mhurhangee/patent-ind-claim-en huggingface dataset:
A polytetrafluoroethylene formed product containing, as a principal component, a polytetrafluoroethylene having a crosslinked structure, wherein the polytetrafluoroethylene having the crosslinked structure is contained in an amount of not less than 50 mass%, the polytetrafluoroethylene formed product has a PV limit of not less than 1600 MPa·m/min, the PV limit is a value measured according to an A method in JIS-K-7218 except for using a ring having an outer diameter of 11.6 mm and an inner diameter of 7.4 mm as a mating material, under a constant speed condition while changing the pressure, the polytetrafluoroethylene having the crosslinked structure is obtained by irradiating an uncrosslinked polytetrafluoroethylene with ionizing radiation under a condition of no oxygen and of a temperature equal to or higher than the crystalline melting point of the uncrosslinked polytetrafluoroethylene, the uncrosslinked polytetrafluoroethylene has a melt viscosity at 380°C of not less than 1×10 5 Pa·s and not greater than 7×10 5 Pa·s, and the melt viscosity is a value measured according to Method X, Method Y, and/or Method Z in the description.
Laundry treatment apparatus comprising a heat pump system , in particular dryer or washer dryer, the laundry treatment apparatus further comprising: an apparatus cabinet , a laundry treatment chamber for treating laundry using drying air, an air channel arranged to guide drying air from at least one outlet of the treatment chamber to at least one inlet of the treatment chamber , a heat exchanger arranged within the air channel and adapted to cool the drying air and to condense humidity from the drying air, a base unit (40a-c) adapted to support the heat exchanger and to receive or provide at least a portion of the air channel , a condensate collector (30a-b) arranged in the base unit (40a-b) and adapted to collect the condensate formed at the heat exchanger , and a collector cover (42a-c) arranged between the bottom side of the heat exchanger and the condensate collector (30a-b), wherein the collector cover is at least covering a portion of the condensate collector (30a-b), and wherein a clearance is provided between the bottom side of the heat exchanger and the top surface of the collector cover (42a-c), characterized in that the base unit (40a-c) comprises supporting elements (44a-d) adapted to support the heat exchanger , and when the base unit (40a-c), the collector cover (42a-c) and the heat exchanger are in their respective operational position, the collector cover (42a-c) does not support the heat exchanger . an apparatus cabinet , a laundry treatment chamber for treating laundry using drying air, an air channel arranged to guide drying air from at least one outlet of the treatment chamber to at least one inlet of the treatment chamber , a heat exchanger arranged within the air channel and adapted to cool the drying air and to condense humidity from the drying air, a base unit (40a-c) adapted to support the heat exchanger and to receive or provide at least a portion of the air channel , a condensate collector (30a-b) arranged in the base unit (40a-b) and adapted to collect the condensate formed at the heat exchanger , and a collector cover (42a-c) arranged between the bottom side of the heat exchanger and the condensate collector (30a-b), wherein the collector cover is at least covering a portion of the condensate collector (30a-b), and wherein a clearance is provided between the bottom side of the heat exchanger and the top surface of the collector cover (42a-c), characterized in that the base unit (40a-c) comprises supporting elements (44a-d) adapted to support the heat exchanger , and when the base unit (40a-c), the collector cover (42a-c) and the heat exchanger are in their respective operational position, the collector cover (42a-c) does not support the heat exchanger .
Rotating pump with at least one driven conveying element , which is disposed in a product chamber through which the product to be conveyed flows and is driven by means of a shaft extending into the product chamber from the exterior, wherein the shaft is sealed against a wall of the product chamber, and wherein the seal is in the form of a mechanical seal to be mounted on the product side and comprises a positive-locking positional securing means in order to prevent rotation of the mechanical seal and displacement of the mechanical seal in the direction of the product chamber, characterized in that the positional securing means comprises a securing element extending perpendicularly to an axial direction of the shaft through the wall , wherein the securing element comprises a pin guided through a bore of the wall , the bore having an enlarged diameter at an end remote from the seal and being provided with an internal thread , and the pin being received with an end remote from the seal in a sealing screw which is screwed into the bore .
A holder carrying thereon a sensor to measure a physiological signal of an analyte in a biological fluid, wherein the sensor has a signal detection end and a signal output end , comprising: an implantation hole being a channel for implanting the sensor , and containing a part of the sensor ; a containing indentation containing the signal output end , wherein the implantation hole and the containing indentation are respectively positioned along two different longitudinal axes; a fixing indentation fixing thereto the sensor and communicating with the containing indentation ; the said holder is characterized in that it comprises : a waterproof seal disposed above the implantation hole ; an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole ; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor . an implantation hole being a channel for implanting the sensor , and containing a part of the sensor ; a containing indentation containing the signal output end , wherein the implantation hole and the containing indentation are respectively positioned along two different longitudinal axes; a fixing indentation fixing thereto the sensor and communicating with the containing indentation ; a waterproof seal disposed above the implantation hole ; an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole ; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor .
A method for producing an aqueous PU dispersion comprising the conversion of - of at least one respective alcohol from the group containing at least alcohol A, alcohol B, and alcohol C, - comprising at least one polyisocyanate having at least two isocyanate groups, comprising an NCO/OH ratio of greater than 1.1 : 1 to 2.5 : 1, with regard to the polyisocyanate on the one hand and the sum of the alcohols A, alcohols B, and alcohols C on the other hand, to produce a PU polymer, - wherein the alcohol A has at least two hydroxyl groups and an average molecular weight from 400 to 5000 g/mol (number average), - wherein the alcohol B has at least two hydroxyl groups and a polyalkylene oxide group containing ethylene oxide in the side chain and an average molecular weight from 400 to 6000 g/mol (number average), - wherein the alcohol C contains at least two hydroxyl groups and at least one phosphorous group, covalently bound, and the phosphorous group is selected from: a) at least one phosphonate group with the structure (O=)(-O-)(-O-)P-, b) at least one phosphinate group with the structure (O=)(-O-)P<, and c) mixtures of the above phosphinate group(s) a) and phosphonate group(s) b) and - the PU polymer is dispersed in water. - of at least one respective alcohol from the group containing at least alcohol A, alcohol B, and alcohol C, - comprising at least one polyisocyanate having at least two isocyanate groups, comprising an NCO/OH ratio of greater than 1.1 : 1 to 2.5 : 1, with regard to the polyisocyanate on the one hand and the sum of the alcohols A, alcohols B, and alcohols C on the other hand, - wherein the alcohol A has at least two hydroxyl groups and an average molecular weight from 400 to 5000 g/mol (number average), - wherein the alcohol B has at least two hydroxyl groups and a polyalkylene oxide group containing ethylene oxide in the side chain and an average molecular weight from 400 to 6000 g/mol (number average), - wherein the alcohol C contains at least two hydroxyl groups and at least one phosphorous group, covalently bound, and the phosphorous group is selected from: a) at least one phosphonate group with the structure (O=)(-O-)(-O-)P-, b) at least one phosphinate group with the structure (O=)(-O-)P<, and c) mixtures of the above phosphinate group(s) a) and phosphonate group(s) b) and a) at least one phosphonate group with the structure (O=)(-O-)(-O-)P-, b) at least one phosphinate group with the structure (O=)(-O-)P<, and c) mixtures of the above phosphinate group(s) a) and phosphonate group(s) b) and - the PU polymer is dispersed in water.
Method of producing a tire, comprising the method step of coating a textile reinforcing element, especially a textile reinforcing element comprising fibers or filaments, with an elastomeric matrix material, especially a rubber, characterized in that the coating of the reinforcing element with the elastomeric material is preceded by a. providing the reinforcing element with a sol-gel coating and b. exposing the sol-gel-coated reinforcing element to contact with a low-pressure plasma. a. providing the reinforcing element with a sol-gel coating and b. exposing the sol-gel-coated reinforcing element to contact with a low-pressure plasma.
Twine knotter for forming two knots in a pair of twine strands comprising: a drive pulley driven intermittently rotatably about a drive axis (A), a bill hook rotatably driven by the drive pulley about a knotter axis (K) to form two successive knots in the pair of twine strands by two complete rotations of the bill hook in one rotation of the drive pulley , a twine holding device for clamping the pair of twine strands between a first clamping element and a second clamping element of the twine holding device , the second clamping element being rotatably driven by the drive pulley , and a twine knife for cutting the pair of twine strands , characterized in that the rotatable second clamping element of the twine holding device is driven rotatably about a twine holder axis (G) by the drive pulley in such a way that the rotatable second clamping element completes two rotations for one rotation of the drive pulley , and that the twine holder axis (G) and the knotter axis (K), viewed in the direction of the drive axis (A), enclose an angle of less than 45° with one another. a drive pulley driven intermittently rotatably about a drive axis (A), a bill hook rotatably driven by the drive pulley about a knotter axis (K) to form two successive knots in the pair of twine strands by two complete rotations of the bill hook in one rotation of the drive pulley , a twine holding device for clamping the pair of twine strands between a first clamping element and a second clamping element of the twine holding device , the second clamping element being rotatably driven by the drive pulley , and a twine knife for cutting the pair of twine strands , characterized in that the rotatable second clamping element of the twine holding device is driven rotatably about a twine holder axis (G) by the drive pulley in such a way that the rotatable second clamping element completes two rotations for one rotation of the drive pulley , and that the twine holder axis (G) and the knotter axis (K), viewed in the direction of the drive axis (A), enclose an angle of less than 45° with one another.
