mhurhangee/patent-ind-claim-en huggingface dataset:
A method for inducing differentiation of pluripotent stem cells into intestinal epithelial cells, the method comprising the following steps and : the step of differentiating pluripotent stem cells into intestinal stem cell-like cells; and the step of differentiating the intestinal stem cell-like cells obtained in the step into intestinal epithelial cell-like cells by using an MEK1 inhibitor, a DNA methylation inhibitor, a TGFβ receptor inhibitor, EGF, and a cAMP activator in combination, wherein the cAMP activator is Forskolin or NKH477. the step of differentiating pluripotent stem cells into intestinal stem cell-like cells; and the step of differentiating the intestinal stem cell-like cells obtained in the step into intestinal epithelial cell-like cells by using an MEK1 inhibitor, a DNA methylation inhibitor, a TGFβ receptor inhibitor, EGF, and a cAMP activator in combination, wherein the cAMP activator is Forskolin or NKH477.
An actuator , comprising: a mandrel , the mandrel having a proximal end and a distal end , wherein the actuator is adapted such that the mandrel is driven to move from a contraction position toward an actuation position; a mandrel sleeve , the mandrel sleeve being sleeved on the distal end of the mandrel ; and a shell , the shell defining a channel, wherein the actuator further comprises at least one sliding member , wherein the actuator is adapted such that when the mandrel moves from the contraction position toward the actuation position, the at least one sliding member is located at a first radial position where the mandrel is joined to the mandrel sleeve , such that the mandrel sleeve can move along the channel together with the mandrel ; and wherein at the actuation position, the at least one sliding member moves outward radially to a second radial position where the mandrel sleeve is joined to the shell , thus locking the mandrel sleeve . a mandrel , the mandrel having a proximal end and a distal end , wherein the actuator is adapted such that the mandrel is driven to move from a contraction position toward an actuation position; a mandrel sleeve , the mandrel sleeve being sleeved on the distal end of the mandrel ; and a shell , the shell defining a channel, wherein the actuator further comprises at least one sliding member , wherein the actuator is adapted such that when the mandrel moves from the contraction position toward the actuation position, the at least one sliding member is located at a first radial position where the mandrel is joined to the mandrel sleeve , such that the mandrel sleeve can move along the channel together with the mandrel ; and wherein at the actuation position, the at least one sliding member moves outward radially to a second radial position where the mandrel sleeve is joined to the shell , thus locking the mandrel sleeve .
A method for producing nanocarbon, comprising: forming a fluidized bed by supplying a low hydrocarbon and oxygen to a fluid catalyst or a fluid catalyst used in combination with a fluid medium; and producing nanocarbon and hydrogen by a decomposition reaction of the low hydrocarbon accompanied by a self-combustion of the low hydrocarbon and the oxygen; wherein the low hydrocarbon is selected from methane, ethane, propane, butane or mixtures thereof; wherein the fluid catalyst comprises metal particles or metal particles supported on the surface of a silica or an alumina carrier, the size of metal particles being 1 to 500 nm; wherein the fluid medium is selected from the group of sand particles, silica particles, alumina particles or mixtures thereof; and wherein the oxygen is supplied in a ratio of 25% by volume or less, based on the total volume of the low hydrocarbon and the oxygen. forming a fluidized bed by supplying a low hydrocarbon and oxygen to a fluid catalyst or a fluid catalyst used in combination with a fluid medium; and producing nanocarbon and hydrogen by a decomposition reaction of the low hydrocarbon accompanied by a self-combustion of the low hydrocarbon and the oxygen; wherein the low hydrocarbon is selected from methane, ethane, propane, butane or mixtures thereof; wherein the fluid catalyst comprises metal particles or metal particles supported on the surface of a silica or an alumina carrier, the size of metal particles being 1 to 500 nm; wherein the fluid medium is selected from the group of sand particles, silica particles, alumina particles or mixtures thereof; and wherein the oxygen is supplied in a ratio of 25% by volume or less, based on the total volume of the low hydrocarbon and the oxygen.
A rack for storing and/or transporting elements , in particular glazing elements, of the type comprising a structure receiving these elements , the top part of the structure comprising receiving means and securing means for an additional top rack to be stacked on the latter, and the bottom part of this structure comprising complementary means that can allow it to cooperate with the receiving means and the securing means of a bottom rack on which it is to be stacked, characterized in that the securing means comprise at least two members separated from one another in the transverse direction by a value (e, e') corresponding to a difference in dimensions, in the transverse direction, of the racks that are to be stacked.
