mhurhangee/ep-ind-claims huggingface dataset:
A device for laser cutting a part and for collecting the elements produced by the cutting, comprising: - a power laser able to cut the part, comprising a laser irradiation head able to emit a laser beam and an expulsion air flow and - a chamber for capturing the elements produced by the cutting removably connected to the laser irradiation head, said chamber comprising a) a recessed part comprising an exhaust and b) a blowing nozzle able to emit a compressed air flow in the direction of the exhaust of the recessed part characterized in that the capture chamber is removably connected to the laser irradiation head so as to be disposed on the side of the part to be cut opposite to the one on which the laser beam is intended to be applied, so as to be when using the device, disposed at a distance comprised between 10 mm and 100 mm relative to the side of the part to be cut opposite to the one on which the laser beam is intended to be applied. - a power laser able to cut the part, comprising a laser irradiation head able to emit a laser beam and an expulsion air flow and - a chamber for capturing the elements produced by the cutting removably connected to the laser irradiation head, said chamber comprising a) a recessed part comprising an exhaust and b) a blowing nozzle able to emit a compressed air flow in the direction of the exhaust of the recessed part characterized in that the capture chamber is removably connected to the laser irradiation head so as to be disposed on the side of the part to be cut opposite to the one on which the laser beam is intended to be applied, so as to be when using the device, disposed at a distance comprised between 10 mm and 100 mm relative to the side of the part to be cut opposite to the one on which the laser beam is intended to be applied.
A heat transfer panel, comprising: a substrate defining an array of interconnecting surface channels dimensioned to receive a flexible fluid-conveying pipe; and an adjacent layer of conductive material overlying said substrate and having fissures which define a first tessellated pattern to facilitate dividing of said adjacent layer of conductive material to allow insertion of said flexible fluid-conveying pipe into said surface channels, wherein said first tessellated pattern has a width which is no wider than a width of said surface channels. a substrate defining an array of interconnecting surface channels dimensioned to receive a flexible fluid-conveying pipe; and an adjacent layer of conductive material overlying said substrate and having fissures which define a first tessellated pattern to facilitate dividing of said adjacent layer of conductive material to allow insertion of said flexible fluid-conveying pipe into said surface channels, wherein said first tessellated pattern has a width which is no wider than a width of said surface channels.
A method of expanding an audio signal comprising: receiving an audio signal; and expanding the audio signal to an expanded dynamic range through an expansion process comprising: dividing the received audio signal into a plurality of time-segments using a defined window shape, calculating a wideband gain for each time-segment in the frequency domain using a non-energy based average of a frequency domain representation of the audio signal, and applying individual gain values to each time-segment to obtain the expanded dynamic range audio signal, wherein the application of the individual gain values amplifies segments of relatively high intensity and attenuates segments of relatively low intensity. receiving an audio signal; and expanding the audio signal to an expanded dynamic range through an expansion process comprising: dividing the received audio signal into a plurality of time-segments using a defined window shape, calculating a wideband gain for each time-segment in the frequency domain using a non-energy based average of a frequency domain representation of the audio signal, and applying individual gain values to each time-segment to obtain the expanded dynamic range audio signal, wherein the application of the individual gain values amplifies segments of relatively high intensity and attenuates segments of relatively low intensity.
Valve top having a head piece for screwing into the housing of a sanitary fitting, which is axially penetrated by a control piston, via which a valve cone can be axially actuated, wherein a control cap is arranged, which can be moved along the head piece and via which the control piston can be actuated, wherein in the lateral surface of the head piece, a cam track having at least two arresting positions is externally inserted, in which at least one guide pin arranged at the control cap engages, characterised in that the valve cone is connected to a valve piston axially displaceably arranged within a second cylinder chamber, which has a first cylinder chamber on its side facing away from the valve cone, into which the control piston can be moved by displacement of a fluid volume present in the first cylinder chamber, by which volume displacement an overpressure is formed in the first cylinder chamber, whereby the valve piston is movable.
