mhurhangee/ep-ind-claims huggingface dataset:
An architectural decoration panel dry-hang structure free in mounting-dismounting and flexible in size combination, wherein the structure comprises an architectural decoration panel component, a vertical keel frame fixed on a wall surface, a transverse skeleton nut disposed inside a mounting groove in the vertical keel frame, and a transverse skeleton located on the outside of the vertical keel frame, wherein a transverse skeleton screw is screwed into the transverse skeleton nut after traversing the transverse skeleton, characterized in that the transverse skeleton nut is of a rectangle shape and has two opposite curved angles, wherein the curved angles of the transverse skeleton nut lean against the side wall of the vertical keel frame mounting groove, a coupling assembly disposed at the back of the architectural decoration panel component is inserted in a transverse skeleton mounting groove provided in the transverse skeleton so that the architectural decoration panel component is hung on the transverse skeleton, the architectural decoration panel component comprises an architectural decoration panel, a composite material backing layer adhered to the architectural decoration panel, wherein the coupling assembly is fixed in the composite material backing layer, the composite material backing layer being provided with a mounting groove which has two parallel mounting faces, the coupling assembly having two parallel mounting faces tightly inserted in the mounting groove in the backing layer so that the coupling assembly is fixed on the composite material backing layer.
An optical filter (400, 630), comprising: a substrate; a set of optical filter layers disposed onto the substrate, the set of optical filter layers including: a first subset of optical filter layers, the first subset of optical filter layers comprising silicon-germanium, SiGe, with a first refractive index, and a second subset of optical filter layers, the second subset of optical filter layers comprising a material with a second refractive index, the second refractive index being less than the first refractive index characterised in that the first subset of layers is hydrogenated and/or nitrogenated. a substrate; a set of optical filter layers disposed onto the substrate, the set of optical filter layers including: a first subset of optical filter layers, the first subset of optical filter layers comprising silicon-germanium, SiGe, with a first refractive index, and a second subset of optical filter layers, the second subset of optical filter layers comprising a material with a second refractive index, the second refractive index being less than the first refractive index a first subset of optical filter layers, the first subset of optical filter layers comprising silicon-germanium, SiGe, with a first refractive index, and a second subset of optical filter layers, the second subset of optical filter layers comprising a material with a second refractive index, the second refractive index being less than the first refractive index
A method of controlling transmission from a user equipment, UE, supporting multiple sidelink processes in a wireless communication system, the method comprising: allocating transmission resources to a plurality of sidelink processes having data available for transmission based on priorities of the plurality of sidelink processes, wherein the plurality of sidelink processes include a first sidelink process having a first priority; and controlling transmission related to the allocated transmission resources, characterized in that a sum of resources utilizations for the sidelink processes having equal or lower priority than a priority level of the first priority is constrained to be equal to or less than a threshold corresponding to the priority level of the first priority, wherein the threshold corresponding to the priority level of the first priority is determined based on a channel busy ratio, CBR, measured by the terminal. allocating transmission resources to a plurality of sidelink processes having data available for transmission based on priorities of the plurality of sidelink processes, wherein the plurality of sidelink processes include a first sidelink process having a first priority; and controlling transmission related to the allocated transmission resources, characterized in that a sum of resources utilizations for the sidelink processes having equal or lower priority than a priority level of the first priority is constrained to be equal to or less than a threshold corresponding to the priority level of the first priority, wherein the threshold corresponding to the priority level of the first priority is determined based on a channel busy ratio, CBR, measured by the terminal.
A method for forming a fin-shaped field effect transistor, FinFET, the method comprising: forming a shallow trench isolation, STI, layer on a substrate; forming first and second dummy gates on the STI layer; forming an interlayer dielectric, ILD, layer on the STI layer, the ILD layer corresponding to a gate cut region and separating the first and second dummy gates; forming a first mask on the first and second dummy gates and on the ILD layer, the first mask having a trench corresponding to an isolation cut region and exposing the first and second dummy gates and the ILD layer, the isolation cut region being a region of an isolation cut mask, and the gate cut region intersecting the isolation cut region; forming a second mask on the first mask and on the ILD layer exposed by the trench; removing the first and second dummy gates; removing the first and second masks such that the ILD layer remains on the STI layer; and filling regions left by the removed first and second dummy gates. forming a shallow trench isolation, STI, layer on a substrate; forming first and second dummy gates on the STI layer; forming an interlayer dielectric, ILD, layer on the STI layer, the ILD layer corresponding to a gate cut region and separating the first and second dummy gates; forming a first mask on the first and second dummy gates and on the ILD layer, the first mask having a trench corresponding to an isolation cut region and exposing the first and second dummy gates and the ILD layer, the isolation cut region being a region of an isolation cut mask, and the gate cut region intersecting the isolation cut region; forming a second mask on the first mask and on the ILD layer exposed by the trench; removing the first and second dummy gates; removing the first and second masks such that the ILD layer remains on the STI layer; and filling regions left by the removed first and second dummy gates.
