mhurhangee/patent-ind-claim-en huggingface dataset:
A packaging machine comprising a work station having an interior , which is surrounded by a wall and which has arranged therein a tool with at least one heating element and/or at least one actor , wherein a bus node assembly is configured to provide via an interface information on the tool and/or to receive via the interface control data for the tool , characterized in that the bus node assembly is arranged on the outside of the wall which faces away from the interior , and the bus node assembly comprises the following: - a housing cap , - at least one circuit board populated with electronic components , and - the interface connected to the at least one circuit board and used for connection to a communication bus . - a housing cap , - at least one circuit board populated with electronic components , and - the interface connected to the at least one circuit board and used for connection to a communication bus .
Method to measure temperature and/or humidity of cement, concrete or the like: - arranging a sensor device on a floor before casting the cement or concrete on the floor, the sensor device including a casing , a circuit board inside the casing , and a temperature and/or humidity sensor connected to the circuit board and at least in part protruded outside the casing through a side wall thereof; - casting, wherein portion of the sensor protruded outside the casing is covered by the casting; - cutting the casing flush to the casting, in case protruding from the casting; - measuring temperature and/or humidity; characterized by - removing the circuit board from the casing after the cement or concrete has solidified, leaving the casing and the sensor in the cement or concrete; - filling the casing with concrete, cement or other material. - arranging a sensor device on a floor before casting the cement or concrete on the floor, the sensor device including a casing , a circuit board inside the casing , and a temperature and/or humidity sensor connected to the circuit board and at least in part protruded outside the casing through a side wall thereof; - casting, wherein portion of the sensor protruded outside the casing is covered by the casting; - cutting the casing flush to the casting, in case protruding from the casting; - measuring temperature and/or humidity; characterized by - removing the circuit board from the casing after the cement or concrete has solidified, leaving the casing and the sensor in the cement or concrete; - filling the casing with concrete, cement or other material.
A method of making a metallic or ceramic component, said method comprising: a) providing at least one first powder comprising 9-10% by weight Co, said first powder comprising a plurality of composite particles, made of a core particle material, an intermediate layer on said core particle material, and an outer layer comprising Co, wherein said core particle material has a hardness higher than both the intermediate layer and the outer layer, and said intermediate layer has a fracture toughness greater than the core particle material; b) providing at least one second powder comprising a carbide material; c) forming a green body comprised of said first and second powder mixtures such that the first powder mixture forms a first portion of said green body with the second powder mixture forming a second portion of said green body; d) molding, pressing or shaping said green body to form a compact; and e) sintering said compact, to form an article having first and second portions of different juxtaposed properties, said first portion of said green body forming hard wear-resistant portion of said article and said second portion of said green body forming a tough, strong load bearing portion of said article. a) providing at least one first powder comprising 9-10% by weight Co, said first powder comprising a plurality of composite particles, made of a core particle material, an intermediate layer on said core particle material, and an outer layer comprising Co, wherein said core particle material has a hardness higher than both the intermediate layer and the outer layer, and said intermediate layer has a fracture toughness greater than the core particle material; b) providing at least one second powder comprising a carbide material; c) forming a green body comprised of said first and second powder mixtures such that the first powder mixture forms a first portion of said green body with the second powder mixture forming a second portion of said green body; d) molding, pressing or shaping said green body to form a compact; and e) sintering said compact, to form an article having first and second portions of different juxtaposed properties, said first portion of said green body forming hard wear-resistant portion of said article and said second portion of said green body forming a tough, strong load bearing portion of said article.
