mhurhangee/ep-ind-claims huggingface dataset:
A cover for covering a light outlet opening delimited by a support rail of a light strip system, wherein the support rail is designed for receiving a lamp with a light source for generating a light, wherein the cover comprises a holding device for holding at least one visually effective element for influencing the light, wherein the cover comprises a plate-shaped support region, by means of which an, in particular, planar support area is formed for the support of the element, wherein the cover is configured extending along a longitudinal axis and has a connection region extending parallel to the longitudinal axis, adjoining the support region on one side for connecting to the support rail, wherein the holding device comprises a holding lip formed on the connection region, and wherein the holding lip is configured directed toward the support area, characterized in that the cover can be rolled up into a roll.
A method for the fabrication of a microelectronic device with one or more transistors, which comprises the fabrication of at least one transistor gate (160, 260, 360, 460) on a semi-conducting structure (105, 205, 305, 405) that comprises one or more bars (120a, 120b, 120c, 120d, 220, 320a, 320b, 320c, 420a, 420b, 420c) designed to play the role of one or more transistor channels, where the fabrication of said gate comprises the steps: a) deposition over at least part of said semi-conducting structure (105, 205, 305, 405), of at least one layer based on an organometallic precursor material, b) exposure of one or more zones of the layer based on the organometallic precursor material to at least one electron beam=, c) reduction of the organometallic precursor material so as to form one or more metallic zones (160, 260, 360, 460) on said structure at the level of said zones exposed to the beam or beams. a) deposition over at least part of said semi-conducting structure (105, 205, 305, 405), of at least one layer based on an organometallic precursor material, b) exposure of one or more zones of the layer based on the organometallic precursor material to at least one electron beam=, c) reduction of the organometallic precursor material so as to form one or more metallic zones (160, 260, 360, 460) on said structure at the level of said zones exposed to the beam or beams.
A system, comprising (1004, 1102, 1204, 1216A, 1226A, 1310) at least two electrodes adapted to be immersed in an aqueous salt solution each disposed at a distance from one another, wherein upon the application of electricity, a first electrode is adapted to be positively charged and a second electrode is adapted to be negatively charged, wherein the electrodes (1004, 1102, 1204, 1216A, 1226A, 1310) are coated with iridium; and a control module (1010, 1312) electrically coupled to the electrodes (1004, 1102, 1204, 1216A, 1226A, 1310), wherein the control module (1010, 1312) controls operation of the at least two electrodes (1004, 1102, 1204, 1216A, 1226A, 1310), wherein the control module (1010, 1312) controls the provision of electricity to the electrodes (1004, 1102, 1204, 1216A, 1226A, 1310) in a manner to perform electrochemical activation of the aqueous salt solution to create an ECA product solution, characterised in that the system includes a sensor for measuring the concentration of free available chlorine, and in that the distance between the at least two electrodes (1004, 1102, 1204, 1216A, 1226A, 1310) is adjustable by the control module (1010, 1312) in response to a measurement by the sensor.
Arrangement comprising at least two receiving elements and at least one pouch cell, the receiving elements each comprising a base body, the base body being designed as a profile with a bearing surface for bearing against a sealing seam of a pouch cell, a sealing seam of the pouch cell being placed in a profile or between two adjacent profiles, characterized in that the profile is at least partially made of an elastomer, a thermoplastic elastomer or a closed-pore foam or comprises these materials, and in that the profile or two adjacent profiles elastically press the sealing seam of the pouch cell on both sides.
A semiconductor light-emitting device, comprising: a semiconductor substrate layer; an active layer arranged on the semiconductor substrate layer; a doped semiconductor contact layer arranged on a side of the active layer away from the semiconductor substrate layer, wherein the doped semiconductor contact layer comprises a first area and an edge area surrounding the first area; a protection layer arranged on a side of the edge area of the doped semiconductor contact layer away from the active layer; and a front electrode layer, arranged on a side of the first area away from the active layer, wherein an upper surface of the front electrode layer in the first area is lower than an upper surface of the protection layer, wherein the protection layer is configured to protect the front electrode in the first area and increases a distance between the front electrode layer and the active layer, wherein the front electrode layer is further arranged on a side of the protection layer away from the doped semiconductor contact layer, and the semiconductor light-emitting device further comprises: a current-limiting insulating layer, wherein the current-limiting insulating layer is arranged between the front electrode layer above the protection layer and the protection layer and on a side of an edge of the first area away from the active layer, and the current-limiting insulating layer further covers an inner side wall of the protection layer and wherein an area not covered by the current-limiting insulating layer in the first area is used as a current injection area. a semiconductor substrate layer; an active layer arranged on the semiconductor substrate layer; a doped semiconductor contact layer arranged on a side of the active layer away from the semiconductor substrate layer, wherein the doped semiconductor contact layer comprises a first area and an edge area surrounding the first area; a protection layer arranged on a side of the edge area of the doped semiconductor contact layer away from the active layer; and a front electrode layer, arranged on a side of the first area away from the active layer, wherein an upper surface of the front electrode layer in the first area is lower than an upper surface of the protection layer, wherein the protection layer is configured to protect the front electrode in the first area and increases a distance between the front electrode layer and the active layer, wherein the front electrode layer is further arranged on a side of the protection layer away from the doped semiconductor contact layer, and the semiconductor light-emitting device further comprises: a current-limiting insulating layer, wherein the current-limiting insulating layer is arranged between the front electrode layer above the protection layer and the protection layer and on a side of an edge of the first area away from the active layer, and the current-limiting insulating layer further covers an inner side wall of the protection layer and wherein an area not covered by the current-limiting insulating layer in the first area is used as a current injection area.
