mhurhangee/patent-ind-claim-en huggingface dataset:
A removable display and operating module for a measuring device and/or a field device for level measurement or for limit level determination, the display and operating module comprising: a radio module ; and an electrical connection element adapted to form a detachable connection with a connection counterpart for transmitting radio frequency signals from the radio module to a radio frequency housing feedthrough and/or to an antenna of the field device , wherein the electrical connection element is configured to transmit frequencies in an ISM band, and/or wherein the electrical connection element is adapted to transmit frequencies between 1 GHz and 10 GHz. a radio module ; and an electrical connection element adapted to form a detachable connection with a connection counterpart for transmitting radio frequency signals from the radio module to a radio frequency housing feedthrough and/or to an antenna of the field device , wherein the electrical connection element is configured to transmit frequencies in an ISM band, and/or wherein the electrical connection element is adapted to transmit frequencies between 1 GHz and 10 GHz.
An in-vitro method for evaluating the grade of Se intoxication in a human subject exposed to Se intake exceeding the tolerable upper intake level (UL(Se)) of Selenium, which is 400 μg/day comprising a) determining a measured value of selenoprotein P (SePP) in a blood, serum or plasma sample obtained from said subject; b) correlating said measured value determined according to step a) with a Se intoxication classification category, wherein the measured value of SePP is above a threshold, which is greater than 7.0 mg/l. a) determining a measured value of selenoprotein P (SePP) in a blood, serum or plasma sample obtained from said subject; b) correlating said measured value determined according to step a) with a Se intoxication classification category,
A system , comprising: a camera configured to scan a surrounding of the system and identify a projection surface based on a set of criteria to be met by the projection surface for it to qualify as a projection surface, said set including at least one criterion; a projector unit attachable to the camera and configured to project an image to a projection surface ; and a computing unit communicatively connected to the projector unit and the camera ; wherein the computing unit is configured to communicate the identification of the projection surface to a user, and request confirmation from the user before proceeding with the projection of the image; wherein the camera is configured to, if the user rejects the identified projection surface, rescan the surrounding of the system and identify another projection surface based on a different set of criteria; wherein the projector unit is configured to receive, from the computing unit , the image and instructions to project the image onto said other projection surface, and wherein the camera is configured to capture input and provide the input to the computing unit , which is configured to update the image based on the input. a camera configured to scan a surrounding of the system and identify a projection surface based on a set of criteria to be met by the projection surface for it to qualify as a projection surface, said set including at least one criterion; a projector unit attachable to the camera and configured to project an image to a projection surface ; and a computing unit communicatively connected to the projector unit and the camera ; wherein the computing unit is configured to communicate the identification of the projection surface to a user, and request confirmation from the user before proceeding with the projection of the image; wherein the camera is configured to, if the user rejects the identified projection surface, rescan the surrounding of the system and identify another projection surface based on a different set of criteria; wherein the projector unit is configured to receive, from the computing unit , the image and instructions to project the image onto said other projection surface, and wherein the camera is configured to capture input and provide the input to the computing unit , which is configured to update the image based on the input.
An active aerodynamic system comprising a deflector and being driven by a bi-directional actuator with a non-back drivable clutched module between a deployed position and an undeployed position, the non-back drivable clutched module comprising: a housing with an inside surface defining a cavity ; an input shaft cog with a shaft portion extending out of the housing and connected to an external actuator , and a cog portion rotatably positioned in the cavity of the housing , wherein the cog portion includes a plurality of bearing recesses and a plurality of drive recesses each having a first side (34a-d), second side (36a-d), third side and a fourth side , where the first side (34a-d) and second side (36a-d) are each formed by one of a plurality of teeth (42, 42', 42", 42′′′) extending from the surface of the cog portion and the third side is defined by the inside surface of the cavity of the housing ; a clutched output shaft having a shaft portion extending out of the housing and connected to the active aerodynamic system being driven by the actuator through the non-back drivable clutched module and a clutch cog receiving portion rotatably positioned within the cavity of the housing ; a clutch cog between the input shaft cog and the clutched output shaft , where the clutch cog has both a resilient connection and a detent connection to the clutched output shaft . a housing with an inside surface defining a cavity ; an input shaft cog with a shaft portion extending out of the housing and connected to an external actuator , and a cog portion rotatably positioned in the cavity of the housing , wherein the cog portion includes a plurality of bearing recesses and a plurality of drive recesses each having a first side (34a-d), second side (36a-d), third side and a fourth side , where the first side (34a-d) and second side (36a-d) are each formed by one of a plurality of teeth (42, 42', 42", 42′′′) extending from the surface of the cog portion and the third side is defined by the inside surface of the cavity of the housing ; a clutched output shaft having a shaft portion extending out of the housing and connected to the active aerodynamic system being driven by the actuator through the non-back drivable clutched module and a clutch cog receiving portion rotatably positioned within the cavity of the housing ; a clutch cog between the input shaft cog and the clutched output shaft , where the clutch cog has both a resilient connection and a detent connection to the clutched output shaft .
