mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method, comprising: receiving , by a base station, first data from a first terminal on a first resource; receiving , by the base station, second data from the first terminal and third data from a second terminal on a second resource, wherein a transmit power of the second data is less than a transmit power of the first data, and wherein a modulation order of the second data is lower than a modulation order of the first data; demodulating and decoding , by the base station, the first data; and demodulating and decoding , by the base station, the second data and the third data; wherein the first resource and the second resource are time-frequency-domain resources; wherein the first resource starts earlier and ends later than the second resource; and wherein the first data and the second data are based on a joint channel coding operation. receiving , by a base station, first data from a first terminal on a first resource; receiving , by the base station, second data from the first terminal and third data from a second terminal on a second resource, wherein a transmit power of the second data is less than a transmit power of the first data, and wherein a modulation order of the second data is lower than a modulation order of the first data; demodulating and decoding , by the base station, the first data; and demodulating and decoding , by the base station, the second data and the third data; wherein the first resource and the second resource are time-frequency-domain resources; wherein the first resource starts earlier and ends later than the second resource; and wherein the first data and the second data are based on a joint channel coding operation.
A method of creating a computer implemented classification tool for classification of microelectrode recordings taken during a deep brain stimulation using deep residual neural network with attention comprising steps collecting a data set of recordings taken during a deep brain stimulation; splitting recordings into overlapping time chunks, and converting time chunks into spectrograms; dividing data set into a training set, a validation set, and a test set putting each spectrogram into a deep neural network of ResNet architecture augmented with a self-attention layer added after each of ResNet layers, with a head layer comprising a single 2D convolutional layer followed by batch normalization and ReLU activation function wherein the network is trained to return zero for time chunks taken from recordings made outside of the STN region of a brain and to return one for time chunks taken form recordings made within the STN region of a brain, fine tuning the network with the validation set, cross checking the network with the test set. collecting a data set of recordings taken during a deep brain stimulation; splitting recordings into overlapping time chunks, and converting time chunks into spectrograms; dividing data set into a training set, a validation set, and a test set putting each spectrogram into a deep neural network of ResNet architecture augmented with a self-attention layer added after each of ResNet layers, with a head layer comprising a single 2D convolutional layer followed by batch normalization and ReLU activation function wherein the network is trained to return zero for time chunks taken from recordings made outside of the STN region of a brain and to return one for time chunks taken form recordings made within the STN region of a brain, fine tuning the network with the validation set, cross checking the network with the test set.
A workpiece support for a machine tool , in particular a cutting machine, for supporting a workpiece to be machined, having at least two parallel carriers which, arranged so as to be spaced apart from one another, define a cutting grate space , a plurality of cutting grate elements arranged in the cutting grate space at right angles to the carriers , wherein each carrier has a support area for the cutting grate elements which extends towards the cutting grate space , wherein at least two cutting grate elements each have two support surfaces facing the carriers for resting on the support areas of the two carriers , wherein the undersides of the at least two cutting grate elements remaining next to the support surfaces are set back from the support surfaces in the region of the support areas , so that the at least two cutting grate elements rest only with the support surfaces , and wherein the at least two cutting grate elements each have two fixing elements , each of which is spaced apart from the carriers by a distance smaller than the extent of the support surface from the carrier , so that the support surfaces are fixed on the support areas , characterised in that the support area is formed by a support profile with an outer support area arranged directly on the carrier , wherein the support profile has an inner leg arranged further in the cutting grate space and wherein the support surfaces rest only on the outer support area, and in that the fixing elements are formed as pins which taper conically, in particular from their base on the cutting grate element , and which engage with pin receptacles of the support profile . a plurality of cutting grate elements arranged in the cutting grate space at right angles to the carriers , wherein each carrier has a support area for the cutting grate elements which extends towards the cutting grate space , wherein at least two cutting grate elements each have two support surfaces facing the carriers for resting on the support areas of the two carriers , wherein the undersides of the at least two cutting grate elements remaining next to the support surfaces are set back from the support surfaces in the region of the support areas , so that the at least two cutting grate elements rest only with the support surfaces , and wherein the at least two cutting grate elements each have two fixing elements , each of which is spaced apart from the carriers by a distance smaller than the extent of the support surface from the carrier , so that the support surfaces are fixed on the support areas , characterised in that the support area is formed by a support profile with an outer support area arranged directly on the carrier , wherein the support profile has an inner leg arranged further in the cutting grate space and wherein the support surfaces rest only on the outer support area, and in that the fixing elements are formed as pins which taper conically, in particular from their base on the cutting grate element , and which engage with pin receptacles of the support profile .
