mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a Fabry-Perot sensor comprising: - an optical waveguide with a first end adapted to receive a light source, and a second end opposite to the first end; - an optical cavity, adapted to said optical waveguide, with an entry arranged adjacent to said second end so as to receive an incident light beam from the optical waveguide, the optical cavity having an exit situated opposite to the entry, and closed by a deformable membrane, said method comprising for the fabrication of said deformable membrane the steps of: - adhering a liquid drop to said exit such that it provides a convex surface protruding outside the exit; - depositing said deformable membrane by a solid-on-liquid deposition technique on said convex surface, the method being characterised in that it comprises the step of - depositing a reflecting layer on said deformable membrane to the side away from said liquid drop. - an optical waveguide with a first end adapted to receive a light source, and a second end opposite to the first end; - an optical cavity, adapted to said optical waveguide, with an entry arranged adjacent to said second end so as to receive an incident light beam from the optical waveguide, the optical cavity having an exit situated opposite to the entry, and closed by a deformable membrane, - adhering a liquid drop to said exit such that it provides a convex surface protruding outside the exit; - depositing said deformable membrane by a solid-on-liquid deposition technique on said convex surface, the method being characterised in that it comprises the step of - depositing a reflecting layer on said deformable membrane to the side away from said liquid drop.
A method comprising: (a) subjecting an organic stream comprising at least one oxygenate to hydrotreatment, whereby a hydrotreatment product comprising ethylbenzene is produced, wherein the organic stream is a product of a process for the production of propylene oxide; and (b) separating an ethylbenzene product stream from the hydrotreatment product, to yield a residual stream, wherein the hydrotreatment is carried out in the presence of a hydrotreatment catalyst comprising molybdenum and further comprising nickel, cobalt, or a combination thereof and wherein the hydrotreatment catalyst is a sulfided catalyst and wherein the hydrotreatment is carried out at an inlet temperature in the range of from 150-300 °C and an outlet temperature of greater than or equal to 350 °C. (a) subjecting an organic stream comprising at least one oxygenate to hydrotreatment, whereby a hydrotreatment product comprising ethylbenzene is produced, wherein the organic stream is a product of a process for the production of propylene oxide; and (b) separating an ethylbenzene product stream from the hydrotreatment product, to yield a residual stream,
A surgical system, comprising: a primary construct comprising a rigid spinal fixation rod and first and second bone anchors configured to attach the spinal rod to first and second vertebrae; and a connector comprising: a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; characterised in that the surgical system further comprises a collar that is rotatable relative to the arms to move the arms towards one another, wherein the collar includes an interior thread engaged with an exterior thread of the arms, at least one of the interior and exterior threads being tapered. a primary construct comprising a rigid spinal fixation rod and first and second bone anchors configured to attach the spinal rod to first and second vertebrae; and a connector comprising: a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; a main body having at least one attachment point for attaching the connector to the primary construct; and first and second arms extending in a superior direction from the main body; characterised in that the surgical system further comprises a collar that is rotatable relative to the arms to move the arms towards one another, wherein the collar includes an interior thread engaged with an exterior thread of the arms, at least one of the interior and exterior threads being tapered.
A connector set comprising a plurality of connectors and a cap to be attached to the plurality of connectors when the plurality of connectors are reflow-mounted on an external substrate, wherein each one side end portion of the connectors and the cap is provided with a fitted portion and a fitting portion to be fitted in the fitted portion, wherein the fitted portion is a longitudinal hole provided in the connector, the fitting portion is a positioning longitudinal pin provided on the cap, wherein a round hole is provided on an opposite side to a side of the connector where the longitudinal hole is provided, and a positioning pin to be fitted in the round hole is provided on an opposite side to a side of the cap where the positioning longitudinal pin is provided; and wherein the fitted portion is sidewise open on an outside of the connectors so as to allow the fitting portion to move from one side end portion to the other side end portion opposite to the one side end portion due to thermal expansion caused by temperature conversion of reflow. each one side end portion of the connectors and the cap is provided with a fitted portion and a fitting portion to be fitted in the fitted portion, wherein the fitted portion is a longitudinal hole provided in the connector, the fitting portion is a positioning longitudinal pin provided on the cap, wherein a round hole is provided on an opposite side to a side of the connector where the longitudinal hole is provided, and a positioning pin to be fitted in the round hole is provided on an opposite side to a side of the cap where the positioning longitudinal pin is provided; and wherein the fitted portion is sidewise open on an outside of the connectors so as to allow the fitting portion to move from one side end portion to the other side end portion opposite to the one side end portion due to thermal expansion caused by temperature conversion of reflow.
