mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving , by a content provider and from a client device , a request comprising a probabilistic data structure that represents each triggered frequency filter, in a set of frequency filters for multiple content providers, for which an event count for a specified event type corresponding to the frequency filter exceeds a maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; determining, by the content provider by querying the probabilistic data structure, whether one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure; and determining, by the content provider, a response to the request based on the determination of whether the one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure. receiving , by a content provider and from a client device , a request comprising a probabilistic data structure that represents each triggered frequency filter, in a set of frequency filters for multiple content providers, for which an event count for a specified event type corresponding to the frequency filter exceeds a maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; determining, by the content provider by querying the probabilistic data structure, whether one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure; and determining, by the content provider, a response to the request based on the determination of whether the one or more frequency filters of the content provider are triggered frequency filters represented by the probabilistic data structure.
A sensor device comprising: an elongate sleeve extending along a longitudinal axis (L), wherein the elongate sleeve has a first end and a second end ; a plurality of sensors fixed relative to the sleeve; said sensor device being characterized by further comprising: a first endcap having an endcap body coupled to the first end ; an intermediate component coupled to the first endcap , wherein the intermediate component is selectively rotatable about the longitudinal axis (L) relative to the endcap body ; and a second endcap coupled to the second end of the sleeve, wherein the second endcap has a rail coupler that is freely rotatable relative to the sleeve. an elongate sleeve extending along a longitudinal axis (L), wherein the elongate sleeve has a first end and a second end ; a plurality of sensors fixed relative to the sleeve; said sensor device being characterized by further comprising: a first endcap having an endcap body coupled to the first end ; an intermediate component coupled to the first endcap , wherein the intermediate component is selectively rotatable about the longitudinal axis (L) relative to the endcap body ; and a second endcap coupled to the second end of the sleeve, wherein the second endcap has a rail coupler that is freely rotatable relative to the sleeve. a first endcap having an endcap body coupled to the first end ; an intermediate component coupled to the first endcap , wherein the intermediate component is selectively rotatable about the longitudinal axis (L) relative to the endcap body ; and a second endcap coupled to the second end of the sleeve, wherein the second endcap has a rail coupler that is freely rotatable relative to the sleeve.
A system comprising at least one slicing apparatus , in particular a high-speed slicer, for slicing food products; a conveying apparatus for moving portions which each comprise at least one slice cut off from a food product; and at least one packaging apparatus for packaging the portions, wherein the conveying apparatus comprises a plurality of individually movable transport movers for the transport of portions; a path system for the transport movers in which the transport movers are movable in a direction of transport along at least one predefined path; and a control device for controlling the movements of the transport movers in the path system , wherein the transport movers each comprise at least one rotor cooperating with the path system and at least one carrier for portions attached to the rotor; and wherein the conveying apparatus is configured for moving the portions from the slicing apparatus to the packaging apparatus , characterized in that the path system comprises a buffer configured for receiving at least one transport mover for each packaging apparatus , or in that the path system comprises a buffer configured for receiving at least one transport mover for at least one packaging apparatus and does not comprise a buffer for at least one packaging apparatus , with a plurality of slicing apparatus and exactly one packaging apparatus being provided, or with exactly one slicing apparatus and a plurality of packaging apparatus being provided, or with a plurality of slicing apparatus and a plurality of packaging apparatus being provided. at least one slicing apparatus , in particular a high-speed slicer, for slicing food products; a conveying apparatus for moving portions which each comprise at least one slice cut off from a food product; and at least one packaging apparatus for packaging the portions, wherein the conveying apparatus comprises a plurality of individually movable transport movers for the transport of portions; a path system for the transport movers in which the transport movers are movable in a direction of transport along at least one predefined path; and a control device for controlling the movements of the transport movers in the path system , wherein the transport movers each comprise at least one rotor cooperating with the path system and at least one carrier for portions attached to the rotor; and wherein the conveying apparatus is configured for moving the portions from the slicing apparatus to the packaging apparatus , characterized in that the path system comprises a buffer configured for receiving at least one transport mover for each packaging apparatus , or in that the path system comprises a buffer configured for receiving at least one transport mover for at least one packaging apparatus and does not comprise a buffer for at least one packaging apparatus , with a plurality of slicing apparatus and exactly one packaging apparatus being provided, or with exactly one slicing apparatus and a plurality of packaging apparatus being provided, or with a plurality of slicing apparatus and a plurality of packaging apparatus being provided.
