sodium lauryl sulfate; from 0.1 wt% to 1.0 wt% of magnesium stearate; and, wherein wt% is based on the total weight of the pharmaceutical composition. from 35 wt% to 55 wt% of (((( S )-1-(2-chlorophenyl)-2-oxocyclohexyl)(methyl)carbamoyl)oxy)methyl dimethyl- L -valinate or a pharmaceutically acceptable salt thereof; from 0.5 wt% to 1.5 wt% of hydroxypropylmethyl cellulose E3; from 20 wt% to 40 wt% of a controlled release polymer, wherein the controlled release polymer comprises hydroxypropylmethyl cellulose; from 10 wt% to 20 wt% of microcrystalline cellulose; from 5 wt% to 15 wt% of sodium lauryl sulfate; from 0.1 wt% to 1.0 wt% of magnesium stearate; and, wherein wt% is based on the total weight of the pharmaceutical composition.
Method for aligning a three-phase machine with a thyristor controller, with three motor phases (U, V, W) and with soft starting, wherein, in each step of the method, only two valves, consisting of two thyristors connected back-to-back in parallel, are fired, with the result that current flows through only two motor phases (U, V, W) of the three-phase machine, comprising the following steps: in a first step, a first alignment of the rotor is performed by virtue of an optimum firing angle being ascertained by virtue of two firing operations being triggered once with a very large firing angle, wherein the very large firing angle is determined by the amplitude value of the current being lower than a defined maximum value, and the amplitude value of the phase currents is ascertained, and, to determine the optimum firing angle, at least one further firing operation is performed until the measured amplitude value is sufficiently close to the maximum value, and in a second step, a further alignment takes place using the ascertained optimum firing angle, characterized in that in a third step, a plausibility check is performed on the alignment of the rotor by virtue of a characteristic of the current space vector during a firing operation being recorded and being used as reference characteristic in the subsequent measurements, and the previously ascertained optimum firing angle is applied to the rotor in a second current direction, and the measured characteristic of the current space vector in the second current direction is compared with the previously recorded reference characteristic on the basis of the first current direction, and in the event of a correspondence, an error message is output. in a first step, a first alignment of the rotor is performed by virtue of an optimum firing angle being ascertained by virtue of two firing operations being triggered once with a very large firing angle, wherein the very large firing angle is determined by the amplitude value of the current being lower than a defined maximum value, and the amplitude value of the phase currents is ascertained, and, to determine the optimum firing angle, at least one further firing operation is performed until the measured amplitude value is sufficiently close to the maximum value, and in a second step, a further alignment takes place using the ascertained optimum firing angle, characterized in that in a third step, a plausibility check is performed on the alignment of the rotor by virtue of a characteristic of the current space vector during a firing operation being recorded and being used as reference characteristic in the subsequent measurements, and the previously ascertained optimum firing angle is applied to the rotor in a second current direction, and the measured characteristic of the current space vector in the second current direction is compared with the previously recorded reference characteristic on the basis of the first current direction, and in the event of a correspondence, an error message is output.
A method for wireless communications performed by a user equipment, UE, comprising: receiving a first beamformed channel state information reference signal, CSI-RS, and a beacon reference signal; obtaining a configuration of the beacon reference signal, wherein the configuration comprises at least one of: antenna ports used for transmitting the beacon reference signal, a frequency used for transmitting the beacon reference signal, a time for transmitting the beacon reference signal, a period for transmitting the beacon reference signal, a subframe offset for transmitting the beacon reference signal, and a slot offset for transmitting the beacon reference signal; obtaining an indication of an association between the first beamformed CSI-RS and the beacon reference signal; determining , based on the first beamformed CSI-RS and the beacon reference signal, information regarding an adjustment, preferred by the UE, of a beamformer to be used for a forthcoming second beamformed CSI-RS; transmitting a beamformer adjustment indicator, BAI, periodically, semi-persistently, or aperiodically, that indicates the preferred adjustment; and reporting channel state information feedback, CSF, based on the first beamformed CSI-RS. receiving a first beamformed channel state information reference signal, CSI-RS, and a beacon reference signal; obtaining a configuration of the beacon reference signal, wherein the configuration comprises at least one of: antenna ports used for transmitting the beacon reference signal, a frequency used for transmitting the beacon reference signal, a time for transmitting the beacon reference signal, a period for transmitting the beacon reference signal, a subframe offset for transmitting the beacon reference signal, and a slot offset for transmitting the beacon reference signal; obtaining an indication of an association between the first beamformed CSI-RS and the beacon reference signal; determining , based on the first beamformed CSI-RS and the beacon reference signal, information regarding an adjustment, preferred by the UE, of a beamformer to be used for a forthcoming second beamformed CSI-RS; transmitting a beamformer adjustment indicator, BAI, periodically, semi-persistently, or aperiodically, that indicates the preferred adjustment; and reporting channel state information feedback, CSF, based on the first beamformed CSI-RS.