A refrigerator comprising: a cabinet having storage chamber being open to the front side of the cabinet ; a drawer provided with a front panel and a storage room provided at a rear side of the front panel , the drawer is provided for opening and closing the storage chamber ; a deodorizing case including an upper end part provided on an inner surface of the storage room , and a lower end part provided on an outer surface of the storage room; and a deodorizing member made of odor absorbing substance and provided inside the deodorizing case to remove an odor of the storage chamber ; characterized in that the refrigerator further comprises a drawer cover partitioning an inner part of the storage room into a front space (S1) and a rear space (S2) such that in a state in which the drawer cover is mounted, a front surface and an upper surface of the rear space (S2) are covered by the drawer cover so as to be not exposed to the outside and the deodorizing case is provided in the rear space (S2); and wherein the deodorizing case is provided integrally with the storage room .. a cabinet having storage chamber being open to the front side of the cabinet ; a drawer provided with a front panel and a storage room provided at a rear side of the front panel , the drawer is provided for opening and closing the storage chamber ; a deodorizing case including an upper end part provided on an inner surface of the storage room , and a lower end part provided on an outer surface of the storage room; and a deodorizing member made of odor absorbing substance and provided inside the deodorizing case to remove an odor of the storage chamber ; characterized in that the refrigerator further comprises a drawer cover partitioning an inner part of the storage room into a front space (S1) and a rear space (S2) such that in a state in which the drawer cover is mounted, a front surface and an upper surface of the rear space (S2) are covered by the drawer cover so as to be not exposed to the outside and the deodorizing case is provided in the rear space (S2); and wherein the deodorizing case is provided integrally with the storage room ..
An energy and/or telecommunications cable comprising an elongate conductive element, the cable being characterised in that the elongate conductive element is surrounded by at least one cross-linked polymer layer obtained from a cross-linkable polymer composition comprising a polymer and a thermochromic agent that is capable of irreversibly changing colour at a reaction temperature T at under the action of an increase in temperature, and in that the cross-linkable polymer composition comprises at least 5% by weight of the said thermochromic agent.
A process for depositing an alumina-based coating onto a thermal barrier coating, the process consisting of providing an article with a thermal barrier coating disposed thereon; heating an alumina powder, wherein the alumina powder has a composition of at least 60 weight percent alumina with a balance comprising titania, zirconia, and gadolinia based on a total weight of the alumina-based coating; and thermally spraying the alumina powder onto the thermal barrier coating to form the alumina-based coating, wherein the alumina-based coating has an average surface roughness of less than 4.0 micrometers to 0.75 micrometers.
A method of communication at a gateway device, the method comprising: receiving capability information from a user terminal, said capability information indicating at least one of: an inter-cell tune time for the user terminal or an inter-satellite tune time for the user terminal, wherein said inter-cell tune time indicates the duration for the user terminal to tune from one cell/beam to another cell/beam of a current satellite and wherein said inter-satellite tune time indicates the duration for the user terminal to tune from a cell/beam of a current satellite to a cell/beam of another satellite; generating satellite handoff information that specifies a handoff time of the user terminal for a particular cell of a particular satellite, wherein the generation of the satellite handoff information is based on the capability information from the user terminal; and sending the satellite handoff information to the user terminal. receiving capability information from a user terminal, said capability information indicating at least one of: an inter-cell tune time for the user terminal or an inter-satellite tune time for the user terminal, wherein said inter-cell tune time indicates the duration for the user terminal to tune from one cell/beam to another cell/beam of a current satellite and wherein said inter-satellite tune time indicates the duration for the user terminal to tune from a cell/beam of a current satellite to a cell/beam of another satellite; generating satellite handoff information that specifies a handoff time of the user terminal for a particular cell of a particular satellite, wherein the generation of the satellite handoff information is based on the capability information from the user terminal; and sending the satellite handoff information to the user terminal.
A turbine vane for a gas turbine engine comprising: inner and outer platforms joined by a radially extending airfoil , the airfoil including leading and trailing edges joined by spaced apart pressure and suction sides to provide an exterior airfoil surface, the airfoil including an airfoil cooling passage ; and a platform cooling passage arranged within at least one of the inner and outer platforms , the platform cooling passage including multiple cooling regions with one of the cooling regions arranged beneath the airfoil cooling passage , wherein the platform cooling passage includes a radially extending inlet , the multiple cooling regions corresponds to first, second and third cooling regions providing a tortuous cooling passage, the first cooling region adjoining the inlet , and an elongated rib is arranged near the inlet and separates the first and second cooling regions ; wherein the at least one of the inner and outer platforms includes a platform perimeter provided by forward and aft edges joined to one another by pressure and suction side edges ; the first cooling region and the rib are generally parallel to the pressure side edge ; the third cooling region is generally parallel to the aft edge ; and the platform cooling passage includes an axially extending portion joined to the third cooling region that is generally perpendicular to the aft edge and characterised in that the axial extending portion terminates in a welded plug . inner and outer platforms joined by a radially extending airfoil , the airfoil including leading and trailing edges joined by spaced apart pressure and suction sides to provide an exterior airfoil surface, the airfoil including an airfoil cooling passage ; and a platform cooling passage arranged within at least one of the inner and outer platforms , the platform cooling passage including multiple cooling regions with one of the cooling regions arranged beneath the airfoil cooling passage , wherein the platform cooling passage includes a radially extending inlet , the multiple cooling regions corresponds to first, second and third cooling regions providing a tortuous cooling passage, the first cooling region adjoining the inlet , and an elongated rib is arranged near the inlet and separates the first and second cooling regions ; wherein the at least one of the inner and outer platforms includes a platform perimeter provided by forward and aft edges joined to one another by pressure and suction side edges ; the first cooling region and the rib are generally parallel to the pressure side edge ; the third cooling region is generally parallel to the aft edge ; and the platform cooling passage includes an axially extending portion joined to the third cooling region that is generally perpendicular to the aft edge and characterised in that the axial extending portion terminates in a welded plug .