A unified memory apparatus for a neural multi-layer network , the apparatus comprising: a unified storage medium comprising a plurality of storage modules of physical memory in the unified storage medium, each storage module having a plurality of storage cells configured to store data, wherein each of the plurality of storage cells is identifiable by a unique cell identifier , wherein the unified storage medium is configured to receive compiler generated instructions from a compiler, the compiler generated instructions including a characteristic associated with the data, the characteristic being one of private or shared; and a plurality of processing units each configured to generate an output operand based on data read from the unified storage medium, wherein: each of the plurality of storage modules is maintained for logical private and shared memory and is addressable as a private storage module and as a shared storage module, based on the characteristic included in the compiler generated instructions programmed to address the data, while the data is kept in its original location in the physical memory, during a read step performed by the processing units , if the compiler generated instructions refer to the data as private, the data is read out in parallel as a private input operand and if the compiler-generated instructions refer to the data as shared, the data is read out as a shared input operand , each of the storage cells is configured to store input operands, and output operands, and an output operand from a layer of the multi-layer network is used as an input operand for another layer of the multi-layer network. each of the plurality of storage modules is maintained for logical private and shared memory and is addressable as a private storage module and as a shared storage module, based on the characteristic included in the compiler generated instructions programmed to address the data, while the data is kept in its original location in the physical memory, during a read step performed by the processing units , if the compiler generated instructions refer to the data as private, the data is read out in parallel as a private input operand and if the compiler-generated instructions refer to the data as shared, the data is read out as a shared input operand , each of the storage cells is configured to store input operands, and output operands, and an output operand from a layer of the multi-layer network is used as an input operand for another layer of the multi-layer network.
A cationic steroidal antimicrobial (CSA) compound of Formula III, or a pharmaceutically acceptable salt thereof, for use in treating a fungal infection caused by a fungus selected from the group consisting of Candida parapsilosis, Candida krusei, Aspergillus fumigatus, Aspergillus niger, Trichophyton rubrum, Trichophyton mentagrophytes, Trichophyton tonsurans, Microsporum canis, Penicillium sp., Cladosporium sp., Candida lusitaniae, Candida glabrata, Candida tropicalis, Cryptococcus neoformans, Candida guilliermondii, and fungi resistant to one or more antifungal agents selected from the group consisting of terbinafine and fluconazole: wherein R 3 , R 7 , and R 12 are independently selected from the group consisting of aminoalkyloxy and aminoalkylcarboxy; and R 18 is selected from the group consisting of alkylaminoalkyl; alkoxycarbonylalkyl; alkylcarbonyloxyalkyl; di(alkyl)aminoalkyl; alkyoxycarbonylalkyl; alkylcarboxyalkyl; and hydroxyalkyl. R 3 , R 7 , and R 12 are independently selected from the group consisting of aminoalkyloxy and aminoalkylcarboxy; and R 18 is selected from the group consisting of alkylaminoalkyl; alkoxycarbonylalkyl; alkylcarbonyloxyalkyl; di(alkyl)aminoalkyl; alkyoxycarbonylalkyl; alkylcarboxyalkyl; and hydroxyalkyl.
Earpiece , for a hearing aid , which is of modular construction and which is composed of an elongate adapter and a number of shields , wherein a plurality of shields are exchangeably fitted onto the adapter , and wherein the adapter is designed for connection to an attachment part of the hearing aid , wherein, - the adapter has a central portion and a head , the head adjoining the central portion in the longitudinal direction (L) and the central portion being tapered relative to said head , characterized in - that the plurality of shields are exchangeably fitted on the central portion individually, the head having a rear abutment contour against which one of the shields bears, - that a further shield bears against said shield , which bears against the rear abutment contour . - the adapter has a central portion and a head , the head adjoining the central portion in the longitudinal direction (L) and the central portion being tapered relative to said head , characterized in - that the plurality of shields are exchangeably fitted on the central portion individually, the head having a rear abutment contour against which one of the shields bears, - that a further shield bears against said shield , which bears against the rear abutment contour .