A process for the manufacturing of a UHMWPE film, comprising in sequence the steps of: a. Providing a bed of UHMWPE powder, wherein the UHMWPE has an intrinsic viscosity as measured according to the method in the description of at least 2 dl/g and at most 40 dl/g; less than 1 side chain per 100 C atoms as measured according to the method in the description and a weight average molecular weight (Mw) of at least 100,000 g/mol; b. Applying a compression pressure on said bed at a compression temperature below the melting temperature of the UHMWPE powder to obtain a compressed bed; c. Compacting the compressed bed in a smoothing unit comprising two compacting surfaces and a gap between said two compacting surfaces, at a compacting temperature below the melting temperature of the UHMWPE powder to obtain a film; characterized in that the gap is substantially constant with a gap-thickness dimension having a variation (Δ compaction) determined according to the method in the description of at most 20% during the compacting step c). a. Providing a bed of UHMWPE powder, wherein the UHMWPE has an intrinsic viscosity as measured according to the method in the description of at least 2 dl/g and at most 40 dl/g; less than 1 side chain per 100 C atoms as measured according to the method in the description and a weight average molecular weight (Mw) of at least 100,000 g/mol; b. Applying a compression pressure on said bed at a compression temperature below the melting temperature of the UHMWPE powder to obtain a compressed bed; c. Compacting the compressed bed in a smoothing unit comprising two compacting surfaces and a gap between said two compacting surfaces, at a compacting temperature below the melting temperature of the UHMWPE powder to obtain a film;
A method of wireless communication at a user equipment, UE, comprising: identifying a set of timing adjustment groups, TAGs; identifying a set of physical uplink control channel, PUCCH, cell groups each having carriers aggregated in a group for PUCCH transmission, the PUCCH cell groups comprising a first PUCCH cell group and a second PUCCH cell group; determining a timing alignment procedure based on an association, configured by a base station, between the set of TAGs and the set of PUCCH cell groups; initiating a time alignment timer for each TAG of the set of TAGs; and performing the timing alignment procedure for serving cells of at least one of the first or second PUCCH cell groups upon expiration of the time alignment timer. identifying a set of timing adjustment groups, TAGs; identifying a set of physical uplink control channel, PUCCH, cell groups each having carriers aggregated in a group for PUCCH transmission, the PUCCH cell groups comprising a first PUCCH cell group and a second PUCCH cell group; determining a timing alignment procedure based on an association, configured by a base station, between the set of TAGs and the set of PUCCH cell groups; initiating a time alignment timer for each TAG of the set of TAGs; and performing the timing alignment procedure for serving cells of at least one of the first or second PUCCH cell groups upon expiration of the time alignment timer.
A driving assistance method for an automated driving vehicle that is capable of switching between manual driving by a driver and automated driving, comprising: obtaining a current location of the automated driving vehicle; and learning a driving characteristic of the driver during the manual driving, and reflecting a learning result to a driving characteristic under control of the automated driving; characterized by: determining the area in which the automated driving vehicle is currently traveling based on the obtained current location; detecting the driving characteristic of the area that is determined as the area in which the automated driving vehicle is currently traveling; and adjusting the learning result according to the detected driving characteristic of the area and executing the control of the automated driving based on the adjusted learning result, wherein when a predetermined gap occurs between the driving characteristic of the area and the learning result, the learning result is adjusted to be closer to the driving characteristic of the area. obtaining a current location of the automated driving vehicle; and learning a driving characteristic of the driver during the manual driving, and reflecting a learning result to a driving characteristic under control of the automated driving; characterized by: determining the area in which the automated driving vehicle is currently traveling based on the obtained current location; detecting the driving characteristic of the area that is determined as the area in which the automated driving vehicle is currently traveling; and adjusting the learning result according to the detected driving characteristic of the area and executing the control of the automated driving based on the adjusted learning result, wherein when a predetermined gap occurs between the driving characteristic of the area and the learning result, the learning result is adjusted to be closer to the driving characteristic of the area. determining the area in which the automated driving vehicle is currently traveling based on the obtained current location; detecting the driving characteristic of the area that is determined as the area in which the automated driving vehicle is currently traveling; and adjusting the learning result according to the detected driving characteristic of the area and executing the control of the automated driving based on the adjusted learning result, wherein when a predetermined gap occurs between the driving characteristic of the area and the learning result, the learning result is adjusted to be closer to the driving characteristic of the area.