A curable composition comprising a curable benzoxazine of the formula: where each R 1 is an alkyl or H; each R 2 is an H, an alkyl, an aryl or a benzoxazine group; y is 1 to 4 R aryl is derived from an aryl amine having a boiling point greater than 200°C; N-Bz represents a nitrogen-linked benzoxazine group, and z is 0 to 3; a curative selected from the group of a thiol compounds, amine compounds, and a combination thereof; and wherein the benzoxazine is further derived from a phenol having a boiling point greater than 200°C. each R 1 is an alkyl or H; each R 2 is an H, an alkyl, an aryl or a benzoxazine group; y is 1 to 4 R aryl is derived from an aryl amine having a boiling point greater than 200°C; N-Bz represents a nitrogen-linked benzoxazine group, and z is 0 to 3; a curative selected from the group of a thiol compounds, amine compounds, and a combination thereof; and wherein the benzoxazine is further derived from a phenol having a boiling point greater than 200°C.
A reversible chair, comprising two articulated portions (1, 2) with respect to a support, both articulated portions (1, 2) being able to be placed in a first position, wherein the articulated portion (1, 2) is in a substantially vertical position, and in a second position, wherein the articulated portion (1, 2) is in a substantially horizontal position, said chair further comprising two stop plates (4, 5), each of which is joined in rotation to one of the two articulated portions (1, 2), characterized in that said stop plates (4,5) are separated from each other when the two articulated portions (1, 2) are in the first position and are in contact with each other when one of the articulated portions (1, 2) is in the second position.
Forced-flow steam generator having a surrounding wall formed from steam generator pipes which are welded in a gas-tight fashion and traversable by flow in the vertical direction, wherein within the surrounding wall there is arranged a passage collector, by means of which the outlet side of a first plurality of steam generator pipes in parallel configuration is connected at the flow medium side to the inlet side of a second plurality of steam generator pipes in parallel configuration, in series configuration with and downstream of the first plurality, wherein the steam generator pipes arranged downstream of the passage collector have in each case one restrictor device; characterised in that the restrictor device is designed as a panel.
A switching system for an on-load tap changer, comprising: - a rotatable ring stack, wherein the rotatable ring stack is part of an internal Geneva mechanism, - a drive system, wherein the ring stack comprises: - a first current carrier ring and a second current carrier ring each of which is selectively electrically coupleable to one of a plurality of contact elements (111, 112) of the tap changer, and - a Geneva ring, wherein the drive system comprises a driving wheel, wherein - the driving wheel is mechanically coupleable with the Geneva ring, such that the Geneva ring is rotatable by the driving wheel, - the first and the second current carrier rings (131, 132) each are coupled with the Geneva ring such that a rotation of Geneva ring causes a joint rotation of the first and the second current carrier rings (131, 132). - a rotatable ring stack, wherein the rotatable ring stack is part of an internal Geneva mechanism, - a drive system, - a first current carrier ring and a second current carrier ring each of which is selectively electrically coupleable to one of a plurality of contact elements (111, 112) of the tap changer, and - a Geneva ring, wherein the drive system comprises a driving wheel, wherein wherein the drive system comprises a driving wheel, wherein - the driving wheel is mechanically coupleable with the Geneva ring, such that the Geneva ring is rotatable by the driving wheel, - the first and the second current carrier rings (131, 132) each are coupled with the Geneva ring such that a rotation of Geneva ring causes a joint rotation of the first and the second current carrier rings (131, 132).
A method performed by a first base station, the method comprising: receiving, by the first base station from a second base station, a request message indicating a small data transmission, SDT, procedure for transmission by a wireless device while the wireless device is in a radio resource control, RRC, inactive state or RRC idle state; sending, to the second base station, an indication that the first base station keeps a context of the wireless device; receiving, from the second base station, uplink data of the wireless device in the RRC inactive or RRC idle state; and sending, to the second base station and based on completion of the SDT procedure, a RRC release message for the wireless device. receiving, by the first base station from a second base station, a request message indicating a small data transmission, SDT, procedure for transmission by a wireless device while the wireless device is in a radio resource control, RRC, inactive state or RRC idle state; sending, to the second base station, an indication that the first base station keeps a context of the wireless device; receiving, from the second base station, uplink data of the wireless device in the RRC inactive or RRC idle state; and sending, to the second base station and based on completion of the SDT procedure, a RRC release message for the wireless device.
