mhurhangee/ep-ind-claims huggingface dataset:
Melt spinnable copolymer of polyacrylonitrile, which is producible by copolymerisation of 95 to 80% by mol of acrylonitrile with at least one comonomer, selected from a) 5 to 20% by mol of at least one alkoxyalkylacrylate of general formula I with R = C n H 2n+1 and n = 1 - 8 and m = 1 - 8, in particular n = 1 - 4 and m = 1 - 4 b) 0 to 10% by mol of at least one alkylacrylate of general formula II with R = C n H 2n+1 and n = 1 - 18, c) 0 to 10% by mol of at least one vinyl ester of general formula III with R = C n H 2n+1 and n = 1 - 18, the copolymer having a weight-average molar mass (Mw) in the range of 10,000 to 150,000 g/mol. a) 5 to 20% by mol of at least one alkoxyalkylacrylate of general formula I with R = C n H 2n+1 and n = 1 - 8 and m = 1 - 8, in particular n = 1 - 4 and m = 1 - 4 b) 0 to 10% by mol of at least one alkylacrylate of general formula II with R = C n H 2n+1 and n = 1 - 18, c) 0 to 10% by mol of at least one vinyl ester of general formula III with R = C n H 2n+1 and n = 1 - 18, the copolymer having a weight-average molar mass (Mw) in the range of 10,000 to 150,000 g/mol.
A resin-coated metal sheet including a metal sheet and a layer of a polyester resin which comprises an ethylene terephthalate unit formed on at least one surface of the metal sheet, characterised in that said polyester resin is a blended polyester resin which is a blend of a lowly crystalline polyester resin and a highly crystalline polyester resin; wherein said highly crystalline polyester resin is a homopolyethylene terephthalate or a polyethylene terephthalate that contains the isophthalic acid in an amount of not larger than 3 mol% and said lowly crystalline polyester resin is a polyethylene terephthalate that contains the isophthalic acid in an amount of 12 to 18 mol%.
A transdermal administration device housing comprising: a transdermal administration device; and an outer package of a bag shape that houses the transdermal administration device, the transdermal administration device including: an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface, and a projection which protrudes from the first surface; and a container (50, 60) that houses the administration section, the outer package including: a front component and a rear component, the front component facing the first surface of the substrate via the container (50, 60), the rear component facing the second surface of the substrate via the container (50, 60), and the front component including an opening section (33, 36) on the front component which is configured to be pulled open to thereby open the outer package, wherein the opening section (33, 36) overlaps a region where the projection is located on the first surface of the substrate when viewed in a direction perpendicular to the first surface of the substrate. a transdermal administration device; and an outer package of a bag shape that houses the transdermal administration device, the transdermal administration device including: an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface, and a projection which protrudes from the first surface; and a container (50, 60) that houses the administration section, an administration section which includes a substrate having a first surface and a second surface which is opposite from the first surface, and a projection which protrudes from the first surface; and a container (50, 60) that houses the administration section, the outer package including: a front component and a rear component, the front component facing the first surface of the substrate via the container (50, 60), the rear component facing the second surface of the substrate via the container (50, 60), and the front component including an opening section (33, 36) on the front component which is configured to be pulled open to thereby open the outer package, a front component and a rear component, the front component facing the first surface of the substrate via the container (50, 60), the rear component facing the second surface of the substrate via the container (50, 60), and the front component including an opening section (33, 36) on the front component which is configured to be pulled open to thereby open the outer package, wherein the opening section (33, 36) overlaps a region where the projection is located on the first surface of the substrate when viewed in a direction perpendicular to the first surface of the substrate.
A display element for attaching advertising to the handle of a shopping cart or the like, comprising a base body having a recess for inserting an advertising media in a flat manner as well as comprising fastening elements for fastening the display element to the handlebar or the handlebar brackets of a shopping cart, wherein the display element consists of a plurality of parts, which, when joined, surround the handlebar or the handlebar bracket in the form of a closed box profile, characterized in that the display element consists of a half shell-like center part and two half shell-like side parts (2, 2') and that the half shell-like side parts (2, 2') have dove tail-like webs, which can be inserted into and which can engage with grooves of the center part, wherein the side parts (2, 2') have a recess, which can accommodate the handle of the shopping cart.
