mhurhangee/ep-ind-claims huggingface dataset:
A shaving blade cartridge comprising: - a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side, and two longitudinal sides (15, 17) extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), the housing comprising a blade receiving section, - a cutting blade mounted in the housing between the longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), the cutting blade being movably mounted in the blade receiving section of the housing, - a retainer (59, 91) retaining the cutting blade in the housing, characterized in that the retainer (59, 91) is retained on the housing by a rivet. - a housing extending along a longitudinal axis (X-X), having a top side, a bottom side opposite to the top side, and two longitudinal sides (15, 17) extending longitudinally along the longitudinal axis (X-X) between the top and bottom sides (11, 13), the housing comprising a blade receiving section, - a cutting blade mounted in the housing between the longitudinal sides (15, 17), and having a cutting edge extending along the longitudinal axis (X-X), the cutting blade being movably mounted in the blade receiving section of the housing, - a retainer (59, 91) retaining the cutting blade in the housing, characterized in that the retainer (59, 91) is retained on the housing by a rivet.
An electronic sensor comprising a controller; a plurality of first pixels (115a, 115b); a plurality of second pixels having a lower light-receiving efficiency than the first pixels (115a, 115b); a first pixel group for detecting a first image information for a subject image, the first pixel group being configured to acquire a first exposure amount; and a second pixel group for detecting a second image information for the subject image, the second pixel group being configured to acquire a second exposure amount, the second exposure amount being lower than the first exposure amount, characterized in that, while photographing, the controller is configured to set a portion of the plurality of the first pixels and a portion of the plurality of the second pixels as the first pixel group, and at least another portion of the plurality of the first pixels and at least another portion of the plurality of the second pixels as the second pixel group, wherein the controller is further configured to acquire focusing state information using the portion of the plurality of the second pixels of the first pixel group, and wherein the controller is further configured to complete the subject image by combining at least the first image information and the second image information. a controller; a plurality of first pixels (115a, 115b); a plurality of second pixels having a lower light-receiving efficiency than the first pixels (115a, 115b); a first pixel group for detecting a first image information for a subject image, the first pixel group being configured to acquire a first exposure amount; and a second pixel group for detecting a second image information for the subject image, the second pixel group being configured to acquire a second exposure amount, the second exposure amount being lower than the first exposure amount, characterized in that, while photographing, the controller is configured to set a portion of the plurality of the first pixels and a portion of the plurality of the second pixels as the first pixel group, and at least another portion of the plurality of the first pixels and at least another portion of the plurality of the second pixels as the second pixel group,
Exterior aircraft lighting device comprising: at least one light source; an optical element configured for modifying light emitted by the at least one light source and having a light entry side and a light exit side; at least one photo detector configured and arranged for detecting a portion of the light emitted by the at least one light source, which is reflected by the light entry side of the at least one optical element, the photo detector providing at least one detection value representing the amount of detected light; and a control and evaluation unit configured for evaluating the state of wear of the at least one light source based on the at least one detection value provided by the at least one photo detector. at least one light source; an optical element configured for modifying light emitted by the at least one light source and having a light entry side and a light exit side; at least one photo detector configured and arranged for detecting a portion of the light emitted by the at least one light source, which is reflected by the light entry side of the at least one optical element, the photo detector providing at least one detection value representing the amount of detected light; and a control and evaluation unit configured for evaluating the state of wear of the at least one light source based on the at least one detection value provided by the at least one photo detector.
A screening apparatus for screening an odor emitter with a rotatable door assembly including a vertical member oriented along a centrally-located vertical axis; a plurality of panels extending outward from the vertical member and configured to rotate together about the vertical axis; with the rotatable door assembly within a curved wall, characterized by a base member on which the bottom edges of the plurality of panels slide past during a full rotation of the plurality of panels about the vertical axis, the base member including a base vent through which air can pass; and a ceiling member under which the top edges of the plurality of panels slide past during a full rotation of the plurality of panels about the vertical axis, the ceiling member including a ceiling vent through which air can pass; at least one screening zone as enclosed portion defined as a three dimensional space between the curved wall, the vertical member with panels, the base member with the base vent, and the ceiling member with the ceiling vent through which air can flow being drawn or blown; a barrier including a barrier edge whereon the respective outward edges of the plurality of panels slide past during a full rotation of the plurality of panels about the vertical axis, wherein an barrier edge of the barrier separates with respective outward edges of the panels an entrance zone from an exit zone; an airflow inducer for inducing the flow of air through the screening zone to at least one observation room to entrain odors in the observation room that were emitted in the screening zone to be screened for one or more target odors, a conduit including a first end and a second end, the first end of the conduit attached adjacent the ceiling vent and the second end of the conduit attached adjacent the observation room; wherein the airflow inducer further comprises a fan that, when activated, blows air through the screening zone to the observation room and to an animate odor detector in the observation room for screening the air for one or more target odors.
