mhurhangee/patent-ind-claim-en huggingface dataset:
Earthing clamp for fastening and electrically contact-connecting at least two cables to a separate surface, comprising: a plate with a first longitudinal edge and a second longitudinal edge which is situated opposite the first longitudinal edge , the two longitudinal edges extending in a first direction (X) of the plate , and a first transverse edge and a second transverse edge which is situated opposite the first transverse edge , the two transverse edges extending perpendicularly to the first and second longitudinal edge in a second direction (Y) of the plate ; a first cable fastening region for fastening and electrically contact-connecting a first cable to the plate , the first cable fastening region extending along the first transverse edge ; a second cable fastening region for fastening and electrically contact-connecting a separate second cable to the plate , the second cable fastening region extending along the second transverse edge ; an opening , which is arranged between the first and the second cable fastening region , for inserting a fastening means; a first lug which extends between the first and the second cable fastening region parallel to the first transverse edge and perpendicularly to the plate plane in the direction (Z) of a bottom side (U) of the plate ; and a second lug which extends between the first and the second cable fastening region parallel to the second transverse edge and perpendicularly to the plate plane in the direction (Z) of the bottom side (U) of the plate . a plate with a first longitudinal edge and a second longitudinal edge which is situated opposite the first longitudinal edge , the two longitudinal edges extending in a first direction (X) of the plate , and a first transverse edge and a second transverse edge which is situated opposite the first transverse edge , the two transverse edges extending perpendicularly to the first and second longitudinal edge in a second direction (Y) of the plate ; a first cable fastening region for fastening and electrically contact-connecting a first cable to the plate , the first cable fastening region extending along the first transverse edge ; a second cable fastening region for fastening and electrically contact-connecting a separate second cable to the plate , the second cable fastening region extending along the second transverse edge ; an opening , which is arranged between the first and the second cable fastening region , for inserting a fastening means; a first lug which extends between the first and the second cable fastening region parallel to the first transverse edge and perpendicularly to the plate plane in the direction (Z) of a bottom side (U) of the plate ; and a second lug which extends between the first and the second cable fastening region parallel to the second transverse edge and perpendicularly to the plate plane in the direction (Z) of the bottom side (U) of the plate .
An application assembly comprising: - an applicator syringe comprising a plastic receptacle made of a transparent plastic from the group of cyclic olefin copolymers or cyclic olefin polymers, wherein the plastic receptacle is filled with an oxygen-sensitive active pharmaceutical ingredient fluid ; and - an oxygen-tight envelope which envelopes the applicator syringe in an oxygen-tight manner, wherein the oxygen-tight envelope comprises an oxygen-tight shell and an oxygen-tight film , characterized in that the shell is formed from a transparent deep-drawn film based on APET film with an EVOH barrier and a peelable sealing layer made of polyethylene and/or in that the film is formed from a transparent plastic composite of biaxially oriented polyester comprising a co-extruded sealing block layer made of polyethylene, EVOH, polyethylene, wherein an interior enclosed by the envelope is filled with a fluid which is low in oxygen or binds oxygen; and - an oxygen absorber in the envelope , wherein an inside of the plastic receptacle is siliconized at least in sections. - an applicator syringe comprising a plastic receptacle made of a transparent plastic from the group of cyclic olefin copolymers or cyclic olefin polymers, wherein the plastic receptacle is filled with an oxygen-sensitive active pharmaceutical ingredient fluid ; and - an oxygen-tight envelope which envelopes the applicator syringe in an oxygen-tight manner, wherein the oxygen-tight envelope comprises an oxygen-tight shell and an oxygen-tight film , characterized in that the shell is formed from a transparent deep-drawn film based on APET film with an EVOH barrier and a peelable sealing layer made of polyethylene and/or in that the film is formed from a transparent plastic composite of biaxially oriented polyester comprising a co-extruded sealing block layer made of polyethylene, EVOH, polyethylene, wherein an interior enclosed by the envelope is filled with a fluid which is low in oxygen or binds oxygen; and - an oxygen absorber in the envelope , wherein an inside of the plastic receptacle is siliconized at least in sections.
A domestic ventilation system comprising a heat recovery device which has a counterflow heat exchanger and a supply air ventilator for sucking in an outside airflow and for discharging a supply airflow heated up by heat recovery and a supply air distribution device having a heated air duct and several connecting ducts joining said heated air duct , a supply air distribution duct being connected to each connecting duct , and having a supply air heater disposed in the heated air duct , at least a part of the supply airflow being heated by heat transfer in said supply air heater , the supply air being distributed to an unheated air duct and the heated air duct downstream of the counterflow heat exchanger , the unheated air duct furthermore joining each of the connecting ducts and a hot air valve which is adjustable, in several stages and/or in a continuous manner, at least between a closed position and an open position being disposed in the junction between the heated air duct and each connecting duct , characterized in that between the unheated air duct and at least one, in particular each, connecting duct a room air valve is disposed, which is settable at least manually, in particular in a controlled manner, in several stages and/or in a continuous manner, between an initial position and an end position, the room air valves and the hot air valves being settable independently of each other.
