mhurhangee/ep-ind-claims huggingface dataset:
A helmet which can be worn on a user's head for the treatment of the scalp and hair with photo-biostimulation technology comprising a shell having first diodes configured for the emission of light in the infrared field and second diodes configured for the emission of light in the visible field and arranged to irradiate the front, parietal, occipital, temporal area and the entire vertex of a user's head, said shell also having adjustable centring means for centring said helmet with respect to the cranial surface of the user, characterized in that it has a controller programmed with a first program for the simultaneous activation of said first diodes and with a second program for the sequential activation of a part of said first diodes from a central area of the helmet to peripheral areas of the helmet corresponding to lymph drainage areas of the head.
A device for cooling an annular outer turbine casing, the device comprising at least one tube extending circumferentially around the annular outer casing and having an air inlet intended for conveying cooling air, said tube having a radially inner wall provided with cooling air discharge openings and a radially outer wall arranged axially opposite each other, an air inlet manifold, the inlet of the tube opening into said manifold, characterized in that the tube comprises at least one intermediate wall extending over a circumferential portion of the tube from the air inlet, the intermediate wall being located radially between the radially inner wall and the radially outer wall, the radially inner wall and the intermediate wall forming a first air conveying duct, the radially outer wall and the intermediate wall forming a second air conveying duct extending circumferentially beyond the first air conveying duct, relative to the air inlet.
A computer system for monitoring the health of the computer system based on entity relationships, comprising: one or more processors; and one or more storage devices having stored thereon computer-executable instructions that are executable by the one or more processors, and that configure the system to monitor the health of the computer system and suggest an order of repair, including computer-executable instructions that configure the computer system to perform at least the following: identify one or more problems within the computer system and one or more entities within the computer system that are causing the one or more problems; identify one or more relationships that the one or more problem entities have with other entities in the computer system; determine a relationship type for each of at least one identified relationship; analyze a combination of the one or more identified problems, the one or more identified problem entities, and the determined relationship type to thereby determine an order in which repairs of one or more user-visible entities of the computing system should occur in order to address the one or more identified problems; and present to a user an alert comprising the determined order of the repairs. one or more processors; and one or more storage devices having stored thereon computer-executable instructions that are executable by the one or more processors, and that configure the system to monitor the health of the computer system and suggest an order of repair, including computer-executable instructions that configure the computer system to perform at least the following: identify one or more problems within the computer system and one or more entities within the computer system that are causing the one or more problems; identify one or more relationships that the one or more problem entities have with other entities in the computer system; determine a relationship type for each of at least one identified relationship; analyze a combination of the one or more identified problems, the one or more identified problem entities, and the determined relationship type to thereby determine an order in which repairs of one or more user-visible entities of the computing system should occur in order to address the one or more identified problems; and present to a user an alert comprising the determined order of the repairs. identify one or more problems within the computer system and one or more entities within the computer system that are causing the one or more problems; identify one or more relationships that the one or more problem entities have with other entities in the computer system; determine a relationship type for each of at least one identified relationship; analyze a combination of the one or more identified problems, the one or more identified problem entities, and the determined relationship type to thereby determine an order in which repairs of one or more user-visible entities of the computing system should occur in order to address the one or more identified problems; and present to a user an alert comprising the determined order of the repairs.
A multi-stage pump, comprising: a feed pump having a feed chamber; a dispense pump having a dispense chamber; and a set of valves (125, 130, 135, 140, 145) to selectively allow fluid flow through the multi-stage pump; characterised by a dispense block formed of a single piece of - material defining: at least a portion of the feed chamber; at least a portion of the dispense chamber; a first and second portion of a pump inlet flow path (275, 280); a first and second portion of a feed stage outlet flow path; a first and second portion of a dispense stage inlet flow path; a first and second portion of a vent flow path; a first and second portion of a purge flow path (300, 305); and at least a portion of a pump outlet flow path. a feed pump having a feed chamber; a dispense pump having a dispense chamber; and a set of valves (125, 130, 135, 140, 145) to selectively allow fluid flow through the multi-stage pump; characterised by a dispense block formed of a single piece of - material defining: at least a portion of the feed chamber; at least a portion of the dispense chamber; a first and second portion of a pump inlet flow path (275, 280); a first and second portion of a feed stage outlet flow path; a first and second portion of a dispense stage inlet flow path; a first and second portion of a vent flow path; a first and second portion of a purge flow path (300, 305); and at least a portion of a pump outlet flow path. at least a portion of the feed chamber; at least a portion of the dispense chamber; a first and second portion of a pump inlet flow path (275, 280); a first and second portion of a feed stage outlet flow path; a first and second portion of a dispense stage inlet flow path; a first and second portion of a vent flow path; a first and second portion of a purge flow path (300, 305); and at least a portion of a pump outlet flow path.
