mhurhangee/patent-ind-claim-en huggingface dataset:
Expanded beads of thermoplastic polyurethane, wherein the Shore A hardness of the thermoplastic polyurethane is 85 or more and 95 or less, measured according to ASTM D2240; the average cell diameter of the expanded beads is from 50 to 300 μm, measured as described in the specification; the average cell diameter (A) in the central part of the expanded beads is 300 μm or less; the ratio (A/B) of the average cell diameter (A) in the central part of the expanded beads to the average cell diameter (B) in the surface layer part of the expanded beads is 5 or less, wherein the average cell diameters (A) and (B), are measured as described in the specification and wherein the portion forming the central part and the portion forming the surface layer part of the expanded beads are determined as described in the specification; and the closed cell ratio (D) when bisecting the expanded bead is 60% or more, determined as described in the specification. the Shore A hardness of the thermoplastic polyurethane is 85 or more and 95 or less, measured according to ASTM D2240; the average cell diameter of the expanded beads is from 50 to 300 μm, measured as described in the specification; the average cell diameter (A) in the central part of the expanded beads is 300 μm or less; the ratio (A/B) of the average cell diameter (A) in the central part of the expanded beads to the average cell diameter (B) in the surface layer part of the expanded beads is 5 or less, wherein the average cell diameters (A) and (B), are measured as described in the specification and wherein the portion forming the central part and the portion forming the surface layer part of the expanded beads are determined as described in the specification; and the closed cell ratio (D) when bisecting the expanded bead is 60% or more, determined as described in the specification.
A debris removal system to remove space debris existing in the space, the debris removal system comprising: at least one space device comprising an adhesion part which comprises adhesive to adhere to a space debris and to absorb the impact of the space debris and a propulsion part to obtain propulsion power; a guide-control part configured to move the space device close to the space debris so as to let the space device adhere to the space debris with the adhesion part ; and a propulsion control part configured to control the propulsion part of the space device so as to move the space device adhering to the space debris toward the atmosphere together with the space debris by the propulsion part of the space device. at least one space device comprising an adhesion part which comprises adhesive to adhere to a space debris and to absorb the impact of the space debris and a propulsion part to obtain propulsion power; a guide-control part configured to move the space device close to the space debris so as to let the space device adhere to the space debris with the adhesion part ; and a propulsion control part configured to control the propulsion part of the space device so as to move the space device adhering to the space debris toward the atmosphere together with the space debris by the propulsion part of the space device.
A vehicle suspension comprising a quadrangular frame with a pair of arms attached thereto, where the ends of said arms are configured to be connected to the hubs of the respective wheels , characterized in that said suspension comprises two pairs of arms - a pair of identical transverse arms and a pair of identical longitudinal arms with the ends of the longitudinal arms configured to be connected to the hubs of the respective wheels , each arm is rotatably attached by its central zone to the central portion of the corresponding side of a quadrangular frame through rubber-metal joint , the arms contact surfaces are cylindrical, they are adapted for mechanical coupling of arms to each other and are oriented as follows: longitudinal left and right arms have their contact surfaces oriented upwards, while transverse front and back arms have their contact surfaces oriented downwards, contact surfaces of each arm are tangent to the plane extending through the axis of rotation of the arm and are located on one side of it, while each side of the quadrangular frame rests upon the hubs of two wheels through the corresponding arm .
An apparatus for forming a leno selvage, comprising two lifting heddles and one metallic half-heddle of approximately a U shape in the view and having two limbs that are connected by a web , wherein each lifting heddle has a lifting heddle foot that has an opening that extends in the longitudinal direction of the lifting heddle , and wherein the lifting heddle foot has at least one magnet at at least one side of the opening that cooperates with the one limb of the half-heddle , characterized in that the opening extends continuously over the total height of the lifting heddle foot .
A capsule for use in a beverage preparation machine, for preparing a beverage with a foam, the capsule comprising an ingredient chamber for containing an ingredient for preparing the beverage characterized in that it has at least one gas reservoir containing gas, the at least one gas reservoir having an opening within the capsule, the opening adjacent a flow path for liquid through the capsule such that the gas reservoir is in fluid communication with the flow path, the at least one gas reservoir arranged such that, in use, liquid flowing past the opening entrains gas from the gas reservoir to form a foam-like mixture of gas and liquid.
