mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for satellite communication, the apparatus comprising: an interface configured to receive at least one frame and to remove a first header from the at least one frame to produce at least one stripped frame; a modulator configured to: associate, based on a carrier identifier included in the at least one stripped frame, an adaptive coding and modulation (ACM) tagged frame included in the at least one stripped frame with a carrier corresponding to the carrier identifier; extract a baseband frame included in the ACM tagged frame; and modulate the baseband frame on to the carrier to generate a modulated signal; a filter configured to generate, based on the modulated signal, a filtered baseband signal; and a transmitter configured to transmit a radio frequency (RF) signal corresponding to the filtered baseband signal. an interface configured to receive at least one frame and to remove a first header from the at least one frame to produce at least one stripped frame; a modulator configured to: associate, based on a carrier identifier included in the at least one stripped frame, an adaptive coding and modulation (ACM) tagged frame included in the at least one stripped frame with a carrier corresponding to the carrier identifier; extract a baseband frame included in the ACM tagged frame; and modulate the baseband frame on to the carrier to generate a modulated signal; associate, based on a carrier identifier included in the at least one stripped frame, an adaptive coding and modulation (ACM) tagged frame included in the at least one stripped frame with a carrier corresponding to the carrier identifier; extract a baseband frame included in the ACM tagged frame; and modulate the baseband frame on to the carrier to generate a modulated signal; a filter configured to generate, based on the modulated signal, a filtered baseband signal; and a transmitter configured to transmit a radio frequency (RF) signal corresponding to the filtered baseband signal.
A user terminal characterized by comprising: a control section configured to determine a same sequence pattern of a synchronization signal for a plurality of numerologies in a radio access technology, RAT; a receiving section configured to receive the synchronization signal based on the same sequence pattern, wherein the control section is configured to perform cell search based on the synchronization signal. a control section configured to determine a same sequence pattern of a synchronization signal for a plurality of numerologies in a radio access technology, RAT; a receiving section configured to receive the synchronization signal based on the same sequence pattern, wherein the control section is configured to perform cell search based on the synchronization signal.
Pressure modulator , in particular for an ABS system, comprising a housing which has a hydraulic input and a hydraulic output connected to said input by means of a hydraulic line which extends in the housing, a volume accumulator which is to be opened against a spring force of a spring element being provided which, upon activation, e.g. activation of an anti-lock function, increases the volume of the hydraulic line , characterized in that a proportional magnet , in particular a proportional lifting magnet, is provided which, when controlled appropriately, causes the volume accumulator to open, the housing being ferromagnetic at least in regions.
Pneumatic vehicle tyre of a radial type of construction, in particular for passenger cars, with a belt assembly comprising at least two belt plies , a profiled tread , bead regions with bead cores and a carcass insert , in particular a single-ply carcass insert , with textile reinforcing elements, the belt plies having reinforcing elements of steel, arranged parallel to and at a distance from one another and embedded in a rubberizing compound, the steel reinforcing elements in the first belt ply crossing the steel reinforcing elements in the second belt ply and a reinforcement strip being incorporated between the carcass insert and the first belt ply , symmetrically in relation to the equatorial plane, said strip having a width of 20 mm to 70% of the width of the first belt ply and containing textile reinforcing elements which run parallel to one another and at an angle to the circumferential direction that corresponds at least to the angle of the steel reinforcing elements in the belt plies and at most to the textile reinforcing elements in the carcass insert , characterized in that the steel reinforcing elements in the belt plies are monofilaments with a diameter of 0.28 mm to 0.32 mm or steel cords of the construction 2 × 0.28 mm to 2 × 0.32 mm, the textile reinforcing elements in the reinforcement strip running at an angle to the circumferential direction of 50° to 70°.
