mhurhangee/ep-ind-claims huggingface dataset:
A discovery message processing method, wherein the method comprises: receiving, by a first wireless network device, a discovery message sent by a second wireless network device, wherein the discovery message carries synchronization information; obtaining, by the first wireless network device, time domain location information of the discovery message; and if the first wireless network device is in an RRC connected state or has an RRC connection requirement, sending, by the first wireless network device, a feedback message corresponding to the discovery message to the second wireless network device, wherein the feedback messages is sent in a time domain location corresponding to the time domain location of the discovery message. receiving, by a first wireless network device, a discovery message sent by a second wireless network device, wherein the discovery message carries synchronization information; obtaining, by the first wireless network device, time domain location information of the discovery message; and if the first wireless network device is in an RRC connected state or has an RRC connection requirement, sending, by the first wireless network device, a feedback message corresponding to the discovery message to the second wireless network device, wherein the feedback messages is sent in a time domain location corresponding to the time domain location of the discovery message.
Offshore semi-submersible platform for supporting a wind turbine, the offshore semi-submersible platform comprising: - at least three stabilizing columns (16, 18); - a truss structure securing the at least three stabilizing columns (16, 18) to one another; - for at least one of the stabilizing columns (16, 18), a substantially horizontal perforated plate and a fastening arranged for fastening the substantially horizontal perforated plate to the stabilizing column (16, 18) at least in a working position below a bottom surface of the stabilizing column (16, 18),creating a wave load attenuation chamber being defined between the substantially horizontal perforated plate in said working position and the bottom surface of the stabilizing column (16, 18). - at least three stabilizing columns (16, 18); - a truss structure securing the at least three stabilizing columns (16, 18) to one another; - for at least one of the stabilizing columns (16, 18), a substantially horizontal perforated plate and a fastening arranged for fastening the substantially horizontal perforated plate to the stabilizing column (16, 18) at least in a working position below a bottom surface of the stabilizing column (16, 18),creating a wave load attenuation chamber being defined between the substantially horizontal perforated plate in said working position and the bottom surface of the stabilizing column (16, 18).
A series of alloyed semiconductor quantum dots, wherein each alloyed semiconductor quantum dot of the series comprises an alloy of at least two semiconductors and has a homogeneous composition, wherein at least one of the alloyed semiconductor quantum dots of the series is characterized by a band gap energy that is non-linearly related to the molar ratio of the at least two semiconductors, wherein each of the alloyed semiconductor quantum dots of the series comprises the same alloy, but varies in molar ratio of the at least two semiconductors, wherein the alloy comprises CdSeTe and has a molecular formula CdSe 1-x Te x, wherein the alloy comprises CdSSe and has a molecular formula CdS 1-x Se x, the alloy comprises CdSTe and has a molecular formula CdS 1-x Te x, the alloy comprises ZnSeTe and has a molecular formula ZnSe 1-x Te x, the alloy comprises ZnCdTe and has a molecular formula Zn 1-x Cd x Te, the alloy comprises CdHgS and has a molecular formula Cd 1-x Hg x S, the alloy comprises HgCdTe and has a molecular formula HgCdTe, the alloy comprises InGaAs and has a molecular formula InGaAs, the alloy comprises GaAlAs and has a molecular formula GaAIAs, or the alloy comprises InGaN and has a molecular formula InGaN, wherein x is any fraction between 0 and 1, wherein each of the quantum dots is conjugated to a biological agent, characterized in that the size of each quantum dot is within about 5% of the size of the average-sized quantum dot.
Sealing arrangement with a cooling device, in particular a mechanical seal, wherein the sealing arrangement comprises a first, rotating ring and a second, fixed ring, which are pressed against one another by means of a force, wherein a sealing surface is formed between the first and the second ring (1, 2), wherein a cooling device is provided on the second, fixed ring, wherein the cooling device has a first region for absorbing heat, which is in direct contact with the second ring, and a second region for dissipating heat, and also spring elements with at least two transfer points, which press the heat absorber continuously against the second ring, wherein the spring elements are formed by a heat conducting foil, characterized in that the heat absorber, the heat dissipator and the spring element are produced from a single material, in particular integrally.
