mhurhangee/ep-ind-claims huggingface dataset:
Gas humidifier/medical ventilator assembly (24, 25) comprising a ventilator equipped with an electric micro-fan and a gas humidifier comprising a removable tank and a cap, the tank comprising a water container and a cover arranged on the container so as to form a roof covering said container; - the cover of the tank comprising a gas inlet orifice, a gas outlet orifice, a flat roof portion contained in a plane, a first inclined roof portion carrying the gas inlet orifice and forming a first angle (α) with the plane, where the first angle (α) is of between 15° and 30°, and a second inclined roof portion carrying the gas outlet orifice and forming a second angle with the plane, where the second angle (β) is of between 30° and 50°, - the water container comprising a bottom equipped with a metal plate and a peripheral wall being projected towards the top from said bottom, said cover being integral with the peripheral wall of said container, - and the cap comprising a humidified gas evacuation conduit in fluid communication with the gas outlet orifice of the cover of the tank. - the cover of the tank comprising a gas inlet orifice, a gas outlet orifice, a flat roof portion contained in a plane, a first inclined roof portion carrying the gas inlet orifice and forming a first angle (α) with the plane, where the first angle (α) is of between 15° and 30°, and a second inclined roof portion carrying the gas outlet orifice and forming a second angle with the plane, where the second angle (β) is of between 30° and 50°, - the water container comprising a bottom equipped with a metal plate and a peripheral wall being projected towards the top from said bottom, said cover being integral with the peripheral wall of said container, - and the cap comprising a humidified gas evacuation conduit in fluid communication with the gas outlet orifice of the cover of the tank.
A mobile power generation apparatus on railway, comprising a casing, two sets of diesel generator sets, an oil fuel device, a fire-fighting system, an electric device and two air exhaust devices; wherein the two sets of diesel generator sets, the oil fuel device, the fire-fighting system, the electric device and the two air exhaust devices are all disposed in a cavity of the casing; the casing comprises an underframe component, two end wall components, two side wall components and an upper cover; characterised in that an oil tank fixed on a bottom plate of the underframe component by bolts has a U-shaped cross section, and the oil tank comprises a bottom oil tank, a left oil tank disposed on a left side of a top surface of the bottom oil tank and communicated with the bottom oil tank, and a right oil tank disposed on a right side of the top surface of the bottom oil tank and communicated with the bottom oil tank; a U-shaped cavity is enclosed by an inner vertical surface of the left oil tank, an inner vertical surface of the right oil tank and the top surface of the bottom oil tank; and a distance from a top plate of the oil tank to an inner top of the casing is 1/3 to 1/2 of a height of the oil tank. wherein the two sets of diesel generator sets, the oil fuel device, the fire-fighting system, the electric device and the two air exhaust devices are all disposed in a cavity of the casing; the casing comprises an underframe component, two end wall components, two side wall components and an upper cover; characterised in that an oil tank fixed on a bottom plate of the underframe component by bolts has a U-shaped cross section, and the oil tank comprises a bottom oil tank, a left oil tank disposed on a left side of a top surface of the bottom oil tank and communicated with the bottom oil tank, and a right oil tank disposed on a right side of the top surface of the bottom oil tank and communicated with the bottom oil tank; a U-shaped cavity is enclosed by an inner vertical surface of the left oil tank, an inner vertical surface of the right oil tank and the top surface of the bottom oil tank; and a distance from a top plate of the oil tank to an inner top of the casing is 1/3 to 1/2 of a height of the oil tank.
Tool positioning device for prepositioning a tool assembly, which is exchangeable into a work spindle of a woodworking machine, wherein the tool positioning device comprises a receiving means, which is mounted so as to be pivotable about a pivotal axis, for accommodating the tool assembly, as well as a pivot drive for pivoting the receiving means about the pivotal axis into predetermined angular positions, and wherein the tool assembly is exchangeable, by means of the tool positioning device, into the work spindle in different orientations relative to the work spindle, characterized in that the receiving means comprises a recess for a torque support arranged on the tool assembly.
