mhurhangee/ep-ind-claims huggingface dataset:
Drug delivery device for administering a drug, comprising: - a body adapted to retain a cartridge containing a drug, - at least one electrical unit and a port for electrically contacting the electrical unit, - an adapter for attaching an injection needle to the drug delivery device, - a safety mechanism (S1 to S6) arranged to prevent access to the port whilst an injection needle is in fluid communication with the cartridge and / or arranged to prevent establishing a fluid communication between an injection needle and the cartridge whilst the port is accessible, characterized in that the body comprises an inner body (2.1) slidable within an outer body (2.2) between a proximal position and a distal position, wherein the adapter is arranged on the inner body (2.1), and wherein the cartridge and the port are fixed to the outer body (2.2), wherein a first opening is provided in the outer body (2.2) for accessing the port, wherein a sliding cover is fixed to the inner body (2.1) such that the cover closes the first opening when the inner body (2.1) is in the proximal position and that the cover reveals the first opening when the inner body (2.1) is in the distal position. - a body adapted to retain a cartridge containing a drug, - at least one electrical unit and a port for electrically contacting the electrical unit, - an adapter for attaching an injection needle to the drug delivery device, - a safety mechanism (S1 to S6) arranged to prevent access to the port whilst an injection needle is in fluid communication with the cartridge and / or arranged to prevent establishing a fluid communication between an injection needle and the cartridge whilst the port is accessible, characterized in that the body comprises an inner body (2.1) slidable within an outer body (2.2) between a proximal position and a distal position, wherein the adapter is arranged on the inner body (2.1), and wherein the cartridge and the port are fixed to the outer body (2.2), wherein a first opening is provided in the outer body (2.2) for accessing the port, wherein a sliding cover is fixed to the inner body (2.1) such that the cover closes the first opening when the inner body (2.1) is in the proximal position and that the cover reveals the first opening when the inner body (2.1) is in the distal position.
A transparent ink-jet recording film comprising: a transparent substrate comprising a polyester; at least one subbing layer disposed on the transparent substrate, the at least one subbing layer comprising gelatin, at least one polymeric matting agent, and at least one borate or borate derivative; and at least one image-receiving layer disposed on the at least one subbing layer, the at least one image-receiving layer comprising at least one water soluble or water dispersible polymer and at least one inorganic particle, the at least one water soluble or water dispersible polymer comprising at least one hydroxyl group; wherein the at least one polymeric matting agent comprises at least one copolymer comprising at least one first recurring unit and at least one second recurring unit, said at least one first recurring unit comprising recurring units derived from at least one diethylene carboxylate ester, and said at least one second recurring unit comprising recurring units derived from one or more monofunctional ethylenically unsaturated polymerizable acrylates or methacrylates having only one polymerizable site. a transparent substrate comprising a polyester; at least one subbing layer disposed on the transparent substrate, the at least one subbing layer comprising gelatin, at least one polymeric matting agent, and at least one borate or borate derivative; and at least one image-receiving layer disposed on the at least one subbing layer, the at least one image-receiving layer comprising at least one water soluble or water dispersible polymer and at least one inorganic particle, the at least one water soluble or water dispersible polymer comprising at least one hydroxyl group; wherein the at least one polymeric matting agent comprises at least one copolymer comprising at least one first recurring unit and at least one second recurring unit, said at least one first recurring unit comprising recurring units derived from at least one diethylene carboxylate ester, and said at least one second recurring unit comprising recurring units derived from one or more monofunctional ethylenically unsaturated polymerizable acrylates or methacrylates having only one polymerizable site.
Scenting device for a vehicle comprising - a housing, - a scent container arranged in the housing, - at least one coupling device arranged on the housing, - at least one holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device can be coupled to and decoupled from the coupling device, characterised in that the scenting device comprises at least two differently designed holding devices, wherein both holding devices can be coupled to one of the at least one coupling device. - a housing, - a scent container arranged in the housing, - at least one coupling device arranged on the housing, - at least one holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device can be coupled to and decoupled from the coupling device, characterised in that the scenting device comprises at least two differently designed holding devices, wherein both holding devices can be coupled to one of the at least one coupling device.