A floor of a railway vehicle, comprising: - a support, - a removable module removable from the support, the support defining a removable module receiving space in which the removable module is received, the removable module being attached to the support and comprising a frame delimiting an internal volume, a cover integral with the frame and closing the internal volume, at least one electrical cable and at least one pneumatic line for transporting a fluid being arranged in the internal volume, the cover defining an upper surface for forming at least part of a platform of the rail vehicle. - a support, - a removable module removable from the support, the support defining a removable module receiving space in which the removable module is received, the removable module being attached to the support and comprising a frame delimiting an internal volume, a cover integral with the frame and closing the internal volume, at least one electrical cable and at least one pneumatic line for transporting a fluid being arranged in the internal volume, the cover defining an upper surface for forming at least part of a platform of the rail vehicle. the removable module being attached to the support and comprising a frame delimiting an internal volume, a cover integral with the frame and closing the internal volume, at least one electrical cable and at least one pneumatic line for transporting a fluid being arranged in the internal volume, the cover defining an upper surface for forming at least part of a platform of the rail vehicle.
An ultrasonic surgical instrument comprising: an ultrasonic transducer; an ultrasonic transmission waveguide acoustically coupled to the ultrasonic transducer; and an ultrasonic surgical blade integrally formed with the ultrasonic transmission waveguide, wherein the ultrasonic transmission waveguide has a tapered width that decreases from a maximum at the acoustic coupling with the ultrasonic transducer to a minimum at a transition to the ultrasonic surgical blade, wherein the ultrasonic surgical blade comprises: a body portion acoustically coupled to the ultrasonic transmission waveguide; a bent portion forming a tissue-engaging surface; and a folded portion forming a gap between the body portion and the folded portion, wherein the ultrasonic surgical blade comprises a U-shaped cross-section transverse to a central waveguide axis. an ultrasonic transducer; an ultrasonic transmission waveguide acoustically coupled to the ultrasonic transducer; and an ultrasonic surgical blade integrally formed with the ultrasonic transmission waveguide, wherein the ultrasonic transmission waveguide has a tapered width that decreases from a maximum at the acoustic coupling with the ultrasonic transducer to a minimum at a transition to the ultrasonic surgical blade, wherein the ultrasonic surgical blade comprises: a body portion acoustically coupled to the ultrasonic transmission waveguide; a bent portion forming a tissue-engaging surface; and a folded portion forming a gap between the body portion and the folded portion, wherein the ultrasonic surgical blade comprises a U-shaped cross-section transverse to a central waveguide axis. a body portion acoustically coupled to the ultrasonic transmission waveguide; a bent portion forming a tissue-engaging surface; and a folded portion forming a gap between the body portion and the folded portion, wherein the ultrasonic surgical blade comprises a U-shaped cross-section transverse to a central waveguide axis.
A preparation for oxidatively changing the color of keratin fibers, containing, in a cosmetically acceptable carrier, (a) at least one color-changing agent and (b) the soap potassium oleate in a proportion of from 1.5 to 4.0 wt.%, based on the total weight of the preparation, (c) additionally cocamide MEA as a non-ionic surfactant in a proportion of from 0.6 to 2.5 wt.%, based on the total weight of the preparation, potassium oleate and cocamide MEA being contained in a weight ratio of from 4.0/1 to 1.2/1, characterized in that the preparation additionally contains at least one additional non-ionic surfactant, selected from alkyl polyglucosides and/or alkoxylated fatty acid esters. (a) at least one color-changing agent and (b) the soap potassium oleate in a proportion of from 1.5 to 4.0 wt.%, based on the total weight of the preparation, (c) additionally cocamide MEA as a non-ionic surfactant in a proportion of from 0.6 to 2.5 wt.%, based on the total weight of the preparation,
A semi-manufactured power semiconductor module, comprising: a substrate for bonding at least one power semiconductor chip; a first leadframe bonded to the substrate and providing power terminals; a second leadframe bonded to the substrate and providing auxiliary terminals; wherein the first leadframe and/or the second leadframe comprise an interlocking element adapted for aligning the first leadframe and the second leadframe with respect to each other and/or with respect to a mold for molding an encapsulation around the substrate, the first leadframe and the second leadframe; wherein the first leadframe and the second leadframe have a different thickness. a substrate for bonding at least one power semiconductor chip; a first leadframe bonded to the substrate and providing power terminals; a second leadframe bonded to the substrate and providing auxiliary terminals; wherein the first leadframe and/or the second leadframe comprise an interlocking element adapted for aligning the first leadframe and the second leadframe with respect to each other and/or with respect to a mold for molding an encapsulation around the substrate, the first leadframe and the second leadframe; wherein the first leadframe and the second leadframe have a different thickness.
