mhurhangee/patent-ind-claim-en huggingface dataset:
An electric machine comprising: • a stator having a stator body with a stator winding wound therearound and configured to electrically create a plurality of stator poles disposed around the periphery of the stator body, • means configured to connect the stator winding to an AC source or receiver , and • a rotor rotatably disposed with respect to the stator and having a rotor body with a plurality of permanent magnets received therein, said rotor being disposed with an air gap between the rotor body and the stator body and to make a magnetic flux to pass between the permanent magnets of the rotor body and the stator poles of the stator body through said air gap so as to apply a driving torque to the rotor in motor operation of the electric machine and feeding electric power to the stator winding in generator operation of the electric machine, the machine further comprising an agent of a material having a high magnetic permeability configured to be positioned with respect to the rotor body so as to reduce the magnetic flux from the permanent magnets through said air gap by diverting a part of the magnetic flux otherwise led from the permanent magnets through said air gap to instead be led through this agent, said agent being moveable with respect to the rotor body between at least two different positions in which the agent is configured to divert differently large proportions of said magnetic flux from the permanent magnets therethrough, the electric machine further comprising means configured to move said agent between said different positions with respect to the rotor body and that said means being configured to move said agent to a position with respect to the rotor body with a maximum reduction of magnetic flux through said air gap upon creation of arcing or a short-circuit in said stator winding or any cables or equipment connected to said stator winding, characterized in that said agent comprises ferromagnetic powder stored in a container inside a casing enclosing the stator and the rotor and configured to be released upon occurrence of arcing to reach the region of said air gap for reducing magnetic flux through the air gap by bridging magnetic poles of the permanent magnets of the rotor. • a stator having a stator body with a stator winding wound therearound and configured to electrically create a plurality of stator poles disposed around the periphery of the stator body, • means configured to connect the stator winding to an AC source or receiver , and • a rotor rotatably disposed with respect to the stator and having a rotor body with a plurality of permanent magnets received therein,
A sliding element for an engine, the sliding element comprising a polymer-based overlay layer and a metallic substrate , the polymer-based overlay layer comprising: a polymer-based matrix; a metal particulate and a pigment; wherein the pigment has a hardness of at least 4 on the Mohs hardness scale, wherein the pigment comprises a complex inorganic colour pigment, characterized in that the pigment comprises cobalt chromite green spinel. a polymer-based matrix; a metal particulate and a pigment; wherein the pigment has a hardness of at least 4 on the Mohs hardness scale, wherein the pigment comprises a complex inorganic colour pigment, characterized in that the pigment comprises cobalt chromite green spinel.
An air-conditioning apparatus comprising: a turbo fan including an impeller and a fan motor configured to drive the impeller ; and a heat exchanger provided leeward of the impeller , wherein the impeller includes a main plate connected to a drive shaft of the fan motor , a side plate located opposite to the main plate and having an air inlet at a center portion of the side plate , a plurality of blades disposed between the main plate and the side plate , wherein each of the plurality of blades includes a front edge and a rear edge located outward of the front edge in a radial direction of the turbo fan , and wherein in the rear edge , a notch is formed, characterised in that each of the plurality of blades includes a first side and a second side , which are a pair of sides located opposite to each other with respect to the notch , the first side being located on a side of the notch that is closer to the main plate , the second side being located on another side of the notch that is closer to the side plate , and wherein the second side is formed convex toward the main plate . a turbo fan including an impeller and a fan motor configured to drive the impeller ; and a heat exchanger provided leeward of the impeller , wherein the impeller includes a main plate connected to a drive shaft of the fan motor , a side plate located opposite to the main plate and having an air inlet at a center portion of the side plate , a plurality of blades disposed between the main plate and the side plate , a main plate connected to a drive shaft of the fan motor , a side plate located opposite to the main plate and having an air inlet at a center portion of the side plate , a plurality of blades disposed between the main plate and the side plate , wherein each of the plurality of blades includes a front edge and a rear edge located outward of the front edge in a radial direction of the turbo fan , and wherein in the rear edge , a notch is formed, characterised in that each of the plurality of blades includes a first side and a second side , which are a pair of sides located opposite to each other with respect to the notch , the first side being located on a side of the notch that is closer to the main plate , the second side being located on another side of the notch that is closer to the side plate , and wherein the second side is formed convex toward the main plate .