A method for preparing an engineered T-cell comprising the steps of: a) inhibiting the expression of beta 2-microglobulin (B2M) and/or class II major histocompatibility complex transactivator (CIITA) in a T-cell that has been provided; and b) inactivating at least one gene encoding a component of the T cell receptor (TCR) in said T-cell; and c) introducing into said T-cell an exogenous nucleic acid molecule comprising a nucleotide sequence coding for a Chimeric Antigen Receptor (CAR) directed against at least one antigen expressed at the surface of a malignant or infected cell. a) inhibiting the expression of beta 2-microglobulin (B2M) and/or class II major histocompatibility complex transactivator (CIITA) in a T-cell that has been provided; and b) inactivating at least one gene encoding a component of the T cell receptor (TCR) in said T-cell; and c) introducing into said T-cell an exogenous nucleic acid molecule comprising a nucleotide sequence coding for a Chimeric Antigen Receptor (CAR) directed against at least one antigen expressed at the surface of a malignant or infected cell.
Fuel operated vehicle heating device, comprising a fuel connection unit with a connection unit body and a heating device housing , wherein the connection unit body is integrated into the heating device housing whereby the fuel connection unit is mounted at the heating device housing and wherein the fuel connection unit comprises a fuel feed line connection area projecting from the connection unit body for connecting a fuel feed line, characterized by a fuel release line connection area projecting from the connection unit body for connecting a fuel release line leading to a combustion chamber, wherein at least one functional unit for influencing the flow of fuel is provided in a fuel flow volume formed in the connection unit body .
A configurable signal-processing circuit comprising: a signal processing core circuit , configured to provide a plurality of selectable signal-processing operations; a configuration circuit ; an output terminal (SDO) configured to receive an output signal from the signal processing core circuit; an input terminal (SDI) configured to supply an input signal to the signal processing core circuit; a first terminal (SCI, CNV) configured to supply a first timing waveform (V(CNV)) to the configuration circuit, the first timing waveform indicating instances in time for evaluation of voltage levels of the input signal; a second terminal (SCO) configured to supply a second timing waveform (V(SCO)) to the configuration circuit, the second timing waveform indicating instances in time to output the output signal; wherein the configuration circuit is configured to receive the first timing waveform and the second timing waveform and configured to provide a configuration code (CC) based on a timing pattern thereof, the timing pattern being based on the occurrence of rising edges of the first timing waveform relative to the occurrence of rising edges of the second timing waveform, and the timing pattern matching a predefined timing pattern; wherein the configurable signal-processing circuit is configured to: select an operation from the plurality of selectable signal-processing operations based on the configuration code (CC); and output the output signal according to the selected operation. a signal processing core circuit , configured to provide a plurality of selectable signal-processing operations; a configuration circuit ; an output terminal (SDO) configured to receive an output signal from the signal processing core circuit; an input terminal (SDI) configured to supply an input signal to the signal processing core circuit; a first terminal (SCI, CNV) configured to supply a first timing waveform (V(CNV)) to the configuration circuit, the first timing waveform indicating instances in time for evaluation of voltage levels of the input signal; a second terminal (SCO) configured to supply a second timing waveform (V(SCO)) to the configuration circuit, the second timing waveform indicating instances in time to output the output signal; wherein the configuration circuit is configured to receive the first timing waveform and the second timing waveform and configured to provide a configuration code (CC) based on a timing pattern thereof, the timing pattern being based on the occurrence of rising edges of the first timing waveform relative to the occurrence of rising edges of the second timing waveform, and the timing pattern matching a predefined timing pattern; wherein the configurable signal-processing circuit is configured to: select an operation from the plurality of selectable signal-processing operations based on the configuration code (CC); and output the output signal according to the selected operation. select an operation from the plurality of selectable signal-processing operations based on the configuration code (CC); and output the output signal according to the selected operation.
Arrangement comprising at least one wall element and a device for storing and using the at least one wall element , wherein the device comprises a receptacle for the at least one wall element , wherein the receptacle comprises at least one structural element connecting a floor and a ceiling of the receptacle , characterized by an opening formed in each of the wall elements ; an opening formed in the at least one structural element ; and a locking mechanism of the device that engages through the opening of the at least one structural element and through each of the openings of the wall elements , whereby the wall elements are secured in the receptacle of the device against unauthorized removal. wherein the device comprises a receptacle for the at least one wall element , wherein the receptacle comprises at least one structural element connecting a floor and a ceiling of the receptacle , characterized by an opening formed in each of the wall elements ; an opening formed in the at least one structural element ; and a locking mechanism of the device that engages through the opening of the at least one structural element and through each of the openings of the wall elements , whereby the wall elements are secured in the receptacle of the device against unauthorized removal.
