mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a power plant, which has a combustion chamber, using a fuel, wherein the fuel at least partially comprises a first substitute fuel, wherein the fuel is supplied to the combustion chamber for firing in a determined quantity per unit of time and in a composition, wherein the composition is determined by a) forming a model composition (2, 23, 24, 25, 26) from one or more substitute fuels, the model composition (2, 23, 24, 25, 26) comprising the type and proportion of the substitute fuel or fuels; b) providing partial ash compositions and partial ash proportions for each substitute fuel of the model composition (2, 23, 24, 25, 26) and determining therefrom a total ash composition and a total ash proportion for the model composition (2, 23, 24, 25, 26); c) wherein a model slag composition for different temperatures is determined using a thermodynamic model based on the total ash composition; d) wherein a viscosity of the model slag composition is determined; e) wherein a contamination risk is determined based on the viscosity, the total ash proportion and the total ash composition; f) wherein the model composition (2, 23, 24, 25, 26) is assigned to a composition of the fuel if the contamination risk is below a predeterminable contamination limit value and the combustion chamber is filled with the composition of the fuel; and g) wherein the contamination risk is determined according to steps a) to e) for a modified model composition (2, 23, 24, 25, 26) if the contamination risk is above the contamination limit value. a) forming a model composition (2, 23, 24, 25, 26) from one or more substitute fuels, the model composition (2, 23, 24, 25, 26) comprising the type and proportion of the substitute fuel or fuels; b) providing partial ash compositions and partial ash proportions for each substitute fuel of the model composition (2, 23, 24, 25, 26) and determining therefrom a total ash composition and a total ash proportion for the model composition (2, 23, 24, 25, 26); c) wherein a model slag composition for different temperatures is determined using a thermodynamic model based on the total ash composition; d) wherein a viscosity of the model slag composition is determined; e) wherein a contamination risk is determined based on the viscosity, the total ash proportion and the total ash composition; f) wherein the model composition (2, 23, 24, 25, 26) is assigned to a composition of the fuel if the contamination risk is below a predeterminable contamination limit value and the combustion chamber is filled with the composition of the fuel; and g) wherein the contamination risk is determined according to steps a) to e) for a modified model composition (2, 23, 24, 25, 26) if the contamination risk is above the contamination limit value.
A vehicle steering apparatus provided in a steering mechanism mechanically separated from a steering operation mechanism, the vehicle steering apparatus comprising: a shaft member configured to rotate in accordance with an operation on a steering member; a moving portion configured to move in a circumferential direction of the shaft member in accordance with rotation of the shaft member, the moving portion being configured to restrict rotation of the shaft member when movement of the moving portion is stopped; a support member including a shaft support portion rotatably supporting the shaft member; and a stop portion disposed on the support member, the stop portion being configured to abut the moving portion to stop movement of the moving portion; the moving portion including a first abutting surface that faces the stop portion in the circumferential direction; the first abutting surface being inclined with respect to an axial direction of the shaft member to face a shaft support portion side when the moving portion is viewed in a radial direction of the shaft member; and the stop portion including a first abutted surface that abuts the first abutting surface, wherein the first abutted surface is inclined in a direction parallel to the first abutting surface so as to come into surface-abutment with the first abutting surface. a shaft member configured to rotate in accordance with an operation on a steering member; a moving portion configured to move in a circumferential direction of the shaft member in accordance with rotation of the shaft member, the moving portion being configured to restrict rotation of the shaft member when movement of the moving portion is stopped; a support member including a shaft support portion rotatably supporting the shaft member; and a stop portion disposed on the support member, the stop portion being configured to abut the moving portion to stop movement of the moving portion; the moving portion including a first abutting surface that faces the stop portion in the circumferential direction; the first abutting surface being inclined with respect to an axial direction of the shaft member to face a shaft support portion side when the moving portion is viewed in a radial direction of the shaft member; and the stop portion including a first abutted surface that abuts the first abutting surface, wherein the first abutted surface is inclined in a direction parallel to the first abutting surface so as to come into surface-abutment with the first abutting surface.
