mhurhangee/ep-ind-claims huggingface dataset:
A chimney cap device for a flue opening, which device comprises: a tubular housing with an open lower end and an open upper end; a plurality of louver openings in a lower portion of said tubular housing to draw air into said tubular housing; a removable top attached to said open upper end of said tubular housing wherein said top includes a plurality of exit openings; a liner within and attached to said tubular housing; wherein the exit openings of the top have a total area greater than a cross-sectional area of the flue opening, and wherein at least one opening through the liner is provided adjacent the louver openings; wherein said at least one opening through the liner is arranged such that some atmospheric air passing through the louver openings passes into the tubular housing and upward; characterized by a removable filter insert within said tubular housing wherein said filter insert is a catalytic converter; and a plurality of supports extending from said liner to uphold said filter insert; wherein the removable filter insert within the tubular housing is arranged above said plurality of louver openings and said at least one opening through the liner is arranged such, that some atmospheric air passing through the louver openings passes into the tubular housing and upward through the filter insert. a tubular housing with an open lower end and an open upper end; a plurality of louver openings in a lower portion of said tubular housing to draw air into said tubular housing; a removable top attached to said open upper end of said tubular housing wherein said top includes a plurality of exit openings; a liner within and attached to said tubular housing; wherein the exit openings of the top have a total area greater than a cross-sectional area of the flue opening, and wherein at least one opening through the liner is provided adjacent the louver openings; wherein said at least one opening through the liner is arranged such that some atmospheric air passing through the louver openings passes into the tubular housing and upward; characterized by a removable filter insert within said tubular housing wherein said filter insert is a catalytic converter; and a plurality of supports extending from said liner to uphold said filter insert; wherein the removable filter insert within the tubular housing is arranged above said plurality of louver openings and said at least one opening through the liner is arranged such, that some atmospheric air passing through the louver openings passes into the tubular housing and upward through the filter insert.
A method for preparing an aliphatic isocyanate comprising a step of reacting a salt of aliphatic amine with phosgene, wherein the reaction step comprises a first reaction step in which phosgene is primarily added and reacted with the salt of an aliphatic amine at a temperature of 80 to 100°C, and a second reaction step in which phosgene is secondarily added and reacted with the resultant product of the first reaction step at a temperature of 120 to 160°C, and wherein the amount of the primarily added phosgene is 10 to 30% by weight of the total amount of the primarily and secondarily added phosgene. wherein the reaction step comprises a first reaction step in which phosgene is primarily added and reacted with the salt of an aliphatic amine at a temperature of 80 to 100°C, and a second reaction step in which phosgene is secondarily added and reacted with the resultant product of the first reaction step at a temperature of 120 to 160°C, and wherein the amount of the primarily added phosgene is 10 to 30% by weight of the total amount of the primarily and secondarily added phosgene.
A method of isolating an AC component from a raw plethysmography signal comprising: - obtaining a raw plethysmography signal from a pulse-oximeter probe; - identifying peaks and troughs that exist at the expected heart rate of the raw plethysmography signal; characterised in that the method comprises: identifying the midpoints between said peaks and troughs, wherein the interpolated line connecting said midpoints represents a DC component; extracting said DC component from the raw plethysmography signal, as the interpolated line connecting said midpoints; and - extracting the AC component, as the raw plethysmography signal minus the DC component. - obtaining a raw plethysmography signal from a pulse-oximeter probe; - identifying peaks and troughs that exist at the expected heart rate of the raw plethysmography signal; - extracting the AC component, as the raw plethysmography signal minus the DC component.