A cored wire for reducing degree of superheat of the molten steel, comprising a core of inorganic material and an external metal shell, wherein melting temperature or liquidus temperature of the inorganic material is lower than liquidus temperature of steel by more than 30°C, and the inorganic material is CaF 2 or CaO-CaF 2.
A transfer method comprising the steps: a. providing an intermediate substrate, the intermediate substrate comprising, on one of its faces, blocks assembled by a first main face to the intermediate substrate, said blocks having a free surface opposite to said first main face, and are in a single-crystal material, the blocks comprising an embrittlement area, the embrittlement area and the free surface of each block, delimiting a block portion intended to be transferred onto a final substrate; b. executing an assembling step by putting the free surface of each of the blocks in contact with the final substrate; c. executing, after the assembling step, a detachment at the embrittlement area of each of the blocks so as to transfer the block portion of each of the blocks onto the final substrate; said transfer method being characterized in that during the assembling step, the intermediate substrate deforms so that the free surfaces of the blocks become coplanar. a. providing an intermediate substrate, the intermediate substrate comprising, on one of its faces, blocks assembled by a first main face to the intermediate substrate, said blocks having a free surface opposite to said first main face, and are in a single-crystal material, the blocks comprising an embrittlement area, the embrittlement area and the free surface of each block, delimiting a block portion intended to be transferred onto a final substrate; b. executing an assembling step by putting the free surface of each of the blocks in contact with the final substrate; c. executing, after the assembling step, a detachment at the embrittlement area of each of the blocks so as to transfer the block portion of each of the blocks onto the final substrate;
A housing for an electrical machine, the housing comprising an outer layer of stainless steel, characterized in that the outer layer has an outer surface with an emissivity of more than 0.4 and a surface roughness of less than 2 μm.
A method performed by a user equipment, UE, that can communicate using any of a plurality of narrowbands in a cell bandwidth and has a UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, the method comprising: sending, to a base station in radio resource control, RRC, signalling, a UE capability information element indicating said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol; and controlling transmissions to the base station, in accordance with a physical uplink control channel, PUCCH, format and said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, wherein: when the UE capability information element indicates that the UE is capable of retuning within a single symbol, the UE performs retuning of its transceiver during a last symbol, in a first subframe, in accordance with a shortened PUCCH format transmitted during the first subframe. sending, to a base station in radio resource control, RRC, signalling, a UE capability information element indicating said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol; and controlling transmissions to the base station, in accordance with a physical uplink control channel, PUCCH, format and said UE capability of retuning its transceiver from a first narrowband to a second narrowband within a retuning period of a single symbol, wherein: when the UE capability information element indicates that the UE is capable of retuning within a single symbol, the UE performs retuning of its transceiver during a last symbol, in a first subframe, in accordance with a shortened PUCCH format transmitted during the first subframe.
A composition containing a polyester resin containing at least an alicyclic dicarboxylic acid component and an alicyclic diol component, which is a polyester resin composition satisfying the following equations to; 65 °C ≤ glass transition temperature ≤ 90 °C 1.500 ≤ refractive index at sodium D line ≤ 1.570 5 ≤ titanium element content ≤ 500 ppm 50 ≤ phosphorus element content ≤ 500 ppm gel fraction ≤ 50 % Here, the gel fraction is a ratio of o-chlorophenol insoluble component weight with respect to total weight after the polyester resin composition is heat treated in a condition under the atmosphere at 285°C×2.5 hr.
Method for switching an inverter of an electric drive of a motor vehicle, wherein the inverter has at least one freewheeling operating mode, a short-circuit operating mode and a clocked operating mode, in which a conversion from a direct voltage into an alternating voltage or vice versa takes place, wherein the method comprises switching the inverter from a current operating mode to a target operating mode different from the current operating mode; determining a voltage value and/or a current value for the current operating mode; executing an adaptation operation as a function of the determined voltage value and/or the determined current value in order to adapt the voltage and/or current for the target operating mode; and switching to the target operating mode; characterized in that a characteristic time period is determined for each adaptation operation.
