mhurhangee/ep-ind-claims huggingface dataset:
A monolithic photovoltaic junction for a solar cell, comprising: first and second oppositely doped semiconductor regions (32, 34); an intrinsic region disposed between the doped regions, the intrinsic region having an actual lattice size and comprising quantum wells (36, 37) of first and second types and barriers separating each of the quantum wells, and the quantum wells of the first type being formed of one or more materials having a lattice constant less than the actual lattice size of the intrinsic region, and the quantum wells of the second type being formed of one or more materials having a lattice constant greater than the actual lattice size of the intrinsic region; and a distributed Bragg reflector, formed of alternate layers (93, 94) of semiconductor material of differing refractive indices and disposed adjacent to and outside of at least one of the first or the second oppositely doped semiconductor regions, for reflecting light, unabsorbed by the quantum wells, towards the quantum wells; characterized in that the materials of the quantum wells of the first type contain nitrogen or are diluted III-V semiconductor nitride materials; and the materials of quantum wells of the first type do not also contain indium, and do not contact any other layers containing indium. first and second oppositely doped semiconductor regions (32, 34); an intrinsic region disposed between the doped regions, the intrinsic region having an actual lattice size and comprising quantum wells (36, 37) of first and second types and barriers separating each of the quantum wells, and the quantum wells of the first type being formed of one or more materials having a lattice constant less than the actual lattice size of the intrinsic region, and the quantum wells of the second type being formed of one or more materials having a lattice constant greater than the actual lattice size of the intrinsic region; and a distributed Bragg reflector, formed of alternate layers (93, 94) of semiconductor material of differing refractive indices and disposed adjacent to and outside of at least one of the first or the second oppositely doped semiconductor regions, for reflecting light, unabsorbed by the quantum wells, towards the quantum wells; characterized in that the materials of the quantum wells of the first type contain nitrogen or are diluted III-V semiconductor nitride materials; and the materials of quantum wells of the first type do not also contain indium, and do not contact any other layers containing indium.
Docking station for skin care device, said device comprising a body and an accessory, the body comprising an electric motor connected to a battery, the body being able to evolve between a work configuration wherein the accessory is fastened on the body, so as to be moved by the electric motor, and a rest position, wherein the accessory is independent from the body, the docking station comprising a charging area of the skin care device designed to engage with the body so as to recharge the battery, a disinfection area of the accessory designed to engage with the accessory, so as to disinfect the accessory, characterized in that said charging area and disinfection area are distinct from one another, and in that the docking station comprises a blocking device, designed to prevent the body from engaging with the charging area if the body is in operating configuration.
A vehicle display device comprising: an acquisition unit (2, 3) configured to acquire a travel environment; a prediction unit configured to predict a behavior of a vehicle at a predetermined position ahead of the vehicle, based on the travel environment; wherein the travel environment includes information about wind speed at the predetermined position ahead of the vehicle, and the prediction unit predicts the behaviour of the vehicle, based on the information about the wind speed; and a display unit comprising a head-up display, characterized by the display unit being configured to, when the behavior of the vehicle is predicted to become unstable, display an animation which expresses the predicted behavior of the vehicle to a driver of the vehicle, wherein the head-up display is configured to display the animation to be overlapping with the predetermined position and the animation expresses, as the predicted behavior, a drifting behavior of the vehicle. an acquisition unit (2, 3) configured to acquire a travel environment; a prediction unit configured to predict a behavior of a vehicle at a predetermined position ahead of the vehicle, based on the travel environment; wherein the travel environment includes information about wind speed at the predetermined position ahead of the vehicle, and the prediction unit predicts the behaviour of the vehicle, based on the information about the wind speed; and a display unit comprising a head-up display, characterized by the display unit being configured to, when the behavior of the vehicle is predicted to become unstable, display an animation which expresses the predicted behavior of the vehicle to a driver of the vehicle, wherein the head-up display is configured to display the animation to be overlapping with the predetermined position and the animation expresses, as the predicted behavior, a drifting behavior of the vehicle.
