mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for bonding a layer comprising short fibers with a layer comprising long fibers to form a non-woven web , having a first circulating belt on which the layer comprising long fibers can be deposited and displaced in a direction of production (P), and having a second circulating belt , by means of which the layer comprising short fibers can be transferred at a transition point (Ü) to the layer comprising long fibers , characterized in that the apparatus comprises a pre-bonding unit which is arranged directly behind the transition point (Ü) in the direction of production (P) and has two compactors which are spaced apart from one another in the direction of production (P) and which act in one region on the first circulating belt or the second circulating belt , and having a bonding device arranged between the two compactors in the direction of production (P), by means of which bonding device the two layers can be bonded together by twirling the long and short fibers , the compactors and the bonding device being integrated into the apparatus in such a way that they are always in the operating state together when the layer comprising short fibers is transferred using the second circulating belt . having a first circulating belt on which the layer comprising long fibers can be deposited and displaced in a direction of production (P), and having a second circulating belt , by means of which the layer comprising short fibers can be transferred at a transition point (Ü) to the layer comprising long fibers , characterized in that the apparatus comprises a pre-bonding unit which is arranged directly behind the transition point (Ü) in the direction of production (P) and has two compactors which are spaced apart from one another in the direction of production (P) and which act in one region on the first circulating belt or the second circulating belt , and having a bonding device arranged between the two compactors in the direction of production (P), by means of which bonding device the two layers can be bonded together by twirling the long and short fibers , the compactors and the bonding device being integrated into the apparatus in such a way that they are always in the operating state together when the layer comprising short fibers is transferred using the second circulating belt .
A method of building a workpiece in an additive manufacturing process, in which the workpiece is built through layer-by-layer solidification of material, the method comprising, for a bridging layer in which an area to be solidified bridges material solidified as separate islands (300c, 300d; 400a, 400b) in an immediately preceding layer , first, solidifying separated portions of the area , each separated portion connected with a different one of the islands (300c, 300d; 400a, 400b) of the preceding layer , and then solidifying material between the separated portions to join the separated portions together.
A slam-shut safety device, comprising: a valve body having an inlet , an outlet , and defining a flow path extending between the inlet and the outlet , the valve body including a valve seat surrounding an orifice disposed between the inlet and the outlet ; a valve disc disposed within the valve body and shiftable along a slam-shut axis (A) between an open first position in which the valve disc is spaced away from the valve seat , and a closed second position in which the valve disc is seated against the valve seat ; a reset pin operatively coupled to the valve disc and shiftable along the slam-shut axis (A) relative to the valve body between an untripped position placing the valve disc in the open first position and a tripped position placing the valve disc in the closed second position, the reset pin arranged to respond to an actuator to shift the reset pin from the untripped position toward the tripped position; and a guide collar connected to the valve disc and including a hollow cylindrical portion extending away from the valve disc at least partly over the reset pin, the guide collar slidably disposed in a guide bore of a slam shut body that is connected to the valve body and supporting the reset pin , thereby providing added structural integrity to the reset pin and valve disc , characterised in that the valve disc includes a radial shoulder portion that abuts an end surface of a throat of the slam shut body when the valve disc is in the open first position. a valve body having an inlet , an outlet , and defining a flow path extending between the inlet and the outlet , the valve body including a valve seat surrounding an orifice disposed between the inlet and the outlet ; a valve disc disposed within the valve body and shiftable along a slam-shut axis (A) between an open first position in which the valve disc is spaced away from the valve seat , and a closed second position in which the valve disc is seated against the valve seat ; a reset pin operatively coupled to the valve disc and shiftable along the slam-shut axis (A) relative to the valve body between an untripped position placing the valve disc in the open first position and a tripped position placing the valve disc in the closed second position, the reset pin arranged to respond to an actuator to shift the reset pin from the untripped position toward the tripped position; and a guide collar connected to the valve disc and including a hollow cylindrical portion extending away from the valve disc at least partly over the reset pin, the guide collar slidably disposed in a guide bore of a slam shut body that is connected to the valve body and supporting the reset pin , thereby providing added structural integrity to the reset pin and valve disc , characterised in that the valve disc includes a radial shoulder portion that abuts an end surface of a throat of the slam shut body when the valve disc is in the open first position.