Immune stimulating pharmaceutical composition comprising an aluminium salt for use in the treatment of Alzheimer's Disease (AD), wherein the immune stimulating pharmaceutical composition comprising an aluminium salt is administered to a patient having AD in an effective amount, and wherein the aluminium salt is administered in an amount of at least 1.2 mg per administration dose to an AD patient, wherein the aluminium salt is aluminium oxyhydroxide.
Oligonucleotide conjugate comprising at least one saponin covalently linked to a ligand for asialoglycoprotein receptor (ASGPR), wherein the ligand for ASGPR comprises at least one N-acetylgalactosamine (GalNAc) moiety, preferably three or four GalNAc moieties, more preferably three GalNAc moieties, more preferably the ligand for ASGPR comprises or consists of (GalNAc) 3 Tris, and further covalently linked to an oligonucleotide, wherein the at least one saponin is a monodesmosidic or bidesmosidic penta-cyclic triterpene saponin of the 12,13-dehydrooleanane type, with an aldehyde function in position C-23 of the aglycone core structure of the saponin.
Accessory for ironing and/or crease-removing appliance comprising a baseplate equipped with steam outlet holes , said accessory comprising a body comprising an upper face configured to mold the shape of the contour of the baseplate and comprising a removable element which is permeable to steam, the body comprising a peripheral wall laterally delimiting a steam diffusion chamber enabling the passage of steam from the upper face up to through the element , characterized in that said element is a textile which is permeable to steam, advantageously of the microfiber type, intended to come into contact with the clothing to be treated and in that the peripheral wall comprises escape openings enabling the steam flow to laterally escape to the accessory without passing through said textile .
A nickel-based metal powder for laser cladding of a glassware mould, said metal powder consisting of at least 90 wt.% nickel, chromium, boron and silicon, the powder comprising at most 0.3 wt.% chromium, between 1.3 and 1.7 wt.% boron, between 1.5 and 3.0 wt.% silicon, the powder further comprising iron in a wt.% of less than 1.0 and carbon in a wt.% of less than 0.2, the metal powder being characterised in that it comprises at most 0.025% by weight of oxygen.
A brush head , comprising: an elastomeric matrix comprising a first surface ; a plurality of retention rings disposed in the elastomeric matrix, each of which comprises a first end , a second end positioned closer to the first surface of the elastomeric matrix than the first end, an interior wall forming an interior space with a central longitudinal axis , and an exterior wall , wherein the exterior wall of at least a first retention ring of the plurality of retention rings comprises a taper extending from the first end to the second end in a direction toward or away from the central longitudinal axis, or wherein a proximal portion of the at least first retention ring comprises an exterior wall with a taper extending from the first end to a distal portion of the at least first retention ring in a direction toward the central longitudinal axis; and a plurality of bristle tufts , each of which comprises a plurality of bristle strands, having a proximal end and a free end , and is retained at its proximal end within the interior space of one of the plurality of retention rings. an elastomeric matrix comprising a first surface ; a plurality of retention rings disposed in the elastomeric matrix, each of which comprises a first end , a second end positioned closer to the first surface of the elastomeric matrix than the first end, an interior wall forming an interior space with a central longitudinal axis , and an exterior wall , wherein the exterior wall of at least a first retention ring of the plurality of retention rings comprises a taper extending from the first end to the second end in a direction toward or away from the central longitudinal axis, or wherein a proximal portion of the at least first retention ring comprises an exterior wall with a taper extending from the first end to a distal portion of the at least first retention ring in a direction toward the central longitudinal axis; and a plurality of bristle tufts , each of which comprises a plurality of bristle strands, having a proximal end and a free end , and is retained at its proximal end within the interior space of one of the plurality of retention rings.
A terminal comprising: a measurement section adapted to perform an L1 measurement using a reference signal in a frequency band; and a control section adapted to control a scheduling restriction on a transmission or reception in the frequency band during the L1 measurement based on a subcarrier spacing, SCS, of the reference signal, the terminal characterised in that the control section is adapted to assume that the scheduling restriction on the transmission or reception during the L1 measurement is looser than a scheduling restriction on transmission or reception during a radio resource management, RRM, measurement. a measurement section adapted to perform an L1 measurement using a reference signal in a frequency band; and a control section adapted to control a scheduling restriction on a transmission or reception in the frequency band during the L1 measurement based on a subcarrier spacing, SCS, of the reference signal, the terminal characterised in that the control section is adapted to assume that the scheduling restriction on the transmission or reception during the L1 measurement is looser than a scheduling restriction on transmission or reception during a radio resource management, RRM, measurement.