A coating composition adapted to selectively retard water vapor as a function of humidity when cured into a barrier layer, the composition comprising: a. a hydrophobic component comprising a styrene butadiene latex with a % carboxylation of from 0 to 20 %; b. a hydrophilic component comprising a polymer selected from polyvinyl alcohol and sodium polyacrylate and a hydrophilic filler selected from kaolin clay; wherein the hydrophobic component is present in the composition in an amount of 25 wt% to 98 wt% based on the total dry weight of the hydrophobic and hydrophilic components. a. a hydrophobic component comprising a styrene butadiene latex with a % carboxylation of from 0 to 20 %; b. a hydrophilic component comprising a polymer selected from polyvinyl alcohol and sodium polyacrylate and a hydrophilic filler selected from kaolin clay; wherein the hydrophobic component is present in the composition in an amount of 25 wt% to 98 wt% based on the total dry weight of the hydrophobic and hydrophilic components.
A label for marking items comprising: a carrier material with a top side and a bottom side, wherein the carrier material is printable at least on the top side; an adhesive layer provided on the bottom side; and an adhesive layer provided on the top side, which can be activated, wherein the adhesives provided on the bottom side and the top side can be influenced in their viscosity by activation at least in such a way that they flow beyond an outer circumference of the label and come into contact with each other in a way that the layers (4, 16) in between are encapsulated. a carrier material with a top side and a bottom side, wherein the carrier material is printable at least on the top side; an adhesive layer provided on the bottom side; and an adhesive layer provided on the top side, which can be activated, wherein the adhesives provided on the bottom side and the top side can be influenced in their viscosity by activation at least in such a way that they flow beyond an outer circumference of the label and come into contact with each other in a way that the layers (4, 16) in between are encapsulated.
Piston pump, in particular high-pressure fuel pump for an internal combustion engine of a motor vehicle, having a pump housing and having a fastening flange, which fastening flange is fastened and welded to the pump housing and has at least one connecting region which, in an installed position, is engaged on by a connecting element by means of which the piston pump can be fastened to a holding body, wherein, in the installed position, the connecting region is spaced apart from the holding body, characterized in that the connecting region is formed as a protuberance in or at a contact region which, in the installed position, bears at least in sections against the holding body.
A rotating electric machine, comprising: a shaft; a rotor fixed to the shaft; bearings (21, 23) for supporting the rotor, which are provided rotatably to the shaft on both sides of the rotor; and brackets (1, 2) comprising bearing housing portions (20, 22) into which the bearings (21, 23) are respectively press-fitted, the bearing being press-fitted into the bearing housing portion through a clearance filling member having a cylindrical shape therebetween, wherein the clearance filling member uses thermal expansion to fill a clearance between the bearing housing portion and an outer race of the bearing, which is generated by a difference in thermal expansion between the bearing housing portion and the outer race of the bearing due to heat generation at time of driving, the clearance filling member comprising a hook projecting inward in a radial direction and formed at least at one position on a circumferential edge portion thereof on a side opposite to the rotor, and wherein the bearing housing portion comprises a concave portion to which the hook is to be locked, the concave portion being formed on a flange portion inside of which the shaft passes. a shaft; a rotor fixed to the shaft; bearings (21, 23) for supporting the rotor, which are provided rotatably to the shaft on both sides of the rotor; and brackets (1, 2) comprising bearing housing portions (20, 22) into which the bearings (21, 23) are respectively press-fitted, the bearing being press-fitted into the bearing housing portion through a clearance filling member having a cylindrical shape therebetween,
An agent for desulfurizing and/or pre-desulfurizing molten pig iron or molten steel, which contains calcium oxide, bitumen as well as between 0.01 and 10% by weight of at least one flux agent, wherein the at least one flux agent is selected from the group consisting of multivalent alcohols, bituminous coals, silicone oils and mixtures thereof, wherein the agent contains i) calcium oxide as the only calcium compound or ii) a mixture of two or more calcium compounds which contains at least 20% by weight of calcium oxide and the remainder to 100% by weight being one or more compounds selected from the group consisting of calcium hydroxide, calcium carbonate and any desired mixtures of two or more of the aforesaid compounds; and wherein the agent optionally contains at least one additive which is selected from the group consisting of cryolite, sodium borate, fluorite and any desired mixtures of two or more of the above compounds; and wherein the agent does not contain any magnesium and does not contain any magnesium alloy.
