mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasound medical diagnosis apparatus comprising: a main body ; a chair unit movably supported by the main body and on which an object is positioned and comprising an upper body support , a seat , and a leg rest sequentially arranged in one direction and connected to one another; a diagnosis part that is movably connected to the main body and is spaced apart from the chair unit by a preset first distance in one plane and may be used by a user to manipulate the medical diagnosis apparatus; a controller configured to generate control signals based on first body information of the subject, which is acquired based on input ID information, for moving the ultrasound diagnosis device, for moving the diagnosis part, and for changing the shapes of and moving the chair; a first driving device configured to generate a driving force for moving the diagnosis part according to the control signals; a second driving device configured to generate a driving force for moving the the ultrasound diagnosis device according to the control signals; a third driving unit for changing the shapes of and moving the chair unit according to the control signals; wherein the shapes and position of the chair unit and the positions of the ultrasound diagnosis device and the diagnosis part are changed from an initial state to a diagnostic state according to the control signals. a main body ; a chair unit movably supported by the main body and on which an object is positioned and comprising an upper body support , a seat , and a leg rest sequentially arranged in one direction and connected to one another; a diagnosis part that is movably connected to the main body and is spaced apart from the chair unit by a preset first distance in one plane and may be used by a user to manipulate the medical diagnosis apparatus; a controller configured to generate control signals based on first body information of the subject, which is acquired based on input ID information, for moving the ultrasound diagnosis device, for moving the diagnosis part, and for changing the shapes of and moving the chair; a first driving device configured to generate a driving force for moving the diagnosis part according to the control signals; a second driving device configured to generate a driving force for moving the the ultrasound diagnosis device according to the control signals; a third driving unit for changing the shapes of and moving the chair unit according to the control signals; wherein the shapes and position of the chair unit and the positions of the ultrasound diagnosis device and the diagnosis part are changed from an initial state to a diagnostic state according to the control signals.
A plasma spraying material comprising a hydroxyapatite powder having an average particle size (D 50 ) of 15 to 40 μm and, as measured by mercury porosimetry, a pore volume of 0.01 to 0.30 cc/g at a pore size of 2000 nm or less.
An electronics module for onboard aviation equipment designed to operate at a maximum temperature of about +225°C, the module including a ceramic hybrid circuit covered in a protective coating of poly-p-xylylene, the circuit comprising at least a first conductive element and a second conductive element, the first element including at least a first metal different from a second metal of the second element and being electrically and mechanically connected to the second conductive element by a connection in such a manner as to oppose diffusion of the first metal into the second metal, and the first element including a third metal for co-operating with the second metal at the connection to form a metallurgical barrier opposing migration of the first metal to the second metal, the second element being a track of silver covered in a coating superposing in succession nickel, palladium, and gold, or a coating superposing in succession nickel and gold.
A method for estimating a component of a provided audio signal, comprising: converting the provided audio signal to an image; applying the image to a U-Net trained to estimate one of vocal content and instrumental content, the U-Net comprising a convolution path for encoding the image and a deconvolution path for decoding the image encoded by the convolution path ; applying an output of the deconvolution path as a mask to the image; storing the mask for retrieval upon request, to enable a media playback device to playback at least one of an instrumental or vocal component of the provided audio signal; and converting an output of the U-Net to an output audio signal, the output audio signal representing an estimate of either a vocal component of the provided audio signal or an instrumental component of the provided audio signal, depending on whether the U-Net is trained to estimate the vocal content or the instrumental content, respectively. converting the provided audio signal to an image; applying the image to a U-Net trained to estimate one of vocal content and instrumental content, the U-Net comprising a convolution path for encoding the image and a deconvolution path for decoding the image encoded by the convolution path ; applying an output of the deconvolution path as a mask to the image; storing the mask for retrieval upon request, to enable a media playback device to playback at least one of an instrumental or vocal component of the provided audio signal; and converting an output of the U-Net to an output audio signal, the output audio signal representing an estimate of either a vocal component of the provided audio signal or an instrumental component of the provided audio signal, depending on whether the U-Net is trained to estimate the vocal content or the instrumental content, respectively.
