mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a user equipment of a long term evolution, LTE, system, the method comprising: receiving a resource grant from an access node, wherein the resource grant includes a field identifying a first carrier index indicating a first carrier or a second carrier index indicating a second carrier included in the resource grant; and monitoring, on the first carrier, a first carrier search space including a first group of physical downlink control channel, PDCCH, candidates, and a second carrier search space including a second group of PDCCH candidates, wherein the first group of PDCCH candidates is used to transmit resource grants for the first carrier and the second group of PDCCH candidates is used to transmit resource grants for the second carrier; characterized by: determining, when the first and second groups of PDCCH candidates have an overlapping PDCCH candidate, that the overlapping PDCCH candidate is used to transmit resource grants for the first or second carrier based on priorities of the first or second carrier. receiving a resource grant from an access node, wherein the resource grant includes a field identifying a first carrier index indicating a first carrier or a second carrier index indicating a second carrier included in the resource grant; and monitoring, on the first carrier, a first carrier search space including a first group of physical downlink control channel, PDCCH, candidates, and a second carrier search space including a second group of PDCCH candidates, wherein the first group of PDCCH candidates is used to transmit resource grants for the first carrier and the second group of PDCCH candidates is used to transmit resource grants for the second carrier; characterized by: determining, when the first and second groups of PDCCH candidates have an overlapping PDCCH candidate, that the overlapping PDCCH candidate is used to transmit resource grants for the first or second carrier based on priorities of the first or second carrier.
Sanitary valve with - a water inlet, - a water outlet, - a membrane valve, which is arranged between the water inlet and the water outlet, wherein the membrane valve comprises - a valve seat - an equalisation opening, - a control opening and - a control plunger, wherein through pressure actuation the control plunger can be brought into a first and into a second stable position, wherein in the first position the control plunger closes the control opening and in the second position maintains a flow through it, and - an adjusting device, with which, by way of a rotational movement, the flow through the sanitary valve when the membrane valve is open, can be changed, wherein the adjusting device comprises a throughflow element, wherein the throughflow element comprises at least one throughflow opening and is assigned to the water inlet or to the water outlet, wherein the at least one throughflow opening of the throughflow element can be brought into different rotary positions through the rotational movement, characterised in that the control plunger is firmly connected to an actuating cap. - a water inlet, - a water outlet, - a membrane valve, which is arranged between the water inlet and the water outlet, wherein the membrane valve comprises - a valve seat - an equalisation opening, - a control opening and - a control plunger, wherein through pressure actuation the control plunger can be brought into a first and into a second stable position, wherein in the first position the control plunger closes the control opening and in the second position maintains a flow through it, and - a valve seat - an equalisation opening, - a control opening and - a control plunger, wherein through pressure actuation the control plunger can be brought into a first and into a second stable position, wherein in the first position the control plunger closes the control opening and in the second position maintains a flow through it, and - an adjusting device, with which, by way of a rotational movement, the flow through the sanitary valve when the membrane valve is open, can be changed, wherein the adjusting device comprises a throughflow element, wherein the throughflow element comprises at least one throughflow opening and is assigned to the water inlet or to the water outlet, wherein the at least one throughflow opening of the throughflow element can be brought into different rotary positions through the rotational movement, characterised in that the control plunger is firmly connected to an actuating cap.
