mhurhangee/ep-ind-claims huggingface dataset:
A spun-dyed black polyamide yarn comprising 1% to 5% by mass of carbon black, wherein the average particle diameter of the carbon black in the polyamide is 1 μm to 20 μm, the single fiber fineness of the spun-dyed black polyamide yarn is 0.8 dtex to 2 dtex and the CV of the dry heat shrinkage stress of the spun-dyed black polyamide yarn is 4.0% or less, wherein the average particle diameter of the carbon black in the polyamide yarn and the CV of the dry heat shrinkage stress are measured as described herein.
Device for applying a flowable substance, in particular a flowable adhesive, to at least one substrate, said device having an application nozzle which is in the form of a slotted nozzle and has a stationary nozzle body with an inlet opening, a flow duct and a nozzle slot, having, with reference to an orthogonal system having the coordinates X, Y and Z, a progression of a cross-sectional area of the flow duct in the Y direction, wherein the cross-sectional area is defined by a plane in the X-Z direction, a progression of a width of the nozzle slot in the Y direction, wherein the width is defined in the X direction, and a progression of a depth of the nozzle slot in the Y direction, wherein the depth is defined in the Z direction, wherein, when the flowable substance is being conveyed through the application nozzle, the flowable substance passes from the inlet opening into the flow duct and from there to the nozzle slot, and is discharged through an outlet opening in the nozzle slot, wherein the outlet opening is arranged in an outer region of the nozzle body, wherein the application nozzle further has a slide valve which can be moved relative to the nozzle body in the longitudinal extent of the outlet opening, over the latter, by an actuating means and makes contact with the outer region, for covering the outlet opening in a modifiable manner, characterized in that the longitudinal extent of the flow duct is at least as great as the longitudinal extent of the nozzle slot, wherein the inlet opening is operatively connected in the region of one end of the flow duct to the latter, and the other end of the flow duct ends in the region of one end of the nozzle slot, and the outlet opening can be screened off by means of the slide valve, starting from the other end of the nozzle slot, wherein the cross-sectional area of the flow duct continuously decreases in the Y direction from the one end of the flow duct to the other end of the flow duct, the width of the nozzle slot is constant over its progression in the Y direction or the width of the nozzle slot increases continuously over its progression in the Y direction from the other end to the one end, the depth of the nozzle slot is constant over its progression in the Y direction or the depth of the nozzle slot decreases continuously over its progression in the Y direction from the other end to the one end, wherein the width of the nozzle slot and the depth of the nozzle slot are not constant at the same time, and the change in the cross-sectional area of the flow duct over its length and/or the change in the width of the nozzle slot over its length and/or the change in the depth of the nozzle slot over its length is non-linear and conforms to a curve of single curvature.
Protection device including an inflatable element, wherein said inflatable element is configured to assume a deflated condition and an inflated condition, and wherein said inflatable element comprises: - a first layer and a second layer defining an internal chamber of said inflatable element and - an intermediate layer, wherein said first layer has a first internal surface and said second layer has a second internal surface, wherein said first internal surface and said second internal surface are facing towards said internal chamber, and said intermediate layer is interposed between the first internal surface of said first layer and the second internal surface of said second layer, and wherein said intermediate layer is joined adheringly, or adheres, to said first internal surface in first connection regions or areas and is joined adheringly, or adheres, to said second internal surface in second connection regions or areas, and wherein said intermediate layer is detached, or free, from said first internal surface in first detachment regions or areas and is detached, or free, from said second internal surface in second detachment regions or areas, characterized in that, said first connection regions or areas are positioned on said first internal surface offset or not superimposed with respect to said second connection regions or areas when said inflatable element is in an inflated condition and said first detachment regions or areas alternate on said first internal surface with said first connection regions or areas, and wherein said second detachment regions or areas alternate on said second internal surface with said second connection regions or areas. - a first layer and a second layer defining an internal chamber of said inflatable element and - an intermediate layer,
A non-volatile memory device, comprising a memory plane including at least one memory zone including a matrix of memory cells (Mi,j) having two rows and N columns, each memory cell comprising a state transistor having a control gate and a floating gate, selectable by a vertical selection transistor buried in a substrate and including a buried selection gate, each column of memory cells including a pair of twin memory cells, the two selection transistors of a pair of twin memory cells having a common selection gate, and processing means configured to store in the memory zone a piece of information (D0-D31) including a succession of N bits so that, with the exception of the last bit in the succession, a current bit in said succession is stored in two memory cells situated on the same row and on two adjacent columns and a current bit and the next bit are respectively stored in two twin cells.
