mhurhangee/patent-ind-claim-en huggingface dataset:
Sensor assembly for a sensor, said sensor assembly comprising: - a deformation body , particularly in the form of a membrane and/or disk, with a first surface (111+), a second opposite surface (111#), particularly at least partially parallel to the first surface (111+), and an outer boundary segment , particularly circular and/or provided with a sealing surface; - a sensor lug , particularly in the form of a plate or wedge, extending from the first surface (111+) of the deformation body up to a distal end; - characterized by a protection unit designed to protect the deformation body from pressure shocks against its first surface and/or to protect the deformation body from abrupt changes in temperature at its first surface, - wherein the protection unit has at least one plate adjacent to the boundary segment of the deformation body , said plate extending radially inwards in the direction of the sensor lug in such a way that -- a cavity , particularly annular or in the shape of an annular disk, is formed between the plate and the deformation body, wherein said cavity receives a part of the sensor lug which is adjacent to the first surface (111+) of the deformation body but is nevertheless at a distance from the distal end, -- and that a gap , particularly annular, is formed between the plate and the sensor lug . - a deformation body , particularly in the form of a membrane and/or disk, with a first surface (111+), a second opposite surface (111#), particularly at least partially parallel to the first surface (111+), and an outer boundary segment , particularly circular and/or provided with a sealing surface; - a sensor lug , particularly in the form of a plate or wedge, extending from the first surface (111+) of the deformation body up to a distal end; - characterized by a protection unit designed to protect the deformation body from pressure shocks against its first surface and/or to protect the deformation body from abrupt changes in temperature at its first surface, - wherein the protection unit has at least one plate adjacent to the boundary segment of the deformation body , said plate extending radially inwards in the direction of the sensor lug in such a way that -- a cavity , particularly annular or in the shape of an annular disk, is formed between the plate and the deformation body, wherein said cavity receives a part of the sensor lug which is adjacent to the first surface (111+) of the deformation body but is nevertheless at a distance from the distal end, -- and that a gap , particularly annular, is formed between the plate and the sensor lug . -- a cavity , particularly annular or in the shape of an annular disk, is formed between the plate and the deformation body, wherein said cavity receives a part of the sensor lug which is adjacent to the first surface (111+) of the deformation body but is nevertheless at a distance from the distal end, -- and that a gap , particularly annular, is formed between the plate and the sensor lug .
A process for providing a hydraulic clayey barrier using a composition obtained by a) mixing a dry clay with an anionic polymer solution to obtain a slurry of clay treated with an anionic polymer, and b) dehydrating said slurry of clay treated with an anionic polymer, wherein said dehydrating is undertaken by drying at a temperature higher than 60°C the slurry of clay, polymer and water resulting from said mixing a dry clay with an anionic polymer solution.
Metal piece (P) having a generally elongated shape according to a longitudinal direction (A), for making a motor vehicle, comprising: - at least one edge extending according to a longitudinal direction, at the intersection of two walls of the piece, and - at least one area having a mechanical strength lower than the rest of the body of the piece, wherein the at least one area is formed through local thermal control of the piece, the piece being characterized in that at least one lower mechanical strength area is arranged undulating along the edge extending at least predominantly alternating on each of the walls forming said edge. - at least one edge extending according to a longitudinal direction, at the intersection of two walls of the piece, and - at least one area having a mechanical strength lower than the rest of the body of the piece, wherein the at least one area is formed through local thermal control of the piece,
A chewing gum for mucosal delivery of cannabinoids, the chewing gum comprising water-soluble chewing gum ingredients and water-insoluble gum base, the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, one or more elastomers in an amount of 3-30% by weight of the gum base, and one or more polyvinyl acetate elastomer plasticizers in an amount of 8-50% by weight of the gum base, wherein the water-soluble chewing gum ingredients comprise one or more sugar alcohols in an amount of 35-80% by weight of the chewing gum, and wherein the chewing gum comprises one or more cannabinoids in an amount of 0.1 to 200 mg per piece of chewing gum. the gum base comprising one or more natural resins in an amount of 10-40% by weight of the gum base, one or more elastomers in an amount of 3-30% by weight of the gum base, and one or more polyvinyl acetate elastomer plasticizers in an amount of 8-50% by weight of the gum base, wherein the water-soluble chewing gum ingredients comprise one or more sugar alcohols in an amount of 35-80% by weight of the chewing gum, and wherein the chewing gum comprises one or more cannabinoids in an amount of 0.1 to 200 mg per piece of chewing gum.
