mhurhangee/ep-ind-claims huggingface dataset:
Power capacitor for use in an RF power application capable of operating at at least 50 watts, the power capacitor comprising at least two RF electrodes (18, 19) separated by a capacitor dielectric comprising a solid dielectric material, characterised in that the relative permittivity of the capacitor dielectric is controllable by varying a DC bias voltage applied across at least a portion of the capacitor dielectric.
An optical filtering device, in particular for remote gas detection, comprising a member (22, 24, 26) including a tubular passage accommodating a plurality of reflective structures (34a, 34b, 34c, 34d),each carried by an inner face of the tubular passage, said structures (34a, 34b, 34c, 34d) being able to reflect infrared wavelengths, said structures (34a, 34b, 34c, 34d) being planar and elongated according to the axis of the tubular passage and disposed around this axis while each extending from a first end of the tubular passage intended to form an inlet of a radiative flux originating from an observed area of space up to a second end of the tubular passage opposite to the first end and intended to form a radiative flux outlet, wherein each of said structures (34a, 34b, 34c, 34d) comprises a face directed towards the inside of the tubular passage, the normal to each face being perpendicular to the axis of the tubular passage, said structures (34a, 34b, 34c, 34d) being arranged circumferentially one after another, characterised in that said reflective structures (34a, 34b, 34c, 34d) comprise means for filtering by absorption of different wavelength bands located in the infrared spectral band, and in that each of the reflective structures (34a, 34b, 34c, 34d) comprises a support carrying the filtering means formed by a surface plasmon structure.
A plant for the formation of lead-acid batteries, of the type comprising at least one tank supported by a frame and filled with water in which said batteries are immersed, a system for controlling and regulating the temperature of the water contained in said tank being provided for bringing said batteries to the correct temperature during the individual phases of their formation process, characterized in that said system comprises at least one reservoir of water to be sent to said tank, said reservoir being also mounted on said supporting frame of the tank and being provided with a coil for regulating the water temperature, said coil being mounted immersed into the water contained in said reservoir.
A medical device, comprising: an elongated body; a plurality of sensors conformally formed on the elongated body at a plurality of longitudinal positions along the elongated body, the plurality of sensors being configured to generate signals in accordance with detected energy from an imaging system; and characterized by the plurality of sensors comprising three or more sensors (110, 112, 114), the three or more sensors being spaced apart from adjacent sensors by a gap (A, B), each gap having a distance configured to assist in computing which sensor received a measured signal; and by a single electrical trace connecting to each of the plurality of sensors, the plurality of sensors being connected in parallel to form an array of sensors along the elongated body. an elongated body; a plurality of sensors conformally formed on the elongated body at a plurality of longitudinal positions along the elongated body, the plurality of sensors being configured to generate signals in accordance with detected energy from an imaging system; and characterized by the plurality of sensors comprising three or more sensors (110, 112, 114), the three or more sensors being spaced apart from adjacent sensors by a gap (A, B), each gap having a distance configured to assist in computing which sensor received a measured signal; and by a single electrical trace connecting to each of the plurality of sensors, the plurality of sensors being connected in parallel to form an array of sensors along the elongated body.
