mhurhangee/ep-ind-claims huggingface dataset:
An impeller (18;208;1318;1418;1518) for a bioreactor system (10;1300) comprising: a hub (44;144;244), optionally comprising a slot; a plurality of blades (46;146;246) disposed along a circumferential direction of the hub (44;144;244) and spaced apart from each other, wherein each of the plurality of blades (46;146;246) is coupled to at least a portion of a circumference (50;150;250) and/or a top surface (1351;1451;1551) of the hub (44;144;244), wherein each blade of the plurality of blades (46;146;246) comprises a pressure face (52;152;252) and a suction face (54: 154; 254); and one or more turbulators (64;164;264) disposed on at least a portion of the suction face (54;154;254), the pressure face (52;152;252), or both, of a blade of the plurality of blades (46;146;246), said one or more turbulators comprising a rib coupled to the suction face (54;154) and wherein the blade of the plurality of blades comprises a first through-opening extending between the suction face and the pressure face, characterized in that the rib comprises a second through-opening, and that the rib is coupled to the suction face such that the second through-opening is aligned with the first through-opening. a hub (44;144;244), optionally comprising a slot; a plurality of blades (46;146;246) disposed along a circumferential direction of the hub (44;144;244) and spaced apart from each other, wherein each of the plurality of blades (46;146;246) is coupled to at least a portion of a circumference (50;150;250) and/or a top surface (1351;1451;1551) of the hub (44;144;244), wherein each blade of the plurality of blades (46;146;246) comprises a pressure face (52;152;252) and a suction face (54: 154; 254); and one or more turbulators (64;164;264) disposed on at least a portion of the suction face (54;154;254), the pressure face (52;152;252), or both, of a blade of the plurality of blades (46;146;246), said one or more turbulators comprising a rib coupled to the suction face (54;154) and wherein the blade of the plurality of blades comprises a first through-opening extending between the suction face and the pressure face, characterized in that the rib comprises a second through-opening, and that the rib is coupled to the suction face such that the second through-opening is aligned with the first through-opening.
A liquid to air membrane energy exchanger (LAMEE) comprising: at least one air flow channel comprising a first inlet for receiving a flow of air (332, 510, 610) into the LAMEE and a first outlet for exhausting the flow of air out of the LAMEE, a temperature and a humidity of the air changing between the first inlet and the first outlet; at least one liquid desiccant channel comprising a second inlet for receiving a flow of liquid desiccant (502, 602) into the LAMEE and a second outlet for expelling the flow of liquid desiccant from the LAMEE; and characterized in that the liquid to air membrane energy exchanger furthermore comprises: a selectively permeable, non-porous membrane (508, 608) interposed between the flow of air and the flow of liquid desiccant, the membrane being selectively permeable to water in the flow of air and the flow of liquid desiccant, wherein water molecules or ions are transportable through the membrane to transfer water between the air and the liquid desiccant. at least one air flow channel comprising a first inlet for receiving a flow of air (332, 510, 610) into the LAMEE and a first outlet for exhausting the flow of air out of the LAMEE, a temperature and a humidity of the air changing between the first inlet and the first outlet; at least one liquid desiccant channel comprising a second inlet for receiving a flow of liquid desiccant (502, 602) into the LAMEE and a second outlet for expelling the flow of liquid desiccant from the LAMEE; and characterized in that the liquid to air membrane energy exchanger furthermore comprises: a selectively permeable, non-porous membrane (508, 608) interposed between the flow of air and the flow of liquid desiccant, the membrane being selectively permeable to water in the flow of air and the flow of liquid desiccant, wherein water molecules or ions are transportable through the membrane to transfer water between the air and the liquid desiccant.
A replaceable tri-color ink cartridge, comprising three chambers (3,5; 103, 105) for different colors ink; a headland (13, 113) having headland slots each fluidically connected to a respective chamber; and a printhead die (9; 109) attached to the headland (13; 113), the die including nozzle arrays (15; 115) having a length of at least 14.3 millimeters, and at least three feed slots that fluidically connect the headland slots to the respective nozzle arrays (15; 115), wherein the length of each headland slot is larger than the length of the corresponding feed slot and the length of the feed slot is larger than the length of the nozzle array (15;115). nozzle arrays (15; 115) having a length of at least 14.3 millimeters, and at least three feed slots that fluidically connect the headland slots to the respective nozzle arrays (15; 115), wherein the length of each headland slot is larger than the length of the corresponding feed slot and the length of the feed slot is larger than the length of the nozzle array (15;115).