Method for controlling a battery current (I_Batt) of a traction battery of a traction system , characterised in that - a rectifier unit of the traction system converts a mains voltage by means of a predeterminable feed-in current (I_ZK) into a controllable intermediate circuit voltage (U_ZK) of an intermediate circuit of the traction system , - an intermediate circuit voltage controller controls an actual voltage value (U_ZR_r) of the intermediate circuit voltage (U_ZK) to a target voltage value (U_ZK_s) of the intermediate circuit voltage (U_ZK) and predetermines a first output variable, - a battery current controller controls a target current value (I_Batt_r) of the battery current (I_Batt) to a target current value (I_Batt_s) of the battery current (I_Batt) and predetermines a second output variable, - the first output variable of the intermediate circuit voltage controller is applied with the second output variable of the battery current controller in order to form a default variable (I_ZK_s) for the feed-in current (I_ZK), and - by means of the feed-in current (I_ZK) predetermined on the basis of the default variable (I_ZK_s), the actual current value (I_Batt_r) of the battery current (I_Batt) is readjusted for its control. - a rectifier unit of the traction system converts a mains voltage by means of a predeterminable feed-in current (I_ZK) into a controllable intermediate circuit voltage (U_ZK) of an intermediate circuit of the traction system , - an intermediate circuit voltage controller controls an actual voltage value (U_ZR_r) of the intermediate circuit voltage (U_ZK) to a target voltage value (U_ZK_s) of the intermediate circuit voltage (U_ZK) and predetermines a first output variable, - a battery current controller controls a target current value (I_Batt_r) of the battery current (I_Batt) to a target current value (I_Batt_s) of the battery current (I_Batt) and predetermines a second output variable, - the first output variable of the intermediate circuit voltage controller is applied with the second output variable of the battery current controller in order to form a default variable (I_ZK_s) for the feed-in current (I_ZK), and - by means of the feed-in current (I_ZK) predetermined on the basis of the default variable (I_ZK_s), the actual current value (I_Batt_r) of the battery current (I_Batt) is readjusted for its control.
Purse or wallet for receiving a tag/tracker , having at least one outer side which has a wall thickness , wherein a cutout with a receiving pocket for the tag/tracker is provided in the outer side , characterised in that in that the cutout has a viewing window which is round on the outside, wherein the tag/tracker can be form-fittingly integrated in a detachable and captive manner into the outer side so as to be directly visible from the outside, and the receiving pocket is accessible from an interior of the purse or wallet.
Parasol, comprising a pole , a nut fixed to this pole , a runner slidably mounted on this pole , ribs articulated on said nut , spokes interposed in an articulated manner between said runner and said ribs , characterized in that it comprises a cloth fixed to said ribs , the ribs and the adjacent spokes substantially defining, with the pole , when the parasol is in use, a volume delimited by two lateral triangles, a lower triangle and an upper triangle, this sunshade comprising at least one storage compartment whose shape corresponds to that of said volume.
An ophthalmic lens obtainable by a process comprising the steps of: forming an ophthalmic Lens Precursor with a first surface and a second surface via exposure of a reactive mixture to a first actinic radiation through a substrate ; wherein the ophthalmic Lens Precursor is a composite object consisting of a Lens Precursor Form and a fluent lens reactive mixture in contact with the Lens Precursor Form , wherein the Lens Precursor Form is a non-fluent object comprising the first surface which is an optical quality surface , and wherein the fluent lens reactive mixture comprises the second surface of the Lens Precursor; flowing a first portion of the fluent lens reactive mixture during a dwelling period, wherein the flowing step comprises allowing the fluent lens reactive mixture to spread under the force of gravity and surface forces to achieve a stable entity while the Lens Precursor is placed upright; and exposing the Lens Precursor to an exposure to a second actinic radiation to fix the fluent lens reactive mixture and form the ophthalmic lens. forming an ophthalmic Lens Precursor with a first surface and a second surface via exposure of a reactive mixture to a first actinic radiation through a substrate ; wherein the ophthalmic Lens Precursor is a composite object consisting of a Lens Precursor Form and a fluent lens reactive mixture in contact with the Lens Precursor Form , wherein the Lens Precursor Form is a non-fluent object comprising the first surface which is an optical quality surface , and wherein the fluent lens reactive mixture comprises the second surface of the Lens Precursor; flowing a first portion of the fluent lens reactive mixture during a dwelling period, wherein the flowing step comprises allowing the fluent lens reactive mixture to spread under the force of gravity and surface forces to achieve a stable entity while the Lens Precursor is placed upright; and exposing the Lens Precursor to an exposure to a second actinic radiation to fix the fluent lens reactive mixture and form the ophthalmic lens.