A printer , comprising: a medium supply portion configured to supply a print medium (P); feeding means configured to feed the print medium (P) supplied from the medium supply unit along a medium feed path; printing means disposed in the medium feed path to print on the print medium (P); a first damper portion configured to swing so that a medium contact portion, which contacts the print medium (P) in the medium feed path, gives tension to the print medium (P) between the printing means and the medium supply portion ; characterized in that the printer further comprising: a second damper portion configured to swing so that a medium contact portion, which contacts the print medium (P) in the medium feed path gives tension to the print medium (P) between the printing means and the medium contact portion of the first damper portion , and between the medium contact portion of the first damper portion and a chassis surface facing the medium contact portion of the first damper portion , wherein the second damper portion is swingably journaled to the first damper portion and is configured to swing. a medium supply portion configured to supply a print medium (P); feeding means configured to feed the print medium (P) supplied from the medium supply unit along a medium feed path; printing means disposed in the medium feed path to print on the print medium (P); a first damper portion configured to swing so that a medium contact portion, which contacts the print medium (P) in the medium feed path, gives tension to the print medium (P) between the printing means and the medium supply portion ; characterized in that the printer further comprising: a second damper portion configured to swing so that a medium contact portion, which contacts the print medium (P) in the medium feed path gives tension to the print medium (P) between the printing means and the medium contact portion of the first damper portion , and between the medium contact portion of the first damper portion and a chassis surface facing the medium contact portion of the first damper portion , wherein the second damper portion is swingably journaled to the first damper portion and is configured to swing.
A chromatography system comprising plural components (12-18; 810; 910) fluidically interconnectable by fluid tubing , said components comprising one or more ports, each port comprising a spigot (20; 280; 923;923') and a releasable coupling ; wherein each port is accessible via said spigot (20; 280; 923, 923') for receiving a respective end of the fluid tubing , wherein the spigot is provided with an open end having a sealing ridge (22; 282) in close proximity to the open end, and the sealing ridge (22; 282) can create a direct seal between the tubing inner wall and the sealing ridge , wherein the first end of the fluid tubing is sealable around the spigot by said releasable coupling external to the tubing end, the releasable coupling comprising a cylindrical inner component in the form of a collet for accepting the fluid tubing and a cylindrical locking collar element having an internal through-aperture for slidably accepting the cylindrical inner component in the form of a collet , the releasable coupling having a releasable clamping action actuatable by sliding motion of the collar element of the releasable coupling along the end of the fluid tubing .
A method of preparing a heat-resistant SAN resin, wherein the heat-resistant SAN resin is prepared by polymerizing an α-methyl styrene monomer with a vinyl cyanide monomer, the method comprising: (i) a first polymerization step of polymerizing a total weight of α-methyl styrene monomer with 20 to 65 % by weight of 100 % by weight of the vinyl cyanide monomer in the presence of an oxidation-reduction catalyst and hydroperoxide-based initiator while continuously adding 30 to 80 % by weight of 100 % by weight of the vinyl cyanide monomer upon or after initiation of the polymerization; (ii) a second polymerization step of adding and polymerizing an oxidation-reduction catalyst and a hydroperoxide-based initiator when a polymerization conversion rate reaches 25 to 40 % in the first polymerization step; and (iii) a third polymerization step of adding and polymerizing 0 to 25 % by weight of 100 % by weight of the vinyl cyanide monomer and a thermal decomposition initiator when a polymerization conversion rate reaches 80 to 90 % in the second polymerization step, wherein the hydroperoxide-based initiator is one or more selected from the group consisting of diisopropylbenzene hydroperoxide, cumene hydroperoxide, and tertiary butyl hydroperoxide, and the thermal decomposition initiator is one or more selected from the group consisting of ammonium persulfate, sodium persulfate, and potassium persulfate. (i) a first polymerization step of polymerizing a total weight of α-methyl styrene monomer with 20 to 65 % by weight of 100 % by weight of the vinyl cyanide monomer in the presence of an oxidation-reduction catalyst and hydroperoxide-based initiator while continuously adding 30 to 80 % by weight of 100 % by weight of the vinyl cyanide monomer upon or after initiation of the polymerization; (ii) a second polymerization step of adding and polymerizing an oxidation-reduction catalyst and a hydroperoxide-based initiator when a polymerization conversion rate reaches 25 to 40 % in the first polymerization step; and (iii) a third polymerization step of adding and polymerizing 0 to 25 % by weight of 100 % by weight of the vinyl cyanide monomer and a thermal decomposition initiator when a polymerization conversion rate reaches 80 to 90 % in the second polymerization step,
