mhurhangee/ep-ind-claims huggingface dataset:
A propeller component comprising a trailing edge, a chord, an external surface (26; 28) exposed in use to an oncoming airstream, and a protective polymeric film applied over the entire exposed external surface (26; 28) of the component (8; 14), wherein the protective polymeric film has first and second end portions (32, 34), the propeller component being a blade airfoil of a propeller blade, characterised by: the first and second end portions (32, 34) overlapping in a joint area, the joint area being in a low erosion area of the external surface (26; 28), defined by a trailing edge area which extends from the trailing edge by half of the chord.
A roller guide, especially for a sliding door, comprising at least one roller which is rotatably mounted on a carriage and which rolls on a floor of a guide rail of the roller guide, wherein the roller can be displaced from a closed position into an opening area, wherein the floor of the guide rail is formed in such a way that the contact surface (11, 12) of the roller on the floor in the closed position is offset relative to the opening area in the axial direction of the rotational axis of the roller in such a way that in the closed position a different contact surface is provided on the roller than in the opening area, characterized in that the rotational axis of the roller is arranged in the opening area and in the closed position relative to the guide rail at the same height.
An improved atomizing electronic cigarette, comprising a housing having a power supply unit, an atomizing core component and a liquid storage component, an air facilitation inlet being arranged on the housing (8, 8'), one end of the housing (8, 8') being provided with an air suction port (a), wherein the air facilitation inlet and the air suction port (a) form an air circulation path, the atomizing core component comprises a liquid permeating component contacted with the liquid storage component to permeate liquid to the liquid permeating component, and an electric heater operable to atomize liquid in the liquid permeating component, wherein the liquid storage component internally has a channel through which the atomized gas flows, and the electric heater of the atomizing core component is directly inserted into the channel, characterized in that the liquid permeating component is sleeved on the electric heater, a through hole through which gas flows is arranged in the atomizing core component, and the through hole is made up of the structure of the electric heater.
A method for remotely configuring a Precision Time Protocol, PTP, service of an Optical Network Unit, ONU, characterized by comprising: after an ONU performs an initialization, the ONU creating a PTP management entity; the ONU receiving a PTP management entity attribute sent by an OLT and set by the OLT; wherein the PTP management entity attribute comprises PTP management entity identification, administrative state representing whether a port PTP service is enabled, PTP state representing a port PTP state being master, slave or passive, transport type representing a PTP service package type, far-end MAC, near-end MAC, near-end IP, far-end IP, transit mode being unicast or multicast, TCI representing PTP service tag information, synchronization step, PTP priority and clock class whose value range is 0-255; and the ONU parsing the PTP management entity attribute sent by the OLT and setting a corresponding PTP service according to the PTP management entity attribute. after an ONU performs an initialization, the ONU creating a PTP management entity; the ONU receiving a PTP management entity attribute sent by an OLT and set by the OLT; wherein the PTP management entity attribute comprises PTP management entity identification, administrative state representing whether a port PTP service is enabled, PTP state representing a port PTP state being master, slave or passive, transport type representing a PTP service package type, far-end MAC, near-end MAC, near-end IP, far-end IP, transit mode being unicast or multicast, TCI representing PTP service tag information, synchronization step, PTP priority and clock class whose value range is 0-255; and the ONU parsing the PTP management entity attribute sent by the OLT and setting a corresponding PTP service according to the PTP management entity attribute.
Clamping system for accessories on a Picatinny rail, wherein the clamping system has - at least one base body having at least one transverse bore, and - at least one transverse bolt or at least one transverse screw, wherein the transverse bolt or the transverse screw engage through the transverse bore the base body and - the transverse bolt or the transverse screw has a stop web (14a, 14b) which, in the mounted state on the Picatinny rail, can be engaged in a groove of the Picatinny rail, characterized in that the transverse bolt and the transverse screw are provided with at least one respective internal thread (17a, 17b, 17c, 17d) which serves for fastening in the base body by means of screws (16a, 16b) and the transverse bore is assigned at least one countersink (15a, 15b) by which, using in each case one of the screws (16a, 16b), the transverse screw or the transverse bolt is fastened to the base body. - at least one base body having at least one transverse bore, and - at least one transverse bolt or at least one transverse screw, wherein - the transverse bolt or the transverse screw has a stop web (14a, 14b) which, in the mounted state on the Picatinny rail, can be engaged in a groove of the Picatinny rail,
An imaging marker (60") comprising: a marker portion configured to mark a site within a soft tissue mass and a drug-eluting portion (64") comprising a drug, with at least one of the marker portion and the drug-eluting portion being imageable; and a body (60") formed at least in part by the marker portion (62") and the drug eluting portion (64"), with the body configured for implantation into the soft tissue mass, wherein the marker portion comprises a structure that resists migration of the marker from the site, wherein the marker portion is a hollow tube which encapsulates the drug-eluting portion, characterized in that, the hollow tube incorporate multiple pores, wherein each pore extends through the tube wall to allow the drug to pass therethrough. a marker portion configured to mark a site within a soft tissue mass and a drug-eluting portion (64") comprising a drug, with at least one of the marker portion and the drug-eluting portion being imageable; and a body (60") formed at least in part by the marker portion (62") and the drug eluting portion (64"), with the body configured for implantation into the soft tissue mass, wherein the marker portion comprises a structure that resists migration of the marker from the site, wherein the marker portion is a hollow tube which encapsulates the drug-eluting portion, characterized in that, the hollow tube incorporate multiple pores, wherein each pore extends through the tube wall to allow the drug to pass therethrough.