Device for cutting the profile of a tyre tread in a tyre tread profiled element made of a raw rubber mixture, and before cutting this profiled element into various sections intended for the fabrication of tyre treads of various tyres, characterized in that it comprises a frame supporting a cutting assembly and travel means making it possible for said profiled element to be cut to travel in front of said cutting assembly, said cutting assembly comprising at least one cutter for cutting a longitudinal groove in the outer face of said profiled element and means for inducing vibration in said cutter in a transverse direction perpendicular to the direction of travel (X-X') of said profiled element, and the cutting assembly comprising a support plate below which said cutter(s) is or are fixed, this support plate being arranged horizontally or in a tangent plane opposite the upper face of the profiled element in such a way that the cutter(s) can cut a longitudinal groove therein, and being mounted at its two lateral ends on two vertical lateral spring blades, each spring blade having a lower end fastened to said frame and an upper end fastened to said support plate, in such a way that said support plate can move back and forth in a transverse direction perpendicular to the direction of travel (X-X') of said profiled element, under the action of said vibration-inducing means.
A process for preparing a 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl carboxylate compound of the following general formula: wherein R represents a monovalent hydrocarbon group having 1 to 9 carbon atoms, the process comprising: esterifying a 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl compound of the following general formula: wherein X represents a hydroxyl group or a halogen atom, to form the 2-(1,2,2-trimethyl-3-cyclopentenyl)-2-oxoethyl carboxylate compound.
A monomer mixture containing at least: a compound represented by Formulas (a-1) and/or (a-2): a compound comprising two epoxy groups per molecule, a compound comprising three or more-epoxy groups per molecule, and a compound represented by Formula (c-1): wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture. a compound represented by Formulas (a-1) and/or (a-2): a compound comprising two epoxy groups per molecule, a compound comprising three or more-epoxy groups per molecule, and a compound represented by Formula (c-1): wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture. wherein a total content of the compound represented by Formula (a-1) and the compound represented by Formula (a-2) is from 1 to 20 wt.% of a total amount of the monomer mixture; a ratio of contents of the compound /the compound is from 0.1 to 3.0; and a content of the compound represented by Formula (c-1) is from 5 to 95 wt.% of the total amount of the monomer mixture.
Multifunctional textile sensor, applied to a textile structure, comprising: - a knitted self-capacitive sensor; - printed conductive tracks; - knitted conductive yarns; - printed self-capacitive sensors; - printed electroluminescent device; - a polymeric membrane, between the textile structure and the printed conductive tracks, printed self-capacitive sensors and the printed electroluminescent device; - a printed grounded conductive element, between the electroluminescent device and the printed self-capacitive sensors. - a knitted self-capacitive sensor; - printed conductive tracks; - knitted conductive yarns; - printed self-capacitive sensors; - printed electroluminescent device; - a polymeric membrane, between the textile structure and the printed conductive tracks, printed self-capacitive sensors and the printed electroluminescent device; - a printed grounded conductive element, between the electroluminescent device and the printed self-capacitive sensors.
A compound of formula, or a pharmaceutically acceptable salt, a tautomer, a stereoisomer, an N-oxide, a hydrate, or a solvate thereof, wherein the compound is selected from:
A district heating consumer installation that is connectable to a district heating grid and comprising at least one heat consumer which can be supplied with heat from the district heating grid, comprising a connector through which the district heating consumer installation is connectable to a district heating return line of the district heating grid to extract heat from the district heating return line for supply of the at least one heat consumer, and comprising a return line delivery station for extracting heat from the district heating return line through the return line delivery station, characterised in that the return line delivery station comprises a heat metre to determine the heat extracted from the district heating grid.
A process for the transalkylation of polycyclohexylbenzenes, the process comprising contacting a feed containing at least one polycyclohexylbenzene with benzene under transalkylation conditions with a transalkylation catalyst comprising a zeolite USY having a silica to alumina molar ratio in excess of 10 to convert at least part of said polycyclohexylbenzene to cyclohexylbenzene.
A laryngoscope for carrying out an internal examination of a patient and for assisting intubation of a tracheal tube, comprising a body portion and a disposable blade portion, the blade portion comprising an at least partially rigid probe means having a spatulate shape, the rigid probe means is at least partially transparent, and the laryngoscope further comprises a camera and light source, characterised in that: the rigid probe means has a channel running partially through it, and the camera and the light source are provided inside the channel; and a part of the transparent section of the rigid probe means forms a lens for use with the camera, the channel is such that, in use, the camera will not come into contact with the patient, and wherein a strengthening element is provided in the channel. the rigid probe means has a channel running partially through it, and the camera and the light source are provided inside the channel; and a part of the transparent section of the rigid probe means forms a lens for use with the camera, the channel is such that, in use, the camera will not come into contact with the patient, and wherein a strengthening element is provided in the channel.
