mhurhangee/ep-ind-claims huggingface dataset:
A molded article comprising a structure, wherein a bent portion is formed through a bending process in the structure, the structure including: a core layer that is formed by folding a sheet material molded of a single plastic sheet into a predetermined shape so that the core layer is sectioned into a plurality of cells that are formed by the polygonal-cylindrical or circular-cylindrical sidewalls and are disposed adjoiningly inside; and skin layers (3,4) provided on the upper and lower surfaces of the core layer, wherein, in the core layer of the structure, one end surface of each cell is closed by an upper or lower wall (21, 22) having a two-layer structure and the other end surface is closed by a lower or upper wall (22, 21) having a one-layer structure, and an opening is formed in the upper or lower wall (22, 21) closing one end of the cell, and communication portions for connecting adjacent cells to each other are formed in the core layer of the structure, wherein the upper surface of the structure is provided with one-layer portions formed of only the skin layer corresponding to the opening, two-layer portions formed of the upper wall having the one-layer structure and the skin layer, and three-layer portions formed of the upper wall having the two-layer structure and the skin layer, and wherein the opening is defined by two edges of the two-layer structure and each of the edges is a folding of two continuous layers. a core layer that is formed by folding a sheet material molded of a single plastic sheet into a predetermined shape so that the core layer is sectioned into a plurality of cells that are formed by the polygonal-cylindrical or circular-cylindrical sidewalls and are disposed adjoiningly inside; and skin layers (3,4) provided on the upper and lower surfaces of the core layer, wherein, in the core layer of the structure, one end surface of each cell is closed by an upper or lower wall (21, 22) having a two-layer structure and the other end surface is closed by a lower or upper wall (22, 21) having a one-layer structure, and an opening is formed in the upper or lower wall (22, 21) closing one end of the cell, and communication portions for connecting adjacent cells to each other are formed in the core layer of the structure, wherein the upper surface of the structure is provided with one-layer portions formed of only the skin layer corresponding to the opening, two-layer portions formed of the upper wall having the one-layer structure and the skin layer, and three-layer portions formed of the upper wall having the two-layer structure and the skin layer, and wherein the opening is defined by two edges of the two-layer structure and each of the edges is a folding of two continuous layers.
A method for reducing the microbial load of a liquid or viscous composition comprising one or more bioactive molecules naturally occurring in milk, the method comprising the steps of subjecting said composition to a pulsed electric field treatment, wherein in said PEF treatment, said composition is exposed to a specific energy of 600 or less kJ per kg composition, wherein said composition is exposed to a PEF with a field strength of 10 to 20 kV/cm, wherein said PEF treatment is applied in one or more colinear treatment chambers having a lumen, wherein said composition is continuously guided through said lumen of said colinear treatment chamber, and wherein an inside element which is inert and not conducting is provided in said lumen, such that, in said treatment chamber, said composition is guided around said inside element.
Intermediate polymer stamp, for use in a 2-step imprint method for the transferring of a pattern from a non-surface treated stamp to the intermediate polymer stamp wherein the intermediate polymer stamp is used as a template for the transferring of the pattern onto the surface of a substrate resist, wherein the intermediate polymer stamp comprises an Intermediate Polymer Stamp resist, wherein the Intermediate Polymer Stamp resist is produced from an Intermediate Polymer Stamp resist formulation, characterised in that the Intermediate Polymer Stamp resist formulation comprises photoinitiators with the ability to initiate polymerization, polymerizable mono- or multifunctional acrylates, epoxides or vinyls and siloxanes completely or partly terminated by acryloyl, epoxy or vinyl functionalities with the ability to covalently bind to the Intermediate Polymer Stamp resist under curing.
