mhurhangee/ep-ind-claims huggingface dataset:
A method for configuring a transport refrigeration unit battery charger in a transport refrigeration system, the method comprising: a TRS controller receiving battery topology data from a user via a commercial grade communication link indicating a battery topology of a TRU battery equipped in the TRS; the TRS controller storing the battery topology data in a memory portion of the TRS controller; the TRS controller controlling a refrigeration circuit of the TRS; the TRS controller sending the battery topology data to the TRU battery charger via a rugged industrial grade communication link (209, 250); the TRU battery charger determining specific parameters for configuring a battery charging algorithm based on the battery topology data, the battery charging algorithm being stored in a memory portion of the TRU battery charger; and the TRU battery charger configuring the battery charging algorithm stored in the memory portion of the TRU battery charger based on the specific parameters. a TRS controller receiving battery topology data from a user via a commercial grade communication link indicating a battery topology of a TRU battery equipped in the TRS; the TRS controller storing the battery topology data in a memory portion of the TRS controller; the TRS controller controlling a refrigeration circuit of the TRS; the TRS controller sending the battery topology data to the TRU battery charger via a rugged industrial grade communication link (209, 250); the TRU battery charger determining specific parameters for configuring a battery charging algorithm based on the battery topology data, the battery charging algorithm being stored in a memory portion of the TRU battery charger; and the TRU battery charger configuring the battery charging algorithm stored in the memory portion of the TRU battery charger based on the specific parameters.
A method for setting a basal rate profile for an insulin pump, the basal rate profile defining basal rate delivery for a selected time interval and having a pre-defined number of profile segments (12, 13, 14) each defining the basal rate delivery for a subset of the selected time interval, said method characterized by the following steps: - providing a curve by drawing, as a continuous function of time as an input for an input unit, the curve representing the basal rate, and - generating the basal rate profile, that defines the basal rate delivery, from the curve by a calculation unit by assigning curve values at selected time instances to the number of profile segments (12, 13, 14). - providing a curve by drawing, as a continuous function of time as an input for an input unit, the curve representing the basal rate, and - generating the basal rate profile, that defines the basal rate delivery, from the curve by a calculation unit by assigning curve values at selected time instances to the number of profile segments (12, 13, 14).
An anti-CD33 antibody and an anti-CD38 antibody for use in treating a subject having a proliferative disorder, comprising: an effective amount of the anti-CD33 antibody and the anti-CD38 antibody, wherein the anti-CD33 antibody and the anti-CD38 antibody each independently comprise a label selected from 225 Ac; wherein the proliferative disorder is acute myeloid leukemia or multiple myeloma; wherein the anti-CD33 antibody and anti-CD38 antibody are attached to the label by a conjugated chelating agent; wherein the chelating agent attached to the anti-CD38 antibody is 1,4,7,10-tetraazacyclododecance-1,4,7,10-tetraacetic acid (DOTA), and wherein the anti-CD33 antibody is lintuzumab and the anti-CD38 antibody is daratumumab. wherein the anti-CD33 antibody and the anti-CD38 antibody each independently comprise a label selected from 225 Ac; wherein the proliferative disorder is acute myeloid leukemia or multiple myeloma; wherein the anti-CD33 antibody and anti-CD38 antibody are attached to the label by a conjugated chelating agent; wherein the chelating agent attached to the anti-CD38 antibody is 1,4,7,10-tetraazacyclododecance-1,4,7,10-tetraacetic acid (DOTA), and wherein the anti-CD33 antibody is lintuzumab and the anti-CD38 antibody is daratumumab.
Mounting module on a moving part of a vehicle, especially on a trunk lid with a housing comprising a camera used for image acquisition of the outside area of a vehicle, an activation element to activate a mechanical lock of the moving part, a moving protective element, that can be moved between a closed position and an open position, in which the activation element is freely accessible to the user in the open position and image acquisition of the outside area can be conducted, and the protective element simultaneously covers the activation element and the camera in the closed position.
A percutaneous absorption enhancer, comprising a di-C 6 -C 18 alkyl sulfosuccinate or a salt thereof and a C 6 -C 18 alkyl glycoside or a C 6 -C 18 alkyl thioglycoside.