Solid pharmaceutical composition for oral use in the form of tablets comprising: - a first solid pharmaceutical formulation for oral use in the form of at least one microtablet, said microtablet having a size comprised within a range from 2 to 4 mm and being constituted by a core comprising at least one Krebs cycle precursor salt as active ingredient, and a coating comprising at least one coating agent, the Krebs cycle precursor salts being selected from fumarates, malates, citrates, alpha-ketoglutarate, succinyl-coenzyme A, succinates and oxaloacetate, and - a second pharmaceutical formulation for oral use in the form of at least one mini-tablet, the mini-tablet having a size comprised within a range from 2 to 25 mm, and said mini-tablet being constituted by a core comprising at least one bicarbonate salt as active ingredient and at least one sustained-release matrix, and a coating comprising at least one coating agent, the in vitro dissolution of the second formulation in a dissolution medium buffered at a given pH within a range between 1.3 and 7, with a dissolution apparatus of type 2, according to the European Pharmacopoeia (Ph. Eur.) 2.9.3 " Dissolution test for solid dosage forms ", taking place at a pH-independent kinetics. - a first solid pharmaceutical formulation for oral use in the form of at least one microtablet, said microtablet having a size comprised within a range from 2 to 4 mm and being constituted by a core comprising at least one Krebs cycle precursor salt as active ingredient, and a coating comprising at least one coating agent, the Krebs cycle precursor salts being selected from fumarates, malates, citrates, alpha-ketoglutarate, succinyl-coenzyme A, succinates and oxaloacetate, and - a second pharmaceutical formulation for oral use in the form of at least one mini-tablet, the mini-tablet having a size comprised within a range from 2 to 25 mm, and said mini-tablet being constituted by a core comprising at least one bicarbonate salt as active ingredient and at least one sustained-release matrix, and a coating comprising at least one coating agent, the in vitro dissolution of the second formulation in a dissolution medium buffered at a given pH within a range between 1.3 and 7, with a dissolution apparatus of type 2, according to the European Pharmacopoeia (Ph. Eur.) 2.9.3 " Dissolution test for solid dosage forms ", taking place at a pH-independent kinetics.
Evaporator unit for an inhaler with an evaporator comprising a heating element for vaporizing a liquid fed through said evaporator, wherein said evaporator unit comprises a circulation line in which said evaporator is arranged, a circulation device being arranged in said circulation line for circulating the liquid through said circulation line, characterized in that a capillary feed, a feed pump or a pressurizing device is provided for feeding vaporized liquid.
An atomizer (801; 901; 1001) for an aerosol delivery device, the atomizer (801; 901; 1001) comprising: a porous liquid transport element (836; 936; 1036; 1136; 1236) comprising a material containing an open pore network; a first heater (833a; 933a; 1033a; 1133a; 1233a) having a heating surface (Ha); and a second heater (833b; 933b; 1033b; 1233b) having a heating surface (Hb); wherein the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are aligned in a substantially parallel arrangement with the porous liquid transport element positioned therebetween, characterized in that the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are spaced apart with the respective heating surfaces (Ha, Hb) facing each other such that the porous liquid transport element (836; 936; 1036; 1136; 1236) is in a radiant heating arrangement with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) and the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b) and is not in direct physical contact with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) or the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b). a porous liquid transport element (836; 936; 1036; 1136; 1236) comprising a material containing an open pore network; a first heater (833a; 933a; 1033a; 1133a; 1233a) having a heating surface (Ha); and a second heater (833b; 933b; 1033b; 1233b) having a heating surface (Hb); wherein the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are aligned in a substantially parallel arrangement with the porous liquid transport element positioned therebetween, characterized in that the first heater (833a; 933a; 1033a; 1133a; 1233a) and the second heater (833b; 933b; 1033b; 1233b) are spaced apart with the respective heating surfaces (Ha, Hb) facing each other such that the porous liquid transport element (836; 936; 1036; 1136; 1236) is in a radiant heating arrangement with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) and the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b) and is not in direct physical contact with the heating surface (Ha) of the first heater (833a; 933a; 1033a; 1133a; 1233a) or the heating surface (Hb) of the second heater (833b; 933b; 1033b; 1233b).
