mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a 3D body scanner (104, 401) for generating a 3D body model with the following steps: calculating an optimal scanning distance between a person (106, 112, 412) to be scanned and the 3D body scanner (104, 401) by a control unit (207, 310) and projecting an optical indicator (109, 201, 306) for the person (106, 112, 412) to be scanned on a floor (101, 202, 307, 411) in front of the 3D body scanner (104, 401) at the optimal scanning distance from the 3D body scanner (104, 401) by a position indicator projector (203, 301), characterized by the step of measuring an installation geometry of the 3D body scanner (104, 401) and calculating the optimal scanning distance between the person (106, 112, 412) to be scanned and the 3D body scanner (104, 401) by the control unit (207, 310) on basis of at least the installation geometry. calculating an optimal scanning distance between a person (106, 112, 412) to be scanned and the 3D body scanner (104, 401) by a control unit (207, 310) and projecting an optical indicator (109, 201, 306) for the person (106, 112, 412) to be scanned on a floor (101, 202, 307, 411) in front of the 3D body scanner (104, 401) at the optimal scanning distance from the 3D body scanner (104, 401) by a position indicator projector (203, 301), characterized by the step of measuring an installation geometry of the 3D body scanner (104, 401) and calculating the optimal scanning distance between the person (106, 112, 412) to be scanned and the 3D body scanner (104, 401) by the control unit (207, 310) on basis of at least the installation geometry.
A detector assembly for use in analysis of elemental composition of a sample by using optical emission spectroscopy, the detector assembly provided for arrangement in a front part of a portable analyzer device such that a front end of the detector assembly is set to a first predefined distance from said sample when the front part is set against the sample, the detector assembly comprising a rotatable element that is rotatable about an axis and that comprises at least the following components: a laser source for generating laser pulses for invoking optical emission on a surface of the sample, the laser source arranged to generate laser pulses focused at a point that is at a second predefined distance (r) from said axis at the first predefined distance from the front end of the detector assembly such that rotating movement of the rotatable element moves said point along a circular trajectory having the radius that is equal to the second predefined distance (r) on a plane that is at the first predefined distance from the front end of the detector assembly; and a detector element for capturing optical emission invoked by said laser pulses. a laser source for generating laser pulses for invoking optical emission on a surface of the sample, the laser source arranged to generate laser pulses focused at a point that is at a second predefined distance (r) from said axis at the first predefined distance from the front end of the detector assembly such that rotating movement of the rotatable element moves said point along a circular trajectory having the radius that is equal to the second predefined distance (r) on a plane that is at the first predefined distance from the front end of the detector assembly; and a detector element for capturing optical emission invoked by said laser pulses.
A recombinant cytochrome P450-BM3 variant having at least 98% sequence identity to a polypeptide sequence comprising the sequence set forth in SEQ ID NO: 2, wherein said variant oxidizes at least three organic substrates, wherein said organic substrate is selected from imatinib, loratadine, diclofenac and geftinib.
A computer-implemented method of generating domain name suggestions based on inputs comprising: receiving, at a computer, an input source, wherein the input source corresponds to at least one of an image data file, an audio data file, or metadata source; and processing, via the computer, the input source to extract information from the input source, wherein the method is characterized by identifying a similar data file that is similar to at least a portion of the input source, wherein the similar data file is extracted from a similar data file source; determining additional information about the similar data file based on contextual data describing the similar data file in the similar data file source; processing the additional information to form the extracted information; building, via the computer, a submission string based on the extracted information, submitting the submission string to a name suggestion service, receiving name suggestions based on the submission string, and providing the name suggestions. receiving, at a computer, an input source, wherein the input source corresponds to at least one of an image data file, an audio data file, or metadata source; and processing, via the computer, the input source to extract information from the input source, wherein the method is characterized by identifying a similar data file that is similar to at least a portion of the input source, wherein the similar data file is extracted from a similar data file source; determining additional information about the similar data file based on contextual data describing the similar data file in the similar data file source; processing the additional information to form the extracted information; building, via the computer, a submission string based on the extracted information, submitting the submission string to a name suggestion service, receiving name suggestions based on the submission string, and providing the name suggestions.