A method to update functionality of a vehicular computing device of a vehicle, the method comprising: receiving, by the vehicular computing device and from an intermediate courier device via a communication network, an update package; scheduling installation of the received update package, wherein scheduling installation of the received update package comprises determining one or more installation requirements for when to install the received update package; determining whether the one or more installation requirements are satisfied, wherein determining whether the one or more installation requirements are satisfied comprises determining, based on a location sensor, whether the vehicle is located at a parking location at which the vehicle is regularly or routinely parked; and in response to determining that the one or more installation requirements are satisfied: creating a recovery image of current software or firmware of the vehicular computing device; installing the received update package by executing a sequence of installation instructions included in the received update package; determining whether the installation of the received update package was successful; and in response to determining that the installation of the received update package was successful: committing the installation of the received update package. receiving, by the vehicular computing device and from an intermediate courier device via a communication network, an update package; scheduling installation of the received update package, wherein scheduling installation of the received update package comprises determining one or more installation requirements for when to install the received update package; determining whether the one or more installation requirements are satisfied, wherein determining whether the one or more installation requirements are satisfied comprises determining, based on a location sensor, whether the vehicle is located at a parking location at which the vehicle is regularly or routinely parked; and in response to determining that the one or more installation requirements are satisfied: creating a recovery image of current software or firmware of the vehicular computing device; installing the received update package by executing a sequence of installation instructions included in the received update package; determining whether the installation of the received update package was successful; and in response to determining that the installation of the received update package was successful: committing the installation of the received update package. creating a recovery image of current software or firmware of the vehicular computing device; installing the received update package by executing a sequence of installation instructions included in the received update package; determining whether the installation of the received update package was successful; and in response to determining that the installation of the received update package was successful: committing the installation of the received update package.
A method (200,300) comprising: receiving, by a Service Capability Exposure Function, SCEF, a request to send data to a user equipment, UE, wherein a context for the UE is not available at the SCEF when the request is received; querying (206,306) a subscriber database to determine whether the context for the UE is available at the subscriber database; and sending (214,314) the data for the UE to a Mobility Management Entity, MME, by the SCEF using an interface directly interconnecting the MME and the SCEF based on a determination (208, 308) that the context for the UE is available at the subscriber database, characterized in that sending the data for the UE further comprises sending to the MME, using the interface, a flag indicating that the data is to be sent to the UE using a Short Message Service, SMS; and in that the method comprises these further steps: determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC; and sending the data to the UE from the MSC using an SMS message. receiving, by a Service Capability Exposure Function, SCEF, a request to send data to a user equipment, UE, wherein a context for the UE is not available at the SCEF when the request is received; querying (206,306) a subscriber database to determine whether the context for the UE is available at the subscriber database; and sending (214,314) the data for the UE to a Mobility Management Entity, MME, by the SCEF using an interface directly interconnecting the MME and the SCEF based on a determination (208, 308) that the context for the UE is available at the subscriber database, characterized in that sending the data for the UE further comprises sending to the MME, using the interface, a flag indicating that the data is to be sent to the UE using a Short Message Service, SMS; and in that the method comprises these further steps: determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC; and sending the data to the UE from the MSC using an SMS message. determining at the MME that the data is to be sent to the UE using SMS device triggering based on the flag; sending the data to a Mobile-services Switching Centre, MSC, from the MME via a control plane interface directly interconnecting the MME and the MSC; and sending the data to the UE from the MSC using an SMS message.
A negative pressure release port configured to be provided on an ultra-low temperature refrigeration apparatus, comprising: a pipe that is substantially a cylindrical member that allows a fluid to pass through an inside of the cylindrical a heating element; a holding portion that holds the heating element; a connecting portion that connects an inner peripheral wall of the cylindrical member and the holding portion to each other; and a valve provided on another end side with respect to the heating element, the valve allowing the fluid passing through the inside of the cylindrical member to flow from the other end side to the one end side, the valve preventing the fluid from flowing from the one end side to the other end side; characterized in that the connecting portion comprises a plurality of ribs protruding from the inner wall surface to an inner peripheral side, and heat generated by the heating element is transmitted to a cylindrical portion of the cylindrical member via the ribs; the heating element is disposed in the cylindrical member on one end side of the cylindrical member; and member, and the holding portion is provided in a central portion of the cylindrical includes a holding cylindrical portion extending in the axial direction of the cylindrical member, and a holding bottom portion that blocks up one end side of the holding cylindrical portion. a pipe that is substantially a cylindrical member that allows a fluid to pass through an inside of the cylindrical a heating element; a holding portion that holds the heating element; a connecting portion that connects an inner peripheral wall of the cylindrical member and the holding portion to each other; and a valve provided on another end side with respect to the heating element, the valve allowing the fluid passing through the inside of the cylindrical member to flow from the other end side to the one end side, the valve preventing the fluid from flowing from the one end side to the other end side; characterized in that the connecting portion comprises a plurality of ribs protruding from the inner wall surface to an inner peripheral side, and heat generated by the heating element is transmitted to a cylindrical portion of the cylindrical member via the ribs; the heating element is disposed in the cylindrical member on one end side of the cylindrical member; and member, and the holding portion is provided in a central portion of the cylindrical includes a holding cylindrical portion extending in the axial direction of the cylindrical member, and a holding bottom portion that blocks up one end side of the holding cylindrical portion.