A solid oxide fuel cell system comprising: a fuel cell stack generating a power using a fuel gas and air; a reformer generating the fuel gas by reforming a raw material; an air supplier supplying the air to the fuel cell stack; a combustor combusting an anode off-gas and a cathode off-gas each discharged from the fuel cell stack; and a controller, characterized in that in a stop control of the solid oxide fuel cell system in which the fuel gas and the air are continuously supplied to the fuel cell stack after power generation is stopped, the controller is configured to calculate an average value of ratios of the air to the raw material supplied to the reformer as a first average value, in a case in which a molar fraction of a hydrogen component in the anode off-gas is higher than a molar fraction of a raw material component in the anode off-gas, the controller is configured to calculate the average value of the ratios of the air to the raw material supplied to the reformer as a second average value, in a case in which the molar fraction of the hydrogen component in the anode off-gas is lower than the molar fraction of the raw material component in the anode off-gas, and the controller is configured to set a flow rate of the air supplied to the cathode of the fuel cell stack by controlling the air supplier so that the first average value is higher than the second average value. a fuel cell stack generating a power using a fuel gas and air; a reformer generating the fuel gas by reforming a raw material; an air supplier supplying the air to the fuel cell stack; a combustor combusting an anode off-gas and a cathode off-gas each discharged from the fuel cell stack; and a controller, characterized in that in a stop control of the solid oxide fuel cell system in which the fuel gas and the air are continuously supplied to the fuel cell stack after power generation is stopped, the controller is configured to calculate an average value of ratios of the air to the raw material supplied to the reformer as a first average value, in a case in which a molar fraction of a hydrogen component in the anode off-gas is higher than a molar fraction of a raw material component in the anode off-gas, the controller is configured to calculate the average value of the ratios of the air to the raw material supplied to the reformer as a second average value, in a case in which the molar fraction of the hydrogen component in the anode off-gas is lower than the molar fraction of the raw material component in the anode off-gas, and the controller is configured to set a flow rate of the air supplied to the cathode of the fuel cell stack by controlling the air supplier so that the first average value is higher than the second average value.
A ball screw device comprising: a ball nut that includes a nut body having a female thread groove; a male shaft that has a male thread groove facing the female thread groove; a spiral raceway (61 to 66) that is defined between part of the female thread groove and part of the male thread groove; a plurality of balls that are arranged in the raceway; and a bridge that is retained in an insertion hole (81 to 86) formed in the ball nut and that is used to circulate the balls from one end of the raceway to the other end of the raceway, wherein a plurality of the raceways and a plurality of the bridges are provided in an axial direction of the male shaft, the ball nut includes an annular flange that is formed on an outer periphery of the nut body, the annular flange has a plurality of mounting portions in a circumferential direction of the annular flange, a predetermined fixing member being fitted to each mounting portion; the ball screw device being characterized by comprising the plurality of bridges include at least two first bridges (73, 74) that are arranged so as to overlap with the annular flange in position in the axial direction, and the first bridges each are arranged at a position different in the circumferential direction from positions at which the mounting portions are arranged, and are arranged at unequal intervals in the circumferential direction. a ball nut that includes a nut body having a female thread groove; a male shaft that has a male thread groove facing the female thread groove; a spiral raceway (61 to 66) that is defined between part of the female thread groove and part of the male thread groove; a plurality of balls that are arranged in the raceway; and a bridge that is retained in an insertion hole (81 to 86) formed in the ball nut and that is used to circulate the balls from one end of the raceway to the other end of the raceway, wherein a plurality of the raceways and a plurality of the bridges are provided in an axial direction of the male shaft, the ball nut includes an annular flange that is formed on an outer periphery of the nut body, the annular flange has a plurality of mounting portions in a circumferential direction of the annular flange, a predetermined fixing member being fitted to each mounting portion; the ball screw device being characterized by comprising the plurality of bridges include at least two first bridges (73, 74) that are arranged so as to overlap with the annular flange in position in the axial direction, and the first bridges each are arranged at a position different in the circumferential direction from positions at which the mounting portions are arranged, and are arranged at unequal intervals in the circumferential direction.