A device for treating, in particular shaping, hair, including: - a reservoir containing a product to be applied, this product being contained in fluid state in the reservoir, - two jaws (3, 4) moving relative to one another, able to assume a separated configuration for introducing a lock of hair between them and a close configuration for treating the lock of hair, the jaws (3, 4) being movable in this close configuration along the lock, - a member for applying cosmetic product, supported by one of said jaws, and suitable for coming into contact with the hair in the closed position, - a steam outlet on the other of said jaws, to expose the hair engaged in the device to steam, characterized in that the applicator member is made from a material able to release or diffuse the cosmetic product. - a reservoir containing a product to be applied, this product being contained in fluid state in the reservoir, - two jaws (3, 4) moving relative to one another, able to assume a separated configuration for introducing a lock of hair between them and a close configuration for treating the lock of hair, the jaws (3, 4) being movable in this close configuration along the lock, - a member for applying cosmetic product, supported by one of said jaws, and suitable for coming into contact with the hair in the closed position, - a steam outlet on the other of said jaws, to expose the hair engaged in the device to steam, characterized in that the applicator member is made from a material able to release or diffuse the cosmetic product.
Method for determining an adaptive model of an electron distribution in the Earth's atmosphere, which is used in order to correct time-of-flight measurements of signals that are transmitted by earth satellites for position determinations with signal receivers, comprising at least the following steps: a) determining local electron density data of provision sites, b) determining a local resolution accuracy as a function of a local density of provision sites, c) determining localizing basis functions for interpolation of the electron density distribution determined in step a) as a function of the resolution accuracy determined in step b), d) compiling the model of the electron density distribution with the data determined in step a) and the functions determined in step c); wherein local electron density data of stationary provision sites and of provision sites that are mobile along a path on the Earth's surface are determined in step a), characterized in that the mobile provision sites are arranged in or on motor vehicles and that by means of the adaptive model determined by the method, a constantly changing distribution of the provision sites due to the movement of the motor vehicles is taken into account through a dynamic redistribution of the basis functions. a) determining local electron density data of provision sites, b) determining a local resolution accuracy as a function of a local density of provision sites, c) determining localizing basis functions for interpolation of the electron density distribution determined in step a) as a function of the resolution accuracy determined in step b), d) compiling the model of the electron density distribution with the data determined in step a) and the functions determined in step c);
A subject information acquisition apparatus comprising: a light source arranged to be capable of generating light with a first wavelength and light with a second wavelength different from the first wavelength; an acoustic wave detection unit arranged to detect a photoacoustic wave generated by illuminating a subject with light and output a resultant detection signal; and a signal processing unit arranged to acquire subject information based on a first detection signal output by the acoustic wave detection unit when the subject is illuminated with the light with the first wavelength and a second detection signal output by the acoustic wave detection unit when the subject is illuminated with the light with the second wavelength, characterized in that the signal processing unit is arranged to set the first wavelength and the second wavelength based on an effective attenuation coefficient spectrum of the subject, such that an effective attenuation coefficient of the subject at the first wavelength is substantially equal to an effective attenuation coefficient of the subject at the second wavelength. a light source arranged to be capable of generating light with a first wavelength and light with a second wavelength different from the first wavelength; an acoustic wave detection unit arranged to detect a photoacoustic wave generated by illuminating a subject with light and output a resultant detection signal; and a signal processing unit arranged to acquire subject information based on a first detection signal output by the acoustic wave detection unit when the subject is illuminated with the light with the first wavelength and a second detection signal output by the acoustic wave detection unit when the subject is illuminated with the light with the second wavelength, characterized in that the signal processing unit is arranged to set the first wavelength and the second wavelength based on an effective attenuation coefficient spectrum of the subject, such that an effective attenuation coefficient of the subject at the first wavelength is substantially equal to an effective attenuation coefficient of the subject at the second wavelength.