A method of forming a lightning protection system for use with an aircraft, the method using an apparatus comprising an end effector and a printing device coupled to said end effector, said printing device configured to discharge a flow of metal paste or slurry material towards a component to form at least one layer of electrically conductive material thereon, said method comprising: selecting a configuration of at least one layer of electrically conductive material to be applied to a component of the aircraft, wherein the configuration is selected as a function of an amount of lightning protection to be provided thereto; and applying, by said printing device, the at least one layer of electrically conductive material to the component via an additive manufacturing technique; wherein applying, by said printing device, the at least one layer comprises forming, by said printing device, a plurality of perforations in the at least one layer of electrically conductive material, the plurality of perforations having a substantially rounded outer profile, wherein selecting a configuration comprises: defining a first configuration of the at least one layer of electrically conductive material to be applied to components in critical zones of the aircraft; and defining a second configuration of the at least one layer of electrically conductive material to be applied to components in zones of the aircraft other than the critical zones, wherein the first configuration provides a greater amount of lightning protection than the second configuration. selecting a configuration of at least one layer of electrically conductive material to be applied to a component of the aircraft, wherein the configuration is selected as a function of an amount of lightning protection to be provided thereto; and applying, by said printing device, the at least one layer of electrically conductive material to the component via an additive manufacturing technique; wherein applying, by said printing device, the at least one layer comprises forming, by said printing device, a plurality of perforations in the at least one layer of electrically conductive material, the plurality of perforations having a substantially rounded outer profile, wherein selecting a configuration comprises: defining a first configuration of the at least one layer of electrically conductive material to be applied to components in critical zones of the aircraft; and defining a second configuration of the at least one layer of electrically conductive material to be applied to components in zones of the aircraft other than the critical zones, wherein the first configuration provides a greater amount of lightning protection than the second configuration. defining a first configuration of the at least one layer of electrically conductive material to be applied to components in critical zones of the aircraft; and defining a second configuration of the at least one layer of electrically conductive material to be applied to components in zones of the aircraft other than the critical zones, wherein the first configuration provides a greater amount of lightning protection than the second configuration.
A method for monitoring a Physical Downlink Control Channel, PDCCH, for adaptive retransmission grants in a radio communication system, the method comprising: monitoring, by a user equipment, UE, the PDCCH for adaptive retransmission grants; receiving, by the UE, a hybrid automatic repeat request, HARQ, acknowledge, ACK, message, ceasing, by the UE, to monitor the PDCCH for adaptive retransmission grants after receipt of the HARQ ACK message, characterized by receiving, by the UE, a Medium Access Control, MAC, control element, CE; and entering, by the UE, a reduced power sleep mode after receiving the HARQ ACK message based on the received MAC CE. monitoring, by a user equipment, UE, the PDCCH for adaptive retransmission grants; receiving, by the UE, a hybrid automatic repeat request, HARQ, acknowledge, ACK, message, ceasing, by the UE, to monitor the PDCCH for adaptive retransmission grants after receipt of the HARQ ACK message, characterized by receiving, by the UE, a Medium Access Control, MAC, control element, CE; and entering, by the UE, a reduced power sleep mode after receiving the HARQ ACK message based on the received MAC CE.
A process for deodorization of recycled polyolefin pellets, in which are extruded from used recyclable polyolefin flakes in an extruder, and the polyolefin pellets that are still odorous are formed in an underwater pelletizer or water ring pelletizer and a deodorization process is provided for which in a first step, the moist pellets are contacted with a circulating inert gas (at a temperature between 110°C and 160°C) in a steam stripper and the steam is precipitated in a condensate trap, by which, in the first step, odor components adhering to the surface of the pellets are removed, and the pellets are preheated; characterized in that in a second step, the pellets are sent to a vacuum silo under negative pressure and contacted with a gas flowing in countercurrent, wherein odor components that have penetrated into the pellets are removed by the negative pressure and the temperature of the pellet surface remains below 123°C for more than 10 hours, and that in a third step, after the vacuum silo the pellets are sent to a first heat exchanger and contacted with the gas flowing in countercurrent from the second step, by which the pellets are cooled and the gas is preheated for the second step.
A process for producing diesel from a hydrocarbon stream comprising: hydrotreating a first hydrocarbon stream in the presence of a hydrotreating hydrogen stream and hydrotreating catalyst to provide a hydrotreating effluent stream; hydrocracking a second hydrocarbon stream in the presence of a hydrocracking hydrogen stream and hydrocracking catalyst to provide a hydrocracking effluent stream; separating the hydrocracking effluent stream into a vaporous hydrocracking effluent stream comprising hydrogen and a liquid hydrocracking effluent stream; mixing said vaporous hydrocracking effluent stream with said hydrotreating effluent stream to form a mixed hydrotreating effluent stream; separating the mixed hydrotreating effluent stream into a vaporous hydrotreating effluent stream comprising hydrogen and a liquid hydrotreating effluent stream; fractionating said liquid hydrotreating effluent to provide said second hydrocarbon stream; and fractionating a stream comprising said liquid hydrocracking effluent to provide a low sulfur diesel stream. hydrotreating a first hydrocarbon stream in the presence of a hydrotreating hydrogen stream and hydrotreating catalyst to provide a hydrotreating effluent stream; hydrocracking a second hydrocarbon stream in the presence of a hydrocracking hydrogen stream and hydrocracking catalyst to provide a hydrocracking effluent stream; separating the hydrocracking effluent stream into a vaporous hydrocracking effluent stream comprising hydrogen and a liquid hydrocracking effluent stream; mixing said vaporous hydrocracking effluent stream with said hydrotreating effluent stream to form a mixed hydrotreating effluent stream; separating the mixed hydrotreating effluent stream into a vaporous hydrotreating effluent stream comprising hydrogen and a liquid hydrotreating effluent stream; fractionating said liquid hydrotreating effluent to provide said second hydrocarbon stream; and fractionating a stream comprising said liquid hydrocracking effluent to provide a low sulfur diesel stream.