An apparatus comprising: a frame having a screen portion and a discharge portion, adjacent to the screen portion wherein the frame has a top surface and a bottom surface wherein the top surface extends from the screen portion to the discharge portion and further wherein the top surface is substantially planar; an opening in the screen portion of the frame extending through the frame from the top surface to the bottom surface; and a spout in the discharge portion wherein the spout has a shape of a hollow cylinder and further wherein the spout extends through the frame from the top surface to the bottom surface, characterized in that the discharge portion is disposed entirely outside of the screen portion. a frame having a screen portion and a discharge portion, adjacent to the screen portion wherein the frame has a top surface and a bottom surface wherein the top surface extends from the screen portion to the discharge portion and further wherein the top surface is substantially planar; an opening in the screen portion of the frame extending through the frame from the top surface to the bottom surface; and a spout in the discharge portion wherein the spout has a shape of a hollow cylinder and further wherein the spout extends through the frame from the top surface to the bottom surface, characterized in that the discharge portion is disposed entirely outside of the screen portion.
A method for forming a light extraction layer comprising nanostructures, the method comprising: - providing a substrate, the substrate being at least partially transparent to UV light; - the method being characterized by forming a non-aqueous precursor solution in a two-step sol-gel process by: - forming a mixture comprising a solvent and an alkaline earth metal; - boiling the mixture with reflux forming a gel; - evaporating the solvent of the gel; - cooling down the gel; - adding a solvent to the gel; - heating the solvent with gel; - when the boiling point of the solvent with gel is reached, adding a compound comprising Fluorine; and - boiling the gel such that a transparent sol comprising alkaline earth metal difluoride particles is formed, thereby forming a transparent sol comprising metal fluoride nanoparticles, the method further comprising: - applying the non-aqueous precursor solution on at least a first side of the substrate; - drying the substrate at a first temperature for a first period of time; and - baking the substrate at a second temperature, higher than the first temperature, for a second period of time, to form a light extraction layer comprising alkaline earth metal difluoride nanostructures on the substrate. - providing a substrate, the substrate being at least partially transparent to UV light; - the method being characterized by forming a non-aqueous precursor solution in a two-step sol-gel process by: - forming a mixture comprising a solvent and an alkaline earth metal; - boiling the mixture with reflux forming a gel; - evaporating the solvent of the gel; - cooling down the gel; - adding a solvent to the gel; - heating the solvent with gel; - when the boiling point of the solvent with gel is reached, adding a compound comprising Fluorine; and - boiling the gel such that a transparent sol comprising alkaline earth metal difluoride particles is formed, thereby forming a transparent sol comprising metal fluoride nanoparticles, the method further comprising: - applying the non-aqueous precursor solution on at least a first side of the substrate; - drying the substrate at a first temperature for a first period of time; and - baking the substrate at a second temperature, higher than the first temperature, for a second period of time, to form a light extraction layer comprising alkaline earth metal difluoride nanostructures on the substrate.