A method for adjusting the slack of a brake assembly comprising a brake disc , a brake pad , an actuator with an output shaft driven in a forward direction (F) to bring the brake pad and brake disc into frictional engagement defining a braking position and a reverse direction (R) to disengage the brake pad and brake disc and to move the brake pad into a rest position, and a slack adjuster for adjusting a predetermined axial slack distance between the brake pad and the brake disc , characterized in that : - the brake pad is moved from the rest position in the reverse direction (R) into a predetermined reference position; and - an adjustment of the axial slack distance between the brake pad and brake disc is initiated. - the brake pad is moved from the rest position in the reverse direction (R) into a predetermined reference position; and - an adjustment of the axial slack distance between the brake pad and brake disc is initiated.
A method for predicting recurrence of cancerous cells in a patient, the method comprising: measuring , by a first subset of electrodes included in an electrode array operating at a first frequency, a first impedance of a first section of a first sample of tissue excised from the patient; computing a first Cole relaxation frequency for the first section of the first sample based on the first impedance; and determining that the first Cole relaxation frequency exceeds a first threshold; and in response to determining that the first Cole relaxation frequency exceeds the first threshold, determining that cancerous cells are present in the first sample; determining that the first Cole relaxation frequency exceeds a second threshold; and in response to determining that the first Cole relaxation frequency exceeds the second threshold, generating a first prediction relating to cancerous cells in the patient. measuring , by a first subset of electrodes included in an electrode array operating at a first frequency, a first impedance of a first section of a first sample of tissue excised from the patient; computing a first Cole relaxation frequency for the first section of the first sample based on the first impedance; and determining that the first Cole relaxation frequency exceeds a first threshold; and in response to determining that the first Cole relaxation frequency exceeds the first threshold, determining that cancerous cells are present in the first sample; determining that the first Cole relaxation frequency exceeds a second threshold; and in response to determining that the first Cole relaxation frequency exceeds the second threshold, generating a first prediction relating to cancerous cells in the patient.
An electric personal care apparatus comprising a skin contacting portion configured for contact with skin of a user, wherein: the skin contacting portion comprises a porous and compressible material; the porous and compressible material is configured to hold a fluid by capillary forces; and the porous and compressible material is configured to be compressed due to pressure contact of the skin contacting portion with the skin of the user, and configured to release the fluid onto the skin of the user when the porous and compressible material is holding the fluid and being compressed, characterized in that : the skin contacting portion comprises a layer applied to a supporting member of the electric pesonal care apparatus, wherein the layer comprises the porous and compressible material; the layer comprises at least two components, wherein the at least two components comprise a carrier material and a plurality of particles embedded in the carrier material, wherein the carrier material is different from the porous and compressible material, and wherein the plurality of particles comprises the porous and compressible material. the skin contacting portion comprises a porous and compressible material; the porous and compressible material is configured to hold a fluid by capillary forces; and the porous and compressible material is configured to be compressed due to pressure contact of the skin contacting portion with the skin of the user, and configured to release the fluid onto the skin of the user when the porous and compressible material is holding the fluid and being compressed, the skin contacting portion comprises a layer applied to a supporting member of the electric pesonal care apparatus, wherein the layer comprises the porous and compressible material; the layer comprises at least two components, wherein the at least two components comprise a carrier material and a plurality of particles embedded in the carrier material, wherein the carrier material is different from the porous and compressible material, and wherein the plurality of particles comprises the porous and compressible material.
A user equipment, UE , comprising: a processor configured to receive allocation of a periodical dedicated resource for periodically transmitting scheduling requests, wherein the processor is configured to use the periodical dedicated resource to schedule transmission of a first series of scheduling requests, offset in time with respect to a second series of sounding reference symbols; wherein a first period of one of the first or second series is not a whole multiple of a second period of the other one of the first or second series; and wherein the processor is further configured to receive a time offset sized to avoid the transmissions of the first series and the second series, that are periodically transmitted by the UE , occurring in a same sub-frame; and to apply the offset to either the first series or second series. a processor configured to receive allocation of a periodical dedicated resource for periodically transmitting scheduling requests, wherein the processor is configured to use the periodical dedicated resource to schedule transmission of a first series of scheduling requests, offset in time with respect to a second series of sounding reference symbols; wherein a first period of one of the first or second series is not a whole multiple of a second period of the other one of the first or second series; and wherein the processor is further configured to receive a time offset sized to avoid the transmissions of the first series and the second series, that are periodically transmitted by the UE , occurring in a same sub-frame; and to apply the offset to either the first series or second series.