An apparatus for inspecting a welding state in a welded portion (30, 33, 34) for an electronic or mechanical coupling in a lithium secondary battery, comprising: a measuring unit configured to obtain data for deriving a resistance value of the welded portion (30, 33, 34) by allowing a resistance measuring probe (150, 150') to contact the welded portion (30, 33, 34); and a controller configured to communicate with the measuring unit, determine the resistance value of the welded portion (30, 33, 34) by receiving the data obtained from the measuring unit, and determine whether a weak welding was performed by comparing the determined resistance value with a threshold resistance value, wherein the measuring unit is configured to allow the resistance measuring probe (150, 150') to contact one end and the other end of the welded portion (30, 33, 34), characterized in that the apparatus comprises a cradle on which a subject including the welded portion to be inspected is mountable, wherein the cradle includes a through hole formed on a portion corresponding to the welded portion of the subject in a thickness direction of the cradle to allow the resistance measuring probe (150, 150') to contact the top and backside of the welded portion (30, 33, 34) when the welded portion (30, 33, 34) is positioned in the through hole region. a measuring unit configured to obtain data for deriving a resistance value of the welded portion (30, 33, 34) by allowing a resistance measuring probe (150, 150') to contact the welded portion (30, 33, 34); and a controller configured to communicate with the measuring unit, determine the resistance value of the welded portion (30, 33, 34) by receiving the data obtained from the measuring unit, and determine whether a weak welding was performed by comparing the determined resistance value with a threshold resistance value, wherein the measuring unit is configured to allow the resistance measuring probe (150, 150') to contact one end and the other end of the welded portion (30, 33, 34), characterized in that the apparatus comprises a cradle on which a subject including the welded portion to be inspected is mountable, wherein the cradle includes a through hole formed on a portion corresponding to the welded portion of the subject in a thickness direction of the cradle to allow the resistance measuring probe (150, 150') to contact the top and backside of the welded portion (30, 33, 34) when the welded portion (30, 33, 34) is positioned in the through hole region.
An LED module comprising: - a substrate and at least two LED components arranged on a surface of the substrate, wherein the LED components are each LED chips individually enclosed with a casting compound, wherein the LED components are arranged to form an interstice, and - a transparent cover arranged over the LED components, which covers the at least two LED components and at least partially fills in the interstice between the LED components, wherein the substrate is a printed circuit board, and wherein the LED components are "chip scale package" LEDs, wherein the casting compound applied to the individual LED chips is made of silicone material, wherein the cover is made of silicone material or epoxy resin, wherein a lateral distance (d) between two LED components is between 50 and 250 μm, wherein the transparent cover comprises a plate-shaped sub-area and at least one projection extending therefrom into the interstice, wherein the casting compound comprises fluorescent particles introduced therein and thus forms a fluorescent layer surrounding the LED chip, wherein the fluorescent particles are configured in order to convert a light emitted by the LED chips at least partially into light of a higher wavelength so that a mixed light is generated, and wherein the cover comprises further fluorescent particles in order to achieve an adjustment or compensation of color coordinates and/or a color temperature of the mixed light. - a substrate and at least two LED components arranged on a surface of the substrate, wherein the LED components are each LED chips individually enclosed with a casting compound, wherein the LED components are arranged to form an interstice, and - a transparent cover arranged over the LED components, which covers the at least two LED components and at least partially fills in the interstice between the LED components, wherein the substrate is a printed circuit board, and wherein the LED components are "chip scale package" LEDs, wherein the casting compound applied to the individual LED chips is made of silicone material, wherein the cover is made of silicone material or epoxy resin, wherein a lateral distance (d) between two LED components is between 50 and 250 μm, wherein the transparent cover comprises a plate-shaped sub-area and at least one projection extending therefrom into the interstice, wherein the casting compound comprises fluorescent particles introduced therein and thus forms a fluorescent layer surrounding the LED chip, wherein the fluorescent particles are configured in order to convert a light emitted by the LED chips at least partially into light of a higher wavelength so that a mixed light is generated, and wherein the cover comprises further fluorescent particles in order to achieve an adjustment or compensation of color coordinates and/or a color temperature of the mixed light.
