mhurhangee/ep-ind-claims huggingface dataset:
Drive having an electric motor and having a converter which is fastened thereto and has a housing within which electronics are arranged, - wherein the housing comprises a main body on which there are formed integrally two strips that extend parallel to the axis of rotation and thus also to the electric motor, wherein the strips are directed in the direction of the electric motor, - wherein the electric motor has an A-side bearing plate and a B-side bearing plate, - wherein the two strips have passage holes, wherein the passage holes of the two strips are congruent in relation to one another and are at different distances from one another, wherein the distance between a respective two of the passage holes is matched to the distance between the A-side bearing plate and the B-side bearing plate of the different embodiments of the electric motor, so that different mounting positions can be defined by means of the position of the passage holes, and - wherein two tabs are assigned to each bearing plate (30, 32) so that the electric motor is fastened to the strips by means of four tabs, wherein the strips are each arranged between the two tabs of one of the bearing plates (30, 32), wherein each tab has a mounting hole which is arranged so as to be congruent in relation to the used passage hole of the assigned strip. - wherein the housing comprises a main body on which there are formed integrally two strips that extend parallel to the axis of rotation and thus also to the electric motor, wherein the strips are directed in the direction of the electric motor, - wherein the electric motor has an A-side bearing plate and a B-side bearing plate, - wherein the two strips have passage holes, wherein the passage holes of the two strips are congruent in relation to one another and are at different distances from one another, wherein the distance between a respective two of the passage holes is matched to the distance between the A-side bearing plate and the B-side bearing plate of the different embodiments of the electric motor, so that different mounting positions can be defined by means of the position of the passage holes, and - wherein two tabs are assigned to each bearing plate (30, 32) so that the electric motor is fastened to the strips by means of four tabs, wherein the strips are each arranged between the two tabs of one of the bearing plates (30, 32), wherein each tab has a mounting hole which is arranged so as to be congruent in relation to the used passage hole of the assigned strip.
A nickel oxide ore smelting method for producing ferronickel by reducing a mixture containing a nickel oxide ore, the method comprising: a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a pellet having a cubic shape, a rectangular parallelepiped shape or a cylindrical shape; a reducing step for heating the pellet laminate, laminated in two or more stages in height direction, charging the pellet laminate into a movable hearth furnace and heating the pellet laminate at a reducing temperature of 1250 °C or more and 1450 °C or less and metallizing nickel oxide and iron oxide contained in the pellet laminate to form a shell on a surface of the pellet laminate, slag of a liquid phase is generated from slag components contained in the pellet laminate, and a metal composed of ferronickel and slag composed of an oxide are separately generated in one pellet laminate in the reducing step; and a separating step for separating slag generated from the pellet laminate and obtaining ferronickel after the reducing step is performed. a mixing treatment step for mixing at least the nickel oxide ore and a carbonaceous reducing agent so that an amount of the carbonaceous reducing agent is a proportion of 5.0% or more and 60.0% or less when the amount of carbonaceous reducing agent required for reducing nickel oxide contained in the nickel oxide ore and iron oxide without excess or deficiency is taken as 100%; a mixture-molding step for molding the mixture obtained into a pellet having a cubic shape, a rectangular parallelepiped shape or a cylindrical shape; a reducing step for heating the pellet laminate, laminated in two or more stages in height direction, charging the pellet laminate into a movable hearth furnace and heating the pellet laminate at a reducing temperature of 1250 °C or more and 1450 °C or less and metallizing nickel oxide and iron oxide contained in the pellet laminate to form a shell on a surface of the pellet laminate, slag of a liquid phase is generated from slag components contained in the pellet laminate, and a metal composed of ferronickel and slag composed of an oxide are separately generated in one pellet laminate in the reducing step; and
A brake system, comprising: an inboard brake and an outboard brake; a primary control channel including a primary outboard, POB, channel coupled to the outboard brake and a primary inboard, PIB, channel coupled to the inboard brake; a secondary control channel including a secondary outboard, SOB, channel coupled to the outboard brake and a secondary inboard, SIB, channel coupled to the inboard brake; a tangible, non-transitory memory configured to communicate with a controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations characterized by comprising: receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel. an inboard brake and an outboard brake; a primary control channel including a primary outboard, POB, channel coupled to the outboard brake and a primary inboard, PIB, channel coupled to the inboard brake; a secondary control channel including a secondary outboard, SOB, channel coupled to the outboard brake and a secondary inboard, SIB, channel coupled to the inboard brake; a tangible, non-transitory memory configured to communicate with a controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations characterized by comprising: receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel. receiving, by the controller, a first status of the POB channel, a second status of the PIB channel, a third status of the SOB channel and a fourth status of the SIB channel, determining, by the controller, a failure of at least one of the POB channel or the PIB channel based on the first status of the POB channel and the second status of the PIB channel, and comparing, by the controller, the first status of the POB channel and the second status of the PIB channel with the third status of the SOB channel and the fourth status of the SIB channel.
