mhurhangee/patent-ind-claim-en huggingface dataset:
Magnetic epicyclic gearbox comprising an inner ring with a first number of magnetic poles , a middle ring with a number of ferromagnetic bars , an outer ring with a second number of magnetic poles , which differs from the first number, wherein the middle ring is axially displaceable, wherein the ferromagnetic bars have a wedge-shaped cross section in the axial direction such that an air gap between the outer ring and the middle ring or between the inner ring and the middle ring is variable by the axial displacement, with the result that the transmissible torque is variable during operation. an inner ring with a first number of magnetic poles , a middle ring with a number of ferromagnetic bars , an outer ring with a second number of magnetic poles , which differs from the first number, wherein the middle ring is axially displaceable, wherein the ferromagnetic bars have a wedge-shaped cross section in the axial direction such that an air gap between the outer ring and the middle ring or between the inner ring and the middle ring is variable by the axial displacement, with the result that the transmissible torque is variable during operation.
A method for cross-tenant data leakage isolation in a multi-tenant database , comprising: monitoring, by a proxy device , traffic flows between a server executing at least one cloud-based application and the multi-tenant database, wherein the proxy device is communicatively connected between the server and the multi-tenant database; capturing (S310), by the proxy device, at least a request to access the multi-tenant database, wherein the request is communicated using a database-specific protocol; analyzing (S320), by the proxy device, the request to determine (S330) if the request is legitimate; upon determining that the request is not legitimate, modifying (S340) the request to point to a global-tenant table and to designate a unique tenant identifier , wherein the unique tenant identifier corresponds to a tenant-specific table name (200-1, 200-2, ..., 200-n) designated in the global-tenant table; and sending (S350) the modified request to the multi-tenant database using the database-specific protocol. monitoring, by a proxy device , traffic flows between a server executing at least one cloud-based application and the multi-tenant database, wherein the proxy device is communicatively connected between the server and the multi-tenant database; capturing (S310), by the proxy device, at least a request to access the multi-tenant database, wherein the request is communicated using a database-specific protocol; analyzing (S320), by the proxy device, the request to determine (S330) if the request is legitimate; upon determining that the request is not legitimate, modifying (S340) the request to point to a global-tenant table and to designate a unique tenant identifier , wherein the unique tenant identifier corresponds to a tenant-specific table name (200-1, 200-2, ..., 200-n) designated in the global-tenant table; and sending (S350) the modified request to the multi-tenant database using the database-specific protocol.
A device for processing data, the device comprising: a plurality of processing lanes , each of the processing lanes comprising circuitry to process the data, wherein the processing lanes are configured in a single instruction multiple data, SIMD, structure; and a shuffler circuit configured to: receive data from a source subset of the processing lanes ; reorder the data received from the source subset of the processing lanes responsive to an instruction instructing at least some of the processing lanes to output data to another one of the processing lanes ; and output the reordered data respectively to all of the processing lanes , wherein a destination subset of the processing lanes stores the reordered data in corresponding registers, and wherein the processing lanes other than the destination subset of the processing lanes discard the received reordered data. a plurality of processing lanes , each of the processing lanes comprising circuitry to process the data, wherein the processing lanes are configured in a single instruction multiple data, SIMD, structure; and a shuffler circuit configured to: receive data from a source subset of the processing lanes ; reorder the data received from the source subset of the processing lanes responsive to an instruction instructing at least some of the processing lanes to output data to another one of the processing lanes ; and output the reordered data respectively to all of the processing lanes , receive data from a source subset of the processing lanes ; reorder the data received from the source subset of the processing lanes responsive to an instruction instructing at least some of the processing lanes to output data to another one of the processing lanes ; and output the reordered data respectively to all of the processing lanes , wherein a destination subset of the processing lanes stores the reordered data in corresponding registers, and wherein the processing lanes other than the destination subset of the processing lanes discard the received reordered data.
Chimney stove, comprising a combustion chamber having a combustion chamber wall and a combustion space , and a distributor device for intake air which is supplied to the combustion space , wherein the distributor device comprises a distributor which is arranged on a floor of the combustion chamber wall , wherein the distributor has a plurality of openings which open to the combustion space and through which intake air is directly blowable into the combustion space , and wherein connected to the distributor in operative fluid communication therewith is a guide device for intake air which comprises at least one opening through which intake air is blowable into the combustion space at or in the vicinity of the combustion chamber wall , in spaced relation to the distributor , characterized in that the at least one opening of the guide device is configured such that, at the guide device , intake air is blown diffusely into the combustion space , wherein the at least one opening is of slit-shaped configuration, and in that the at least one opening of the guide device , in a height direction extending from the floor of the combustion chamber wall to an opposite roof of the combustion chamber wall , is arranged at a height which, relative to an underside that faces the floor , is in a range between 30 % and 80 % of an interior height, wherein the interior height is a distance in the height direction between the floor and the roof of the combustion chamber wall .