A liquid material application method comprising the steps of placing a workpiece on a substrate with three or more bumps interposed therebetween, creating a desired application pattern, discharging a liquid material from a nozzle of a discharge device while the nozzle and the workpiece are moved relative to each other, and filling the liquid material into a gap between the substrate and the workpiece by capillary action, the method further comprising: a correction amount calculating step of measuring a discharge amount of the liquid material from the discharging device , and calculating a correction amount of the discharge amount; and a discharge amount correcting step of adjusting the discharge amount of the liquid material from the discharging device on the basis of the correction amount calculated in the correction amount calculating step to achieve a required application amount for the desired application pattern, characterized in that the bumps are non-uniformly arranged; the application pattern is made up of a plurality of application regions ; the method further comprises an initial parameter setting step (STEP 104) of specifying, as a total pulse number, the number of times of transmitting a discharge pulse signal and a pause pulse signal , specifying, of the total pulse number, the number of discharge pulse signals necessary to achieve the required application amount of the liquid material , and specifying the rest as the number of pause pulse signals ; and the number of the discharge pulse signals per unit length is adjusted in a discharge parameter adjusting step (STEP 107) to be larger in an application region adjacent to an area having a higher integration degree of the bumps than in an application region adjacent to an area having a lower integration degree of the bumps . a correction amount calculating step of measuring a discharge amount of the liquid material from the discharging device , and calculating a correction amount of the discharge amount; and a discharge amount correcting step of adjusting the discharge amount of the liquid material from the discharging device on the basis of the correction amount calculated in the correction amount calculating step to achieve a required application amount for the desired application pattern, characterized in that the bumps are non-uniformly arranged; the application pattern is made up of a plurality of application regions ; the method further comprises an initial parameter setting step (STEP 104) of specifying, as a total pulse number, the number of times of transmitting a discharge pulse signal and a pause pulse signal , specifying, of the total pulse number, the number of discharge pulse signals necessary to achieve the required application amount of the liquid material , and specifying the rest as the number of pause pulse signals ; and the number of the discharge pulse signals per unit length is adjusted in a discharge parameter adjusting step (STEP 107) to be larger in an application region adjacent to an area having a higher integration degree of the bumps than in an application region adjacent to an area having a lower integration degree of the bumps .
A method of three-dimensional printing on a textile that is a portion of an article of apparel, comprising: providing at least one first three-dimensional pattern and at least one second three-dimensional pattern for printing onto the textile ; positioning a first portion of the article on a tray in a three-dimensional printing system , the first portion being positioned substantially flat on the tray ; printing at least one first three-dimensional material directly onto the textile at the first portion of the article using the at least one first three-dimensional pattern ; curing the at least one first three-dimensional printed material; positioning a second portion of the article on the tray , the second portion being positioned substantially flat on the tray ; printing at least one second three-dimensional material directly onto the textile at the second portion of the article using the at least one second three-dimensional pattern ; curing the at least one second three-dimensional printed material; and removing the article from the three-dimensional printing system . providing at least one first three-dimensional pattern and at least one second three-dimensional pattern for printing onto the textile ; positioning a first portion of the article on a tray in a three-dimensional printing system , the first portion being positioned substantially flat on the tray ; printing at least one first three-dimensional material directly onto the textile at the first portion of the article using the at least one first three-dimensional pattern ; curing the at least one first three-dimensional printed material; positioning a second portion of the article on the tray , the second portion being positioned substantially flat on the tray ; printing at least one second three-dimensional material directly onto the textile at the second portion of the article using the at least one second three-dimensional pattern ; curing the at least one second three-dimensional printed material; and removing the article from the three-dimensional printing system .
