mhurhangee/patent-ind-claim-en huggingface dataset:
A method of preparing an interior surface of a tire for an adhesive, the method comprising: providing a tire ablation system including a treatment station having a plurality of guide rollers and one or more lasers , each of the one or more lasers configured to emit a laser beam (L1, L2); positioning the tire at the treatment station ; engaging the guide rollers with the tire ; activating the one or more lasers and directing the laser beam (L1, L2) of each of the one or more lasers at the interior surface of the tire , the laser beam operable to remove a layer of material from the interior surface of the tire ; and characterised by rotating the tire about the one or more lasers to (i) rotate the guide rollers relative to the tire and (ii) form one or more preconditioned regions (R1, R2) having the layer of the material removed. providing a tire ablation system including a treatment station having a plurality of guide rollers and one or more lasers , each of the one or more lasers configured to emit a laser beam (L1, L2); positioning the tire at the treatment station ; engaging the guide rollers with the tire ; activating the one or more lasers and directing the laser beam (L1, L2) of each of the one or more lasers at the interior surface of the tire , the laser beam operable to remove a layer of material from the interior surface of the tire ; and characterised by rotating the tire about the one or more lasers to (i) rotate the guide rollers relative to the tire and (ii) form one or more preconditioned regions (R1, R2) having the layer of the material removed.
Apparatus for generating a bandwidth enhanced audio signal from an input audio signal having an input audio signal frequency range, comprising: a raw signal generator configured for generating a raw signal having an enhancement frequency range, wherein the enhancement frequency range is not included in the input audio signal frequency range, wherein the raw signal generator comprises a patcher for patching a spectral portion of the input audio signal into the enhancement frequency range, the patching comprising a single patching operation or a multiple patching operation, wherein, in the multiple patching operation, a specific spectral portion of the input audio signal is patched to two or more spectral portions of the enhancement frequency range; a neural network processor configured for generating a parametric representation for the enhancement frequency range using the input audio frequency range of the input audio signal and a trained neural network ; and a raw signal processor for processing the raw signal using the parametric representation for the enhancement frequency range to obtain a processed raw signal having frequency components in the enhancement frequency range, wherein the processed raw signal or the processed raw signal and the input audio signal frequency range of the input audio signal represent the bandwidth-enhanced audio signal. a raw signal generator configured for generating a raw signal having an enhancement frequency range, wherein the enhancement frequency range is not included in the input audio signal frequency range, wherein the raw signal generator comprises a patcher for patching a spectral portion of the input audio signal into the enhancement frequency range, the patching comprising a single patching operation or a multiple patching operation, wherein, in the multiple patching operation, a specific spectral portion of the input audio signal is patched to two or more spectral portions of the enhancement frequency range; a neural network processor configured for generating a parametric representation for the enhancement frequency range using the input audio frequency range of the input audio signal and a trained neural network ; and a raw signal processor for processing the raw signal using the parametric representation for the enhancement frequency range to obtain a processed raw signal having frequency components in the enhancement frequency range, wherein the processed raw signal or the processed raw signal and the input audio signal frequency range of the input audio signal represent the bandwidth-enhanced audio signal.
