mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a transport vehicle, in particular for a refrigerated transport vehicle, with side walls, a floor and a ceiling, whereas the side walls and/or the floor and/or the ceiling are provided with an inner or/and an outer, respectively continuous covering layer (8, 9; 15) and vacuum isolation panels arranged therebetween, characterised in that the covering layers (8, 9, 15) are layers of a carbon fibre reinforced composite which are laid directly on the inner and outer surfaces of the vacuum isolation panel, possibly by interposing a surface protective coating so as to protect scratch- and shock-sensitive surfaces of the vacuum isolation panels, but systematically with the omission of additional isolating or protective layers.
An apparatus for counting sea lice, comprising at least one light source for providing a light output with a spectral power distribution for observation of sea lice on fish skin, where said spectral power distribution is within the visible wavelength range from 380 nm to 780 nm by at least two dominant wavelength peaks, a first dominant wavelength peak in the range of 490-540 nm and a second dominant wavelength peak in the range of 620-660 nm, wherein the apparatus further comprises a sensor for measuring an environmental light condition, characterized in that the apparatus further comprises a processor configured to adapt an intensity and/or a colour balance of the light output of the light source to the measured environmental light condition for increasing visual contrast when counting sea lice.
A pharmaceutical composition for use in preventing and/or treating oral submucous fibrosis, comprising an effective amount of an active ingredient and a pharmaceutical acceptable carrier, wherein the active ingredient is selected from the group consisting of butylidenephthalide, a pharmaceutically acceptable salt of butylidenephthalide, and combinations thereof.
An autostereoscopic display device, comprising: a display panel for generating an autostereoscopic image having at least two sub-images, each one of them representing a different view of the object to be displayed by the image; and an optical arrangement positioned in front of the display panel, wherein the optical arrangement has a lens mode in which a lens arrangement comprising an array of positive lenticular lenses is defined, each respective one of the positive lenses comprising a first layer and second layer having an interface between each other defining the lenticular lens surface, the first layer having a first refractive index at the 587.5618nm.D 3 helium line and the second layer having a second refractive index at the 587.5618nm.D 3 helium line that is different from the first refractive index, the lens array having a lens pitch and the lenticular lens surfaces having a radius of curvature at their centre, wherein the product of the first refractive index with the lens pitch divided by two times the radius of curvature is greater than 0.6, characterized in that the absolute value of the refractive index difference between the first and second refractive indices at the 587.5618nm.D3 helium line is between 0.05 and 0.15. a display panel for generating an autostereoscopic image having at least two sub-images, each one of them representing a different view of the object to be displayed by the image; and an optical arrangement positioned in front of the display panel, wherein the optical arrangement has a lens mode in which a lens arrangement comprising an array of positive lenticular lenses is defined, each respective one of the positive lenses comprising a first layer and second layer having an interface between each other defining the lenticular lens surface, the first layer having a first refractive index at the 587.5618nm.D 3 helium line and the second layer having a second refractive index at the 587.5618nm.D 3 helium line that is different from the first refractive index, the lens array having a lens pitch and the lenticular lens surfaces having a radius of curvature at their centre, wherein the product of the first refractive index with the lens pitch divided by two times the radius of curvature is greater than 0.6, characterized in that the absolute value of the refractive index difference between the first and second refractive indices at the 587.5618nm.D3 helium line is between 0.05 and 0.15.
A compound having a structure according to any one of Formulas (Ia), (Ib), (Ic) or (Id) for use in the prevention or treatment of a condition or disease that is dependent on angiogenesis and/or a condition or disease that is dependent on lymphangiogenesis: wherein R e is -CH 3, -CH 2 CH 3, -(CH 2) 2 CH 3, -(CH 2) 3 CH 3, benzyl or hydroxy benzyl, and n is 0 or 1, wherein R f is -(CH 2) 5 CH 3 or -(CH 2) 6 CH 3; wherein each group R g is H or both R g are linked together to form a five-membered alicyclic ring, wherein both R h are linked together to form a five-membered alicyclic ring. R e is -CH 3, -CH 2 CH 3, -(CH 2) 2 CH 3, -(CH 2) 3 CH 3, benzyl or hydroxy benzyl, and n is 0 or 1, wherein R f is -(CH 2) 5 CH 3 or -(CH 2) 6 CH 3; wherein each group R g is H or both R g are linked together to form a five-membered alicyclic ring, wherein both R h are linked together to form a five-membered alicyclic ring.
A method performed by a wireless device for handling group signalling of secondary cell, SCell, configuration information, the method comprising: receiving configuration information for at least a first SCell, wherein the configuration information comprises values for one or more fields in a set of fields, wherein the received configuration information is group configuration information and wherein the group configuration information comprises values for the one or more fields that are applicable to a group of SCells including the first SCell, wherein the group configuration information further comprises a list of SCells in the group of SCells that the group configuration information applies to; determining whether to configure the first SCell according to the received configuration information; and configuring the first SCell based on the result of the determining. receiving configuration information for at least a first SCell, wherein the configuration information comprises values for one or more fields in a set of fields, wherein the received configuration information is group configuration information and wherein the group configuration information comprises values for the one or more fields that are applicable to a group of SCells including the first SCell, wherein the group configuration information further comprises a list of SCells in the group of SCells that the group configuration information applies to; determining whether to configure the first SCell according to the received configuration information; and
A train comprising: a wheel; a rotator disposed to face the wheel without contact and including a permanent magnet that rotates around a rotation axis by Lorentz force generated according to a rotation direction of the wheel; and a power generating unit for converting kinetic energy produced by rotation of the rotator into electric energy. a wheel; a rotator disposed to face the wheel without contact and including a permanent magnet that rotates around a rotation axis by Lorentz force generated according to a rotation direction of the wheel; and a power generating unit for converting kinetic energy produced by rotation of the rotator into electric energy.
A magnetic component unit, comprising: a coil component (4,10) having a magnetic core (1, 10A-C); a heat dissipator (5,13) on which the coil component is mounted and which has an engagement fixing portion and a press fixing portion and is made of metal; and a magnetic core fixing portion made of metal and including a holding portion that presses against the coil component, an engaging portion that extends from a first end part of the holding portion toward the heat dissipator and has a turned-back end part, and a pressing portion that extends from a second end part of the holding portion toward the heat dissipator and has an end part bent into an L-shape, wherein the engagement fixing portion has a U-shape, and one end and another end of the engagement fixing portion are connected to a peripheral edge portion of the heat dissipator, the engagement fixing portion is provided protruding from the peripheral edge portion of the heat dissipator in a first direction perpendicular to a mounting surface of the heat dissipator, the engagement fixing portion engages the engaging portion, the press fixing portion has a columnar shape and is provided protruding from the heat dissipator in the first direction, the press fixing portion has a fixing hole punched in the first direction, the pressing portion has a through-hole punched in the first direction, the press fixing portion and the pressing portion are joined together by a fixing tool inserted through the through-hole and the fixing hole, and the coil component is held between the holding portion and the heat dissipator. a coil component (4,10) having a magnetic core (1, 10A-C); a heat dissipator (5,13) on which the coil component is mounted and which has an engagement fixing portion and a press fixing portion and is made of metal; and a magnetic core fixing portion made of metal and including a holding portion that presses against the coil component, an engaging portion that extends from a first end part of the holding portion toward the heat dissipator and has a turned-back end part, and a pressing portion that extends from a second end part of the holding portion toward the heat dissipator and has an end part bent into an L-shape, wherein the engagement fixing portion has a U-shape, and one end and another end of the engagement fixing portion are connected to a peripheral edge portion of the heat dissipator, the engagement fixing portion is provided protruding from the peripheral edge portion of the heat dissipator in a first direction perpendicular to a mounting surface of the heat dissipator, the engagement fixing portion engages the engaging portion, the press fixing portion has a columnar shape and is provided protruding from the heat dissipator in the first direction, the press fixing portion has a fixing hole punched in the first direction, the pressing portion has a through-hole punched in the first direction, the press fixing portion and the pressing portion are joined together by a fixing tool inserted through the through-hole and the fixing hole, and the coil component is held between the holding portion and the heat dissipator.