A method for a media playback system comprising a control device configured to control the media playback system based on communication between the control device and one or more playback devices of the media playback system, the media playback system comprising two or more zones, each zone comprising one or more playback devices, the method comprising: initiating, by the control device , playback of media in a first zone comprising at least a first playback device; based on the communication between the control device and one or more playback devices of the media playback system, determining that the control device is moved to a second zone of the media playback system that comprises at least a second playback device ; responsive to the determination, initiating, by the control device , playback of the media by the second playback device of the second zone, wherein initiating playback of the media by the second playback device comprises causing synchronous playback in the first and second zones by grouping, by the media playback system, the first zone and the second zone into a zone group and, after the grouping, initiating the media playback initiated in the first zone to play back in synchrony in the first zone and the second zone. initiating, by the control device , playback of media in a first zone comprising at least a first playback device; based on the communication between the control device and one or more playback devices of the media playback system, determining that the control device is moved to a second zone of the media playback system that comprises at least a second playback device ; responsive to the determination, initiating, by the control device , playback of the media by the second playback device of the second zone, wherein initiating playback of the media by the second playback device comprises causing synchronous playback in the first and second zones by grouping, by the media playback system, the first zone and the second zone into a zone group and, after the grouping, initiating the media playback initiated in the first zone to play back in synchrony in the first zone and the second zone.
An in vitro method for detecting an enzyme of a microorganism from a biological sample, said enzyme to be detected being chosen from the group formed by extended spectrum β-lactamases, cephalosporinases and carbapenemases, said method comprising the steps consisting of: a1) concentrating the microorganisms present in the biological sample, optionally after a a0) culture step of the microorganisms; b1) suspending the microorganisms concentrated at step a1) in a solution comprising at least one chromogenic or fluorogenic substrate likely to release a chromophore or a fluorophore after hydrolysis by the enzyme to be detected, said chromogenic or fluorogenic substrate being a substrate or derivative of substrate of an enzyme selected from the group consisting of β-lactamases, cephalosporinases and carbapenemases; c1) detecting potential release of the chromophore or fluorophore obtained at step b1); the release of the chromophore or the fluorophore detected at step c1) indicating the presence of the enzyme to be detected; said process further comprising, when the biological sample is a sample containing blood or red blood cells: - a step of lysing red blood cells present in the biological sample before the suspending step b1) or before the concentration step a1), and/or - a step a') of preparing the biological sample before step a1), said step a') comprising: : (i) agglutinating the red blood cells, and (ii) separating the agglutinated red blood cells from the microorganisms present in the sample. a1) concentrating the microorganisms present in the biological sample, optionally after a a0) culture step of the microorganisms; b1) suspending the microorganisms concentrated at step a1) in a solution comprising at least one chromogenic or fluorogenic substrate likely to release a chromophore or a fluorophore after hydrolysis by the enzyme to be detected, said chromogenic or fluorogenic substrate being a substrate or derivative of substrate of an enzyme selected from the group consisting of β-lactamases, cephalosporinases and carbapenemases; c1) detecting potential release of the chromophore or fluorophore obtained at step b1); - a step of lysing red blood cells present in the biological sample before the suspending step b1) or before the concentration step a1), and/or - a step a') of preparing the biological sample before step a1), said step a') comprising: : (i) agglutinating the red blood cells, and (ii) separating the agglutinated red blood cells from the microorganisms present in the sample. (i) agglutinating the red blood cells, and (ii) separating the agglutinated red blood cells from the microorganisms present in the sample.