A tire comprising a tread portion , wherein the tread portion is provided with grooves , each of the grooves includes a pair of groove walls , at least one of the groove walls is provided on a surface thereof with a pattern portion having a plurality of micro-protrusions , the pattern portion is provided with the micro-protrusions at a density of 1 to 5 per 1 mm 2 of the groove wall area, wherein each of the grooves has a groove bottom, and the groove bottom is not provided with the pattern portion . the tread portion is provided with grooves , each of the grooves includes a pair of groove walls , at least one of the groove walls is provided on a surface thereof with a pattern portion having a plurality of micro-protrusions , the pattern portion is provided with the micro-protrusions at a density of 1 to 5 per 1 mm 2 of the groove wall area, wherein each of the grooves has a groove bottom, and
A pneumatic regenerative system for a motorized vehicle , comprising a variable booster device being fluidly coupled with a pneumatic device of the pneumatic regenerative system and being operable pressurize air to a first pressurized state during a braking event of the motorized vehicle , the pneumatic device operable as an air compressor during the braking event, where the pneumatic device receives the air from the variable booster device at a first pressurized state and compresses the air to a second pressurized state, the variable booster device comprising: a main body having an inlet , an outlet , and an interior cavity , the inlet and the outlet are in fluid communication with the interior cavity ; and a variable outlet mechanism coupled to the main body and covering the outlet , the variable outlet mechanism being reconfigurable between a first configuration, where the outlet is a first size, and a second configuration, where the outlet is a second size, the second size being smaller than the first size. a main body having an inlet , an outlet , and an interior cavity , the inlet and the outlet are in fluid communication with the interior cavity ; and a variable outlet mechanism coupled to the main body and covering the outlet , the variable outlet mechanism being reconfigurable between a first configuration, where the outlet is a first size, and a second configuration, where the outlet is a second size, the second size being smaller than the first size.
A method for resource allocation management, the method comprising: identifying a first key identifier associated with a first virtual machine, VM, (106-1) a second key identifier associated with a second VM (106-2), and an address of a memory page (126-n) allocated to the first VM; allocating the memory page to the second VM, comprising: invalidating a first mapping of the memory page to the first VM; generating a second mapping of the memory page to the second VM; generating a message authentication code (MAC) for each cache line comprising the memory page based on the second key identifier and initializing the MAC for each cache line of the memory page with a non-temporal write; the non-temporal write comprising a write to the cache line without reading the cache line from the memory page; wherein if a processing core (120-1) locates an evaluation address in snoop filter hardware, then the processing core (120-1) invalidates the corresponding cache line in the cache hierarchy; wherein the evaluation address is invalidated in a last level cache, LLC, by sending invalidation messages for each cache line in the page to the LLC slices where the cache line maps to. identifying a first key identifier associated with a first virtual machine, VM, (106-1) a second key identifier associated with a second VM (106-2), and an address of a memory page (126-n) allocated to the first VM; allocating the memory page to the second VM, comprising: invalidating a first mapping of the memory page to the first VM; generating a second mapping of the memory page to the second VM; generating a message authentication code (MAC) for each cache line comprising the memory page based on the second key identifier and initializing the MAC for each cache line of the memory page with a non-temporal write; the non-temporal write comprising a write to the cache line without reading the cache line from the memory page; wherein if a processing core (120-1) locates an evaluation address in snoop filter hardware, then the processing core (120-1) invalidates the corresponding cache line in the cache hierarchy; wherein the evaluation address is invalidated in a last level cache, LLC, by sending invalidation messages for each cache line in the page to the LLC slices where the cache line maps to. invalidating a first mapping of the memory page to the first VM; generating a second mapping of the memory page to the second VM; generating a message authentication code (MAC) for each cache line comprising the memory page based on the second key identifier and initializing the MAC for each cache line of the memory page with a non-temporal write; the non-temporal write comprising a write to the cache line without reading the cache line from the memory page; wherein if a processing core (120-1) locates an evaluation address in snoop filter hardware, then the processing core (120-1) invalidates the corresponding cache line in the cache hierarchy; wherein the evaluation address is invalidated in a last level cache, LLC, by sending invalidation messages for each cache line in the page to the LLC slices where the cache line maps to.