A balloon comprising: a body portion inflatable to a first diameter; two seal portions, each having a second diameter smaller than the first diameter; and two shoulder portions, each defining a transition between the first diameter and the second diameter between an outer edge of the body portion and a longitudinally offset inner edge of one of the two seal portions, wherein at least one shoulder portion comprises a load sharing member and a stepped geometry comprising a generally square configuration upon inflation of the balloon. a body portion inflatable to a first diameter; two seal portions, each having a second diameter smaller than the first diameter; and two shoulder portions, each defining a transition between the first diameter and the second diameter between an outer edge of the body portion and a longitudinally offset inner edge of one of the two seal portions, wherein at least one shoulder portion comprises a load sharing member and a stepped geometry comprising a generally square configuration upon inflation of the balloon.
A method for simultaneously integrating a plurality of (n) exogenous nucleic acids into a plurality of (n) target sites of a host cell genome, wherein n is at least two and wherein the host cell is a fungal cell, the method comprising: (a) simultaneously contacting a host cell with: (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid x comprises a first homology region x and a second homology region x, wherein x and x are capable of initiating host cell mediated homologous recombination of x at a target site x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site x, a nuclease x capable of cleaving at x, whereupon said cleaving results in homologous recombination of x at x; and (b) recovering a host cell wherein each exogenous nucleic acid x has integrated at its selected target site x, wherein each exogenous nucleic acid x does not comprise nucleic acid encoding a selectable marker and said recovering does not require integration of a selectable marker. (a) simultaneously contacting a host cell with: (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid x comprises a first homology region x and a second homology region x, wherein x and x are capable of initiating host cell mediated homologous recombination of x at a target site x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site x, a nuclease x capable of cleaving at x, whereupon said cleaving results in homologous recombination of x at x; and (i) said plurality of exogenous nucleic acids, wherein: x is an integer that varies from 1 to n, and for each integer x, each exogenous nucleic acid x comprises a first homology region x and a second homology region x, wherein x and x are capable of initiating host cell mediated homologous recombination of x at a target site x selected from said plurality of (n) target sites of said host cell genome; and (ii) for each said target site x, a nuclease x capable of cleaving at x, whereupon said cleaving results in homologous recombination of x at x; (b) recovering a host cell wherein each exogenous nucleic acid x has integrated at its selected target site x,
A method for assessing response to treatment with a long-acting topoisomerase-I inhibitor selected from SN-38, irinotecan, or a pharmaceutically acceptable salt thereof, in a subject having breast cancer, the method comprising: (i) determining the level of a tumor marker in a bodily fluid sample of the subject to provide a reference level of the tumor marker, where the tumor marker is CA27.29, (ii) determining the level of the tumor marker in a bodily fluid sample of the subject following a treatment of said subject over a duration of time of at least 2 weeks by administration of a dosage amount of the long-acting topoisomerase-I inhibitor on a given dosing schedule, wherein the bodily fluid is the same as in step (i), (iii) correlating the level of the tumor marker in step (ii) with response of the breast cancer to treatment with the long-acting topoisomerase-I inhibitor, wherein in the event of a level of the tumor marker in step (ii) that is either unchanged or reduced from the reference level in step (i), a positive response to treatment is determined, and in the event of a level of tumor marker in step (ii) that is increased from the reference level in step (i), a negative response to treatment is determined, wherein the bodily fluid sample in steps (i) and (ii) is selected from plasma, serum, and blood. (i) determining the level of a tumor marker in a bodily fluid sample of the subject to provide a reference level of the tumor marker, where the tumor marker is CA27.29, (ii) determining the level of the tumor marker in a bodily fluid sample of the subject following a treatment of said subject over a duration of time of at least 2 weeks by administration of a dosage amount of the long-acting topoisomerase-I inhibitor on a given dosing schedule, wherein the bodily fluid is the same as in step (i), (iii) correlating the level of the tumor marker in step (ii) with response of the breast cancer to treatment with the long-acting topoisomerase-I inhibitor, wherein in the event of a level of the tumor marker in step (ii) that is either unchanged or reduced from the reference level in step (i), a positive response to treatment is determined, and in the event of a level of tumor marker in step (ii) that is increased from the reference level in step (i), a negative response to treatment is determined,