A baby crib comprising a frame ; a plurality of peripheral walls made of a flexible material and secured to said frame ; a bottom secured to said frame ; at least one of the peripheral walls having a variable height; a support structure for supporting said frame and configured to increase and/or decrease the height of said bottom ; elastic return means which are fixed to said frame and are adapted to be fixed to a bed to push said frame against said bed ; characterized in that said elastic return means comprise at least one roller ; a spring connected to said roller and configured to apply an elastic torque to said roller , at least one winding belt , attached to said frame and placed below said bottom , said belt being configured to be wound around said roller .
Emergency lighting system , comprising an interface device which is equipped with a radio module , or comprising multiple interface devices which are equipped with radio modules , and comprising at least one first emergency light and comprising at least one second emergency light , which are connected to one another via a radio channel , wherein data (177, 185, 187, DK1, DK2, DK2', DK3) can be transmitted on the radio channel by the second emergency light , which is equipped with a radio module , wherein data (179, 181, 183, 185, 187, 189, 191, DK2, DK2') regarding a state of the second emergency light can be forwarded by the first emergency light , which is equipped with a radio module , and wherein the interface device by means of its radio module represents a radio node (P1, P2, P3) communicating (SK1, SK2, SK3) on the radio channel , and the interface device has at least one contact , characterized in that the at least one first emergency light and the at least one second emergency light and the interface device can be brought into data exchange, by means of the at least one radio channel over which state data can be transmitted, with a further radio participant device of the emergency lighting system , to which a communication path is not initially established, wherein the interface device is equipped with an electronic part, having a timer or a timing element, for the connection of at least one building management system , and in that one contact of the at least one contact is an output contact which, as a combined fault contact , designates a number of different faults for informing the building management system about faults and which is switchable only when a fault exists for a minimum duration, and one contact of the at least one contact is an input contact which is an galvanically decoupled voltage contact for a wide-range voltage or which serves to connect a remote radio module via connecting lines, and in that the radio module of the interface device comprises a microcontroller with a control program, so that, via the input contact , emergency lights of the emergency lighting system can be switched on by objects in a data tuple which are filled in by the microcontroller , the data tuple being communicated on the at least one radio channel .
An electroporation apparatus comprising: two or more electroporation electrodes configured to be inserted into tissue to be treated, and electroporation-driving circuitry configured to generate an electroporation pulse signal and connected to the two or more electroporation electrodes to drive one or more electrodes of said electroporation electrodes as anodes and drive one or more other electrodes of said electroporation electrodes as cathodes for current delivery for electroporation, and an agent delivery apparatus for delivery of a therapeutic agent to the tissue to be treated, wherein said two or more electroporation electrodes being arranged in a line configured as an electrode array to be inserted into a cochlea, and wherein when driven using the electroporation pulse signal as anodes and cathodes the linear electrode array generates an electric field adjacent the array for transfection of cells in the tissue of the cochlea adjacent the array. two or more electroporation electrodes configured to be inserted into tissue to be treated, and electroporation-driving circuitry configured to generate an electroporation pulse signal and connected to the two or more electroporation electrodes to drive one or more electrodes of said electroporation electrodes as anodes and drive one or more other electrodes of said electroporation electrodes as cathodes for current delivery for electroporation, and an agent delivery apparatus for delivery of a therapeutic agent to the tissue to be treated, wherein said two or more electroporation electrodes being arranged in a line configured as an electrode array to be inserted into a cochlea, and wherein when driven using the electroporation pulse signal as anodes and cathodes the linear electrode array generates an electric field adjacent the array for transfection of cells in the tissue of the cochlea adjacent the array.