A user status notification system (20; 120; 130; 300) comprising: a fitness equipment unit (22; 322); an input (24; 324) associated with the fitness equipment unit (22; 322) that receives input identifying a human user using the fitness equipment unit (22; 322), a notifier (30; 330) supported by the fitness equipment unit (22; 322) and actuatable for providing an indication for non-users proximate the fitness equipment unit (22; 322) of status information pertaining to the user while the user is using the fitness equipment unit (22; 322), characterized in that the notifier (30; 330) is physically supported by the fitness equipment unit (22; 322) and actuatable to visibly present on the fitness equipment unit (22; 322) a visible indication, on the fitness equipment unit (22; 322), that visibly indicates to non-users proximate the fitness equipment unit (22; 322) the status information pertaining to the user while the user is using the fitness equipment unit (22; 322), wherein the status information provided by the notifier (30; 330) is codified so as to not directly communicate the particular status information to anyone without a key or without knowledge of what the codified status information represents to maintain privacy of the status information. a fitness equipment unit (22; 322); an input (24; 324) associated with the fitness equipment unit (22; 322) that receives input identifying a human user using the fitness equipment unit (22; 322), a notifier (30; 330) supported by the fitness equipment unit (22; 322) and actuatable for providing an indication for non-users proximate the fitness equipment unit (22; 322) of status information pertaining to the user while the user is using the fitness equipment unit (22; 322), characterized in that the notifier (30; 330) is physically supported by the fitness equipment unit (22; 322) and actuatable to visibly present on the fitness equipment unit (22; 322) a visible indication, on the fitness equipment unit (22; 322), that visibly indicates to non-users proximate the fitness equipment unit (22; 322) the status information pertaining to the user while the user is using the fitness equipment unit (22; 322), wherein the status information provided by the notifier (30; 330) is codified so as to not directly communicate the particular status information to anyone without a key or without knowledge of what the codified status information represents to maintain privacy of the status information.
A computer-implemented method of controlling display of a navigation view for surgical navigation, the method comprising: obtaining planning data defining a planned entry point and a planned target, wherein the planned entry point and the planned target are defined in a coordinate system of a computer model of at least one anatomical element; obtaining tracking data describing a current pose of a surgical instrument in the coordinate system; determining, based on at least the tracking data, a current entry point lying on a trajectory having a fixed spatial relationship with the surgical instrument; and characterised in that the method comprises controlling display of a navigation view visualizing at least a recommended entry point, wherein the recommended entry point is instantaneously changed from the planned entry point to the current entry point, upon a distance between the planned entry point and the current entry point fulfilling a predefined condition. obtaining planning data defining a planned entry point and a planned target, wherein the planned entry point and the planned target are defined in a coordinate system of a computer model of at least one anatomical element; obtaining tracking data describing a current pose of a surgical instrument in the coordinate system; determining, based on at least the tracking data, a current entry point lying on a trajectory having a fixed spatial relationship with the surgical instrument; and
A cartridge for producing and dispensing an aerosol comprising a container containing a liquid to be sprayed, a two-phase spraying nozzle in communication with the container by an inner channel of a suction cannula and an air compressor capable of producing a carrier stream of compressed air introduced into the two-phase nozzle so that the contents of the container is first sucked in by Venturi effect, then fractionated and finally propelled first to an expansion chamber and then to the outside, still by the carrier stream, characterized in that the elements of which it consists form a non-dismountable assembly and that it includes means of planned obsolescence capable of directly or indirectly determining the total quantity of liquid consumed in previous operating cycles, capable of comparing this value with a setpoint value representative of the quantity of liquid present in the container before the first use, and capable of preventing the subsequent operation of the compressor when the liquid contained in the container has been drained to render said cartridge unusable even if the container of the latter is filled again.
An apparatus, said apparatus comprising means for: causing at least one data packet to be transmitted by a user equipment using a first logical channel having a first set of logical channel parameters, and at least one data packet to be transmitted by the user equipment using a second logical channel having a second set of logical channel parameters, wherein the at least one data packet to be transmitted by the user equipment using the second logical channel is a duplicate of the at least one data packet to be transmitted by the user equipment using the first logical channel; determining by the user equipment whether at least one trigger condition is met; and, if so, causing the at least one data packet to be transmitted by the user equipment using the second logical channel with a modified second set of logical channel parameters, wherein the at least one trigger condition relates to at least one of transmission status, transmission configuration, data transmission performance and radio link quality; and the logical channel parameters comprise logical channel prioritisation parameters. causing at least one data packet to be transmitted by a user equipment using a first logical channel having a first set of logical channel parameters, and at least one data packet to be transmitted by the user equipment using a second logical channel having a second set of logical channel parameters, wherein the at least one data packet to be transmitted by the user equipment using the second logical channel is a duplicate of the at least one data packet to be transmitted by the user equipment using the first logical channel; determining by the user equipment whether at least one trigger condition is met; and, if so, causing the at least one data packet to be transmitted by the user equipment using the second logical channel with a modified second set of logical channel parameters, wherein the at least one trigger condition relates to at least one of transmission status, transmission configuration, data transmission performance and radio link quality; and the logical channel parameters comprise logical channel prioritisation parameters.