A method for communicating for operating a vehicle platoon , comprising: establishing a temporary vehicle identification tag by a sender vehicle of the vehicle platoon ; creating a platoon message to the vehicle platoon by the sender vehicle , the platoon message comprising the temporary vehicle identification tag for identifying the sender vehicle as the sender of the platoon message ; and sending the platoon message by the sender vehicle to the vehicle platoon , wherein: the platoon message is signed using a temporary security certificate of the sender vehicle ; and the temporary vehicle identification tag is derived from the temporary security certificate, preferably from an identifier of the temporary security certificate. establishing a temporary vehicle identification tag by a sender vehicle of the vehicle platoon ; creating a platoon message to the vehicle platoon by the sender vehicle , the platoon message comprising the temporary vehicle identification tag for identifying the sender vehicle as the sender of the platoon message ; and sending the platoon message by the sender vehicle to the vehicle platoon , the platoon message is signed using a temporary security certificate of the sender vehicle ; and the temporary vehicle identification tag is derived from the temporary security certificate, preferably from an identifier of the temporary security certificate.
A helicoidal guide configured and shaped for cooling an inductor and/or a transformer with a core and a first coil having a spatial gap between the core and the first coil , the helicoidal guide being placeable within the spatial gap and configured to guide a flow of coolant through the spatial gap, characterised in that the coolant is in direct contact with the first coil.
A device for manufacturing curved glass, said glass comprising a glass sheet or a stack of glass sheets, called the glass, comprising a bending station , said bending station comprising a solid concave bending upper mold and a lower countermold that is complementary to the upper mold, the bending upper mold being placed above the lower countermold, a means for conveying the glass to a final holder placed under the bending upper mold, the final holder being circumscribed, seen from above, by the lower countermold, the final holder forming a surface for receiving the glass, the glass being in an optimal bending position when on this surface, the lower countermold being of the frame type and being able to move vertically in order to pass below or above the surface for receiving the glass, the bending upper mold and the lower countermold being able to move with a relative vertical movement that allows them to be brought together, in order to clamp therebetween the periphery of the glass , and to move apart from each other, the bending upper mold being equipped with orifices in its face that makes contact with the glass and a means for applying suction in order to curve the glass against this contact face via suction applied through said orifices.
An adapter configured to electrically connect a test device to an implantable medical lead , the adapter comprising: an adapter body configured to receive a proximal portion of the implantable medical lead, including a lead electrical connector at the proximal portion of the implantable medical lead, and allow rotation of the proximal portion relative to the adapter body when the proximal portion is received by the adapter body; an adapter electrical connector configured to be electrically connected to the test device; and a rotational electrical coupling within the adapter body, the rotational electrical coupling configured to electrically connect the lead electrical connector to the adapter electrical connector and comprising: a first conductive component configured to be electrically connected to the lead electrical connector and rotatable within the adapter body with the proximal portion of the implantable medical lead; and a second conductive component electrically connected to the first conductive component and the adapter electrical connector, the second conductive component rotationally fixed relative to the adapter body. an adapter body configured to receive a proximal portion of the implantable medical lead, including a lead electrical connector at the proximal portion of the implantable medical lead, and allow rotation of the proximal portion relative to the adapter body when the proximal portion is received by the adapter body; an adapter electrical connector configured to be electrically connected to the test device; and a rotational electrical coupling within the adapter body, the rotational electrical coupling configured to electrically connect the lead electrical connector to the adapter electrical connector and comprising: a first conductive component configured to be electrically connected to the lead electrical connector and rotatable within the adapter body with the proximal portion of the implantable medical lead; and a second conductive component electrically connected to the first conductive component and the adapter electrical connector, the second conductive component rotationally fixed relative to the adapter body. a first conductive component configured to be electrically connected to the lead electrical connector and rotatable within the adapter body with the proximal portion of the implantable medical lead; and a second conductive component electrically connected to the first conductive component and the adapter electrical connector, the second conductive component rotationally fixed relative to the adapter body.