Vial-handling mechanism for an automated Karl Fischer titration system , comprising a tower-shaped support console , a first vertical guide rail element which is solidly attached to the support console , and a carriage unit comprising a carriage stage which is slidably constrained to the first vertical guide rail element 11 allowing a first degree of linear vertical mobility of the carriage unit relative to the support console , wherein the carriage unit comprises a vial lift unit with a lift platform serving to receive a sample vial , wherein the carriage stage is operable in a downward movement phase to lower the lift platform from a starting position into the oven cavity 8 of a Karl Fischer titration oven 5, and wherein the carriage stage is further operable in a subsequent upward movement phase to raise the lift platform back to the starting position, wherein the carriage unit further comprises a syringe unit , with at least two syringes, which is solidly connected to the carriage unit characterized in that the vial lift unit comprises a second vertical guide rail element which is solidly connected to the lift platform and slidably constrained to the carriage stage whereby a second degree of linear vertical mobility of the lift platform relative to the carriage stage is enabled, and further characterized in that the vial lift unit comprises a compression spring element operable to oppose a relative upward movement of the lift platform against the carriage stage .
An inverter comprising: an electronic device , a magnetic element , a heat radiator , one or more cooling fans , a first box and a second box connected with each other via a mounting plate , wherein the mounting plate is located between the first box and the second box ; the electronic device is disposed inside the first box ; the heat radiator and the one or more cooling fans are disposed inside the second box ; the magnetic element is disposed outside the first box and the second box and is configured to be air cooled, the second box comprises a side plate and a top plate , and the side plate and the top plate are perpendicular to the mounting plate ; and wherein the second box is configured such that it comprises an air duct that allows an air flow that is generated by the one or more cooling fans to flow through the heat radiator , and the inverter is configured such that the air flow is not obstructed by the magnetic element . the mounting plate is located between the first box and the second box ; the electronic device is disposed inside the first box ; the heat radiator and the one or more cooling fans are disposed inside the second box ; the magnetic element is disposed outside the first box and the second box and is configured to be air cooled, the second box comprises a side plate and a top plate , and the side plate and the top plate are perpendicular to the mounting plate ; and wherein the second box is configured such that it comprises an air duct that allows an air flow that is generated by the one or more cooling fans to flow through the heat radiator , and the inverter is configured such that the air flow is not obstructed by the magnetic element .
An electromechanical apparatus comprising: a motor that includes a rotation shaft and that applies to the rotation shaft a torque in a direction toward an angular position of a stop position target (P3) in accordance with control; a rotation sensor detecting an angular position of the rotation shaft ; and a motor control unit controlling rotation of the rotation shaft of the motor in accordance with the angular position detected by the rotation sensor, wherein the motor control unit , in a case where the rotation shaft is to be stopped, applies a torque in a direction toward the angular position of the stop position target to the rotation shaft , characterised in that when the angular position (P5) detected by the rotation sensor exceeds the angular position of the stop position target (P3) by a predetermined amount, the motor control unit moves the angular position of the stop position target (P3) to an angular position (P4) between the angular position of the stop position target (P3) and the angular positior (P5) detected by the rotation sensor, wherein the stop position target is shifted stepwise in the rotation direction. a motor that includes a rotation shaft and that applies to the rotation shaft a torque in a direction toward an angular position of a stop position target (P3) in accordance with control; a rotation sensor detecting an angular position of the rotation shaft ; and a motor control unit controlling rotation of the rotation shaft of the motor in accordance with the angular position detected by the rotation sensor, wherein the motor control unit , in a case where the rotation shaft is to be stopped, applies a torque in a direction toward the angular position of the stop position target to the rotation shaft , characterised in that when the angular position (P5) detected by the rotation sensor exceeds the angular position of the stop position target (P3) by a predetermined amount, the motor control unit moves the angular position of the stop position target (P3) to an angular position (P4) between the angular position of the stop position target (P3) and the angular positior (P5) detected by the rotation sensor, wherein the stop position target is shifted stepwise in the rotation direction.