A method of adding refrigerant to an air conditioning system , the method of adding refrigerant comprising: obtaining a recommended amount of refrigerant for the air conditioning system; measuring temperatures including measuring a first refrigerant temperature with a first temperature sensor and measuring a second temperature with a second temperature sensor , wherein the first temperature sensor monitors a temperature in a refrigerant container of a refrigerant charging system and wherein the second temperature sensor monitors a temperature of the air conditioning system to be charged; characterized in that the method of adding refrigerant further comprises: determining a compensated amount of refrigerant to be added to the air conditioning system based upon the first refrigerant temperature and the second temperature that allows for compensation of refrigerant remaining in the set of hose connectors based on a temperature differential between the first refrigerant temperature and the second temperature ; and charging the air conditioning system by charging an amount that includes the compensated amount of refrigerant and the recommended amount of refrigerant from the refrigerant container . obtaining a recommended amount of refrigerant for the air conditioning system; measuring temperatures including measuring a first refrigerant temperature with a first temperature sensor and measuring a second temperature with a second temperature sensor , wherein the first temperature sensor monitors a temperature in a refrigerant container of a refrigerant charging system and wherein the second temperature sensor monitors a temperature of the air conditioning system to be charged; determining a compensated amount of refrigerant to be added to the air conditioning system based upon the first refrigerant temperature and the second temperature that allows for compensation of refrigerant remaining in the set of hose connectors based on a temperature differential between the first refrigerant temperature and the second temperature ; and charging the air conditioning system by charging an amount that includes the compensated amount of refrigerant and the recommended amount of refrigerant from the refrigerant container .
A mobile cellular telephone apparatus comprising: a cover defining an exterior surface of the apparatus and including a first conductive cover portion ; an antenna , connected to a feed point and configured to operate in at least a first resonant frequency band; a conductive member positioned between the first conductive cover portion and the antenna and configured to couple with the first conductive cover portion, wherein the combination of the conductive member and the first conductive cover portion are operable in a second resonant frequency band, different to the first resonant frequency band and are configured to be contactlessly fed by the antenna. a cover defining an exterior surface of the apparatus and including a first conductive cover portion ; an antenna , connected to a feed point and configured to operate in at least a first resonant frequency band; a conductive member positioned between the first conductive cover portion and the antenna and configured to couple with the first conductive cover portion, wherein the combination of the conductive member and the first conductive cover portion are operable in a second resonant frequency band, different to the first resonant frequency band and are configured to be contactlessly fed by the antenna.
Use of a display means of a converter , the converter having an address coding switch , in particular on its housing, characterised in that when the address coding switch is actuated, the display means displays a particular value corresponding to a particular switch position of the address coding switch for a predetermined period of time thereafter, and otherwise operating information of the converter is displayed.
A plant cell, seed or plant comprising a cell comprising an exogenous nucleotide sequence integrated into a FAD3 gene following cleavage of the FAD3 gene with a nuclease that binds to a target site in the FAD3 gene, the target site comprising a sequence within any of SEQ ID NOs: 20-23, SEQ ID Nos: 25-38, SEQ ID NOs 40-45, SEQ ID NO: 47 and SEQ ID NO: 49, wherein the exogenous nucleotide sequence comprises a non-coding sequence comprising one or more DNA-binding domain binding sites, or a coding sequence, or both.
An apparatus for generating a three-dimensional object, the apparatus comprising: a scanning carriage to move along a scanning axis over a build area , the scanning carriage to move to a service location spaced apart from the build area ; an agent distributor coupled to the scanning carriage , the agent distributor 1 to selectively distribute agent in the build area, the agent distributor comprising a nozzle surface having a plurality of nozzle orifices formed therein; a wiping element disposed at the service location , the wiping element to wipe the nozzle surface of the agent distributor to remove build material adhered thereto, wherein the wiping element comprises textile based wiping elements, rubber or synthetic rubber wiping elements and/or fibrous wiping elements; an air outlet spaced apart from the service location ; and at least one airflow component disposed proximate the service location , the at least one airflow component to generate airflow across the wiping element to the air outlet across the build area to reduce build material collection on the wiping element . a scanning carriage to move along a scanning axis over a build area , the scanning carriage to move to a service location spaced apart from the build area ; an agent distributor coupled to the scanning carriage , the agent distributor 1 to selectively distribute agent in the build area, the agent distributor comprising a nozzle surface having a plurality of nozzle orifices formed therein; a wiping element disposed at the service location , the wiping element to wipe the nozzle surface of the agent distributor to remove build material adhered thereto, wherein the wiping element comprises textile based wiping elements, rubber or synthetic rubber wiping elements and/or fibrous wiping elements; an air outlet spaced apart from the service location ; and at least one airflow component disposed proximate the service location , the at least one airflow component to generate airflow across the wiping element to the air outlet across the build area to reduce build material collection on the wiping element .