A computer implemented method, comprising: acquiring anatomical image data corresponding to an anatomical region of interest in a subject, wherein acquiring the anatomical image data comprises receiving, from an image data acquisition subsystem , a scout dataset corresponding to the subject, and wherein the scout dataset corresponds to low resolution anatomical image data; determining localization information corresponding to the anatomical region of interest based on the anatomical image data using a learning based technique, wherein determining the localization information comprises: processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images ; selecting an atlas image from a plurality of atlas images corresponding to the anatomical region of interest based on the localization information; generating a parcellated segmented image based on the atlas image; and recommending a medical activity based on the parcellated segmented image, wherein the medical activity comprises at least one of guiding image acquisition, supervising a treatment plan, assisting therapeutic delivery to the subject, and generating a medical report. acquiring anatomical image data corresponding to an anatomical region of interest in a subject, wherein acquiring the anatomical image data comprises receiving, from an image data acquisition subsystem , a scout dataset corresponding to the subject, and wherein the scout dataset corresponds to low resolution anatomical image data; determining localization information corresponding to the anatomical region of interest based on the anatomical image data using a learning based technique, wherein determining the localization information comprises: processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images ; processing the scout dataset to generate a boundary image corresponding to the anatomical region of interest; and selecting a mask image from a plurality of mask images based on a comparison of the boundary image with each of the plurality of mask images ; selecting an atlas image from a plurality of atlas images corresponding to the anatomical region of interest based on the localization information; generating a parcellated segmented image based on the atlas image; and recommending a medical activity based on the parcellated segmented image, wherein the medical activity comprises at least one of guiding image acquisition, supervising a treatment plan, assisting therapeutic delivery to the subject, and generating a medical report.
Method for predicting consumption of supply material for a plurality of print jobs in a printing system, each print job intended to consume supply material from at least one supply material container from a plurality of supply material containers in the printing system, the method comprising the steps of a) scheduling (S1) the plurality of print jobs in time, b) scheduling (S2) maintenance actions in time, c) for each supply material container establishing (T1) a supply material level in the supply material container before printing the plurality of print jobs, d) for each supply material container calculating (T2) a job consumption of supply material from the supply material container for each scheduled print job, e) for each supply material container calculating (T3) a maintenance consumption of supply material from the supply material container for each scheduled maintenance action, and f) for each supply material container calculating (T4) at which print job the supply material level of the supply material container reaches a zero supply material level in the supply material container taking into account a sum over the plurality of print jobs of the calculated job consumption of the supply material in the supply material container and the calculated maintenance consumption of the supply material in the supply material container, wherein the method comprises the step of establishing the actual contents of each supply material container of the plurality of supply material containers after a print job has been printed and/or after a maintenance job has been performed and adjusting the calculation in step f) accordingly, and wherein the method comprises the step of for at least one supply material container of the plurality of supply material containers displaying on a time line the plurality of print jobs and an indicative item at the print job at which the supply material level in the at least one supply material container reaches the zero supply material level. a) scheduling (S1) the plurality of print jobs in time, b) scheduling (S2) maintenance actions in time, c) for each supply material container establishing (T1) a supply material level in the supply material container before printing the plurality of print jobs, d) for each supply material container calculating (T2) a job consumption of supply material from the supply material container for each scheduled print job, e) for each supply material container calculating (T3) a maintenance consumption of supply material from the supply material container for each scheduled maintenance action, and f) for each supply material container calculating (T4) at which print job the supply material level of the supply material container reaches a zero supply material level in the supply material container taking into account a sum over the plurality of print jobs of the calculated job consumption of the supply material in the supply material container and the calculated maintenance consumption of the supply material in the supply material container,
A color conversion element , comprising: a phosphor layer that includes at least one type of phosphor ; a reflecting layer stacked on the phosphor layer ; a substrate disposed in a position opposing the reflecting layer ; a joining portion interposed between the reflecting layer and the substrate for joining the reflecting layer and the substrate ; and an absorbing portion disposed above a principal surface of the substrate at the side of the joining portion , the absorbing portion being covered with the joining portion and absorbing laser light having a wavelength that excites the phosphor , characterised in that the absorbing portion has a portion disposed inside the joining portion . a phosphor layer that includes at least one type of phosphor ; a reflecting layer stacked on the phosphor layer ; a substrate disposed in a position opposing the reflecting layer ; a joining portion interposed between the reflecting layer and the substrate for joining the reflecting layer and the substrate ; and an absorbing portion disposed above a principal surface of the substrate at the side of the joining portion , the absorbing portion being covered with the joining portion and absorbing laser light having a wavelength that excites the phosphor , characterised in that the absorbing portion has a portion disposed inside the joining portion .