A method for managing monitoring of Physical downlink Control Channel, PDCCH, in a wireless communication system , the method comprising: enabling, by a User Equipment, UE, , a Wake Up Signal, WUS, operation mode, on receiving configurations of a discontinuous reception, DRX, cycle and at least one power saving signal from a Base Station, BS, , wherein the at least one power saving signal include a WUS; receiving, by the UE , the WUS from the BS before an On-duration of the DRX cycle in the enabled WUS operation mode; monitoring, by the UE , the PDCCH for downlink control information, if the received WUS indicates presence of the PDCCH; and performing, by the UE , a transition into a sleep state during the ON-duration of the DRX cycle, if the received WUS indicates absence of the PDCCH; characterized by : receiving, by the UE , measurement resources, and a number of samples and duration for the measurement resources from the BS in a time gap between the WUS and the ON-duration of the DRX cycle, wherein the number of samples and the duration for the measurement resources are specified by the BS based on mobility management of the UE and signal strength; and performing, by the UE , measurement operations on channel related factors using the received measurement resources, and the number of samples and the duration for the measurement resources. enabling, by a User Equipment, UE, , a Wake Up Signal, WUS, operation mode, on receiving configurations of a discontinuous reception, DRX, cycle and at least one power saving signal from a Base Station, BS, , wherein the at least one power saving signal include a WUS; receiving, by the UE , the WUS from the BS before an On-duration of the DRX cycle in the enabled WUS operation mode; monitoring, by the UE , the PDCCH for downlink control information, if the received WUS indicates presence of the PDCCH; and performing, by the UE , a transition into a sleep state during the ON-duration of the DRX cycle, if the received WUS indicates absence of the PDCCH; characterized by : receiving, by the UE , measurement resources, and a number of samples and duration for the measurement resources from the BS in a time gap between the WUS and the ON-duration of the DRX cycle, wherein the number of samples and the duration for the measurement resources are specified by the BS based on mobility management of the UE and signal strength; and performing, by the UE , measurement operations on channel related factors using the received measurement resources, and the number of samples and the duration for the measurement resources. receiving, by the UE , measurement resources, and a number of samples and duration for the measurement resources from the BS in a time gap between the WUS and the ON-duration of the DRX cycle, wherein the number of samples and the duration for the measurement resources are specified by the BS based on mobility management of the UE and signal strength; and performing, by the UE , measurement operations on channel related factors using the received measurement resources, and the number of samples and the duration for the measurement resources.
A lamination module for a plastic card processing machine , the lamination module comprising: - a frame ; - a movement system (160a-b) arranged so as to move a plastic card according to a lamination direction ; - a heating roll ; - an anvil roll arranged so as to ensure pinching of a plastic card between the anvil roll and the heating roll ; - a transfer film including areas covered with a product to be deposited over the plastic card ; - a feeding and recovery system arranged so as to move the transfer film between the plastic card and the heating roll ; - a peeling system arranged downstream of the heating roll in the lamination direction and including a peeling roll , characterised in that the peeling system further includes a wedge secured to the peeling roll and extending along the peeling roll , wherein the wedge is between the heating roll and the peeling roll in the lamination direction , and wherein the peeling roll is movable between a constraint position in which the wedge pinches the transfer film against the plastic card and a release position in which the wedge does not pinch the transfer film against the plastic card ; and in that the lamination module further includes - a drive system arranged so as to move the peeling roll from the release position into the constraint position and vice versa. - a frame ; - a movement system (160a-b) arranged so as to move a plastic card according to a lamination direction ; - a heating roll ; - an anvil roll arranged so as to ensure pinching of a plastic card between the anvil roll and the heating roll ; - a transfer film including areas covered with a product to be deposited over the plastic card ; - a feeding and recovery system arranged so as to move the transfer film between the plastic card and the heating roll ; - a peeling system arranged downstream of the heating roll in the lamination direction and including a peeling roll , characterised in that the peeling system further includes a wedge secured to the peeling roll and extending along the peeling roll , wherein the wedge is between the heating roll and the peeling roll in the lamination direction , and wherein the peeling roll is movable between a constraint position in which the wedge pinches the transfer film against the plastic card and a release position in which the wedge does not pinch the transfer film against the plastic card ; and in that the lamination module further includes the peeling system further includes a wedge secured to the peeling roll and extending along the peeling roll , wherein the wedge is between the heating roll and the peeling roll in the lamination direction , and wherein the peeling roll is movable between a constraint position in which the wedge pinches the transfer film against the plastic card and a release position in which the wedge does not pinch the transfer film against the plastic card ; and in that the lamination module further includes - a drive system arranged so as to move the peeling roll from the release position into the constraint position and vice versa.
A chip sorting device , comprising: a frame ; a chip conveying unit comprising: at least one chip well configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments spaced upon the chip conveying unit and defining a plurality of channels therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members , each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well. a frame ; a chip conveying unit comprising: at least one chip well configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments spaced upon the chip conveying unit and defining a plurality of channels therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members , each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well. at least one chip well configured to receive a chip therein, the at least one chip well adjacent to at least one segmented guide wall comprising a plurality of wall segments spaced upon the chip conveying unit and defining a plurality of channels therebetween; and at least one chip ejection unit configured to eject at least one chip outward from the at least one chip well of the chip conveying unit, the at least one chip ejection unit comprising: a plurality of finger members , each finger member being selectively movable by the at least one chip ejection unit between a first position outside of a corresponding channel of the plurality of channels and a second position within the corresponding channel of the plurality of channels, wherein the plurality of finger members are configured to be advanced sequentially into the path of the chip to urge the chip out of the chip well.
