mhurhangee/patent-ind-claim-en huggingface dataset:
Air mass sensor pipe (116; 216) for a combustion engine , which air mass sensor pipe comprises an inlet opening (124; 224) for air, an outlet opening (126; 226) for air and an air mass sensor (118; 218) arranged in the pipe (116; 216) between the inlet and outlet opening (124; 224, 126; 226), which inlet and outlet openings (124; 224, 126; 226) have a cross-sectional shape that is adapted to the shape of an inlet system of the combustion engine , wherein - a first feed-through section (128; 228) for the air is arranged upstream of the air mass sensor (118; 218), wherein the first feed-through section (128; 228) is formed by narrowing the pipe (116; 216) downstream the inlet opening (124; 224) such that the air is consolidated into a column shaped, laminar flow through the first feed-through section (128; 228); - the air mass sensor (118; 218) is arranged in a second feed-through section (130; 230) for the air, wherein the second feed-through section (130; 230) for the air is positioned downstream of the first feed-through section (128; 228) in the air flow direction; characterized in that - the second feed-through section (130; 230) defines a second narrowing of the pipe (116; 216), wherein from the first feed-through section (128; 228) towards the second feed-through section (130; 230) the air duct expands in one direction transversal to an axis (134; 234) of the pipe (116; 216) and converges at the same time in another direction transversal to the pipe axis (134; 234), said directions being at an angular displacement in relation to each other, so that the air flow passing through the first feed-through section (128; 228) will be expanded in one direction in order to be compressed at the same time in one direction, which is at an angular displacement in relation to the first direction. - a first feed-through section (128; 228) for the air is arranged upstream of the air mass sensor (118; 218), wherein the first feed-through section (128; 228) is formed by narrowing the pipe (116; 216) downstream the inlet opening (124; 224) such that the air is consolidated into a column shaped, laminar flow through the first feed-through section (128; 228); - the air mass sensor (118; 218) is arranged in a second feed-through section (130; 230) for the air, wherein the second feed-through section (130; 230) for the air is positioned downstream of the first feed-through section (128; 228) in the air flow direction; characterized in that - the second feed-through section (130; 230) defines a second narrowing of the pipe (116; 216), wherein from the first feed-through section (128; 228) towards the second feed-through section (130; 230) the air duct expands in one direction transversal to an axis (134; 234) of the pipe (116; 216) and converges at the same time in another direction transversal to the pipe axis (134; 234), said directions being at an angular displacement in relation to each other,
A blended structure for forming a combustor shell or bulkhead, comprising: a metal portion at least partially defining a stress relief opening and a metal mating surface disposed on the metal portion ; a gradient transition portion formed integrally with the metal portion ; and a ceramic portion formed integrally with the gradient transition portion ; characterised in that : the gradient transition portion includes a percent by weight of ceramic material defined by a smooth function of position along the gradient transition portion ; the gradient transition portion is formed integrally with the ceramic portion and the metal portion by additive manufacturing; and the metal mating surface is configured to receive a fastener . a metal portion at least partially defining a stress relief opening and a metal mating surface disposed on the metal portion ; a gradient transition portion formed integrally with the metal portion ; and a ceramic portion formed integrally with the gradient transition portion ; the gradient transition portion includes a percent by weight of ceramic material defined by a smooth function of position along the gradient transition portion ; the gradient transition portion is formed integrally with the ceramic portion and the metal portion by additive manufacturing; and the metal mating surface is configured to receive a fastener .