A turbine engine comprising; a core having compressor, combustor, and turbine sections in axial flow arrangement, with corresponding rotating elements, including a spinner mounted to a shaft (36, 38) to define engine rotor elements; a rotary driver operably coupled to a friction driver, wherein the friction driver is removably attached to the spinner such that the rotary driver can turn the spinner of the engine rotor elements; and at least one thermoelectric generator in thermal communication with the core and in electrical communication with the rotary driver to provide power to the rotary driver to turn the engine rotor elements.
A method, comprising: counting a number of successive retransmissions of an information frame, I-frame, that occur due to a guard timer expiring, wherein a contactless front-end, CLF, transmits the I-frame to a secure element, SE, over a single wire protocol, SWP, interface; and when the count equals a retransmission threshold: discontinuing I-frame retransmission, deactivating the SWP interface, triggering an interrupt of CLF firmware, and notifying the CLF firmware of an unresponsive condition. counting a number of successive retransmissions of an information frame, I-frame, that occur due to a guard timer expiring, wherein a contactless front-end, CLF, transmits the I-frame to a secure element, SE, over a single wire protocol, SWP, interface; and when the count equals a retransmission threshold: discontinuing I-frame retransmission, deactivating the SWP interface, triggering an interrupt of CLF firmware, and notifying the CLF firmware of an unresponsive condition. discontinuing I-frame retransmission, deactivating the SWP interface, triggering an interrupt of CLF firmware, and notifying the CLF firmware of an unresponsive condition.
A method for finding missing wireless nodes, comprising: creating a repeating schedule of communication between a data concentrator and one or more nodes wherein the data concentrator attempts to communicate with each of the one or more nodes at a discrete time slot for each node, wherein the schedule of communication further includes at least one dead time slot wherein the data concentrator does not attempt to communicate with any of the one or more nodes; determining if each node has communicated with the data concentrator during a predetermined amount of discrete time slots; identifying each node that does not communicate with the data concentrator during the predetermined amount of discrete time slot as a missing node; attempting to communicate with each missing node during the at least one dead time slot; and the method characterized by further comprising: modifying the schedule to include dead time slots for each missing node, wherein if communication with a missing node has been reestablished, reestablishing the schedule to include the now found node. creating a repeating schedule of communication between a data concentrator and one or more nodes wherein the data concentrator attempts to communicate with each of the one or more nodes at a discrete time slot for each node, wherein the schedule of communication further includes at least one dead time slot wherein the data concentrator does not attempt to communicate with any of the one or more nodes; determining if each node has communicated with the data concentrator during a predetermined amount of discrete time slots; identifying each node that does not communicate with the data concentrator during the predetermined amount of discrete time slot as a missing node; attempting to communicate with each missing node during the at least one dead time slot; and the method characterized by further comprising: modifying the schedule to include dead time slots for each missing node, wherein if communication with a missing node has been reestablished, reestablishing the schedule to include the now found node.
A non-woven fabric consisting of fibers of a thermoplastic polyurethane derived from: (a) a thermoplastic polyurethane polymer derived from a hydroxyl terminated polyester, diphenylmethane-4,4'-diisocyanate and a glycol having from 2 to 10 carbon atoms and having a molecular weight (Mw) of 100,000 to 800,000 Daltons; (b) 2.0 % to 20 % by weight of a crosslinking agent, based upon the total weight of TPU polymer and crosslinking agent, wherein the crosslinking agent has a number average molecular weight of 750 to 10,000 Daltons and is derived from a hydroxyl-terminated polyether intermediate and diphenylmethane-4,4'-diisocyanate; and (c) optionally, additives selected from the group consisting of opacifying pigments, colorants, mineral fillers, stabilizers, lubricants, UV absorbers, processing aids, plasticizers and flame retardants. (a) a thermoplastic polyurethane polymer derived from a hydroxyl terminated polyester, diphenylmethane-4,4'-diisocyanate and a glycol having from 2 to 10 carbon atoms and having a molecular weight (Mw) of 100,000 to 800,000 Daltons; (b) 2.0 % to 20 % by weight of a crosslinking agent, based upon the total weight of TPU polymer and crosslinking agent, wherein the crosslinking agent has a number average molecular weight of 750 to 10,000 Daltons and is derived from a hydroxyl-terminated polyether intermediate and diphenylmethane-4,4'-diisocyanate; and (c) optionally, additives selected from the group consisting of opacifying pigments, colorants, mineral fillers, stabilizers, lubricants, UV absorbers, processing aids, plasticizers and flame retardants.