A palatal and jaw expansion device comprising at least one screw , at least two blocks that are positioned on the screw so as to move on the screw , at least one stabilization rod whereon the blocks are seated, comprising a movement mechanism disposed at the center of the screw and an arm that has a fixed end fixed to the movement mechanism perpendicularly to the horizontal axis where the screw extends and a free end , such that, when force is applied on the free end , the movement mechanism whereon the arm is fixed and the screw can be rotated around the horizontal axis where the screw extends, enabling the blocks to move on the screw , characterized by a first gearwheel that is disposed on the movement mechanism , whereon teeth in various profiles are bored, whereto the arm is fixed and that rotates on the screw around the horizontal axis by the movement of the arm , and a second gearwheel that is fixed on the screw , that completely contacts the first gearwheel so as to shift to the active position by the movement of the first gearwheel , and whereon teeth in matching form with the teeth on the first gearwheel are bored.
A reservoir for installation in a sensor line in an aircraft fuel pump system, the reservoir comprising an inlet , a sump , and an outlet , configured such that the sump must be substantially full before fluid can pass through the reservoir , wherein the inlet extends into the sump wherein the outlet runs in a direction parallel to the inlet , and the outlet extends into the sump beyond the opening of the inlet , and the inlet is offset from the outlet such that there is no direct linear flow path between the inlet and the outlet .
A trispecific antigen-binding protein, wherein said trispecific antigen-binding protein comprises (a) a first domain (A) which comprises a single-chain variable fragment (scFv) specific to human CD3; (b) a second domain (B) which comprises a single domain antibody (sdAb) that binds human serum albumin; and (c) a third domain (C) which comprises a single domain antibody (sdAb) that specifically binds to a target tumor antigen, wherein the domains are linked in the order H 2 N-(C)-L2-(B)-L1-(A)-COOH, and wherein L1 and L2 are, each independently, a linker consisting of 0 to 50 amino acid residues. (a) a first domain (A) which comprises a single-chain variable fragment (scFv) specific to human CD3; (b) a second domain (B) which comprises a single domain antibody (sdAb) that binds human serum albumin; and (c) a third domain (C) which comprises a single domain antibody (sdAb) that specifically binds to a target tumor antigen,
A solar heat collection system having a plurality of heat medium channels for heating a heat medium by virtue of solar heat and allowing the heat medium to flow, said solar heat collection system being capable of discharging the heat medium from the plurality of heat medium channels through the same discharge route, by introducing a gas into the heat medium channels from vents provided respectively on the heat medium channels , characterised in that the solar heat collection system includes a header which is a pipe connecting a plurality of the vents , the vents being configured to introduce the gas into the heat medium channels through the header .
A process for producing a highly calcined and uniformly calcined product from a feedstock including the steps of: a. Grinding the feedstock to a powder; b. Preheating the powder; c. Calcining the powder in a reactor plant that comprises progressive reactor segments in which a flash calciner is used in each progressive reactor segment to incrementally react the powder by raising the temperature in each segment; d. The last segment is a high temperature reactor that has a controlled residence time and temperature that allows the controlled finishing of the calcination process to achieve the desired degree of calcination and sintering of the product; and e. Cooling the product; wherein the feedstock is a carbonate, or a carbonate and hydrated minerals, such that the carbon dioxide liberated in indirectly heated reactor segments is not mixed with flue gas, so as to enable carbon capture; or a dolomitic magnesite mineral of a composition, including hydrated compounds, suitable for the production of magnesium metal; or a dolomitic magnesite mineral of a composition, including hydrated compounds, suitable for the production of refractory materials, the powder having a diameter of less than or equal to 100 microns. a. Grinding the feedstock to a powder; b. Preheating the powder; c. Calcining the powder in a reactor plant that comprises progressive reactor segments in which a flash calciner is used in each progressive reactor segment to incrementally react the powder by raising the temperature in each segment; d. The last segment is a high temperature reactor that has a controlled residence time and temperature that allows the controlled finishing of the calcination process to achieve the desired degree of calcination and sintering of the product; and e. Cooling the product; a dolomitic magnesite mineral of a composition, including hydrated compounds, suitable for the production of magnesium metal; or a dolomitic magnesite mineral of a composition, including hydrated compounds, suitable for the production of refractory materials, the powder having a diameter of less than or equal to 100 microns.
A filtration media comprising a blend of fibers having a weight percent of 81 wt% to 87 wt% of a weight of the media and a resin binder having a weight percent of 13 wt% to 19 wt% of the weight of the media, the blend of fibers comprising a cellulose fiber component having a weight of 82.5 wt% to 96 wt% of the weight of the blend of fibers and a synthetic fiber component having a weight percent of 4 wt% to 17.5 wt% of the weight of the blend of fibers, the cellulose fiber component comprising 32% to 66% by weight of the media curled softwood pulp of a type that when formed into a 60 pounds per 3,000 square feet (98 gm/m 2 ) handsheet with a caliper of less than 26 mils (0,66 mm), the handsheet has an air permeability of 100 - 175 cfm (508 - 889 l/m 2 s), and the media has a wet Mullen ratio of 60% to 80%.