A laundry treatment apparatus comprising: a cabinet ; a drawer retractably provided in the cabinet , and comprising a drawer body having an open upper surface and a drawer cover fixed to the drawer body to define an upper surface of the drawer body and provided with a water supply opening ; an accommodation unit disposed in the drawer and defining a space configured to receive washing water, wherein the water supply opening is formed through the drawer cover to guide washing water to the accommodating unit ; a water supply channel connected to a water supply source and the water supply opening , and configured to supply washing water to the accommodation unit : a guider provided in the cabinet to guide movement of the water supply channel, the guider comprising: a body configured to be rotatable to a direction where the drawer moves to; and a body guider positioned over the body or at the same level as that of the body and fixed to an upper panel of the cabinet, the body guider being configured to guide a rotational movement of the body, wherein the water supply channel is formed as an internal channel inside the body or as an external water pipe supported by the body , and the body is configured to be rotatable over the drawer cover . a cabinet ; a drawer retractably provided in the cabinet , and comprising a drawer body having an open upper surface and a drawer cover fixed to the drawer body to define an upper surface of the drawer body and provided with a water supply opening ; an accommodation unit disposed in the drawer and defining a space configured to receive washing water, wherein the water supply opening is formed through the drawer cover to guide washing water to the accommodating unit ; a water supply channel connected to a water supply source and the water supply opening , and configured to supply washing water to the accommodation unit : a guider provided in the cabinet to guide movement of the water supply channel, the guider comprising: a body configured to be rotatable to a direction where the drawer moves to; and a body guider positioned over the body or at the same level as that of the body and fixed to an upper panel of the cabinet, the body guider being configured to guide a rotational movement of the body, a body configured to be rotatable to a direction where the drawer moves to; and a body guider positioned over the body or at the same level as that of the body and fixed to an upper panel of the cabinet, the body guider being configured to guide a rotational movement of the body, wherein the water supply channel is formed as an internal channel inside the body or as an external water pipe supported by the body , and the body is configured to be rotatable over the drawer cover .
An image-capturing apparatus comprising: a capturing unit configured to capture an image; and a superimposition unit configured to superimpose an object stored by the image-capturing apparatus onto the image captured by the capturing unit, characterised in that the image-capturing apparatus further comprises: a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, wherein the first target image and the second target image are captured by the capturing unit. a capturing unit configured to capture an image; and a superimposition unit configured to superimpose an object stored by the image-capturing apparatus onto the image captured by the capturing unit, characterised in that the image-capturing apparatus further comprises: a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, a reception unit configured to receive a request to acquire information regarding the superimposition by the superimposition unit; and a transmission unit configured to transmit a maximum number of superimposable objects which can be applied to a first target image of the superimposition and a maximum number of superimposable objects which can be applied to a second target image of the superimposition different from the first target image of the superimposition, based on the request received by the reception unit, wherein the first target image and the second target image are captured by the capturing unit.
A method for handling piece goods that are being moved one after another, the piece goods being transported unspaced in a closed formation (F) to a seizing range of a manipulator , wherein - a transported piece good or a group comprising at least two transported piece goods is seized in a clamping and/or force-locking and/or form-locking manner in the seizing range by at least two clamping means and/or gripping means located opposite each other and assigned to the at least one manipulator , is spatially separated from subsequent piece goods of the closed formation (F), and is brought into a defined relative target position (P) and/or target alignment in relation to the in each instance subsequent piece goods of the closed formation (F), - characterised in that a first vertical symmetry plane (S2*), which is defined by the seized piece good or by the seized group, and which is oriented approximately perpendicular to a transport direction (TR) of the piece goods , is spaced apart from a second vertical symmetry plane aligned approximately parallel thereto, with the second vertical symmetry plane (S5) being defined by the manipulator or by the manipulator clamping means and/or gripping means , as applicable. - a transported piece good or a group comprising at least two transported piece goods is seized in a clamping and/or force-locking and/or form-locking manner in the seizing range by at least two clamping means and/or gripping means located opposite each other and assigned to the at least one manipulator , is spatially separated from subsequent piece goods of the closed formation (F), and is brought into a defined relative target position (P) and/or target alignment in relation to the in each instance subsequent piece goods of the closed formation (F), - characterised in that a first vertical symmetry plane (S2*), which is defined by the seized piece good or by the seized group, and which is oriented approximately perpendicular to a transport direction (TR) of the piece goods , is spaced apart from a second vertical symmetry plane aligned approximately parallel thereto, with the second vertical symmetry plane (S5) being defined by the manipulator or by the manipulator clamping means and/or gripping means , as applicable.