Device for guiding a laser beam along a target path, comprising: - a laser beam input module (2; 7; 10) that is designed to point an incident laser beam onto a pivotable beam guiding apparatus (4, 5, 6) which is downstream of the laser beam input module, the beam guiding apparatus (4, 5, 6) being arranged in order to project the laser beam onto the target path and comprising: - an optics that is pivotable in the direction of at least one pivot axis and - a tactile scanner, connected to the pivotable optics, which is designed to perform a tactile scan of the target path and to deflect the pivotable optics accordingly, characterised in that an intermediate focal point (3; 8) is formed in the beam path of the laser beam upstream of the pivotable optics, and in that the pivot axis of the pivotable optics extends through the intermediate focal point (3; 8). - a laser beam input module (2; 7; 10) that is designed to point an incident laser beam onto a pivotable beam guiding apparatus (4, 5, 6) which is downstream of the laser beam input module, the beam guiding apparatus (4, 5, 6) being arranged in order to project the laser beam onto the target path and comprising: - an optics that is pivotable in the direction of at least one pivot axis and - a tactile scanner, connected to the pivotable optics, which is designed to perform a tactile scan of the target path and to deflect the pivotable optics accordingly,
A paperboard carrier suitable for use in winding a material thereon, the carrier comprising: one or more strips of paperboard secured together to form a cylindrical elongate structure, the elongate structure defining an outer surface; an identifier printed on the outer surface in a predetermined region, wherein the identifier may be a name, a color, a symbol, a machine-readable code or any other suitable identifier; and a non-aqueous coating disposed on the outer surface on top of the identifier in a predetermined region, characterized in that the coating comprises a coating agent selected from the group consisting of a fluorourethane copolymer, a silicone resin and a fluoroalkyl acrylate copolymer emulsion and a solvent selected from the group consisting of acetone, methyl alcohol and isopropyl alcohol, wherein: the coating is not heat cured. one or more strips of paperboard secured together to form a cylindrical elongate structure, the elongate structure defining an outer surface; an identifier printed on the outer surface in a predetermined region, wherein the identifier may be a name, a color, a symbol, a machine-readable code or any other suitable identifier; and a non-aqueous coating disposed on the outer surface on top of the identifier in a predetermined region, characterized in that the coating comprises a coating agent selected from the group consisting of a fluorourethane copolymer, a silicone resin and a fluoroalkyl acrylate copolymer emulsion and a solvent selected from the group consisting of acetone, methyl alcohol and isopropyl alcohol,
A device for fastening suspended ceiling profile and adjusting the height of suspended ceiling comprises base ceiling mounts, fasteners of the ceiling profile, locking elements, fastening elements, connectors of the elements, wherein • the device has two branches, the length of both branches individually adjustable; • the walls of the ceiling profile fastener and the base ceiling fastener are perforated; • the ceiling profile fastener and the base ceiling fastener are fixed to one another through perforations by means of at least one locking element; • in the upper part of the base ceiling fastener is a mount for the base ceiling, with a bendable connection; characterized in that a branch comprises a U-profile fastener for the ceiling profile and a U-profile fastener for the base ceiling, which have different widths and can be inserted inside one another as a telescope; • in the lower part of the ceiling profile fastener is a connector with a bendable connection; • the upper part of the connector is joined with both branches of the device and the lower part of the connector is fastened to the ceiling profile. • the device has two branches, the length of both branches individually adjustable; • the walls of the ceiling profile fastener and the base ceiling fastener are perforated; • the ceiling profile fastener and the base ceiling fastener are fixed to one another through perforations by means of at least one locking element; • in the upper part of the base ceiling fastener is a mount for the base ceiling, with a bendable connection; characterized in that a branch comprises a U-profile fastener for the ceiling profile and a U-profile fastener for the base ceiling, which have different widths and can be inserted inside one another as a telescope; • in the lower part of the ceiling profile fastener is a connector with a bendable connection; • the upper part of the connector is joined with both branches of the device and the lower part of the connector is fastened to the ceiling profile.
A liquid discharge recording head comprising: a first recording element board including a first discharge aperture for discharging liquid; a second recording element board including a second discharge aperture, the second discharge aperture being smaller than the first discharge aperture; and a support member including a face, and supporting the first recording element board and the second recording element board on the face, wherein a first face in which the first discharge aperture is formed and a second face in which the second discharge aperture is formed are formed on the face of the support member such that the first face and the second face are parallel to the face of the support member, and wherein a distance from the face of the support member to the second face is longer than a distance from the face of the support member to the first face. a first recording element board including a first discharge aperture for discharging liquid; a second recording element board including a second discharge aperture, the second discharge aperture being smaller than the first discharge aperture; and a support member including a face, and supporting the first recording element board and the second recording element board on the face, wherein a first face in which the first discharge aperture is formed and a second face in which the second discharge aperture is formed are formed on the face of the support member such that the first face and the second face are parallel to the face of the support member, and wherein a distance from the face of the support member to the second face is longer than a distance from the face of the support member to the first face.