A vehicle comprising: a vehicle rear door including an outer panel constituting an outer surface of the vehicle rear door; a camera (25, 55) configured to capture an image of a subject placed behind the vehicle, the camera (25, 55) being fixed to the outer panel; and a camera cleaning device including: a jet nozzle (30, 56) being placed above a lens of the camera (25, 55), the jet nozzle (30, 56) being configured to dispersedly jet washing water toward the lens; and a garnish fixed to the outer panel so as to be placed on a rear side of the outer panel in a vehicle front-rear direction, wherein the jet nozzle (30, 56) is disposed between the outer panel and the garnish, wherein the garnish includes a lower end which is inclined so as to protrude towards an upper part of the lens; a surface on a front side of the lower end of the garnish in the vehicle front-rear direction faces the jet nozzle (30, 56); a shape of the garnish is configured such that the lens is placed on a virtual downwardly and forwardly extending extension line of the lower end; and the jet nozzle (30, 56) is arranged above the lower end of the garnish, characterized in that the surface on the front side of the lower end of the garnish in the vehicle front-rear direction faces the jet nozzle (30, 56) such that a part of the washing water dispersedly jetted by the jet nozzle (30, 56) is reflected by the surface. a vehicle rear door including an outer panel constituting an outer surface of the vehicle rear door; a camera (25, 55) configured to capture an image of a subject placed behind the vehicle, the camera (25, 55) being fixed to the outer panel; and a camera cleaning device including: a jet nozzle (30, 56) being placed above a lens of the camera (25, 55), the jet nozzle (30, 56) being configured to dispersedly jet washing water toward the lens; and a garnish fixed to the outer panel so as to be placed on a rear side of the outer panel in a vehicle front-rear direction, wherein the jet nozzle (30, 56) is disposed between the outer panel and the garnish, wherein a jet nozzle (30, 56) being placed above a lens of the camera (25, 55), the jet nozzle (30, 56) being configured to dispersedly jet washing water toward the lens; and a garnish fixed to the outer panel so as to be placed on a rear side of the outer panel in a vehicle front-rear direction, wherein the jet nozzle (30, 56) is disposed between the outer panel and the garnish, wherein the garnish includes a lower end which is inclined so as to protrude towards an upper part of the lens; a surface on a front side of the lower end of the garnish in the vehicle front-rear direction faces the jet nozzle (30, 56); a shape of the garnish is configured such that the lens is placed on a virtual downwardly and forwardly extending extension line of the lower end; and the jet nozzle (30, 56) is arranged above the lower end of the garnish, characterized in that the surface on the front side of the lower end of the garnish in the vehicle front-rear direction faces the jet nozzle (30, 56) such that a part of the washing water dispersedly jetted by the jet nozzle (30, 56) is reflected by the surface.
A sensor assembly comprising: a first magnetic field sensor including a first substrate and a first elongated magnetic field sensor component extending a first length; and a second magnetic field sensor including a second substrate and a second elongated magnetic field sensor component extending a second length that is shorter than the first length, wherein the first magnetic field sensor has a greater sensitivity to a sensed magnetic field than the second magnetic field sensor, wherein the first elongated magnetic field sensor component is a first flux guide, and wherein the second elongated magnetic field sensor component is a second flux guide, wherein the first magnetic field sensor includes a first magneto-resistive sensing element positioned adjacent the first flux guide, and wherein the second magnetic field sensor includes a second magneto-resistive sensing element positioned adjacent the second flux guide. a first magnetic field sensor including a first substrate and a first elongated magnetic field sensor component extending a first length; and a second magnetic field sensor including a second substrate and a second elongated magnetic field sensor component extending a second length that is shorter than the first length, wherein the first magnetic field sensor has a greater sensitivity to a sensed magnetic field than the second magnetic field sensor, wherein the first elongated magnetic field sensor component is a first flux guide, and wherein the second elongated magnetic field sensor component is a second flux guide, wherein the first magnetic field sensor includes a first magneto-resistive sensing element positioned adjacent the first flux guide, and wherein the second magnetic field sensor includes a second magneto-resistive sensing element positioned adjacent the second flux guide.
A circuit arrangement having at least one power switch arranged on a printed circuit board which is connectable to a load, a sense element through which a sense current (I Sense) dependent on a load current (I L) flowing through the load is flowing, corresponding to a smaller part of the load current (I L), and a control and/or evaluation unit for sensing the sense current (I Sense) and for determining the load current (I L) dependent on the detected sense current (I Sense), wherein a sense zone is provided comprising a conductor path section of the printed circuit board through which the load current (I L) is flowing, and wherein the current flowing through the sense element is regulated by the control and/or evaluation unit to a value which is in a predeterminable ratio to the current flowing in the sense zone, characterized in that the control and/or evaluation unit detects the load current (I L) on the basis of the detected sense current (I Sense) and a scaling factor determined by the ratio of the resistance of the sense element to the resistance of the sense zone, and that the control and/or evaluation unit includes means to compensate for changes of the scaling factor due to temperature changes in the determination of the load current (I L).
