mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for a user equipment, UE , comprising: a processor , configured to generate uplink, UL, signal data for a physical uplink shared channel, PUSCH, by using a resource mapping scheme, wherein the UL signal data includes UL control information, UCI, wherein the UCI includes a hybrid automatic repeat request - acknowledge, HARQ-ACK, feedback and/or a channel state information, CSI, report, and the CSI report includes a first CSI part and a second CSI part; and a radio frequency, RF, interface , configured to receive the generated UL signal data from the processor and to transmit the generated UL signal to a network node , wherein at least a part of the resource mapping scheme is predefined, configured by higher layer signalling, or indicated in downlink control information, DCI, wherein one or more resource regions are allocated to the transmission of the HARQ-ACK feedback, the first CSI part, and/or the second CSI part according to a configuration by higher layer signalling, for each resource region, the processor is configured to apply a frequency first resource mapping manner to the transmission of the HARQ-ACK feedback, the first CSI part and the second CSI part, the processor is configured to apply separate encoding and resource mapping procedures to the transmission of the HARQ-ACK feedback, the first CSI part, and the second CSI part; and the payload size of the HARQ-ACK feedback is larger than 2 bits. a processor , configured to generate uplink, UL, signal data for a physical uplink shared channel, PUSCH, by using a resource mapping scheme, wherein the UL signal data includes UL control information, UCI, wherein the UCI includes a hybrid automatic repeat request - acknowledge, HARQ-ACK, feedback and/or a channel state information, CSI, report, and the CSI report includes a first CSI part and a second CSI part; and a radio frequency, RF, interface , configured to receive the generated UL signal data from the processor and to transmit the generated UL signal to a network node , wherein at least a part of the resource mapping scheme is predefined, configured by higher layer signalling, or indicated in downlink control information, DCI, wherein one or more resource regions are allocated to the transmission of the HARQ-ACK feedback, the first CSI part, and/or the second CSI part according to a configuration by higher layer signalling, for each resource region, the processor is configured to apply a frequency first resource mapping manner to the transmission of the HARQ-ACK feedback, the first CSI part and the second CSI part, the processor is configured to apply separate encoding and resource mapping procedures to the transmission of the HARQ-ACK feedback, the first CSI part, and the second CSI part; and the payload size of the HARQ-ACK feedback is larger than 2 bits.
An impedance estimating apparatus comprising: a deriving device configured to derive a plurality of slope functions, on the basis of values of complex impedances of a battery at a plurality of frequencies out of values obtained at a plurality of different temperatures and on the basis of temperatures of the battery when the complex impedances are obtained, in a frequency area higher than an area of a Cole-Cole plot that belongs to ion diffusion, wherein each of the plurality of slope functions indicates respective one of relations between the values of the complex impedances at the plurality of frequencies and inverses of the temperatures of the battery ; and an estimator configured (i) to estimate, at a first temperature, real components at the plurality of frequencies that form a first arc component of the complex impedances by using the plurality of slope functions and to estimate an imaginary component at a peak frequency of the first arc component of the complex impedances by using a slope function corresponding to the peak frequency from among the plurality of slope functions, (ii) to estimate a second arc component of the complex impedances from the estimated real components and the estimated imaginary component, and (iii) to estimate a value of the complex impedance corresponding to a second temperature of the battery from the second arc component. a deriving device configured to derive a plurality of slope functions, on the basis of values of complex impedances of a battery at a plurality of frequencies out of values obtained at a plurality of different temperatures and on the basis of temperatures of the battery when the complex impedances are obtained, in a frequency area higher than an area of a Cole-Cole plot that belongs to ion diffusion, wherein each of the plurality of slope functions indicates respective one of relations between the values of the complex impedances at the plurality of frequencies and inverses of the temperatures of the battery ; and an estimator configured (i) to estimate, at a first temperature, real components at the plurality of frequencies that form a first arc component of the complex impedances by using the plurality of slope functions and to estimate an imaginary component at a peak frequency of the first arc component of the complex impedances by using a slope function corresponding to the peak frequency from among the plurality of slope functions, (ii) to estimate a second arc component of the complex impedances from the estimated real components and the estimated imaginary component, and (iii) to estimate a value of the complex impedance corresponding to a second temperature of the battery from the second arc component.