A method for determining control data and/or calibrating a controller of a vehicle component, in particular at least one section of a drive train of a motor vehicle, preferably an internal combustion engine, wherein control data, on the basis of which the vehicle component is controlled, is stored in the controller, and wherein the method comprises the following working steps: identifying at least one first vehicle parameter of a plurality of vehicle parameters of already calibrated variants of the vehicle component which has different values for different calibrated variants, preferably a rated power, an emission value and/or a market specification, in particular EU, USA or JP ; if the already calibrated variants differ in terms of the at least one first vehicle parameter, checking at least one portion of the control data of the already calibrated variants for a pattern of dependency on the at least one first vehicle parameter ; if a pattern of dependency between the at least one vehicle parameter and the portion of the control data is detected, defining a calibration function for the at least one portion of the controlled data, in particular for at least one control parameter, on the basis of the relationship established based on the pattern with the at least one first vehicle parameter , wherein the calibration function is an assignment rule which associates at least a portion of the control data with a value based on the value of at least one vehicle parameter; determining control data of a variant of the vehicle component to be calibrated by means of the calibration function as a function of the at least one first vehicle parameter ; and outputting the determined control data, in particular to the controller of the vehicle component . identifying at least one first vehicle parameter of a plurality of vehicle parameters of already calibrated variants of the vehicle component which has different values for different calibrated variants, preferably a rated power, an emission value and/or a market specification, in particular EU, USA or JP ; if the already calibrated variants differ in terms of the at least one first vehicle parameter, checking at least one portion of the control data of the already calibrated variants for a pattern of dependency on the at least one first vehicle parameter ; if a pattern of dependency between the at least one vehicle parameter and the portion of the control data is detected, defining a calibration function for the at least one portion of the controlled data, in particular for at least one control parameter, on the basis of the relationship established based on the pattern with the at least one first vehicle parameter , wherein the calibration function is an assignment rule which associates at least a portion of the control data with a value based on the value of at least one vehicle parameter; determining control data of a variant of the vehicle component to be calibrated by means of the calibration function as a function of the at least one first vehicle parameter ; and outputting the determined control data, in particular to the controller of the vehicle component .
A method for receiving channel measurement, comprising: selecting (S301), by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing (S302), by the UE, channel measurement for the antenna port subset to obtain channel state information; receiving (S302), by a base station from the UE, the channel state information and identification information of the antenna port subset at the same time. selecting (S301), by a user equipment, UE, an antenna port subset that is required to be measured from pre-partitioned antenna port subsets according to current state information of the UE; performing (S302), by the UE, channel measurement for the antenna port subset to obtain channel state information; receiving (S302), by a base station from the UE, the channel state information and identification information of the antenna port subset at the same time.
A bipolar plate for a fuel cell, comprising: a first plate ; a second plate coupled to the first plate to form a channel in which a fluid (F) flows; and a plurality of protrusions disposed apart from each other in the channel in a flow direction of the fluid (F), wherein: the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface , the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface , and a second protrusion protruding from the second surface toward the first surface , and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid (F); and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body . a first plate ; a second plate coupled to the first plate to form a channel in which a fluid (F) flows; and a plurality of protrusions disposed apart from each other in the channel in a flow direction of the fluid (F), wherein: the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface , the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface , and a second protrusion protruding from the second surface toward the first surface , and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid (F); and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body . the channel includes a first surface of the first plate and a second surface of the second plate facing the first surface , the plurality of protrusions include a first protrusion protruding from the first surface toward the second surface , and a second protrusion protruding from the second surface toward the first surface , and each of the first protrusion and the second protrusion includes: a first protruding body disposed in an oblong shape in the flow direction of the fluid (F); and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body . a first protruding body disposed in an oblong shape in the flow direction of the fluid (F); and second protruding bodies protruding in a round shape from both ends of the oblong shape of the first protruding body .
A dishwasher comprising: a tub which accommodates dishes; a spray module which sprays washing water toward the dishes in the tub ; a sump which supplies the washing water to the spray module ; a pump which pumps the washing water stored in the sump to the spray module ; and an air jet generator which receives a part of the washing water pumped from the pump to form an air bubble in the washing water and discharges the air bubble to the sump , characterized in that the air jet generator comprises: a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion ; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion ; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion ; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction. a tub which accommodates dishes; a spray module which sprays washing water toward the dishes in the tub ; a sump which supplies the washing water to the spray module ; a pump which pumps the washing water stored in the sump to the spray module ; and an air jet generator which receives a part of the washing water pumped from the pump to form an air bubble in the washing water and discharges the air bubble to the sump , characterized in that the air jet generator comprises: a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion ; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion ; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion ; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction. a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion ; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion ; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion ; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction.