mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a base station , the method comprising: receiving, from a user terminal (110-122), a first plurality of control message fields via a first spatial stream, the first plurality of control message fields having a total size based on a modulation and coding scheme In use for the first spatial stream: and receiving, from the user terminal, a second plurality of control message fields via a second spatial stream, the second plurality of control message fields having a total size based on a modulation and coding scheme in use for the second spatial stream, the modulation and coding scheme of the first spatial stream being different than the modulation and coding scheme of the second spatial stream, the total size of the first plurality of control message fields being different than the total size of the second plurality of control message fields, wherein each of the first and second plurality of control message fields includes at least one of: an acknowledgment, ACK/NACK, message, a rank indicator, RI, a preceding matrix Indicator PMI, and a channel quality indicator, CQI, message. receiving, from a user terminal (110-122), a first plurality of control message fields via a first spatial stream, the first plurality of control message fields having a total size based on a modulation and coding scheme In use for the first spatial stream: and receiving, from the user terminal, a second plurality of control message fields via a second spatial stream, the second plurality of control message fields having a total size based on a modulation and coding scheme in use for the second spatial stream, the modulation and coding scheme of the first spatial stream being different than the modulation and coding scheme of the second spatial stream, the total size of the first plurality of control message fields being different than the total size of the second plurality of control message fields, wherein each of the first and second plurality of control message fields includes at least one of: an acknowledgment, ACK/NACK, message, a rank indicator, RI, a preceding matrix Indicator PMI, and a channel quality indicator, CQI, message.
Use of a cosmetic preparation comprising, based on the total weight of the cosmetic preparation, a. cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone and b. 8% by weight to 40% by weight silicone oils for faster soaking of the preparation into application means containing cellulose, which are advantageously wipes and/or pads. a. cetyl diglyceryl tris(trimethylsiloxy)silylethyl dimethicone and b. 8% by weight to 40% by weight silicone oils for faster soaking of the preparation into application means containing cellulose,
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and one or more isolated exosomes and/or microvesicles from NK-92 cells, for use in a method of treating a fungal infection in a patient.
Method for producing an inner tube of an apparatus for cutting and drawing off tissue from the human or animal eye, wherein a tube blank is provided and wherein a shaping method is carried out on the tube blank so that at least one portion having a reduced diameter is produced, characterised in that the tube blank has such dimensions that it can be used in the apparatus as an anchor tube and/or anchor region and in that a sealing element is arranged on the portion (8") which acts as an anchor tube and/or anchor region .
Multilayer composite (M), comprising a layer of leather ; in contact with a first monolayer , said first monolayer comprising parallel UHMWPE fibers aligned in a first fiber direction and a first matrix material whereby the leather thickness ranges from 0.5-6 mm and wherein the fiber density in the monolayer is between 2-30 grams per square meter and wherein the matrix has a stiffness (measured according to the method specified in the description) of at most 2 MPa.
A spermatic bio-stabiliser polypeptide FB-sp, CHARACTERIZED in that it has the amino acid sequence according to SEQ ID NO: 1 (using 1 letter nomenclature): RPGLPVFSPL.
Liquid creamer comprising casein based protein, pea protein, gellan gum, bicarbonate, citrate and oil wherein the casein based protein is selected from the group consisting of caseinate, micellar casein and combinations of these, the casein based protein is present at a level between 0.7 and 1.4 %, the pea protein is present at a level between 0.07 and 0.4 %, the gellan gum is present at a level between 0.025 and 0.045 %, the bicarbonate is present at a level between 0.07 and 0.15 %, the citrate is present at a level between 0.18 and 0.24 %, and the oil is present at a level between 6 and 12 %; all percentages being as a weight percentage of the liquid creamer. the casein based protein is selected from the group consisting of caseinate, micellar casein and combinations of these, the casein based protein is present at a level between 0.7 and 1.4 %, the pea protein is present at a level between 0.07 and 0.4 %, the gellan gum is present at a level between 0.025 and 0.045 %, the bicarbonate is present at a level between 0.07 and 0.15 %, the citrate is present at a level between 0.18 and 0.24 %, and the oil is present at a level between 6 and 12 %; all percentages being as a weight percentage of the liquid creamer.
