mhurhangee/patent-ind-claim-en huggingface dataset:
A composition, which is a thermoplastic resin composition comprising - a fluororesin (A) which is a copolymer that contains a chlorotrifluoroethylene (CTFE) unit and a tetrafluoroethylene (TFE) unit and that has at least one functional group selected from a carbonyl group, an olefinic group and an amino group at a main chain terminal or side chain terminal of the polymer, and - a crosslinked fluoroelastomer (B), which is obtained by subjecting a fluoroelastomer (b) to a dynamic crosslinking treatment along with 0.5-15 pbm per 100 pbm of the fluoroelastomer (b) of a polyamine compound (c) having a thermal decomposition temperature of ≥ 210°C, wherein the thermal decomposition temperature is the temperature at the time point when the amount of weight reduction has reached 1% of the initial weight in thermal gravimetric analysis of the polyamine compound at a temperature-increasing rate of 10°C/min under dry air, and a crosslinking accelerator (d) in the presence of the fluororesin (A) under conditions for melting the fluororesin (A). - a fluororesin (A) which is a copolymer that contains a chlorotrifluoroethylene (CTFE) unit and a tetrafluoroethylene (TFE) unit and that has at least one functional group selected from a carbonyl group, an olefinic group and an amino group at a main chain terminal or side chain terminal of the polymer, and - a crosslinked fluoroelastomer (B), which is obtained by subjecting a fluoroelastomer (b) to a dynamic crosslinking treatment along with 0.5-15 pbm per 100 pbm of the fluoroelastomer (b) of a polyamine compound (c) having a thermal decomposition temperature of ≥ 210°C, wherein the thermal decomposition temperature is the temperature at the time point when the amount of weight reduction has reached 1% of the initial weight in thermal gravimetric analysis of the polyamine compound at a temperature-increasing rate of 10°C/min under dry air, and a crosslinking accelerator (d) in the presence of the fluororesin (A) under conditions for melting the fluororesin (A). wherein the thermal decomposition temperature is the temperature at the time point when the amount of weight reduction has reached 1% of the initial weight in thermal gravimetric analysis of the polyamine compound at a temperature-increasing rate of 10°C/min under dry air, and a crosslinking accelerator (d) in the presence of the fluororesin (A) under conditions for melting the fluororesin (A).
A method of planning a route (R) to a destination , the method comprising: accessing a map database defining a road network; accessing a communications network database defining one or more network parameters for a wireless communication network ; using a routing algorithm to plan a route (R) to the destination using the communications network database to estimate connectivity to the wireless communication network along one or more routes (R) generated using the map database ; and using a diary database to identify a scheduled time for an event requiring access to the wireless communication network ; wherein the routing algorithm is configured to plan the route (R) such that a connection to the wireless communication network is available at the scheduled time; the routing algorithm characterized by scheduling a stop at the scheduled time in a location where the connection to the wireless communication network is available. accessing a map database defining a road network; accessing a communications network database defining one or more network parameters for a wireless communication network ; using a routing algorithm to plan a route (R) to the destination using the communications network database to estimate connectivity to the wireless communication network along one or more routes (R) generated using the map database ; and using a diary database to identify a scheduled time for an event requiring access to the wireless communication network ; wherein the routing algorithm is configured to plan the route (R) such that a connection to the wireless communication network is available at the scheduled time; the routing algorithm characterized by scheduling a stop at the scheduled time in a location where the connection to the wireless communication network is available.
A method in a Narrow-Band Internet of Things (NB-IoT) device of detecting a synchronization signal comprising a number of OFDM symbols distributed within a sequence of OFDM symbols in a subframe of a received radio signal wherein the OFDM symbols have either a first cyclic prefix configuration or a second cyclic prefix configuration, the method comprising: filtering (S810) the radio signal with a plurality of matched filters to obtain correlations for OFDM symbols which may be used in the synchronization signal, wherein each matched filter provides a correlation with one OFDM symbol which may be used in the synchronization signal; delaying and combining (S820) the outputs of the plurality of matched filters in a first way to provide a first combined output for the first cyclic prefix configuration and delaying and combining the outputs of the plurality of matched filters in a second way to provide a second combined output for the second cyclic prefix configuration; and detecting (S830) a correlation peak indicative of the synchronization signal in one of the first or second combined outputs. filtering (S810) the radio signal with a plurality of matched filters to obtain correlations for OFDM symbols which may be used in the synchronization signal, wherein each matched filter provides a correlation with one OFDM symbol which may be used in the synchronization signal; delaying and combining (S820) the outputs of the plurality of matched filters in a first way to provide a first combined output for the first cyclic prefix configuration and delaying and combining the outputs of the plurality of matched filters in a second way to provide a second combined output for the second cyclic prefix configuration; and detecting (S830) a correlation peak indicative of the synchronization signal in one of the first or second combined outputs.