A composition comprising an effective amount of tauroursodeoxycholic acid (TUDCA), or a pharmaceutically acceptable salt thereof, and an effective amount of sodium phenylbutyrate for use in a method of treating a neurodegenerative disease in a subject.
A method of slicing food products (17; 127), in particular by means of a high-performance slicer, wherein at least one product (17; 127) is conveyed along a direction of advance (R; F1) by means of a product feed (11; 113) through a cutting plane (S; S1) in which at least one cutting blade (19; 111) moves, in particular in a rotating and/or revolving manner, for cutting slices from the product (17; 127); and a spacing is established between the cutting blade (19; 111) and the product (17; 127) during a blank cutting phase in which the cutting blade (19; 111) continues to move, but does not cut off any slices from the product (17; 127) in so doing; characterized in that the product (17; 127) continues to be conveyed along the direction of advance (R; F1) during the blank cutting phase.
A spring load adjustment structure of a contact device, the contact device comprising, fixed terminals respectively comprising fixed contacts, a movable contact maker comprising, on one face thereof, movable contacts (34, 34a) that are brought into contact with and separate from the respective fixed contacts, a pressing spring that extends and contracts in a moving direction of the movable contacts (34, 34a) so as to bias the movable contact maker toward the fixed contacts, an adjustment plate that is in contact with the one face of the movable contact maker, a holding portion comprising a bottom plate that sandwiches the movable contact maker and the pressing spring with the adjustment plate in the moving direction of the movable contacts (34, 34a), and side plates, extending from the bottom plate, with which side ends of the movable contact maker are in sliding contact, a movable shaft, one end side thereof being coupled to the holding portion, and a driving unit that is configured to drive the movable shaft in an axial direction such that the movable contacts (34, 34a) are brought into contact with and separate from the respective fixed contacts, characterised in that the holding portion is divided into a first holding portion and a second holding portion, wherein the bottom plate comprises a first bottom plate provided to the first holding portion and a second bottom plate provided to the second holding portion, wherein the side plates comprise a first side plate provided to the first holding portion and a second side plate provided to the second holding portion, wherein the first and the second holding portions are provided in a state of being separated from each other, and by sandwiching the adjustment plate with the first side plate and the second side plate that are opposite to each other, the first and the second holding portions are electrically connected with each other via only the adjustment plate, and wherein a distance between the bottom plate and the adjustment plate is changed by moving the adjustment plate in extending and contracting directions of the pressing spring, and the adjustment plate and each of the first and second side plates are subjected to resistance welding at a position at which pressing force of the pressing spring against the movable contact maker is a predetermined value.
Fibrous web forming device having a bias belt former, a bias belt headbox and a de-watering device, wherein the bias belt former has at least one transport belt that transports the fibrous web in the running direction of the latter and has a sub-portion which runs obliquely to the horizontal and in which the bias belt headbox is disposed, a fibrous suspension being able to be deposited on the transport belt by means of said bias belt headbox; wherein the de-watering device has a roller, a de-watering belt bearing on the roller, and a press belt pressing against the roller; wherein the de-watering belt is configured as a felt and is guided continuously over a plurality of guide rollers; and wherein the fibrous web in the region of the de-watering device is disposed between the de-watering belt and the press belt, characterized in that the transport belt in the region of the de-watering device is disposed in the sandwich between the de-watering belt and the press belt, wherein the fibrous web when running through the de-watering device remains on the transport belt. wherein the bias belt former has at least one transport belt that transports the fibrous web in the running direction of the latter and has a sub-portion which runs obliquely to the horizontal and in which the bias belt headbox is disposed, a fibrous suspension being able to be deposited on the transport belt by means of said bias belt headbox; wherein the de-watering device has a roller, a de-watering belt bearing on the roller, and a press belt pressing against the roller; wherein the de-watering belt is configured as a felt and is guided continuously over a plurality of guide rollers; and wherein the fibrous web in the region of the de-watering device is disposed between the de-watering belt and the press belt, characterized in that the transport belt in the region of the de-watering device is disposed in the sandwich between the de-watering belt and the press belt, wherein the fibrous web when running through the de-watering device remains on the transport belt.