A method for adjusting hearing aid configuration, where a user is wearing a hearing device (110, 316), the method comprising: - transmitting a first background sound signal to the hearing device, - transmitting a first sound pattern to the hearing device, - evaluating, via a camera unit (160, 316, 318), a first pupillary information of a first eye of the user in response to a first sound scene comprising the first background sound signal and the first sound pattern, and wherein the evaluating is repeated (ID, ID') providing at least a second pupillary information of the first eye of the user in response to a second sound scene being different from the first sound scene, and where an averaged pupillary information is provided based on an average between the first pupillary information and at least the second pupillary information, and - selecting a pupillary fitting model based on the averaged pupillary information, - determining a first parameter and at least a second parameter of the pupillary fitting model based on the averaged pupillary information, - classifying the averaged pupillary information into either a first category or at least a second category based on the first parameter and the at least second parameter, and wherein the hearing aid configuration is adjusted if the averaged pupillary information is in the first category, and the hearing aid configuration is not adjusted if the averaged pupillary information is in the second category. - transmitting a first background sound signal to the hearing device, - transmitting a first sound pattern to the hearing device, - evaluating, via a camera unit (160, 316, 318), a first pupillary information of a first eye of the user in response to a first sound scene comprising the first background sound signal and the first sound pattern, and wherein the evaluating is repeated (ID, ID') providing at least a second pupillary information of the first eye of the user in response to a second sound scene being different from the first sound scene, and where an averaged pupillary information is provided based on an average between the first pupillary information and at least the second pupillary information, and - selecting a pupillary fitting model based on the averaged pupillary information, - determining a first parameter and at least a second parameter of the pupillary fitting model based on the averaged pupillary information, - classifying the averaged pupillary information into either a first category or at least a second category based on the first parameter and the at least second parameter, and
A process for the production of gallium radionuclides, comprising irradiating a zinc target with a proton beam, characterised in that the zinc target is a ceramic zinc phosphate target.
A method for wireless communication, comprising: (a) performing sector training by transmitting a plurality of sounding signals from an initiator station to a plurality of responder stations in a wireless network, wherein a coverage area associated with the initiator station or a view of field of interest is partitioned into a plurality of sectors; (b) receiving sector ID feedback information from each responder station in response to the sounding signals, wherein the sector ID feedback information indicates preference to each of the sectors from each responder station; (c) grouping multiple spatially orthogonal responder stations together based on the sector ID feedback information; and (d) performing multi-sector transmission by simultaneously transmitting data to the multiple spatially orthogonal responder stations in different sectors using corresponding sectorized beams, characterized in that the sector ID feedback information from the responder station comprises a preferred sector ID, a received signal to noise ratio, SNR, at the preferred sector, and a bitmap with each bit indicating whether the responder station is able to receive signals at a corresponding sector. (a) performing sector training by transmitting a plurality of sounding signals from an initiator station to a plurality of responder stations in a wireless network, wherein a coverage area associated with the initiator station or a view of field of interest is partitioned into a plurality of sectors; (b) receiving sector ID feedback information from each responder station in response to the sounding signals, wherein the sector ID feedback information indicates preference to each of the sectors from each responder station; (c) grouping multiple spatially orthogonal responder stations together based on the sector ID feedback information; and (d) performing multi-sector transmission by simultaneously transmitting data to the multiple spatially orthogonal responder stations in different sectors using corresponding sectorized beams,
A method for receiving a D2D, device-to-device, signal in a wireless communication system, the method performed by a D2D reception UE, user equipment, and comprising: receiving a resource pool configuration for D2D communication; and receiving the D2D signal from a D2D transmission UE through at least one of first and second radio resources in the resource pool configuration depending on whether fallback mode of eIMTA, enhanced interference management for traffic adaptation, is enabled, wherein the first radio resource corresponds to a radio resource of which usage is configured according to an SIB, system information block, uplink-downlink configuration and is not reconfigured by higher layer signaling, and wherein the second radio resource corresponds to a radio resource of which usage in accordance with the SIB uplink-downlink configuration is reconfigured by the higher layer signaling in eIMTA mode. receiving a resource pool configuration for D2D communication; and receiving the D2D signal from a D2D transmission UE through at least one of first and second radio resources in the resource pool configuration depending on whether fallback mode of eIMTA, enhanced interference management for traffic adaptation, is enabled, wherein the first radio resource corresponds to a radio resource of which usage is configured according to an SIB, system information block, uplink-downlink configuration and is not reconfigured by higher layer signaling, and wherein the second radio resource corresponds to a radio resource of which usage in accordance with the SIB uplink-downlink configuration is reconfigured by the higher layer signaling in eIMTA mode.