A method for knitting a tubular knitted fabric having a neckline portion by setting a boundary in a knitting width direction of a front body to divide the front body into a left front body and a right front body, and performing flechage knitting with the left front body and the right front body connected to a back body through sleeves (61, 62) when forming the neckline portion in the tubular knitted fabric including the body and the sleeves (61, 62) using a flat knitting machine having at least a front and a back needle bed, in which at least one of the front and back needle beds is capable of being racked in a transverse direction and stitches can be transferred between the front and back needle beds, wherein the method for knitting the neckline portion is characterized by the steps of: moving stitches of a stitch row including a stitch at a closest position to the boundary of the stitches of the front body held on one of the front or back needle beds formed by the flechage knitting in a direction away from the boundary, and overlapping the stitch at the most distant position from the boundary of the moved stitches on the stitch at the closest position to the boundary of non-moved stitches on the farther side from the boundary in the knitting width direction of the moved stitch row; and feeding a yarn to an empty needle between the boundary and the stitch at the closest position to the boundary of the moved stitches to form a pickup stitch configuring the neckline portion; wherein the pickup stitch remains held on the knitting needle of the needle bed until the formation of the neckline portion is finished. moving stitches of a stitch row including a stitch at a closest position to the boundary of the stitches of the front body held on one of the front or back needle beds formed by the flechage knitting in a direction away from the boundary, and overlapping the stitch at the most distant position from the boundary of the moved stitches on the stitch at the closest position to the boundary of non-moved stitches on the farther side from the boundary in the knitting width direction of the moved stitch row; and feeding a yarn to an empty needle between the boundary and the stitch at the closest position to the boundary of the moved stitches to form a pickup stitch configuring the neckline portion; wherein the pickup stitch remains held on the knitting needle of the needle bed until the formation of the neckline portion is finished.
A hair brush comprising an elongate body including a utility portion and a handle portion at opposite ends thereof and defining a longitudinal axis, wherein the utility portion includes a back member acting as a support from which brushing projections extend, and defines a first plane and a second plane perpendicularly intersecting the first plane, wherein the back member is flexibly movable with respect to the handle portion on the first plane and the second plane, characterized in that: - the utility portion further includes a pair of spines arranged at opposite sides of the back member for further controlling the flexible movement of the back member whereby the extent of control of movement of the back member by the spines are either limited to the movement on only the first plane or substantially more on the first plane than the second plane; and - the utility portion is configured to flex sideways departing from the longitudinal axis thereof, and the degree of flexing ranges from substantially 2° to 30°, - wherein i) the back member and the spines are integrally formed in one injection molding step and/or formed of one plastic(s) material; or ii) the back member is formed from a first injection molding step using a first plastic(s) material and is provided with two sets of channels arranged on the opposite lateral sides of the back member and running along the longitudinal length of the back member, and the pair of spines is formed from a second injection molding step using a second plastic(s) material running through the two sets of channels. - the utility portion further includes a pair of spines arranged at opposite sides of the back member for further controlling the flexible movement of the back member whereby the extent of control of movement of the back member by the spines are either limited to the movement on only the first plane or substantially more on the first plane than the second plane; and - the utility portion is configured to flex sideways departing from the longitudinal axis thereof, and the degree of flexing ranges from substantially 2° to 30°, - wherein i) the back member and the spines are integrally formed in one injection molding step and/or formed of one plastic(s) material; or ii) the back member is formed from a first injection molding step using a first plastic(s) material and is provided with two sets of channels arranged on the opposite lateral sides of the back member and running along the longitudinal length of the back member, and the pair of spines is formed from a second injection molding step using a second plastic(s) material running through the two sets of channels. i) the back member and the spines are integrally formed in one injection molding step and/or formed of one plastic(s) material; or ii) the back member is formed from a first injection molding step using a first plastic(s) material and is provided with two sets of channels arranged on the opposite lateral sides of the back member and running along the longitudinal length of the back member, and the pair of spines is formed from a second injection molding step using a second plastic(s) material running through the two sets of channels.