A modified hyaluronan or a pharmaceutically acceptable salt or ester thereof for use in reducing or maintaining the size of a tumor in a subject, the use comprising exposing the tumor to ionizing radiation and administering to the subject said modified hyaluronan or a pharmaceutically acceptable salt or ester, wherein the modified hyaluronan or its pharmaceutically acceptable salt or ester comprises (a) a sulfated hyaluronan or the pharmaceutically acceptable salt or ester thereof or (b) hyaluronan comprising at least one sulfate group and at least one primary C-6 hydroxyl position of an N-acetyl-glucosamine residue comprising an alkyl group or fluoroalkyl group.
A sealing device for a turbine including: a stator , a rotor with a plurality of rotor blades , and a plurality of stationary blades extending radially inward from the stator which is arranged to surround the rotor blades , each of the stationary blades being cooled by a cooling medium, the sealing device comprising: a sealing member provided in a gap between the rotor and the stator , wherein a fluid path is provided within the stator , to introduce, into the stator , a cooling medium used to cool stationary blades , characterized in that : the sealing member is provided between a tip of one of the rotor blades and the stator ; and the fluid path being provided to flow the cooling medium to an upstream side of the sealing member . a stator , a rotor with a plurality of rotor blades , and a plurality of stationary blades extending radially inward from the stator which is arranged to surround the rotor blades , each of the stationary blades being cooled by a cooling medium, the sealing device comprising: a sealing member provided in a gap between the rotor and the stator , wherein a fluid path is provided within the stator , to introduce, into the stator , a cooling medium used to cool stationary blades , characterized in that : the sealing member is provided between a tip of one of the rotor blades and the stator ; and the fluid path being provided to flow the cooling medium to an upstream side of the sealing member . a sealing member provided in a gap between the rotor and the stator , wherein a fluid path is provided within the stator , to introduce, into the stator , a cooling medium used to cool stationary blades , characterized in that : the sealing member is provided between a tip of one of the rotor blades and the stator ; and the fluid path being provided to flow the cooling medium to an upstream side of the sealing member . the sealing member is provided between a tip of one of the rotor blades and the stator ; and the fluid path being provided to flow the cooling medium to an upstream side of the sealing member .
A vehicle door handle assembly comprising: - a support plate disposed in overlying relation to a biasing spring , the support plate comprising an exterior face projecting away from the biasing spring and a back face projecting towards the biasing spring , wherein a transverse passageway extends across a thickness dimension of the support plate between the exterior face and the back face; and - a male member disposed in inserted relation within the transverse passageway, wherein the male member comprises a proximal base disposed between the biasing spring and the back face; characterized by - a spring housing supporting the biasing spring , wherein the spring housing includes a perimeter wall at least partially surrounding the biasing spring ; and - a dual hinged flap integral with the spring housing , the dual hinged flap having an upper surface facing towards the support plate and a lower surface facing away from the support plate , the dual hinged flap including a first hinge disposed adjacent the perimeter wall and a second hinge spaced apart from the first hinge , the dual hinged flap further including a distal tab portion spaced apart from the perimeter wall such that the first hinge and the second hinge are disposed between the distal tab portion and the perimeter wall and wherein the distal tab portion is disposed in sandwiched relation between the biasing spring and the proximal base of the male member . - a support plate disposed in overlying relation to a biasing spring , the support plate comprising an exterior face projecting away from the biasing spring and a back face projecting towards the biasing spring , wherein a transverse passageway extends across a thickness dimension of the support plate between the exterior face and the back face; and - a male member disposed in inserted relation within the transverse passageway, wherein the male member comprises a proximal base disposed between the biasing spring and the back face; characterized by - a spring housing supporting the biasing spring , wherein the spring housing includes a perimeter wall at least partially surrounding the biasing spring ; and - a dual hinged flap integral with the spring housing , the dual hinged flap having an upper surface facing towards the support plate and a lower surface facing away from the support plate , the dual hinged flap including a first hinge disposed adjacent the perimeter wall and a second hinge spaced apart from the first hinge , the dual hinged flap further including a distal tab portion spaced apart from the perimeter wall such that the first hinge and the second hinge are disposed between the distal tab portion and the perimeter wall and wherein the distal tab portion is disposed in sandwiched relation between the biasing spring and the proximal base of the male member .