A method to recycle laminate floor panels comprising a wood fibre based core, a decorative surface layer comprising a thermosetting resin and aluminium oxide, characterized in that the method comprises the steps of: - mechanical cutting of the panel into particles, - mixing said particles with a binder, and - pressing under heat the mixed particles and the binder and thereby curing the binder and forming a sheet shaped material. - mechanical cutting of the panel into particles, - mixing said particles with a binder, and - pressing under heat the mixed particles and the binder and thereby curing the binder and forming a sheet shaped material.
Method for analyzing potential ablation therapies, in particular for patients with atrial fibrillation, via a control system, wherein the method comprises an analysis step in which the control system applies a trained machine learning model to input data thereby generating output data, wherein the input data comprise electrical biomarkers derived from ECG data from a patient of at least one potential ablation therapy, the potential ablation therapy including at least one potential ablation event with a potential ablation location, wherein the output data comprise a predicted change of the electrical biomarkers after applying the potential ablation therapy to the patient, wherein the predicted change is derived from the input data via the trained machine learning model. wherein the method comprises an analysis step in which the control system applies a trained machine learning model to input data thereby generating output data, wherein the input data comprise electrical biomarkers derived from ECG data from a patient of at least one potential ablation therapy, the potential ablation therapy including at least one potential ablation event with a potential ablation location, wherein the output data comprise a predicted change of the electrical biomarkers after applying the potential ablation therapy to the patient, wherein the predicted change is derived from the input data via the trained machine learning model.
Winding shaft which has at least one hollow shaft and at least one shaft core (10; 110) plugged laterally therein, wherein the winding shaft is designed for winding up a roller shutter curtain or sun-protection curtain of a sun-protection apparatus, characterised in that at least one of the shaft cores (10; 110) is designed as an injection-moulded part or pressure-moulded part with a demoulding direction perpendicular to the shaft axis, wherein an enveloping outer cross-section of the shaft core is formed at least partially by strip-shaped end faces of webs which are aligned parallel to the demoulding direction.
A cooking appliance comprising: a main body including a cooking chamber; a steam generator for generating steam for being supplied to the cooking chamber; a water tank configured to store water to be supplied to the steam generator; a water supply pump configured to operate in order to supply water of the water tank to the steam generator; a first water supply pipe connected to the water tank; a connector connected to the first water supply pipe; and a second water supply pipe connected to the connector and connected to the steam generator; a branch pipe connected to the connector; and wherein the water tank is located at a position higher than the steam generator, characterized in that the cooking appliance further comprises: a check valve connected to the branch pipe, the check valve being capable of preventing water from being leaked and communicating with outside air, and wherein the connector and the branch pipe are located at positions higher than the water tank. a main body including a cooking chamber; a steam generator for generating steam for being supplied to the cooking chamber; a water tank configured to store water to be supplied to the steam generator; a water supply pump configured to operate in order to supply water of the water tank to the steam generator; a first water supply pipe connected to the water tank; a connector connected to the first water supply pipe; and a second water supply pipe connected to the connector and connected to the steam generator; a branch pipe connected to the connector; and wherein the water tank is located at a position higher than the steam generator, characterized in that the cooking appliance further comprises: a check valve connected to the branch pipe, the check valve being capable of preventing water from being leaked and communicating with outside air, and wherein the connector and the branch pipe are located at positions higher than the water tank. a check valve connected to the branch pipe, the check valve being capable of preventing water from being leaked and communicating with outside air, and wherein the connector and the branch pipe are located at positions higher than the water tank.
A device for preparing coffee, in particular by manual brewing, comprising: a) a filter holder for receiving a filter insert with ground coffee; b) a holder in which the filter holder is inserted; c) a vessel arranged under the filter holder, into which the brewed coffee can be filled; d) a drain arranged on the filter holder, and e) a closure element arranged on the drain for opening and closing the drain, whereby an actuating element for the closure element is provided on the filter holder, by means of which the closure element is movable between an open position and a closed position independently of the vessel, characterized in that the filter holder can be removed from the holder and the actuating element is displaceably or pivotably mounted on a housing of the filter holder. a) a filter holder for receiving a filter insert with ground coffee; b) a holder in which the filter holder is inserted; c) a vessel arranged under the filter holder, into which the brewed coffee can be filled; d) a drain arranged on the filter holder, and e) a closure element arranged on the drain for opening and closing the drain,
Closing member for use in closing a package, the closing member having, along a longitudinal direction, a tongue portion configured to be inserted through a slot in a wall (11b, 13') of the package by a movement along the longitudinal direction, and a base portion, wherein the base portion has a width (W 22) across the longitudinal direction being greater than a maximum width (W 21) of the tongue portion across the longitudinal direction, wherein the tongue portion comprises an attachment portion being configured to be adhesively connected to an outside surface of the package, wherein the attachment portion is provided at a distance (D 23) from the base portion, and characterised in that the tongue portion further comprises a tear portion extending across the tongue portion, whereby the tear portion is configured to be torn to divide the tongue portion into a first part comprising the attachment portion and a second part connected to the base portion.