An interfacing structure configured to be located at an entrance to the airway of a patient, comprising: an under-the-nose interface adapted to contact with skin surfaces, the interface including sufficient softness and compliance in a direction normal to the patient's face to conform to the facial anatomy that it is interfacing with, wherein the interface is constructed of foam, and includes an unskinned surface on surfaces for interfacing or contacting the patient's skin in use, the interfacing structure being characterised in that the interface is provided with an orifice configured to cover both nostril openings of the patient. an under-the-nose interface adapted to contact with skin surfaces, the interface including sufficient softness and compliance in a direction normal to the patient's face to conform to the facial anatomy that it is interfacing with, wherein the interface is constructed of foam, and includes an unskinned surface on surfaces for interfacing or contacting the patient's skin in use, the interfacing structure being characterised in that the interface is provided with an orifice configured to cover both nostril openings of the patient.
A table leg comprising: a fixed outer tube; a movable inner tube vertically and movably inserted in the fixed outer tube along an axis H and provided with a top end thereof for connection of a table board, and having a square cross section with two pairs of parallel walls; and a plurality of rotating members rotatably mounted to the two pairs of the parallel walls of the movable inner tube and partially protruding out from an outer surface of the movable inner tube and stopped against an inner surface of the fixed outer tube, such that the rotating members are rotatable when the movable inner tube is moved relative to the fixed outer tube; wherein each of the rotating members is received in an accommodating groove of each of the parallel walls and stopped against an outer surface of a bushing disposed in the movable inner tube; each of the accommodating grooves has the same shape as one rotating member. a fixed outer tube; a movable inner tube vertically and movably inserted in the fixed outer tube along an axis H and provided with a top end thereof for connection of a table board, and having a square cross section with two pairs of parallel walls; and a plurality of rotating members rotatably mounted to the two pairs of the parallel walls of the movable inner tube and partially protruding out from an outer surface of the movable inner tube and stopped against an inner surface of the fixed outer tube, such that the rotating members are rotatable when the movable inner tube is moved relative to the fixed outer tube; wherein each of the rotating members is received in an accommodating groove of each of the parallel walls and stopped against an outer surface of a bushing disposed in the movable inner tube; each of the accommodating grooves has the same shape as one rotating member.
Drain and overflow fitting, in particular for bathtubs or sinks, comprising a drain housing, a valve body and a lever mechanism which is rotatably mounted in the drain housing for actuating the valve body, the lever mechanism being coupled to an electric motor, and an overload protection device (20; 22) being provided, characterised in that the overload protection device (20; 22) is arranged in the power transmission path from the electric motor to the valve body, the overload protection device being formed of a torsion spring arranged between the output shaft of the electric motor and the lever (17.2) of the lever mechanism, or formed of a pressure spring integrated in a telescopic valve shaft (14.1) connected to the valve body.
A household appliance that comprises a body, an opening arranged on the body, allowing access to the interior of the body, a door that covers the opening when closed and enables access to the interior from the opening when opened forward by rotating around a horizontal axis and a hinge on the body for securing the door movably to the body, the hinge comprising - one shaft each on the side walls of the door, - a pin disposed inside the hinge, fixed close-fittingly by the shaft, - a gear situated inside the hinge, fitted over the pin and rotating together with the pin while the door rotates around the shaft, - a toothed rack disposed inside the hinge, that changes the circular motion of the gear into rectilinear motion while the door rotates and - a damper inside the hinge situated at one end of the toothed rack and which amortizes the motion of the toothed rack while the door opens. characterized by a box-like damper containing oil as a fluid and some amount of air therein, the box-like damper having a movable wall in the direction the toothed rack moves while the door opens. - one shaft each on the side walls of the door, - a pin disposed inside the hinge, fixed close-fittingly by the shaft, - a gear situated inside the hinge, fitted over the pin and rotating together with the pin while the door rotates around the shaft, - a toothed rack disposed inside the hinge, that changes the circular motion of the gear into rectilinear motion while the door rotates and - a damper inside the hinge situated at one end of the toothed rack and which amortizes the motion of the toothed rack while the door opens.