A gas turbine combustor comprising: a liner constituting a chamber of the gas turbine combustor ; a plurality of fuel nozzles to inject fuel into the chamber ; an air hole plate being located downstream of the fuel nozzles in a fuel flow direction and having a plurality of air holes corresponding to the fuel nozzles , a swirler lip is provided on an outer periphery of the air hole plate in a manner to protrude toward the chamber , and a spring seal is provided in an area where the liner is fitted to the air hole plate and the swirler lip , characterized in that the spring seal has an air hole to enable part of combustion air introduced into a gap between the outer periphery of the air hole plate and the liner to pass, the swirler lip has an air hole to introduce part of the combustion air passing through the air hole of the spring seal into the chamber , the liner has an air hole in a positon to face the air hole of the spring seal , in order to introduce part of the combustion air from outside of the liner into the gap between the outer periphery of the air hole plate and the liner , and a turn guide for rectifying a flow of combustion air is provided at an end portion of the liner on a side where the liner is fitted to the air hole plate . a liner constituting a chamber of the gas turbine combustor ; a plurality of fuel nozzles to inject fuel into the chamber ; an air hole plate being located downstream of the fuel nozzles in a fuel flow direction and having a plurality of air holes corresponding to the fuel nozzles , a swirler lip is provided on an outer periphery of the air hole plate in a manner to protrude toward the chamber , and a spring seal is provided in an area where the liner is fitted to the air hole plate and the swirler lip , characterized in that the spring seal has an air hole to enable part of combustion air introduced into a gap between the outer periphery of the air hole plate and the liner to pass, the swirler lip has an air hole to introduce part of the combustion air passing through the air hole of the spring seal into the chamber , the liner has an air hole in a positon to face the air hole of the spring seal , in order to introduce part of the combustion air from outside of the liner into the gap between the outer periphery of the air hole plate and the liner , and a turn guide for rectifying a flow of combustion air is provided at an end portion of the liner on a side where the liner is fitted to the air hole plate .
A method of removing an undesired sequence from a double stranded DNA library comprising: (a) providing said double stranded DNA library, comprising a plurality of double stranded DNA molecules, wherein each double stranded DNA molecule comprises a first adapter region comprising a first universal adapter region, a target sequence region, and a second adapter region comprising a second universal adapter region, and wherein at least one of said double stranded DNA molecules comprises said undesired sequence; (b) contacting said double stranded DNA library with a nucleic acid modifying moiety that specifically binds to said undesired sequence; wherein said nucleic acid modifying moiety comprises a guide RNA molecule-directed endonuclease, wherein said guide RNA molecule-directed endonuclease comprises a Cas9 endonuclease; (c) thereby cleaving said undesired sequence such that said first adapter region and said second adapter region are not physically joined through said target sequence region; and (d) sequencing said double stranded DNA library using a next generation sequencing approach that requires said first adapter region and said second adapter region spanning said target sequence region, wherein said sequencing comprises amplifying said target sequence region using a first primer that anneals to said first universal region and a second primer that anneals to said second universal region. (a) providing said double stranded DNA library, comprising a plurality of double stranded DNA molecules, wherein each double stranded DNA molecule comprises a first adapter region comprising a first universal adapter region, a target sequence region, and a second adapter region comprising a second universal adapter region, and wherein at least one of said double stranded DNA molecules comprises said undesired sequence; (b) contacting said double stranded DNA library with a nucleic acid modifying moiety that specifically binds to said undesired sequence; wherein said nucleic acid modifying moiety comprises a guide RNA molecule-directed endonuclease, wherein said guide RNA molecule-directed endonuclease comprises a Cas9 endonuclease; (c) thereby cleaving said undesired sequence such that said first adapter region and said second adapter region are not physically joined through said target sequence region; and (d) sequencing said double stranded DNA library using a next generation sequencing approach that requires said first adapter region and said second adapter region spanning said target sequence region, wherein said sequencing comprises amplifying said target sequence region using a first primer that anneals to said first universal region and a second primer that anneals to said second universal region.