An electronic device comprising at least one processor configured to: - use a first protocol to transmit and/or receive a radio frequency signal during a first part of each of a plurality of periods (281-285), said radio frequency signal being used for presence and/or location detection, and - obtain network messages transmitted wirelessly using a second protocol during a second part (292-294) of each of said plurality of periods (281-285), said second part (292-294) not overlapping with said first part , wherein the electronic device comprises a lighting device, and wherein said network messages comprise lighting control messages; wherein a duration of said first part varies between at least two of said plurality of periods (281-285) and/or a duration of said second part (292-294) varies between at least two of said plurality of periods (281-285). - use a first protocol to transmit and/or receive a radio frequency signal during a first part of each of a plurality of periods (281-285), said radio frequency signal being used for presence and/or location detection, and - obtain network messages transmitted wirelessly using a second protocol during a second part (292-294) of each of said plurality of periods (281-285), said second part (292-294) not overlapping with said first part , wherein the electronic device comprises a lighting device, and wherein said network messages comprise lighting control messages;
Processing system comprising at least one processing area , one control area , one input area , and optionally one receiving area and / or one presentation area , wherein via an input and / or display element a user can enter a text and / or graphics in an operating software installed therein, which text and / or graphics can be passed to a control software running in the control area , wherein the display element is equipped with a connection system for exchanging data with a further connection system in the processing system , wherein the location-independent display element automatically suggests or selects, respectively, the connection with the nearest processing system , characterised in that in the operating software a selection list of the nearby processing systems is available or represented, whereby the degree of utilisation or the processing time for the execution of a processing operation, respectively, and the distance to the location of the display element are illustrated.
An actuator for a medium voltage circuit breaker, the actuator comprising: - a rotor; - a stator; and - at least one coil; wherein, the rotor is configured to be fixedly mounted to a main shaft of a circuit breaker of a medium voltage switchgear such that the rotor and main shaft rotate together; wherein, the stator is configured to be mounted circumferentially at least partially around the rotor; wherein, the at least one coil is wound around at least a part of the stator; wherein when mounted to the main shaft of the circuit breaker the rotor of the actuator is configured to move from a first unaligned position to a second aligned position where poles of the rotor and stator poles at least partially overlap; and wherein, an angle of rotation of the rotor with respect to the stator is limited by a driving electromagnetic force distribution. - a rotor; - a stator; and - at least one coil; wherein, the rotor is configured to be fixedly mounted to a main shaft of a circuit breaker of a medium voltage switchgear such that the rotor and main shaft rotate together; wherein, the stator is configured to be mounted circumferentially at least partially around the rotor; wherein, the at least one coil is wound around at least a part of the stator; wherein when mounted to the main shaft of the circuit breaker the rotor of the actuator is configured to move from a first unaligned position to a second aligned position where poles of the rotor and stator poles at least partially overlap; and wherein, an angle of rotation of the rotor with respect to the stator is limited by a driving electromagnetic force distribution. wherein, the rotor is configured to be fixedly mounted to a main shaft of a circuit breaker of a medium voltage switchgear such that the rotor and main shaft rotate together; wherein, the stator is configured to be mounted circumferentially at least partially around the rotor; wherein, the at least one coil is wound around at least a part of the stator; wherein when mounted to the main shaft of the circuit breaker the rotor of the actuator is configured to move from a first unaligned position to a second aligned position where poles of the rotor and stator poles at least partially overlap; and wherein, an angle of rotation of the rotor with respect to the stator is limited by a driving electromagnetic force distribution.
Spray-dried flavor composition comprising: oxidative stable spray-dried particles including a water-soluble matrix, the matrix comprising: (i) a filler; (ii) 5-25% of a fat component encapsulated in the matrix, based on the total weight of the matrix; and (iii) an emulsifier combination of soluble rice bran and oat oil, wherein soluble rice bran and oat oil are both emulsifiers and antioxidants, the combination providing emulsification and improved antioxidant activity for the spray-dried flavor compositions, and wherein the emulsifier combination is present in an amount of from 10% to 20%, based on the total weight of the matrix, wherein the spray-dried flavor composition further comprises at least one active component encapsulated in the matrix, which is selected from flavor ingredients. oxidative stable spray-dried particles including a water-soluble matrix, the matrix comprising: (i) a filler; (ii) 5-25% of a fat component encapsulated in the matrix, based on the total weight of the matrix; and (iii) an emulsifier combination of soluble rice bran and oat oil, wherein soluble rice bran and oat oil are both emulsifiers and antioxidants, the combination providing emulsification and improved antioxidant activity for the spray-dried flavor compositions, and (i) a filler; (ii) 5-25% of a fat component encapsulated in the matrix, based on the total weight of the matrix; and (iii) an emulsifier combination of soluble rice bran and oat oil, wherein soluble rice bran and oat oil are both emulsifiers and antioxidants, the combination providing emulsification and improved antioxidant activity for the spray-dried flavor compositions, and wherein the emulsifier combination is present in an amount of from 10% to 20%, based on the total weight of the matrix, wherein the spray-dried flavor composition further comprises at least one active component encapsulated in the matrix, which is selected from flavor ingredients.
