mhurhangee/patent-ind-claim-en huggingface dataset:
Co-axial insertion-type connector having an outer conductor , a centre conductor and an insulator which connects the outer conductor and centre conductor , the outer conductor having an axial surface for contact for electrically conductive contact with another co-axial insertion-type connector, characterised in that a radial shoulder is formed on the inner side of the outer conductor which serves as an axial stop and at the same time as the axial surface for contact of the outer conductor, wherein the axial surface for contact of the outer conductor is provided with one or more projections which taper to a point.
Method for determining a calibration specification for use with an NMR measuring device , the calibration specification specifying a functional relationship between an NMR measurement variable A, which can be determined using the NMR measuring device , of a material to be analysed and a humidity θ contained in the material to be analysed, characterized by at least the following method steps carried out by the NMR measuring device or on a computer: • providing a relaxation curve s(t,θ ref ) of the material having a known humidity θ ref ; • determining a relaxation time distribution ρ(θ ref ) from the relaxation curve s(t,θ ref ) provided; • determining an approximated relaxation time distribution ρ(θ i ) relating to at least one humidity θ i , with θ i < θ ref ; • reconstructing a relaxation curve s(t,θ i ) from the approximated relaxation time distribution ρ(θ i ); • determining an expected NMR measurement variable A i from the reconstructed relaxation curve s(t,θ i ) for the humidity θ i ; • determining the calibration specification as a function θ(A) describing the humidity θ as a function of the NMR measurement variable A. • providing a relaxation curve s(t,θ ref ) of the material having a known humidity θ ref ; • determining a relaxation time distribution ρ(θ ref ) from the relaxation curve s(t,θ ref ) provided; • determining an approximated relaxation time distribution ρ(θ i ) relating to at least one humidity θ i , with θ i < θ ref ; • reconstructing a relaxation curve s(t,θ i ) from the approximated relaxation time distribution ρ(θ i ); • determining an expected NMR measurement variable A i from the reconstructed relaxation curve s(t,θ i ) for the humidity θ i ; • determining the calibration specification as a function θ(A) describing the humidity θ as a function of the NMR measurement variable A.
Arrangement for inductive energy transmission for charging an energy store of a rail vehicle comprising at least one first induction element (92, 94, L01, L02) which is suitable for wirelessly transmitting energy to at least one second induction element (93, 95, L03, L04) and an inverter the AC voltage frequency of which can be controlled, wherein the inverter is suitable for providing an AC voltage with the AC voltage frequency to the at least one first induction element (92, 94, L01, L02) and a controller, which is suitable for controlling the AC voltage frequency of the inverter , and a measuring device , which is suitable for ascertaining a measurement value when wirelessly transmitting energy from the at least one first (92, 94, L01, L02) to the at least one second induction element (93, 95, L03, L04) and transmitting said measurement value to the controller, characterised in that the measuring device is suitable for measuring a power output value as the measurement value, and that the controller is suitable for adjusting down the AC voltage frequency of the inverter from an upper threshold until a previously specified power output value is set while energy is being transmitted and that the controller is suitable, in the case of excessively high currents, for limiting the currents by increasing the AC voltage frequency by means of immediately setting comparatively high frequencies, and that the first induction element is paired with a track for the rail traffic. an inverter the AC voltage frequency of which can be controlled, wherein the inverter is suitable for providing an AC voltage with the AC voltage frequency to the at least one first induction element (92, 94, L01, L02) and a controller, which is suitable for controlling the AC voltage frequency of the inverter , and a measuring device , which is suitable for ascertaining a measurement value when wirelessly transmitting energy from the at least one first (92, 94, L01, L02) to the at least one second induction element (93, 95, L03, L04) and transmitting said measurement value to the controller, characterised in that the measuring device is suitable for measuring a power output value as the measurement value, and that the controller is suitable for adjusting down the AC voltage frequency of the inverter from an upper threshold until a previously specified power output value is set while energy is being transmitted and that the controller is suitable, in the case of excessively high currents, for limiting the currents by increasing the AC voltage frequency by means of immediately setting comparatively high frequencies, and that the first induction element is paired with a track for the rail traffic.
A hair care device provided with an air outlet grill, said air outlet grill comprising a plurality of concentric and tilted flow guide surfaces arranged in circular or oval rings, wherein a cross section of the flow guide surfaces has a curved shape that diverges from an air flow direction, said cross section of the flow guide surfaces being taken with reference to an axial plane parallel to the air flow direction, characterized in that a cross section profile of at least one of the flow guide surfaces is airfoil shaped such that a thickness of the leading edge is smaller than a thickness of a trailing edge in the air flow direction, the leading edge of the flow guide surfaces being the edge that is first to contact the incoming airflow, and the trailing edge being the edge at which the airflow exits from the flow guide surface.