A fuel injector extending along an injector axis (A) from a proximal side (1.1) and a distal side (1.2), comprising: - a solenoid unit comprising a magnetic coil in a solenoid housing , the solenoid unit circumferentially surrounding a distal aperture around the injector axis (A); - a cable element connected to the magnetic coil ; - a coherent plastic body , which comprises a solenoid portion molded onto the solenoid unit , a cable portion extending proximal from the solenoid portion and molded over the cable element , and a holder portion that is disposed proximal from the solenoid unit and that circumferentially surrounds a proximal aperture around the injector axis (A); and - an axially extending injector body , which is adapted for guiding fuel from the proximal side (1.1) to a nozzle at the distal side (1.2), which injector body is received in the proximal and distal aperture, wherein the holder portion comprises two semi-annular arch portions , which are axially offset and are disposed on opposite sides of an axial body plane (B) with respect to each other and are connected at least adjacent the body plane (B) by two axially extending connecting portions on opposite sides of the proximal aperture . - a solenoid unit comprising a magnetic coil in a solenoid housing , the solenoid unit circumferentially surrounding a distal aperture around the injector axis (A); - a cable element connected to the magnetic coil ; - a coherent plastic body , which comprises a solenoid portion molded onto the solenoid unit , a cable portion extending proximal from the solenoid portion and molded over the cable element , and a holder portion that is disposed proximal from the solenoid unit and that circumferentially surrounds a proximal aperture around the injector axis (A); and - an axially extending injector body , which is adapted for guiding fuel from the proximal side (1.1) to a nozzle at the distal side (1.2), which injector body is received in the proximal and distal aperture,
A semiconductor device comprising: a substrate; at least one transducer provided on the substrate, the at least one transducer including at least one electrically conductive circuit element; and a dielectric layer deposited onto the substrate over the at least one transducer, the dielectric layer including an outer surface that faces away from the substrate; and a surface charge mitigation layer formed of a conductive material deposited onto the outer surface of the dielectric layer, the surface charge mitigation layer being electrically coupled to ground potential; characterized in that the surface charge mitigation layer is patterned to form pores to alter a flexibility of the surface charge mitigation layer and/or an optical property of the surface charge mitigation layer . a substrate; at least one transducer provided on the substrate, the at least one transducer including at least one electrically conductive circuit element; and a dielectric layer deposited onto the substrate over the at least one transducer, the dielectric layer including an outer surface that faces away from the substrate; and a surface charge mitigation layer formed of a conductive material deposited onto the outer surface of the dielectric layer, the surface charge mitigation layer being electrically coupled to ground potential; characterized in that the surface charge mitigation layer is patterned to form pores to alter a flexibility of the surface charge mitigation layer and/or an optical property of the surface charge mitigation layer .
A water purification composition for clarifying greywater comprising anionic surfactants, generated from household wash and rinse liquor, the composition comprising: (i) 10 to 70 % by weight, calculated by weight of dry matter, of an inorganic flocculant selected from polyaluminium flocculant, poly-iron flocculant and combinations thereof, said inorganic flocculant having basicity in the range of 45 % to 85 %; (ii) 1 to 45 % by weight, calculated by weight of dry matter, of a surfactant scavenging system comprising: a) water-soluble divalent sulfate salt; and b) quaternary ammonium cationic surfactant; (iii) 3 to 15 % by weight, calculated by weight of dry matter, of a non-ionic or anionic polymeric flocculant, having a molecular weight of more than 100 kDa; and (iv) an inorganic filler, having a density of at least 1.5 kg/dm3, wherein the water-soluble divalent sulfate salt (a) and the quaternary ammonium cationic surfactant (b) in the surfactant scavenging system, are present in a ratio X defined by: X = Weight ratio of a : b % by weight of a + % by weight of b , wherein X is in the range of 0.01 to 0.5. (i) 10 to 70 % by weight, calculated by weight of dry matter, of an inorganic flocculant selected from polyaluminium flocculant, poly-iron flocculant and combinations thereof, said inorganic flocculant having basicity in the range of 45 % to 85 %; (ii) 1 to 45 % by weight, calculated by weight of dry matter, of a surfactant scavenging system comprising: a) water-soluble divalent sulfate salt; and b) quaternary ammonium cationic surfactant; a) water-soluble divalent sulfate salt; and b) quaternary ammonium cationic surfactant; (iii) 3 to 15 % by weight, calculated by weight of dry matter, of a non-ionic or anionic polymeric flocculant, having a molecular weight of more than 100 kDa; and (iv) an inorganic filler, having a density of at least 1.5 kg/dm3, wherein the water-soluble divalent sulfate salt (a) and the quaternary ammonium cationic surfactant (b) in the surfactant scavenging system, are present in a ratio X defined by: X = Weight ratio of a : b % by weight of a + % by weight of b , wherein X is in the range of 0.01 to 0.5.