A submerged burner for a furnace for the melting of glass or of rock, said burner being, at least partially and preferably completely, formed of an alloy exhibiting the following composition, as percentage by weight of the alloy: - Cr 15% to 25% - Ni 8% to 20% - Mo less than 5% - Mn less than 3%, preferably less than 2% - Si less than 2%, preferably less than 1% - N less than 0.2%, preferably less than 0.1% - P less than 0.1%, preferably less than 0.05% - S less than 0.05%, the remainder being formed of iron, carbon and unavoidable impurities, said alloy being characterized in that it also comprises at least one element chosen from the group consisting of niobium and titanium, in that the Cr/C ratio by weight in said alloy is between 250 and 830, limits included, and in that the (2Ti+Nb)/C ratio by weight in said alloy is between 5 and 65, limits included, and in that the alloy comprises between 60 and 75% by weight of iron.
A method for providing a three dimensional, 3D, representation of a transmitting participant in a virtual meeting, the method being performed in a representation provider , the method comprising: obtaining a non-realtime 3D model of at least part of a person; obtaining a live camera stream representing parts of the transmitting participant of the virtual meeting and being captured by a 3D imaging device; identifying at least one body feature in the non-realtime 3D model; identifying at least one body feature in the live camera stream; and generating a combined 3D representation of the transmitting participant based on both the non-realtime 3D model and the live camera stream, wherein for body features forming part of both the non-realtime 3D model and the live camera stream, higher weights are assigned to the live camera stream. obtaining a non-realtime 3D model of at least part of a person; obtaining a live camera stream representing parts of the transmitting participant of the virtual meeting and being captured by a 3D imaging device; identifying at least one body feature in the non-realtime 3D model; identifying at least one body feature in the live camera stream; and generating a combined 3D representation of the transmitting participant based on both the non-realtime 3D model and the live camera stream, wherein for body features forming part of both the non-realtime 3D model and the live camera stream, higher weights are assigned to the live camera stream.
A method for assessing the level of a drug targeting the contact system in a subject, the method comprising: (i) providing blood collected from a subject in an evacuated blood collection tube, wherein the subject has been administered a drug that targets a component of the contact system; (ii) processing the blood to produce a plasma sample; and (iii) measuring the level of the drug in the plasma sample; wherein the evacuated blood collection tube comprises a liquid formulation that comprises a mixture of protease inhibitors, wherein the mixture of protease inhibitors consists of benzamidine, soybean trypsin inhibitor, leupeptin, 4-(2-aminoethyl) benzenesulfonyl fluoride hydrochloride (AEBSF), polybrene, and EDTA. (i) providing blood collected from a subject in an evacuated blood collection tube, wherein the subject has been administered a drug that targets a component of the contact system; (ii) processing the blood to produce a plasma sample; and (iii) measuring the level of the drug in the plasma sample;
A method of programming a programmable device comprising: acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; and configuring at least one configurable module of the programmable device using the processed configuration data from the processing step, characterised in that : the at least one configurable module comprises a cryptographic module, and wherein the cryptographic module comprises a physically unclonable function, 'PUF'. acquiring configuration data; loading the configuration data onto the programmable device; processing at least a portion of the configuration data through a one-way function to form processed configuration data; and configuring at least one configurable module of the programmable device using the processed configuration data from the processing step, characterised in that : the at least one configurable module comprises a cryptographic module, and wherein the cryptographic module comprises a physically unclonable function, 'PUF'.
Implantable medical device for stimulating a human or animal heart, comprising a housing , a processor, a memory unit, a stimulation unit configured to stimulate a cardiac region of a human or animal heart , and a detection unit configured to detect an electrical signal at the cardiac region of the same heart , wherein the stimulation unit comprises an electrode having a first electrode pole and a second electrode pole , wherein the memory unit comprises a computer-readable program that causes the processor to perform the following steps when executed on the processor: a) determining appropriate stimulation parameter values of a stimulation pulse to be delivered to a cardiac region of a human or animal heart by the first electrode pole in a unipolar manner; b) storing the determined stimulation parameter values in the memory unit; c) checking an occurrence of an electrode failure of the electrode when operating the electrode in a bipolar manner; d) in case of the occurrence of an electrode failure, automatically switching from a bipolar operation of the electrode to a unipolar operation of the electrode and automatically applying the stored stimulation parameter values for a unipolar stimulation of the cardiac region. a) determining appropriate stimulation parameter values of a stimulation pulse to be delivered to a cardiac region of a human or animal heart by the first electrode pole in a unipolar manner; b) storing the determined stimulation parameter values in the memory unit; c) checking an occurrence of an electrode failure of the electrode when operating the electrode in a bipolar manner; d) in case of the occurrence of an electrode failure, automatically switching from a bipolar operation of the electrode to a unipolar operation of the electrode and automatically applying the stored stimulation parameter values for a unipolar stimulation of the cardiac region.