A core material for cushion comprising a three-dimensional net-like structure in a plate-like form that is formed by spirally tangling a plurality of filaments, which are made of or mainly made of a thermoplastic resin as a raw material, at random and partially bonding the tangles by heat, wherein the three-dimensional net-like structure has a first layer that includes a thermoplastic resin and a second layer that is stacked on a single surface or both surfaces of the first layer and includes a thermoplastic resin different from the thermoplastic resin of the first layer, wherein the thermoplastic resin of the first layer has a higher melt temperature than the thermoplastic resin of the second layer, the first layer or the second layer forms a three-dimensional net-like structure that has a longitudinal direction corresponding to an extrusion direction, a lateral direction and a thickness direction perpendicular to the extrusion direction, is comprised of a polyethylene thermoplastic resin, a polyester thermoplastic elastomer or a mixture of a polyethylene thermoplastic resin and a polyethylene thermoplastic elastomer, has sparse portions of a lower bulk density and dense portions of a higher bulk density arranged alternately in an extruding direction, and has an impact resilience, which is measured in conformity with JIS K 6400-3: 2011, of not lower than 13 cm, a hysteresis loss, which is measured in conformity with JIS K 6400-2: 2012 method E, of not higher than 34% and not lower than 13%, and a thermal expansion rate of 0 to 8% in the longitudinal direction before and after a hot-air drying test that is performed at a temperature of 90°C for 30 minutes with regard to the polyethylene thermoplastic resin, that is performed at a temperature of 130°C for 30 minutes with regard to the polyester thermoplastic elastomer and that is performed at a temperature of 90°C for 30 minutes with regard to the mixture of the polyethylene thermoplastic resin and the polyethylene thermoplastic elastomer.
A servo motor , comprising: a housing ; a rotor arranged in the housing and having a rotor support and a rotor shaft ; a stator arranged in the housing ; a planetary reduction mechanism arranged in the housing and comprising a sun gear , a planetary carrier , and a plurality of planetary gears , a reduction ratio of the planetary reduction mechanism being N: 1, wherein N is a positive integer; a first Hall magnet arranged on the planetary carrier ; a plurality of Hall switches corresponding to the first Hall magnet and arranged in the housing at even intervals around a rotation axis of the rotor shaft , wherein a number of Hall switches is N; a second Hall magnet arranged on the rotor ; and a position sensor arranged in the housing and opposite the second Hall magnet . a housing ; a rotor arranged in the housing and having a rotor support and a rotor shaft ; a stator arranged in the housing ; a planetary reduction mechanism arranged in the housing and comprising a sun gear , a planetary carrier , and a plurality of planetary gears , a reduction ratio of the planetary reduction mechanism being N: 1, wherein N is a positive integer; a first Hall magnet arranged on the planetary carrier ; a plurality of Hall switches corresponding to the first Hall magnet and arranged in the housing at even intervals around a rotation axis of the rotor shaft , wherein a number of Hall switches is N; a second Hall magnet arranged on the rotor ; and a position sensor arranged in the housing and opposite the second Hall magnet .
A method of selecting a capture configuration based on scene analysis, the method comprising: analyzing, by at least one processor , image data pertaining to a scene, currently being captured by an image capturing device having a plurality of imaging sensors, including multiple objects at variable depths; identifying a current image capturing mode of the image capturing device based on the analysis of whether the scene is static or dynamic and whether the scene includes depth variations; determining whether at least one capture parameter of the current image capturing mode has to be changed based on the analysis of the image data; setting at least one capture parameter for the plurality of the imaging sensors, upon the determination; and determining a timing sequence for triggering each of at least one of the plurality of imaging sensors to capture a plurality of image frames based on the set at least one capture parameter, wherein the at least one of the plurality of imaging sensors captures the plurality of image frames with a plurality of different exposure settings. analyzing, by at least one processor , image data pertaining to a scene, currently being captured by an image capturing device having a plurality of imaging sensors, including multiple objects at variable depths; identifying a current image capturing mode of the image capturing device based on the analysis of whether the scene is static or dynamic and whether the scene includes depth variations; determining whether at least one capture parameter of the current image capturing mode has to be changed based on the analysis of the image data; setting at least one capture parameter for the plurality of the imaging sensors, upon the determination; and determining a timing sequence for triggering each of at least one of the plurality of imaging sensors to capture a plurality of image frames based on the set at least one capture parameter, wherein the at least one of the plurality of imaging sensors captures the plurality of image frames with a plurality of different exposure settings.
