mhurhangee/ep-ind-claims huggingface dataset:
An optically addressed spatial light modulator comprising: a first electrode layer; an electrically insulating first barrier layer disposed over the first electrode layer; a photoconducting layer disposed over the first barrier layer; a carrier confining layer disposed over the photoconducting layer, said carrier confining layer defining a volume and comprising a plurality of carrier traps dispersed throughout the volume, wherein said plurality of carrier traps comprise distinct energy barrier nodes and retain charge carriers in the carrier confining layer; an electrically insulating second barrier layer disposed over the carrier confining layer; a light blocking layer disposed over the second barrier layer for blocking light of a selected wavelength band; a reflective layer disposed over the light blocking layer for reflecting light within the selected wavelength band; a birefringent or dispersive layer disposed over the reflective layer; and an optically transmissive second electrode layer disposed over the birefringent or dispersive layer. a first electrode layer; an electrically insulating first barrier layer disposed over the first electrode layer; a photoconducting layer disposed over the first barrier layer; a carrier confining layer disposed over the photoconducting layer, said carrier confining layer defining a volume and comprising a plurality of carrier traps dispersed throughout the volume, wherein said plurality of carrier traps comprise distinct energy barrier nodes and retain charge carriers in the carrier confining layer; an electrically insulating second barrier layer disposed over the carrier confining layer; a light blocking layer disposed over the second barrier layer for blocking light of a selected wavelength band; a reflective layer disposed over the light blocking layer for reflecting light within the selected wavelength band; a birefringent or dispersive layer disposed over the reflective layer; and an optically transmissive second electrode layer disposed over the birefringent or dispersive layer.
An upper joint for a wing assembly of an aircraft, the upper joint comprising: an outboard upper wing panel of an outboard wing box (20, 22); a center upper wing panel of a wing center section; a rib that is located between the outboard wing box and the wing center section; and an upper joint assembly operatively interconnecting the outboard upper wing panel, the center upper wing panel, and the rib; wherein the upper joint assembly defines a mating plane between the outboard wing box and the wing center section; wherein when the upper joint is in compression, the outboard upper wing panel expresses a compressive inward pressure toward the upper joint assembly; wherein when the upper joint is in compression, the center upper wing panel expresses a compressive outward pressure toward the upper joint assembly; and wherein a centroid of the compressive inward pressure across an acreage of the outboard upper wing panel when extended across the mating plane intersects the mating plane below or above where a centroid of the compressive outward pressure across an acreage of the center upper wing panel when extended across the mating plane intersects the mating plane; characterized in that the upper joint assembly is configured to direct the centroid of the compressive outward pressure to coincide with the centroid of the compressive inward pressure at the mating plane. an outboard upper wing panel of an outboard wing box (20, 22); a center upper wing panel of a wing center section; a rib that is located between the outboard wing box and the wing center section; and an upper joint assembly operatively interconnecting the outboard upper wing panel, the center upper wing panel, and the rib; wherein the upper joint assembly defines a mating plane between the outboard wing box and the wing center section; wherein when the upper joint is in compression, the outboard upper wing panel expresses a compressive inward pressure toward the upper joint assembly; wherein when the upper joint is in compression, the center upper wing panel expresses a compressive outward pressure toward the upper joint assembly; and wherein a centroid of the compressive inward pressure across an acreage of the outboard upper wing panel when extended across the mating plane intersects the mating plane below or above where a centroid of the compressive outward pressure across an acreage of the center upper wing panel when extended across the mating plane intersects the mating plane; characterized in that the upper joint assembly is configured to direct the centroid of the compressive outward pressure to coincide with the centroid of the compressive inward pressure at the mating plane.
An apparatus for a User Equipment, UE, the apparatus comprising: means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a slot via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating an Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, or Channel State Information, CSI; means for mapping the UCI message to the first interlace for the sPUCCH; and means for transmitting the UCI message to a base station via the first interlace, wherein: the slot is the second slot of a subframe; the sPUCCH consists of the last n symbols of the slot, where n is equal to one, two, three or four; and a listen before talk, LBT, procedure is performed during the symbol preceding the n symbols of the sPUCCH. means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a slot via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating an Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, or Channel State Information, CSI; means for mapping the UCI message to the first interlace for the sPUCCH; and means for transmitting the UCI message to a base station via the first interlace, wherein: the slot is the second slot of a subframe; the sPUCCH consists of the last n symbols of the slot, where n is equal to one, two, three or four; and a listen before talk, LBT, procedure is performed during the symbol preceding the n symbols of the sPUCCH. the slot is the second slot of a subframe; the sPUCCH consists of the last n symbols of the slot, where n is equal to one, two, three or four; and a listen before talk, LBT, procedure is performed during the symbol preceding the n symbols of the sPUCCH.