Assembly for electromagnetic transmission measurements on objects, which comprises - at least one radiation emitter (11, 16) for electromagnetic radiation and at least one radiation receiver (12, 16) for the electromagnetic radiation, which are constructed as antennas for high frequency radiation, - a sampling volume, in which the objects can be irradiated by a measuring beam bundle formed from the electromagnetic radiation of the radiation emitter (11, 16), and - a rotation device, with which the measuring beam bundle can be moved in the sampling volume along a circular arc or a circular path about a central axis of the sampling volume, characterized in that the sampling volume is arranged between two stationary reflectors (9, 10) for the electromagnetic radiation positioned opposite one another, at least part of the reflective surface of which reflectors being constructed in a ring or a ring segment about the central axis, via which reflectors the measuring beam bundle is guided to the radiation receiver (12, 16) through the sampling volume. - at least one radiation emitter (11, 16) for electromagnetic radiation and at least one radiation receiver (12, 16) for the electromagnetic radiation, which are constructed as antennas for high frequency radiation, - a sampling volume, in which the objects can be irradiated by a measuring beam bundle formed from the electromagnetic radiation of the radiation emitter (11, 16), and - a rotation device, with which the measuring beam bundle can be moved in the sampling volume along a circular arc or a circular path about a central axis of the sampling volume, characterized in that
Multi-layered video data stream having, for each of a plurality of layers, video content encoded therein in units of sub-portions of pictures (12, 15) of the video content using inter-layer prediction, each sub-portion being respectively encoded into one or more payload packets of a sequence of packets of the video data stream, each packet being associated with one of the plurality of layers, the sequence of packets being divided into a sequence of access units so that each access unit collects the payload packets relating to a common time instant, wherein the access units are subdivided into decoding units so that each access unit is subdivided into two or more decoding units, with each decoding unit solely comprising payload packets associated with one of the plurality of layers, and the decoding units comprising payload packets associated with different layers are interleaved with each other, each access unit comprising a first timing control information signaling, for each decoding unit of the respective access unit, a first decoder buffer retrieval time so that, in accordance with the first decoder buffer retrieval time for the respective access unit's decoding units, the decoding units in the respective access unit are ordered in accordance with a layer order defined among the plurality of layers so that no decoding unit comprising packets associated with a first layer follows any decoding unit in the respective access unit, comprising packets associated with a second layer succeeding the first layer in accordance with the layer order, and a second timing control information signaling, for each decoding unit of the access unit, a second decoder buffer retrieval time corresponding to the decoding unit's sequential order in the multi-layer video data stream.
A feeding apparatus comprising; - A cylindrical wedge that is installed behind the external bearing rings in order to prevent the last batch of the external bearing rings from toppling over backwards during a grinding process, characterised by - A rod that is in contact with a second, spherical wedge having a spherical surface and which is placed between the rod and the cylindrical wedge, which rod in use pushes the spherical wedge during a grinding operation, thereby allowing a physical pressure to be applied onto the central surface of the cylindrical wedge by the spherical wedge at a constant single central point. - A cylindrical wedge that is installed behind the external bearing rings in order to prevent the last batch of the external bearing rings from toppling over backwards during a grinding process, characterised by - A rod that is in contact with a second, spherical wedge having a spherical surface and which is placed between the rod and the cylindrical wedge, which rod in use pushes the spherical wedge during a grinding operation, thereby allowing a physical pressure to be applied onto the central surface of the cylindrical wedge by the spherical wedge at a constant single central point.
A liquid distributor of a process-technology column, wherein the liquid distributor has a liquid feed for conducting a liquid and at least 2 nozzles connected thereto for producing a respective liquid jet, wherein the nozzles are flat-jet nozzles for producing a respective flat jet with a wide side and a narrow side, characterized in that a down-running element is arranged at the liquid distributor, which is an integral part of the liquid distributor, wherein the flat-jet nozzles are so oriented that the flat jet produced by them impinges on the down-running element which is arranged at the liquid distributor, and at which the liquid of the flat jet can run down, wherein the flat jet impinges with its wide side at an impingement angle (α) in the range of between 1 ° and 75° on the surface of the down-running element.