A computer-readable storage medium having instructions thereon which, when executed by a computer, cause the computer to implement a method comprising the steps of: projecting a light signal from a catheter into a blood vessel; receiving the light signal after it interacted with blood and measuring an intensity of at least one wavelength associated with the projected light signal; and based on the measured intensity, detecting blood-vessel wall artifacts due to catheter proximity to a blood-vessel wall, wherein the detecting of blood-vessel wall artifacts includes comparing the measured intensity to a predetermined threshold for the at least one wavelength, characterized by determining catheter proximity to a blood-vessel wall and outputting a visual or audio signal to a clinician that light signal quality is low due to the catheter placement, if the intensity exceeds the predetermined threshold. projecting a light signal from a catheter into a blood vessel; receiving the light signal after it interacted with blood and measuring an intensity of at least one wavelength associated with the projected light signal; and based on the measured intensity, detecting blood-vessel wall artifacts due to catheter proximity to a blood-vessel wall, wherein the detecting of blood-vessel wall artifacts includes comparing the measured intensity to a predetermined threshold for the at least one wavelength, characterized by determining catheter proximity to a blood-vessel wall and outputting a visual or audio signal to a clinician that light signal quality is low due to the catheter placement, if the intensity exceeds the predetermined threshold.
A composition for use in treatment of a cardiovascular disease or disorder in a subject, the composition comprising: a pharmaceutically acceptable carrier and an agent that downregulates activity or expression of one or more of: miR-142-5p, and miR-142-3p, in an amount sufficient to promote cardiac cell survival and enhance cardiac function in the subject.
A receiving device comprising: a receiving means configured to receive a service category identifier that can identify an application applied to a service; and a data processing means configured to determine an application applied to the service in response to the service category identifier, and perform a continuation process on an application applied before a service transition when the service transition occurs and when applications applied to services before and after the service transition are same, wherein the application is a playback application applied to a playback process on a content, and the service category identifier is an identifier capable of identifying the service by determining whether to apply a first playback application or a second playback application for playback of the service, the first playback application being a resident playback application embedded in the receiving device at a time of manufacturing, the second playback application being a broadcast playback application provided as a playback application for the service. a receiving means configured to receive a service category identifier that can identify an application applied to a service; and a data processing means configured to determine an application applied to the service in response to the service category identifier, and perform a continuation process on an application applied before a service transition when the service transition occurs and when applications applied to services before and after the service transition are same, wherein the application is a playback application applied to a playback process on a content, and the service category identifier is an identifier capable of identifying the service by determining whether to apply a first playback application or a second playback application for playback of the service,
Dust-containing gas treatment apparatus to remove the dust contained in gas is equipped with a cylindrical treatment room to introduce gas containing dust and remove the dust from the gas, catcher consisting brush with hair planted in the support installed in the treatment room and catch the dust contained in the gas, liquid spraying mechanism installed in the treatment room, storage portion of the liquid flowing down through the treatment room, rotary driving mechanism to rotate the catcher, gas introducing portion the gas containing dust into the treatment room, gas discharging portion to discharge the gas with the dust removed from the treatment room, and liquid discharging portion to discharge the liquid containing the dust removed from the gas, and characterized in that it is provided with a switching mechanism to be able to switch the aforementioned gas introducing portion and gas discharging portion to the upper or lower direction of the treatment room.
An article of footwear having an upper and a sole structure secured to the upper, the upper including a knitted component comprising: a monofilament knit element formed by at least one monofilament strand (801, 802), the monofilament knit element forming a substantial majority of the upper and extending through at least a portion of each of a forefoot region, a midfoot region, and a heel region of the article of footwear as well as underneath a bottom of a foot of a wearer; and a peripheral portion formed by a first yarn, wherein the monofilament knit element is formed of unitary knit construction with the peripheral portion of the knitted component such that the knitted component is a one-piece element, characterized in that the first yarn is a natural or synthetic twisted fiber yarn, and in that the monofilament knit element comprises two knitted layers formed of unitary knit construction using a single monofilament strand (801, 802) for each knitted layer, wherein the first knitted layer is formed from a first monofilament strand, and wherein the second knitted layer is formed from a second monofilament strand. a monofilament knit element formed by at least one monofilament strand (801, 802), the monofilament knit element forming a substantial majority of the upper and extending through at least a portion of each of a forefoot region, a midfoot region, and a heel region of the article of footwear as well as underneath a bottom of a foot of a wearer; and a peripheral portion formed by a first yarn, wherein the monofilament knit element is formed of unitary knit construction with the peripheral portion of the knitted component such that the knitted component is a one-piece element, characterized in that the first yarn is a natural or synthetic twisted fiber yarn, and in that the monofilament knit element comprises two knitted layers formed of unitary knit construction using a single monofilament strand (801, 802) for each knitted layer, wherein the first knitted layer is formed from a first monofilament strand, and wherein the second knitted layer is formed from a second monofilament strand.