A disposable delivery assembly for a drug delivery device to dispense a liquid medicament, the delivery assembly comprising: - a disposable injector comprising an injection needle , a flexible tube and an injector fluid coupling , wherein the injection needle is in fluid communication with the fluid coupling via the flexible tube , - a disposable cartridge comprising a reservoir at least partially filled with the liquid medicament and comprising a cartridge fluid coupling in fluid communication with the reservoir , - wherein the injector and the cartridge are mechanically interconnected in an undeployed configuration , in which the injector fluid coupling and the cartridge fluid coupling are disconnected, and - wherein the cartridge is displaceable relative to the injector into a deployed configuration , in which the injector fluid coupling and the cartridge fluid coupling are in fluid communication, characterized in that one of cartridge and injector comprises at least one stop member engaging with a correspondingly shaped stop face of the other one of cartridge and injector to impede self-acting displacement of cartridge and injector from the undeployed configuration into the deployed configuration and wherein a mutual abutment and engagement of the stop member and the stop face is at least temporally suspendable by a decoupler of a fastener of the drug delivery device, wherein the fastener is configured to releasably fix the delivery assembly in or at a receptacle of the drug delivery device. - a disposable injector comprising an injection needle , a flexible tube and an injector fluid coupling , wherein the injection needle is in fluid communication with the fluid coupling via the flexible tube , - a disposable cartridge comprising a reservoir at least partially filled with the liquid medicament and comprising a cartridge fluid coupling in fluid communication with the reservoir , - wherein the injector and the cartridge are mechanically interconnected in an undeployed configuration , in which the injector fluid coupling and the cartridge fluid coupling are disconnected, and - wherein the cartridge is displaceable relative to the injector into a deployed configuration , in which the injector fluid coupling and the cartridge fluid coupling are in fluid communication,
A computer-implemented method for configuring a machine controller (CTL) comprising a machine learning module (NN) and a simulation module (SIM), the method comprising: a) receiving geometry data (GD) and measured physical data (PD) of a machine (M) to be controlled, b) inputting the geometry data (GD) and the physical data (PD) as input data to the machine learning module (NN) and to the simulation module (SIM), c) generating by the simulation module (SIM) by means of the input data first values (K, F) of at least one first physical property of a component (CP) of the machine (M) on a discretized grid (GR), d) providing an evaluator (EV) for evaluating a physical compatibility of the first values (K, F) with second values of at least one second physical property of the component (CP) different from the at least one first physical property, and for generating a residual (D) quantifying the compatibility, e) evaluating by the evaluator (EV) the compatibility of the first values (K, F) with output data (U) of the machine learning module (NN) and generating a resulting residual (D), and f) training the machine learning module (NN) to minimize the resulting residual (D), thus configuring the machine controller (CTL) for controlling the machine (M) by means of the output data (U) of the trained machine learning module (NN). a) receiving geometry data (GD) and measured physical data (PD) of a machine (M) to be controlled, b) inputting the geometry data (GD) and the physical data (PD) as input data to the machine learning module (NN) and to the simulation module (SIM), c) generating by the simulation module (SIM) by means of the input data first values (K, F) of at least one first physical property of a component (CP) of the machine (M) on a discretized grid (GR), d) providing an evaluator (EV) for evaluating a physical compatibility of the first values (K, F) with second values of at least one second physical property of the component (CP) different from the at least one first physical property, and for generating a residual (D) quantifying the compatibility, e) evaluating by the evaluator (EV) the compatibility of the first values (K, F) with output data (U) of the machine learning module (NN) and generating a resulting residual (D), and f) training the machine learning module (NN) to minimize the resulting residual (D), thus configuring the machine controller (CTL) for controlling the machine (M) by means of the output data (U) of the trained machine learning module (NN).
A motor device , comprising: a rotor ; a stator configured to drive the rotor ; a switching device to which a first power of an external power supply is supplied, the switching device being configured to energize the stator ; and a controller configured to output a control signal for performing energization control through the switching device in accordance with a command signal from the outside, wherein power supply voltage of a second power of the external power supply , which is supplied to the controller , is lower than voltage of the first power supplied to the switching device , wherein the motor device is characterized in that the first power and the second power constitute the power supplied from the external power supply , a regulated voltage is supplied from the controller , wherein the regulated voltage is lower than voltage of the first power supplied to the switching device , wherein the motor device further comprises: a voltage detector configured to detect the regulated voltage ; and a signal transmission permitting means configured to permit transmission of the control signal to the switching device when the regulated voltage is detected through the voltage detector . a rotor ; a stator configured to drive the rotor ; a switching device to which a first power of an external power supply is supplied, the switching device being configured to energize the stator ; and a controller configured to output a control signal for performing energization control through the switching device in accordance with a command signal from the outside, wherein power supply voltage of a second power of the external power supply , which is supplied to the controller , is lower than voltage of the first power supplied to the switching device , wherein the motor device is characterized in that the first power and the second power constitute the power supplied from the external power supply , a regulated voltage is supplied from the controller , wherein the regulated voltage is lower than voltage of the first power supplied to the switching device , wherein the motor device further comprises: a voltage detector configured to detect the regulated voltage ; and a signal transmission permitting means configured to permit transmission of the control signal to the switching device when the regulated voltage is detected through the voltage detector . a voltage detector configured to detect the regulated voltage ; and a signal transmission permitting means configured to permit transmission of the control signal to the switching device when the regulated voltage is detected through the voltage detector .