A system for measuring a radiation dose received by a patient, in real-time, in-vivo and at different locations along the length of a light guide, the system comprising: a) a light guide, which under the influence of ionizing radiation undergoes measurable and quantifiable physical changes; wherein the light guide is coated, over at least part of its length, with a coating comprising a first component acting as a place dependent spectral filter and a second component including at least one luminescent material, dispersed in a transparent matrix; b) a detector system which allows the recording and quantification of the signal emitted by the coated light guide; and c) a control unit which is adapted for calculating a dose of ionizing radiation previously or simultaneously received by the light guide on the basis of the filtered luminescence signal received or generated by said light guide. a) a light guide, which under the influence of ionizing radiation undergoes measurable and quantifiable physical changes; wherein the light guide is coated, over at least part of its length, with a coating comprising a first component acting as a place dependent spectral filter and a second component including at least one luminescent material, dispersed in a transparent matrix; b) a detector system which allows the recording and quantification of the signal emitted by the coated light guide; and c) a control unit which is adapted for calculating a dose of ionizing radiation previously or simultaneously received by the light guide on the basis of the filtered luminescence signal received or generated by said light guide.
A reactor comprising: a box-shaped inner case having sides surfaces (21, 22, 23) and wherein one side surface is an opening surface; an outer case enclosing the outer sides surfaces (21, 22, 23) except the opening surface of the inner case, refrigerant flow passages formed as gaps between the inner case and the outer case and provided with a refrigerant inlet and a refrigerant outlet; a coil placed in the inner case, terminals (4a, 4b) being arranged at the opening surface at both ends of the coil; and a core made of magnetic powder mixture resin that fills the inner case which embed the coil except the terminals (4a, 4b). a box-shaped inner case having sides surfaces (21, 22, 23) and wherein one side surface is an opening surface; an outer case enclosing the outer sides surfaces (21, 22, 23) except the opening surface of the inner case, refrigerant flow passages formed as gaps between the inner case and the outer case and provided with a refrigerant inlet and a refrigerant outlet; a coil placed in the inner case, terminals (4a, 4b) being arranged at the opening surface at both ends of the coil; and a core made of magnetic powder mixture resin that fills the inner case which embed the coil except the terminals (4a, 4b).
A communication device for handling a random access, RA, procedure when operating beamforming comprising a downlink, DL, beam with a serving cell, comprising: a storage device, for storing instructions of: determining a RA sequence according to a synchronization signal, SS, transmitted via the DL beam by the serving cell, wherein the communication device is configured to determine the RA sequence according to the SS, system information and a signal quality; transmitting the RA sequence on a RA resource to the serving cell; and receiving a RA response, RAR, in response to the RA sequence from the serving cell, wherein the RAR is scheduled by a DL control information, DCI, in a control resource; wherein the communication device is further configured to determine a carrier spacing for transmitting the RA sequence according to a higher layer signaling; wherein the communication device is further configured to receive the DCI according to a reference signal determined according to the SS; and a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device. determining a RA sequence according to a synchronization signal, SS, transmitted via the DL beam by the serving cell, wherein the communication device is configured to determine the RA sequence according to the SS, system information and a signal quality; transmitting the RA sequence on a RA resource to the serving cell; and receiving a RA response, RAR, in response to the RA sequence from the serving cell, wherein the RAR is scheduled by a DL control information, DCI, in a control resource; wherein the communication device is further configured to determine a carrier spacing for transmitting the RA sequence according to a higher layer signaling; wherein the communication device is further configured to receive the DCI according to a reference signal determined according to the SS; and a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device.
An apparatus for mobilization of the body comprising a receiving platform which is movable in relation to a fixed chassis (20, 22), and which is designed to support a subject who is to be treated in a standing position, the platform being connected to the chassis by a double pivot connection, and being driven in an oscillating movement in relation to an axis passing substantially through its centre by means of actuators (8, 9) which are each connected by a pivot connection to a single shaft connected to said platform, and extending perpendicularly with regard to the plane defined by said platform, said actuators having a substantially perpendicular direction in relation to one another, characterized: • in that said actuators (8, 9) are themselves articulated on the chassis; • in that the platform is articulated on a rigid upper frame or armature, defining a first substantially horizontal axis of articulation (A-A) constituting the first pivot connection of the double pivot connection, said upper frame itself being articulated on a rigid armature along a second substantially horizontal axis of articulation (B-B) perpendicular to said first axis of articulation, constituting the second pivot connection of the double pivot connection, said rigid armature being integral with the chassis (20, 22); • and in that the actuators (8, 9) are connected to the free end of said shaft by means of a cardan coupling (39, 40). • in that said actuators (8, 9) are themselves articulated on the chassis; • in that the platform is articulated on a rigid upper frame or armature, defining a first substantially horizontal axis of articulation (A-A) constituting the first pivot connection of the double pivot connection, said upper frame itself being articulated on a rigid armature along a second substantially horizontal axis of articulation (B-B) perpendicular to said first axis of articulation, constituting the second pivot connection of the double pivot connection, said rigid armature being integral with the chassis (20, 22); • and in that the actuators (8, 9) are connected to the free end of said shaft by means of a cardan coupling (39, 40).