Diaphragm pump for conveying a gaseous and/or liquid medium, comprising at least one deformable diaphragm for changing the size of a working space of the diaphragm pump and at least one actuator unit for deforming the diaphragm by contactless application of a magnetic field to the diaphragm, the diaphragm comprising a material or consisting of a material which is magnetic and/or magnetisable, and accordingly the actuator unit comprises at least one magnetisable and/or magnetic actuator means, characterized in that the actuator unit is rotatably mounted and the diaphragm is arranged circumferentially relative to the actuator unit, wherein in a dead-centre position of the diaphragm the polarisation direction of the magnetic field formed between the material of the diaphragm and the actuator means is aligned radially relative to the axis of rotation of the actuator unit.
Aerosol generating component for an electronic smoking device comprising an atomizer adapted to consecutively generate two aerosols with different particle sizes, characterized in that the aerosol generating component is adapted to change the amount of a diluting gas led to the atomizer from a first predetermined amount to a second predetermined amount in order to generate two aerosols with different particle sizes, wherein the aerosol generating component comprises two ducts with different inner diameters, the ducts being alternatingly connectable to the atomizer.
A method for removing noise from spectral data recorded using a spectrometer, the method comprising normalising spectral data to generate normalised spectral data and applying a machine learning model to the normalised spectral data, the machine learning model trained to remove noise from spectral data using normalised training data, wherein the spectral data is normalised based on a different scaling to the normalisation of the training data.
An aerosol-generating device comprising: a heater (13, 45); a first switch electrically connected to the heater (13, 45) in series; and a second switch electrically connected to the heater (13, 45) and the first switch in series; characterised in that the aerosol-generating device further comprises: a first processor configured to output a first control signal that controls an open/closed state of the first switch; and a second processor configured to perform communication with the first processor, and output a second control signal that controls an open/closed state of the second switch such that the open/closed state of the second switch is changed based on a communication status with the first processor, wherein when the communication status with the first processor is defective, the second processor is configured to output the second control signal such that the second switch is opened. a heater (13, 45); a first switch electrically connected to the heater (13, 45) in series; and a second switch electrically connected to the heater (13, 45) and the first switch in series; characterised in that the aerosol-generating device further comprises: a first processor configured to output a first control signal that controls an open/closed state of the first switch; and a second processor configured to perform communication with the first processor, and output a second control signal that controls an open/closed state of the second switch such that the open/closed state of the second switch is changed based on a communication status with the first processor, wherein when the communication status with the first processor is defective, the second processor is configured to output the second control signal such that the second switch is opened. a first processor configured to output a first control signal that controls an open/closed state of the first switch; and a second processor configured to perform communication with the first processor, and output a second control signal that controls an open/closed state of the second switch such that the open/closed state of the second switch is changed based on a communication status with the first processor, wherein when the communication status with the first processor is defective, the second processor is configured to output the second control signal such that the second switch is opened.
Manikin for the training of medical personnel and the like, comprising electrical circuitry for sensing of input parameters and controlling of output parameters, characterized in that - it comprises a plate comprising metal, for the conduction of heat generated by said electrical circuitry, away from said circuitry, - the said plate serving as a structural part, as it is connected, directly or indirectly, to at least one of the group consisting of thighs, pelvis, neck (head), and arms; - the said plate constitutes at least a part of a Faraday cage surrounding a manikin main board. - it comprises a plate comprising metal, for the conduction of heat generated by said electrical circuitry, away from said circuitry, - the said plate serving as a structural part, as it is connected, directly or indirectly, to at least one of the group consisting of thighs, pelvis, neck (head), and arms; - the said plate constitutes at least a part of a Faraday cage surrounding a manikin main board.
A method for determining a location of an earth fault, characterized by comprising: calculating a zero sequence component and a positive sequence component in a grid based on a distributed shunt capacitance; and determining a distance to a measuring point from an earth fault point based on a negative sequence component, the calculated zero sequence component and the calculated positive sequence component. calculating a zero sequence component and a positive sequence component in a grid based on a distributed shunt capacitance; and determining a distance to a measuring point from an earth fault point based on a negative sequence component, the calculated zero sequence component and the calculated positive sequence component.