A method for in-situ cleaning one or more components of a gas turbine engine , the method comprising: injecting a dry detergent into the gas turbine engine , the dry detergent comprising a plurality of detergent particles having varying particle sizes, the plurality of detergent particles comprising a first set of particles having a median particle diameter within a first micron range and a second set of particles having a median particle diameter within a second micron range, wherein a median of the second micron range is larger than a median of the first micron range; circulating the first set of particles through one or more cooling passageways of one or more of the components of the gas turbine engine so as to deposit on and clean the cooling passageways, and circulating the second set of particles across one or more of the components of the gas turbine engine so as to abrasively clean the surface of the one or more components. injecting a dry detergent into the gas turbine engine , the dry detergent comprising a plurality of detergent particles having varying particle sizes, the plurality of detergent particles comprising a first set of particles having a median particle diameter within a first micron range and a second set of particles having a median particle diameter within a second micron range, wherein a median of the second micron range is larger than a median of the first micron range; circulating the first set of particles through one or more cooling passageways of one or more of the components of the gas turbine engine so as to deposit on and clean the cooling passageways, and circulating the second set of particles across one or more of the components of the gas turbine engine so as to abrasively clean the surface of the one or more components.
A carriage for a liquid ejecting apparatus, the carriage comprising: an ejecting section chamber , in which an ejecting section is disposed, the ejecting section being configured to eject liquid; a driving substrate chamber , in which a driving substrate for the ejecting section is disposed; an air flow generating section configured to blow air flow onto the driving substrate; and a partition , which separates the driving substrate chamber from the ejecting section chamber and is separate from the air flow generating section, the partition being configured to reduce a change in pressure in the ejecting section due to generation of air flow by the air flow generating section. an ejecting section chamber , in which an ejecting section is disposed, the ejecting section being configured to eject liquid; a driving substrate chamber , in which a driving substrate for the ejecting section is disposed; an air flow generating section configured to blow air flow onto the driving substrate; and a partition , which separates the driving substrate chamber from the ejecting section chamber and is separate from the air flow generating section, the partition being configured to reduce a change in pressure in the ejecting section due to generation of air flow by the air flow generating section.
Central actuator (10, 10', 10"), in particular for a solenoid valve of an oscillating motor camshaft adjuster, comprising a housing which encloses the central actuator (10, 10', 10"), a pole tube and a pole core which are arranged within at least one coil which generates a magnetic field, and an actuating tappet (20, 20', 20") which is arranged on an armature (28, 28', 28") which is configured such that it can be displaced in the axial direction (L) in an armature space , a termination element for closing the armature space being provided, which termination element comprises at least one pole core insert , with a central bore , and a bearing bush which is arranged in the central bore of the pole core insert , the actuating tappet (20, 20', 20") being arranged axially displaceably in the bearing bush , the termination element comprising, furthermore, a termination cover , characterized in that the termination element is provided as a unit which can be preassembled, the termination cover having a central bore , in which the bearing bush is arranged, and the bearing bush being produced by way of a plastic injection moulding method, the termination cover and the pole core insert being provided as insert parts which are provided such that they are encapsulated by the material of the bearing bush in the region of the central bores .
