mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal assembly structure comprising: a crimp terminal having a bottom part , a crimp portion comprising a pair of crimping pieces on both sides of the bottom part configured to crimp and connect a core wire of an electric wire and a fastening portion configured to be fastened by a fastening member ; a holder and an insulator assembled inside the holder , the insulator is configured to guide the fastening portion of the crimp terminal when the crimp terminal is assembled and fastened to the holder , wherein the insulator comprises a bottom wall and a pair of side walls erected from both sides of the bottom wall , and a pair of detection ribs provided at the positions on the pair of side walls to be opposed to the pair of crimping pieces of the crimp terminal , the pair of detection ribs being configured to interfere with the crimp portion when the crimp terminal is assembled to the holder in a reversed orientation, wherein the reversed orientation corresponds to a state in which the pair of crimping pieces of the crimp portion are positions on a lower side towards the bottom wall of the insulator and come into contact with the pair of detection ribs . a crimp terminal having a bottom part , a crimp portion comprising a pair of crimping pieces on both sides of the bottom part configured to crimp and connect a core wire of an electric wire and a fastening portion configured to be fastened by a fastening member ; a holder and an insulator assembled inside the holder , the insulator is configured to guide the fastening portion of the crimp terminal when the crimp terminal is assembled and fastened to the holder , wherein the insulator comprises a bottom wall and a pair of side walls erected from both sides of the bottom wall , and a pair of detection ribs provided at the positions on the pair of side walls to be opposed to the pair of crimping pieces of the crimp terminal , the pair of detection ribs being configured to interfere with the crimp portion when the crimp terminal is assembled to the holder in a reversed orientation, wherein the reversed orientation corresponds to a state in which the pair of crimping pieces of the crimp portion are positions on a lower side towards the bottom wall of the insulator and come into contact with the pair of detection ribs .
Grid bar for a screen grid of a screen comprising a multiple number of grid bars arranged next to each other and spaced apart from each other, which serves the purpose of separating screening material from a flowing liquid, such as wastewater flowing in a sewer channel , wherein the grid bar consists, at least partially, of a plastic reinforced with fibers , whereas at least a part of the fibers extend in a longitudinal direction (L) of the grid bar , characterized in that at least a part of the fibers has a fineness of at least 300 tex.
Angular guide plate for systems for fastening rails to a support, having a front part, a central part and a bearing part, a through hole in the central part, a local elevation in the front part forming a pedestal and, on a bottom side in the bearing part, a half-cylinder running longitudinally to the edge of the guide plate, where in the middle part of the half-cylinder there is a local narrowing forming a stress-relieving recess, wherein it has a strengthening platform running with downward slope from the pedestal towards the bearing part , characterised in that on the upper side, the strengthening platform has the shape of an isosceles trapezoid, the arms of which are the edges , whereby the lines being the extensions of these edges are crossing at an angle α of 40° - 70°, preferably 53° - 59°, while on the underside in the front part there are at least two stress-relieving openings having the form of recesses extending along a line substantially parallel to the longer edge of the guide plate ;
A continuous dry granulation method comprising the steps of: (a1) compacting a powder between counter-rotating press rolls (2, 2.1) in a roller compaction unit, such as to obtain a compacted material in the form of ribbons and/or flakes; and (b1) milling the ribbons and/or flakes obtained in step (a1) with a milling unit comprising a rotating and/or oscillating milling roll or other milling device, and a screen (3.3) such as to obtain granules, wherein the milling roll or milling device is driven by a motor unit having an electrical drive; (c1) monitoring step (a1), and optionally controlling step (a1), using signals obtained upon milling from a sound sensor and/or a structure-borne sound sensor (7, 7.1, 7.2, 7.3, 7.4, 7.5) located