An injection moulding tool having at least one cavity for producing thin-walled, container-like injection-moulded articles, particularly cups, tubes, tube heads, small tubes, bottle blanks or syringes, comprising a die holding plate, which has at least one cavity-forming die; a core-holding plate, which has at least one core unit with cavity-forming core; at least one stripping ring for stripping the injection-moulded article from at least one core, wherein the at least one stripping ring is arranged between core-holding plate and die holding plate; and at least one adjustable core-centring device for the fine alignment of the at least one core in the at least one die, characterized in that the stripping ring is held in a floating manner in a stripping plate, which is arranged between die holding plate and core-holding plate; and in that the at least one adjustable core-centring device is arranged between core unit and core-holding plate.
Apparatus for keeping packages containing smoking articles ready for sale and/or for temporarily displaying the packages to a customer, the apparatus comprising: a rack carrying a plurality of receptacles each adapted to contain a predefined number of the packages in such a manner that the packages can be taken out from the respective receptacle one after the other; a cabinet being adapted to house the rack and having an access aperture to access the rack, the receptacles and the packages therein; the rack being mounted within the cabinet so as to be rotatable about an axis of rotation at least in a first direction of rotation; characterized in that the rack and the cabinet are arranged in such a manner that, in an initial angular position of the rack none of the receptacles is accessible from an outside of the cabinet through the access aperture for taking out a package from any receptacle, and in such a manner that an accessible subset of the receptacles is accessible only after rotation of the rack in the first direction of rotation to a delivery angular position or to one of several delivery angular positions of the rack, the accessible subset being dependent on the angular position (α) of the rack with respect to the cabinet. a rack carrying a plurality of receptacles each adapted to contain a predefined number of the packages in such a manner that the packages can be taken out from the respective receptacle one after the other; a cabinet being adapted to house the rack and having an access aperture to access the rack, the receptacles and the packages therein; the rack being mounted within the cabinet so as to be rotatable about an axis of rotation at least in a first direction of rotation; characterized in that the rack and the cabinet are arranged in such a manner that, in an initial angular position of the rack none of the receptacles is accessible from an outside of the cabinet through the access aperture for taking out a package from any receptacle, and in such a manner that an accessible subset of the receptacles is accessible only after rotation of the rack in the first direction of rotation to a delivery angular position or to one of several delivery angular positions of the rack, the accessible subset being dependent on the angular position (α) of the rack with respect to the cabinet.
A method for making an aluminum alloy rolled article, comprising: providing a molten aluminum alloy composition; continuously casting the molten aluminum alloy composition to form an aluminum alloy cast product; homogenizing the aluminum alloy cast product to form a homogenized aluminum alloy cast product, wherein homogenizing the aluminum alloy cast product includes controlling a homogenization temperature of the aluminum alloy cast product after exiting from a continuous caster, wherein the homogenization temperature is between 400 °C and 600 °C; rolling the homogenized aluminum alloy cast product to form an aluminum alloy rolled article having a thickness of between 0.01 mm and 7 mm, wherein the rolling is carried out at a temperature of between 300 °C and 550 °C; and following the rolling, subjecting the aluminum alloy rolled article to quenching. providing a molten aluminum alloy composition; continuously casting the molten aluminum alloy composition to form an aluminum alloy cast product; homogenizing the aluminum alloy cast product to form a homogenized aluminum alloy cast product, wherein homogenizing the aluminum alloy cast product includes controlling a homogenization temperature of the aluminum alloy cast product after exiting from a continuous caster, wherein the homogenization temperature is between 400 °C and 600 °C; rolling the homogenized aluminum alloy cast product to form an aluminum alloy rolled article having a thickness of between 0.01 mm and 7 mm, wherein the rolling is carried out at a temperature of between 300 °C and 550 °C; and following the rolling, subjecting the aluminum alloy rolled article to quenching.