A system for extending coverage of an Internet of Things (IoT) network having two or more IoT nodes , each of the two or more IoT nodes having a sensor to sense a value in an environment of the respective IoT node, a sensor processor to generate information representing the value, and a modem to communicate the information to the Internet, the system comprising: a small cell radio frequency (RF) repeater that is positioned within the environment and configured to receive the information communicated from the modem of the IoT node associated with the environment, the small cell RF repeater being configured by a schedule to alternate between an OFF or a low-power mode and an ON mode to be able to receive the information communicated from the modem of the IoT node associated with the environment; and a small cell evolved packet core in communication with the small cell RF repeater configured to receive the information from the small cell RF repeater, and in communication with the IoT network via a wireless link to transmit the information from the small cell RF repeater to the IoT network, characterized in that the small cell RF repeater is configured to send the schedule to each of the two or more loT nodes to synchronise the processing activity of the sensor processor of each of the two or more loT nodes with the schedule of the small cell RF repeater to optimize power efficiency . a small cell radio frequency (RF) repeater that is positioned within the environment and configured to receive the information communicated from the modem of the IoT node associated with the environment, the small cell RF repeater being configured by a schedule to alternate between an OFF or a low-power mode and an ON mode to be able to receive the information communicated from the modem of the IoT node associated with the environment; and a small cell evolved packet core in communication with the small cell RF repeater configured to receive the information from the small cell RF repeater, and in communication with the IoT network via a wireless link to transmit the information from the small cell RF repeater to the IoT network, characterized in that the small cell RF repeater is configured to send the schedule to each of the two or more loT nodes to synchronise the processing activity of the sensor processor of each of the two or more loT nodes with the schedule of the small cell RF repeater to optimize power efficiency .
Centrifuge insert for receiving one or more elements from the group of sample containers and sample holders in a centrifuge rotor , preferably configured as a free rotor, of a centrifuge , in particular a laboratory centrifuge, wherein the centrifuge insert is configured to selectively receive at least one first element , which has a circular or oval cross-section at least in some areas, and at least one second element , which has a polygonal cross-section at least in some areas, characterized in that the centrifuge insert is configured in a modular manner with a centrifuge body and a centrifuge rotor , and at least one second element , which has a polygonal cross-section at least in some areas, characterized in that the centrifuge insert is of modular design with a base body and at least one complementary part , wherein the complementary part has an outer geometry which, together with a corresponding inner geometry of the base body , forms one or more second receptacles for first elements .
A system for sorting cells, the system comprising: a cell sorter configured to produce an analyzed stream of droplets and comprising a deflector capable of deflecting an analyzed droplet from the analyzed stream of droplets to a deflected droplet receiving location; a support stage comprising a container and configured to continuously move in two dimensions; and a processor operably coupled to a memory that includes instructions stored thereon to determine the alignment of the container of a continuously moving support stage with the deflected droplet receiving location and send a deflection signal to the cell sorter when the container is aligned with the deflected droplet receiving location, wherein the memory comprises instructions for determining a timeslot during which the container is aligned with the deflected droplet receiving location, characterized in that it is based on the velocity of movement of the support stage and the spatial pathway in an x-y plane of the support stage. a cell sorter configured to produce an analyzed stream of droplets and comprising a deflector capable of deflecting an analyzed droplet from the analyzed stream of droplets to a deflected droplet receiving location; a support stage comprising a container and configured to continuously move in two dimensions; and a processor operably coupled to a memory that includes instructions stored thereon to determine the alignment of the container of a continuously moving support stage with the deflected droplet receiving location and send a deflection signal to the cell sorter when the container is aligned with the deflected droplet receiving location, wherein the memory comprises instructions for determining a timeslot during which the container is aligned with the deflected droplet receiving location, characterized in that it is based on the velocity of movement of the support stage and the spatial pathway in an x-y plane of the support stage.
A method of producing a delayed release drug formulation for oral administration to deliver 5-aminosalicylic acid to the colon, said method comprising: forming a core comprising 5-aminosalicylic acid; combining a first aqueous preparation of an enzymatically degradable starch which is degradable by colonic bacterial enzymes; a second aqueous preparation of a film-forming enteric poly(methacrylic acid/methyl methacrylate) co-polymer having an acid:ester ratio of 1:2 and a pH threshold of pH 7; and an organic anti-tack agent, to form an outer layer coating preparation; and coating the core with the outer layer coating preparation to form an outer layer coated core; wherein the outer layer coating preparation comprises no more than 5% v/v organic solvent. forming a core comprising 5-aminosalicylic acid; combining a first aqueous preparation of an enzymatically degradable starch which is degradable by colonic bacterial enzymes; a second aqueous preparation of a film-forming enteric poly(methacrylic acid/methyl methacrylate) co-polymer having an acid:ester ratio of 1:2 and a pH threshold of pH 7; and an organic anti-tack agent, to form an outer layer coating preparation; and coating the core with the outer layer coating preparation to form an outer layer coated core; wherein the outer layer coating preparation comprises no more than 5% v/v organic solvent.