A powertrain control system for a motor vehicle comprising an internal combustion engine and an adjustable suspension system operable in accordance with first and second ride height settings, said settings being associated with a first, normal vehicle ride height, and a second vehicle ride height different from the first ride height; the powertrain control system comprising: a stop/start controller for issuing an engine stop request signal; characterised in that the powertrain control system comprises: an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected. a stop/start controller for issuing an engine stop request signal; characterised in that the powertrain control system comprises: an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected. an inhibitor for inhibiting operation of the stop/start controller in dependence on a selected ride height setting, wherein the inhibitor is operable to permit operation of the stop/start controller when the first ride height setting is selected, and to inhibit operation of the stop/start controller when the second ride height setting is selected.
A film dispenser comprising a dispenser housing and a mounting apparatus having two roll holders arranged axially at a distance from one another in the dispenser housing and connected thereto for rotatably mounting a film roll which comprises a film wound onto a core , wherein the dispenser housing comprises an access opening for inserting and removing the film roll and a removal opening for extracting end portions of the film from the dispenser housing , and wherein the film dispenser comprises a separating device for detaching extracted end portions of the film , characterized in that a positioning device having a contact profile is movably mounted in the dispenser housing between a support position and a release position, wherein the support position is fixed so that the end portion of the film lies in contact with the contact profile during separation with the separating device , and wherein the release position is fixed so that the contact profile is arranged in the end region or outside of the access opening of the dispenser housing so that film rolls can be inserted into, and extracted from, the dispenser housing without hindrance, and in that the positioning device comprises a holding device, with which it can be held in the support position.
An electronic controller for an engine and for a propeller coupled to the engine , the controller comprising a first communication channel (A) and a second communication channel (B) independent from and redundant to the first communication channel (A), each communication channel (A,B) having a control processor and a protection processor communicating thereover, the control processor configured to control the engine and the propeller in a normal mode of operation thereof and the protection processor configured to control the engine and the propeller to prevent against a hazardous mode of operation thereof, the control processor configured to receive a first set of engine and propeller parameters and to output, based on the first set of engine and propeller parameters, at least one engine control command and at least one propeller control command, the at least one engine control command comprising instructions for controlling the engine in the normal mode of operation and the at least one propeller control command comprising instructions for controlling the propeller in the normal mode of operation, and the protection processor configured to receive a second set of engine and propeller parameters and to output, based on the second set of engine and propeller parameters, at least one engine protection command and at least one propeller protection command, the at least one engine protection command comprising instructions overriding the at least one engine control command to prevent hazardous operation of the engine and the at least one propeller protection command comprising instructions overriding the at least one propeller control command to prevent hazardous operation of the propeller . the control processor configured to receive a first set of engine and propeller parameters and to output, based on the first set of engine and propeller parameters, at least one engine control command and at least one propeller control command, the at least one engine control command comprising instructions for controlling the engine in the normal mode of operation and the at least one propeller control command comprising instructions for controlling the propeller in the normal mode of operation, and the protection processor configured to receive a second set of engine and propeller parameters and to output, based on the second set of engine and propeller parameters, at least one engine protection command and at least one propeller protection command, the at least one engine protection command comprising instructions overriding the at least one engine control command to prevent hazardous operation of the engine and the at least one propeller protection command comprising instructions overriding the at least one propeller control command to prevent hazardous operation of the propeller .
A pharmaceutical composition with a single herb extract obtained from fenugreek seeds as an active ingredient, for oral use in the treatment of PCOS (polycystic ovarian syndrome) wherein the herbal extract comprises a synergistic mixture of five furostanolicsaponins comprising by weight 7.13% of one furostanolicsaponin, 4.61% of another furostanolicsaponin, 15.10% of Trigoneoside IV a, 29.36% of Glycoside F, and 43.80% of Protodioscin.