A method for preparing a super absorbent polymer comprising the steps of: crosslinking a water-soluble ethylenically unsaturated monomer having an acidic group in which at least a part thereof is neutralized in the presence of an internal crosslinking agent to form a hydrogel polymer containing a first crosslinked polymer; drying, pulverizing and classifying the hydrogel polymer to form a base polymer power; and heat-treating and surface-crosslinking the base polymer powder in the presence of a surface crosslinking solution to form a super absorbent polymer particle, wherein the surface crosslinking solution contains a compound having two or more epoxy rings and a compound having two or more hydroxy groups in a weight ratio of 1:1 to 1:3, and the surface crosslinking solution contains water in an amount of 0.5 to 10 parts by weight based on 100 parts by weight of the base polymer powder; characterized in that the surface crosslinking solution further contains a thickener. crosslinking a water-soluble ethylenically unsaturated monomer having an acidic group in which at least a part thereof is neutralized in the presence of an internal crosslinking agent to form a hydrogel polymer containing a first crosslinked polymer; drying, pulverizing and classifying the hydrogel polymer to form a base polymer power; and heat-treating and surface-crosslinking the base polymer powder in the presence of a surface crosslinking solution to form a super absorbent polymer particle, wherein the surface crosslinking solution contains a compound having two or more epoxy rings and a compound having two or more hydroxy groups in a weight ratio of 1:1 to 1:3, and the surface crosslinking solution contains water in an amount of 0.5 to 10 parts by weight based on 100 parts by weight of the base polymer powder; characterized in that the surface crosslinking solution further contains a thickener.
A connection apparatus for establishing a fluidic connection between a storage container and another fluidic device, the connection apparatus comprising: an extracting probe for extracting liquid from said storage container; a connection piece for connecting the other fluidic device; and a support for mounting the connection apparatus on a container outlet of the storage container such that the extracting probe extends into the container outlet, wherein the support has a spatial coding structure for forming a joint of interlocking parts together with a spatially compatible counter-coding structure of a ring element embracing the container outlet, wherein only spatially compatible coding structures (30, 32) of connection apparatus and ring element permit the connection apparatus to be mounted on the storage container; wherein the spatial coding structure is a crown-like protrusion-recess structure for forming a joint of interlocking parts together with a protrusion-recess structure of the spatially suitable counter-coding structure of the ring element; and wherein the crown-like protrusion-recess structure includes two protrusions that are axially extending and two recesses. an extracting probe for extracting liquid from said storage container; a connection piece for connecting the other fluidic device; and a support for mounting the connection apparatus on a container outlet of the storage container such that the extracting probe extends into the container outlet, wherein the support has a spatial coding structure for forming a joint of interlocking parts together with a spatially compatible counter-coding structure of a ring element embracing the container outlet, wherein only spatially compatible coding structures (30, 32) of connection apparatus and ring element permit the connection apparatus to be mounted on the storage container; wherein the spatial coding structure is a crown-like protrusion-recess structure for forming a joint of interlocking parts together with a protrusion-recess structure of the spatially suitable counter-coding structure of the ring element; and wherein the crown-like protrusion-recess structure includes two protrusions that are axially extending and two recesses.
A refrigerator comprising: a cabinet having storage chamber being open to the front side of the cabinet; a drawer provided with a front panel and a storage room provided at a rear side of the front panel, the drawer is provided for opening and closing the storage chamber; a deodorizing case including an upper end part provided on an inner surface of the storage room, and a lower end part provided on an outer surface of the storage room; and a deodorizing member made of odor absorbing substance and provided inside the deodorizing case to remove an odor of the storage chamber; characterized in that the refrigerator further comprises a drawer cover partitioning an inner part of the storage room into a front space and a rear space such that in a state in which the drawer cover is mounted, a front surface and an upper surface of the rear space are covered by the drawer cover so as to be not exposed to the outside and the deodorizing case is provided in the rear space; and wherein the deodorizing case is provided integrally with the storage room.. a cabinet having storage chamber being open to the front side of the cabinet; a drawer provided with a front panel and a storage room provided at a rear side of the front panel, the drawer is provided for opening and closing the storage chamber; a deodorizing case including an upper end part provided on an inner surface of the storage room, and a lower end part provided on an outer surface of the storage room; and a deodorizing member made of odor absorbing substance and provided inside the deodorizing case to remove an odor of the storage chamber; characterized in that the refrigerator further comprises a drawer cover partitioning an inner part of the storage room into a front space and a rear space such that in a state in which the drawer cover is mounted, a front surface and an upper surface of the rear space are covered by the drawer cover so as to be not exposed to the outside and the deodorizing case is provided in the rear space; and wherein the deodorizing case is provided integrally with the storage room..
An ex vivo method for assessing whether a subject has an endometrial carcinoma, the method comprising determining a methylation state of a target gene as a biomarker in a sample derived from the endometrial tissue or cervical scraping cells of the subject, wherein the target gene is BHLHE22 or THY1; and the hypermethylation of the biomarker is an indication that the subject has an endometrial carcinoma.
