mhurhangee/patent-ind-claim-en huggingface dataset:
An autogyro comprising a rotor capable of being set into autorotation, an instrument panel , which includes at least one display unit and/or at least one control unit , wherein the instrument panel comprises at least one viewing window for expanding the field of view for an autogyro pilot , which is formed by a recess formed in the instrument panel , and a pilot seat arranged in front of the instrument panel , wherein the pilot seat is positioned centrally, in the transverse direction of the autogyro , in front of the instrument panel , wherein the recess is arranged in a middle region, in particular centrally, in the transverse direction of the instrument panel characterized in that the recess extends, starting from the top side , only partially in the direction of the bottom side , so that the instrument panel comprises a connecting part , which extends in the transverse direction of the instrument panel , connecting a left part and a right part - as viewed from the front - of the instrument panel to one another. a rotor capable of being set into autorotation, an instrument panel , which includes at least one display unit and/or at least one control unit , wherein the instrument panel comprises at least one viewing window for expanding the field of view for an autogyro pilot , which is formed by a recess formed in the instrument panel , and a pilot seat arranged in front of the instrument panel , wherein the pilot seat is positioned centrally, in the transverse direction of the autogyro , in front of the instrument panel , wherein the recess is arranged in a middle region, in particular centrally, in the transverse direction of the instrument panel characterized in that the recess extends, starting from the top side , only partially in the direction of the bottom side , so that the instrument panel comprises a connecting part , which extends in the transverse direction of the instrument panel , connecting a left part and a right part - as viewed from the front - of the instrument panel to one another.
A method for processing speech signals prior to encoding a digital signal comprising audio data, wherein the method is characterized by comprising: selecting frequency domain coding or time domain coding based on a coding bit rate to be used for coding the digital signal and a short pitch lag detection of the digital signal; wherein the short pitch lag detection comprises detecting whether the digital signal comprises a short pitch signal for which the pitch lag is shorter than a pitch lag limit, wherein the pitch lag limit is a minimum allowable pitch for a Code Excited Linear Prediction, CELP, algorithm for coding the digital signal, wherein the minimum allowable pitch is 34 when a sampling rate is 12.8 kHz. a coding bit rate to be used for coding the digital signal and a short pitch lag detection of the digital signal; wherein the short pitch lag detection comprises detecting whether the digital signal comprises a short pitch signal for which the pitch lag is shorter than a pitch lag limit, wherein the pitch lag limit is a minimum allowable pitch for a Code Excited Linear Prediction, CELP, algorithm for coding the digital signal, wherein the minimum allowable pitch is 34 when a sampling rate is 12.8 kHz.
A mattress (100/100'), comprising: a plurality of layers - vertically stacked to one another, the plurality of layers comprising a first layer ; a second layer ; and a third layer , wherein the first layer is formed of a flex support foam for providing corner to corner support and has only 2 or 4 openings (111-117 / 111'-113') defined therein being operably in fluidic communication with a plurality of fans - for providing air circulation to a user through the mattress , wherein the second layer is disposed between the first layer and the third layer and comprises an array of springs , and wherein the plurality of layers further comprises a fourth layer disposed on the third layer , and a fifth layer disposed on the fourth layer. a plurality of layers - vertically stacked to one another, the plurality of layers comprising a first layer ; a second layer ; and a third layer , wherein the first layer is formed of a flex support foam for providing corner to corner support and has only 2 or 4 openings (111-117 / 111'-113') defined therein being operably in fluidic communication with a plurality of fans - for providing air circulation to a user through the mattress , wherein the second layer is disposed between the first layer and the third layer and comprises an array of springs , and wherein the plurality of layers further comprises a fourth layer disposed on the third layer , and a fifth layer disposed on the fourth layer.
An information processing apparatus, comprising: a speech obtainer which obtains speech of a user; a first controller which, when the first controller recognizes that the speech obtained by the speech obtainer is a first activation word, outputs a speech signal corresponding to a second activation word different from the first activation word; and a second controller which performs an activation process for starting transmission of the speech signal of the speech obtained by the speech obtainer to a speech recognition server when the second controller recognizes that the speech signal output by the first controller indicates the second activation word. a speech obtainer which obtains speech of a user; a first controller which, when the first controller recognizes that the speech obtained by the speech obtainer is a first activation word, outputs a speech signal corresponding to a second activation word different from the first activation word; and a second controller which performs an activation process for starting transmission of the speech signal of the speech obtained by the speech obtainer to a speech recognition server when the second controller recognizes that the speech signal output by the first controller indicates the second activation word.