A method for time setting a sympathetic watch by a sympathetic clock, with which said watch forms a sympathetic assembly including a connection mechanism including at least two distinct transmission lines between said clock and said watch when said watch is deposited in a receptacle included in said clock, in a transfer position, said watch including at least one resonator, and a display gear train and a finishing gear train, and, either a stop mechanism arranged to stop the operation of said resonator, or a coupling mechanism allowing to separate the display from the finishing gear train, or else both such a stop mechanism and such a coupling mechanism, and said watch including at least one hour display and one minute display, a reference position of which will be defined, the method being such that the time-setting is carried out, or at request by action of a user on a control means included in said clock or said watch, or periodically automatically controlled by said clock, and being characterized in that to perform said relative time setting, said clock drives said displays (4; 5), of the watch backwards, in the counter-clockwise direction, with a stroke long enough to guarantee the passage of said displays (4; 5), by said reference position.
A cured, sulfur free and ZnO free compound comprising: (a) a polymer selected from the group consisting of halobutyl polymers and halogen containing polymers, and (b) 1,3-bis(diphenylphosphino)propane. (a) a polymer selected from the group consisting of halobutyl polymers and halogen containing polymers, and (b) 1,3-bis(diphenylphosphino)propane.
A method for wireless communication by a user-equipment, UE,, comprising: determining quality of service, QoS, information for communication of data using a vehicle to everything, V2X, communication protocol; reporting the QoS information by transmitting a first message; receiving a second message indicating configuration information corresponding to the communication of the data using the V2X communication protocol, in which the configuration information is determined based on the QoS information reported in the first message; and communicating the data based on the configuration information. determining quality of service, QoS, information for communication of data using a vehicle to everything, V2X, communication protocol; reporting the QoS information by transmitting a first message; receiving a second message indicating configuration information corresponding to the communication of the data using the V2X communication protocol, in which the configuration information is determined based on the QoS information reported in the first message; and communicating the data based on the configuration information.
An adjustable-length strap, comprising: a core having opposed first and second sides and defining an aperture extending from the first side to the second side; a fastener member defining first and second apertures (112a, b) and a cross-member positioned therebetween, wherein the fastener member further defines a flange extending outwardly of the first and second apertures (112a, b) and so urging against the first side of the core as to align the first and second apertures (112a, b) of the fastener member with the aperture extending through the core; a strap extending through the first aperture in the fastener member in a direction extending from the first side of the core to the second side of the core, over the cross-member and through the second aperture in the fastener member in a direction extending from the second side of the core to the first side of the core; and a cover plate positioned adjacent the second side of the core and matingly engaged with the fastener member through the aperture in the core. a core having opposed first and second sides and defining an aperture extending from the first side to the second side; a fastener member defining first and second apertures (112a, b) and a cross-member positioned therebetween, wherein the fastener member further defines a flange extending outwardly of the first and second apertures (112a, b) and so urging against the first side of the core as to align the first and second apertures (112a, b) of the fastener member with the aperture extending through the core; a strap extending through the first aperture in the fastener member in a direction extending from the first side of the core to the second side of the core, over the cross-member and through the second aperture in the fastener member in a direction extending from the second side of the core to the first side of the core; and a cover plate positioned adjacent the second side of the core and matingly engaged with the fastener member through the aperture in the core.
An oligomeric lactide macromer-based copolymer having the general formula [A (x) B (y)] n wherein A is an oligomeric lactide macromer having a degree of polymerization in the range of 2 to 10; B is a basic monomer; x varies from 1 to 4; y varies from 3 to 7 and n varies from 1 to 5, wherein a content of oligomeric lactide macromer is in the range of 25 to 90 % w/w of the copolymer, wherein the basic monomer is in the range of 10 to 75 % w/w of the copolymer, and wherein basic monomer B is selected from the group comprising of dimethyl amino ethyl methacrylate, dimethyl amino ethyl acrylate, diethyl amino ethyl methacrylate, diethyl amino ethyl acrylate, piperidine ethyl methacrylate and 2-tert-butyl amino ethyl methacrylate.
A pallet stacking board comprising a laminated board structure of upper and lower cover material layers, a rigid or semi-rigid core layer comprising a foamed material, between said upper and lower cover material layers, and wherein said upper and lower cover material layers have a non-slip surface.