A machine arranged for sawing micro trenches and placing ducts/cables in micro trenches, said machine comprising a saw blade arranged for sawing a micro trench in an area; said machine further comprising: - a stabilizing device arranged for stabilizing the walls of said micro trench when placing ducts/cables into said micro trench, said stabilizing device being positioned immediately behind said saw blade in said micro trench, and said stabilizing device comprising guiding means for guiding at least one duct/cable when placed into said micro trench; - at least three wheels for driving said machine, wherein said wheels are individually vertically adjustable so that a height and/or tilting of said machine relative to ground can be controlled; said machine being characterised by a position sensor for each of said wheels, said position sensors being arranged to detect the vertical position of its associated wheel. - a stabilizing device arranged for stabilizing the walls of said micro trench when placing ducts/cables into said micro trench, said stabilizing device being positioned immediately behind said saw blade in said micro trench, and said stabilizing device comprising guiding means for guiding at least one duct/cable when placed into said micro trench; - at least three wheels for driving said machine, wherein said wheels are individually vertically adjustable so that a height and/or tilting of said machine relative to ground can be controlled;
A locking apparatus for locking the rotational position of a fastener component which is rotatable about an axis relative to a structure ; the locking apparatus comprising: a rigid locking member having a first end configured to engage with the fastener component such that rotation of the fastener component relative to the first end is substantially prevented, and a second end configured to engage with the structure such that rotation of the rigid locking member relative to the structure is substantially prevented; and characterized in that the locking apparatus further comprises: a rigid secondary locking member for locking the rotational position of a further fastener component which is rotatable about the axis relative to the fastener component , the rigid secondary locking member comprising: a first part configured to engage with the rigid locking member such that rotation of the rigid secondary locking member relative to the rigid locking member is substantially prevented; and a second part configured to engage with the further fastener component such that rotation of the further fastener component relative to the rigid secondary locking member is substantially prevented. a first part configured to engage with the rigid locking member such that rotation of the rigid secondary locking member relative to the rigid locking member is substantially prevented; and a second part configured to engage with the further fastener component such that rotation of the further fastener component relative to the rigid secondary locking member is substantially prevented.
Operating device for a motor vehicle, comprising: - an operating element which can be lowered via an exertion of force; - a snap disk arranged under the operating element for exerting a haptic feedback to the operating element if the snap disk is deformed by lowering of the operating element ; - a blocking body arranged below the operating element and next to the snap disk , which blocking body can be modified as a function of an applied electrical voltage such that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled; - a detecting device for detecting a contact position of a finger on the operating element ; a control device which is configured to adjust a voltage at the blocking body as a function of the detected contact position of the finger, characterized in that the blocking body is made of an electroactive polymer whose shape can be changed as a function of an applied electrical voltage in such a way that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled, wherein the operating element has a least two symbols, wherein the control device is configured to impress the voltage in an oscillating manner at the blocking body in order to cause the operating element to vibrate if it is detected that the finger is arranged between the symbols. - an operating element which can be lowered via an exertion of force; - a snap disk arranged under the operating element for exerting a haptic feedback to the operating element if the snap disk is deformed by lowering of the operating element ; - a blocking body arranged below the operating element and next to the snap disk , which blocking body can be modified as a function of an applied electrical voltage such that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled; - a detecting device for detecting a contact position of a finger on the operating element ; a control device which is configured to adjust a voltage at the blocking body as a function of the detected contact position of the finger, characterized in that the blocking body is made of an electroactive polymer whose shape can be changed as a function of an applied electrical voltage in such a way that a lowering of the operating element is blocked or a lowering of the operating element to deform the snap disk is enabled, wherein the operating element has a least two symbols, wherein the control device is configured to impress the voltage in an oscillating manner at the blocking body in order to cause the operating element to vibrate if it is detected that the finger is arranged between the symbols.