A streetlight comprising at least one lighting unit which has a housing equipped with a light source composed of at least one LED module which comprises the LEDs and the controlling and supplying means mounted on a printed circuit board, further comprising a bottom cover which is at least partially translucent, a top cover, and a fixture, and wherein the lighting unit has at least one heat sink module fixed with thermal connection to the housing, wherein the at least one heat sink module is placed in a void pocket opened to the outside and bounded by front wall and lateral walls of the housing, and the top cover, characterized in that the fixture has an actuator, to adjust the longitudinal tilt angle (α) of the lighting unit, and an actuator, to adjust the transversal tilt angle (β) of the lighting unit, and in that the lighting unit is powered by a photovoltaic device, which is a photovoltaic panel attached directly to the lighting unit, and in that the number of additional heat sink modules installed in the void pocket is an integer proportional to the heating power produced by the photovoltaic panel, and in that two or more lighting units are arranged side by side or they are set backs to each other, wherein the fixture (6Y, 6T) is common for at least two lighting units, and the fixture (6, 6Y, 6T) is fixed to the lamppost or to the wall mount bracket.
An X2 gateway apparatus in a communication system comprising a plurality of base stations (5, 7-1 to 7-3), the X2 gateway apparatus comprising: means for holding information mapping transport network layer, TNL, address data for the at least one of the plurality of base stations (5, 7-1 to 7-3) to information identifying a respective cell operated by that base station of the plurality of base stations (5, 7-1 to 7-3); means for receiving from a base station information identifying a cell operated by a neighbour base station (5, 7-1, 7-3) among said plurality of base stations (5, 7-1 to 7-3); means for obtaining from the information held TNL address data for the neighbour base station (5, 7-1, 7-3) operating the cell based on the information identifying the cell operated by the neighbour base station (5, 7-1, 7-3); means for generating a message comprising the TNL address data; and means for sending to the at least one base station the message comprising the TNL address data. means for holding information mapping transport network layer, TNL, address data for the at least one of the plurality of base stations (5, 7-1 to 7-3) to information identifying a respective cell operated by that base station of the plurality of base stations (5, 7-1 to 7-3); means for receiving from a base station information identifying a cell operated by a neighbour base station (5, 7-1, 7-3) among said plurality of base stations (5, 7-1 to 7-3); means for obtaining from the information held TNL address data for the neighbour base station (5, 7-1, 7-3) operating the cell based on the information identifying the cell operated by the neighbour base station (5, 7-1, 7-3); means for generating a message comprising the TNL address data; and means for sending to the at least one base station the message comprising the TNL address data.
An electrohydraulic forming device comprising a framework, a tank, a discharge chamber with at least one electrode device and a cover, characterized in that the device also presents a movable enclosure comprising the cover, a mold connected to the cover by support means (30, 31, 32), a forming chamber and the discharge chamber, said enclosure being movable between a first position in which the tank is closed by the cover and a second position in which the discharge chamber and the forming chamber are outside the tank.