A device for constructing bridge supports, the device comprising a platform mounted to carrying girders, characterized in that the carrying girders are connected to each other by means of a truss reinforcement and are mounted in roller guides of a transport means; and to the ends of the carrying girders there is mounted a cage to which there is attached a left platform and a right platform, and wherein: - a frame comprising side beams with guides and ladders, a top beam and a bottom beam is attached to the carrying girders by means of hinges; - the left platform is attached to the cage via a left hinge and the right platform is attached to the cage via a right hinge wherein both platforms have front walls, rear walls, side walls and a floor; - toothed bars mating with gears mounted on rollers of hydraulic engines are mounted to the carrying girders; - a guide of hydraulic hoses is attached with one end to the carrying girders, the second end of which is mounted to the transport means and it is connected, by second hydraulic hoses, with a first hydraulic actuator for rotating the left platform, a second hydraulic actuator for rotating the right platform, a telescopic hydraulic actuator and a third hydraulic actuator mounted between the carrying girders for rotating the frame. - a frame comprising side beams with guides and ladders, a top beam and a bottom beam is attached to the carrying girders by means of hinges; - the left platform is attached to the cage via a left hinge and the right platform is attached to the cage via a right hinge wherein both platforms have front walls, rear walls, side walls and a floor; - toothed bars mating with gears mounted on rollers of hydraulic engines are mounted to the carrying girders; - a guide of hydraulic hoses is attached with one end to the carrying girders, the second end of which is mounted to the transport means and it is connected, by second hydraulic hoses, with a first hydraulic actuator for rotating the left platform, a second hydraulic actuator for rotating the right platform, a telescopic hydraulic actuator and a third hydraulic actuator mounted between the carrying girders for rotating the frame.
An energy curable inkjet ink or coating composition comprising a) at least one aminoacrylate and b) and at least one photoinitiator; wherein the photoinitiator comprises a difunctional, multifunctional, oligomeric and/or polymeric photoinitiator, wherein the total photoinitiator content is less than 12.0% by weight and the total acyl phosphine oxide photoinitiator content is less than 4.0% by weight; wherein the ink or coating composition comprises less than 20% by weight of monofunctional monomer and wherein the aminoacrylate is prepared by the Michael addition reaction of a polyacrylate with an alkanolamine having the formula: HN(R 1)(C n H 2n OH) wherein R 1 is H or (C m H 2m X); X is H or OH; m is 1 to 6 and n is 1 to 6. a) at least one aminoacrylate and b) and at least one photoinitiator; wherein the photoinitiator comprises a difunctional, multifunctional, oligomeric and/or polymeric photoinitiator, wherein R 1 is H or (C m H 2m X); X is H or OH; m is 1 to 6 and n is 1 to 6.
A computer-implemented method comprising: receiving scan data comprising an intraoral image during an intraoral scan of a dental site; identifying a representation of a foreign object in the intraoral image based on an analysis of the scan data; modifying the intraoral image by removing the representation of the foreign object from the intraoral image; receiving additional scan data comprising a plurality of additional intraoral images of the dental site during the intraoral scan; and generating a virtual three-dimensional model of the dental site using the modified intraoral image and the plurality of additional intraoral images. receiving scan data comprising an intraoral image during an intraoral scan of a dental site; identifying a representation of a foreign object in the intraoral image based on an analysis of the scan data; modifying the intraoral image by removing the representation of the foreign object from the intraoral image; receiving additional scan data comprising a plurality of additional intraoral images of the dental site during the intraoral scan; and generating a virtual three-dimensional model of the dental site using the modified intraoral image and the plurality of additional intraoral images.
A method of preparing a coated surface of a medical device, the method comprising a. providing the medical device, said medical device having a surface comprising a microstructure; b. exposing the surface to a coating formulation; and c. polymerizing the coating formulation on the surface to obtain the coated surface of the medical device that elutes a therapeutic agent; wherein the coating formulation consists essentially of: (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof. a. providing the medical device, said medical device having a surface comprising a microstructure; b. exposing the surface to a coating formulation; and c. polymerizing the coating formulation on the surface to obtain the coated surface of the medical device that elutes a therapeutic agent; wherein the coating formulation consists essentially of: (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof. (i) 0.005-80 wt% of a thiol monomer comprising a polythiol, (ii) 0.005-80 wt% of an unsaturated monomer, wherein the unsaturated monomer is: triallyl isocyanurate, or polyethylene glycol dimethacrylate of formula (iii) the therapeutic agent, and optionally (iv) a radical scavenger, one or more polymerization initiators, a solvent, or a combination thereof.