A method for determining a reversible relation for converting a first loudness related value into a second loudness related value, wherein the reversible relation is an approximation of the actual relationship between the first and second loudness related values; the method comprising: determining a plurality of first loudness related values associated with a corresponding plurality of audio signals, wherein the plurality of first loudness related values is determined according to a first procedure; wherein the first procedure comprises processing the audio signal in accordance to human loudness perception; determining a plurality of second loudness related values associated with the corresponding plurality of audio signals, wherein the plurality of second loudness related values is determined according to a second procedure; wherein the plurality of second loudness related values is used for rendering the corresponding plurality of audio signals at a media player; providing a model for the reversible relation comprising one or more model parameters; and determining the model parameter by fitting the model to the plurality of first and second loudness related values using an error minimization scheme, thereby yielding the reversible relation. determining a plurality of first loudness related values associated with a corresponding plurality of audio signals, wherein the plurality of first loudness related values is determined according to a first procedure; wherein the first procedure comprises processing the audio signal in accordance to human loudness perception; determining a plurality of second loudness related values associated with the corresponding plurality of audio signals, wherein the plurality of second loudness related values is determined according to a second procedure; wherein the plurality of second loudness related values is used for rendering the corresponding plurality of audio signals at a media player; providing a model for the reversible relation comprising one or more model parameters; and determining the model parameter by fitting the model to the plurality of first and second loudness related values using an error minimization scheme, thereby yielding the reversible relation.
Printing system for printing cup-shaped hollow bodies, having a first printing machine which has a first machine frame on which a first switching star wheel is mounted such that it can rotate about a first switching star wheel axis and a first turret head is mounted such that it can rotate about a first turret axis aligned parallel to the first switching star wheel axis, the first turret head being assigned to a first printing unit and the first switching star wheel being designed to supply hollow bodies to the first turret head, and with a second printing machine which has a second machine frame, on which a second switching star wheel is mounted such that it can rotate about a second switching star wheel axis and a second turret head is mounted such that it can rotate about a second turret axis aligned parallel to the second switching star wheel axis, the second turret head being assigned to a second printing unit and the second switching star wheel being designed to supply hollow bodies to the second turret head, characterized in that the first printing machine and the second printing machine are held on a guide device which is designed for a movement of the first printing machine between an operating position opposite a conveying device associated with the guide device and a maintenance position away from the conveying device and for a movement of the second printing machine between an operating position opposite the conveying device and a maintenance position away from the conveying device, the guide device having a pivot joint for a pivotally movable mounting of the first printing machine and of the second printing machine about a common pivot axis aligned transversely to the first turret axis and to the second turret axis.
A resistant starch-rich starch which satisfies the requirements (a), (b), (c) and (d), below: (a) showing a resistant starch content, measured by the AOAC Official Method 2002.02 for measuring resistant starch, of 60% or more; (b) showing a molecular weight peak in the range from 6×10 3 or larger to 4×10 4 or smaller; (c) showing a molecular weight dispersion of 1.5 or larger to 6.0 or smaller; and (d) showing a gelatinization enthalpy, measured by differential scanning calorimetry over the range from 50°C to 130°C, of 10 J/g or smaller. (a) showing a resistant starch content, measured by the AOAC Official Method 2002.02 for measuring resistant starch, of 60% or more; (b) showing a molecular weight peak in the range from 6×10 3 or larger to 4×10 4 or smaller; (c) showing a molecular weight dispersion of 1.5 or larger to 6.0 or smaller; and (d) showing a gelatinization enthalpy, measured by differential scanning calorimetry over the range from 50°C to 130°C, of 10 J/g or smaller.