An isolated monoclonal anti-tau antibody comprising a light chain comprising an amino acid sequence of SEQ ID NO: 18, and a heavy chain comprising an amino acid sequence of SEQ ID NO: 13.
Polycarbonate composition comprising interfacial polycarbonate, acid stabiliser and at least one anthraquinone based colorant having at least one hydroxyl group, wherein the composition has a transmission of at least 80 % in an infrared light wavelength range of from 760 - 1120 nm and a transmission in the visible light wavelength range of from 380 - 740 nm of at most 50%, wherein transmission is determined on an injection moulded plaque having a thickness of 2mm prepared by injection moulding the composition at a maximum temperature of 320 °C and at a residence time of 10 minutes, as determined according to the procedure in the description, wherein the acid stabiliser is a sulfonic acid or a sulfonic acid ester.
Method for the incremental forming of a metal workpiece, with - at least one spindle, on which the workpiece is clamped, and - at least one spindle drive, with which the at least one spindle with the workpiece and/or at least one forming roller is set into rotation relative to the workpiece, - wherein by means of at least one actuating drive the at least one forming roller is fed to the rotating workpiece radially and/or axially relative thereto, in which - a computer-based control is provided, which, via sensors, detects several machine parameters which comprise at least one rotational speed of the spindle, a position of the forming roller as well as forming forces and/or a feed speed of the forming roller, characterized in that - by the control process parameters and/or workpiece parameters are furthermore detected and - in that the control produces at least one dataset, in which the machine parameters are assigned to the process and/or workpiece parameters. - at least one spindle, on which the workpiece is clamped, and - at least one spindle drive, with which the at least one spindle with the workpiece and/or at least one forming roller is set into rotation relative to the workpiece, - wherein by means of at least one actuating drive the at least one forming roller is fed to the rotating workpiece radially and/or axially relative thereto, in which - a computer-based control is provided, which, via sensors, detects several machine parameters which comprise at least one rotational speed of the spindle, a position of the forming roller as well as forming forces and/or a feed speed of the forming roller, - by the control process parameters and/or workpiece parameters are furthermore detected and - in that the control produces at least one dataset, in which the machine parameters are assigned to the process and/or workpiece parameters.
A radar level measuring device for detecting a filling level in a container, with - a filling level sensor with an antenna for emitting and receiving electromagnetic waves, - a position recognition for detecting a position of the radar level measuring device , wherein the antenna is configured as an antenna with an adjustable main emission direction (H), characterized in that a position recognition takes place by changing the main emission direction of the antenna until a received signal reaches maximum when a perpendicular to the filling material surface is reached, and a 3-dimensional model of the container is stored in the radar level measuring device , and a remaining volume of the filling material in the container is calculated and outputted for different deviations of the 0° direction from the perpendicular to the filling material surface, wherein the 0° direction refers to the direction without a change. - a filling level sensor with an antenna for emitting and receiving electromagnetic waves, - a position recognition for detecting a position of the radar level measuring device , wherein the antenna is configured as an antenna with an adjustable main emission direction (H),
A medical imaging device (100; 300) comprising: an optical imaging module operable to generate image data defining an image (I) of a region of a body part by acquiring samples whose values are indicative of an optical property of the body part at respective sample locations in the region, the samples being acquired by measuring an intensity of light that is or is based on light transmitted through the body part, or light that is or is based on light reflected from the imaged region of the body part, and using a mapping to map the acquired samples to corresponding pixels of the image such that an indication of the sample location of each sample is mapped to a pixel location of a corresponding pixel of the image; a control module configured to control the optical imaging module to generate the image data by acquiring a first sequence of samples whose corresponding pixel locations in the image follow a path (P sparse ) that is spanned by pixels (P i ) corresponding to the first sequence of samples and extends over a greater portion of the image (I) than an arrangement in an array of a sequence of pixels (P' i) corresponding to a second sequence of samples that the optical imaging module is operable to acquire, wherein a sum of distances between adjacent pixels in the sequence of pixels is equal to a length of the path (P sparse ); and a registration module configured to register the image (I) against a reference image comprising an image of a part of the region. an optical imaging module operable to generate image data defining an image (I) of a region of a body part by acquiring samples whose values are indicative of an optical property of the body part at respective sample locations in the region, the samples being acquired by measuring an intensity of light that is or is based on light transmitted through the body part, or light that is or is based on light reflected from the imaged region of the body part, and using a mapping to map the acquired samples to corresponding pixels of the image such that an indication of the sample location of each sample is mapped to a pixel location of a corresponding pixel of the image; a control module configured to control the optical imaging module to generate the image data by acquiring a first sequence of samples whose corresponding pixel locations in the image follow a path (P sparse ) that is spanned by pixels (P i ) corresponding to the first sequence of samples and extends over a greater portion of the image (I) than an arrangement in an array of a sequence of pixels (P' i) corresponding to a second sequence of samples that the optical imaging module is operable to acquire, wherein a sum of distances between adjacent pixels in the sequence of pixels is equal to a length of the path (P sparse ); and a registration module configured to register the image (I) against a reference image comprising an image of a part of the region.