A selective 5-HT 1A receptor agonist for use in alleviating and/or preventing one or more Vesicular Monoamine Transporter (VMAT) inhibitor-induced side-effect in a central nervous system disorder patient treated with one or more VMAT inhibitor, wherein the VMAT inhibitor is tetrabenazine (TBZ) or deutetrabenazine, and wherein the selective 5-HT 1A receptor agonist is chosen from the group consisting in befiradol; derivative 1a (3-chloro-4-fluorophenyl-[4-fluoro-4-[[(5-methylpyrimidin-2-ylmethyl)amino]methyl]piperidin-1-yl]methanone); derivative 1b [(3-Chloro-4-fluoro-phenyl)-[4-fluoro-4-{[(5-methyl-2-methylamino-pyridin-2-ylmethyl)-amino]-methyl}piperidin-1-yl]methanone]: and their pharmaceutically acceptable salts.
An input/output controller for a secondary battery, comprising: a temperature detecting unit configured to detect a battery temperature of said secondary battery; a voltage detecting unit configured to detect battery voltage of said secondary battery; and a setting unit configured to receive said battery temperature detected by said temperature detecting unit and said battery voltage detected by said voltage detecting unit ; characterized in that said setting unit is further configured to set a limit value of electrical power to be inputted to or outputted from the secondary battery based on a difference between said battery voltage and a target battery voltage, and in that said setting unit is further configured to change a change ratio of said limit value of electrical power in accordance with said battery temperature. a temperature detecting unit configured to detect a battery temperature of said secondary battery; a voltage detecting unit configured to detect battery voltage of said secondary battery; and a setting unit configured to receive said battery temperature detected by said temperature detecting unit and said battery voltage detected by said voltage detecting unit ; characterized in that said setting unit is further configured to set a limit value of electrical power to be inputted to or outputted from the secondary battery based on a difference between said battery voltage and a target battery voltage, and in that said setting unit is further configured to change a change ratio of said limit value of electrical power in accordance with said battery temperature.
A method for transmitter operation, comprising: deploying a network of sources , the sources having respective clocks that are not mutually synchronized; transmitting, from at least a group of the sources, at times determined according to the respective clocks of the sources , respective signals; providing location information comprising respective source locations of the sources; receiving recorded times of arrival of the transmitted signals from a plurality of sensors ; calculating synchronization values as a function of the source locations and the received recorded times of arrival from the sensors ; and synchronizing the respective clocks of the sources based on the calculated synchronization values, the method characterized in that : receiving the recorded times of arrival of the transmitted signals comprises receiving from a plurality of sensors , at unknown locations, the recorded times of arrival of the transmitted signals arriving at said sensors, and calculating the synchronization values comprises calculating synchronization values of the sources as a function of the received recorded times of arrival from the sensors and the source locations. deploying a network of sources , the sources having respective clocks that are not mutually synchronized; transmitting, from at least a group of the sources, at times determined according to the respective clocks of the sources , respective signals; providing location information comprising respective source locations of the sources; receiving recorded times of arrival of the transmitted signals from a plurality of sensors ; calculating synchronization values as a function of the source locations and the received recorded times of arrival from the sensors ; and synchronizing the respective clocks of the sources based on the calculated synchronization values, receiving the recorded times of arrival of the transmitted signals comprises receiving from a plurality of sensors , at unknown locations, the recorded times of arrival of the transmitted signals arriving at said sensors, and calculating the synchronization values comprises calculating synchronization values of the sources as a function of the received recorded times of arrival from the sensors and the source locations.