A hammock for a three-dimensional folding pushchair, comprising a backrest and a seat mounted on a folding structure, characterised in that the said seat comprises two reinforcing plates (23 D, 23 G) hinged together on the one hand, and respectively hinged to a lateral element (21 D, 21 G) of the said folding structure on the other hand, using corresponding hinges (31 D, 31 G, 32 D, 32 G), the said folding structure comprising crosspieces connecting the said lateral elements (21 D, 21 G), mounted in a way that the said lateral elements (21 D, 21 G) draw closer to each other when folding, the said crosspieces extending under the said seat, the said crosspieces defining two callipers, each one having two arms connected by a pivot (413, 423) that extend into a central position of the seat at the level of the hinge between the two reinforcing plates according to a vertical plane, and mounted in a way that the first arm of the first calliper is positioned above the first arm of the second calliper, and that the second arm of the first calliper is positioned below the second arm of the second calliper.
A composite profile for doors, windows or façade elements, comprising: a) a first metal profile and at least one insulating web, b) wherein the first metal profile is connected to the one or more insulating webs in at least one insulating web zone, and c) the insulating web or webs each have at least one end portion, d) wherein at least one of the end portions of each insulating web engages in a corresponding groove formed by the first metal profile, wherein the groove is formed by a bead and a web, e) wherein the web rests on the circumference of a wire which is inserted into the respective insulating web, wherein f) the wire has a smooth surface portion on which the respective web abuts to slidably define the respective end portion of the insulating web, g) wherein the web forms on the smooth surface portion of the wire a first bearing surface (A 1) and a remaining surface of the wire on the insulating web forms a second bearing surface (A 2), h) and the surface pressures p of the bearing surfaces A 1 and A 2 formed by mounting the first metal profile with the insulating web and the wire are in the ratio p A1 ≥ P A2, characterized in that i) the smooth surface portion is formed to extend preferably along the entire length of the wire, but only over part of the circumference of the wire. a) a first metal profile and at least one insulating web, b) wherein the first metal profile is connected to the one or more insulating webs in at least one insulating web zone, and c) the insulating web or webs each have at least one end portion, d) wherein at least one of the end portions of each insulating web engages in a corresponding groove formed by the first metal profile, wherein the groove is formed by a bead and a web, e) wherein the web rests on the circumference of a wire which is inserted into the respective insulating web, f) the wire has a smooth surface portion on which the respective web abuts to slidably define the respective end portion of the insulating web, g) wherein the web forms on the smooth surface portion of the wire a first bearing surface (A 1) and a remaining surface of the wire on the insulating web forms a second bearing surface (A 2), h) and the surface pressures p of the bearing surfaces A 1 and A 2 formed by mounting the first metal profile with the insulating web and the wire are in the ratio p A1 ≥ P A2, i) the smooth surface portion is formed to extend preferably along the entire length of the wire, but only over part of the circumference of the wire.
A radio network node comprising processing circuitry and an interface (60, 62) configured to: transmit to a core network node a first message that includes a Transport Network Layer, TNL, address for a downlink tunnel in a protocol data unit, PDU, session, which PDU session being split in a user plane function, UPF, into two transport tunnels; and receive from the core network node a reply message that includes an uplink, UL, transport layer address corresponding to the TNL address for the downlink tunnel; wherein the processing circuitry and interface (60, 62) are further configured to receive in the reply message from the core network node an indication of a mapping of TNL addresses to corresponding UL transport layer addresses for identification of said two transport tunnels. transmit to a core network node a first message that includes a Transport Network Layer, TNL, address for a downlink tunnel in a protocol data unit, PDU, session, which PDU session being split in a user plane function, UPF, into two transport tunnels; and receive from the core network node a reply message that includes an uplink, UL, transport layer address corresponding to the TNL address for the downlink tunnel; wherein the processing circuitry and interface (60, 62) are further configured to receive in the reply message from the core network node an indication of a mapping of TNL addresses to corresponding UL transport layer addresses for identification of said two transport tunnels.
(Currently Amended) A composition comprising non-pluripotent progenitors of surrogate pancreatic cells that are suitable for treating insulin-dependent diabetes, wherein the progenitors (i) have a stem cell morphology and proliferate in culture without change in said morphology, (ii) are reprogrammed by delivering reprogramming genes in at least one episomal plasmid and have no reprogramming genes integrated into their genomes, (iii) differentiate to the pancreatic lineage pursuant to a protocol that employs only defined reagents, and (iv) are derived from a human pancreas and are unable to differentiate to the mesodermal lineage.