Grinding unit for selectively grinding beans , in particular coffee beans, comprising: - a plurality of storage containers for storing the beans , - a grinding module associated to the storage containers for grinding the beans, - a plurality of shutters , wherein each of the shutters is associated to one of the storage containers for feeding the beans from a selected storage container to the grinding module, wherein the shutters are movable with respect to each other to selectively feed the beans from the selected container to the grinding module, and - an actuation unit associated to the shutters for actuating the shutters and for opening and closing the storage containers independently, and - a control unit for controlling the actuation unit in order to open and close the selected storage container and for controlling the grinding module, wherein the control unit is adapted to start driving the grinding module after opening the selected container and to drive the grinding module for a predetermined time period or for a predetermined number of rotations after closing the selected storage container, wherein the control unit is configured to determine said predetermined time period or said predetermined number of rotations, respectively, based on an opening time during which the selected storage container has been open. - a plurality of storage containers for storing the beans , - a grinding module associated to the storage containers for grinding the beans, - a plurality of shutters , wherein each of the shutters is associated to one of the storage containers for feeding the beans from a selected storage container to the grinding module, wherein the shutters are movable with respect to each other to selectively feed the beans from the selected container to the grinding module, and - an actuation unit associated to the shutters for actuating the shutters and for opening and closing the storage containers independently, and - a control unit for controlling the actuation unit in order to open and close the selected storage container and for controlling the grinding module, wherein the control unit is adapted to start driving the grinding module after opening the selected container and to drive the grinding module for a predetermined time period or for a predetermined number of rotations after closing the selected storage container,
An optical measuring device for irradiating a sample with excitation light and detecting measurement light, the optical measuring device comprising: an integrator formed with an incident opening on which the excitation light is to be incident and an exit opening from which the measurement light is to exit, wherein the sample is to be disposed in the integrator; a light guide unit for guiding the measurement light that exits from the exit opening ; and a light detecting unit for detecting the measurement light guided by the light guide unit , wherein the light guide unit comprises a plurality of light guide members arranged so that incident end surfaces of the light guide members face the inside of the integrator through the exit opening , the light detecting unit is configured to detect the measurement light that is guided by at least one of the plurality of light guide members; wherein the plurality of light guide members are arranged such that detection view fields of the plurality of light guide members on the incident end surface side overlap with each other in the integrator ; charaterized in that a baffle is disposed in the integrator at a position to face the exit opening and the light guide members are arranged such that the optical axes of the plurality of light guide members on the incident end surfaces cross each other between the exit opening and the baffle . an integrator formed with an incident opening on which the excitation light is to be incident and an exit opening from which the measurement light is to exit, wherein the sample is to be disposed in the integrator; a light guide unit for guiding the measurement light that exits from the exit opening ; and a light detecting unit for detecting the measurement light guided by the light guide unit , wherein the light guide unit comprises a plurality of light guide members arranged so that incident end surfaces of the light guide members face the inside of the integrator through the exit opening , the light detecting unit is configured to detect the measurement light that is guided by at least one of the plurality of light guide members; wherein the plurality of light guide members are arranged such that detection view fields of the plurality of light guide members on the incident end surface side overlap with each other in the integrator ; charaterized in that a baffle is disposed in the integrator at a position to face the exit opening and the light guide members are arranged such that the optical axes of the plurality of light guide members on the incident end surfaces cross each other between the exit opening and the baffle .
A compressor comprising: a motor including a rotor (32; 132; 232) having a first end surface (E1) and a second end surface (E2); a balance weight (33a; 133a; 233a) disposed on the first end surface or the second end surface; and a partition (33b; 133b, 133s; 233s) disposed on the first end surface or the second end surface, wherein the rotor has a through hole (32p; 132p; 232p) extending from the first end surface to the second end surface, and the partition divides, from the through hole, both a front region (Q1) located in front of a front edge of the balance weight in a rotational direction (R) of the rotor and a rear region (Q2) located behind a rear edge of the balance weight in the rotational direction of the rotor, characterized in that , the rotor includes a first cylindrical portion and a second cylindrical portion, the second cylindrical portion being located on an outer side with respect to the first cylindrical portion, the through hole is disposed at the first cylindrical portion, the partition covers the first cylindrical portion at either the first end surface or the second end surface, the balance weight is disposed on the second cylindrical portion, and one of the following conditions is verified: i) the partition is as thick as the balance weight is, or ii) the compressor further comprises a partition wall 133s) provided at the periphery of the partition, and the partition wall is as thick as the balance weight is. a motor including a rotor (32; 132; 232) having a first end surface (E1) and a second end surface (E2); a balance weight (33a; 133a; 233a) disposed on the first end surface or the second end surface; and a partition (33b; 133b, 133s; 233s) disposed on the first end surface or the second end surface, wherein the rotor has a through hole (32p; 132p; 232p) extending from the first end surface to the second end surface, and the partition divides, from the through hole, both a front region (Q1) located in front of a front edge of the balance weight in a rotational direction (R) of the rotor and a rear region (Q2) located behind a rear edge of the balance weight in the rotational direction of the rotor, the rotor includes a first cylindrical portion and a second cylindrical portion, the second cylindrical portion being located on an outer side with respect to the first cylindrical portion, the through hole is disposed at the first cylindrical portion, the partition covers the first cylindrical portion at either the first end surface or the second end surface, the balance weight is disposed on the second cylindrical portion, and one of the following conditions is verified: i) the partition is as thick as the balance weight is, or ii) the compressor further comprises a partition wall 133s) provided at the periphery of the partition, and the partition wall is as thick as the balance weight is. i) the partition is as thick as the balance weight is, or ii) the compressor further comprises a partition wall 133s) provided at the periphery of the partition, and the partition wall is as thick as the balance weight is.