A system for delivering an item to a sterile field, comprising: a container (10, 40, 70, 90) operable to contain the item; and a closure system (18, 48, 92) operable to close the container (10, 40, 70, 90) to an ambient environment; the container (10, 40, 70, 90) including an exterior wall to define an interior portion where the item is operable to be positioned within the interior portion; a handle that extends from a top of the container (10, 40, 70, 90) towards a bottom of the container (10, 40, 70, 90) to be grasped by a user while covering a portion of the user; and a passage system positioned within the container (10, 40, 70, 90) and removed only partially therefrom when the item is passed through the passage system; wherein the item is operable to be positioned within the container (10, 40, 79, 90) during an operative procedure to move the item into a sterile field without sterilizing the item. a container (10, 40, 70, 90) operable to contain the item; and a closure system (18, 48, 92) operable to close the container (10, 40, 70, 90) to an ambient environment; the container (10, 40, 70, 90) including an exterior wall to define an interior portion where the item is operable to be positioned within the interior portion; a handle that extends from a top of the container (10, 40, 70, 90) towards a bottom of the container (10, 40, 70, 90) to be grasped by a user while covering a portion of the user; and a passage system positioned within the container (10, 40, 70, 90) and removed only partially therefrom when the item is passed through the passage system; wherein the item is operable to be positioned within the container (10, 40, 79, 90) during an operative procedure to move the item into a sterile field without sterilizing the item.
A volumetric pump, comprising a pump head comprising a plurality of projections disposed to rotate about an axis; a ramp disposed near the rotating projections, comprising: a central portion having a first base curvature; an entrance portion having an arcuate extent and having a base curvature that is different from the first base curvature; and an exit portion having an arcuate extent and having a base curvature that is different from the first base curvature; a resilient channel configured to transfer fluid when engaged by the ramp and the plurality of projections; the arcuate extent of the entrance portion being unequal to the arcuate extent of the exit portion. a central portion having a first base curvature; an entrance portion having an arcuate extent and having a base curvature that is different from the first base curvature; and an exit portion having an arcuate extent and having a base curvature that is different from the first base curvature;
A method for controlling a movement of a first vehicle component relative to a second vehicle component, comprising the steps of determining a positive acceleration rate in order to achieve an increased, predetermined final speed at a final position, controlling positive acceleration of the first vehicle component from a starting position to the final position according to the determined positive acceleration rate, characterised in the step of detecting a load and calculating the positive acceleration rate as a function of the detected load.