A blower comprising: a duct including an inlet and an outlet ; and a plurality of blades arranged in the duct , the plurality of blades spaced a regular distance from each other in a vertical direction, each of the plurality of blades including: a first part having a thickness decreasing in a direction toward the inlet , a second part having a thickness decreasing in a direction toward the outlet , and a third part formed between the first part and the second part , the third part including an airflow generator , wherein the airflow generator includes: a first electrode , a second electrode , and a dielectric , wherein the airflow generator generates airflow in a direction from the inlet to the outlet when a voltage is applied between the first electrode and the second electrode , and wherein the duct includes a catalyst applied to an inner surface of the duct that is closer to the outlet than the airflow generator , the catalyst configured to adsorb and decompose ozone. a duct including an inlet and an outlet ; and a plurality of blades arranged in the duct , the plurality of blades spaced a regular distance from each other in a vertical direction, each of the plurality of blades including: a first part having a thickness decreasing in a direction toward the inlet , a second part having a thickness decreasing in a direction toward the outlet , and a third part formed between the first part and the second part , the third part including an airflow generator , wherein the airflow generator includes: a first electrode , a second electrode , and a dielectric , wherein the airflow generator generates airflow in a direction from the inlet to the outlet when a voltage is applied between the first electrode and the second electrode , and wherein the duct includes a catalyst applied to an inner surface of the duct that is closer to the outlet than the airflow generator , the catalyst configured to adsorb and decompose ozone. a first part having a thickness decreasing in a direction toward the inlet , a second part having a thickness decreasing in a direction toward the outlet , and a third part formed between the first part and the second part , the third part including an airflow generator , wherein the airflow generator includes: a first electrode , a second electrode , and a dielectric , wherein the airflow generator generates airflow in a direction from the inlet to the outlet when a voltage is applied between the first electrode and the second electrode , and wherein the duct includes a catalyst applied to an inner surface of the duct that is closer to the outlet than the airflow generator , the catalyst configured to adsorb and decompose ozone. a first electrode , a second electrode , and a dielectric , wherein the airflow generator generates airflow in a direction from the inlet to the outlet when a voltage is applied between the first electrode and the second electrode , and wherein the duct includes a catalyst applied to an inner surface of the duct that is closer to the outlet than the airflow generator , the catalyst configured to adsorb and decompose ozone.
A method of operating a personal electronic device (202; 302; 402) and an in-vehicle infotainment system (204; 304; 404), the method comprising the steps of: running an application on the personal electronic device (202; 302; 402); recording user inputs to the personal electronic device with the personal electronic device; determining an activity being performed by a user on the personal electronic device based on the recorded user inputs; sensing that the personal electronic device (202; 302; 402) has been, or soon will be, carried into a vehicle that includes the in-vehicle infotainment system (204; 304; 404), the sensing step including receiving at the personal electronic device (202; 302; 402) a signal from at least one of: a vehicle door unlock sensor; a vehicle seat occupancy sensor; a vehicle ignition sensor; or a seat adjustment assembly; in response to the sensing step, transferring information regarding a state of the personal electronic device (202; 302; 402) to the in-vehicle infotainment system (204; 304; 404), the information at least including the determined activity being performed by the user; selecting an application for the in-vehicle infotainment system (204; 304; 404) that is able to reproduce the determined activity being performed by the user; and using the selected application to replicate the state of the personal electronic device (202; 302; 402) on the in-vehicle infotainment system. running an application on the personal electronic device (202; 302; 402); recording user inputs to the personal electronic device with the personal electronic device; determining an activity being performed by a user on the personal electronic device based on the recorded user inputs; sensing that the personal electronic device (202; 302; 402) has been, or soon will be, carried into a vehicle that includes the in-vehicle infotainment system (204; 304; 404), the sensing step including receiving at the personal electronic device (202; 302; 402) a signal from at least one of: a vehicle door unlock sensor; a vehicle seat occupancy sensor; a vehicle ignition sensor; or a seat adjustment assembly; a vehicle door unlock sensor; a vehicle seat occupancy sensor; a vehicle ignition sensor; or a seat adjustment assembly; in response to the sensing step, transferring information regarding a state of the personal electronic device (202; 302; 402) to the in-vehicle infotainment system (204; 304; 404), the information at least including the determined activity being performed by the user; selecting an application for the in-vehicle infotainment system (204; 304; 404) that is able to reproduce the determined activity being performed by the user; and using the selected application to replicate the state of the personal electronic device (202; 302; 402) on the in-vehicle infotainment system.
A method supporting Power Saving Mode, PSM, in a wireless device, the method comprising: transmitting a first message to a network entity when PSM is required; receiving, from the network entity a second message including an active time value; entering a PSM state based on the active time value such that the wireless device does not receive any downlink data, but remains registered with the network entity; transmitting a tracking area update, TAU, or routing area update,RAU, request message when the PSM needs to be stopped, wherein the TAU or RAU request message is further transmitted when the active time value needs to be changed . transmitting a first message to a network entity when PSM is required; receiving, from the network entity a second message including an active time value; entering a PSM state based on the active time value such that the wireless device does not receive any downlink data, but remains registered with the network entity; transmitting a tracking area update, TAU, or routing area update,RAU, request message when the PSM needs to be stopped, wherein the TAU or RAU request message is further transmitted when the active time value needs to be changed .