A device for delivering an agent to the skin of a subject comprising: a. an anhydrous agent, wherein the agent is a pharmaceutical agent or a cosmetic agent, b. an anhydrous heating component, and c. a reservoir containing a first solvent and a second solvent, wherein the first solvent and the second solvent are different and wherein the second solvent is water; wherein in use the first and second solvents are released from the reservoir and the second solvent hydrates the anhydrous agent to produce a solution comprising the first solvent, the second solvent and the agent, and hydrates the anhydrous heating component which reacts exothermically thereby heating the solution, and wherein the device further comprises: (i) a backing layer, wherein the backing layer is permeable to vapour of the first solvent, (ii) a solid substrate, wherein in use a portion of the first solvent is removed from the solution by adsorption onto the solid substrate, or (iii) a copolymer, wherein in use a portion of the first solvent is separated from the solution by selective absorption by the copolymer. a. an anhydrous agent, wherein the agent is a pharmaceutical agent or a cosmetic agent, b. an anhydrous heating component, and c. a reservoir containing a first solvent and a second solvent, wherein the first solvent and the second solvent are different and wherein the second solvent is water;
An electronic device comprising: a touch screen display being disposed and visible through the first opening; a combined button including a physical button and a virtual button, the physical button being configured to be movable in response to a pressure applied thereto and the virtual button being configured to be displayed on a specific region of the touch screen display adjacent to the physical button; and a processor electrically coupled to the touch screen display and the physical button of the combined button; wherein the processor configured to: display a screen on at least a portion of the touch screen display; display the virtual button of the combined button comprising a graphical user interface (GUI) on a specific region of the screen adjacent to the physical button of the combined button such that the GUI visually extends the physical button, wherein a shape of the virtual button being disposed about a shape of the physical button to form a larger shape. a touch screen display being disposed and visible through the first opening; a combined button including a physical button and a virtual button, the physical button being configured to be movable in response to a pressure applied thereto and the virtual button being configured to be displayed on a specific region of the touch screen display adjacent to the physical button; and a processor electrically coupled to the touch screen display and the physical button of the combined button; wherein the processor configured to: display a screen on at least a portion of the touch screen display; display the virtual button of the combined button comprising a graphical user interface (GUI) on a specific region of the screen adjacent to the physical button of the combined button such that the GUI visually extends the physical button, wherein a shape of the virtual button being disposed about a shape of the physical button to form a larger shape. display a screen on at least a portion of the touch screen display; display the virtual button of the combined button comprising a graphical user interface (GUI) on a specific region of the screen adjacent to the physical button of the combined button such that the GUI visually extends the physical button, wherein a shape of the virtual button being disposed about a shape of the physical button to form a larger shape.
Nutritional supplement, comprising calcium, magnesium and boron in combination with vitamin D3, wherein calcium, magnesium and boron are present in form of physiological tolerable salts and/or in form of complexes, as well as pharmaceutical acceptable excipients and/or vehicles, for use in the treatment of vitamin D3 deficiency symptoms in a patient in the age group of from 12 years on, by administering of the nutritional supplement according to a dosing regime, wherein the patient in the age group of from 12 years on at least 750 mg Calcium, at least 375 mg magnesium and at least 2 mg boron are administered daily, and wherein the administered dose of vitamin D3 per week in a juvenile in the age of 12 - 18 years is 20,000 IU, in an adult in the age of 18 - 60 years is between 20,000 - 30,000 IU, and in an adult in the age of more than 60 years is between 30,000 - 40,000 IU.
A method for damping vibration in a mechanical system, the method comprising: detecting a vibration at a coupling of the mechanical system; generating a countervibration based on the detected vibration; operating the mechanical system while generating the countervibration; and determining a magnitude and a frequency of the vibration at the coupling , wherein generating the countervibration comprises driving vibration engines at the coupling based on the magnitude and the frequency of the detected vibration, characterised by : driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling , and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling , and wherein the electrical energy is applied at the frequency to the solenoid motor , causing the solenoid motor to generate the countervibration at the frequency. detecting a vibration at a coupling of the mechanical system; generating a countervibration based on the detected vibration; operating the mechanical system while generating the countervibration; and determining a magnitude and a frequency of the vibration at the coupling , wherein generating the countervibration comprises driving vibration engines at the coupling based on the magnitude and the frequency of the detected vibration, characterised by : driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling , and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling , and wherein the electrical energy is applied at the frequency to the solenoid motor , causing the solenoid motor to generate the countervibration at the frequency. driving the vibration engines comprises applying magnetic forces to flywheels disposed at the coupling , and wherein the magnetic forces are applied intermittently to the flywheels to generate the countervibration; or driving the vibration engines comprises applying electrical energy to a solenoid motor disposed at the coupling , and wherein the electrical energy is applied at the frequency to the solenoid motor , causing the solenoid motor to generate the countervibration at the frequency.