A method of removing excess material from a dental appliance, the method comprising the steps of: providing at least one 5-axis computer numerical control machine and at least one administrator computing system, wherein the 5-axis CNC machine includes an automated tool; providing at least one three-dimensional model managed by the administrator computing system, wherein the 3D model is a virtual representation of at least one dental appliance; executing a line assessment process by the administrator computing system by outputting a trim line with the line assessment process, wherein the 3D model and the dental appliance are each delineated into a useful portion and at least one excess portion by the trim line; generating a tool path for the automated tool in accordance to the trim line and the 3D model by administrator computing system; relaying the tool path from the administrator computing system to the 5-axis CNC machine; loading the dental appliance into the 5-axis CNC machine; machining the dental appliance along the trim line with the automated tool, while guiding the automated tool along the tool path with the 5-axis CNC machine; unloading the useful portion of the dental appliance as a finished product from the 5-axis CNC machine; and executing steps through as a sequential set of automative steps. providing at least one 5-axis computer numerical control machine and at least one administrator computing system, wherein the 5-axis CNC machine includes an automated tool; providing at least one three-dimensional model managed by the administrator computing system, wherein the 3D model is a virtual representation of at least one dental appliance; executing a line assessment process by the administrator computing system by outputting a trim line with the line assessment process, wherein the 3D model and the dental appliance are each delineated into a useful portion and at least one excess portion by the trim line; generating a tool path for the automated tool in accordance to the trim line and the 3D model by administrator computing system; relaying the tool path from the administrator computing system to the 5-axis CNC machine; loading the dental appliance into the 5-axis CNC machine; machining the dental appliance along the trim line with the automated tool, while guiding the automated tool along the tool path with the 5-axis CNC machine; unloading the useful portion of the dental appliance as a finished product from the 5-axis CNC machine; and
A composition for oral administration comprising: 5-azacytidine, tetrahydrouridine or 2'-fluorinated tetrahydrouridine (2'-F-THU), and a pharmaceutically acceptable excipient, wherein the composition comprises 5-azacytidine in an amount suitable to provide about 10 to about 100 mg/m 2 of 5-azacytidine and tetrahydrouridine or 2'-fluorinated tetrahydrouridine in an amount suitable to provide about 400 to 500 mg/m 2 of tetrahydrouridine or 2'-fluorinated tetrahydrouridine, for use in a method of treating a cancer or a blood disorder, wherein said method comprises administering the composition for oral administration to a patient sequentially or alternately or simultaneously with a composition comprising decitabine, tetrahydrouridine or 2'-fluorinated tetrahydrouridine, and a pharmaceutically acceptable carrier. 5-azacytidine, tetrahydrouridine or 2'-fluorinated tetrahydrouridine (2'-F-THU), and a pharmaceutically acceptable excipient, wherein the composition comprises 5-azacytidine in an amount suitable to provide about 10 to about 100 mg/m 2 of 5-azacytidine and tetrahydrouridine or 2'-fluorinated tetrahydrouridine in an amount suitable to provide about 400 to 500 mg/m 2 of tetrahydrouridine or 2'-fluorinated tetrahydrouridine,
A pharmaceutical composition comprising: - plasminogen, or a biologically active variant thereof having at least 90% amino acid sequence identity with a native plasminogen polypeptide, in a concentration from about 0.01 mg/ml to about 80 mg/ml; - a tonicity modifier, which is in a concentration adjusted to reach an osmolality of the composition between about 180 mOsm and about 350 mOsm, wherein the tonicity modifier is sodium chloride and is present in a concentration of between about 30 mM to about 100 mM; and - a stabilising agent, which is arginine or glycine, in a concentration from about 10 mM to about 100 mM; wherein the composition has a pH from about 5.0 to about 8.0, and wherein said plasminogen or a biologically active variant thereof consists of more than 80% of Glu-plasminogen or said plasminogen or a biologically active variant thereof is Glu-plasminogen, wherein the term "about" covers + or - 10% of the corresponding value. - plasminogen, or a biologically active variant thereof having at least 90% amino acid sequence identity with a native plasminogen polypeptide, in a concentration from about 0.01 mg/ml to about 80 mg/ml; - a tonicity modifier, which is in a concentration adjusted to reach an osmolality of the composition between about 180 mOsm and about 350 mOsm, wherein the tonicity modifier is sodium chloride and is present in a concentration of between about 30 mM to about 100 mM; and - a stabilising agent, which is arginine or glycine, in a concentration from about 10 mM to about 100 mM; wherein the composition has a pH from about 5.0 to about 8.0, and wherein said plasminogen or a biologically active variant thereof consists of more than 80% of Glu-plasminogen or said plasminogen or a biologically active variant thereof is Glu-plasminogen, wherein the term "about" covers + or - 10% of the corresponding value.
A computer-implemented method comprising: maintaining, by a first network node, channel membership data that includes data indicating, for each channel of a plurality of channels, leaf node membership for a plurality of channels; and for each channel of the plurality of channels: determining, based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating, based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting, by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload. maintaining, by a first network node, channel membership data that includes data indicating, for each channel of a plurality of channels, leaf node membership for a plurality of channels; and for each channel of the plurality of channels: determining, based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating, based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting, by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload. determining, based on the channel membership data, the leaf nodes that are subscribed to access the channel; generating, based on the leaf nodes that are subscribed to access the channel, a modified multimedia data frame for the channel that includes (i) a hub node identifier, (ii) data that describes a destination address of each leaf node that is subscribed to access the channel and (iii) a payload; and transmitting, by the first network node, the generated modified multimedia data frame to a second network node; wherein the data that describes a destination address of each leaf node includes data describing a plurality of destination addresses and wherein the modified multimedia data frame includes a unicast data frame comprising a MAC header and a payload.