at or near the milling unit; wherein steps (a1) and (b1) are conducted concurrently, and wherein step (c1) is conducted concurrently or intermittently with steps (a1) and (b1). (a1) compacting a powder between counter-rotating press rolls (2, 2.1) in a roller compaction unit, such as to obtain a compacted material in the form of ribbons and/or flakes; and (b1) milling the ribbons and/or flakes obtained in step (a1) with a milling unit comprising a rotating and/or oscillating milling roll or other milling device, and a screen (3.3) such as to obtain granules, wherein the milling roll or milling device is driven by a motor unit having an electrical drive; (c1) monitoring step (a1), and optionally controlling step (a1), using signals obtained upon milling from a sound sensor and/or a structure-borne sound sensor (7, 7.1, 7.2, 7.3, 7.4, 7.5) located at or near the milling unit;
A cryogenic cooling system comprising: a vessel extending along a longitudinal axis, wherein the vessel is configured to receive a sample probe movable along the longitudinal axis; one or more cooling members thermally coupled to the vessel so as to produce a thermal gradient along the longitudinal axis of the vessel; and a vent configured to provide a pathway for a flow of gas in one direction only from an inlet of the vent to an outlet of the vent, wherein the inlet is in gaseous communication with the inside of the vessel, and wherein the outlet is in gaseous communication an environment external to the vessel, wherein the inlet is arranged at a position along the vessel configured to obtain a temperature below 63 kelvin during operation of the one or more cooling members, and wherein the outlet is arranged at a position configured to maintain a temperature above 273 kelvin when the inlet has a temperature below 63 kelvin, the vent further comprising a pressure relief element configured to open and close said pathway in dependence on the pressure within the vessel such that, when the pressure of a gas inside the vessel exceeds a safety threshold, the pressure relief element is opened so as to enable a flow of said gas from the inside of the vessel to the environment external to the vessel; characterised in that the vent extends along the outside of the vessel. a vessel extending along a longitudinal axis, wherein the vessel is configured to receive a sample probe movable along the longitudinal axis; one or more cooling members thermally coupled to the vessel so as to produce a thermal gradient along the longitudinal axis of the vessel; and a vent configured to provide a pathway for a flow of gas in one direction only from an inlet of the vent to an outlet of the vent, wherein the inlet is in gaseous communication with the inside of the vessel, and wherein the outlet is in gaseous communication an environment external to the vessel, wherein the inlet is arranged at a position along the vessel configured to obtain a temperature below 63 kelvin during operation of the one or more cooling members, and wherein the outlet is arranged at a position configured to maintain a temperature above 273 kelvin when the inlet has a temperature below 63 kelvin, the vent further comprising a pressure relief element configured to open and close said pathway in dependence on the pressure within the vessel such that, when the pressure of a gas inside the vessel exceeds a safety threshold, the pressure relief element is opened so as to enable a flow of said gas from the inside of the vessel to the environment external to the vessel; characterised in that the vent extends along the outside of the vessel.
An antiperspirant/deodorant composition comprising: an oil-in-water emulsion base comprising: an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of an amino acid, calcium carbonate, and a zinc-based antiperspirant active, wherein the zinc-based antiperspirant active is free of zinc oxide-amino acid-halide complex, amino acid-halide, and chelated zinc oxide complex; and wherein the composition is aluminum-free. an oil-in-water emulsion base comprising: an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an emulsifier comprising a mixture of steareth-2 and steareth-20, a plant-based oil, a polyol, and water; and an antiperspirant active dispersed in the oil-in-water emulsion base, wherein the antiperspirant active consists essentially of an amino acid, calcium carbonate, and a zinc-based antiperspirant active, wherein the zinc-based antiperspirant active is free of zinc oxide-amino acid-halide complex, amino acid-halide, and chelated zinc oxide complex; and wherein the composition is aluminum-free.