A method for extracting wax from plants, comprising: a. providing a sample of plant fines enriched in plant wax, wherein the sample of plant fines enriched in wax is resulting from fractionation of straw being mechanically dry-treated at ambient temperature, b. adding water to the sample of plant fines in a ratio of water:plant fines of at least 5:1 (by weight) followed by mixing and agitation at a temperature adjusted for solubilizing water soluble components in the mixture, c. adding one or more enzymes to the mixture and adjusting the temperature and pH to optimize the activity of the enzyme(s) added, the enzyme(s) being suitable for degrading proteins associated with the wax in the sample of plant fines, d. heating the enzyme-treated mixture to a temperature whereby the wax is liquefied and the enzyme(s) inactivated, and e. separating the wax from the mixture. a. providing a sample of plant fines enriched in plant wax, wherein the sample of plant fines enriched in wax is resulting from fractionation of straw being mechanically dry-treated at ambient temperature, b. adding water to the sample of plant fines in a ratio of water:plant fines of at least 5:1 (by weight) followed by mixing and agitation at a temperature adjusted for solubilizing water soluble components in the mixture, c. adding one or more enzymes to the mixture and adjusting the temperature and pH to optimize the activity of the enzyme(s) added, the enzyme(s) being suitable for degrading proteins associated with the wax in the sample of plant fines, d. heating the enzyme-treated mixture to a temperature whereby the wax is liquefied and the enzyme(s) inactivated, and e. separating the wax from the mixture.
Child seat for attachment to a motor vehicle seat, comprising a seat element , in particular a seat shell, and a side impact protection which can be brought from a rest position located within a predetermined width, in particular standard width, into a functional position located outside the predetermined width, in particular standard width, and vice versa, wherein the side impact protection comprises a folding element , wherein the folding element is locked in the functional position, against folding in, the folding element being embedded in the outer wall of the seat element in the rest position, and wherein the folding element also is partially embedded in an outer wall of the seat element in the functional position, so that only a portion of the folding element projects beyond the outer wall, characterised in that the folding element in the functional position projects at least by 50% but at most by 80% of its length beyond the outer wall of the seat element. wherein the side impact protection comprises a folding element , wherein the folding element is locked in the functional position, against folding in, the folding element being embedded in the outer wall of the seat element in the rest position, and wherein the folding element also is partially embedded in an outer wall of the seat element in the functional position, so that only a portion of the folding element projects beyond the outer wall, characterised in that the folding element in the functional position projects at least by 50% but at most by 80% of its length beyond the outer wall of the seat element.
A lighting device, comprising: connection elements (10; 10a-10c); light-emitting elements ; wherein the light-emitting elements are arranged on said connection elements (10; 10a-c) for an electronic connection to the at least one light-emitting element , at least one encapsulating material surrounding at least part of the connection elements (10; 10a-c), wherein at least one connection element (10; 10a-c) comprises at least one spring section , wherein the at least one spring section comprises from 1 winding to 200 windings, characterised in that one winding corresponds to a loop of the connection element around 360°, wherein the spring section comprises a flattened shape with a shorter dimension and a longer dimension , wherein the shorter dimension corresponds to a light-emitting direction of the at least one light-emitting element . connection elements (10; 10a-10c); light-emitting elements ; wherein the light-emitting elements are arranged on said connection elements (10; 10a-c) for an electronic connection to the at least one light-emitting element , at least one encapsulating material surrounding at least part of the connection elements (10; 10a-c), wherein at least one connection element (10; 10a-c) comprises at least one spring section , wherein the at least one spring section comprises from 1 winding to 200 windings, characterised in that one winding corresponds to a loop of the connection element around 360°, wherein the spring section comprises a flattened shape with a shorter dimension and a longer dimension , wherein the shorter dimension corresponds to a light-emitting direction of the at least one light-emitting element .