A method of making compounds of Formula III, or salts thereof, including the step of: contacting compounds of Formula IIa with a preformed organometallic reagent, to afford compounds of Formula III, or salts thereof; wherein R 1 is or Br; wherein R 2 and R 3 are selected from -OCH 3, -CH 3, -CH 2 CH 3 or joined together to form a morpholine ring; preferably wherein the preformed organometallic reagent is formed by a metal halogen exchange reaction of 1-bromo-2,4-difluorobenzene with one of magnesium, n -butyllithium, and isopropylmagnesium chloride; or wherein the step of contacting compounds of Formula IIa with the preformed organometallic reagent further includes an aprotic solvent; or wherein the aprotic solvent is one of diethyl ether and tetrahydrofuran; or wherein the step of contacting compounds of Formula IIa with the preformed organometallic reagent is carried out at 0°C. contacting compounds of Formula IIa with a preformed organometallic reagent, to afford compounds of Formula III, or salts thereof; wherein R 1 is or Br; wherein R 2 and R 3 are selected from -OCH 3, -CH 3, -CH 2 CH 3 or joined together to form a morpholine ring; preferably wherein the preformed organometallic reagent is formed by a metal halogen exchange reaction of 1-bromo-2,4-difluorobenzene with one of magnesium, n -butyllithium, and isopropylmagnesium chloride; or wherein the step of contacting compounds of Formula IIa with the preformed organometallic reagent further includes an aprotic solvent; or wherein the aprotic solvent is one of diethyl ether and tetrahydrofuran; or wherein the step of contacting compounds of Formula IIa with the preformed organometallic reagent is carried out at 0°C.
An in vitro method of diagnosing or determining risk of developing secondary progressive multiple sclerosis (SPMS) in a subject, the method comprising: detecting a level of lactosylceramide (LacCer) in a sample from a subject; comparing the level of LacCer in the sample to a reference level of LacCer that represents a level of LacCer in a control subject who has or is at risk of developing SPMS, and diagnosing SPMS in a subject or identifying a subject as at risk of developing SPMS when the level of LacCer in the sample is above the reference level. detecting a level of lactosylceramide (LacCer) in a sample from a subject; comparing the level of LacCer in the sample to a reference level of LacCer that represents a level of LacCer in a control subject who has or is at risk of developing SPMS, and diagnosing SPMS in a subject or identifying a subject as at risk of developing SPMS when the level of LacCer in the sample is above the reference level.
A method for applying an adhesive coating to the surface of an object, said method comprising the steps of: a) providing a composition comprising a solution of a polymer, wherein at least 1 wt% of said polymer based on the molecular weight Mw are catechol groups, and wherein the concentration of said polymer in said composition is from 0.1 to 250 mg/ml, wherein the polymer is at least one protein selected from the group consisting of foot protein 1, foot protein 2, foot protein 3, foot protein 4, and foot protein 5, derived from a Mytilus specie, b) adjusting the pH of the composition to a value from about 6 to about 7, either (i) before applying the composition to the surface to be coated or (ii) after applying the composition to the surface to be coated, c) applying the composition at least partially to the surface to be coated to obtain an adhesive coating on at least a part of the surface, d) drying the adhesive coating, e) i) bringing an aqueous solution into contact with the dried adhesive coating to obtain a wetted adhesive coating or ii) bringing the coating into contact with a water-containing object to obtain a wetted adhesive coating. f) bringing the wetted adhesive coating into contact with at least one other surface and wherein the surfaces are kept in contact for sufficiently long time for curing to occur. a) providing a composition comprising a solution of a polymer, wherein at least 1 wt% of said polymer based on the molecular weight Mw are catechol groups, and wherein the concentration of said polymer in said composition is from 0.1 to 250 mg/ml, wherein the polymer is at least one protein selected from the group consisting of foot protein 1, foot protein 2, foot protein 3, foot protein 4, and foot protein 5, derived from a Mytilus specie, b) adjusting the pH of the composition to a value from about 6 to about 7, either (i) before applying the composition to the surface to be coated or (ii) after applying the composition to the surface to be coated, c) applying the composition at least partially to the surface to be coated to obtain an adhesive coating on at least a part of the surface, d) drying the adhesive coating, e) i) bringing an aqueous solution into contact with the dried adhesive coating to obtain a wetted adhesive coating or ii) bringing the coating into contact with a water-containing object to obtain a wetted adhesive coating. f) bringing the wetted adhesive coating into contact with at least one other surface and wherein the surfaces are kept in contact for sufficiently long time for curing to occur.
Optoelectronic semiconductor device with - a plurality of radiation-emitting semiconductor chips, in particular arranged in a matrix-like manner, wherein the semiconductor chips are mounted on a common carrier, and wherein the semiconductor chips each have a radiation exit surface facing away from the carrier, - a plurality of converter elements arranged downstream of the semiconductor chips for converting electromagnetic radiation emitted by the semiconductor chips, - exactly one scattering element for diffusely scattering electromagnetic radiation emitted by the semiconductor chips, which covers all semiconductor chips, wherein the exactly one scattering element has a contiguous radiation exit surface, wherein - the exactly one scattering element is a light scattering film or a light scattering platelet, and - the exactly one scattering element is in direct contact with the converter elements, - the converter elements and the exactly one scattering element form a composite which is applied to the associated semiconductor chips by means of an adhesive, so that each converter element is uniquely assigned to a semiconductor chip, wherein the converter elements exclusively cover the radiation exit surfaces of the associated semiconductor chips, so that the converter elements do not cover side surfaces of the associated semiconductor chips, wherein the side surfaces extend transversely to the radiation exit surfaces. - a plurality of radiation-emitting semiconductor chips, in particular arranged in a matrix-like manner, wherein the semiconductor chips are mounted on a common carrier, and wherein the semiconductor chips each have a radiation exit surface facing away from the carrier, - a plurality of converter elements arranged downstream of the semiconductor chips for converting electromagnetic radiation emitted by the semiconductor chips, - exactly one scattering element for diffusely scattering electromagnetic radiation emitted by the semiconductor chips, which covers all semiconductor chips, wherein the exactly one scattering element has a contiguous radiation exit surface, wherein - the exactly one scattering element is a light scattering film or a light scattering platelet, and - the exactly one scattering element is in direct contact with the converter elements, - the converter elements and the exactly one scattering element form a composite which is applied to the associated semiconductor chips by means of an adhesive, so that each converter element is uniquely assigned to a semiconductor chip, wherein the converter elements exclusively cover the radiation exit surfaces of the associated semiconductor chips, so that the converter elements do not cover side surfaces of the associated semiconductor chips, wherein the side surfaces extend transversely to the radiation exit surfaces.
A load cell assembly configured to measure an axial load in the direction of a central axis of a load cell body, the load cell assembly comprising - a load cell body having a first end and a second end, a load transmission member configured to transfer the load of a weighed installation to the load cell body in a direction coaxial with the central axis of the load cell body, characterized in that - a first connection arrangement (9,10) configured to securely attach the first end of the load cell body to a base, - a second connection arrangement (13,14,15) configured to attach a second end of the load cell body to the load transmission member, - wherein the load transmission member comprises a first coupling member (13,14) and the load cell body comprises a second coupling member, which are configured to secure the load transmission member to the second end of the load cell body, - the first (13,14) and the second coupling members are configured to provide a margin/latitude between the first (13,14) and second coupling members and configured to allow the load transmission member to tilt at an angle relative to the central axis of the load cell body. - a load cell body having a first end and a second end, a load transmission member configured to transfer the load of a weighed installation to the load cell body in a direction coaxial with the central axis of the load cell body, characterized in that - a first connection arrangement (9,10) configured to securely attach the first end of the load cell body to a base, - a second connection arrangement (13,14,15) configured to attach a second end of the load cell body to the load transmission member, - wherein the load transmission member comprises a first coupling member (13,14) and the load cell body comprises a second coupling member, which are configured to secure the load transmission member to the second end of the load cell body, - the first (13,14) and the second coupling members are configured to provide a margin/latitude between the first (13,14) and second coupling members and configured to allow the load transmission member to tilt at an angle relative to the central axis of the load cell body.
A fixing element for a fitting part of an espagnolette fitting in a fitting groove with a fixing section for fastening to the fitting part and with spring-loaded legs for support in the fitting groove, characterized in that the fixing element is fastened on an upper part and the spring-loaded legs is fastened on a lower part and in that the upper part and the lower part are connected to each other, so that the upper part and the lower part are adaptable for their respective function and can be combined for the respective combination of fitting part and fitting groove.