A method for manufacturing a brush head the method comprising the steps of: molding one or more tuft carriers , having at least one retention element , each retention element having an opening therethrough; positioning the retention elements of the tuft carriers in openings of a handling plate ; loading the plurality of retention elements into corresponding recesses of a base plate ; inserting a bristle tuft into the opening of each retention element ; bonding a proximal end of each bristle tuft together with at least a portion of a proximal side of each corresponding retention element to form a merged proximal end head portion that secures the bristle tufts and retention elements together as a merged tuft assemblies ; positioning a platen portion of a neck in relation to the merged tuft assemblies using a cavity in the base plate; and overmolding a matrix material in a portion of the cavity in the base plate to at least partially encompass the platen and the plurality of merged tuft assemblies. molding one or more tuft carriers , having at least one retention element , each retention element having an opening therethrough; positioning the retention elements of the tuft carriers in openings of a handling plate ; loading the plurality of retention elements into corresponding recesses of a base plate ; inserting a bristle tuft into the opening of each retention element ; bonding a proximal end of each bristle tuft together with at least a portion of a proximal side of each corresponding retention element to form a merged proximal end head portion that secures the bristle tufts and retention elements together as a merged tuft assemblies ; positioning a platen portion of a neck in relation to the merged tuft assemblies using a cavity in the base plate; and overmolding a matrix material in a portion of the cavity in the base plate to at least partially encompass the platen and the plurality of merged tuft assemblies.
A PAP system , comprising: a PAP device to generate a supply of pressurized air; a patient interface adapted to form a seal with the patient's face; and air delivery tubing to interconnect the patient interface and the PAP device , wherein the air delivery tubing includes two inlet tubes each adapted to pass along the patient's cheek region and above or below the ears, and over the crown of the patient's head; a cover that substantially encloses at least a portion of the PAP device , wherein the cover allows the PAP device to be carried by and/or supported on the crown and/or parietal portion of the patient's head, and characterized in that the cover substantially encloses a portion of the air delivery tubing and is formed in one piece with the air delivery tubing . a PAP device to generate a supply of pressurized air; a patient interface adapted to form a seal with the patient's face; and air delivery tubing to interconnect the patient interface and the PAP device , wherein the air delivery tubing includes two inlet tubes each adapted to pass along the patient's cheek region and above or below the ears, and over the crown of the patient's head; a cover that substantially encloses at least a portion of the PAP device , wherein the cover allows the PAP device to be carried by and/or supported on the crown and/or parietal portion of the patient's head, and characterized in that the cover substantially encloses a portion of the air delivery tubing and is formed in one piece with the air delivery tubing .
A medical system comprising: at least one processor programmed to: receive patient-specific data of a patient, the patient-specific data including image and/or map data; visually display at least some of the patient-specific data to a user of the medical system on a monitor ; and frequency modulate an aural signal to convey quantitative data to the user using the sense of sound, the signal being modulated based on the quantitative data, the frequency modulating including modulating a pitch of the aural signal by increasing or decreasing the pitch to convey the quantitative data as additional information regarding displayed images and/or maps that is not visually available to the user in order to facilitate navigation of a needle or shaft through displayed images and/or maps and/or intervention using displayed images and/or maps, and an aural device for conveying the aural signal to indicate, while navigating the needle or shaft, one of - a navigation property or a change in a navigation property, - potential obstacles in the path of the needle or shaft - proximity to adjacent anatomical structures. at least one processor programmed to: receive patient-specific data of a patient, the patient-specific data including image and/or map data; visually display at least some of the patient-specific data to a user of the medical system on a monitor ; and frequency modulate an aural signal to convey quantitative data to the user using the sense of sound, the signal being modulated based on the quantitative data, the frequency modulating including modulating a pitch of the aural signal by increasing or decreasing the pitch to convey the quantitative data as additional information regarding displayed images and/or maps that is not visually available to the user in order to facilitate navigation of a needle or shaft through displayed images and/or maps and/or intervention using displayed images and/or maps, and receive patient-specific data of a patient, the patient-specific data including image and/or map data; visually display at least some of the patient-specific data to a user of the medical system on a monitor ; and frequency modulate an aural signal to convey quantitative data to the user using the sense of sound, the signal being modulated based on the quantitative data, the frequency modulating including modulating a pitch of the aural signal by increasing or decreasing the pitch to convey the quantitative data as additional information regarding displayed images and/or maps that is not visually available to the user in order to facilitate navigation of a needle or shaft through displayed images and/or maps and/or intervention using displayed images and/or maps, and an aural device for conveying the aural signal to indicate, while navigating the needle or shaft, one of - a navigation property or a change in a navigation property, - potential obstacles in the path of the needle or shaft - proximity to adjacent anatomical structures. - a navigation property or a change in a navigation property, - potential obstacles in the path of the needle or shaft - proximity to adjacent anatomical structures.