An elevator safety arrangement comprising a hoistway ; an elevator car mounted in the hoistway ; a working platform mounted on top of the roof of the elevator car ; at least one sensing arrangement for sensing load of the working platform ; wherein said sensing arrangement comprises a sensor for sensing position of the working platform , and the working platform comprises a planar upper tread surface for a person to stand on, the elevator safety arrangement being characterized in that it further comprises a detent member above the level (L) of said planar upper tread surface of the working platform , and the sensor for sensing position of the working platform is in vertical direction between the car roof and the detent member . a hoistway ; an elevator car mounted in the hoistway ; a working platform mounted on top of the roof of the elevator car ; at least one sensing arrangement for sensing load of the working platform ; wherein said sensing arrangement comprises a sensor for sensing position of the working platform , and the working platform comprises a planar upper tread surface for a person to stand on, an elevator car mounted in the hoistway ; a working platform mounted on top of the roof of the elevator car ; at least one sensing arrangement for sensing load of the working platform ; wherein said sensing arrangement comprises a sensor for sensing position of the working platform , and the working platform comprises a planar upper tread surface for a person to stand on, the elevator safety arrangement being characterized in that it further comprises a detent member above the level (L) of said planar upper tread surface of the working platform , and the sensor for sensing position of the working platform is in vertical direction between the car roof and the detent member .
A sensor kit for a wind energy system , comprising: a sensor to be mounted on the wind energy system for capturing data, a data processing device for processing the captured data, and a network interface for connecting the data processing device to a data network, wherein the network interface is adapted to send data processed by the data processing device to an online-based storage and server service, wherein the sensor kit is adapted to be mounted on a wind energy system in a retrofittable manner, and wherein the network interface uses a cellular standard. a sensor to be mounted on the wind energy system for capturing data, a data processing device for processing the captured data, and a network interface for connecting the data processing device to a data network, wherein the network interface is adapted to send data processed by the data processing device to an online-based storage and server service, wherein the sensor kit is adapted to be mounted on a wind energy system in a retrofittable manner, and wherein the network interface uses a cellular standard.
A method of preparing a Drosera sp. based feed additive comprising of: a. Cultivation of Drosera sp. plants in vitro cultures, b. Solvent extraction with ethanol by shaking or ultrasound-assisted, c. Dilution of the extract with water to a content of 20 to 0.31 % ethanol. Ta b. 1 No Microorganism Effective extract concentration Microorganism carrier Place of occurrence Extract from Example: 1 Pseudomonas aeruginosa 10% broiler Internal organs 1 2 Enterococcus faecalis 5% broiler Internal organs 1 3 Escherichia coli No effect broiler Internal organs 1 4 Pseudomonas aeruginosa 10% broiler Internal organs 1 5 Pasteurella multocida 2,50% goose Internal organs 2 6 Gallibacterium anatis 1,25% hen Internal organs 2 7 Enterococcus cecorum 2,50% turkey Internal organs 2 8 Escherichia coli 10% broiler Internal organs 2 9 Escherichia coli 10% hen Internal organs 2 10 Escherichia coli 10% hen Internal organs 1 11 Salmonella Enteritidis 10% hen Internal organs 2 12 Enterococcus faecalis 5% hen Internal organs 2 13 Staphylococcus saprophiticis 1,25% broiler Internal organs 2 14 Salmonella Bethune 10% feathers 1 15 Candida albicans 0,63% turkey intestines 2 16 Candida albicans 0,63% turkey intestines 1 17 Pseudomonas aeruginosa 10% broiler Internal organs 1 18 Streptococcus alactolyticus 0,16% pigeon cloaca 2 19 Enterococcus columbae 10% pigeon cloaca 1 20 Enterococcus faecalis 5% broiler Internal organs 2 21 Candida albicans 1,25% turkey intestines 2 22 Candida rugosa 0,31% broiler intestines 2 23 Candida catenulata 1,25% broiler intestines 2 a. Cultivation of Drosera sp. plants in vitro cultures, b. Solvent extraction with ethanol by shaking or ultrasound-assisted, c. Dilution of the extract with water to a content of 20 to 0.31 % ethanol. Ta b. 1 No Microorganism Effective extract concentration Microorganism carrier Place of occurrence Extract from Example: 1 Pseudomonas aeruginosa 10% broiler Internal organs 1 2 Enterococcus faecalis 5% broiler Internal organs 1 3 Escherichia coli No effect broiler Internal organs 1 4 Pseudomonas aeruginosa 10% broiler Internal organs 1 5 Pasteurella multocida 2,50% goose Internal organs 2 6 Gallibacterium anatis 1,25% hen Internal organs 2 7 Enterococcus cecorum 2,50% turkey Internal organs 2 8 Escherichia coli 10% broiler Internal organs 2 9 Escherichia coli 10% hen Internal organs 2 10 Escherichia coli 10% hen Internal organs 1 11 Salmonella Enteritidis 10% hen Internal organs 2 12 Enterococcus faecalis 5% hen Internal organs 2 13 Staphylococcus saprophiticis 1,25% broiler Internal organs 2 14 Salmonella Bethune 10% feathers 1 15 Candida albicans 0,63% turkey intestines 2 16 Candida albicans 0,63% turkey intestines 1 17 Pseudomonas aeruginosa 10% broiler Internal organs 1 18 Streptococcus alactolyticus 0,16% pigeon cloaca 2 19 Enterococcus columbae 10% pigeon cloaca 1 20 Enterococcus faecalis 5% broiler Internal organs 2 21 Candida albicans 1,25% turkey intestines 2 22 Candida rugosa 0,31% broiler intestines 2 23 Candida catenulata 1,25% broiler intestines 2
A quick deployment cast , comprising: a flexible outer sleeve fitted for a human appendage; a bladder network within the sleeve; a fluid capable of expanding and hardening when in the presence of a curing agent, stored within the bladder network; and a mechanism for exposing the fluid to the curing agent; characterized in that the quick deployment cast further comprises balloons for receiving excess fluid during deployment of the cast. a flexible outer sleeve fitted for a human appendage; a bladder network within the sleeve; a fluid capable of expanding and hardening when in the presence of a curing agent, stored within the bladder network; and a mechanism for exposing the fluid to the curing agent; characterized in that the quick deployment cast further comprises balloons for receiving excess fluid during deployment of the cast.