An insert having two mold insert halves (210, 220) for a tool, the insert being for controlling non-homogenous melt conditions which occur across a stream of laminar flowing material in a mold having at least one mold cavity and at least one runner through which the stream of laminar flowing material flows to fill at least one mold cavity, the insert comprising: an adjustable flow diverter section located in at least a portion of the runner, the adjustable flow diverter section defining runner portions (32A, 32B) and a flow region that completes the flow path of the runner, wherein at least one of the runner portions (32A, 32B) includes at least one divergent flow path having ends (232, 236) and an intermediate section; whereby it is possible to rotate one of the mold insert halves (210,220) so that the flow region is rotated to complete the flow path of the runner anywhere along the intermediate section thereby adjusting the stream of laminar flowing material in situ with respect to the intermediate section to adjust the flow geometry of the adjustable flow diverter section to precisely reposition the non-homogeneous conditions of the laminar flowing material in a circumferential direction to desired positions having a desired asymmetrical or symmetrical melt conditions on a cross section of the runner downstream of the adjustable flow diverter section. an adjustable flow diverter section located in at least a portion of the runner, the adjustable flow diverter section defining runner portions (32A, 32B) and a flow region that completes the flow path of the runner, wherein at least one of the runner portions (32A, 32B) includes at least one divergent flow path having ends (232, 236) and an intermediate section; whereby it is possible to rotate one of the mold insert halves (210,220) so that the flow region is rotated to complete the flow path of the runner anywhere along the intermediate section thereby adjusting the stream of laminar flowing material in situ with respect to the intermediate section to adjust the flow geometry of the adjustable flow diverter section to precisely reposition the non-homogeneous conditions of the laminar flowing material in a circumferential direction to desired positions having a desired asymmetrical or symmetrical melt conditions on a cross section of the runner downstream of the adjustable flow diverter section.
A vehicle body front portion structure comprising: a hood member that covers a front portion of a vehicle from an upper side; a skeleton member that has a top wall facing an upper side in a vehicle up-down direction and a front wall facing a front side in a vehicle front-rear direction, and that is long along a vehicle transverse direction, and that is disposed at a vehicle lower side with respect to a front end side, in the vehicle front-rear direction, of the hood member; characterized by a bracket for part fixing that is structured to include a ceiling plate portion at whose rear end portion in the vehicle front-rear direction is provided an upper joining portion that is fixed to the top wall, and a bottom plate portion at whose rear end portion in the vehicle front-rear direction is provided a lower joining portion that is fixed to the front wall, and a front plate portion that connects a front end side in the vehicle front-rear direction of the ceiling plate portion and a front end side in the vehicle front-rear direction of the bottom plate portion; and fixing canceling means, provided between the upper joining portion of the ceiling plate portion and the top wall of the skeleton member, for canceling a fixed state of the upper joining portion and the top wall such that the upper joining portion is displaced relatively toward a front side in the vehicle front-rear direction with respect to the top wall, with respect to input of load of a predetermined value or more from a vehicle front upper side to the bracket. a hood member that covers a front portion of a vehicle from an upper side; a skeleton member that has a top wall facing an upper side in a vehicle up-down direction and a front wall facing a front side in a vehicle front-rear direction, and that is long along a vehicle transverse direction, and that is disposed at a vehicle lower side with respect to a front end side, in the vehicle front-rear direction, of the hood member; characterized by a bracket for part fixing that is structured to include a ceiling plate portion at whose rear end portion in the vehicle front-rear direction is provided an upper joining portion that is fixed to the top wall, and a bottom plate portion at whose rear end portion in the vehicle front-rear direction is provided a lower joining portion that is fixed to the front wall, and a front plate portion that connects a front end side in the vehicle front-rear direction of the ceiling plate portion and a front end side in the vehicle front-rear direction of the bottom plate portion; and fixing canceling means, provided between the upper joining portion of the ceiling plate portion and the top wall of the skeleton member, for canceling a fixed state of the upper joining portion and the top wall such that the upper joining portion is displaced relatively toward a front side in the vehicle front-rear direction with respect to the top wall, with respect to input of load of a predetermined value or more from a vehicle front upper side to the bracket.