A washing machine, comprising: a washing tub that holds laundry; a moving magnet connected to or with the washing tub that horizontally reciprocates and/or oscillates together with the washing tub; a horizontal guide that supports the moving magnet and guides the moving magnet; an electromagnet having a magnetic field configured to horizontally move the moving magnet by magnetic force; and a controller configured to control a current supplied to the electromagnet, causing the magnetic field of the electromagnet to switch direction, which causes the moving magnet to horizontally reciprocate and/or oscillate characterized by at least one damper between the washing tub and the moving magnet configured to dampen vertical movement and/or vibration of the washing tub and support the washing tub and/or the moving magnet, wherein the moving magnet has a contact member that contacts a lower surface of the washing tub, wherein both sides of the contact member are inclined. a washing tub that holds laundry; a moving magnet connected to or with the washing tub that horizontally reciprocates and/or oscillates together with the washing tub; a horizontal guide that supports the moving magnet and guides the moving magnet; an electromagnet having a magnetic field configured to horizontally move the moving magnet by magnetic force; and a controller configured to control a current supplied to the electromagnet, causing the magnetic field of the electromagnet to switch direction, which causes the moving magnet to horizontally reciprocate and/or oscillate
A hydrogel comprising: - an antimicrobial agent, and - a cross-linkable urethane-based polymer represented by formula wherein each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol), poly(vinyl pyrrolidone), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof. - an antimicrobial agent, and - a cross-linkable urethane-based polymer represented by formula wherein each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol), poly(vinyl pyrrolidone), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof. each occurrence of X and Y is independently a moiety comprising one or more of the following: acrylate groups, (multi)methacrylate groups, (multi)acrylate group, thiolactones and thiol-ene crosslinkable groups; each occurrence of Spacer is independently selected from the list comprising: oligo(ethylene oxide), oligo(propylene oxide), oligo(caprolactone), oligo(lactide) and oligo(glycolide); m and n are each independently from 1-6; p is from 1-10; and each occurrence of Backbone is independently selected from the list comprising poly(ethylene glycol), poly(vinyl pyrrolidone), poly(N-vinyl caprolactam) (PNVCL), or a combination thereof.
Expandable insulating element for acoustically insulating an opening and/or a cavity in a vehicle or building, having a carrier element and an expandable material, wherein the carrier element has multiple apertures, wherein, in the non-expanded state, only one surface of the carrier element is at least partially covered with expandable material, wherein the expandable material, in the expanded state, is expanded over peripheral regions of that surface of the carrier element that is opposite the surface of the carrier element at least partially covered with expandable material, characterized in that, in the non-expanded state, the expandable material at least partially fills the apertures, wherein the surface-area proportion of the apertures amounts to 20% to 70% of the overall surface of the carrier element, and wherein the opposite surface is 50% to 95% covered with expandable material.
An industrial control system, comprising: an industrial control component (24; 320), including a programmable logic controller, PLC, adapted to communicate across a network (30; 330) via a data format associated with a database, the PLC comprising a protocol converter (46; 210; 354; 430), the protocol converter being adapted to translate between the data format associated with the database and one or more industrial control data structures and protocols; and a client to communicate with the PLC in accordance with the data format associated with the database, wherein control data from the PLC of the industrial control component is exchanged with the database, wherein the PLC is adapted as at least a server in order to exchange the data with the database, wherein the protocol converter is adapted to translate between a row and column format and the industrial control data structures and protocols, and wherein the client is adapted to access the PLC of the industrial control component via a query that employs the data format associated with the database. an industrial control component (24; 320), including a programmable logic controller, PLC, adapted to communicate across a network (30; 330) via a data format associated with a database, the PLC comprising a protocol converter (46; 210; 354; 430), the protocol converter being adapted to translate between the data format associated with the database and one or more industrial control data structures and protocols; and a client to communicate with the PLC in accordance with the data format associated with the database, wherein control data from the PLC of the industrial control component is exchanged with the database, wherein the PLC is adapted as at least a server in order to exchange the data with the database, wherein the protocol converter is adapted to translate between a row and column format and the industrial control data structures and protocols, and wherein the client is adapted to access the PLC of the industrial control component via a query that employs the data format associated with the database.
A modular automatic warehouse for storing products and articles to be stored, said warehouse comprising at least one module, said at least one module comprising two opposed elements (70, 80) having a parallelepiped shape, each element being delimited by respective vertical uprights, each of said opposed elements having a pair of structural sides each defining a plurality of substantially horizontal seats or guides for the introduction and/or extraction of a respective plurality of shelves or drawers adapted to contain said articles to be stored, said opposed elements (70, 80) being separated by a compartment inside which at least one elevator operates, the elevator being vertically slidable and arranged on movement means activated by motorisation units able to translate said at least one elevator from a lowered position to a raised position in order to move to a location of said drawers, whereby the at least one module has a parallelepiped shape delimited by said vertical uprights, wherein said at least one module further comprises a means (36, 36', 45, 73) for translating at least one at a time of said drawers towards further similar adjacent modules in turn provided with a means (36, 36', 45, 73) for translating the drawers to be displaced, and wherein said translating means (36, 36', 45, 73) acts only inside said compartment which is open at least in the translation direction from one module to the other module.