A shield connector comprising a terminal ; a shield member for covering an outer periphery of the terminal ; and a substrate mounting surface provided on the shield member and adapted to be fixed to a surface of a substrate via solder , wherein the substrate mounting surface has a reference surface and a stepped surface that is formed by a convex portion protruding at a different height with respect to the reference surface of the substrate mounting surface , characterised in that the reference surface is provided with a positioning pin to be inserted in the height direction into a positioning pin insertion hole of the substrate , the reference surface is formed around the positioning pin and is a periphery of the positioning pin , and when the shield member is fixed to the substrate , the periphery of the positioning pin is formed as the most concave surface of the reference surface and the stepped surface . a shield member for covering an outer periphery of the terminal ; and a substrate mounting surface provided on the shield member and adapted to be fixed to a surface of a substrate via solder , wherein the substrate mounting surface has a reference surface and a stepped surface that is formed by a convex portion protruding at a different height with respect to the reference surface of the substrate mounting surface , characterised in that the reference surface is provided with a positioning pin to be inserted in the height direction into a positioning pin insertion hole of the substrate , the reference surface is formed around the positioning pin and is a periphery of the positioning pin , and when the shield member is fixed to the substrate , the periphery of the positioning pin is formed as the most concave surface of the reference surface and the stepped surface .
A handle for a razor, the handle comprising: • a main body ; • a pivoting head pivotally coupled with the main body about a pivot axis, the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and wherein the cover member comprises a face defining at least one exterior opening and the pivoting head comprises an interior compartment in fluid communication with the main body and the exterior opening, characterized in that the pivoting head further comprises at least one interior channel, and a pivot spring which is at least partially disposed in the interior channel, the pivot spring comprising a first coil spring and a second coil spring and a main bar portion that couples the first and second coil springs together, wherein the pivot spring is coupled with the pivoting head and interacts with the main body to bias the pivoting head about the pivot axis into a rest position. • a main body ; • a pivoting head pivotally coupled with the main body about a pivot axis, the pivoting head having a substantially trapezoidal prism shape and comprising a base member and a cover member that overlies the base member in a mating relationship; and
Method of manufacturing of a membrane with surface fiber structure, characterized in that the polymer membrane is inserted into the vacuum chamber equipped with magnetron sputtering system with cerium oxide target , in which the atmosphere of inert gas and O 2 in role of reactive gas is created, the plasma as ionized atmosphere is ignited which leads to simultaneous plasma etching of the membrane surface and deposition of cerium oxide onto the surface of etched membrane resulting in formation of fibers .
A signal reception apparatus , comprising: a first receiving unit configured to receive from a network device , a first signal containing first control information at a first time domain resource section based on an assumption that the network device uses a first transmission configuration indication, TCI, state; and a second receiving unit configured to receive from the network device , a second signal at a second time domain resource section based on an assumption that the network device uses a second transmission configuration indication state, a starting position of the second time domain resource section being determined according to a reference time domain resource section, the reference time domain resource section being related to the first control information and the reference time domain resource section being predefined or preconfigured; the signal reception apparatus being characterized in that the reference time domain resource section is a time domain resource unit at a last position in a control resource set where the first control information is located on a time axis. a first receiving unit configured to receive from a network device , a first signal containing first control information at a first time domain resource section based on an assumption that the network device uses a first transmission configuration indication, TCI, state; and a second receiving unit configured to receive from the network device , a second signal at a second time domain resource section based on an assumption that the network device uses a second transmission configuration indication state, a starting position of the second time domain resource section being determined according to a reference time domain resource section, the reference time domain resource section being related to the first control information and the reference time domain resource section being predefined or preconfigured; the signal reception apparatus being characterized in that the reference time domain resource section is a time domain resource unit at a last position in a control resource set where the first control information is located on a time axis.