A cooling system for a gas turbine rotor assembly cooling air, comprising: a housing including a support structure and a main plenum with at least a first inlet opening at a first end and a first exhaust opening at a second end; a rotor air cooler positioned at least partially in the main plenum between the first and second ends (36, 26) such that cooling fluids are directed to flow through the main plenum and contact the rotor air cooler; a fuel gas heater positioned at least partially in the main plenum downstream from the rotor air cooler in said flow through the main plenum of said cooling fluids; a fan for circulating said cooling fluids through the main plenum; and characterized in that said cooling system further comprises: a by-pass plenum having a by-pass inlet opening in the main plenum downstream from the rotor air cooler and a by-pass outlet opening upstream of the rotor air cooler, wherein said by-pass inlet opening is downstream of said fuel gas heater, wherein said by-pass outlet opening is upstream of said fan; an exhaust fluid control device that controls fluid flow of said cooling fluids out of the first exhaust opening at the second end of the main plenum; and a by-pass fluid control device that controls fluid flow of said cooling fluids into the by-pass inlet opening of the by-pass plenum. a housing including a support structure and a main plenum with at least a first inlet opening at a first end and a first exhaust opening at a second end; a rotor air cooler positioned at least partially in the main plenum between the first and second ends (36, 26) such that cooling fluids are directed to flow through the main plenum and contact the rotor air cooler; a fuel gas heater positioned at least partially in the main plenum downstream from the rotor air cooler in said flow through the main plenum of said cooling fluids; a fan for circulating said cooling fluids through the main plenum; and characterized in that said cooling system further comprises: a by-pass plenum having a by-pass inlet opening in the main plenum downstream from the rotor air cooler and a by-pass outlet opening upstream of the rotor air cooler, wherein said by-pass inlet opening is downstream of said fuel gas heater, wherein said by-pass outlet opening is upstream of said fan; an exhaust fluid control device that controls fluid flow of said cooling fluids out of the first exhaust opening at the second end of the main plenum; and a by-pass fluid control device that controls fluid flow of said cooling fluids into the by-pass inlet opening of the by-pass plenum.
A method in a network node for handling scheduling of a wireless device in a communications network, wherein the network node is adapted to communicate wirelessly with the wireless device over a radio channel, the method comprising: determining (405, 501) that a data transmission or data reception corresponding to a multi-TTI scheduling message previously transmitted to the wireless device should be at least one of adjusted, interrupted and terminated; and transmitting (406, 502), to the wireless device, information indicating that the data transmission or data reception corresponding to a previously transmitted multi-Transmission Time Interval, TTI, scheduling message should be at least one of adjusted, interrupted and terminated as determined. determining (405, 501) that a data transmission or data reception corresponding to a multi-TTI scheduling message previously transmitted to the wireless device should be at least one of adjusted, interrupted and terminated; and transmitting (406, 502), to the wireless device, information indicating that the data transmission or data reception corresponding to a previously transmitted multi-Transmission Time Interval, TTI, scheduling message should be at least one of adjusted, interrupted and terminated as determined.
Method for operating an electrical component having winding conductors, said component comprising a cooling circuit (6a, 6b) with a heat exchanging unit, characterized in that the heat exchanging unit is arranged below the surface of a first liquid, wherein the first liquid flows around at least one cooling element of the heat exchanging unit, and wherein the dimensions of the cooling element and/or the distance between two cooling elements are chosen to ensure that the first liquid flows in a turbulent form around the cooling element.
A method of interacting with spreadsheet functions, comprising: receiving an electronic spreadsheet document; displaying a spreadsheet function bar in association with the electronic spreadsheet document; and displaying in the spreadsheet function bar a spreadsheet function, the spreadsheet function comprising one or more spreadsheet function components, characterized in that the method further comprises: identifying each of the one or more spreadsheet function components as a spreadsheet function token and allowing moving each spreadsheet function token within the spreadsheet function bar or outside of the spreadsheet function bar independently of each of the other spreadsheet function components comprised in the spreadsheet function, with a single drag-and-drop movement. receiving an electronic spreadsheet document; displaying a spreadsheet function bar in association with the electronic spreadsheet document; and displaying in the spreadsheet function bar a spreadsheet function, the spreadsheet function comprising one or more spreadsheet function components, characterized in that the method further comprises: identifying each of the one or more spreadsheet function components as a spreadsheet function token and allowing moving each spreadsheet function token within the spreadsheet function bar or outside of the spreadsheet function bar independently of each of the other spreadsheet function components comprised in the spreadsheet function, with a single drag-and-drop movement.
A test method for an elevator installation having a control unit and at least one bus node which has a first microprocessor and a second microprocessor, the control unit and the bus node communicating via a bus, and the first microprocessor and the second microprocessor being connected without interruption via a signal line; having the following steps: the control unit transmits a specification signal to the first microprocessor; the first microprocessor transmits the signal to the second microprocessor via the signal line; the second microprocessor provides the signal for the control unit; and the control unit verifies whether the signal provided corresponds to a signal expected by the control unit.
A manufacturing apparatus for a cigarette filter, comprising: a feed mechanism that continuously feeds a band of filter fibers along a predetermined feed path; an application device that applies a liquid additive to the filter fibers fed along the feed path; and a shaping unit that is provided at a stage subsequent to the application device in the feed path and shapes the filter fibers into a rod shape, wherein the application device includes a supply unit that is arranged above and away from the filter fibers fed along the feed path and continuously drops the liquid additive to an upper surface of the filter fibers located below such that the liquid additive is continuous, and the supply unit is arranged immediately upstream of the shaping unit. a feed mechanism that continuously feeds a band of filter fibers along a predetermined feed path; an application device that applies a liquid additive to the filter fibers fed along the feed path; and a shaping unit that is provided at a stage subsequent to the application device in the feed path and shapes the filter fibers into a rod shape, wherein the application device includes a supply unit that is arranged above and away from the filter fibers fed along the feed path and continuously drops the liquid additive to an upper surface of the filter fibers located below such that the liquid additive is continuous, and the supply unit is arranged immediately upstream of the shaping unit.
