mhurhangee/ep-ind-claims huggingface dataset:
An absorbent core extending in a longitudinal direction parallel to a longitudinal axis and a transversal direction perpendicular to the longitudinal direction, wherein the absorbent core comprises: - a core wrap (16, 16') comprising a top side and a bottom side; - an absorbent material between the top side and the bottom side of the core wrap; - a first and second longitudinally-extending channel-forming areas (26a, b) substantially free of absorbent material through which the top side of the core wrap is attached to the bottom side of the core wrap, and wherein the first channel-forming area is disposed on one side of the longitudinal axis and the second channel-forming area on the other side of the longitudinal axis; - a central absorbent zone disposed between the first and the second channel-forming areas and comprising an absorbent material at an average central zone basis weight; and - a first lateral absorbent zone and a second lateral absorbent zone respectively disposed laterally outwardly of the first channel-forming area and the second channel-forming area and comprising an absorbent material at an average lateral zones basis weight; characterized in that: the average lateral zones basis weight is at least 25% higher than the average central zone basis weight. - a core wrap (16, 16') comprising a top side and a bottom side; - an absorbent material between the top side and the bottom side of the core wrap; - a first and second longitudinally-extending channel-forming areas (26a, b) substantially free of absorbent material through which the top side of the core wrap is attached to the bottom side of the core wrap, and wherein the first channel-forming area is disposed on one side of the longitudinal axis and the second channel-forming area on the other side of the longitudinal axis; - a central absorbent zone disposed between the first and the second channel-forming areas and comprising an absorbent material at an average central zone basis weight; and - a first lateral absorbent zone and a second lateral absorbent zone respectively disposed laterally outwardly of the first channel-forming area and the second channel-forming area and comprising an absorbent material at an average lateral zones basis weight; characterized in that: the average lateral zones basis weight is at least 25% higher than the average central zone basis weight.
A machine for automatically filling and sealing valve bags, wherein each bag comprises a top portion with at least one filling mouth, having a valve, and a pair of lateral sides, which machine comprises: - filling means for filling one bag at a time, comprising a nozzle adapted to be introduced in the mouth of each bag and mounted to a load-bearing frame of the machine; - a sealing head for sealing the valve of each filled bag proximate to the mouth; - support means for supporting each bag as it is being filled and sealed between said nozzle and said sealing head along a first path (T 2); - conveyor means for conveying the filled and sealed bags toward a collection area; - a computerized control unit for automatically controlling said filling means, said sealing head and said support means; characterized in that it comprises transfer means which are automatically controlled by said computerized control unit to pick each bag from a stack or a supply of empty bags and transfer it toward said filling means along a second path (T 1), said sealing head being of ultrasonic type and being mounted, with said transfer means, said support means and said computerized control unit, to said load-bearing frame, said support means comprising first and second carriages, which are adapted to move along said first path (T 2) and to support each bag during filling and sealing respectively, said control unit being programmed to control the coordinated movement of said transfer means and said support means so that the transfer of each empty bag toward said nozzle, and the movement of each filled bag to said sealing head may be synchronized while preventing any interference of their respective paths. - filling means for filling one bag at a time, comprising a nozzle adapted to be introduced in the mouth of each bag and mounted to a load-bearing frame of the machine; - a sealing head for sealing the valve of each filled bag proximate to the mouth; - support means for supporting each bag as it is being filled and sealed between said nozzle and said sealing head along a first path (T 2); - conveyor means for conveying the filled and sealed bags toward a collection area; - a computerized control unit for automatically controlling said filling means, said sealing head and said support means;
A railway vehicle comprising: - a first car comprising at least one fuel cell adapted to produce electrical energy and a free heat flow, - a second car comprising at least one cold room, and - at least one refrigerated unit configured to receive at least a part of the free heat flow as an energy source and to produce cold in the cold room. - a first car comprising at least one fuel cell adapted to produce electrical energy and a free heat flow, - a second car comprising at least one cold room, and - at least one refrigerated unit configured to receive at least a part of the free heat flow as an energy source and to produce cold in the cold room.