An electric multi-mode power converter module, comprising a bi-directional AC/DC converter, including a first AC port; a bi-directional DC/AC converter, including a second AC port; a bi-directional DC/DC converter, including a DC port; a controller; and a DC bus for transferring power between the AC/DC converter, the DC/AC converter and the DC/DC converter; where the controller, the AC/DC converter, the DC/AC converter and the DC/DC converter are interconnected; where the power converter module may be configured to transfer power between the first AC port and the DC port and where the power converter module may be configured to transfer power between the DC port and the second AC port; characterized in that a communication bus is interconnecting the controller, the AC/DC converter, the DC/AC converter and the DC/DC converter; the controller further includes a hardware configuration port and is configured to set the power converter module in one of the following states, selected in dependency on the value read from the hardware configuration port: - a first state in which the power converter module transfers power between the first AC port and the DC port, and in which the second AC port is disabled, - a second state in which the power converter module transfers power between the DC port and the second AC port, and the first AC port is disabled, - a third state in which the power converter module transfers power between the first AC port, the second AC port and the DC port. - a first state in which the power converter module transfers power between the first AC port and the DC port, and in which the second AC port is disabled, - a second state in which the power converter module transfers power between the DC port and the second AC port, and the first AC port is disabled, - a third state in which the power converter module transfers power between the first AC port, the second AC port and the DC port.
Layer system for turbine applications, comprising a substrate having a boundary surface and at least two layers (7, 13), an inner layer on the boundary surface of the substrate, in particular directly on the boundary surface, and an outer layer on the inner layer, wherein the inner layer has a certain roughness Rs in the region of the surface to the outer layer on account of the known coating processes, in particular as a result of thermal coating processes, very particularly as a result of plasma spraying and/or as a result of HVOF, wherein the roughness Rs is defined as the difference between the highest elevation and the deepest depression of the surface, characterized in that the boundary surface has two superposed roughnesses R's and R 4 i, wherein the roughness R's is defined as the difference between the highest elevation and the deepest depression of the boundary surface and the roughness R 4 i is defined as the difference between the highest peak and the deepest trough of the boundary surface, wherein the peaks and the troughs are defined by a wavy nature of a substrate surface centerline, wherein the substrate surface centerline is defined as a line which represents the mean value of the elevations and depressions, wherein the roughness R 4 i is at least 20%, in particular at least 30%, greater than the roughness R' s, in that the maximum distance between two adjacent elevations is d' i and the smallest distance between two peaks of the boundary surface of the substrate is D' i, wherein D' i is at least 20%, in particular 30%, greater than d' i, and in that the roughness R 4 i of the boundary surface of the substrate is set in a targeted manner, or is machined, in particular is enlarged, after it has been produced, in particular after the casting, in which the inner layer is a metallic bonding layer, to which an outer ceramic layer is applied, in which the substrate has a periodicity at least in places on its boundary surface, in which the periodicity of the waviness of the boundary surface with peak and trough is at least 30% greater than the periodicity of the surface of the layer if peaks and troughs were not to be present, wherein the substrate already has a structured boundary surface as a result of the casting, this giving rise to the waviness in the boundary surface of the layer.
A method for configuring a Machine-to-Machine, 'M2M', system, comprising an M2M frontend with one or more gateways and an M2M backend, characterized by the steps of a) Specifying, by an operator entity, one or more targets to be achieved in said M2M system by said one or more gateways of the M2M frontend, b) Specifying, by a stylesheet-providing entity, one or more stylesheets for said gateways of the M2M frontend representing information for interpretation of general gateway configurations for said gateways, c) Calculating, by a description entity, one or more descriptions representing an impact of one or more gateway operational parameters on said specified targets, d) Calculating, by a configuration entity such as a file server, said general gateway configurations for a plurality of gateways by evaluating said descriptions with respect to said targets and e) Providing specific gateway configurations by applying the specified stylesheets on the determined general gateway configurations by a gateway management entity (GWMM). a) Specifying, by an operator entity, one or more targets to be achieved in said M2M system by said one or more gateways of the M2M frontend, b) Specifying, by a stylesheet-providing entity, one or more stylesheets for said gateways of the M2M frontend representing information for interpretation of general gateway configurations for said gateways, c) Calculating, by a description entity, one or more descriptions representing an impact of one or more gateway operational parameters on said specified targets, d) Calculating, by a configuration entity such as a file server, said general gateway configurations for a plurality of gateways by evaluating said descriptions with respect to said targets and e) Providing specific gateway configurations by applying the specified stylesheets on the determined general gateway configurations by a gateway management entity (GWMM).