A ventilation system for a livestock production building; the ventilation system comprising: - an exhaust fan which draws air from a room; - a room duct for supplying fresh air into the room; the room duct comprises a ventilation passage and an inlet disposed between afresh air supply and the ventilation passage, the room duct comprises an exterior wall with openings for distributing fresh air from the ventilation passage over the room; characterized in that, the room duct further comprises an air supply passage parallel to the ventilation passage, the ventilation system further comprises an air supply fan for generating a flow rate of fresh air through the air supply passage, a separation wall with openings for passing air from the air supply passage to the ventilation passage separates the ventilation passage from the air supply passage. - an exhaust fan which draws air from a room; - a room duct for supplying fresh air into the room; the room duct comprises a ventilation passage and an inlet disposed between afresh air supply and the ventilation passage, the room duct comprises an exterior wall with openings for distributing fresh air from the ventilation passage over the room;
Track structure with at least one track for rail vehicles, wherein the track is arranged on a base slab by means of track fastenings, wherein a roadway structure (24, 24a, 24b) is fastened detachably on the base slab by means of fastening elements (32, 34, 36, 37), wherein the roadway structure (24, 24a, 24b) comprises a track slab which is arranged between the track, characterised in that the track slab comprises on both sides spherical-cup-shaped recesses for reaching over the track fastenings of the track, while undercuts which cover the track bases are present in the region between the track fastenings.
A spring cushion for furniture, the spring cushion comprising: a base cloth arranged at a bottom side of the spring cushion; a plurality of spring modules, each spring module comprising a spring bracket and a spring installed within the spring bracket; a plurality of sponge blocks, the plurality of sponge blocks being provided within an accommodating space, each sponge block being respectively arranged on a top of a corresponding spring module in the plurality of spring modules; and a first outer cover, a top end of the first outer cover being closed and a bottom end being open, and edges of the bottom end of the first outer cover being sewn together with edges of the base cloth to form an accommodating space so as to wrap the plurality of spring modules and the plurality of sponge blocks therein; wherein the first outer cover is divided into a plurality of compartments, each compartment is configured to accommodate at least one spring module as well as at least one sponge block; and wherein the base cloth has a plurality of openings, each opening being aligned with one or more compartments in the plurality of compartments, and each opening is provided with a curtain and a zipper provided on the curtain for opening and closing each opening. a base cloth arranged at a bottom side of the spring cushion; a plurality of spring modules, each spring module comprising a spring bracket and a spring installed within the spring bracket; a plurality of sponge blocks, the plurality of sponge blocks being provided within an accommodating space, each sponge block being respectively arranged on a top of a corresponding spring module in the plurality of spring modules; and a first outer cover, a top end of the first outer cover being closed and a bottom end being open, and edges of the bottom end of the first outer cover being sewn together with edges of the base cloth to form an accommodating space so as to wrap the plurality of spring modules and the plurality of sponge blocks therein; wherein the first outer cover is divided into a plurality of compartments, each compartment is configured to accommodate at least one spring module as well as at least one sponge block; and wherein the base cloth has a plurality of openings, each opening being aligned with one or more compartments in the plurality of compartments, and each opening is provided with a curtain and a zipper provided on the curtain for opening and closing each opening.
A sealing profile for sealing a gap between a wall and a door, particularly for a motorhome or a caravan, comprising a clamping region by means of which the sealing profile can be attached to the wall, and a deformable contact region provided for disposing in the gap, the contact region comprising a first side facing away from the clamping region and a second side facing toward the clamping region and connected thereto, the contact region having a low-friction and/or anti-stick coating at least in segments on the first side, and the contact region comprising a first side surface and a second side surface on the first side, and a third side surface and a fourth side surface on the second side, the contact region comprising a protrusion disposed as an extension of the first side surface, characterized in that a stop protruding from the protrusion in the direction of the clamping region is provided on the protrusion.
Hob device having at least one support unit, which comprises at least one electronics support element and at least one electronics unit, in particular a touch electronics unit, wherein the electronics support element is embodied to hold the electronics unit, wherein the support unit comprises at least one bearing for a guided movement of the electronics support element and the support unit is embodied differently from a hob outer cover which is arranged below a hob plate and which outwardly covers components of the hob, characterised in that a first bearing position of the bearing is provided for the assembly of the electronics unit on the electronics support element, and wherein the electronics support element is provided to hold the electronics unit in a second bearing position of the bearing in an operating position.