A system comprising a vehicle for collecting a elongated flexible element, such as a hose , that has been laid out on a terrain, and a user control module, the vehicle comprising: - a support frame configured to support a winding assembly for the elongated flexible element; whereby the support frame is configured to be movable across the terrain; and - an actuator configured for actuating the winding assembly for winding the elongated flexible element, thereby pulling the vehicle in a forward movement (F) across the terrain along the elongated flexible element; wherein the vehicle comprises a steering mechanism configured for steering the vehicle along the elongated flexible element, when the vehicle is pulled in the forward movement along the elongated flexible element by the actuator, in response to a force of the elongated flexible element acting on the steering mechanism; wherein the steering mechanism comprises a guiding assembly configured for guiding the elongated flexible element to the winding assembly; wherein the vehicle is connected to the user control module, which is configured for controlling the actuator, wherein the user control module is remotely arranged from the vehicle, wherein the user control module is a handheld module, which is connected to the actuator via a wired connection or via a wireless connection. - a support frame configured to support a winding assembly for the elongated flexible element; whereby the support frame is configured to be movable across the terrain; and - an actuator configured for actuating the winding assembly for winding the elongated flexible element, thereby pulling the vehicle in a forward movement (F) across the terrain along the elongated flexible element; wherein the vehicle comprises a steering mechanism configured for steering the vehicle along the elongated flexible element, when the vehicle is pulled in the forward movement along the elongated flexible element by the actuator, in response to a force of the elongated flexible element acting on the steering mechanism; wherein the steering mechanism comprises a guiding assembly configured for guiding the elongated flexible element to the winding assembly; wherein the vehicle is connected to the user control module, which is configured for controlling the actuator, wherein the user control module is remotely arranged from the vehicle, wherein the user control module is a handheld module, which is connected to the actuator via a wired connection or via a wireless connection.
A solid compound according to Formula II: wherein the compound is characterized by an x-ray powder diffraction pattern having peaks expressed in degrees 2θ (± 2) at:- (a) 17.6, 18.7, 19.6, 20.1, 20.5, 23.7, and 25.8; or (b) 6.1, 7.5, 9.4, 11.3, 12, 13.6, 14.5, 15.1, 16.2, 17.6, 17.8, 18.7, 19.6, 20.1, 20.5, 21.8, 22.6, 23.1, 23.7, 24.8, 25.8, 27.2, 27.5, 28.9, 35.9, and 39.2. (a) 17.6, 18.7, 19.6, 20.1, 20.5, 23.7, and 25.8; or (b) 6.1, 7.5, 9.4, 11.3, 12, 13.6, 14.5, 15.1, 16.2, 17.6, 17.8, 18.7, 19.6, 20.1, 20.5, 21.8, 22.6, 23.1, 23.7, 24.8, 25.8, 27.2, 27.5, 28.9, 35.9, and 39.2.
A remediation process for curbing of emissions of toxic metals and chelating agent from soils, sediments and other substrates contaminated with toxic metals, said process comprising: (a) remediation of contaminated soil, sediment and other substrate with washing solution to form a slurry phase, said washing solution comprising EDTA or other chelating agent from the group of aminopolycarboxylic acids and their salts and mixtures thereof; (b) addition of 0.05 - 5% (w/w, dry weight) of zero-valent Fe or Fe compounds from the group of Fe-oxides and Fe-oxide-hydroxides into the slurry phase of soil, sediment and other substrate; (c) mixing of Fe-amended slurry; (d) separation of solid phase of remediated and Fe-amended soil, sediment and other substrate; (e) ageing of remediated and Fe-amended soil, sediment and other substrate for 0.5 - 45 days. (a) remediation of contaminated soil, sediment and other substrate with washing solution to form a slurry phase, said washing solution comprising EDTA or other chelating agent from the group of aminopolycarboxylic acids and their salts and mixtures thereof; (b) addition of 0.05 - 5% (w/w, dry weight) of zero-valent Fe or Fe compounds from the group of Fe-oxides and Fe-oxide-hydroxides into the slurry phase of soil, sediment and other substrate; (c) mixing of Fe-amended slurry; (d) separation of solid phase of remediated and Fe-amended soil, sediment and other substrate; (e) ageing of remediated and Fe-amended soil, sediment and other substrate for 0.5 - 45 days.
A textile cord for a tire , the textile cord comprising at least two yarns , each yarn having multiple filaments (101, 101', 101"), wherein each of the filaments (101, 101', 101") comprises at least one polymer comprising polyethylene furanoate reinforced by one or more of: carbon nano material and boron nitride nano material.