An ultrasonic apparatus including a plurality of channels , each comprising: a transmission channel configured to generate and output a transmission signal based on a synchronization signal; a transducer element configured to convert the transmission signal output from the transmission channel into an ultrasonic signal and output the ultrasonic signal; a transceiver switching circuit configured to attenuate and output the transmission signal output from the transmission channel, and to output a reception signal that returns after the ultrasonic signal is transmitted to an object and is reflected from the object; and a reception channel configured to receive the attenuated output transmission signal and the output reception signal, and to detect transmission waveform information based on the attenuated transmission signal, wherein the ultrasonic apparatus further comprising: a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels . a transmission channel configured to generate and output a transmission signal based on a synchronization signal; a transducer element configured to convert the transmission signal output from the transmission channel into an ultrasonic signal and output the ultrasonic signal; a transceiver switching circuit configured to attenuate and output the transmission signal output from the transmission channel, and to output a reception signal that returns after the ultrasonic signal is transmitted to an object and is reflected from the object; and a reception channel configured to receive the attenuated output transmission signal and the output reception signal, and to detect transmission waveform information based on the attenuated transmission signal, wherein the ultrasonic apparatus further comprising: a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels . a controller configured to store reference waveform information according to a transmission condition, and to compare the detected transmission waveform information with the reference waveform information, wherein, when the detected transmission waveform information is different from the reference waveform information in a specific channel of the plurality of channels, the controller is configured to stop only the specific channel of the plurality of channels .
A duplex printing method comprising, for each duplex copy to be printed, the steps of: a) determining an amount of shrinkage of a media sheet onto which a front side image has been printed; b) scaling an image to be printed on a back side of the sheet with a scaling function that depends upon an expected shrinkage of the media sheet; and c) printing the scaled image on the back side of the media sheet , characterized in that the step a) comprises steps of: a1) predicting an expected shrinkage (S) of the media sheet on the basis of process parameters (P) that characterize the process of printing the front side image and on the basis of a model that is defined by a set of model parameters (M, M') and that describes a dependence of the shrinkage on the process parameters (P), said process parameters including at least an amount of marking material to be applied to the front side of the sheet during printing, a2) measuring an actual shrinkage (A) of the sheet; and a3) adjusting the model parameters (M, M') based on a comparison between the predicted shrinkage (S) and the actual shrinkage (A) to improve a prediction of an expected shrinkage of a subsequent sheet, wherein the step a3) comprises a statistical analysis of predicted and actual shrinkages (S, A) of a number of previously processed sheets. a) determining an amount of shrinkage of a media sheet onto which a front side image has been printed; b) scaling an image to be printed on a back side of the sheet with a scaling function that depends upon an expected shrinkage of the media sheet; and c) printing the scaled image on the back side of the media sheet , a1) predicting an expected shrinkage (S) of the media sheet on the basis of process parameters (P) that characterize the process of printing the front side image and on the basis of a model that is defined by a set of model parameters (M, M') and that describes a dependence of the shrinkage on the process parameters (P), said process parameters including at least an amount of marking material to be applied to the front side of the sheet during printing, a2) measuring an actual shrinkage (A) of the sheet; and a3) adjusting the model parameters (M, M') based on a comparison between the predicted shrinkage (S) and the actual shrinkage (A) to improve a prediction of an expected shrinkage of a subsequent sheet,
A method for transmitting a face image in a system comprising a server and a terminal performing a transaction with the server, the terminal comprising a camera component, the camera component comprising a sensor , a first processor , and a memory , the memory being at least one of a trusted execution environment, TEE, element or a secure element, SE, characterized by the method comprising the following steps performed by the camera component: receiving an acquisition instruction from the terminal; acquiring a face data stream through the sensor, and transmitting the face data stream to the first processor by the sensor; performing image screening on at least one face image in the face data stream by the first processor to obtain at least one target face image, the at least one target face image meeting a target condition; retrieving a target web address of the server from the memory by the first processor; and transmitting the at least one target face image to the target web address by the first processor. receiving an acquisition instruction from the terminal; acquiring a face data stream through the sensor, and transmitting the face data stream to the first processor by the sensor; performing image screening on at least one face image in the face data stream by the first processor to obtain at least one target face image, the at least one target face image meeting a target condition; retrieving a target web address of the server from the memory by the first processor; and transmitting the at least one target face image to the target web address by the first processor.