An EGFR or PI3K inhibitory compound , wherein said compound is selected from the group consisting of or a pharmaceutically acceptable salt or solvate thereof.
4-Amino- N- [(1 S )-1-(4-chlorophenyl)-3-hydroxy-propyl]-1-(7 H -pyrrolo[2,3-d]pyrimidin-4-yl)piperidine-4-carboxamide for use in the treatment of cancer in a patient identified by: (a) determining, in a sample which is representative of the cancer and was previously isolated from the patient, whether the genetic status of an upstream component of the PI3K pathway is wild type or mutant; (b) determining whether the MAP3K1 gene in the sample is wild type or mutant; and (c) determining whether the MAP2K4 gene in the sample is wild type or mutant; and wherein: (i) the genetic status of the upstream component of the PI3K pathway was determined to be mutant; (ii) the MAP3K1 gene was determined to be wild type; and (iii) the MAP2K4 gene was determined to be wild type; wherein the upstream component of the PI3K pathway is selected from PIK3CA, PIK3CB, PIK3CD, PIK3CG, AKT1, AKT2, AKT3, PTEN, PDK1, SGK, INPP4B, INPP5D, PIK3R1, and PIK3R2. (a) determining, in a sample which is representative of the cancer and was previously isolated from the patient, whether the genetic status of an upstream component of the PI3K pathway is wild type or mutant; (b) determining whether the MAP3K1 gene in the sample is wild type or mutant; and (c) determining whether the MAP2K4 gene in the sample is wild type or mutant; and wherein: (i) the genetic status of the upstream component of the PI3K pathway was determined to be mutant; (ii) the MAP3K1 gene was determined to be wild type; and (iii) the MAP2K4 gene was determined to be wild type; (i) the genetic status of the upstream component of the PI3K pathway was determined to be mutant; (ii) the MAP3K1 gene was determined to be wild type; and (iii) the MAP2K4 gene was determined to be wild type;
A method for promoting sliding of at least one droplet on a substrate , wherein an ultrasonic surface wave is generated in the substrate with an amplitude sufficient to cause the droplet to be deformed according to an inertio-capillary eigenvibration mode thus reducing attachment of the droplet to the substrate, so as to facilitate movement of the droplet under the effect of an external force, the amplitude of the ultrasonic surface wave being insufficient to cause asymmetric deformation of the droplet to the point of causing it to move in the absence of the external force in the direction of propagation of the ultrasonic surface wave.
A method performed by a wireless device for performing relative measurements between radio measurements of transmissions from respective first and second cells by comparing a first measurement component from a respective first cell and a second measurement component from a respective second cell, the method comprising: determining that listen-before-talk, LBT, operations are performed by a network node for one or both of the first and second cells, wherein said one or both of the first and second cells is/are License Assisted Access, LAA, capable; adapting at least one parameter related to the relative measurement based on said determining ; and performing the relative measurement, wherein said performing is based on said at least one parameter. determining that listen-before-talk, LBT, operations are performed by a network node for one or both of the first and second cells, wherein said one or both of the first and second cells is/are License Assisted Access, LAA, capable; adapting at least one parameter related to the relative measurement based on said determining ; and performing the relative measurement, wherein said performing is based on said at least one parameter.
Fuel injection device for fuel injection systems of internal combustion engines, in particular for direct injection of fuel into a combustion chamber, wherein the fuel injection device comprises at least one fuel injection valve and a receiving bore for the fuel injection valve , and a decoupling element is introduced between a valve housing of the fuel injection valve and a wall of the receiving bore , wherein the decoupling element is captively arranged on the fuel injection valve in that a securing ring is mounted on the outer circumference of the fuel injection valve below the decoupling element and the securing ring is a closed plastic ring, characterized in that the securing ring constitutes a solid structural element which has functional regions which project in different directions.