A method for determining the sensitivity of a primary tumor cell to an anti-tumor drug, comprising the following steps: isolating a tumor cell from an ex vivo tissue sample by digestion by 1X collagenase; sorting said tumor cell using CD45 cells sorting magnetic beads and fibroblasts sorting magnetic beads; transferring the primary tumor cell into an implant device; implanting the implant device comprising the primary tumor cell into a non-human animal; administering a candidate drug to the animal; and determining the sensitivity of the primary tumor cell to the candidate drug; wherein the non-human animal is a mouse. isolating a tumor cell from an ex vivo tissue sample by digestion by 1X collagenase; sorting said tumor cell using CD45 cells sorting magnetic beads and fibroblasts sorting magnetic beads; transferring the primary tumor cell into an implant device; implanting the implant device comprising the primary tumor cell into a non-human animal; administering a candidate drug to the animal; and determining the sensitivity of the primary tumor cell to the candidate drug;
A method of operating a communication system in a vehicle, the communication system including one or more microphones (130; 230) and one or more loudspeakers (120; 220), the method comprising: determining that the vehicle is operating in an emergency mode and in response: activating a wireless communication channel between a remote device operated by a public safety answering point and the communication system; and activating one or more microphones and one or more loudspeakers for enabling communication between: an interior acoustic zone within the vehicle and an exterior acoustic zone exterior to the vehicle; and the exterior acoustic zone and the remote device; detecting a first acoustic input from the exterior acoustic zone exterior to the vehicle using the one or more microphones (130; 230); generating a second signal from the detected first acoustic input; and transmitting the second signal, via a network, to the remote device thereby establishing an audio communications link between the exterior acoustic zone and the remote device via the wireless communication channel, whereby the audio communications link enables voice communications between a bystander and the remote device. determining that the vehicle is operating in an emergency mode and in response: activating a wireless communication channel between a remote device operated by a public safety answering point and the communication system; and activating one or more microphones and one or more loudspeakers for enabling communication between: an interior acoustic zone within the vehicle and an exterior acoustic zone exterior to the vehicle; and the exterior acoustic zone and the remote device; activating a wireless communication channel between a remote device operated by a public safety answering point and the communication system; and activating one or more microphones and one or more loudspeakers for enabling communication between: an interior acoustic zone within the vehicle and an exterior acoustic zone exterior to the vehicle; and the exterior acoustic zone and the remote device; detecting a first acoustic input from the exterior acoustic zone exterior to the vehicle using the one or more microphones (130; 230); generating a second signal from the detected first acoustic input; and transmitting the second signal, via a network, to the remote device thereby establishing an audio communications link between the exterior acoustic zone and the remote device via the wireless communication channel, whereby the audio communications link enables voice communications between a bystander and the remote device.
A set of panels comprising a first panel with a first main plane and a second panel with a second main plane, wherein the first and the second panel are provided with a mechanical locking device for locking a first edge of the first panel to a second edge of the second panel at a junction plane, wherein the first main plane is essentially perpendicular to the second main plane and the junction plane is extending between the first main plane and the second main plane, wherein • the first edge comprises an edge tongue that extends from the junction plane, • the second edge comprises an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is parallel to the junction plane, • the edge tongue comprises a tongue groove, • the edge groove comprises a flexible tongue arranged in an insertion groove, said flexible tongue is configured to cooperate with the tongue groove for locking together the first and the second edges in a second direction which is perpendicular to the junction plane, characterized in that: • the angle between the junction plane and the first main plane is about 45°. • the first edge comprises an edge tongue that extends from the junction plane, • the second edge comprises an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is parallel to the junction plane, • the edge tongue comprises a tongue groove, • the edge groove comprises a flexible tongue arranged in an insertion groove, said flexible tongue is configured to cooperate with the tongue groove for locking together the first and the second edges in a second direction which is perpendicular to the junction plane, characterized in that: • the angle between the junction plane and the first main plane is about 45°. • the angle between the junction plane and the first main plane is about 45°.