A pharmaceutical composition for use in treating multiple sclerosis, the composition comprising: (a) dimethyl fumarate or monomethyl fumarate, and (b) one or more pharmaceutically acceptable excipients, wherein the composition is to be administered orally to a subject in need of treatment for multiple sclerosis, and wherein the dose of dimethyl fumarate or monomethyl fumarate to be administered is 480 mg per day. (a) dimethyl fumarate or monomethyl fumarate, and (b) one or more pharmaceutically acceptable excipients,
A surface-wound healing dressing assembly (1102, 1130, 1140) for a closed wound or incision comprising: a dressing (1102, 1130, 1140) which includes: a slip drain (1116, 1136) configured for placement within the closed wound or incision; a wick adapted for placement over the closed wound or incision in contact with the a slip drain (1116, 1136); a mat placed over the wick and adapted for fluidic communication therewith; a recoil core including a foam material and being adapted for placement over the mat; an overdrape placed over the recoil core (1108, 1142) in covering relation and adapted for releasable attachment to a patient; a negative pressure source adapted for extracting fluid from said dressing (1102, 1130, 1140); wherein said slip drain is in fluidic communication with said recoil core and comprises multiple drain strips each with an internal portion configured for placement within said wound or incision and an external portion configured for placement externally thereto; the drain strips (1116, 1136) each comprising a flat, flexible material with the external portion being folded over the skin surface adjacent to said wound or incision; the drain strips (1116, 1136) being configured to adhere to adhesive on an underside of said overdrape and for extraction when said overdrape is removed; the dressing (1102, 1130, 1140) being adapted for draining the closed wound or incision via said drain strips (1116, 1136); and said recoil core (1108, 1142) being adapted for compressing under negative pressure and recoiling to its original position when said pressure is removed. a dressing (1102, 1130, 1140) which includes: a slip drain (1116, 1136) configured for placement within the closed wound or incision; a wick adapted for placement over the closed wound or incision in contact with the a slip drain (1116, 1136); a mat placed over the wick and adapted for fluidic communication therewith; a recoil core including a foam material and being adapted for placement over the mat; an overdrape placed over the recoil core (1108, 1142) in covering relation and adapted for releasable attachment to a patient; a slip drain (1116, 1136) configured for placement within the closed wound or incision; a wick adapted for placement over the closed wound or incision in contact with the a slip drain (1116, 1136); a mat placed over the wick and adapted for fluidic communication therewith; a recoil core including a foam material and being adapted for placement over the mat; an overdrape placed over the recoil core (1108, 1142) in covering relation and adapted for releasable attachment to a patient; a negative pressure source adapted for extracting fluid from said dressing (1102, 1130, 1140);
A method of forming a three-dimensional component by additive layer manufacturing, said method comprising: scanning a fusing energy beam having a fusing beam focus spot across a layer of powdered material in a series of fusing scan lines to fuse the powder material to form a layer of fused material whilst scanning a heating energy beam having a heating beam focus spot in a series of heating scan lines across the material fused by the fusing energy beam, wherein the centre of the fusing beam focus spot and the centre of the heating beam focus spot are off-set from one another and spaced by up to an amount equal to the sum of the radius (y) of the heating beam focus spot and two times the radius (x) of the fusing beam focus spot; the method characterised in that when the vector extending between fusing beam focus spot and the heating beam focus spots is perpendicular (90 degrees) or 45 degrees to the fusing scan line in first fusing/heating scan lines, the method comprises a first step of varying the angle of the vector extending between the centres of the fusing beam focus spot and heating beam focus spot by +90 degrees between first and second scan lines and a second step of varying the angle of the vector extending between the centres of the fusing beam focus spot and heating beam focus spot by -135 degrees between second and third scan lines. scanning a fusing energy beam having a fusing beam focus spot across a layer of powdered material in a series of fusing scan lines to fuse the powder material to form a layer of fused material whilst scanning a heating energy beam having a heating beam focus spot in a series of heating scan lines across the material fused by the fusing energy beam, wherein the centre of the fusing beam focus spot and the centre of the heating beam focus spot are off-set from one another and spaced by up to an amount equal to the sum of the radius (y) of the heating beam focus spot and two times the radius (x) of the fusing beam focus spot; the method characterised in that when the vector extending between fusing beam focus spot and the heating beam focus spots is perpendicular (90 degrees) or 45 degrees to the fusing scan line in first fusing/heating scan lines, the method comprises a first step of varying the angle of the vector extending between the centres of the fusing beam focus spot and heating beam focus spot by +90 degrees between first and second scan lines and a second step of varying the angle of the vector extending between the centres of the fusing beam focus spot and heating beam focus spot by -135 degrees between second and third scan lines.
A space vehicle comprising a radiofrequency deviation measurement system and an amplification system of required signals, the said amplification system including a multichannel amplification device, known as the "AMA", equipped with multiple amplifiers (A n) to balance, the space vehicle being characterised in that the radiofrequency deviation measurement system is shared between the amplification system and at least one second system of the space vehicle, and in that it comprises control means of the gain and phase difference of each amplifier (A n) of the AMA, acting on gain values and phase difference values, according to the values measured by the radiofrequency deviation measurement system, the values measured being representative of the differences in amplitude and phase differences between a reference signal and multiple modified signals, each modified signal corresponding to the said reference signal after modification by the AMA.