A method for manufacturing a molded object from a mold comprising an internal cavity comprising one or several compartments and at least one removable part present within said internal cavity, said object being in a cured organic or inorganic material, said method successively comprising at least one cycle of following steps: a) a step for completely filling at least one compartment of the internal cavity of the mold, said compartment having a shape corresponding to all or part of the object, which one wishes to obtain, with a curable liquid composition by chemical reaction for forming said material, said composition comprising at least one solvent; b) a step for curing by chemical reaction said composition within said mold; c) a step for withdrawing at least one removable part from said mold; and d) a step for drying within said mold the cured composition obtained in b), wherein all or part of steps a) to d) may be repeated with a curable liquid composition either identical or different from the one used during said cycle until the molded object is obtained and, wherein said mold, at least during the application of each step d) is a closed chamber, the walls of which forming a boundary between the internal cavity and the outside of the mold are in at least one material able to allow discharge of the gases from said step d). a) a step for completely filling at least one compartment of the internal cavity of the mold, said compartment having a shape corresponding to all or part of the object, which one wishes to obtain, with a curable liquid composition by chemical reaction for forming said material, said composition comprising at least one solvent; b) a step for curing by chemical reaction said composition within said mold; c) a step for withdrawing at least one removable part from said mold; and d) a step for drying within said mold the cured composition obtained in b),
Pushrod for a valve gear for an internal combustion engine, wherein a shank of the pushrod has a rib structure, wherein the rib structure is arranged in a middle region of the shank, characterized in that the rib structure is arranged only in a middle region of the shank which corresponds at most to half of a length of the shank.
Box made of corrugated cardboard sheet material having a polygonal cross-section, comprising side walls, an upper wall forming the top of the box connected to at least two side walls by first fold lines, and a lower wall forming the bottom of the box, said box comprising at least one tab astride at least one of said first fold lines, which is cut out on its transverse lateral sides relative to said first fold line, connected on one side to the upper wall by a first junction line and on the other side to the adjacent side wall by a second junction line, said junction lines (10, 12) being parallel to said first fold line, said tab further comprising an intermediate fold line which is parallel and offset towards the centre of the box relative to said first fold line, so that the tab forms a projecting portion or relative to the upper face of the upper wall due to folding of the side wall relative to the upper wall, and the bottom comprising at least one apertured surface portion arranged to cooperate with said projecting portion, opposite the latter, and to fit in the projecting portion of a box underneath, the tab is a centring tab and the apertured surface portion is a recess having a shape complementary to said tab, the edges of the recess being arranged to cooperate on contact with the peripheral lateral edges of said tab, characterised in that the tab comprises on its lateral peripheral edges a cavity arranged to cooperate on contact with a complementary cavity in the recess of the box underneath.
A temperature regulated vessel for melting amorphous alloy in an injection molding machine comprising an induction coil configured to melt amorphous alloy in the vessel, comprising: a tubular body comprising a first end and a second end along a longitudinal direction; a plurality of longitudinal slots extending between the first end and the second end of the tubular body in the longitudinal direction and through a complete thickness of the tubular body, wherein the plurality of longitudinal slots are sized to receive eddy currents within the vessel during application of an induction field by the induction coil; and one or more temperature regulating channels configured to flow a liquid within the tubular body so as to regulate a temperature of the vessel during the application of the induction field; wherein the tubular body is shaped to contain a second magnetic field produced by the eddy currents from the induction field to melt the amorphous alloy during its application, and characterised in that the tubular body is a single piece of material that is solid except for the longitudinal slots and the one or more temperature regulating channels. a tubular body comprising a first end and a second end along a longitudinal direction; a plurality of longitudinal slots extending between the first end and the second end of the tubular body in the longitudinal direction and through a complete thickness of the tubular body, wherein the plurality of longitudinal slots are sized to receive eddy currents within the vessel during application of an induction field by the induction coil; and one or more temperature regulating channels configured to flow a liquid within the tubular body so as to regulate a temperature of the vessel during the application of the induction field; wherein the tubular body is shaped to contain a second magnetic field produced by the eddy currents from the induction field to melt the amorphous alloy during its application, and characterised in that the tubular body is a single piece of material that is solid except for the longitudinal slots and the one or more temperature regulating channels.
An automated process for monitoring and controlling safe working practice in a production area, comprising: capturing image data from the production area over a time period; processing the image data: (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and activating a safety control device if the threshold image value is satisfied for the threshold time period. capturing image data from the production area over a time period; processing the image data: (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and (i) to find an image of a face of an individual in motion in the production area; (ii) to determine whether the image of the face has associated therewith a required article of personal protective equipment, and whether the required article of personal protective equipment is properly positioned on the individual; wherein the processing of the image data is carried out utilizing a stabilization algorithm to assess whether the time period over which a threshold image value is met is a time period that meets or exceeds a threshold time period, with the threshold image value being a predetermined minimum image value correlating an absence of the personal protective equipment properly positioned on the individual, and the threshold time period being a pre-determined minimum time period that the threshold image value is satisfied; and activating a safety control device if the threshold image value is satisfied for the threshold time period.