A front vehicle body structure comprising: a front side frame extending in a front-rear direction of the vehicle body; a lower dashboard panel provided on a rear portion of the front side frame and partitioning between an engine room and a passenger compartment; a side sill extending in the front-rear direction of the vehicle body along a side edge of a floor panel provided behind the lower dashboard panel; and a tunnel portion provided on a middle region, in a vehicle width direction, of the floor panel and extending from the lower dashboard panel in the front-rear direction of the vehicle body, the front side frame having, in a rear region thereof, a bend portion sloping downward, along the lower dashboard panel, in a direction toward the rear of the vehicle body, the bend portion having, in a rear region thereof, a branch portion where a side-sill-side extension curved toward the side sill and a tunnel-side extension bent toward the tunnel portion are branched at substantially equal angles (θ1, θ2), a load support portion of a triangular shape being formed behind the branch portion and between the side-sill-side extension and the tunnel-side extension, characterized in that a rear end support portion is provided on the bend portion in front of the load support portion for supporting a rear end of a sub frame supported by the front side frame, wherein the triangular shaped load support portion is formed integrally from the tunnel-side extension. a front side frame extending in a front-rear direction of the vehicle body; a lower dashboard panel provided on a rear portion of the front side frame and partitioning between an engine room and a passenger compartment; a side sill extending in the front-rear direction of the vehicle body along a side edge of a floor panel provided behind the lower dashboard panel; and a tunnel portion provided on a middle region, in a vehicle width direction, of the floor panel and extending from the lower dashboard panel in the front-rear direction of the vehicle body, the front side frame having, in a rear region thereof, a bend portion sloping downward, along the lower dashboard panel, in a direction toward the rear of the vehicle body, the bend portion having, in a rear region thereof, a branch portion where a side-sill-side extension curved toward the side sill and a tunnel-side extension bent toward the tunnel portion are branched at substantially equal angles (θ1, θ2), a load support portion of a triangular shape being formed behind the branch portion and between the side-sill-side extension and the tunnel-side extension, characterized in that a rear end support portion is provided on the bend portion in front of the load support portion for supporting a rear end of a sub frame supported by the front side frame, wherein the triangular shaped load support portion is formed integrally from the tunnel-side extension.
Food preparation household electrical appliance consisting of a working receptacle comprising a bottom receiving a rotary tool rotated by a motor and an open upper end through which ingredients may be inserted into the working receptacle, a heater for heating the contents of the working receptacle and a basket for steam cooking which sits in the working receptacle above the rotary tool, characterised in that said rotary tool can be removed from the working receptacle and in that said basket has a bottom with an orifice which is penetrated by a gripping member of the rotary tool when the basket rests in the working receptacle.
Accessory for a hammer drill, said accessory having an elongate shape along an axis A and including a first longitudinal end for an SDS type connection and a second longitudinal end including a cavity with axis A and a cross section of hexagonal shape configured to receive a nut of a wallbolt to be hammered, characterized in that it further comprises a finger with axis A extending in said cavity, this finger being intended to have an outside diameter less than the inside diameter of said nut and being configured to bear axially on one end of a threaded body of said wallbolt to transmit blows.
Method for determining complex spectral lines A i, each belonging to a spectral component A i ·e jωit having a spectral angular frequency ω i of an ideal noise-free signal x (t), in which a noisy signal m (t) corresponding to the ideal noise-free signal x (t) is measured over an observation time and a system of linear equations is produced by minimizing the mean square error | m (t)- x (t)| 2 between the noisy signal m (t) and the ideal noise-free signal x (t) over the observation time by means of the maximum-likelihood method, whose numerically determined solution vector A contains the complex spectral lines A i.