Method for biaxial stretching blow molding a preform shaped into a closed-end cylinder, the method comprising direct blow molding and shaping the preform into a container by using a pressurizing medium, the preform comprising: a single-layer or a multilayer structure, at least one layer thereof being constituted of a polyethylene resin having an MFR of 1.0 to 1.5 g/10 min, characterized in that the pressurizing medium is a liquid. a single-layer or a multilayer structure, at least one layer thereof being constituted of a polyethylene resin having an MFR of 1.0 to 1.5 g/10 min, characterized in that the pressurizing medium is a liquid.
A compound, or a pharmaceutically acceptable salt thereof, selected from the group consisting of
An immunoglobulin fusion protein comprising a non-antibody region inserted into a complementarity-determining region (CDR) of a first antibody region, wherein the non-antibody region comprises a first therapeutic agent, a first extender peptide, and a second extender peptide and the first extender peptide and the second extender peptide form an anti-parallel coiled coil.
An eddy current sensor for inducing an eddy current and detecting the induced eddy current to detect a crack in a battery cell, comprising: a first sensor , a second sensor , wherein the first sensor includes: at least two core units , each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit , wherein the first sensor is electrically connected to the outside for induction of an eddy current wherein the second sensor includes: at least two core units, each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit, wherein the second sensor is electrically connected to the outside for detection of an eddy current signal induced by the first sensor , wherein the first and second sensor are aligned according to an alignment direction, wherein each of the core units of the first sensor faces a core unit of the second sensor in the alignment direction, wherein the magnetic member of each of the core units of the first sensor and of each of the core units of the second sensor has a rectangular column shape. a first sensor , a second sensor , wherein the first sensor includes: at least two core units , each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit , at least two core units , each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit , wherein the first sensor is electrically connected to the outside for induction of an eddy current wherein the second sensor includes: at least two core units, each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit, at least two core units, each core unit comprising a coil wound around a magnetic member; and a case which accommodates the core unit, wherein the second sensor is electrically connected to the outside for detection of an eddy current signal induced by the first sensor , wherein the first and second sensor are aligned according to an alignment direction, wherein each of the core units of the first sensor faces a core unit of the second sensor in the alignment direction, wherein the magnetic member of each of the core units of the first sensor and of each of the core units of the second sensor has a rectangular column shape.
A support for lighting devices to be recessed in walls or ceilings made of plasterboard, that it is constituted by a plasterboard panel provided with at least one first central opening to which is coupled, by clamping, a plaster insert which is provided with a seat for said lighting device , said support being associable perimetrically to a complementarily-shaped second opening provided in said wall or ceiling , said plasterboard panel having a greater perimetric space occupation than said plaster insert and a thickness that is less than that of said wall or ceiling with which it can be associated by way of battens which can be coupled perimetrically to said second opening ; wherein said insert is provided so as to be monolithic with said panel , said insert having a shape structure provided with a central body , of chosen shapes, which protrudes, once associated with said panel , in the direction of a first internal surface of said panel thus defined once said panel has been associated with said wall or ceiling , said central body being internally hollow so as to define at least one seat within which at least one lighting device is to be positioned, said central body being provided with a hole , on the side opposite to said opening , in order to allow the exit of an end of said lighting device or of the corresponding power supply cables , an annular seat being formed at said hole , directed toward said opening , for an O-ring which is adapted to keep the dome of a lighting device such as a spotlight in position and hermetically sealed; characterized in that said central body surrounds and clamps said panel , at said opening there being an annular ridge or protrusion which protrudes beyond the lateral surface of said central body and abuts against said underlying first internal surface of said panel .