A method of assisting transducer placements on a subject's body for applying tumor treating fields, the method comprising: generating, based on first image data, a three-dimensional model of a portion of the subject's body, wherein the 3D model comprises a presentation of one or more recommended transducer placement positions; receiving second image data of the portion of the subject's body; determining, based on the second image data, a representation of the one or more placement positions for one or more transducers in a three-dimensional space; comparing the representation of the one or more placement positions for the one or more transducers to the presentation of the one or more recommended transducer placement positions; and determining and outputting, based on the comparison, a variance of at least one of the one or more placement positions for the one or more transducers from at least one of the one or more recommended transducer placement positions. generating, based on first image data, a three-dimensional model of a portion of the subject's body, wherein the 3D model comprises a presentation of one or more recommended transducer placement positions; receiving second image data of the portion of the subject's body; determining, based on the second image data, a representation of the one or more placement positions for one or more transducers in a three-dimensional space; comparing the representation of the one or more placement positions for the one or more transducers to the presentation of the one or more recommended transducer placement positions; and determining and outputting, based on the comparison, a variance of at least one of the one or more placement positions for the one or more transducers from at least one of the one or more recommended transducer placement positions.
Use of a film bag having stacking openings made of a multilayer film comprising a front wall, a rear wall projecting beyond the front wall on an open bag edge, where the stacking openings are disposed in the section of the rear wall projecting beyond the front wall, for packaging a small electrical device as product which is provided with an inner packaging or at least one spacer element subject to the condition that the product is inserted with the inner packaging or at least one spacer element into the film bag, wherein the film bag is dimensioned so that it rests tightly on the inner packaging or the at least one spacer element respectively, subject to the condition that the multilayer film has a thickness of at least 80 μm and subject to the condition that the filling volume of the film bag is between 5 l (litres) and 50 l.
Discharge head for the nasal application of a pharmaceutical liquid from a pressure reservoir which has an outlet valve with a valve connector, to which force can be applied counter to a spring force in order to open the outlet valve, comprising the following features: a. the discharge head has a nasal applicator for introduction into the nostril of a user, wherein the nasal applicator has an elongate and slender shaping tapering to a distal end, and wherein a discharge opening is provided at the distal end of the nasal applicator, said discharge opening being connected to an inlet of the nasal applicator through an applicator channel of the nasal applicator, b. the nasal applicator has an inner component, and c. the nasal applicator has an outer component which is designed as a component separate from the inner component and is attached in a rotationally movable manner to the inner component surrounding the latter, d. the discharge opening is provided as an opening in the outer component and is surrounded on the inner side by an end-side inner surface, and e. opposite the end-side inner surface an end surface of the inner component is provided, said end surface lying flat against the end-side inner surface, and f. at least two inflow channels are designed as inflow grooves (97B, 97D) on the end-side inner surface of the outer component and/or the end surface of the inner component, said inflow grooves being connected to an inflow region upstream of the inflow grooves (97B, 97D) or being separated therefrom depending on a rotational position of the outer component with respect to the inner component. a. the discharge head has a nasal applicator for introduction into the nostril of a user, wherein the nasal applicator has an elongate and slender shaping tapering to a distal end, and wherein a discharge opening is provided at the distal end of the nasal applicator, said discharge opening being connected to an inlet of the nasal applicator through an applicator channel of the nasal applicator, b. the nasal applicator has an inner component, and c. the nasal applicator has an outer component which is designed as a component separate from the inner component and is attached in a rotationally movable manner to the inner component surrounding the latter, d. the discharge opening is provided as an opening in the outer component and is surrounded on the inner side by an end-side inner surface, and e. opposite the end-side inner surface an end surface of the inner component is provided, said end surface lying flat against the end-side inner surface, and f. at least two inflow channels are designed as inflow grooves (97B, 97D) on the end-side inner surface of the outer component and/or the end surface of the inner component, said inflow grooves being connected to an inflow region upstream of the inflow grooves (97B, 97D) or being separated therefrom depending on a rotational position of the outer component with respect to the inner component.