A method for preparing cell therapeutic agent comprising: 1) introducing cytosine deaminase (CD) into a mesenchymal stem cell (MSC) to prepare mesenchymal stem cell/cytosine deaminase (MSC/CD) and then culturing; 2) freezing the cultured MSC/CD to prepare frozen MSC/CD; and 3) thawing and suspending the frozen MSC/CD to prepare cell therapeutic agent, wherein the MSC/CD is not subjected to cell culturing after freezing and thawing. 1) introducing cytosine deaminase (CD) into a mesenchymal stem cell (MSC) to prepare mesenchymal stem cell/cytosine deaminase (MSC/CD) and then culturing; 2) freezing the cultured MSC/CD to prepare frozen MSC/CD; and 3) thawing and suspending the frozen MSC/CD to prepare cell therapeutic agent,
Assembly for guiding a movable furniture part , preferably a sliding door or folding sliding door, on a stationary furniture part , preferably a furniture carcass, with - at least one guide system to be fastened on the stationary furniture part , - a support on which the movable furniture part is or can be pivotably mounted, - a compensation device for compensating for a tilting moment of the support or of the movable furniture part arranged thereon about a tilting axis by a restoring moment, wherein the compensation device comprises at least one cable pull device with at least one cable , and - a cable tensioning device for tensioning the at least one cable , characterized in that the cable tensioning device comprises a display device for displaying a cable tension. - at least one guide system to be fastened on the stationary furniture part , - a support on which the movable furniture part is or can be pivotably mounted, - a compensation device for compensating for a tilting moment of the support or of the movable furniture part arranged thereon about a tilting axis by a restoring moment, wherein the compensation device comprises at least one cable pull device with at least one cable , and - a cable tensioning device for tensioning the at least one cable ,
Shading apparatus for a motor vehicle, the shading apparatus comprising a passenger display with a switchable privacy device which is switched active in predetermined operating states, so that display contents shown on the passenger display are unrecognisable from the seat region of the driver , wherein the shading apparatus comprises an illumination means , which can be oriented towards the passenger display and is activated by a control unit and which illuminates the passenger display to prevent display contents which are still recognisable from the seat region of the driver despite an active-switched privacy device and contain residual fragments, characterised in that the control unit controls the brightness of the illumination means as a function of the brightness of the passenger display on the basis of a brightness signal received by the passenger display .
Attachable tool device , in particular an attachable compactor , which can be coupled to an excavator, comprising a housing and an interchangeable attachable tool , in particular a compactor plate , it being possible for the attachable tool to be releasably fixed to the housing by means of a locking device , a mechanical securing device being provided which secures the attachable tool to the attachable tool device to prevent it from accidentally falling off the attachable tool device if the locking device is unlocked, the securing device being designed as a catching device in such a way that it catches the attachable tool in a position that deviates from the position of the attachable tool when it is fixed to the housing by means of the locking device , so that the securing device is not or only negligibly stressed during proper operation, and the catching device is designed as a catching element which is fastened to the housing of the attachable tool device and is configured in such a way that, in order to catch the attachable tool , it interacts with a coupling portion of the interchangeable attachable tool that is used to fix the interchangeable attachable tool to the housing , characterized in that the catching element is designed as a catch hook which is spaced from the coupling portion during proper operation and only rests against said portion when the interchangeable attachable tool begins to fall off, and which has a hook-shaped cross-section on which an opening is provided which is oriented upward away from the fixed attachable tool .
A method comprising: receiving , at one or more processing devices of a headset that includes a sidetone generation circuit , an input signal representing ambient audio; determining , by the one or more processing devices of the headset associated with a voice activity detection circuit, VAD, , that at least a portion of the input signal represents voice activity that satisfies a threshold condition; responsive to determining that the voice activity in the input signal satisfies the threshold condition, generating , by the VAD, a control signal configured to cause the sidetone generation circuit to generate sidetone signals; and generating , by an acoustic transducer of the headset, an audio signal that represents, at least in part, the sidetone signals generated in accordance with the control signal. receiving , at one or more processing devices of a headset that includes a sidetone generation circuit , an input signal representing ambient audio; determining , by the one or more processing devices of the headset associated with a voice activity detection circuit, VAD, , that at least a portion of the input signal represents voice activity that satisfies a threshold condition; responsive to determining that the voice activity in the input signal satisfies the threshold condition, generating , by the VAD, a control signal configured to cause the sidetone generation circuit to generate sidetone signals; and generating , by an acoustic transducer of the headset, an audio signal that represents, at least in part, the sidetone signals generated in accordance with the control signal.