Method to control a quasi-resonant inverter in an induction cooking appliance provided with at least an induction heating coil; said quasi-resonant inverter comprises a switching device electrically connected to said induction heating coil by a node having a first voltage (VC(t)) which is an oscillating voltage and is indicative of the voltage across said switching device, the method comprising the step of a) providing to said switching device an enabling signal comprising a plurality of pulses, in order to switch-on and switch-off said switching device for a switch-on period (tON) and a switch-off period (tOFF), b) determining a second voltage (VCmin) indicative of the minimum value of said first voltage (VC(t)) during said switch-off period (tOFF), c) regulating said switch-off period (tOFF) based on said second voltage (VCmin), and d) regulating said enabling signal based on said regulated switch-off period (tOFF). the method being characterized by: said step b) further comprises: b1) determining a third voltage (VC(te)) indicative of the value of said first voltage (VC(t)) at about the end (te) of said switch-off period (tOFF); said step c) comprises: c1) increasing said switch-off period (tOFF) if said third voltage (VC(te)) is greater than said second voltage (VCmin) and said first voltage (VC(t)) is decreasing. the method comprising the step of a) providing to said switching device an enabling signal comprising a plurality of pulses, in order to switch-on and switch-off said switching device for a switch-on period (tON) and a switch-off period (tOFF), b) determining a second voltage (VCmin) indicative of the minimum value of said first voltage (VC(t)) during said switch-off period (tOFF), c) regulating said switch-off period (tOFF) based on said second voltage (VCmin), and d) regulating said enabling signal based on said regulated switch-off period (tOFF). a) providing to said switching device an enabling signal comprising a plurality of pulses, in order to switch-on and switch-off said switching device for a switch-on period (tON) and a switch-off period (tOFF), b) determining a second voltage (VCmin) indicative of the minimum value of said first voltage (VC(t)) during said switch-off period (tOFF), c) regulating said switch-off period (tOFF) based on said second voltage (VCmin), and d) regulating said enabling signal based on said regulated switch-off period (tOFF). the method being characterized by: said step b) further comprises: b1) determining a third voltage (VC(te)) indicative of the value of said first voltage (VC(t)) at about the end (te) of said switch-off period (tOFF); said step c) comprises: c1) increasing said switch-off period (tOFF) if said third voltage (VC(te)) is greater than said second voltage (VCmin) and said first voltage (VC(t)) is decreasing. said step b) further comprises: b1) determining a third voltage (VC(te)) indicative of the value of said first voltage (VC(t)) at about the end (te) of said switch-off period (tOFF); said step c) comprises: c1) increasing said switch-off period (tOFF) if said third voltage (VC(te)) is greater than said second voltage (VCmin) and said first voltage (VC(t)) is decreasing.
An anti-CD277 antibody for use in therapy, wherein said antibody comprises the 6 CDRs of the antibody mAb20.1 or mAb7.2 which is obtainable from the hybridoma accessible under CNCM deposit number 1-4401 or 1-4402 respectively, and wherein said anti-CD277 antibody activates the cytolytic function, cytokine production and proliferation of Vγ9/Vδ2 T cells.
A tread for a tire having a contact face intended to come into contact with ground during rolling, the tread being provided with a plurality of grooves of a depth D opening to the contact face and a plurality of contact elements being delimited by the plurality of grooves, each the plurality of contact elements having a top face constituting a part of the contact face and at least one incision opening to the top face and extending radially inward of the contact elements, each the plurality of contact elements having an incision density DLN being defined as a sum of a projected length (μm) of the incision on the top face of each the contact elements projected onto a plane parallel to a rotation axis of a tire and perpendicular to the top face divided by an area (mm 2) of the top face (μm/mm 2) without the incision when the tread being new, and an incision density DLU being defined as a sum of a projected length (μm) of the incision on a worn top face of each the contact elements projected onto a plane parallel to a rotation axis of a tire and perpendicular to the top face divided by an area (mm 2) of the worn top face (μm/mm 2) without the incision when the tread being worn to a predetermined remaining tread depth between 1.5 mm smaller than the depth D of the grooves and a level above a tread wear indicator, the incision density DLN being greater than or equal to the incision density DLU at the predetermined remaining tread depth, and the incision density DLN being greater than the incision density DLU at a level of the tread wear indicator, the tread comprising at least two rubber layers laminated in radial orientation of the tire, one rubber layer of the at least two rubber layers being composed of a rubber composition different from a rubber composition constituting adjacent rubber layer of the at least two rubber layers, the at least two rubber layers comprising a cap rubber layer configuring the contact face when the tread being new and a base rubber layer being provided radially inward of the cap rubber layer, the base rubber layer being visible on the worn top face when the tread being worn to the predetermined remaining tread depth on more than or equal to 20% area of the worn top face, the tread being characterized in that a rubber composition constituting the base rubber layer comprises solid particles which contain no hollow nor void inside, and in that the cap rubber layer is devoid of said solid particles, wherein the solid particles are crumb rubber particles, particles obtained by reducing scrap tire(s) or other rubber(s) into granules with reinforcing materials removed along with any other contaminants.