An apparatus for rehabilitating a muscle associated with local segmental control of the spine, the apparatus comprising: one or more implantable electrodes configured to be positioned in or adjacent to tissue and configured to stimulate the tissue at a stimulation frequency and at a level and duration sufficient to cause the muscle associated with local segmental control of the spine to contract; one or more implantable sensors configured to sense the muscle contraction and to generate a sensor signal based on the muscle contraction; an implantable pulse generator operatively coupled to the one or more implantable electrodes, the implantable pulse generator having a controller configured to receive the sensor signal, characterized in that the controller is configured to automatically adjust the stimulation frequency based on the sensor signal to or above a measured fusion frequency and to cause the one or more implantable electrodes to stimulate the tissue at or above the measured fusion frequency so as to induce smooth continuous contraction of the muscle associated with local segmental control of the spine, the controller further configured to automatically adjust the stimulation frequency over a course of a therapy to reflect changes in the measured fusion frequency resulting from prior therapeutic stimulation sessions. one or more implantable electrodes configured to be positioned in or adjacent to tissue and configured to stimulate the tissue at a stimulation frequency and at a level and duration sufficient to cause the muscle associated with local segmental control of the spine to contract; one or more implantable sensors configured to sense the muscle contraction and to generate a sensor signal based on the muscle contraction; an implantable pulse generator operatively coupled to the one or more implantable electrodes, the implantable pulse generator having a controller configured to receive the sensor signal, characterized in that the controller is configured to automatically adjust the stimulation frequency based on the sensor signal to or above a measured fusion frequency and to cause the one or more implantable electrodes to stimulate the tissue at or above the measured fusion frequency so as to induce smooth continuous contraction of the muscle associated with local segmental control of the spine, the controller further configured to automatically adjust the stimulation frequency over a course of a therapy to reflect changes in the measured fusion frequency resulting from prior therapeutic stimulation sessions.
A pneumatic tire comprising a tread having a rib that extends in a circumferential direction, the rib formed by at least two grooves being formed, wherein the rib has a land surface which is brought into contact with a road surface, and a pair of wall surfaces that extend from a base portion of the rib toward the land surface, among the pair of wall surfaces, a wall surface located on an inner side in a vehicle width direction in a state where the tire is mounted to a vehicle is an inside wall surface, and a wall surface located on an outer side in the vehicle width direction in a state where the tire is mounted to the vehicle is an outside wall surface, the base portion is a portion between a bottom surface of the groove on the inside wall surface side and a bottom surface of the groove on the outside wall surface side, a contour of the inside wall surface and a contour of the outside wall surface are each represented as a smooth line that includes a curved line, and the base portion is disposed on an inner side relative to the land surface in the vehicle width direction in a state where the tire is mounted to a vehicle, characterized in that a distance (a) from a first normal line that is normal to the land surface at an intersection of the land surface and the inside wall surface to a first normal line that is normal to a bottom surface of a groove on the outside wall surface side at an intersection of the outside wall surface and the bottom surface is less than a width (b, c) of each of the land surface and the base portion.
A method for the continuous production of a filter rod for smoking articles, said method comprising providing a belt conveyor system (1, 2) for advancing a rod of filter material along a forming path, wherein said belt conveyor system comprises at least one endless belt having an upper conveying run for conveying the filter rod, wherein said belt conveyor system comprises at least two separate conveyor belts (1, 2), having respective upper conveying runs arranged one downstream of the other along said forming path, and wherein in the transition area between the upper runs of said at least two separate conveyor belts (1, 2), an operation is carried out that modifies the configuration and/or structure of the filter rod, such as shaping of the filter rod cross-section and/or embossing and/or marking of the surface of the filter rod and/or supplying filter material to form an outer layer of the filter rod and/or shaping a wrapping sheet of the filter rod; characterized in that the speeds of movement of said conveyor belts (1, 2) are controlled according to a predetermined ratio, said predetermined ratio being selected so as to obtain a controlled axial stretching effect or a controlled axial compacting effect on the material of the filter rod as a result of the transition from one conveyor belt to the other, so as to influence the characteristics of the produced filter rod in the required manner. providing a belt conveyor system (1, 2) for advancing a rod of filter material along a forming path, wherein said belt conveyor system comprises at least one endless belt having an upper conveying run for conveying the filter rod, wherein said belt conveyor system comprises at least two separate conveyor belts (1, 2), having respective upper conveying runs arranged one downstream of the other along said forming path, and wherein in the transition area between the upper runs of said at least two separate conveyor belts (1, 2), an operation is carried out that modifies the configuration and/or structure of the filter rod, such as shaping of the filter rod cross-section and/or embossing and/or marking of the surface of the filter rod and/or supplying filter material to form an outer layer of the filter rod and/or shaping a wrapping sheet of the filter rod; characterized in that the speeds of movement of said conveyor belts (1, 2) are controlled according to a predetermined ratio, said predetermined ratio being selected so as to obtain a controlled axial stretching effect or a controlled axial compacting effect on the material of the filter rod as a result of the transition from one conveyor belt to the other, so as to influence the characteristics of the produced filter rod in the required manner.