A primer set for detecting Chlamydia trachomatis comprising: a first primer pair composed of a combination of a forward primer consisting of a base sequence represented by SEQ ID NO: 5 and a reverse primer consisting of a base sequence represented by SEQ ID NO: 6.
Method for regulating a combustion apparatus , the combustion apparatus comprising a combustion chamber and a first temperature sensor in the combustion chamber and a second temperature sensor in the combustion chamber , wherein the first temperature sensor is different from the second temperature sensor , at least one fuel actuator (7 - 9) for generating a fuel supply and an air actuator for generating an air supply , the method comprising the steps: adjusting the at least one fuel actuator (7 - 9) and/or the air actuator ; recording a first signal from the first temperature sensor ; ascertaining at least one first burning performance as a function of the first signal, using a first characteristic curve which indicates, for the first temperature sensor , a first progression of a burning performance of the combustion apparatus over the first signal from the first temperature sensor ; recording a second signal from the second temperature sensor ; ascertaining at least one second burning performance as a function of the second signal, using a second characteristic curve which indicates, for the second temperature sensor , a second progression of the burning performance of the combustion apparatus over the second signal from the second temperature sensor ; determining a comparison value from the at least one first ascertained burning performance and from the at least one second ascertained burning performance ; and repeating the aforementioned steps until the determined comparison value is less than a predefined threshold value. adjusting the at least one fuel actuator (7 - 9) and/or the air actuator ; recording a first signal from the first temperature sensor ; ascertaining at least one first burning performance as a function of the first signal, using a first characteristic curve which indicates, for the first temperature sensor , a first progression of a burning performance of the combustion apparatus over the first signal from the first temperature sensor ; recording a second signal from the second temperature sensor ; ascertaining at least one second burning performance as a function of the second signal, using a second characteristic curve which indicates, for the second temperature sensor , a second progression of the burning performance of the combustion apparatus over the second signal from the second temperature sensor ; determining a comparison value from the at least one first ascertained burning performance and from the at least one second ascertained burning performance ; and repeating the aforementioned steps until the determined comparison value is less than a predefined threshold value.
A method of separating a branched diolefin comprising a separation step of using a zeolite membrane composite to separate a branched diolefin from a branched hydrocarbon mixture containing the branched diolefin and at least one branched hydrocarbon in which the number of carbon-carbon double bonds is 1 or less and that is of an equivalent carbon number n to the branched diolefin, wherein the zeolite membrane composite is a zeolite membrane composite that includes a porous support and a FAU-type zeolite membrane formed on at least one surface of the porous support, and in which the FAU-type zeolite membrane is a silylated FAU-type zeolite membrane including a silyl group at a surface thereof.
Method for evaluating a frequency spectrum representative of at least one time-dependent signal, the at least one time dependent signal being derived from an output from a measuring device under predetermined measuring device operating conditions, the time-dependent signal comprising a portion being representative of a wanted signal, and a portion being representative of noise, wherein the method comprises the steps of - determining, based on the frequency spectrum of the signal, a value representative of the noise floor, - identifying, based on the frequency spectrum of the signal derived under the predetermined operating condition, a peak component, and - if the peak component satisfies a relative peak criterion determined on the basis of the determined value representative of the noise floor, determining the wanted signal by applying a predetermined algorithm, wherein the value representative of the noise floor is calculated as an average of a number of selected noise representative frequencies spectrum components, characterised in that the noise representative frequencies spectrum components are selected among frequency components below a predefined frequency value, wherein the noise representative frequencies spectrum components are the remaining components after selecting a predetermined number of high value frequency components, wherein the high value frequency components are a predetermined number of frequency components with the highest amplitude values. - determining, based on the frequency spectrum of the signal, a value representative of the noise floor, - identifying, based on the frequency spectrum of the signal derived under the predetermined operating condition, a peak component, and - if the peak component satisfies a relative peak criterion determined on the basis of the determined value representative of the noise floor, determining the wanted signal by applying a predetermined algorithm,
Combination of a prefabricated cast concrete floor element and at least one frameless glass panel forming a balustrade, wherein the glass panel is positioned with a lower edge thereof directly within a recessed groove that is integrally formed in an upper surface of the concrete floor element , and wherein the glass panel is separated from concrete walls of the recessed groove by elastic spacer means , characterized in that a drain hole extends between a bottom of the groove and a lower surface of the floor element opposite the upper surface .