A method for monitoring water quality in a water supply network, the method comprising: providing a plurality of sensor units at predefined locations along the water supply network communicating a detected sensor value from each respective sensor unit of said plurality of sensor units indicative of a parameter of water at the location of said respective sensor unit to a computer server in real-time said computer server recording the detected sensor values in a storage repository; analyzing said detected sensor values at said computer server in order to detect changes in quality of water moving between said sensor units ; comparing by said computer of said communicated detected values from sequentially located sensor units for determining a localized abnormality; sending an alert to a user interface when an abnormality is determined at one or more of said sequentially located sensor units relative to other sequentially located sensor units; characterized by : analyzing at said computer server historical records stored in the repository, by comparing data from the same sensors over time to identify a slowly developing anomaly before it becomes malfunction or failure; recognizing said slowly developing anomaly as a sign of a progressive deterioration in a localized area; and wherein sending an alert includes a notification of said deterioration and a location thereof. providing a plurality of sensor units at predefined locations along the water supply network communicating a detected sensor value from each respective sensor unit of said plurality of sensor units indicative of a parameter of water at the location of said respective sensor unit to a computer server in real-time said computer server recording the detected sensor values in a storage repository; analyzing said detected sensor values at said computer server in order to detect changes in quality of water moving between said sensor units ; comparing by said computer of said communicated detected values from sequentially located sensor units for determining a localized abnormality; sending an alert to a user interface when an abnormality is determined at one or more of said sequentially located sensor units relative to other sequentially located sensor units; characterized by : analyzing at said computer server historical records stored in the repository, by comparing data from the same sensors over time to identify a slowly developing anomaly before it becomes malfunction or failure; recognizing said slowly developing anomaly as a sign of a progressive deterioration in a localized area; and wherein sending an alert includes a notification of said deterioration and a location thereof. analyzing at said computer server historical records stored in the repository, by comparing data from the same sensors over time to identify a slowly developing anomaly before it becomes malfunction or failure; recognizing said slowly developing anomaly as a sign of a progressive deterioration in a localized area; and wherein sending an alert includes a notification of said deterioration and a location thereof.
A flow diverter of a coke catching element, comprising: a body disposable in a flow field and defining an interior ; an upstream end , which is defined relative to the flow field; and a downstream end , which is downstream from the upstream end , wherein: at least one of the upstream end and the downstream end is open to the interior and the other of the upstream end and the downstream end is closed, and the interior diverges at the one of the upstream end and the downstream end that is open and converges at the other of the upstream end and the downstream end . a body disposable in a flow field and defining an interior ; an upstream end , which is defined relative to the flow field; and a downstream end , which is downstream from the upstream end , wherein: at least one of the upstream end and the downstream end is open to the interior and the other of the upstream end and the downstream end is closed, and the interior diverges at the one of the upstream end and the downstream end that is open and converges at the other of the upstream end and the downstream end . at least one of the upstream end and the downstream end is open to the interior and the other of the upstream end and the downstream end is closed, and the interior diverges at the one of the upstream end and the downstream end that is open and converges at the other of the upstream end and the downstream end .
An intravascular catheter , comprising: a catheter shaft having a distal portion ; a plurality of magnetic localization elements disposed within the distal portion of the catheter shaft ; and an integrated electronics package disposed within the distal portion of the catheter shaft , wherein the integrated electronics package comprises: a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, wherein the imaging elements are an ultrasonic transducer array which is included within the integrated electronics package and characterised in that the plurality of magnetic localization elements comprises a plurality of solid-state magnetic localization sensors mounted within the integrated electronics package . a catheter shaft having a distal portion ; a plurality of magnetic localization elements disposed within the distal portion of the catheter shaft ; and an integrated electronics package disposed within the distal portion of the catheter shaft , wherein the integrated electronics package comprises: a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, a power supply; a pre-amplifier; a multiplexor; an imaging element driver; and imaging elements, wherein the imaging elements are an ultrasonic transducer array which is included within the integrated electronics package and characterised in that the plurality of magnetic localization elements comprises a plurality of solid-state magnetic localization sensors mounted within the integrated electronics package .
Bicycles tyre , comprising a pair of bead cores , a carcass structure turned around the pair of bead cores and a tread band radially outer to the carcass structure ; an elastomeric material filler provided at each bead core , which extends in a radial direction for a first length (H1) starting from the bead core , wherein the first length (H1) is at least 20% of a distance (H4) measured in a radial direction between the bead core and the radially outermost portion of the carcass structure , characterized in that the elastomeric material filler is made of a material that has a load at break greater than or equal to about 15 MPa and preferably less than about 40 MPa.
Container lid having a filling opening which has a movable closing element , wherein - the closing element is a rocker having a first arm and a second arm , which rocker is supported about a pivot axis pivotable on the container lid , - the first arm has a closing plate and the second arm has a counterweight , - the torque of the second arm is greater than the torque of the first arm , characterised in - that the closing element is inclined in a closed condition, - that an edge of the filling opening is inclined, - that the closing element has a flat closing plate , which in the closed condition abuts from below on the edge of the filling opening . - the closing element is a rocker having a first arm and a second arm , which rocker is supported about a pivot axis pivotable on the container lid , - the first arm has a closing plate and the second arm has a counterweight , - the torque of the second arm is greater than the torque of the first arm , characterised in - that the closing element is inclined in a closed condition, - that an edge of the filling opening is inclined, - that the closing element has a flat closing plate , which in the closed condition abuts from below on the edge of the filling opening .