A method to coat a substrate, comprising: coating a surface of the substrate with the 1K aqueous coating composition to obtain a basecoat; at least partially drying the basecoat; applying a solvent borne isocyanate clear coat composition to the at least partially dried basecoat to obtain a wet on wet coating of the basecoat layer and the clear coat layer; drying and curing the dual coating at a temperature of from ambient temperature to 110°C; wherein the solventborne isocyanate clear coat composition comprises a polyisocyanate crosslinker and wherein the 1K aqueous coating composition comprises a melamine formaldehyde crosslinker; a resin having groups reactive with the crosslinker; and water; wherein a component of the basecoat composition comprises at least one acid group such that a multiplicity of acid groups is present in the 1K basecoat composition, the multiplicity of acid groups is at least partially neutralized with at least one organic amine component selected from the group consisting of a secondary amine and a formaldehyde condensate of the secondary amine, a pH of the composition is from 7.5 to 9.0, and a pKa of the formaldehyde condensate of the secondary amine is at least 8.0. coating a surface of the substrate with the 1K aqueous coating composition to obtain a basecoat; at least partially drying the basecoat; applying a solvent borne isocyanate clear coat composition to the at least partially dried basecoat to obtain a wet on wet coating of the basecoat layer and the clear coat layer; drying and curing the dual coating at a temperature of from ambient temperature to 110°C; wherein the solventborne isocyanate clear coat composition comprises a polyisocyanate crosslinker and wherein the 1K aqueous coating composition comprises a melamine formaldehyde crosslinker; a resin having groups reactive with the crosslinker; and water; wherein a component of the basecoat composition comprises at least one acid group such that a multiplicity of acid groups is present in the 1K basecoat composition, the multiplicity of acid groups is at least partially neutralized with at least one organic amine component selected from the group consisting of a secondary amine and a formaldehyde condensate of the secondary amine, a pH of the composition is from 7.5 to 9.0, and a pKa of the formaldehyde condensate of the secondary amine is at least 8.0.
Method for accessing data stored in the memory of a user terminal, the stored data being encrypted using a secret key (K TERMINAL, 193) stored in a secure element incorporated into the user terminal, wherein the secret key is obtained by diversifying a master key using a unique identifier of the user terminal, the method comprising the following steps, in the secure element: - performing a mutual authentication with an access device, the mutual authentication establishing, between the secure element and the access device, a communication channel secured by a session key (K SESSION, 196, 232), and - in response to a request for access to the data stored in the user terminal: retrieving the encrypted data from the user terminal, converting the encryption of the retrieved data into an encryption by the session key, then transmitting the re-encrypted data to the access device via the secure communication channel. - performing a mutual authentication with an access device, the mutual authentication establishing, between the secure element and the access device, a communication channel secured by a session key (K SESSION, 196, 232), and - in response to a request for access to the data stored in the user terminal: retrieving the encrypted data from the user terminal, converting the encryption of the retrieved data into an encryption by the session key, then transmitting the re-encrypted data to the access device via the secure communication channel. retrieving the encrypted data from the user terminal, converting the encryption of the retrieved data into an encryption by the session key, then transmitting the re-encrypted data to the access device via the secure communication channel.
A viewfinder for an electronic camera comprising: a colour display monitor adapted to display a scene captured by an image sensor arrangement of the camera; characterised in that the colour temperature of the viewfinder is continuously variable adjustable between a minimum and a maximum value such that a gain of each of two colour signals, Red and Blue from the image sensor is controlled to obtain a desired colour temperature with respect to white image content; wherein gain for a third colour signal, Green from the image sensor is maintained constant; wherein a change in gain in dB for the Red signal, Gain R, is calculated in using a formula Gain R = ((6500 - CTemp) * 10030) / (6500 * CTemp), wherein CTemp is the colour temperature; wherein a change in gain in dB for the Blue signal, Gain B, is calculated using a formula Gain B = ((CTemp - 6500) * 30000) / (6500 * CTemp), and wherein the colour temperature adjustment of the viewfinder does not affect the colour temperature of a video signal produced by the camera that is recorded or transmitted. a colour display monitor adapted to display a scene captured by an image sensor arrangement of the camera; characterised in that the colour temperature of the viewfinder is continuously variable adjustable between a minimum and a maximum value such that a gain of each of two colour signals, Red and Blue from the image sensor is controlled to obtain a desired colour temperature with respect to white image content; wherein gain for a third colour signal, Green from the image sensor is maintained constant; wherein a change in gain in dB for the Red signal, Gain R, is calculated in using a formula Gain R = ((6500 - CTemp) * 10030) / (6500 * CTemp), wherein CTemp is the colour temperature; wherein a change in gain in dB for the Blue signal, Gain B, is calculated using a formula Gain B = ((CTemp - 6500) * 30000) / (6500 * CTemp), and wherein the colour temperature adjustment of the viewfinder does not affect the colour temperature of a video signal produced by the camera that is recorded or transmitted.