A method for operating a microwave heating device , the microwave heating device comprising a heating chamber and at least two radiating portions that are adapted to radiate microwaves to the heating chamber , wherein the at least two radiating portions can be operated in a plurality of operational configurations that differ in frequency and in one or more phase shifts between the radiated microwaves, an energy efficiency being associated with each operational configuration, the method comprising: positioning at least one product in the heating chamber; obtaining data of energy efficiency, as a function of operational configurations, relating to the at least one product in the heating chamber , the obtained data relating to a plurality of frequencies; processing the obtained data to select an operating frequency and a reference operational configuration that is the operational configuration with the maximum energy efficiency at the selected operating frequency; and wherein the method is characterised by choosing a plurality of operational configurations for heating the at least one product , the chosen operational configurations having the selected operating frequency and one or more phase shifts that is/are chosen around the respective one or more phase shifts of the reference operational configuration, the one or more phase shifts of each chosen operational configuration having a phase shift distance from the respective one or more phase shifts of the reference operational configuration, such that, in the space of the phase shifts, the reference operational configuration is surrounded by the chosen operational configurations. positioning at least one product in the heating chamber; obtaining data of energy efficiency, as a function of operational configurations, relating to the at least one product in the heating chamber , the obtained data relating to a plurality of frequencies; processing the obtained data to select an operating frequency and a reference operational configuration that is the operational configuration with the maximum energy efficiency at the selected operating frequency; and wherein the method is characterised by choosing a plurality of operational configurations for heating the at least one product , the chosen operational configurations having the selected operating frequency and one or more phase shifts that is/are chosen around the respective one or more phase shifts of the reference operational configuration, the one or more phase shifts of each chosen operational configuration having a phase shift distance from the respective one or more phase shifts of the reference operational configuration, such that, in the space of the phase shifts, the reference operational configuration is surrounded by the chosen operational configurations.
A method for transferring objects, preferably biological objects , in particular biological cells, onto a substrate , the method comprising: providing a medium in a reservoir , wherein the medium contains objects ; providing the substrate having an acceptor surface , wherein the acceptor surface faces an opening of the reservoir ; determining a first target focus point in the medium ; and generating a first laser pulse or first laser pulse train focused onto the first target focus point , characterized in that a pulse intensity of the first laser pulse or first laser pulse train at the first target focus point and/or a pulse duration of the first laser pulse or first laser pulse train is/are chosen such that the first laser pulse or first laser pulse train generates a droplet of the medium that is ejected from the medium towards the acceptor surface ; a center wavelength of the first laser pulse or first laser pulse train is larger than 500 nm, preferably larger than 650 nm, most preferably between 0.9 μm and 1.35 μm; a position of at least one of the objects in the medium is determined at least in part by determining at least two spatial coordinates of the position of the at least one object; and the first target focus point is determined relative to the position of the at least one object. providing a medium in a reservoir , wherein the medium contains objects ; providing the substrate having an acceptor surface , wherein the acceptor surface faces an opening of the reservoir ; determining a first target focus point in the medium ; and generating a first laser pulse or first laser pulse train focused onto the first target focus point , a pulse intensity of the first laser pulse or first laser pulse train at the first target focus point and/or a pulse duration of the first laser pulse or first laser pulse train is/are chosen such that the first laser pulse or first laser pulse train generates a droplet of the medium that is ejected from the medium towards the acceptor surface ; a center wavelength of the first laser pulse or first laser pulse train is larger than 500 nm, preferably larger than 650 nm, most preferably between 0.9 μm and 1.35 μm; a position of at least one of the objects in the medium is determined at least in part by determining at least two spatial coordinates of the position of the at least one object; and the first target focus point is determined relative to the position of the at least one object.
A compound selected from a pyrazole-based compound represented by the following Formula 1 and a pharmaceutically acceptable salt thereof for use in preventing, alleviating or treating a liver disease, wherein R is a C1-C10 linear or branched alkyl group, and wherein the liver disease is selected from non-alcoholic steatohepatitis (NASH) and cirrhosis.
Sealing joint for timepieces comprising an internal surface and an external surface surrounding a common axis (A), a first one of the internal and external surfaces comprising first and second lobes surrounding said axis (A) at different respective axial positions, a second one of the internal and external surfaces being asymmetric with respect to the first one of the internal and external surfaces, characterised in that said second one of the internal and external surfaces comprises, at an axial position located between the respective axial positions of the first and second lobes , a third lobe surrounding said axis (A).