A method, comprising: executing, by a trusted runtime in a multi-tenant environment, first instructions to: generate a first address key for a private memory region in a memory; and generate a first cryptographically encoded pointer to the private memory region in the memory, including: storing first context information associated with the private memory region in first bits of the first cryptographically encoded pointer; and performing a cryptographic algorithm on a slice of a first linear address of the private memory region based, at least in part, on the first address key and a first tweak, the first tweak including the first context information; and permitting a first tenant in the multi-tenant environment to access the first address key and the first cryptographically encoded pointer to the private memory region; and wherein the executing the first instructions further includes: based on determining that the first tenant is authorized to access a second tenant, permitting the first tenant to access a second address key, a second data key, and a second cryptographically encoded pointer to an authorized entrypoint of the second tenant; and wherein the second address key and second data key are for decrypting cryptographically encoded pointers and for decrypting the data or code referenced by the pointers. generate a first address key for a private memory region in a memory; and generate a first cryptographically encoded pointer to the private memory region in the memory, including: storing first context information associated with the private memory region in first bits of the first cryptographically encoded pointer; and performing a cryptographic algorithm on a slice of a first linear address of the private memory region based, at least in part, on the first address key and a first tweak, the first tweak including the first context information; and storing first context information associated with the private memory region in first bits of the first cryptographically encoded pointer; and performing a cryptographic algorithm on a slice of a first linear address of the private memory region based, at least in part, on the first address key and a first tweak, the first tweak including the first context information; and permitting a first tenant in the multi-tenant environment to access the first address key and the first cryptographically encoded pointer to the private memory region; and wherein the executing the first instructions further includes: based on determining that the first tenant is authorized to access a second tenant, permitting the first tenant to access a second address key, a second data key, and a second cryptographically encoded pointer to an authorized entrypoint of the second tenant; and wherein the second address key and second data key are for decrypting cryptographically encoded pointers and for decrypting the data or code referenced by the pointers.
Cold-rolled steel wire, characterised in that it has the following chemical composition, expressed in percentages by weight, 0.2 ≤ C% ≤ 0.6 0.5 ≤ Mn% ≤ 1.0 0.1 ≤ Si ≤ 0.5% 0.2 ≤ Cr≤ 1.0% P ≤ 0.020% S ≤ 0.015% N ≤ 0.010% and optionally no more than 0.07% Al, no more than 0.2% Ni, no more than 0.1% Mo, and no more than 0.1% Cu, the remainder being iron and the unavoidable impurities resulting from preparation, said wire having a microstructure comprising bainite and optionally up to 35% of acicular ferrite and up to 15% of perlite, the sum of the bainite and acicular ferrite phases being greater than 50%, the mechanical tensile strength Rm of which wire is between 900 and 1300 MPa and the ductility A of which wire is greater than or equal to 10%. 0.2 ≤ C% ≤ 0.6 0.5 ≤ Mn% ≤ 1.0 0.1 ≤ Si ≤ 0.5% 0.2 ≤ Cr≤ 1.0% P ≤ 0.020% S ≤ 0.015% N ≤ 0.010%
A method of controlling an operation performed by an agricultural implement and a support vehicle, comprising: receiving a set of metric setting operator inputs that identify a priority of each of a plurality of different metrics, used to control operation of the agricultural implement , relative to other metrics in the plurality of metrics; and performing control actions to control the agricultural implement to keep values, corresponding at least some of the plurality of metrics, in descending order of priority, within a target range of a corresponding target value for each of the plurality of metrics. receiving a set of metric setting operator inputs that identify a priority of each of a plurality of different metrics, used to control operation of the agricultural implement , relative to other metrics in the plurality of metrics; and performing control actions to control the agricultural implement to keep values, corresponding at least some of the plurality of metrics, in descending order of priority, within a target range of a corresponding target value for each of the plurality of metrics.