A method of conducting mouse clinical trial comprising the steps of: receiving a dataset of tumor volumes measured in a mouse clinical trial, wherein the mouse clinical trial comprises the steps of: measuring tumor volume of a tumor sample of a treatment group and tumor volume of a control group at a plurality of days, wherein a tumor sample has been obtained from a patient, and grafted to the treatment group comprising m mice and the control group comprising n mice, wherein m and n are integers, wherein a drug has been administered to the treatment group and a vehicle has been administered to the control group; and determining tumor growth curve of the treatment group and tumor growth curve of the control group; determining area under curve of the treatment group (AUC T) and AUC of the control group (AUCc); and evaluating efficacy of the drug based on an AUC ratio between the AUC T and the AUC C, wherein the AUC T = ∫ 0 d T ln V x T dx − d T × ln V 0 T, wherein V 0 T is the tumor volume of the treatment group at day 0, V x T is the tumor volume of the treatment group at day x, d is the number of days the measuring step for the treatment group lasts; and wherein the AUC C = ∫ 0 d ln V x C dx − d × ln V 0 C, wherein V 0 C is the tumor volume of the control group at day 0, V x C is the tumor volume of the control group at day x, d is the number of days the measuring step for the control group lasts, wherein d ≠ d, wherein the AUC ratio = AUC T / d T 2 AUC C / d C 2. measuring tumor volume of a tumor sample of a treatment group and tumor volume of a control group at a plurality of days, wherein a tumor sample has been obtained from a patient, and grafted to the treatment group comprising m mice and the control group comprising n mice, wherein m and n are integers, wherein a drug has been administered to the treatment group and a vehicle has been administered to the control group; and determining tumor growth curve of the treatment group and tumor growth curve of the control group; determining area under curve of the treatment group (AUC T) and AUC of the control group (AUCc); and evaluating efficacy of the drug based on an AUC ratio between the AUC T and the AUC C, wherein the AUC T = ∫ 0 d T ln V x T dx − d T × ln V 0 T, wherein V 0 T is the tumor volume of the treatment group at day 0, V x T is the tumor volume of the treatment group at day x, d is the number of days the measuring step for the treatment group lasts; and wherein the AUC C = ∫ 0 d ln V x C dx − d × ln V 0 C, wherein V 0 C is the tumor volume of the control group at day 0, V x C is the tumor volume of the control group at day x, d is the number of days the measuring step for the control group lasts, wherein d ≠ d, wherein the AUC ratio = AUC T / d T 2 AUC C / d C 2.
Wilforlide A for use in treating a patient suffering from a refractive leukaemia or prostate cancer, wherein tumor cells have acquired resistance to a chemotherapeutic drug, wherein said wilforlide A is administered to the patient in need with the chemotherapeutic drug and wherein the wilforlide A is sufficient to sensitize the chemotherapeutic drug-resistant tumor cells to the anti-tumor growth effect of the chemotherapeutic drug.
An assay for the early detection of risk of a pregnant woman developing pre-eclampsia comprising a step of assaying a sample which is blood or derived from blood that has been obtained from the woman at 4-25 weeks gestation to determine an abundance of decanoylcarnitine, wherein an increased abundance of decanoylcarnitine relative to a reference abundance for decanoylcarnitine correlates with risk of the pregnant woman developing pre-eclampsia.
A guide light irradiation device to irradiate guide light to indicate a direction to a survey operator, characterised in that it comprises: a plurality of irradiators configured to each irradiate guide light differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators are juxtaposed in the up-down direction, and synthetic light of guide lights irradiated from the respective irradiators is irradiated as synthetic guide light. a plurality of irradiators configured to each irradiate guide light differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators are juxtaposed in the up-down direction, and synthetic light of guide lights irradiated from the respective irradiators is irradiated as synthetic guide light.