A pupil replication waveguide comprising: a slab of transparent material for propagating display light therein via total internal reflection; a diffraction grating supported by the slab and comprising a plurality of fringes formed by a twisted nematic (TN) liquid crystal (LC) material in a polymer substrate, wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order, wherein a greater portion of the display light is out-coupled into the blazed diffraction order , and a smaller portion of the display light is out-coupled into a non-blazed diffraction order , wherein the non-blazed diffraction order is an opposite diffraction order to the blazed diffraction order; wherein the TN LC material has an ordinary refractive index n O for light polarized perpendicular to molecules of the TN LC material, and an extraordinary refractive index n E for light polarized parallel to the molecules of the TN LC material, wherein a refractive index contrast for polarized display light impinging onto the diffraction grating has a refractive index contrast profile along a thickness direction of the diffraction grating; wherein a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby a portion of the impinging polarized display light out-coupled into the non-blazed diffraction order is lessened. a slab of transparent material for propagating display light therein via total internal reflection; a diffraction grating supported by the slab and comprising a plurality of fringes formed by a twisted nematic (TN) liquid crystal (LC) material in a polymer substrate, wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order, wherein a greater portion of the display light is out-coupled into the blazed diffraction order , and a smaller portion of the display light is out-coupled into a non-blazed diffraction order , wherein the non-blazed diffraction order is an opposite diffraction order to the blazed diffraction order; wherein the TN LC material has an ordinary refractive index n O for light polarized perpendicular to molecules of the TN LC material, and an extraordinary refractive index n E for light polarized parallel to the molecules of the TN LC material, wherein a refractive index contrast for polarized display light impinging onto the diffraction grating has a refractive index contrast profile along a thickness direction of the diffraction grating; wherein a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby a portion of the impinging polarized display light out-coupled into the non-blazed diffraction order is lessened.
A rotary handle construction of an electrical switch comprises: a rotary handle being turnable around a first pivot axis (Y-Y) between at least an open- and a closed-position, a locking latch being adapted into the rotary handle and being turnable around a second pivot axis (X-X) between a locked-position and a released-position, a bottom ring being fixed in relation to the rotary handle , a first locking pin also being adapted into the rotary handle and being movable in the longitudinal direction with the locking latch between a first position and a second position, in which first position the first locking pin allows turning of the rotary handle in relation to the bottom ring and in which second position the first locking pin prevents turning of the rotary handle in relation to the bottom ring by protruding into a first opening in the bottom ring , characterized in that a second locking pin has been adapted into the rotary handle , the second locking pin being movable in its longitudinal direction between a first position and a second position, in which first position the second locking pin allows turning of the locking latch between the locked-position and the released-position and in which second position the second locking pin prevents the locking latch to be turned into the locked-position. a rotary handle being turnable around a first pivot axis (Y-Y) between at least an open- and a closed-position, a locking latch being adapted into the rotary handle and being turnable around a second pivot axis (X-X) between a locked-position and a released-position, a bottom ring being fixed in relation to the rotary handle , a first locking pin also being adapted into the rotary handle and being movable in the longitudinal direction with the locking latch between a first position and a second position, in which first position the first locking pin allows turning of the rotary handle in relation to the bottom ring and in which second position the first locking pin prevents turning of the rotary handle in relation to the bottom ring by protruding into a first opening in the bottom ring , characterized in that a second locking pin has been adapted into the rotary handle , the second locking pin being movable in its longitudinal direction between a first position and a second position, in which first position the second locking pin allows turning of the locking latch between the locked-position and the released-position and in which second position the second locking pin prevents the locking latch to be turned into the locked-position.
Navigation support system for medical instruments comprising a signal processing unit having an input for real-time video image signals from an optical instrument , an input for instrument position signals and access to tomography image data , and an output for outputting image signals, wherein the signal processing unit is configured for generating output image signals from the real-time video image signals, the instrument position signals and the tomography image data , characterized in that the signal processing unit is further configured for generating the output image signals in such a way that - the real-time video image signals are displayed permanently centrally on an image display unit connected to the navigation support system in a round or oval central image field of an overall image , wherein the central image field extends at least in one extension direction over more than half of the overall image , - secondary images generated from tomography image data are displayed in dependence on the instrument position signals next to or partially overlaying the central image field , and - the secondary images generated from tomography image data are displayed enlarged in dependence on the instrument position signals. - the real-time video image signals are displayed permanently centrally on an image display unit connected to the navigation support system in a round or oval central image field of an overall image , wherein the central image field extends at least in one extension direction over more than half of the overall image , - secondary images generated from tomography image data are displayed in dependence on the instrument position signals next to or partially overlaying the central image field , and - the secondary images generated from tomography image data are displayed enlarged in dependence on the instrument position signals.