Ball joint having a variable frictional resistance, in particular for a vehicle, having: a ball pivot with a joint ball which is received in a joint housing, in order to be mounted in an articulated manner with respect to the said joint housing, the joint housing comprising two housing parts (5, 6) which can be moved relative to one another and act on opposite sides of the joint ball, and a mechanism, by way of which at least one of the housing parts can be moved, in order to exert a variable pressure on the joint ball, the mechanism having a first and a second mechanism element (8, 9), characterized in that a single ball track (11, 12) which runs helically in relation to a rotational axis is configured in each case on the first and the second mechanism element (8, 9), the first and the second mechanism element (8, 9) being supported on one another in the axial direction via at least one ball which is guided between the ball tracks (11, 12) of the mechanism elements (8, 9), and the first mechanism element being mounted in an axially displaceable manner, and it being possible foe the said first mechanism element to be brought into pressure contact with the movable housing part, whereas the second mechanism element is mounted such that it can be rotated about the rotational axis, with the result that the first mechanism element can be displaced axially by way of rotation of the second mechanism element, in order to exert an axial force on the movable housing part. a ball pivot with a joint ball which is received in a joint housing, in order to be mounted in an articulated manner with respect to the said joint housing, the joint housing comprising two housing parts (5, 6) which can be moved relative to one another and act on opposite sides of the joint ball, and a mechanism, by way of which at least one of the housing parts can be moved, in order to exert a variable pressure on the joint ball, the mechanism having a first and a second mechanism element (8, 9), characterized in that a single ball track (11, 12) which runs helically in relation to a rotational axis is configured in each case on the first and the second mechanism element (8, 9), the first and the second mechanism element (8, 9) being supported on one another in the axial direction via at least one ball which is guided between the ball tracks (11, 12) of the mechanism elements (8, 9), and the first mechanism element being mounted in an axially displaceable manner, and it being possible foe the said first mechanism element to be brought into pressure contact with the movable housing part, whereas the second mechanism element is mounted such that it can be rotated about the rotational axis, with the result that the first mechanism element can be displaced axially by way of rotation of the second mechanism element, in order to exert an axial force on the movable housing part.
A process for selective opening naphthene rings of naphthene ring-containing compounds in a feed stream, the process comprising: contacting a naphthene ring-containing feed stream under ring opening conditions with hydrogen and a self-supported mixed metal sulfide catalyst comprising nickel sulfide, molybdenum sulfide, tungsten sulfide and an organic complexing agent, thereby forming a ring-opened product having increased linear paraffin functionality relative to that of the feed stream; wherein the feed stream has a nitrogen content of at least 50 wppm and a sulfur content of at least 100 wppm; and wherein the self-supported mixed metal sulfide catalyst is characterized as having a composition of metal components, in terms of molar ratios; as follows: (a) 0.25≤Ni/(Ni+Mo+W)≤0.80; (b) 0<Mo/(Ni+Mo+W)≤0.25; (c) 0.12≤W/(Ni+Mo+W)≤0.50; and (d) 2.0≤W/Mo≤3.0; and wherein the self-supported mixed metal sulfide catalyst is characterized as having a molar ratio of metal components Ni, Mo and W in a range of: (a) 1.08≤Ni/(Mo+W)≤2.03; (b) 0<Mo/(Ni+W)≤0.18; and (c) 0.20≤W/(Ni+Mo)≤0.72. contacting a naphthene ring-containing feed stream under ring opening conditions with hydrogen and a self-supported mixed metal sulfide catalyst comprising nickel sulfide, molybdenum sulfide, tungsten sulfide and an organic complexing agent, thereby forming a ring-opened product having increased linear paraffin functionality relative to that of the feed stream; wherein the feed stream has a nitrogen content of at least 50 wppm and a sulfur content of at least 100 wppm; and wherein the self-supported mixed metal sulfide catalyst is characterized as having a composition of metal components, in terms of molar ratios; as follows: (a) 0.25≤Ni/(Ni+Mo+W)≤0.80; (b) 0<Mo/(Ni+Mo+W)≤0.25; (c) 0.12≤W/(Ni+Mo+W)≤0.50; and (d) 2.0≤W/Mo≤3.0; and (a) 0.25≤Ni/(Ni+Mo+W)≤0.80; (b) 0<Mo/(Ni+Mo+W)≤0.25; (c) 0.12≤W/(Ni+Mo+W)≤0.50; and (d) 2.0≤W/Mo≤3.0; and wherein the self-supported mixed metal sulfide catalyst is characterized as having a molar ratio of metal components Ni, Mo and W in a range of: (a) 1.08≤Ni/(Mo+W)≤2.03; (b) 0<Mo/(Ni+W)≤0.18; and (c) 0.20≤W/(Ni+Mo)≤0.72. (a) 1.08≤Ni/(Mo+W)≤2.03; (b) 0<Mo/(Ni+W)≤0.18; and (c) 0.20≤W/(Ni+Mo)≤0.72.