A gas supply system for supplying a gas to a filling facility that fills a tank (C) of a tank-equipped device (B) with the gas, the gas supply system comprising: an accumulator unit configured to store the gas, the accumulator unit having at least one accumulator ; a gas delivery section configured to deliver the gas to said accumulator unit ; a first valve member configured to open and close a lead-in flow passage providing communication between said accumulator unit and said gas delivery section ; a second valve member configured to open and close a lead-out flow passage providing communication between said accumulator unit and the filling facility ; and a control section configured to control said gas delivery section , said first valve member , and said second valve member ; characterized in that the control section includes an acquiring section configured to repeatedly acquire stress amplitude between stress acting on the accumulator in a state where said first valve member is closed and said second valve member is opened and stress acting on the accumulator in a state where said first valve member is opened and said second valve member is closed; a classifying section configured to classify the stress amplitude into a plurality of groups; and a judging section configured to judge life of the accumulator based on a fatigue degree obtained by obtaining values from the acquirement number of the stress amplitude for each of the groups and the breaking cycle number corresponding to the stress amplitude representing the group, and adding the values up for each of the groups. an accumulator unit configured to store the gas, the accumulator unit having at least one accumulator ; a gas delivery section configured to deliver the gas to said accumulator unit ; a first valve member configured to open and close a lead-in flow passage providing communication between said accumulator unit and said gas delivery section ; a second valve member configured to open and close a lead-out flow passage providing communication between said accumulator unit and the filling facility ; and a control section configured to control said gas delivery section , said first valve member , and said second valve member ; characterized in that the control section includes an acquiring section configured to repeatedly acquire stress amplitude between stress acting on the accumulator in a state where said first valve member is closed and said second valve member is opened and stress acting on the accumulator in a state where said first valve member is opened and said second valve member is closed; a classifying section configured to classify the stress amplitude into a plurality of groups; and a judging section configured to judge life of the accumulator based on a fatigue degree obtained by obtaining values from the acquirement number of the stress amplitude for each of the groups and the breaking cycle number corresponding to the stress amplitude representing the group, and adding the values up for each of the groups.
A composition comprising : a) at least one semi-crystalline polyamide in an amount of 25.0 to 50.0 wt.%; b) at least one thermoplastic polyester in an amount of 5.0 to 12.0 wt.%; c) at least one novolac resin in an amount of 1.0 to 4.0 wt.%; d) at least one flat glass fibers as filler in an amount of 40.0 to 55.0 wt.%; e) one or more amorphous polyamides in an amount of 0 to 4.0 wt.%; and f) one or more additives, selected from the group consisting of colorants, lubricants, light and/or heat stabilizers, flame retardants, plasticizers, nucleating agents, catalysts, antioxidants, antistatic agents, and combinations thereof, in an amount of 0 to 4.0 wt.%. a) at least one semi-crystalline polyamide in an amount of 25.0 to 50.0 wt.%; b) at least one thermoplastic polyester in an amount of 5.0 to 12.0 wt.%; c) at least one novolac resin in an amount of 1.0 to 4.0 wt.%; d) at least one flat glass fibers as filler in an amount of 40.0 to 55.0 wt.%; e) one or more amorphous polyamides in an amount of 0 to 4.0 wt.%; and f) one or more additives, selected from the group consisting of colorants, lubricants, light and/or heat stabilizers, flame retardants, plasticizers, nucleating agents, catalysts, antioxidants, antistatic agents, and combinations thereof, in an amount of 0 to 4.0 wt.%.
A process for the preparation of immunoglobulins for treatment or prophylaxis of an enteric disease caused by E. coli bacteria in a human subject, comprising (a) separating at least O antigen O78 from bacterial cell walls or wall fragments by shear, (b) removing the cell walls or cell wall fragments by centrifugation, (c) preparing a vaccine formulation comprising the O antigen O78 being separated from bacterial cell walls or cell wall fragments, (d) immunising a non-human host animal with the vaccine of step (c) to thereby induce the host animal to produce hyperimmune colostrum comprising the immunoglobulins. (a) separating at least O antigen O78 from bacterial cell walls or wall fragments by shear, (b) removing the cell walls or cell wall fragments by centrifugation, (c) preparing a vaccine formulation comprising the O antigen O78 being separated from bacterial cell walls or cell wall fragments, (d) immunising a non-human host animal with the vaccine of step (c) to thereby induce the host animal to produce hyperimmune colostrum comprising the immunoglobulins.