A method for determining refractive power of an eye of a wearer wearing an immersive system , the immersive system including a plane reflecting mirror and a positive lens , the method comprising: displaying, through the positive lens , at least one optotype on a display of an electronic device coupled with the immersive system ; varying, by the immersive system , a focus of the at least one optotype reflected using the plane reflecting mirror of the immersive system by changing a location of the at least one optotype on the display , thus varying the projection distance of the optotype as seen by the wearer; obtaining, by the immersive system , a response about the varied focus of the at least one optotype as viewed by the wearer from the wearer; and determining, by the immersive system , the refractive power of the eye of the wearer based on the response and the projection distance, wherein the plane reflecting mirror is at an angle to an optical axis of the positive lens , and the optical axis is normal to the display . displaying, through the positive lens , at least one optotype on a display of an electronic device coupled with the immersive system ; varying, by the immersive system , a focus of the at least one optotype reflected using the plane reflecting mirror of the immersive system by changing a location of the at least one optotype on the display , thus varying the projection distance of the optotype as seen by the wearer; obtaining, by the immersive system , a response about the varied focus of the at least one optotype as viewed by the wearer from the wearer; and determining, by the immersive system , the refractive power of the eye of the wearer based on the response and the projection distance, wherein the plane reflecting mirror is at an angle to an optical axis of the positive lens , and the optical axis is normal to the display .
A tool assembly for machining the lateral surface of a composite wood board, comprising a support and a means for pressing the support against the composite wood board to be machined, the support comprising a first and a second support element that are connected by means of a joint and the second support element comprising means for detecting the thickness of the composite wood board, a tool and means for centering the tool, the means for detecting the thickness of the composite wood board being designed as a pressure device comprising at least one immovable and at least one vertically movable pressure element , the pressure elements being fastened on an axle formed on the support , the movable pressure element being fastened to the axle by means of a lever , characterized in that the means for centering comprise a guide element and a centering pin , a first end of the centering pin being connected to the lever of the movable pressure element and a second end of the centering pin being engaged with a guide rule attached to the second support element and the centering pin being rigidly connected to the guide element .
An optoelectronic sensor for recognizing objects or object properties, said optoelectronic sensor comprising a light transmitter for transmitting transmission light beams into an illuminated zone ; a light receiver for receiving reception light beams ; and an evaluation unit which is configured to detect an object located in or projecting into the illuminated zone and/or to determine a property of such an object using the reception light beams received by the light receiver , wherein the optical sensor is configured as an optical sensing element, as a one-way light barrier, as a reflection light barrier or as a color sensor, characterized in that the light transmitter comprises a nanostructure-based light emitting diode , with each nanostructure of the nanostructure-based light emitting diode forming a single light emitting diode which can be individually designed with respect to its radiation properties.
A polyolefin-based resin composition comprising a polyolefin-based resin, a polyalkylene carbonate resin, and a metal salt having a melting point higher than 100°C wherein the metal salt having a melting point higher than 100°C is formed from a metal cation and an anion and the cation is selected from the group consisting of lithium ion, sodium ion, and potassium ion, and the anion is selected from the group consisting of halogen, carboxylate, hexafluorophosphate, tetrafluoroborate, and bis(perfluoroalkyl sulfonyl)amide.