A carrier frequency notification method used in an Evolved-UMTS Terrestrial Radio Access system, in which one or more carrier frequencies are available at each of the cells in the system, comprising the steps of: at a base station (BS10-1) in a cell, configuring a preferential order of one or more carrier frequencies available in neighboring cells and generating carrier information about the carrier frequencies, the carrier information including the preferential order of the carrier frequencies available in the neighboring cells; notifying a mobile station (MS 20) located in the cell of the generated carrier information, and at the mobile station (MS 20), measuring said one or more neighboring cells ( utilizing said one or more carrier frequencies according to the preferential order designated in the received carrier information to select a candidate cell. at a base station (BS10-1) in a cell, configuring a preferential order of one or more carrier frequencies available in neighboring cells and generating carrier information about the carrier frequencies, the carrier information including the preferential order of the carrier frequencies available in the neighboring cells; notifying a mobile station (MS 20) located in the cell of the generated carrier information, and at the mobile station (MS 20), measuring said one or more neighboring cells ( utilizing said one or more carrier frequencies according to the preferential order designated in the received carrier information to select a candidate cell.
An adhesive composition comprising: a modified polyethylene copolymer (component A) having a melting point of less than 80°C; a terpene-based tackifier (component B); and an organic solvent (component C), wherein component A is at least one member selected from the group consisting of an ethylene-α-olefin copolymer, an ethylene-acrylic acid copolymer, an ethylene-acrylic acid alkyl ester copolymer, an ethylene-α,β-unsaturated carboxylic acid copolymer, and an ethylene-α,β-unsaturated carboxylic acid anhydride copolymer, and wherein component B is contained in an amount of 30 to 100 parts by weight, per 100 parts by weight of component A. a modified polyethylene copolymer (component A) having a melting point of less than 80°C; a terpene-based tackifier (component B); and an organic solvent (component C), wherein component A is at least one member selected from the group consisting of an ethylene-α-olefin copolymer, an ethylene-acrylic acid copolymer, an ethylene-acrylic acid alkyl ester copolymer, an ethylene-α,β-unsaturated carboxylic acid copolymer, and an ethylene-α,β-unsaturated carboxylic acid anhydride copolymer, and wherein component B is contained in an amount of 30 to 100 parts by weight, per 100 parts by weight of component A.
A sliding member comprising: a back metal layer, a bearing alloy layer that is layered upon the back metal layer, and forms a sliding surface on a side opposite to the back metal layer, and an intermetallic compound that is included in a structure of the bearing alloy layer and is harder than an average hardness in the whole bearing alloy layer, characterised in that in the bearing alloy layer, an average diameter of particles of the intermetallic compound on a side close to the sliding surface is larger than an average diameter on a side close to the back metal layer. a back metal layer, a bearing alloy layer that is layered upon the back metal layer, and forms a sliding surface on a side opposite to the back metal layer, and an intermetallic compound that is included in a structure of the bearing alloy layer and is harder than an average hardness in the whole bearing alloy layer, characterised in that in the bearing alloy layer, an average diameter of particles of the intermetallic compound on a side close to the sliding surface is larger than an average diameter on a side close to the back metal layer.
A method comprising: operating a vapor cycle refrigeration system of an aircraft; measuring, via a plurality of sensors, operational parameters of the vapor cycle refrigeration system while the vapor cycle refrigeration system is operating; transmitting the measured operational parameters to a computer system; generating, by the computer system using a first reduced order model that corresponds to an unclogged state of a filter of the aircraft vapor cycle refrigeration system, a first predicted discharge pressure of a compressor of the aircraft vapor cycle refrigeration system based on the measured operational parameters; generating, by the computer system using a second reduced order model that corresponds to a clogged state of the filter, a second predicted discharge pressure of the compressor based on the measured operational parameters; determining, by the computer system, a remaining useful life of the filter based on the first predicted discharge pressure, the second predicted discharge pressure, and a measured discharge pressure of the compressor; and outputting, by the computer system, an indication of the remaining useful life of the filter. operating a vapor cycle refrigeration system of an aircraft; measuring, via a plurality of sensors, operational parameters of the vapor cycle refrigeration system while the vapor cycle refrigeration system is operating; transmitting the measured operational parameters to a computer system; generating, by the computer system using a first reduced order model that corresponds to an unclogged state of a filter of the aircraft vapor cycle refrigeration system, a first predicted discharge pressure of a compressor of the aircraft vapor cycle refrigeration system based on the measured operational parameters; generating, by the computer system using a second reduced order model that corresponds to a clogged state of the filter, a second predicted discharge pressure of the compressor based on the measured operational parameters; determining, by the computer system, a remaining useful life of the filter based on the first predicted discharge pressure, the second predicted discharge pressure, and a measured discharge pressure of the compressor; and outputting, by the computer system, an indication of the remaining useful life of the filter.