A method of optimizing energy consumption of a heating, ventilation, and air conditioning, HVAC, system , comprising: identifying an original schedule of temperature setpoints, the original schedule of temperature setpoints defining a number of temperature setpoints over a time period; beginning with the original schedule , for each of a succession of periodic time intervals that are each relatively short in comparison to an overall optimization time period, generating, in an automated schedule adjustment process executed by a thermostat , an incrementally adjusted version of the original schedule, the incremental change being to one or more of the temperature setpoints of the original schedule of temperature setpoints and directed to causing less energy usage during one of the periodic time intervals as compared to a previous one of the periodic time intervals, wherein causing less energy usage comprises reducing one or more of the temperature setpoints of the original schedule of temperature setpoints for a heating mode of the HVAC system , or increasing one or more of the temperature setpoints of the original schedule of temperature setpoints for a cooling mode of the HVAC system, or a combination thereof; and for each of the succession of periodic time intervals, controlling the HVAC system according to the incrementally adjusted version of the original schedule generated for the periodic time interval. identifying an original schedule of temperature setpoints, the original schedule of temperature setpoints defining a number of temperature setpoints over a time period; beginning with the original schedule , for each of a succession of periodic time intervals that are each relatively short in comparison to an overall optimization time period, generating, in an automated schedule adjustment process executed by a thermostat , an incrementally adjusted version of the original schedule, the incremental change being to one or more of the temperature setpoints of the original schedule of temperature setpoints and directed to causing less energy usage during one of the periodic time intervals as compared to a previous one of the periodic time intervals, wherein causing less energy usage comprises reducing one or more of the temperature setpoints of the original schedule of temperature setpoints for a heating mode of the HVAC system , or increasing one or more of the temperature setpoints of the original schedule of temperature setpoints for a cooling mode of the HVAC system, or a combination thereof; and for each of the succession of periodic time intervals, controlling the HVAC system according to the incrementally adjusted version of the original schedule generated for the periodic time interval.
A modular carrier element for a plurality of cylindrical battery cells, the carrier element comprising a base and at least one upstanding wall located on an edge of the base; said at least one wall extending generally perpendicularly with respect to the base; wherein the base is provided with a plurality of open bottomed wells each configured to receive a single cylindrical battery cell, wherein each well is provided with first and second resilient alignment means arranged to bias a cell located within a well in mutually perpendicular directions.
Improved resistance fin for a heat exchange battery , at least one front entry edge of said fin having a rounded shape and being formed by a double fold, characterized in that said double fold encloses the cut edge of the fin , in such a way as to close it and isolate it from the external environment and to prevent it from coming into contact with aggressive substances capable of damaging it.
Breakaway coupling for connecting two fluid lines, comprising a first coupling part , which can be connected to the first fluid line, and a second coupling part , which can be connected to the second fluid line, the coupling having the following features: a. the coupling parts can be separated from one another by a defined separating force; b. at least one of the coupling parts has an outflow-prevention valve with a valve seat and a sealing body , which is designed to interact with the valve seat , c. the outflow-prevention valve has a hold-open element , which is designed so that, in the joined-together state of the coupling parts , it allows the fluid to pass through, d. the outflow-prevention valve is designed so that, in the separated state of the coupling parts , it prevents outflow of the fluid from at least one of the fluid lines, e. the breakaway coupling also has an anti-rotation safeguard, which, when the coupling is in operation, prevents the first coupling part and second coupling part from rotating in relation to one another, wherein the anti-rotation safeguard has a securing element , which is arranged between the first coupling part and the second coupling part , f. the valve seat has an abutment surface for the sealing body , characterized by the further features: g. arranged in the region of the abutment surface is a compensating element , which consists of a material which has a lower-level hardness than the material of the valve seat and/or than the material of the sealing body . a. the coupling parts can be separated from one another by a defined separating force; b. at least one of the coupling parts has an outflow-prevention valve with a valve seat and a sealing body , which is designed to interact with the valve seat , c. the outflow-prevention valve has a hold-open element , which is designed so that, in the joined-together state of the coupling parts , it allows the fluid to pass through, d. the outflow-prevention valve is designed so that, in the separated state of the coupling parts , it prevents outflow of the fluid from at least one of the fluid lines, e. the breakaway coupling also has an anti-rotation safeguard, which, when the coupling is in operation, prevents the first coupling part and second coupling part from rotating in relation to one another, wherein the anti-rotation safeguard has a securing element , which is arranged between the first coupling part and the second coupling part , f. the valve seat has an abutment surface for the sealing body ,