Device for cleaning a rotary brush of a robotic floor vacuum cleaner , comprising a movable body , movable in rotation about an axis, and arranged to come into contact with at least one outer surface of the rotary brush in order to remove waste entangled with the rotary brush , characterised in that the movable body comprises at least one cutting edge , arranged at the periphery of the movable body , such that said at least one cutting edge runs over said at least one outer surface of the rotary brush when the latter is in contact with the movable body and rotating in order to be cleaned.
Heatable breathing tube designed as a composite tube, comprising a hollow body which is wound in a spiral shape in order to form an elongate tube with inner wall and outer wall , a longitudinal axis, and a lumen formed by the inner wall and extending along the longitudinal axis, at least one stabilizing web which has at least one cavity and which has an inner wall and outer wall and is wound in a spiral shape along the outer wall of the hollow body to form a winding distance and is connected to the hollow body , and at least one heating wire which is covered towards the outside by a stabilizing web , wherein the stabilizing web , in the region of the heating wire , has a constant wall thickness on the side of the stabilizing web facing towards the lumen , characterized in that the hollow body has a first layer facing towards the lumen and a second layer facing away from the lumen. a hollow body which is wound in a spiral shape in order to form an elongate tube with inner wall and outer wall , a longitudinal axis, and a lumen formed by the inner wall and extending along the longitudinal axis, at least one stabilizing web which has at least one cavity and which has an inner wall and outer wall and is wound in a spiral shape along the outer wall of the hollow body to form a winding distance and is connected to the hollow body , and at least one heating wire which is covered towards the outside by a stabilizing web , wherein the stabilizing web , in the region of the heating wire , has a constant wall thickness on the side of the stabilizing web facing towards the lumen , characterized in that the hollow body has a first layer facing towards the lumen and a second layer facing away from the lumen.
A curable composition comprising: (i) a cyanoacrylate component; and, (ii) a thermoplastic polyurethane (TPU) component, wherein the TPU component (ii) has a mass average molar mass Mw from 5000 to 250000, such as from 6000 to 200000, suitably from 10000 to 150000; wherein said TPU component (ii) is soluble at a temperature of 65°C in the cyanoacrylate component up to at least 40% by weight based on the total weight of the cyanoacrylate component; wherein said TPU component (ii) is based on a polyol that is based on at least one of a diol or a dicarboxylic acid characterised in that at least one of said diol or dicarboxylic acid has greater than 10 carbon atoms (>C 10 ) in the main chain; wherein the TPU component (ii) has a glass transition temperature of from -60°C to 0°C, and a melting point of from 30°C to 100°C as measured by differential scanning calorimetry in accordance with IS011357; wherein the TPU component (ii) is present in the curable composition in an amount from 1 wt% to 60 wt%, wherein the weight percentages are based on the total weight of the composition; wherein the curable cyanoacrylate component (i) is selected from the group comprising ethyl cyanoacrylate, butyl cyanoacrylate, β-methoxy cyanoacrylate and combinations thereof; and wherein the curable composition is solidified in a desired geometric form, for example stick-form, particularly a cylindrically shaped stick. (i) a cyanoacrylate component; and, (ii) a thermoplastic polyurethane (TPU) component,