Light distributor, comprising: a transparent main body having a light entrance area and a light exit area ; at least one light-scattering structure with a changed refractive index in the main body for scattering light; at least one light-guiding structure with a changed refractive index in the main body for guiding light; wherein the light-scattering structure and the light-guiding structure were produced by ultrashort pulse laser processing, the changed refractive index having been changed by a value Δn, which is between 10 -3 to 10 -4 , by means of ultrashort pulse laser processing, and wherein the light-scattering structure and the light-guiding structure with a changed refractive index are arranged in the main body in such a way that light incident through the light entrance area is initially scattered by the light-scattering structure and can then be guided by means of the light-guiding structure with a changed refractive index to the light exit area . a transparent main body having a light entrance area and a light exit area ; at least one light-scattering structure with a changed refractive index in the main body for scattering light; at least one light-guiding structure with a changed refractive index in the main body for guiding light; wherein the light-scattering structure and the light-guiding structure were produced by ultrashort pulse laser processing, the changed refractive index having been changed by a value Δn, which is between 10 -3 to 10 -4 , by means of ultrashort pulse laser processing, and wherein the light-scattering structure and the light-guiding structure with a changed refractive index are arranged in the main body in such a way that light incident through the light entrance area is initially scattered by the light-scattering structure and can then be guided by means of the light-guiding structure with a changed refractive index to the light exit area .
A portal saver device used to maintain an open portal leading from outside to the inside of a patient's body, comprising: a tubular body having a rigid proximal end with threads ; a proximal adjustment body having an inner bore with threads; wherein the threads on the rigid proximal end of the tubular body are configured to mate with the threads on the inner bore of the proximal adjustment body ; characterized in that the tubular body has a flattened section between two tubular sections with a rounded cross section; the flattened section is adapted to form a seal between itself and an instrument extending through the tubular body ; in a first configuration, the flattened section is a first distance from proximal adjustment body ; and in a second configuration, the flattened section is a second distance from the proximal adjustment body . a tubular body having a rigid proximal end with threads ; a proximal adjustment body having an inner bore with threads; wherein the threads on the rigid proximal end of the tubular body are configured to mate with the threads on the inner bore of the proximal adjustment body ; characterized in that the tubular body has a flattened section between two tubular sections with a rounded cross section; the flattened section is adapted to form a seal between itself and an instrument extending through the tubular body ; in a first configuration, the flattened section is a first distance from proximal adjustment body ; and in a second configuration, the flattened section is a second distance from the proximal adjustment body .
Apparatus for decoding an encoded audio signal comprising an encoded core signal and parametric data , comprising: a core decoder for decoding the encoded core signal to obtain a decoded core signal; an analyzer for analyzing a preliminary regenerated signal obtained by performing a preliminary frequency regeneration procedure on the decoded core signal to provide an analysis result ; and a frequency regenerator for regenerating spectral portions not included in the decoded core signal using a spectral portion of the decoded core signal, the parametric data , and the analysis result . a core decoder for decoding the encoded core signal to obtain a decoded core signal; an analyzer for analyzing a preliminary regenerated signal obtained by performing a preliminary frequency regeneration procedure on the decoded core signal to provide an analysis result ; and a frequency regenerator for regenerating spectral portions not included in the decoded core signal using a spectral portion of the decoded core signal, the parametric data , and the analysis result .
A rotor for an electric motor , wherein the rotor can be rotated about a rotational axis and has a first outer circumference and a magnetic field element arranged in the region of the first outer circumference for generating a magnetic field for effecting a rotational movement of the rotor , and the rotor is assigned a thread for form-fitting connection with a translationally moveable actuation element , wherein the thread is integrally formed with the rotor , characterised in that the rotor is designed as a formed part, having a radially outer first bending section defining the first outer circumference and a radially inner second bending section , and the first and second bending sections are integrally connected to one another on a first axial side of the rotor and the thread is integrally formed from the second bending section . the rotor can be rotated about a rotational axis and has a first outer circumference and a magnetic field element arranged in the region of the first outer circumference for generating a magnetic field for effecting a rotational movement of the rotor , and the rotor is assigned a thread for form-fitting connection with a translationally moveable actuation element , wherein the thread is integrally formed with the rotor , characterised in that the rotor is designed as a formed part, having a radially outer first bending section defining the first outer circumference and a radially inner second bending section , and the first and second bending sections are integrally connected to one another on a first axial side of the rotor and the thread is integrally formed from the second bending section .