Method for communication between a vehicle and a control centre having a server, said method having the following steps: a position of the vehicle is determined; first information data are produced; a communication link to the control centre is set up and held; the first information data are sent to the control centre using the communication link; the information data are received in the control centre; data corresponding to the information data are transmitted from the control centre to further vehicles which are in the surroundings of the vehicle; wherein the first information data contain data about the position of the vehicle; and wherein the communication link is based on a cellular communication network, characterized in that the vehicle sets up a communication link in the form of an IP link to the control centre, wherein the IP link is maintained throughout the journey, and in that the vehicle sends its current position to the server at long intervals of time, with the control centre determining a region in which the vehicle is situated, and the occurrence of an event in the vehicle that needs to be transmitted to the further vehicles prompts this event, including the position of the event and further necessary information, to be sent to the server at short intervals, wherein the server sends the information about the event to all vehicles that are situated in proximity to the vehicle, the transmission rate from the control centre to the vehicles matching the dynamics of the event. a position of the vehicle is determined; first information data are produced; a communication link to the control centre is set up and held; the first information data are sent to the control centre using the communication link; the information data are received in the control centre; data corresponding to the information data are transmitted from the control centre to further vehicles which are in the surroundings of the vehicle; wherein the first information data contain data about the position of the vehicle; and wherein the communication link is based on a cellular communication network, characterized in that the vehicle sets up a communication link in the form of an IP link to the control centre, wherein the IP link is maintained throughout the journey, and in that the vehicle sends its current position to the server at long intervals of time, with the control centre determining a region in which the vehicle is situated, and the occurrence of an event in the vehicle that needs to be transmitted to the further vehicles prompts this event, including the position of the event and further necessary information, to be sent to the server at short intervals, wherein the server sends the information about the event to all vehicles that are situated in proximity to the vehicle, the transmission rate from the control centre to the vehicles matching the dynamics of the event.
A keypad or keyboard, which is suitable to be implemented on laptop computers having a display, and comprising the keys reflecting beams coming from a light source, wherein said display of laptop computer is used as light source and the keys on said keypad or keyboard have distinct reflection characteristics according to locations of the keys on the keypad or keyboard wherein said keys have a reflective surface for providing reflectivity on the key and characterized in that the keys which are located close to the light source reflect light less efficiently than the keys located farther to the light source where said keys are uniformly visible as perceived by the user.
Pneumatic driven pressure regulator (1; 100) for supplying a fluid at regulated pressure to a device operating with a pressurised fluid, the regulator comprising: - a regulator body in which an entry duct connectable to a supply source of a pressurised fluid and an exit duct connectable to said device operating with a pressurised fluid, are made; - a main valve seat made in the regulator body between the entry duct and the exit duct; - a main valve axially movable between an open position and a closed position of said main valve seat to permit or interrupt the passage of fluid from the entry duct to the exit duct; - a regulation membrane placed in a membrane chamber so as to define an upper driver chamber, suitable for receiving a fluid at a driver pressure, and a lower discharge chamber, in fluidic communication with the exit duct, said regulation membrane being operatively connected to said main valve, so that an increase in the driver pressure on the membrane causes an opening of the main valve; wherein the lower discharge chamber is in fluidic communication with the external environment by means of a discharge pipe for discharging the excess pressure in said lower discharge chamber without affecting the driver pressure of the fluid present in the driver chamber, and wherein a discharge obturator is operatively connected to the main valve preventing the passage of fluid through said discharge pipe when the regulation membrane is in a condition of equilibrium or upon an increase of the driver pressure and permitting the passage of fluid through said discharge pipe in the presence of excess pressure acting on the lower side of the membrane. - a regulator body in which an entry duct connectable to a supply source of a pressurised fluid and an exit duct connectable to said device operating with a pressurised fluid, are made; - a main valve seat made in the regulator body between the entry duct and the exit duct; - a main valve axially movable between an open position and a closed position of said main valve seat to permit or interrupt the passage of fluid from the entry duct to the exit duct; - a regulation membrane placed in a membrane chamber so as to define an upper driver chamber, suitable for receiving a fluid at a driver pressure, and a lower discharge chamber, in fluidic communication with the exit duct, said regulation membrane being operatively connected to said main valve, so that an increase in the driver pressure on the membrane causes an opening of the main valve;