A method for color buffer compression comprising: defining a minimal box around a tile's color values in the color space; splitting the minimal box into cells; for each cell, finding a minimal box of color values that fall into that cell; merging the smallest minimal box with a neighbor minimal box that gives the smallest volume compared to merging with any other neighbor minimal box and merging iteratively until the encoding cost falls below a threshold; determining a base color value for each non-empty cell; and encoding each value using the base color value. defining a minimal box around a tile's color values in the color space; splitting the minimal box into cells; for each cell, finding a minimal box of color values that fall into that cell; merging the smallest minimal box with a neighbor minimal box that gives the smallest volume compared to merging with any other neighbor minimal box and merging iteratively until the encoding cost falls below a threshold; determining a base color value for each non-empty cell; and encoding each value using the base color value.
An ultrasonic transducer, comprising: a transducer body comprising a first face and a second face disposed on an opposite side of the transducer body from the first face, wherein the transducer body comprises a piezoelectric material; a first transducer edge disposed on the transducer body ; and a second transducer edge disposed on the transducer body , wherein the first edge is disposed on the transducer body substantially opposite from the second edge, and wherein the first and second transducer edges intersect a perimeter of the transducer body, and wherein the first and second edge forms an angle no less than 3 degrees, wherein the first transducer edge and the second transducer edge are slanted, and the transducer body has a variable width defined between the slanted first transducer edge and second transducer edge , the ultrasonic transducer comprising at least one radial section . a transducer body comprising a first face and a second face disposed on an opposite side of the transducer body from the first face, wherein the transducer body comprises a piezoelectric material; a first transducer edge disposed on the transducer body ; and a second transducer edge disposed on the transducer body , wherein the first edge is disposed on the transducer body substantially opposite from the second edge, and wherein the first and second transducer edges intersect a perimeter of the transducer body, and wherein the first and second edge forms an angle no less than 3 degrees, wherein the first transducer edge and the second transducer edge are slanted, and the transducer body has a variable width defined between the slanted first transducer edge and second transducer edge , the ultrasonic transducer comprising at least one radial section .
A method for encoding a picture, the method characterized in comprising: receiving a picture; applying a parameterized transfer function to a luminance L of pixels of the picture to determine a resulting transformed signal V(L); encoding the resulting transformed signal V(L) in a bitstream; wherein the parameterized transfer function is equal to : V L = s L − b a n + c L − b a n + st + m and is adjusted according to the parameters a, b, s, n, c, t and m that model the parameterized transfer function and wherein the method further comprises encoding a flag in said bitstream to signal whether said parameters a, b, s, n, c, t and m are explicitly encoded in said bitstream or whether the parameters a, b, s, n, c, t and m are derived from an index value encoded in said bitstream and corresponding to a set of pre-defined values of parameters. receiving a picture; applying a parameterized transfer function to a luminance L of pixels of the picture to determine a resulting transformed signal V(L); encoding the resulting transformed signal V(L) in a bitstream; wherein the parameterized transfer function is equal to : V L = s L − b a n + c L − b a n + st + m and is adjusted according to the parameters a, b, s, n, c, t and m that model the parameterized transfer function and wherein the method further comprises encoding a flag in said bitstream to signal whether said parameters a, b, s, n, c, t and m are explicitly encoded in said bitstream or whether the parameters a, b, s, n, c, t and m are derived from an index value encoded in said bitstream and corresponding to a set of pre-defined values of parameters.
A solar cell (1a; 1b) comprising a stack of porous layers (3 - 6), a support substrate for supporting the stack, and a charge conducting medium penetrating through the stack, wherein the stack comprises: - a porous light-absorbing layer , - a porous first conductive layer including conductive material for extracting photo-generated electrons from the light-absorbing layer, - a porous counter electrode including conductive material, and - a separating layer made of porous electrically insulating material and arranged between the first conductive layer and the counter electrode , and where the first conductive layer is arranged closer to the light-absorbing layer than the counter electrode , characterized in that the stack of porous layers (3-6) is arranged on top of the support substrate, the support substrate is porous, and the charge conducting medium is penetrating through the support substrate . - a porous light-absorbing layer , - a porous first conductive layer including conductive material for extracting photo-generated electrons from the light-absorbing layer, - a porous counter electrode including conductive material, and - a separating layer made of porous electrically insulating material and arranged between the first conductive layer and the counter electrode , and where the first conductive layer is arranged closer to the light-absorbing layer than the counter electrode ,