A printable wall-covering medium with: a. a non-woven base composite supporting substrate that contains a synthetic polymeric fiber as a first constituent material and a natural fiber as a second constituent material; b. at least two coating layers, on the image side of the composite supporting substrate, that include: i. an ink fixing layer, directly applied upon the supporting substrate, comprising water-soluble organic acid salt and a pigment; ii. and an image receiving layer, applied over the ink fixing layer, including pigment fillers and polymeric binders; c. and a barrier layer, containing a flame-retardant agent, on the backside of the composite supporting substrate. a. a non-woven base composite supporting substrate that contains a synthetic polymeric fiber as a first constituent material and a natural fiber as a second constituent material; b. at least two coating layers, on the image side of the composite supporting substrate, that include: i. an ink fixing layer, directly applied upon the supporting substrate, comprising water-soluble organic acid salt and a pigment; ii. and an image receiving layer, applied over the ink fixing layer, including pigment fillers and polymeric binders; i. an ink fixing layer, directly applied upon the supporting substrate, comprising water-soluble organic acid salt and a pigment; ii. and an image receiving layer, applied over the ink fixing layer, including pigment fillers and polymeric binders; c. and a barrier layer, containing a flame-retardant agent, on the backside of the composite supporting substrate.
An external programmer for use with a neurostimulator , comprising: output circuitry configured for communicating with the neurostimulator ; a user interface configured for allowing a user to enter clinical information; control circuitry configured for instructing the neurostimulator via the output circuitry to convey electrical stimulation energy into tissue of a patient via different combinations of electrodes implanted within the patient , thereby creating one or more clinical effects (TH, SE) for each of the different electrode combinations; and processing circuitry configured for receiving from the user, through the user interface, clinical information on the one or more clinical effects (TH, SE) of each of the different electrode combinations, at one or more intensity levels, and for determining, based on the received clinical information, an influence of each of the different electrode combinations, at the one or more intensity levels, on the one or more clinical effects (TH, SE), and generating a graphical map of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE); wherein the control circuitry is further configured for instructing a display device to display the graphical map of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE) adjacent a graphical representation of the electrodes, such that the user can view an extent to which each of the different electrode combinations influences the one or more clinical effects (TH, SE). output circuitry configured for communicating with the neurostimulator ; a user interface configured for allowing a user to enter clinical information; control circuitry configured for instructing the neurostimulator via the output circuitry to convey electrical stimulation energy into tissue of a patient via different combinations of electrodes implanted within the patient , thereby creating one or more clinical effects (TH, SE) for each of the different electrode combinations; and processing circuitry configured for receiving from the user, through the user interface, clinical information on the one or more clinical effects (TH, SE) of each of the different electrode combinations, at one or more intensity levels, and for determining, based on the received clinical information, an influence of each of the different electrode combinations, at the one or more intensity levels, on the one or more clinical effects (TH, SE), and generating a graphical map of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE); wherein the control circuitry is further configured for instructing a display device to display the graphical map of the determined influences for the different electrode combinations on the one or more clinical effects (TH, SE) adjacent a graphical representation of the electrodes, such that the user can view an extent to which each of the different electrode combinations influences the one or more clinical effects (TH, SE).
A botulinum neurotoxin , wherein the botulinum neurotoxin comprises a variant of SEQ ID NO:1 wherein said variant is characterized by a dual thrombin cleavage site in SEQ ID NO:1, namely a first thrombin cleavage site, wherein the amino acids VPRGS have been inserted after the amino acid L at position 881 of SEQ ID NO: 1, and the cleavage site thus consists of SEQ ID NO:114 and a second thrombin cleavage site wherein the amino acids VPRG have been inserted after the L at position 891 of SEQ ID NO:1, wherein the variant has botulinum neurotoxin activity.
Track brake for rail vehicles, which comprises a plurality of elongated brake shoes affixed onto a continuous brake beam and spaced apart one behind another, wherein the brake shoes have inserts, introduced into depressions within their brake surface, which inserts are made of a material which, when subject to the braking load, is thermally stable and produces abraded matter and wherein the inserts are arranged with height offsets relative to one another at right angles to the longitudinal direction of the brake beam
Sealing strand for forming a seal on a vehicle body, more particularly a channel strip or window guide for sealing a movable vehicle window pane , having a core part made of thermoplastic material and having an extruded sealing portion connected to the core part (2;14;2a), the extruded sealing portion consisting of vulcanized elastomer material, characterized in that a core part portion connected to the rest of the core part is extruded, with integrally bonded and/or form-fitting attachment, onto the vulcanized sealing portion , where the thermoplastic materials of the core part portion and of the rest of the core part differ in a filler.