A soft magnetic substrate of a wireless power transmitting apparatus, comprising one side configured to accommodate a transmitting coil, wherein a groove corresponding to a shape of the transmitting coil is formed in the one side configured to accommodate the transmitting coil, characterized in that, the transmitting coil includes a first transmitting coil, a second transmitting coil disposed parallel to the first transmitting coil, and a third transmitting coil disposed on the first transmitting coil and the second transmitting coil, the groove includes a wall configured to surround at least a part of an outer circumference of the first transmitting coil, at least a part of an outer circumference of the second transmitting coil, and at least a part of an outer circumference of the third transmitting coil, the groove further includes a first protruding face surrounded by an inner circumference of the first transmitting coil and the outer circumference of the third transmitting coil, a second protruding face surrounded by an inner circumference of the second transmitting coil and the outer circumference of the third transmitting coil, and a third protruding face surrounded by the outer circumference of the first transmitting coil, the outer circumference of the second transmitting coil, and an inner circumference of the third transmitting coil.
A low refractive layer comprising: a plurality of hollow inorganic particles; and a matrix between the plurality of hollow inorganic particles, wherein a weight ratio of the plurality of hollow inorganic particles to the matrix is 4:6 to 7:3, wherein each of the plurality of hollow inorganic particles comprises a core filled with air, gas or liquid, and a shell surrounding the core, and the shell is surface-treated with a coupling agent characterized in that the shell comprises: an inorganic layer defining the core; an organic layer surrounding an outer surface of the inorganic layer; and a surface treatment layer on an outer surface of the organic layer and comprising the coupling agent. a plurality of hollow inorganic particles; and a matrix between the plurality of hollow inorganic particles, wherein a weight ratio of the plurality of hollow inorganic particles to the matrix is 4:6 to 7:3, wherein each of the plurality of hollow inorganic particles comprises a core filled with air, gas or liquid, and a shell surrounding the core, and the shell is surface-treated with a coupling agent characterized in that the shell comprises: an inorganic layer defining the core; an organic layer surrounding an outer surface of the inorganic layer; and a surface treatment layer on an outer surface of the organic layer and comprising the coupling agent. an inorganic layer defining the core; an organic layer surrounding an outer surface of the inorganic layer; and a surface treatment layer on an outer surface of the organic layer and comprising the coupling agent.
A dental imaging and illumination device, comprising: an optical interface for emitting light from the device and for receiving light into the device; a first light source which is arranged within the device for emitting white light through the optical interface; a camera; a first beam splitter arranged in a first optical path, which is established between the camera and the optical interface, the first beam splitter being configured to pass light received via the optical interface toward the camera by transmission; a color reference; wherein the first beam splitter is further arranged in a second optical path, which is established between the camera and the color reference, the first beam splitter being configured to pass light from the color reference toward the camera by reflection; and wherein the color reference and the first light source are optically coupled via a third optical path for the first light source to illuminate the color reference, which third optical path is established between the first light source and the color reference and bypasses the first beam splitter, such that the interference between light of an image received from the optical interface and light emitted from the first light source is minimized; and wherein the device is configured to detect color information of light received by the camera via the first optical path, and to recognize a color associated with the color information based on the light received by the camera via the second optical path. an optical interface for emitting light from the device and for receiving light into the device; a first light source which is arranged within the device for emitting white light through the optical interface; a camera; a first beam splitter arranged in a first optical path, which is established between the camera and the optical interface, the first beam splitter being configured to pass light received via the optical interface toward the camera by transmission; a color reference; wherein the first beam splitter is further arranged in a second optical path, which is established between the camera and the color reference, the first beam splitter being configured to pass light from the color reference toward the camera by reflection; and wherein the color reference and the first light source are optically coupled via a third optical path for the first light source to illuminate the color reference, which third optical path is established between the first light source and the color reference and bypasses the first beam splitter, such that the interference between light of an image received from the optical interface and light emitted from the first light source is minimized; and wherein the device is configured to detect color information of light received by the camera via the first optical path, and to recognize a color associated with the color information based on the light received by the camera via the second optical path.