A method for reprovisioning a logical storage volume created for a virtual disk of a virtual machine running in a computer system that is connected to a storage system via input-output command, IO, paths and out-of-band paths , wherein said storage system stores said logical storage volume, the method characterised by the computer system : issuing a request to the storage system via one of said out-of-band paths to increase a size of the created logical storage volume provisioned in a selected logical storage container ; receiving acknowledgement of the increase in size from the storage system ; and updating a metadata file associated with the logical storage volume to indicate the increased size, wherein the updated metadata file is a disk descriptor file for the virtual disk of the virtual machine stored by the computer system . issuing a request to the storage system via one of said out-of-band paths to increase a size of the created logical storage volume provisioned in a selected logical storage container ; receiving acknowledgement of the increase in size from the storage system ; and updating a metadata file associated with the logical storage volume to indicate the increased size, wherein the updated metadata file is a disk descriptor file for the virtual disk of the virtual machine stored by the computer system .
A method for inducing pluripotent stem cells to differentiate into somatic cells in a culture medium containing a heparin binding growth factor, the method comprising bringing cells into contact with a conjugate of a laminin E8 fragment and a growth factor binding domain-containing fragment of a heparan sulfate proteoglycan, wherein the growth factor binding domain-containing fragment of a heparan sulfate proteoglycan is a perlecan domain 1-containing fragment.
A data transmission method, wherein the method is performed by a communications device and comprises: determining an initial channel set, wherein the initial channel set comprises all channels that the communications device is currently capable of accessing; performing initial clear channel assessment, CCA, detection on all the channels in the initial channel set; determining , as a target channel, a channel that is in the initial channel set and for which a result of the initial CCA detection is idle; performing auxiliary CCA detection on a preset channel, wherein each channel in the initial channel set is a subchannel of the preset channel, a frequency of the preset channel is the same as a frequency of the each channel in the initial channel set, and a bandwidth of the preset channel is larger than a bandwidth of the each channel in the initial channel set; and if a result of the auxiliary CCA detection is idle, transmitting target data on the target channel. determining an initial channel set, wherein the initial channel set comprises all channels that the communications device is currently capable of accessing; performing initial clear channel assessment, CCA, detection on all the channels in the initial channel set; determining , as a target channel, a channel that is in the initial channel set and for which a result of the initial CCA detection is idle; performing auxiliary CCA detection on a preset channel, wherein each channel in the initial channel set is a subchannel of the preset channel, a frequency of the preset channel is the same as a frequency of the each channel in the initial channel set, and a bandwidth of the preset channel is larger than a bandwidth of the each channel in the initial channel set; and if a result of the auxiliary CCA detection is idle, transmitting target data on the target channel.
An endodontic composition comprising therapeutically active ingredients, said therapeutically active ingredients consisting of doxycycline hyclate and triamcinolone acetonide, wherein the therapeutically active ingredients are formulated into the endodontic composition.
Device for cleaning objects, in particular two-wheeled vehicles, having a brush which can be rotated about an axis of rotation , the rotatable brush having bristles, characterized in that the device has a deflector element for deflecting the bristles, which deflector element is arranged at least partially in the movement area of the bristles when the brush is rotating, so that the movement of the bristles is influenced by the deflector element , the device being designed and operable in such a way that, as a result of the influence of the deflector element on the movement of the bristles, the movement area of the bristles on the side of the brush facing away from the deflector element is expanded in the direction of a, with respect to the axis of rotation of the brush , axial end of the brush .
A calibration suspension unit comprising a container that is filled with a calibration suspension for the calibration of a turbidity meter , the calibration suspension being a suspension of formazine, styrene divinyl benzene, latex or metal oxide gel in a liquid, wherein the container is made from a flexible material and is closed, and wherein there is no air supernatant above the calibration suspension in the closed container.