A method for operating a wind farm, the wind farm comprising a plurality of wind turbine generators and a farm level controller , the method comprising: determining , with the farm level controller , an available reactive power value for each of the plurality of wind turbine generators; and distributing an individual reactive power command to each of the plurality of wind turbine generators , the individual reactive power command individually tailored to each wind turbine generator of the plurality of wind turbine generators based on the available reactive power value of each of the plurality of wind turbine generators , said distributing being to individual wind turbine generators , first for the wind turbine with the largest available reactive power value to the wind turbine with the smallest available reactive power value; and providing, with each wind turbine generator of the plurality of wind turbine generators, a desired reactive power based on the individual reactive power command . determining , with the farm level controller , an available reactive power value for each of the plurality of wind turbine generators; and distributing an individual reactive power command to each of the plurality of wind turbine generators , the individual reactive power command individually tailored to each wind turbine generator of the plurality of wind turbine generators based on the available reactive power value of each of the plurality of wind turbine generators , said distributing being to individual wind turbine generators , first for the wind turbine with the largest available reactive power value to the wind turbine with the smallest available reactive power value; and providing, with each wind turbine generator of the plurality of wind turbine generators, a desired reactive power based on the individual reactive power command .
A rubber composition, comprising: a rubber component including a diene rubber; a reinforcing filler; and a glycerol fatty acid triester of plant origin, the diene rubber including an isoprene-based rubber, the glycerol fatty acid triester having a content of saturated fatty acids of 10 to 25% by mass and a content of monovalent unsaturated fatty acids having one unsaturated bond of less than 50% by mass, each based on 100% by mass of constituent fatty acids of the triester, the reinforcing filler being present in an amount of 50 parts by mass or less per 100 parts by mass of the rubber component, characterized in that the reinforcing filler includes carbon black and a microfibrillated plant fiber. a rubber component including a diene rubber; a reinforcing filler; and a glycerol fatty acid triester of plant origin, the diene rubber including an isoprene-based rubber, the glycerol fatty acid triester having a content of saturated fatty acids of 10 to 25% by mass and a content of monovalent unsaturated fatty acids having one unsaturated bond of less than 50% by mass, each based on 100% by mass of constituent fatty acids of the triester, the reinforcing filler being present in an amount of 50 parts by mass or less per 100 parts by mass of the rubber component, characterized in that the reinforcing filler includes carbon black and a microfibrillated plant fiber.
A surgical needle guiding rod for providing anastomosis between the bladder and the urethra of a patient which is solid and comprises a proximal portion and a distal portion , a first opening and a second opening ; said openings being formed on the surface of the distal portion thereby forming a channel through the solid rod between the two openings, the channel being such that it allows a surgical needle to pass by entering one of the two openings and exiting the other opening, wherein the rod has a curved cross-section, preferably circular, the second opening being formed laterally on the surface of the rod , the rod being characterised in that the first opening is formed in the tip of the rod in a substantially concentric fashion with the axis of the rod , and the first opening is wider than the second opening , the channel forming a substantially conical shape between the two openings. wherein the rod has a curved cross-section, preferably circular, the second opening being formed laterally on the surface of the rod , the rod being characterised in that the first opening is formed in the tip of the rod in a substantially concentric fashion with the axis of the rod , and the first opening is wider than the second opening , the channel forming a substantially conical shape between the two openings.
A bracket for an anti-vibration device comprising a bracket body made of a synthetic resin and a reinforcement member made of a fiber reinforced plastic, the bracket body having a surrounding portion surrounding a main body of the anti-vibration device, the reinforcement member extending in a surrounding direction of the surrounding portion and being arranged in the surrounding portion, wherein a reinforcement member arrangement portion of the surrounding portion is formed of an outer circumference extending in the surrounding direction, an inner circumference extending in the surrounding direction, and a connecting portion connecting the outer circumference and the inner circumference and extending in the surrounding direction, when the reinforcement member arrangement portion is viewed in a cross section perpendicular to the surrounding direction, the reinforcement member arrangement portion is in a shape of a letter I in the cross section in which a cross sectional width of the connecting portion is narrower than a cross sectional width of the outer circumference and a cross sectional width of the inner circumference , and the reinforcement member is arranged on the outer circumference of the reinforcement member arrangement portion . a reinforcement member arrangement portion of the surrounding portion is formed of an outer circumference extending in the surrounding direction, an inner circumference extending in the surrounding direction, and a connecting portion connecting the outer circumference and the inner circumference and extending in the surrounding direction, when the reinforcement member arrangement portion is viewed in a cross section perpendicular to the surrounding direction, the reinforcement member arrangement portion is in a shape of a letter I in the cross section in which a cross sectional width of the connecting portion is narrower than a cross sectional width of the outer circumference and a cross sectional width of the inner circumference , and the reinforcement member is arranged on the outer circumference of the reinforcement member arrangement portion .