Method for locking/unlocking and/or starting a motor vehicle using a mobile telephone, wherein said motor vehicle and said mobile telephone communicate in order to: - authenticate said mobile telephone as being paired with said motor vehicle for the locking/unlocking and/or the starting, - provide the motor vehicle with a validity period of said pairing of the mobile telephone, and wherein said mobile telephone locks/unlocks and/or starts said motor vehicle if said mobile telephone is authenticated as being paired with said motor vehicle and if the current unlocking request date, evaluated on the basis of an absolute time clock of said motor vehicle, is within the validity period. - authenticate said mobile telephone as being paired with said motor vehicle for the locking/unlocking and/or the starting, - provide the motor vehicle with a validity period of said pairing of the mobile telephone,
Optical probe for optical testing of test objects, comprising a stationary probe part and a probe part that is mechanically and optically coupled to said stationary probe part and that is rotatable about an axis of rotation, wherein the rotatable probe part is coupled to the stationary probe part by way of an optical coupling point and comprises at least two optical outputs (10a; 10b; 10c) for output coupling of measurement beams (12a; 12b; 12c), said measurement beams (12a; 12b; 12c) emerging from said optical outputs with focal distances d in relation to the axis of rotation that differ from one another, wherein beams are supplied to the rotatable probe part from the stationary probe part via the coupling point and the rotatable probe part is also mechanically connected to the stationary probe part via the coupling point, wherein the coupling point is formed by a ferrule at the rotatable probe part and an optical fibre, into which the beams are input coupled, passes through the ferrule, wherein the axis of rotation at the same time also forms an axis of symmetry of the rotating probe part, wherein the measurement beams (12a; 12b; 12c) that emerge from the outputs (10a; 10b; 10c) emerge from the outputs (10a; 10b; 10c) in a manner perpendicular to the axis of rotation and wherein the deflection optical units that are respectively assigned to the outputs (10a; 10b; 10c) are arranged aligned in succession along the axis of rotation, characterized in that each deflection optical unit comprises exactly one prism and the beams that are incident on the deflection optical units are partly deflected to the outputs (10a; 10b; 10c) and partly guided on straight ahead to the deflection optical unit arranged next, for the purposes of which the deflection optical units are partly transmissive and partly deflective.
A method for cleaving Fmoc from one or more Fmoc protected amino groups, wherein the method comprises a step of contacting the Fmoc protected amino groups with a solution comprising 3-(diethylamino)propylamine.
A kit comprising (a) a first receptacle comprising (i) beads conjugated to human Hepatitis B surface antigen (HBsAg) and detectable label (i), (ii) beads conjugated to human Hepatitis B core antigen (HBcAg) and detectable label (ii), and (iii) beads conjugated to an antibody specific for human IgM (anti-IgM) and detectable label (iii); (b) a second receptacle comprising (i) biotinylated HBsAg, and (ii) biotinylated HBcAg; and (c) a third receptacle comprising streptavidin conjugated to detectable label (iv). (a) a first receptacle comprising (i) beads conjugated to human Hepatitis B surface antigen (HBsAg) and detectable label (i), (ii) beads conjugated to human Hepatitis B core antigen (HBcAg) and detectable label (ii), and (iii) beads conjugated to an antibody specific for human IgM (anti-IgM) and detectable label (iii); (i) beads conjugated to human Hepatitis B surface antigen (HBsAg) and detectable label (i), (ii) beads conjugated to human Hepatitis B core antigen (HBcAg) and detectable label (ii), and (iii) beads conjugated to an antibody specific for human IgM (anti-IgM) and detectable label (iii); (b) a second receptacle comprising (i) biotinylated HBsAg, and (ii) biotinylated HBcAg; and (i) biotinylated HBsAg, and (ii) biotinylated HBcAg; and (c) a third receptacle comprising streptavidin conjugated to detectable label (iv).
A locking device for coupling a wear element to a support in an earth moving machine, said support comprising a housing, said housing defining a longitudinal axis, and said wear element comprising a hole, said hole defining a longitudinal axis, such that, in an assembled position, both longitudinal axes are parallel to each other and close to each other or coincident in space so that said housing and said hole are at least partially aligned and a cross section of said hole projected according to the longitudinal axis of said hole overlaps, or, at least partially overlaps, the cross section of said housing, where said hole and said housing are mutually exclusive in the sense that neither the hole includes part of the housing or the whole housing nor the housing includes part of the hole or the whole hole, where said hole and said housing are aligned in the sense that, in a direction according to both longitudinal axes, in the case when there is a complete overlapping one of them starts when the other finishes and in the case when there is only a partial overlapping those parts of said hole and said housing that correspond to the overlapping area are aligned, where said locking device is suitable for being introduced inside said housing, characterized in that said locking device comprises: - a locking element with a locking end and an internal end opposite said locking end, - an internal element, - movement means suitable for moving said locking element with respect to said internal element, in a reversible manner, between a retracted position and an extended position, where the movement between said retracted position and said extended position defines a direction of movement, where, in said retracted position said locking element is completely within said housing and completely outside of said hole, and - elastic means which, in said extended position, exert a force in the direction of said direction of movement that tends to move said locking element closer to said internal element. - a locking element with a locking end and an internal end opposite said locking end, - an internal element, - movement means suitable for moving said locking element with respect to said internal element, in a reversible manner, between a retracted position and an extended position, where the movement between said retracted position and said extended position defines a direction of movement, where, in said retracted position said locking element is completely within said housing and completely outside of said hole, and - elastic means which, in said extended position, exert a force in the direction of said direction of movement that tends to move said locking element closer to said internal element.