An air conditioner, comprising: an air blasting fan driven by a motor ; a plurality of outlets for blowing off air-conditioned air from the fan ; a shutter for opening and closing at least one of the outlets ; a shutter driving section for driving the shutter ; a fan control section for controlling a rotation speed of the fan via the motor ; and a shutter control section for controlling the shutter driving section , characterized in that the shutter control section is configured such that, when the rotating speed of the fan is a prescribed rotation speed or higher at a time of opening or closing the shutter in operation of the fan , the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a high speed in a first section (A1) and at a low speed lower than the high speed in a second section (A2), wherein the first section (A1) is a portion of an opening/closing section ranged from a fully closed position to a fully opened position of the shutter and is located on a side of the fully closed position, and wherein the second section (A2) is a residual portion of the opening/closing section and is located on a side of the fully opened position, and when the rotating speed of the fan is lower than the prescribed rotation speed at the time of opening or closing the shutter in operation of the fan , the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a low speed or at a high speed in the opening/closing section. an air blasting fan driven by a motor ; a plurality of outlets for blowing off air-conditioned air from the fan ; a shutter for opening and closing at least one of the outlets ; a shutter driving section for driving the shutter ; a fan control section for controlling a rotation speed of the fan via the motor ; and a shutter control section for controlling the shutter driving section , characterized in that the shutter control section is configured such that, when the rotating speed of the fan is a prescribed rotation speed or higher at a time of opening or closing the shutter in operation of the fan , the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a high speed in a first section (A1) and at a low speed lower than the high speed in a second section (A2), wherein the first section (A1) is a portion of an opening/closing section ranged from a fully closed position to a fully opened position of the shutter and is located on a side of the fully closed position, and wherein the second section (A2) is a residual portion of the opening/closing section and is located on a side of the fully opened position, and when the rotating speed of the fan is lower than the prescribed rotation speed at the time of opening or closing the shutter in operation of the fan , the shutter driving section is controlled by the shutter control section in such a way that the shutter is opened and closed at a low speed or at a high speed in the opening/closing section.
A system for laser thermal conjunctivoplasty, comprising: a handheld laser probe for laser thermal conjunctivoplasty, a laser light source and an optical fiber to deliver laser light to the handheld laser probe; a control system coupled to the laser light source; the system being characterised by the handheld laser probe comprising: a pair of forceps including tips for grasping a conjunctival fold, the tips angled between 30° and 90° relative to a long axis of a body of the pair of forceps; a housing including a lens holder containing a cylindrical lens to focus the laser light into a line of laser light with a length of between 5-20 mm and a width between 0.5-2 mm, connecting struts that mechanically couple the pair of forceps to the lens holder, and a fiber adapter that couples the optical fiber to the housing; wherein the line of laser light is configured to uniformly heat the conjunctival fold held in the forceps to a temperature between 55°C and 80°C to impart collagen shrinkage but not cellular or vascular rupture. a handheld laser probe for laser thermal conjunctivoplasty, a laser light source and an optical fiber to deliver laser light to the handheld laser probe; a control system coupled to the laser light source; the system being characterised by the handheld laser probe comprising: a pair of forceps including tips for grasping a conjunctival fold, the tips angled between 30° and 90° relative to a long axis of a body of the pair of forceps; a housing including a lens holder containing a cylindrical lens to focus the laser light into a line of laser light with a length of between 5-20 mm and a width between 0.5-2 mm, connecting struts that mechanically couple the pair of forceps to the lens holder, and a fiber adapter that couples the optical fiber to the housing; wherein the line of laser light is configured to uniformly heat the conjunctival fold held in the forceps to a temperature between 55°C and 80°C to impart collagen shrinkage but not cellular or vascular rupture. a pair of forceps including tips for grasping a conjunctival fold, the tips angled between 30° and 90° relative to a long axis of a body of the pair of forceps; a housing including a lens holder containing a cylindrical lens to focus the laser light into a line of laser light with a length of between 5-20 mm and a width between 0.5-2 mm, connecting struts that mechanically couple the pair of forceps to the lens holder, and a fiber adapter that couples the optical fiber to the housing; wherein the line of laser light is configured to uniformly heat the conjunctival fold held in the forceps to a temperature between 55°C and 80°C to impart collagen shrinkage but not cellular or vascular rupture.
Hub of a rolling bearing having a shank , the outer periphery of which is provided with at least one raceway (4 i , 4 e ) allowing the rotation of said hub about an axis (X), the shank having at least one recess , said bearing being characterised in that the recess has an annular geometry of revolution about the axis of rotation (X), the minimum distance between the wall of said recess and the outer periphery of the shank being greater than 10% of the diameter D of the bottom of the raceway (4 i , 4 e ).