An air compressor comprising: a motor configured to drive a compression mechanism for compressing air, and a controller configured to control the motor , wherein the motor is an outer rotor motor comprising a stator and a rotor disposed on an outer side of the stator , and wherein the controller is configured to adjust a voltage applied to a stator winding of the stator , based on position information of the rotor. characterized in that the controller is configured to estimate the position information, based on induced current flowing through the stator winding. a motor configured to drive a compression mechanism for compressing air, and a controller configured to control the motor , wherein the motor is an outer rotor motor comprising a stator and a rotor disposed on an outer side of the stator , and wherein the controller is configured to adjust a voltage applied to a stator winding of the stator , based on position information of the rotor. characterized in that the controller is configured to estimate the position information, based on induced current flowing through the stator winding.
Underwater rapid unloading system having a container which can be carried on the outer side of a submarine and a carrier frame which is supported inside the container , wherein a disposable palette is arranged on the carrier frame , wherein the disposable palette can be connected to the carrier frame , characterized in that the disposable palette comprises a buoyancy system, wherein the buoyancy system comprises at least one first inflatable buoyancy member , wherein the buoyancy system comprises at least one second inflatable buoyancy member and in that the buoyancy system comprises a device for distributing gas from a gas supply to the at least one first inflatable buoyancy member and the at least one second inflatable buoyancy member , characterized in that the gas supply comprises a compressed air connection, and wherein a diver can feed in compressed air from a breathing apparatus of the diver via the compressed air connection.
A suction device configured to hold a piece of shape memory alloy, SMA, wire along an edge of the device by gas pressure generated by suction, the suction device being characterized in that it further comprises a plurality of channels extending from the edge of the device towards a suction outlet of the suction device, the suction outlet connectable to a source of underpressure, wherein the plurality of channels coincide with the edge of the device at points that form a straight line when viewed in a longitudinal direction of the channels.
A video encoding method comprising computer executable steps executed by a processor of a video encoder to implement an intra-prediction operation that derives a prediction block of a target block with boundary pixels of the target block interpolated along an intra prediction angle, wherein the boundary pixels comprise an array of horizontal boundary pixels and an array of vertical boundary pixels, the intra-prediction operation comprising: obtaining a value of an inverse angle parameter, corresponding to the intra prediction angle, from a look-up table which lists values of inverse angle parameters in relation, respectively, to a plurality of different intra prediction angles; identifying at least some of the vertical boundary pixels located in the array of vertical boundary pixels at positions which are a function of multiplication between the obtained value of the inverse angle parameter and a value of a horizontal location identifier which is a variable representing positions in an extension of an extended array of horizontal boundary pixels; adding the identified at least some of the vertical boundary pixels as horizontal boundary pixels to the extension of the extended array of horizontal boundary pixels; and using only the horizontal boundary pixels in the extended array of horizontal boundary pixels, without accessing the array of vertical boundary pixels, to derive the prediction block of the target block . obtaining a value of an inverse angle parameter, corresponding to the intra prediction angle, from a look-up table which lists values of inverse angle parameters in relation, respectively, to a plurality of different intra prediction angles; identifying at least some of the vertical boundary pixels located in the array of vertical boundary pixels at positions which are a function of multiplication between the obtained value of the inverse angle parameter and a value of a horizontal location identifier which is a variable representing positions in an extension of an extended array of horizontal boundary pixels; adding the identified at least some of the vertical boundary pixels as horizontal boundary pixels to the extension of the extended array of horizontal boundary pixels; and using only the horizontal boundary pixels in the extended array of horizontal boundary pixels, without accessing the array of vertical boundary pixels, to derive the prediction block of the target block .