A system comprising: - a waveguide element comprising a radiation exit window, wherein the waveguide element is (a) configured to receive radiation, wherein the radiation at least comprises UV radiation, and (b) configured to radiate at least part of the radiation to the exterior of the waveguide element via the radiation exit window and (c) configured to internally reflect part of the radiation at the radiation exit window; - an optical sensor configured to sense an internal reflection intensity of the internally reflected radiation; - a control system, functionally coupled to the optical sensor, and characterized in that the control system is configured to reduce the intensity of the radiation as function of reaching a predetermined first threshold of a reduction of the internal reflection intensity over time. - a waveguide element comprising a radiation exit window, wherein the waveguide element is (a) configured to receive radiation, wherein the radiation at least comprises UV radiation, and (b) configured to radiate at least part of the radiation to the exterior of the waveguide element via the radiation exit window and (c) configured to internally reflect part of the radiation at the radiation exit window; - an optical sensor configured to sense an internal reflection intensity of the internally reflected radiation; - a control system, functionally coupled to the optical sensor, and characterized in that the control system is configured to reduce the intensity of the radiation as function of reaching a predetermined first threshold of a reduction of the internal reflection intensity over time.
A terminal device for indoor positioning, the terminal device comprising: a communication module configured to receive access point, AP, radio environment information from one or more APs by using short-range wireless communication signal, wherein the AP radio environment information includes at least one of AP identification information, service set identifier, SSID, information, signal strength information and signal transmission time information; a memory module configured to store the AP radio environment information in a preset number of frame areas, the AP radio environment information being stored in order of reception; and a terminal control module configured to calculate an estimated location of the terminal device based on the order of the AP radio environment information stored in the preset number of frame areas; characterized in that the terminal control module is configured to calculate such estimated location if the number of the AP radio environment information is larger than or equal to a preset number which is at least two, and, if the number of the AP radio environment information is less than the preset number, the terminal control module is configured to request and to receive location information from an external positioning apparatus, the location information being calculated using a fingerprint method over a pre-stored database. a communication module configured to receive access point, AP, radio environment information from one or more APs by using short-range wireless communication signal, wherein the AP radio environment information includes at least one of AP identification information, service set identifier, SSID, information, signal strength information and signal transmission time information; a memory module configured to store the AP radio environment information in a preset number of frame areas, the AP radio environment information being stored in order of reception; and a terminal control module configured to calculate an estimated location of the terminal device based on the order of the AP radio environment information stored in the preset number of frame areas;
A mixing appliance assembly (10, 100, 200) comprising: a housing (12, 212) including a motor (17, 217) and a shaft (18, 218) operably coupled with the motor (17, 217) and extending outwardly from the housing (12, 212); a top handle (24, 102, 224) operably coupled with the housing (17, 217) and including a pulse button (35, 106, 201); a continuous run switch (107, 268) disposed on one of the housing (12, 212) and the top handle (24, 102, 224); a receiving port disposed in the housing (12, 212), the receiving port configured to receive a port connecting member and having an interlocking feature comprising: an interlock switch disposed inside the receiving port; and a switch engagement member configured to engage the interlock switch such that the continuous run switch (107, 268) can be depressed; a bowl clamp engageable with the receiving port and configured to removably secure the housing (12, 212) to a bowl, the bowl clamp including the switch engagement member; the mixing appliance assembly (10, 100, 200) being characterised by further comprising a side handle (27, 227, 227') engageable with the receiving port and configured to be removably coupled with the housing (12, 212) and aid a user in handling the mixing appliance assembly (10, 100, 200), the side handle (27, 227, 227') being free of the switch engagement member. a housing (12, 212) including a motor (17, 217) and a shaft (18, 218) operably coupled with the motor (17, 217) and extending outwardly from the housing (12, 212); a top handle (24, 102, 224) operably coupled with the housing (17, 217) and including a pulse button (35, 106, 201); a continuous run switch (107, 268) disposed on one of the housing (12, 212) and the top handle (24, 102, 224); a receiving port disposed in the housing (12, 212), the receiving port configured to receive a port connecting member and having an interlocking feature comprising: an interlock switch disposed inside the receiving port; and a switch engagement member configured to engage the interlock switch such that the continuous run switch (107, 268) can be depressed; an interlock switch disposed inside the receiving port; and a switch engagement member configured to engage the interlock switch such that the continuous run switch (107, 268) can be depressed; a bowl clamp engageable with the receiving port and configured to removably secure the housing (12, 212) to a bowl, the bowl clamp including the switch engagement member; the mixing appliance assembly (10, 100, 200) being characterised by further comprising a side handle (27, 227, 227') engageable with the receiving port and configured to be removably coupled with the housing (12, 212) and aid a user in handling the mixing appliance assembly (10, 100, 200), the side handle (27, 227, 227') being free of the switch engagement member.