A pharmaceutical composition comprising a crystalline salt of (4S,4aS,5aR,12aS)-4-dimethylamino-3,10,12,12a-tetrahydroxy-7-[(methoxy(methyl)amino)-methyl]-1,11-dioxo-1,4,4a,5,5a,6,11,12a-octahydro-naphthacene-2-carboxylic acid amide, wherein the salt is selected from a group consisting of mono hydrochloride, mono mesylate and mono sulfate, and wherein the pharmaceutical composition is for oral administration.
A pulse oximeter, comprising: a first measuring section (3, 21, 22, 23) for measuring an arterial blood oxygen saturation by irradiating light to a living tissue containing an arterial blood flow of a subject, and utilizing transmitted or reflected light with respect to the living tissue; a detector for detecting whether the subject is walking, and adapted to produce a detection result; a storage for storing the measured arterial blood oxygen saturation; and a controller configured to define, in response to the detector result, a walking start point of time and a walking end point of time; and characterised in that the controller is further configured to cause the storage to store the arterial blood oxygen saturation, in response to the detector result, at least at the walking end point of time. a first measuring section (3, 21, 22, 23) for measuring an arterial blood oxygen saturation by irradiating light to a living tissue containing an arterial blood flow of a subject, and utilizing transmitted or reflected light with respect to the living tissue; a detector for detecting whether the subject is walking, and adapted to produce a detection result; a storage for storing the measured arterial blood oxygen saturation; and a controller configured to define, in response to the detector result, a walking start point of time and a walking end point of time; and
Food comminution device having a base part, which bears a cutting part, and having an actuation part, which actuation part is articulatedly fixed in particular to the base part and can be pivoted from a loading position toward the cutting part into a closed position in order to push food items for comminution through the cutting part and can subsequently be pivoted from the closed position into the loading position again, characterized in that a. the base part has the outer contour of a cuboid as its outer contour, and in that b. the food comminution device has a collecting container, and in that, c. on one face surface of the base part, there is provided an opening for the sliding-in of the collecting container into the base part, and in that d. the cutting part is arranged on a first side surface of the base part, which side surface is adjacent to the face surface, and in that e. the cutting part and the actuation part are constituent parts of a first comminution tool, and in that f. the base part is a constituent part of a further comminution tool, and/or at least one further comminution tool is fixed to the base part, wherein the further comminution tool is arranged on a further side surface of the base part, which further side surface is adjacent to the face surface, and in that g. the collecting container can be arranged in the base part selectively in a first position, in which said collecting container collects food items comminuted by way of the first comminution tool, or in a second position, which differs from the first position and in which said collecting container collects the food items comminuted by way of the second comminution tool. a. the base part has the outer contour of a cuboid as its outer contour, and in that b. the food comminution device has a collecting container, and in that, c. on one face surface of the base part, there is provided an opening for the sliding-in of the collecting container into the base part, and in that d. the cutting part is arranged on a first side surface of the base part, which side surface is adjacent to the face surface, and in that e. the cutting part and the actuation part are constituent parts of a first comminution tool, and in that f. the base part is a constituent part of a further comminution tool, and/or at least one further comminution tool is fixed to the base part, wherein the further comminution tool is arranged on a further side surface of the base part, which further side surface is adjacent to the face surface, and in that g. the collecting container can be arranged in the base part selectively in a first position, in which said collecting container collects food items comminuted by way of the first comminution tool, or in a second position, which differs from the first position and in which said collecting container collects the food items comminuted by way of the second comminution tool.
A method of forming a microstructure comprising: providing a substrate comprising a metallized structured surface region comprising a metal layer disposed on a surface of the structured surface region, the metallized structured surface region comprising one or more recessed features having recessed surfaces, the metallized structured surface region free of plateaus; disposing a fluid composition comprising a resist material and a liquid onto the metallized structured surface region; and evaporating liquid from the fluid composition, the resist material collecting on the recessed surfaces such that a remainder of the metallized structured surface region is substantially free of the resist material. providing a substrate comprising a metallized structured surface region comprising a metal layer disposed on a surface of the structured surface region, the metallized structured surface region comprising one or more recessed features having recessed surfaces, the metallized structured surface region free of plateaus; disposing a fluid composition comprising a resist material and a liquid onto the metallized structured surface region; and evaporating liquid from the fluid composition, the resist material collecting on the recessed surfaces such that a remainder of the metallized structured surface region is substantially free of the resist material.