A needleless access connector for connecting medical devices, the connector comprising: a housing comprising a male Luer fitting at one end; and a female Luer fitting at the other end; and a collapsible valve disposed in the housing, the collapsible valve having a first axial length from 15.75 to 20.83 mm and comprising: a first portion having a cylindrical shape with at least one smiley cut in a section thereof and having a second axial length of less than 6.35mm, wherein the first portion of the collapsible valve creates a seal at an opening of the housing; and a second portion having a hollow, cylindrical shape and being coupled to the first portion, the second portion having a third axial length and an annular outside surface over the entire third axial length, wherein the annular outside surface spans 30% to 66% of the first axial length of the collapsible valve, wherein the collapsible valve is configured to provide a positive displacement when actuated by a male Luer inserted into the opening, and wherein the housing and collapsible valve are configured to provide a positive displacement and a priming volume that is from 0.17 to 0.19 milliliters. a housing comprising a male Luer fitting at one end; and a female Luer fitting at the other end; and a male Luer fitting at one end; and a female Luer fitting at the other end; and a collapsible valve disposed in the housing, the collapsible valve having a first axial length from 15.75 to 20.83 mm and comprising: a first portion having a cylindrical shape with at least one smiley cut in a section thereof and having a second axial length of less than 6.35mm, wherein the first portion of the collapsible valve creates a seal at an opening of the housing; and a second portion having a hollow, cylindrical shape and being coupled to the first portion, the second portion having a third axial length and an annular outside surface over the entire third axial length, wherein the annular outside surface spans 30% to 66% of the first axial length of the collapsible valve, wherein the collapsible valve is configured to provide a positive displacement when actuated by a male Luer inserted into the opening, and wherein the housing and collapsible valve are configured to provide a positive displacement and a priming volume that is from 0.17 to 0.19 milliliters. a first portion having a cylindrical shape with at least one smiley cut in a section thereof and having a second axial length of less than 6.35mm, wherein the first portion of the collapsible valve creates a seal at an opening of the housing; and a second portion having a hollow, cylindrical shape and being coupled to the first portion, the second portion having a third axial length and an annular outside surface over the entire third axial length, wherein the annular outside surface spans 30% to 66% of the first axial length of the collapsible valve, wherein the collapsible valve is configured to provide a positive displacement when actuated by a male Luer inserted into the opening, and wherein the housing and collapsible valve are configured to provide a positive displacement and a priming volume that is from 0.17 to 0.19 milliliters.
A method of discontinuous transmission, DTX, of sounding reference signals, SRSs, by a user equipment, UE, served by a base station, BS, in a wireless network, the method comprising: when operating in a first mode of operation, wherein the first mode comprises usage of a Time Division Duplex, TDD, system: comparing (S102, S116, S130) a change in channel conditions to a channel condition threshold; and transmitting (S104, S118, S132) an SRS only if the change in channel conditions exceeds the channel condition threshold; and when operating in a second mode of operation, wherein the second mode comprises usage of a Frequency Division Duplex, FDD, system: determining (S106, S128, S130) a content of an uplink data buffer; and transmitting (S108, S132) an SRS only if the uplink data buffer is not empty. when operating in a first mode of operation, wherein the first mode comprises usage of a Time Division Duplex, TDD, system: comparing (S102, S116, S130) a change in channel conditions to a channel condition threshold; and transmitting (S104, S118, S132) an SRS only if the change in channel conditions exceeds the channel condition threshold; and comparing (S102, S116, S130) a change in channel conditions to a channel condition threshold; and transmitting (S104, S118, S132) an SRS only if the change in channel conditions exceeds the channel condition threshold; and when operating in a second mode of operation, wherein the second mode comprises usage of a Frequency Division Duplex, FDD, system: determining (S106, S128, S130) a content of an uplink data buffer; and transmitting (S108, S132) an SRS only if the uplink data buffer is not empty. determining (S106, S128, S130) a content of an uplink data buffer; and transmitting (S108, S132) an SRS only if the uplink data buffer is not empty.