A computing system, comprising: a processing device; and a machine-readable medium encoded with instructions executable by the processing device, wherein the machine-readable medium comprises instructions to cause the processing device to: determine whether a change has been made to system firmware configuration data; start a timer if it is determined that a change has been made to system firmware configuration data; if the timer does not expire prior to transferring operational control of the computing system to a boot source, stop the timer prior to transferring operational control of the computing system to the boot source, replace backup system firmware configuration data with current system firmware configuration data, and transfer operational control of the computing system to the boot source; and if the timer expires prior to transferring operational control of the computing system to the boot source, replace the current system firmware configuration data with the backup system firmware configuration data. a processing device; and a machine-readable medium encoded with instructions executable by the processing device, wherein the machine-readable medium comprises instructions to cause the processing device to: determine whether a change has been made to system firmware configuration data; start a timer if it is determined that a change has been made to system firmware configuration data; if the timer does not expire prior to transferring operational control of the computing system to a boot source, stop the timer prior to transferring operational control of the computing system to the boot source, replace backup system firmware configuration data with current system firmware configuration data, and transfer operational control of the computing system to the boot source; and if the timer expires prior to transferring operational control of the computing system to the boot source, replace the current system firmware configuration data with the backup system firmware configuration data. start a timer if it is determined that a change has been made to system firmware configuration data; if the timer does not expire prior to transferring operational control of the computing system to a boot source, stop the timer prior to transferring operational control of the computing system to the boot source, replace backup system firmware configuration data with current system firmware configuration data, and transfer operational control of the computing system to the boot source; and stop the timer prior to transferring operational control of the computing system to the boot source, replace backup system firmware configuration data with current system firmware configuration data, and transfer operational control of the computing system to the boot source; and if the timer expires prior to transferring operational control of the computing system to the boot source, replace the current system firmware configuration data with the backup system firmware configuration data.
A computer-implemented method for extracting information on infiltrates from an imaging report, and applying the report infiltrate information to clinical guidelines and clinical support applications, comprising: receiving the imaging report; parsing the report for infiltrate-related keywords; classifying the report; presenting the classified report on a dashboard for clinical decision-making; and applying infiltrate information from the classified report in a real-time clinical application for detecting and predicting acute illness; characterized in that the report is classified based on the infiltrate-related keywords and at least one of directional words indicating a location of the infiltrates, negation words, and words canceling the negation words; and in that the real-time clinical application comprises applying the classified report to schedule application of clinical decision support, CDS, algorithms; wherein: if infiltrate-related keywords are found in the report, then a CDS algorithm relevant to the imaging report is applied: and if no infiltrate-related keywords are found in the report, then a CDS algorithm requiring imaging report infiltrates is not applied. receiving the imaging report; parsing the report for infiltrate-related keywords; classifying the report; presenting the classified report on a dashboard for clinical decision-making; and applying infiltrate information from the classified report in a real-time clinical application for detecting and predicting acute illness; characterized in that the report is classified based on the infiltrate-related keywords and at least one of directional words indicating a location of the infiltrates, negation words, and words canceling the negation words; and in that the real-time clinical application comprises applying the classified report to schedule application of clinical decision support, CDS, algorithms; wherein: if infiltrate-related keywords are found in the report, then a CDS algorithm relevant to the imaging report is applied: and if no infiltrate-related keywords are found in the report, then a CDS algorithm requiring imaging report infiltrates is not applied. if infiltrate-related keywords are found in the report, then a CDS algorithm relevant to the imaging report is applied: and if no infiltrate-related keywords are found in the report, then a CDS algorithm requiring imaging report infiltrates is not applied.