An aerosol generating article for use with an aerosol generating device including a magnetic field generator , the aerosol generating article comprising: first and second discrete compartments configured to contain respectively a first aerosol generating substance and a second aerosol generating substance ; and an inductively heatable susceptor configured to be inductively heated by the magnetic field generator , the inductively heatable susceptor having a first part positioned in the first compartment and a second part positioned in the second compartment ; characterized in that the first and second parts of the inductively heatable susceptor are configured to have different orientations from each other with respect to the magnetic field generator . first and second discrete compartments configured to contain respectively a first aerosol generating substance and a second aerosol generating substance ; and an inductively heatable susceptor configured to be inductively heated by the magnetic field generator , the inductively heatable susceptor having a first part positioned in the first compartment and a second part positioned in the second compartment ; characterized in that the first and second parts of the inductively heatable susceptor are configured to have different orientations from each other with respect to the magnetic field generator .
A viscous clutch (20; 120; 220) comprising: an input member (26; 126; 224); an output member (24; 124; 226); a working chamber (38; 138; 238) defined between the input member and the output member; a reservoir (36; 136; 236; 504; 604; 704; 804; 904; 1004; 1104) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; an outlet (36-2; 182; 236-2; 512; 612; 712; 812; 912; 1012; 1112) to pass the shear fluid from the reservoir to the working chamber along the fluid circuit; and a return bore (26-2; 124B; 226-2) to return the shear fluid pumped out of the working chamber along the fluid circuit; an accumulator (72; 502; 602; 702; 802; 902; 1002; 1102) to accept the shear fluid from the return bore, wherein the accumulator is arranged in series with the reservoir in the fluid circuit; and a first wall (70-1; 170; 270; 506; 606; 706; 806; 906; 1006; 1106) having an arcuate segment (70-1A; 506B; 606B; 706B; 806B; 906B; 1006B; 1106B), the first wall positioned within the reservoir to separate a first portion of the reservoir from a second portion of the reservoir, characterized in that the accumulator is located radially inward of the reservoir. an input member (26; 126; 224); an output member (24; 124; 226); a working chamber (38; 138; 238) defined between the input member and the output member; a reservoir (36; 136; 236; 504; 604; 704; 804; 904; 1004; 1104) to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; an outlet (36-2; 182; 236-2; 512; 612; 712; 812; 912; 1012; 1112) to pass the shear fluid from the reservoir to the working chamber along the fluid circuit; and a return bore (26-2; 124B; 226-2) to return the shear fluid pumped out of the working chamber along the fluid circuit; an accumulator (72; 502; 602; 702; 802; 902; 1002; 1102) to accept the shear fluid from the return bore, wherein the accumulator is arranged in series with the reservoir in the fluid circuit; and a first wall (70-1; 170; 270; 506; 606; 706; 806; 906; 1006; 1106) having an arcuate segment (70-1A; 506B; 606B; 706B; 806B; 906B; 1006B; 1106B), the first wall positioned within the reservoir to separate a first portion of the reservoir from a second portion of the reservoir, characterized in that the accumulator is located radially inward of the reservoir.
A combustion chamber for a gas turbine engine comprising a wall at least partially defining a combustion zone, the wall having an upstream end and a downstream end, the wall having a first surface facing away from the combustion zone and a second surface facing the combustion zone, the wall having at least one effusion cooling aperture extending there-through from the first surface to the second surface, the effusion cooling aperture having an inlet in the first surface and an outlet in the second surface, the first surface having a particle separator at least partially located upstream of the inlet of the effusion cooling aperture, the particle separator projecting away from the first surface and away from the combustion zone, the particle separator having a distal end remote from the inlet of the effusion cooling aperture and a proximal end adjacent to the inlet of the effusion cooling aperture, the particle separator having a maximum height (H) above the first surface at a location spaced from the proximal end, the particle separator increasing in height in a direction from the distal end towards the proximal end to the maximum height, characterized in that the particle separator overhangs the inlet of the effusion cooling aperture .