Hairdryer comprising: - an electric motor comprising a stator, a rotor provided with rotor windings and rotating inside said stator around a main axis, a commutator fixed to, and rotating with, said rotor and electrically connected to said rotor windings, and a couple of brushes powerable by an electric current and abutting said commutator with a defined thrust force so as to reverse an electrical supply of said rotor windings; - at least one fan interposed between said electric motor and an air suction rear opening of said hairdryer and rotated about said main axis by said electric motor to generate at least one main airflow directed to an air outflow front opening of said hairdryer; - filtering means interposed between said fan and said commutator and said brushes and comprising a first casing defining a first chamber extending around a driving shaft and containing a filtering element for retaining powders and/or scraps of a material constituting said brushes and generated by consumption of said brushes abutting said commutator; characterized in that it comprises a second casing defining a second chamber adapted to contain said commutator and at least first ends of said brushes abutting said commutator and connected to said first chamber through at least a first passage opening of said first casing, the latter further comprising at least a second passage opening facing said fan, and said second casing comprising at least a third passage opening facing said stator, said passage openings (12, 13, 17) allowing the passage of a secondary airflow generated by said fan, having a direction opposite said main airflow, entering said second casing and leaving said first casing passing through said second chamber and said first chamber so as to convey said powders and/or scraps of material generated at said commutator into said filtering element. - an electric motor comprising a stator, a rotor provided with rotor windings and rotating inside said stator around a main axis, a commutator fixed to, and rotating with, said rotor and electrically connected to said rotor windings, and a couple of brushes powerable by an electric current and abutting said commutator with a defined thrust force so as to reverse an electrical supply of said rotor windings; - at least one fan interposed between said electric motor and an air suction rear opening of said hairdryer and rotated about said main axis by said electric motor to generate at least one main airflow directed to an air outflow front opening of said hairdryer; - filtering means interposed between said fan and said commutator and said brushes and comprising a first casing defining a first chamber extending around a driving shaft and containing a filtering element for retaining powders and/or scraps of a material constituting said brushes and generated by consumption of said brushes abutting said commutator;
A wireless charging device comprising: a first housing, which comprises a first surface facing a first direction and a second surface facing a second direction opposite to the first direction, and includes at least one hole, wherein the first housing is configured to safely mount an external device on the first surface; a second housing arranged along the second direction on the second surface of the first housing; a coil unit arranged between the first housing and the second housing, and configured to transmit power to an external device; a fan arranged adjacent to the coil unit and configured to rotate; and a shielding member arranged adjacent to the coil unit between the coil unit and the second housing; characterized in that the shielding member further comprises a plurality of holes superimposed over the coil unit. a first housing, which comprises a first surface facing a first direction and a second surface facing a second direction opposite to the first direction, and includes at least one hole, wherein the first housing is configured to safely mount an external device on the first surface; a second housing arranged along the second direction on the second surface of the first housing; a coil unit arranged between the first housing and the second housing, and configured to transmit power to an external device; a fan arranged adjacent to the coil unit and configured to rotate; and a shielding member arranged adjacent to the coil unit between the coil unit and the second housing; characterized in that the shielding member further comprises a plurality of holes superimposed over the coil unit.
A method for automatically processing blanks for forming packaging boxes, said method comprising the steps of: by means of a feeding conveyor feeding blank material in a feeding direction from a storage of blank material to a blank forming apparatus for cutting and creasing blank material into a custom sized blank; and by means of said blank forming apparatus cutting and creasing blank material into a custom sized blank having a rectangular bottom panel and rectangular corner, side (42, 43) and end panels (44, 45) wherein the step of cutting and creasing blank material into the custom sized blank is performed during feeding of said blank material in feeding direction through the blank forming apparatus; wherein the step of cutting and creasing blank material into a custom sized blank is performed such that by means of a cutting-out device of the blank forming apparatus comprising a pair of opposite cut-out knives (116, 117) cut-outs are provided between corner panels and adjoining side panels (42, 43) of the blank, wherein the cutting-out device is displaced from an inactive position to an active position synchronously with feeding of the blank material in feeding direction, and wherein the cutting-out device is displaced in a direction opposite the feeding direction from the active position to the inactive position at a higher speed than the feeding speed of the blank material. by means of a feeding conveyor feeding blank material in a feeding direction from a storage of blank material to a blank forming apparatus for cutting and creasing blank material into a custom sized blank; and by means of said blank forming apparatus cutting and creasing blank material into a custom sized blank having a rectangular bottom panel and rectangular corner, side (42, 43) and end panels (44, 45) wherein the step of cutting and creasing blank material into the custom sized blank is performed during feeding of said blank material in feeding direction through the blank forming apparatus; wherein the step of cutting and creasing blank material into a custom sized blank is performed such that by means of a cutting-out device of the blank forming apparatus comprising a pair of opposite cut-out knives (116, 117) cut-outs are provided between corner panels and adjoining side panels (42, 43) of the blank, wherein the cutting-out device is displaced from an inactive position to an active position synchronously with feeding of the blank material in feeding direction, and wherein the cutting-out device is displaced in a direction opposite the feeding direction from the active position to the inactive position at a higher speed than the feeding speed of the blank material.