Sprayable composition for cooling tissue, in particular human tissue, by means of a melting coolant material, wherein the coolant material is water or is essentially composed of water, comprising an emulsion formed from a liquid propellant having a boiling point in the range from -45°C to +37°C and the coolant material emulsified in the propellant.
A bearing housing for a turbocharger , the turbocharger including a turbine wheel , a compressor wheel , and a shaft rotatably connecting the turbine wheel and the compressor wheel, the bearing housing comprising: a first end proximate to the turbine wheel; a second end proximate to the compressor wheel; a central chamber disposed between the first end and the second end and configured to house, at least, the shaft; an oil drain disposed radially outward of the shaft configured for directing oil out of the bearing housing; an oil core disposed radially outward of the shaft and radially inward of the oil drain, the oil core configured for communicating oil towards the oil drain and having an inner wall ; and one or more strakes protruding radially inward from the inner wall of the oil core, the one or more strakes configured to direct oil within the oil core towards the oil drain; wherein at least one of the one or more strakes extends in a direction and alignment of a strake plane or any parallel plane of the strake plane, such that the strakes prevent swirling in the oil core, the strake plane formed by, at least, two points on a center axis of the turbocharger and a point proximate to the oil drain. a first end proximate to the turbine wheel; a second end proximate to the compressor wheel; a central chamber disposed between the first end and the second end and configured to house, at least, the shaft; an oil drain disposed radially outward of the shaft configured for directing oil out of the bearing housing; an oil core disposed radially outward of the shaft and radially inward of the oil drain, the oil core configured for communicating oil towards the oil drain and having an inner wall ; and one or more strakes protruding radially inward from the inner wall of the oil core, the one or more strakes configured to direct oil within the oil core towards the oil drain; wherein at least one of the one or more strakes extends in a direction and alignment of a strake plane or any parallel plane of the strake plane, such that the strakes prevent swirling in the oil core, the strake plane formed by, at least, two points on a center axis of the turbocharger and a point proximate to the oil drain.
Device for powder-bed-based additive manufacturing, comprising: a building space wall which defines a building space (BR) and is designed to separate the building space (BR) from an outside region (AB), wherein the building space wall has a hatch which is designed to guide at least partially a component to be built up in layers from the building space (BR) through the hatch into an outside region (AB) during an additive manufacturing operation, with the result that the component can be built up along at least one guide direction (FR) beyond a dimension of the building space (BR), wherein the building space wall laterally defines the building space (BR), wherein the building space wall has an opening through which the component can be guided into the outside region (AB), and wherein the hatch is designed to seal a component arranged at least partially in the opening with respect to a starting material for the component during the additive manufacturing and with respect to a manufacturing atmosphere.
A power management device for an electronic smoke apparatus , the electronic smoke apparatus including an airflow sensor, a reservoir for containing vapor-able smoke flavored liquid, and an electric heater to heat the vapor-able smoke flavored liquid, the power management device comprising: a controller to adaptively supply operating power to the electric heater to operate the electronic smoke apparatus based on received signals indicative of characteristics of a smoking inhaling event, wherein the controller is configured to, during the smoking inhaling event, supply the operating power at a boost power level in response to detecting onset or beginning of the smoking inhaling event, reduce the operating power from the boost power level to a running power level after expiration of a boost heating interval following detection of the onset or beginning of the smoking inhaling event, increase the operating power from the running power level to a power level greater than the running power level in response to detecting heavier airflow at the airflow sensor, the heavier airflow being above a level required to keep the operating power at the running power level, and; decrease the operating power from the power level greater than the running power level to the running power level in response to a decrease in the heavier airflow at the airflow sensor. a controller to adaptively supply operating power to the electric heater to operate the electronic smoke apparatus based on received signals indicative of characteristics of a smoking inhaling event, wherein the controller is configured to, during the smoking inhaling event, supply the operating power at a boost power level in response to detecting onset or beginning of the smoking inhaling event, reduce the operating power from the boost power level to a running power level after expiration of a boost heating interval following detection of the onset or beginning of the smoking inhaling event, increase the operating power from the running power level to a power level greater than the running power level in response to detecting heavier airflow at the airflow sensor, the heavier airflow being above a level required to keep the operating power at the running power level, and; decrease the operating power from the power level greater than the running power level to the running power level in response to a decrease in the heavier airflow at the airflow sensor.