An air pollution control system comprising: a) an emission treatment system configured to receive flue gas, to reduce at least one pollutant therefrom to convert flue gas into emission treated flue gas; b) a first air heater in fluid communication with the emission treatment system and including a heat exchanger configured to heat forced air introduced thereto above a base temperature and to thereby cool emission treated flue gas from the emission treatment system introduced to the heat exchanger of the first air heater to a stack discharge temperature; and c) a second air heater in fluid communication with the first air heater to receive heated forced air therefrom, the second air heater including a heat exchanger configured to heat forced air introduced thereto to a preheat temperature for combustion in a boiler and to thereby cool flue gas introduced from the boiler to the heat exchanger of the second air heater to an emission treatment temperature, the second air heater being in fluid communication with the emission treatment system to introduce cooled flue gas thereto, wherein a first air circuit is defined through the first and second air heaters (110, 112) for supplying preheated undergrate air to the boiler, and wherein a second air circuit is defined through the first and second air heaters (110, 112) for supplying preheated overfire air to the boiler, wherein the first and second air circuits (106, 104) are separate air circuits, and wherein the first air circuit includes a forced draft fan in fluid communication with the first air heater for forcing air through the first air circuit to the boiler, and wherein the second air circuit includes an overfire air fan in fluid communication with the first air heater for forcing air through the second air circuit to the boiler. a) an emission treatment system configured to receive flue gas, to reduce at least one pollutant therefrom to convert flue gas into emission treated flue gas; b) a first air heater in fluid communication with the emission treatment system and including a heat exchanger configured to heat forced air introduced thereto above a base temperature and to thereby cool emission treated flue gas from the emission treatment system introduced to the heat exchanger of the first air heater to a stack discharge temperature; and c) a second air heater in fluid communication with the first air heater to receive heated forced air therefrom, the second air heater including a heat exchanger configured to heat forced air introduced thereto to a preheat temperature for combustion in a boiler and to thereby cool flue gas introduced from the boiler to the heat exchanger of the second air heater to an emission treatment temperature, the second air heater being in fluid communication with the emission treatment system to introduce cooled flue gas thereto,
A hardenable dental composition for use as dental impression material comprising • component comprising a cationically hardenable compound, • component comprising an initiator being able to initiate the hardening reaction of the cationically hardenable compound, and • component comprising a filler, wherein the filler comprises a filler body and a filler surface, the filler surface comprising side groups with polar moieties, the filler being selected from quartz comprising amino-silane groups, wollastonite comprising amino-silane groups, quartz/kaolin mixture comprising amino-silane groups, quartz comprising epoxy groups, cristobalite comprising amino-silane groups and cristobalite comprising epoxy groups, the cationically hardenable compound comprising a hardenable prepolymer comprising a backbone and reactive side groups, the reactive side groups being characterized by the following formula wherein R represents H, C1-C12 alkyl, C2-C12 alkenyl, C2-C12 alkinyl, C7-C15 alkylaryl, C7-C15 arylalkyl or C3-C12 cycloalkyl, and wherein hydrogen atoms can be replaced by C1 or F and/or wherein up to about 5 carbon atoms may be replaced by atoms or group of atoms selected from O, CO, N or S, E represents a C1 - C18 branched or unbranched hydrocarbon chain wherein up to about 5 carbon atoms can be replaced by atoms or group of atoms selected from O, CO, N or S, G represents a group selected from C O, C NR, C, C C, C mC with m = 1 to 10, C NR or CH2, L represents O, S or NR, with x = 0 or 1, the cationically hardenable compound having on average at least 2 aziridino groups or more and a molecular weight of at least about 500. • component comprising a cationically hardenable compound, • component comprising an initiator being able to initiate the hardening reaction of the cationically hardenable compound, and • component comprising a filler, R represents H, C1-C12 alkyl, C2-C12 alkenyl, C2-C12 alkinyl, C7-C15 alkylaryl, C7-C15 arylalkyl or C3-C12 cycloalkyl, and wherein hydrogen atoms can be replaced by C1 or F and/or wherein up to about 5 carbon atoms may be replaced by atoms or group of atoms selected from O, CO, N or S, E represents a C1 - C18 branched or unbranched hydrocarbon chain wherein up to about 5 carbon atoms can be replaced by atoms or group of atoms selected from O, CO, N or S, G represents a group selected from C O, C NR, C, C C, C mC with m = 1 to 10, C NR or CH2, L represents O, S or NR, with x = 0 or 1,