A building construction module , in particular a room module, for a modular building , wherein the building construction module has a concrete floor panel and vertical walls formed from bricks, which are arranged on the concrete floor panel and extend vertically upward from the concrete floor panel , wherein at least two of the walls are perpendicular to each other and engage in each other in a brick bond, wherein the concrete floor panel has at least two suspension elements for lifting the building construction module , wherein the suspension elements are arranged horizontally in the concrete floor panel , and wherein the concrete floor panel has at least one suspension portion for each suspension element , at which the corresponding suspension element is exposed such that a lifting device can be fastened to the suspension element , wherein the concrete floor panel is formed at least substantially trough-shaped with edge portions extending vertically upward.
A mixed powder for iron-based powder metallurgy, which comprises an iron-based powder and a CaS raw material powder containing at least calcium sulfide, wherein the CaS raw material powder is coated with at least one selected from a lubricant and a binder; wherein the mixed powder is obtained by mixing the iron-based powder with the CaS raw material powder coated with the lubricant and/or the binder; and wherein the CaS raw material powder is contained such that a weight ratio of CaS after sintering is 0.01 wt% or more to 0.1 wt% or less, wherein the sintering is conducted at a temperature of 1000°C or higher to 1300°C or lower for 5 minutes or more to 60 minutes or less in a nitrogen atmosphere, a mixed atmosphere of nitrogen and hydrogen, or a hydrocarbon atmosphere. wherein the mixed powder is obtained by mixing the iron-based powder with the CaS raw material powder coated with the lubricant and/or the binder; and wherein the CaS raw material powder is contained such that a weight ratio of CaS after sintering is 0.01 wt% or more to 0.1 wt% or less, wherein the sintering is conducted at a temperature of 1000°C or higher to 1300°C or lower for 5 minutes or more to 60 minutes or less in a nitrogen atmosphere, a mixed atmosphere of nitrogen and hydrogen, or a hydrocarbon atmosphere.
Hinge for an item of furniture or a household appliance , comprising: a) a first hinge part and a second hinge part , which are pivotably connected to each other via a lever mechanism with seven joint axes and levers hinged thereto; b) wherein the first hinge part has a first web and the second hinge part has a second web , wherein the first hinge part can be fixed at the first web to a furniture body and the second hinge part can be fixed at the second web to a door , and the first web and the second web are arranged substantially parallel and spaced apart in a closed position of the hinge ; c) and a cover element at least partially covers the lever mechanism on at least three sides to prevent engagement between the levers of the lever mechanism, characterized in that a plurality of cover plates are integrally formed with the cover element , and the cover plates arranged on one side of the lever mechanism can be pivoted relative to each other in a partially overlapping manner when the hinge is pivoted. a) a first hinge part and a second hinge part , which are pivotably connected to each other via a lever mechanism with seven joint axes and levers hinged thereto; b) wherein the first hinge part has a first web and the second hinge part has a second web , wherein the first hinge part can be fixed at the first web to a furniture body and the second hinge part can be fixed at the second web to a door , and the first web and the second web are arranged substantially parallel and spaced apart in a closed position of the hinge ; c) and a cover element at least partially covers the lever mechanism on at least three sides to prevent engagement between the levers of the lever mechanism,
An article comprising: a substrate comprising a silicon-bearing ceramic matrix composite, wherein the silicon-bearing ceramic matrix composite is a SiC/SiC composite; and a bond coat disposed over the substrate , the bond coat comprising elemental silicon, a silicon alloy, a silicide, or combinations including any of the aforementioned, and further comprising a dopant comprising aluminum oxide; an over-coat disposed over the bond coat , the over-coat comprising silica and a dopant comprising aluminum oxide; and a top coat disposed over the over-coat , the top coat comprising a silicate, an aluminosilicate, a rare earth silicate, yttria-stabilized zirconia, or a combination including any of the aforementioned. a substrate comprising a silicon-bearing ceramic matrix composite, wherein the silicon-bearing ceramic matrix composite is a SiC/SiC composite; and a bond coat disposed over the substrate , the bond coat comprising elemental silicon, a silicon alloy, a silicide, or combinations including any of the aforementioned, and further comprising a dopant comprising aluminum oxide; an over-coat disposed over the bond coat , the over-coat comprising silica and a dopant comprising aluminum oxide; and a top coat disposed over the over-coat , the top coat comprising a silicate, an aluminosilicate, a rare earth silicate, yttria-stabilized zirconia, or a combination including any of the aforementioned.