A soluble zinc polyphosphate complex in a solvent, wherein the ingredients comprise: zinc chloride; and sodium hexametaphosphate; wherein the relative amounts of zinc chloride and sodium hexametaphosphate provide a phosphorus to zinc mole ratio of 15:1 to 25:1. zinc chloride; and sodium hexametaphosphate; wherein the relative amounts of zinc chloride and sodium hexametaphosphate provide a phosphorus to zinc mole ratio of 15:1 to 25:1.
A composition comprising a 5-ALA ester, or a pharmaceutically acceptable salt thereof, for use in photodynamic therapy on an animal for the treatment of infections, wherein said PDT comprises: (a) administration of the composition to said animal; and (b) exposure of said animal to photoactivating light, wherein: (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2; and wherein said 5-ALA ester is a compound of general formula I: R 2 2 N-CH 2 COCH 2 -CH 2 CO-OR 1 (wherein R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom). (a) administration of the composition to said animal; and (b) exposure of said animal to photoactivating light, wherein: (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2; and wherein said 5-ALA ester is a compound of general formula I: R 2 2 N-CH 2 COCH 2 -CH 2 CO-OR 1 (wherein R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom). (i) said composition comprises said 5-ALA ester in a concentration of 0.5 to 8 % wt, and (ii) exposure of said animal to photoactivating light is carried out with a light source having a fluence rate of 5 to 40 mW/cm 2; R 1 represents an unsubstituted C 1-6 alkyl group; and each R 2 represents a hydrogen atom).
A system for performing film structure measurement on an eye, the system comprising: a broadband light source configured to illuminate a tear film on a cornea of the eye; a spectrometer configured to receive visible and near infrared reflected light from at least one point of the cornea; a color camera configured to receive visible reflected light from a large field of view of the cornea, so as to obtain color information for all points of the cornea that are imaged by the color camera; and a processing unit coupled to the camera and to the spectrometer and configured, using 3D electromagnetic simulation, to analyze the reflected light being a combined visible - near infrared spectrum received by the spectrometer and the camera, by iteratively comparing the received reflected light to a simulated measurement until a best fit is obtained for corneal structure parameters, and in that way to calculate simultaneously the thicknesses of the Lipid layer and the Aqueous layer. a broadband light source configured to illuminate a tear film on a cornea of the eye; a spectrometer configured to receive visible and near infrared reflected light from at least one point of the cornea; a color camera configured to receive visible reflected light from a large field of view of the cornea, so as to obtain color information for all points of the cornea that are imaged by the color camera; and a processing unit coupled to the camera and to the spectrometer and configured, using 3D electromagnetic simulation, to analyze the reflected light being a combined visible - near infrared spectrum received by the spectrometer and the camera, by iteratively comparing the received reflected light to a simulated measurement until a best fit is obtained for corneal structure parameters, and in that way to calculate simultaneously the thicknesses of the Lipid layer and the Aqueous layer.
Strip-light luminaire, comprising - a support rail extending along a longitudinal axis, - alight source arranged on the support rail for a downwards light emission - at least one light module (3, 3', 3") for an upwards light emission, and - an electric conductor element to supply power to the at least one lighting module (3, 3', 3") which extends along the longitudinal axis, wherein the at least one light module (3, 3', 3") comprises holding means to hold the at least one lighting module (3, 3', 3") on the support rail, wherein the light module comprises a light emitting element for direct production of the light emission, as well as a positioning element to facilitate the positioning of the light emitting element relative to the electric conductor element, characterized in that, the positioning element is so designed that it can be moved from an open state to a closed state, wherein it only provides a passage opening for the electric conductor element in the closed state, wherein the strip-light luminaire is so designed that the positioning element may be moved along the electrical conductor element when the electric conductor element is ledthrough the passage opening and the light emitting element is not connected with the positioning element. - a support rail extending along a longitudinal axis, - alight source arranged on the support rail for a downwards light emission - at least one light module (3, 3', 3") for an upwards light emission, and - an electric conductor element to supply power to the at least one lighting module (3, 3', 3") which extends along the longitudinal axis,