Device for treating substrates, comprising a chamber having controlled pressure and temperature, a substrate support which is provided in the chamber, the chamber comprising a gas inlet and an upper chamber wall which is provided with a plurality of first channels which are connected to a first inlet and a plurality of second channels which are connected to a second inlet, the first and second channels opening in the chamber and being regularly distributed in the upper wall, the treatment device comprising a heating element which is capable of heating the upper wall and a gas discharge ring which is provided between the upper wall and the substrate support, the upper wall being electrically conductive and insulated relative to the substrate support so as to be able to apply a voltage between the upper wall and the substrate support, the heating element being provided above the upper wall in order to heat the upper wall and the inlets (11, 12), characterised in that the device comprises a body which defines a recess in a face and a cover which closes said recess on said face in order to form the chamber, the cover comprising a lower portion and a main portion resting on the lower portion, the upper wall being held between a lower surface of the main portion of the cover and said gas discharge ring, the main portion of the cover comprising a circular concavity which is provided from the main surface thereof opposite the chamber, the heating element being arranged in said circular concavity.
A system comprising an in-vehicle infotainment system (300, 320, 350) and an infotainment system content management system, the infotainment system comprising hardware components and software modules of a base level, of a midlevel and a premium branded infotainment system, the hardware components and software modules of the different levels of in-vehicle the infotainment system being the same, the hardware components comprising speakers and an amplifier with output channels, the infotainment system content management system comprising: one or more servers (471, 473, 475) configured to receive a request to activate at least a portion of the hardware components and software modules of the vehicle infotainment system, the one or more servers also including executable instructions to activate at least the portion of the hardware components and software modules, the infotainment system content management system being configured to selectively activate the hardware modules and software components of one of the base level, the midlevel and the premium branded infotainment system at the in-vehicle infotainment system based on the received request, wherein a number of activated speakers and output channels is different in each of the base level, the midlevel and the premium branded infotainment system and increases from the base level to the premium branded infotainment system, wherein the infotainment system content management system further comprising additional instructions to manage one-time purchases of privileges to activate hardware components and software modules for one or more of the plurality of infotainment systems.
A power supply method for powering electrical equipment operating on current peaks and connected via at least one capacitive element to a voltage converter connected to a storage battery, the method being characterized in that the voltage converter is current-regulated from a reference current corresponding to a mean current between two peaks and in that the mean current is evaluated in predictive manner from control data for the equipment.
Sole for a running shoe with an elastic midsole with a base surface delimiting the midsole against the vertical direction of the midsole and a top surface delimiting the midsole in the vertical direction, wherein the midsole is divided into a heel region, a midfoot region and a forefoot region; and wherein the midsole has a plurality of channels (41, 42, 43) extending in the transverse direction of the midsole and arranged one behind the other in the longitudinal direction of the midsole, wherein the channels (41, 42, 43) each in cross-section along a cross-sectional plane in the longitudinal direction of the midsole and perpendicular to the transverse direction of the midsole, have an elongate contour and wherein each channel (41, 42, 43) (411, 421) in cross-section along the cross-sectional plane in the longitudinal direction and perpendicular to the transverse direction, has a longitudinal main axis; and wherein the acute angle (α-41) between the longitudinal main axis and the base surface of at least one channel arranged in the heel region is greater than the acute angle (α-42) between the base surface and the longitudinal main axis of at least one channel (42, 43) arranged in the midfoot region and/or in the forefoot region, wherein at least some of the channels are formed in such a way that the channels assume an S-shape when completely closed.
A flow conduit insert for inserting in a flow conduit of an ultrasonic flow meter, said flow conduit insert being adapted for increasing the flow velocity of a fluid flowing through said flow conduit, wherein said flow conduit insert comprises - a flow controlling arrangement, and - a fixation arrangement, wherein said flow controlling arrangement defines an inner flow channel having free passage along the longitudinal center axis of the flow conduit over the entire length of the flow conduit insert, wherein said fixation arrangement is arranged to fixate at least one ultrasound reflector, wherein said flow controlling arrangement comprises at least two controlling arrangement parts (FCAP, SCAP), and characterized in that said fixation arrangement is arranged to lock the at least two controlling arrangement parts (FCAP, SCAP) together to form a self-supporting flow conduit insert. said flow conduit insert being adapted for increasing the flow velocity of a fluid flowing through said flow conduit, wherein said flow conduit insert comprises - a flow controlling arrangement, and - a fixation arrangement, - a flow controlling arrangement, and - a fixation arrangement, wherein said flow controlling arrangement defines an inner flow channel having free passage along the longitudinal center axis of the flow conduit over the entire length of the flow conduit insert, wherein said fixation arrangement is arranged to fixate at least one ultrasound reflector, wherein said flow controlling arrangement comprises at least two controlling arrangement parts (FCAP, SCAP), and characterized in that said fixation arrangement is arranged to lock the at least two controlling arrangement parts (FCAP, SCAP) together to form a self-supporting flow conduit insert.