A method for applying Dynamic Range Compression gain factors to a Higher Order Ambisonics HOA signal, the method comprising - receiving a HOA signal and one or more gain factors; - transforming the HOA signal into the spatial domain, wherein an iDSHT is used with a transform matrix obtained from spherical positions of virtual loudspeakers and quadrature gains q, wherein the quadrature gains q rate the spherical area around the spherical positions and all sum up to a value of 4π related to the surface of a sphere with a radius of one, and wherein a transformed HOA signal is obtained; - multiplying the gain factors with the transformed HOA signal, wherein a dynamic range compressed transformed HOA signal is obtained; and - transforming the dynamic range compressed transformed HOA signal back into the HOA domain being a coefficient domain and using a Discrete Spherical Harmonics Transform DSHT, wherein a dynamic range compressed HOA signal is obtained, wherein the transform matrix is computed according to D DSHT = Ď 2 + [ e T, e T, e T,..] T wherein D ⌣ 2 = D ̃ ^ 2 ‖ D ̃ ^ 2 ‖ fro is a normalized version of D ̃ ^ 2 = U V T with U,V obtained from with Ψ DSHT being the transposed mode matrix of spherical harmonics related to the used spherical positions of virtual loudspeakers, N being a HOA truncation order and e T being a transposed version of e = − 1 L T D ⌣ 2 − 1,0,0,..,0 N + 1 2. - receiving a HOA signal and one or more gain factors; - transforming the HOA signal into the spatial domain, wherein an iDSHT is used with a transform matrix obtained from spherical positions of virtual loudspeakers and quadrature gains q, wherein the quadrature gains q rate the spherical area around the spherical positions and all sum up to a value of 4π related to the surface of a sphere with a radius of one, and wherein a transformed HOA signal is obtained; - multiplying the gain factors with the transformed HOA signal, wherein a dynamic range compressed transformed HOA signal is obtained; and - transforming the dynamic range compressed transformed HOA signal back into the HOA domain being a coefficient domain and using a Discrete Spherical Harmonics Transform DSHT,
An ultrasonic endoscope comprising a balloon, the balloon comprising a synthetic elastomer, characterized in that a relation between a width W of a bead portion (21a, 21b) of the balloon and a width X of a bead-portion attachment groove (12a, 12b) provided in the ultrasonic endoscope insertion section to fix the balloon is 1.1 ≤ W/X ≤ 2.5, and in that a relation between an inner diameter Y of an opening of the balloon, the opening being surrounded by the bead portion (21a, 21b), and an outer diameter Z of a part of the bead-portion attachment groove (12a, 12b) in the ultrasonic endoscope insertion section, the part being surrounded by a top of a wall surface of the bead-portion attachment groove (12a, 12b), is 0.30 ≤ Y/Z ≤ 0.55. characterized in that a relation between a width W of a bead portion (21a, 21b) of the balloon and a width X of a bead-portion attachment groove (12a, 12b) provided in the ultrasonic endoscope insertion section to fix the balloon is 1.1 ≤ W/X ≤ 2.5, and in that a relation between an inner diameter Y of an opening of the balloon, the opening being surrounded by the bead portion (21a, 21b), and an outer diameter Z of a part of the bead-portion attachment groove (12a, 12b) in the ultrasonic endoscope insertion section, the part being surrounded by a top of a wall surface of the bead-portion attachment groove (12a, 12b), is 0.30 ≤ Y/Z ≤ 0.55.
A method of acceleration of swelling of at least one element at a subterranean location, comprising: locating said element at the desired location using a support; generating heat within said element using particles in said element; making said particles energized to emit heat with a field extending into said element; introducing an inductive heater through said support to adjacent said element; and characterised in further comprising articulating said heater to move closer to said support when said heater is adjacent said element. locating said element at the desired location using a support; generating heat within said element using particles in said element; making said particles energized to emit heat with a field extending into said element; introducing an inductive heater through said support to adjacent said element; and characterised in further comprising articulating said heater to move closer to said support when said heater is adjacent said element.
Hook bolt for fastening rails to hollow sleepers, in particular steel sleepers, comprising: - an engaging element with a hook-shaped insertion section and a threaded element with a threaded bolt, wherein the engaging element comprises a supporting section which is constructed with a receiving chamber for receiving the threaded element; wherein - the threaded element has a receiving shoe which is located in the receiving chamber, characterised in that - the engaging element is made of cast metal and - the receiving shoe has dimensions such as to be capable of being inserted in form-locking relationship in the receiving chamber of the supporting section, and the receiving chamber is designed in such a way that the receiving shoe can be inserted in the receiving chamber by a horizontal sliding movement in one direction when the associated hollow sleeper is arranged horizontally, and is removable again only by a sliding movement in the opposite direction. - an engaging element with a hook-shaped insertion section and a threaded element with a threaded bolt, wherein the engaging element comprises a supporting section which is constructed with a receiving chamber for receiving the threaded element; wherein - the threaded element has a receiving shoe which is located in the receiving chamber, - the engaging element is made of cast metal and - the receiving shoe has dimensions such as to be capable of being inserted in form-locking relationship in the receiving chamber of the supporting section, and the receiving chamber is designed in such a way that the receiving shoe can be inserted in the receiving chamber by a horizontal sliding movement in one direction when the associated hollow sleeper is arranged horizontally, and is removable again only by a sliding movement in the opposite direction.