A method of installing a subsea tie-in conduit, the method comprising: unspooling or manufacturing a rigid pipeline aboard an installation vessel; launching the pipeline progressively from the vessel into water; and coupling a distal end of the tie-in conduit to a proximal end of the pipeline aboard the vessel, the tie-in conduit being pliant relative to the pipeline; the method being characterised by: before landing the proximal end of the pipeline on the seabed, launching the tie-in conduit fully into the water coupled to the pipeline, while supporting a suspended weight load of the pipeline along a load path that substantially bypasses the tie-in conduit. unspooling or manufacturing a rigid pipeline aboard an installation vessel; launching the pipeline progressively from the vessel into water; and coupling a distal end of the tie-in conduit to a proximal end of the pipeline aboard the vessel, the tie-in conduit being pliant relative to the pipeline; the method being characterised by: before landing the proximal end of the pipeline on the seabed, launching the tie-in conduit fully into the water coupled to the pipeline, while supporting a suspended weight load of the pipeline along a load path that substantially bypasses the tie-in conduit.
An actuator adapted for use in an oilwell directional drilling tool, comprising an actuator body; and a working face, located on the actuator body radially away from a rotational axis, the working face having: a downhole edge and a leading edge, a first surface and a second surface, and a first material and a second material characterised in that the second material comprises an insert of ultrahard material located on the downhole edge and the leading edge of the working face, the ultrahard material having a Vickers hardness above 1500HV. a downhole edge and a leading edge, a first surface and a second surface, and a first material and a second material
Transducer arrangement for sending and/or receiving acoustic signals on a means of locomotion, comprising - a chassis, - a membrane, and - an electro-acoustic transducer, - the chassis having a cavity, - the membrane sealing off the cavity in the sound emission direction, and - the electro-acoustic transducer being connected to the membrane, the chassis being sealed acoustically, characterized in that the bottom region of the cavity has different spacings with respect to the membrane and, in this way, the frequency response of the electro-acoustic transducer and/or its directional characteristic is or are influenced. - a chassis, - a membrane, and - an electro-acoustic transducer, - the chassis having a cavity, - the membrane sealing off the cavity in the sound emission direction, and - the electro-acoustic transducer being connected to the membrane, the chassis being sealed acoustically, - the electro-acoustic transducer being connected to the membrane, the chassis being sealed acoustically,
A jig assembly for use in securing a first item of furniture, such as a handle, to a second item of furniture, the jig assembly comprising: a first member comprising a first locator (22, 26) configured to indicate the position of a first attachment location between the first item of furniture and the second item of furniture; and a second member comprising a second locator (48, 52) configured to indicate the position of a second attachment location between the first item of furniture and the second item of furniture; and a spacer element; wherein the first and second members (12, 14) are configured to be secured together by the spacer element which disposes the first and second members (12, 14) a predetermined distance apart so as to position the first and second locators (22, 26, 48, 52) at the first and second attachment locations, and characterised in that the spacer element comprises: the first item of furniture to be secured to the second item of furniture, an identical item of furniture to that to be secured to the second item of furniture, or an item of furniture having attachment locations corresponding to that of the first item of furniture to be secured to the second item of furniture. a first member comprising a first locator (22, 26) configured to indicate the position of a first attachment location between the first item of furniture and the second item of furniture; and a second member comprising a second locator (48, 52) configured to indicate the position of a second attachment location between the first item of furniture and the second item of furniture; and a spacer element; wherein the first and second members (12, 14) are configured to be secured together by the spacer element which disposes the first and second members (12, 14) a predetermined distance apart so as to position the first and second locators (22, 26, 48, 52) at the first and second attachment locations, and characterised in that the spacer element comprises: the first item of furniture to be secured to the second item of furniture, an identical item of furniture to that to be secured to the second item of furniture, or an item of furniture having attachment locations corresponding to that of the first item of furniture to be secured to the second item of furniture.
A food container comprising a cardboard body with two outer regions, upper and lower, corresponding, as standard, to the mouth and the bottom of the container; and wherein the cardboard body comprises a plastic frame around the perimeter of the upper mouth, wherein the plastic frame comprises first flaps which form an angle with a flange that protrudes sideways with respect to the cardboard body, wherein each corner of the plastic frame, which coincides with the corners of the cardboard body, comprises a second flap that emanates from each of the adjoining and coinciding first flaps; wherein the second flaps are located towards the lower part of the cardboard body, characterised in that the second flaps have a width that is, at least, double the width of the first flap. wherein each corner of the plastic frame, which coincides with the corners of the cardboard body, comprises a second flap that emanates from each of the adjoining and coinciding first flaps; wherein the second flaps are located towards the lower part of the cardboard body, characterised in that the second flaps have a width that is, at least, double the width of the first flap.