A method for sending an address resolution protocol, ARP, request packet, wherein the method is performed by a layer 3 switch configured with an aggregated virtual local area network, VLAN, the aggregated VLAN has a VLAN identifier, VLAN ID, and contains a plurality of VLANs, and the method comprises: searching (101, 202, 302, 402, 502) correspondence between IP address information and the VLANs in the aggregated VLAN according to a destination Internet protocol, IP, address in an ARP request packet, so as to determine if there is a VLAN in the aggregated VLAN that corresponds to the destination IP address; if a VLAN in the aggregated VLAN that corresponds to the destination IP address is obtained, sending (102, 204, 304, 404, 504) the ARP request packet to only the obtained VLAN in the aggregated VLAN; if a VLAN in the aggregated VLAN that corresponds to the destination IP address cannot be obtained, sending (103, 205, 305, 405, 505) the ARP request packet to all VLANs in the aggregated VLAN. searching (101, 202, 302, 402, 502) correspondence between IP address information and the VLANs in the aggregated VLAN according to a destination Internet protocol, IP, address in an ARP request packet, so as to determine if there is a VLAN in the aggregated VLAN that corresponds to the destination IP address; if a VLAN in the aggregated VLAN that corresponds to the destination IP address is obtained, sending (102, 204, 304, 404, 504) the ARP request packet to only the obtained VLAN in the aggregated VLAN; if a VLAN in the aggregated VLAN that corresponds to the destination IP address cannot be obtained, sending (103, 205, 305, 405, 505) the ARP request packet to all VLANs in the aggregated VLAN.
A wind power generator comprising: - a tower having a top end portion and a bottom end portion, the bottom end portion being fixed to a base; - a power generator main body supported by the top end portion side of the tower; - a rotor having a hub rotatably supported by the power generator main body, and a plurality of blades each of which extends radially from the rotor, wherein the rotor rotates when the blades receive wind; - a power generator provided on the power generator main body and driven by a rotation of the rotor to generate electric power; and - a portion which is adjacent to the radial root end of each blade is inclined toward the downwind side relative to an imaginary plane surface which is perpendicular to the rotational axis of the rotor so that the blades are attached to the hub with a coning angle (θ), - wherein the rotor is located on a downwind side relative to the power generator main body, - wherein each of the blades has a radial root end portion fixed to the hub, a radial tip end portion, and a middle section which extends between the radial root end portion and the radial tip end portion, characterized in that - the middle section of each blade is curved such that in an unloaded state, the middle section protrudes toward the downwind side relative to an imaginary straight line that connects the root end portion and the tip end portion. - a tower having a top end portion and a bottom end portion, the bottom end portion being fixed to a base; - a power generator main body supported by the top end portion side of the tower; - a rotor having a hub rotatably supported by the power generator main body, and a plurality of blades each of which extends radially from the rotor, wherein the rotor rotates when the blades receive wind; - a power generator provided on the power generator main body and driven by a rotation of the rotor to generate electric power; and - a portion which is adjacent to the radial root end of each blade is inclined toward the downwind side relative to an imaginary plane surface which is perpendicular to the rotational axis of the rotor so that the blades are attached to the hub with a coning angle (θ), - a power generator provided on the power generator main body and driven by a rotation of the rotor to generate electric power; and - a portion which is adjacent to the radial root end of each blade is inclined toward the downwind side relative to an imaginary plane surface which is perpendicular to the rotational axis of the rotor so that the blades are attached to the hub with a coning angle (θ), - wherein the rotor is located on a downwind side relative to the power generator main body, - wherein each of the blades has a radial root end portion fixed to the hub, a radial tip end portion, and a middle section which extends between the radial root end portion and the radial tip end portion, - the middle section of each blade is curved such that in an unloaded state, the middle section protrudes toward the downwind side relative to an imaginary straight line that connects the root end portion and the tip end portion.
A heating unit for a washing machine, the heating unit comprising: a casing, a pump received in the casing for pumping a washing liquid through the casing, a fuse, a thermally conductive element for transferring heat to the washing liquid in the casing, and a temperature regulator, the temperature regulator comprising a thermostat and being capable of supplying energy in the form of heat to the thermally conductive element, if a target temperature of the thermally conductive element is below a first temperature limit, wherein the fuse and the temperature regulator are arranged thermally conductive with the thermally conductive element, the fuse being electrically connected to the temperature regulator and configured to trigger and stop the energy supply to the temperature regulator, if a trigger temperature of the fuse is reached by the thermally conductive element, wherein the heating unit comprises an electronic temperature sensing device being arranged thermally conductive with the thermally conductive element to detect and record the temperature of the thermally conductive element over time in order to provide information about the operating condition of the washing machine-, wherein the electronic temperature sensing device is electrically connected to the fuse and the temperature regulator, said electronic temperature sensing device being configured to stop the energy supply to the temperature regulator, if the temperature of the thermally conductive element reaches a second temperature limit, whereby the second limit temperature is below the trigger temperature of the fuse, wherein the temperature sensing device is positioned at the fuse.