System, composed of a PED on which at least one operation programme is memorized, which is configured to be used by a passenger, and of an aircraft device comprising at least one control and/or regulation unit , which is configured for controlling an aircraft passenger seat unit , the control and/or regulation unit being configured to receive control signals from the PED for controlling the aircraft passenger seat unit , characterised in that the aircraft passenger seat unit comprises an operating module , which is configured for outputting control signals to the control and/or regulation unit , wherein the control signals of the operating module override control signals of a PED that is coupled with the aircraft passenger seat unit , wherein the operating module is classified by the control and/or regulation unit as dominant relative to the operation programme of the PED , which is a secondary operating element.
A method for subspace selection, comprising: receiving, by a user equipment (UE), a reference signal (RS) from a base station in a downlink channel (step 202); and transmitting, by the UE, a linear combination index to the base station, wherein the linear combination index identifies a combination of beams selected from a set of beams in accordance with the RS (step 210), wherein the number of bits of the linear combination index is equal to ceiling log 2 N M , and N is a number of codewords in a codebook of beams and M is a number of beams in the combination of beams. receiving, by a user equipment (UE), a reference signal (RS) from a base station in a downlink channel (step 202); and transmitting, by the UE, a linear combination index to the base station, wherein the linear combination index identifies a combination of beams selected from a set of beams in accordance with the RS (step 210), wherein the number of bits of the linear combination index is equal to ceiling log 2 N M , and N is a number of codewords in a codebook of beams and M is a number of beams in the combination of beams.
A method, comprising: activating a first device , wherein the first device has a working field , wherein the first device has an operational path configured to intersect a barrier ; detecting , via a proximity sensor of a second device , a presence of an object in a sensor zone of the second device; transmitting , via the second device , a wireless signal to the first device indicating the presence of the object in the sensor zone of the second device; issuing a first alert, via at least one of the first device and the second device, indicating the presence of the object in the sensor zone of the second device; and arranging the second device in a non-line-of-sight position relative to the first device such that the first device and the second device are arranged on opposite sides of the barrier ; wherein the method further comprises: determining , via the second device , a signal strength of the first device ; displaying a signal strength indicator on at least one of the first device and the second device, wherein the displayed signal strength indicator is based on the determined signal strength; and positioning the second device relative to the first device based on the displayed signal strength indicator. activating a first device , wherein the first device has a working field , wherein the first device has an operational path configured to intersect a barrier ; detecting , via a proximity sensor of a second device , a presence of an object in a sensor zone of the second device; transmitting , via the second device , a wireless signal to the first device indicating the presence of the object in the sensor zone of the second device; issuing a first alert, via at least one of the first device and the second device, indicating the presence of the object in the sensor zone of the second device; and arranging the second device in a non-line-of-sight position relative to the first device such that the first device and the second device are arranged on opposite sides of the barrier ; wherein the method further comprises: determining , via the second device , a signal strength of the first device ; displaying a signal strength indicator on at least one of the first device and the second device, wherein the displayed signal strength indicator is based on the determined signal strength; and positioning the second device relative to the first device based on the displayed signal strength indicator. determining , via the second device , a signal strength of the first device ; displaying a signal strength indicator on at least one of the first device and the second device, wherein the displayed signal strength indicator is based on the determined signal strength; and positioning the second device relative to the first device based on the displayed signal strength indicator.
Sleeve buffer for movable or fixed support structures , in particular of rail vehicles, having a first and a second guide part , in each case in the form of a sleeve and a plunger , wherein the sleeve is able to be fastened in a positionally fixed manner to the support structure , and the plunger is displaceable relative to the sleeve in the longitudinal direction (FR) of the sleeve buffer and is guided by the sleeve during its displacement movement, wherein a marking for marking the position of the plunger in relation to the sleeve is provided so as to indicate whether the sleeve buffer has been subjected to an impact with exceedance of a specific impact force on the sleeve buffer , in particular in the form of a deformation and/or a breakage, such that the position of the marking has changed permanently, characterized in that the marking is in the form of a depression and/or cutout and the marking comprises an additional marking, for example a type of rule, in order to be able to read off the intensity of a deformation.