A computer implemented method to enforce mandatory access control in a message-based operating system, the method comprising: identifying a first process configured to receive a message via a communication channel in the message-based operation system, wherein calls to operating system logic are passed between processes as messages over communication channels in the message-based operating system, wherein a kernel of the message-based operating system routes the messages on the communication channels, and the operating system logic is responsive to the message in a user space of the message-based operating system; identifying the communication channel; identifying, based on a channel policy, an access rule governing access to the communication channel; and controlling, in a kernel of the message-based operating system, the access to the communication channel by a second process based on the access rule, the second process configured to execute invocation logic, the invocation logic executable to send the message via the communication channel. identifying a first process configured to receive a message via a communication channel in the message-based operation system, wherein calls to operating system logic are passed between processes as messages over communication channels in the message-based operating system, wherein a kernel of the message-based operating system routes the messages on the communication channels, and the operating system logic is responsive to the message in a user space of the message-based operating system; identifying the communication channel; identifying, based on a channel policy, an access rule governing access to the communication channel; and controlling, in a kernel of the message-based operating system, the access to the communication channel by a second process based on the access rule, the second process configured to execute invocation logic, the invocation logic executable to send the message via the communication channel.
A system for additive manufacturing, comprising: a nozzle for delivering a flowable material, the nozzle configured to translate along a first axis, a second axis perpendicular to the first axis, and a third axis orthogonal to the first and second axes, wherein the nozzle is operably coupled to: an extruder having an outlet and including a screw disposed within a barrel; and a pump having an inlet and an outlet, the inlet being coupled to the extruder, and the outlet being in fluid communication with the nozzle; a pressure sensor for sensing a pressure of the inlet of the pump and a pressure of an outlet of the extruder, and a controller (79, 81) that causes a speed of the pump with respect to a speed of the screw to adjust and thereby apply a target pressure of flowable material at the outlet of the extruder, characterized in that the controller (79, 81) is programmed to change the target pressure from a first target pressure stored in a memory of the controller (79, 81) to a second target pressure stored in the memory of the controller (79, 81) based on a change of the flowable material from a first flowable material to a second flowable material. a nozzle for delivering a flowable material, the nozzle configured to translate along a first axis, a second axis perpendicular to the first axis, and a third axis orthogonal to the first and second axes, wherein the nozzle is operably coupled to: an extruder having an outlet and including a screw disposed within a barrel; and a pump having an inlet and an outlet, the inlet being coupled to the extruder, and the outlet being in fluid communication with the nozzle; an extruder having an outlet and including a screw disposed within a barrel; and a pump having an inlet and an outlet, the inlet being coupled to the extruder, and the outlet being in fluid communication with the nozzle; a pressure sensor for sensing a pressure of the inlet of the pump and a pressure of an outlet of the extruder, and a controller (79, 81) that causes a speed of the pump with respect to a speed of the screw to adjust and thereby apply a target pressure of flowable material at the outlet of the extruder, characterized in that the controller (79, 81) is programmed to change the target pressure from a first target pressure stored in a memory of the controller (79, 81) to a second target pressure stored in the memory of the controller (79, 81) based on a change of the flowable material from a first flowable material to a second flowable material.
Method of control of a domestic gateway intended to connect at least one domestic terminal of a computerized domestic network to a telecommunication network, the domestic gateway comprising an access point configured to establish a WiFi connection between said domestic terminal and the domestic gateway, the method being characterized by the fact that it comprises: - a step of verifying the state of the connection between the domestic gateway and said domestic terminal via the access point, and - a step of cyclically placing said access point on standby if said connection is inactive, in which the access point is alternately turned on for a duration of activity (Ta) of the access point and turned off for a duration of sleep (Ts) of the access point, the ratio of the duration of activity to the total duration of a cycle lying between 0.2 and 0.8, and no information being transmitted by the access point relative to the durations of sleep during which the access point is turned off and cannot receive data from the at least one terminal. - a step of verifying the state of the connection between the domestic gateway and said domestic terminal via the access point, and - a step of cyclically placing said access point on standby if said connection is inactive, in which the access point is alternately turned on for a duration of activity (Ta) of the access point and turned off for a duration of sleep (Ts) of the access point, the ratio of the duration of activity to the total duration of a cycle lying between 0.2 and 0.8, and no information being transmitted by the access point relative to the durations of sleep during which the access point is turned off and cannot receive data from the at least one terminal.