Coating dispersion comprising - 25-50 wt.% solid components, - at least one wetting agent and - at least one dispersing aid, wherein the solid components comprise PEEK powder, characterised in that the solid components also includes at least one heat input minimising additive which is at least one of a spinel, a carbide and/or a nitride. - 25-50 wt.% solid components, - at least one wetting agent and - at least one dispersing aid, wherein the solid components comprise PEEK powder,
A method of providing Frequency Domain, FD, Minimum Mean Squared Error, MMSE, equalization in a multi-antenna wireless communication unit having a multi-stage Parallel Interference Cancellation, PIC, receiver and operating in a wireless network that supports multiple transmission layers, wherein the method is characterized by the steps of: using the PIC receiver, performing initial interference suppression for a total signal received from all receive antennas in the communication unit, the initial interference suppression being performed at each transmission layer-specific detector unit in a first stage of the PIC receiver using transmission layer-specific initial equalization weights applied to the total signal, wherein the total signal includes all signals received by each receive antenna for all transmission layers at a predetermined subcarrier, and wherein the initial interference suppression provides a corresponding equalized layer-specific signal for each transmission layer; using the PIC receiver, processing at least one equalized layer-specific signal to obtain a cleaned-up version of the total signal as a result of initial interference cancellation performed at the first stage of the PIC receiver; and through a second stage of the PIC receiver, applying corresponding transmission layer-specific updated equalization weights to the cleaned-up version of the total signal, wherein the second stage is coupled to the first stage and wherein the transmission layer-specific updated equalization weights are determined without inverting a covariance matrix associated with the cleaned-up version of the total signal. using the PIC receiver, performing initial interference suppression for a total signal received from all receive antennas in the communication unit, the initial interference suppression being performed at each transmission layer-specific detector unit in a first stage of the PIC receiver using transmission layer-specific initial equalization weights applied to the total signal, wherein the total signal includes all signals received by each receive antenna for all transmission layers at a predetermined subcarrier, and wherein the initial interference suppression provides a corresponding equalized layer-specific signal for each transmission layer; using the PIC receiver, processing at least one equalized layer-specific signal to obtain a cleaned-up version of the total signal as a result of initial interference cancellation performed at the first stage of the PIC receiver; and through a second stage of the PIC receiver, applying corresponding transmission layer-specific updated equalization weights to the cleaned-up version of the total signal, wherein the second stage is coupled to the first stage and wherein the transmission layer-specific updated equalization weights are determined without inverting a covariance matrix associated with the cleaned-up version of the total signal.
Device for prosthetic vision rehabilitation characterised in that it comprises: - a scleral explant with a shape that is suitable for being in contact with at least one portion of the sclera of an eye , and - at least one inducer arranged on the scleral explant characterized in that the scleral explant comprises a substrate (11 - a) on the surface of which the inducer is arranged, and an insulating layer (11 -b) that is deposited on the inducer and the portion of the substrate (11 -a) not covered by the inducer ; the inducer creating an electromagnetic field for stimulation of an excitation zone and the insulating layer (11-b) galvanically insulating the inducer from said excitation zone. - a scleral explant with a shape that is suitable for being in contact with at least one portion of the sclera of an eye , and - at least one inducer arranged on the scleral explant characterized in that the scleral explant comprises a substrate (11 - a) on the surface of which the inducer is arranged, and an insulating layer (11 -b) that is deposited on the inducer and the portion of the substrate (11 -a) not covered by the inducer ; the inducer creating an electromagnetic field for stimulation of an excitation zone and the insulating layer (11-b) galvanically insulating the inducer from said excitation zone.
An air flow system comprising at least one airborne agent collector for collecting an airborne agent selected from the group consisting of: pathogen, virus, bacterium, fungus, toxin, and radioactive agent, the at least one airborne agent collector comprising at least one sheet of soluble and hydrophilic polycaprolactone, PCL, wherein at least a portion of the PCL solubilizes when exposed to an airborne agent extraction reagent, wherein each at least one airborne agent collector further comprises at least one particle size separation filter configured to filter particles by size, characterized in that the PCL has been treated with a base having a pH greater than 8 and a neutralizing agent for increasing hydrophilicity. each at least one airborne agent collector further comprises at least one particle size separation filter configured to filter particles by size, characterized in that the PCL has been treated with a base having a pH greater than 8 and a neutralizing agent for increasing hydrophilicity.