Process for the regulation of the temperature of a boiler with an electronic control unit to regulate the heating temperature of the boiler and at least a temperature sensor, in which the electronic control unit gives a maximum specified temperature (T-Spec_1), characterised in that - the electric control unit initially checks whether a user manually changes the first maximum specified temperature (T-Spec_1) to a second maximum specified temperature (T-Spec_2) over a defined observation period, and - the electric control unit automatically switches from the first maximum specified temperature (T-Spec_1) to a third maximum specified temperature if, and only if, a user does not manually change the first maximum specified temperature (T-Spec_1) to the second maximum specified temperature (T-Spec_2) within the observation period, whereby the third maximum specified temperature is lower than the first maximum specified temperature (T-Spec_1) and - whereby the electronic control unit maintains the second maximum specified temperature when the first maximum specified temperature (T-Spec_1) is manually changed to the second maximum specified temperature (T-Spec_2) during the observation period. - the electric control unit initially checks whether a user manually changes the first maximum specified temperature (T-Spec_1) to a second maximum specified temperature (T-Spec_2) over a defined observation period, and - the electric control unit automatically switches from the first maximum specified temperature (T-Spec_1) to a third maximum specified temperature if, and only if, a user does not manually change the first maximum specified temperature (T-Spec_1) to the second maximum specified temperature (T-Spec_2) within the observation period, whereby the third maximum specified temperature is lower than the first maximum specified temperature (T-Spec_1) and - whereby the electronic control unit maintains the second maximum specified temperature when the first maximum specified temperature (T-Spec_1) is manually changed to the second maximum specified temperature (T-Spec_2) during the observation period.
An arrangement for providing a liquid metal jet in a vacuum environment comprising: a vacuum chamber; a nozzle arranged to provide said liquid metal jet; a jet receiver comprised within said vacuum chamber and arranged to receive liquid metal from said liquid metal jet; a first electromagnetic pump section comprising a first inlet and a first outlet, said first inlet having a first diameter; a second electromagnetic pump section comprising a second inlet and a second outlet, and a pumping conduit connecting said second inlet to said second outlet, said pumping conduit having a second diameter; wherein said first outlet is arranged to provide liquid metal to said second inlet; characterized in that said first diameter is at least 1.8 times as large as said second diameter. a vacuum chamber; a nozzle arranged to provide said liquid metal jet; a jet receiver comprised within said vacuum chamber and arranged to receive liquid metal from said liquid metal jet; a first electromagnetic pump section comprising a first inlet and a first outlet, said first inlet having a first diameter; a second electromagnetic pump section comprising a second inlet and a second outlet, and a pumping conduit connecting said second inlet to said second outlet, said pumping conduit having a second diameter; wherein said first outlet is arranged to provide liquid metal to said second inlet; characterized in that said first diameter is at least 1.8 times as large as said second diameter.
Device for stripping a scrap web, expelling an inner form part and ejecting a blanked part in a fine blanking press, having a stinger cylinder which is arranged in the top unit and in which is guided a stinger piston, that can be acted upon by hydraulic fluid via a pressure chamber, in order to generate a stinger force acting on stinger pins; having a main cylinder which is arranged in the bottom unit and in which is guided a main piston/punch, that can be acted upon by hydraulic fluid via a pressure chamber (59a, 59b), that performs a stroke movement in the direction of the stroke axis and that bears a die plate, with a cushion piston acting upon pressure pins to generate a cushion force; and having a hydraulic system for supplying the pressure chambers (40, 59a, 59b) arranged in the top unit and bottom unit (16, 53) with the hydraulic fluid set at a predefined working pressure by a central control unit, characterized in that the stinger piston with a stripping/expulsion piston and the cushion piston with an ejector piston, respectively in the top unit and the bottom unit (16, 53), form on one hand a separate structural unit with mutually independent pressure chambers (31a, 31b; 68) for the stripping/expulsion piston and on the other hand the ejector piston, wherein the pressure chambers (31a, 31b; 68) of the stripping/expulsion piston and of the ejector piston are connected to one another via a first controllable hydraulic circuit of the hydraulic system and the pressure chambers (40; 69) of the stinger piston and of the cushion piston are connected to one another via a second controllable hydraulic circuit.