A method for switching over a virtual application two-node cluster in a cloud environment, wherein the virtual application two-node cluster comprises an active virtual machine and a standby virtual machine, and the method comprises: sending, by a cloud management platform, an association state of a shared elastic block store volume to the standby virtual machine; receiving, by the cloud management platform from the standby virtual machine, a request for removing an association between the active virtual machine and the shared EBS volume; removing, by the cloud management platform, the association between the active virtual machine and the shared EBS volume; receiving, by the cloud management platform from the standby virtual machine, a request for associating the shared EBS volume; and associating, by the cloud management platform, the standby virtual machine with the shared EBS volume so that the standby virtual machine controls the shared EBS volume. sending, by a cloud management platform, an association state of a shared elastic block store volume to the standby virtual machine; receiving, by the cloud management platform from the standby virtual machine, a request for removing an association between the active virtual machine and the shared EBS volume; removing, by the cloud management platform, the association between the active virtual machine and the shared EBS volume; receiving, by the cloud management platform from the standby virtual machine, a request for associating the shared EBS volume; and associating, by the cloud management platform, the standby virtual machine with the shared EBS volume so that the standby virtual machine controls the shared EBS volume.
A non-therapeutic method of reducing malodour on the surface of the human body, comprising the topical application of a deodorant composition comprising water, niacinamide at from 0.5 to 10% by weight, glycerol and an unsaturated triglyceride oil, wherein: (i) the weight ratio of total amount of glycerol and triglyceride oil to the amount of niacinamide is 2:1 or greater; (ii) the weight ratio of glycerol to niacinamide is 1:1 or greater and (iii) the weight ratio of triglyceride oil to niacinamide is 1:1 or greater. (i) the weight ratio of total amount of glycerol and triglyceride oil to the amount of niacinamide is 2:1 or greater; (ii) the weight ratio of glycerol to niacinamide is 1:1 or greater and (iii) the weight ratio of triglyceride oil to niacinamide is 1:1 or greater.
Device for measuring the velocity or flow of a gas at a temperature (Tg) different from an ambient temperature, comprising: a first platform suspended by first arms (204P, 204N) above a support suitable for being maintained at the ambient temperature, the first arms comprising thermoelectric tracks (214P, 214N) configured for supplying a first voltage based on the difference between the temperatures of the first platform and the support; and a processing unit suitable for supplying the measurement of velocity or flow based on the first voltage, the temperature of the gas and the ambient temperature. a first platform suspended by first arms (204P, 204N) above a support suitable for being maintained at the ambient temperature, the first arms comprising thermoelectric tracks (214P, 214N) configured for supplying a first voltage based on the difference between the temperatures of the first platform and the support; and a processing unit suitable for supplying the measurement of velocity or flow based on the first voltage, the temperature of the gas and the ambient temperature.
A pneumatic tire, comprising: at least one belt oriented in a crown portion of the tire, the at least one belt comprising a first belt edge and a second belt edge; a first bead portion; a second bead portion; a first sidewall; a second sidewall; a first fiber-reinforced half body ply extending from inside of the first belt edge, toward a centerline CL of the tire, along the first sidewall, about the first bead portion, along the first sidewall, and terminating inside of the first belt edge, toward a centerline CL of the tire; a second fiber-reinforced half body ply extending from inside of the second belt edge, toward a centerline CL of the tire, along the second sidewall, about the second bead portion, along the second sidewall, and terminating inside of the second belt edge, toward a centerline CL of the tire; and a cut-out zone in the crown portion of the tire, with the caveat that neither a fiber-reinforced material, nor a reinforcement material, extends through the cut-out zone. at least one belt oriented in a crown portion of the tire, the at least one belt comprising a first belt edge and a second belt edge; a first bead portion; a second bead portion; a first sidewall; a second sidewall; a first fiber-reinforced half body ply extending from inside of the first belt edge, toward a centerline CL of the tire, along the first sidewall, about the first bead portion, along the first sidewall, and terminating inside of the first belt edge, toward a centerline CL of the tire; a second fiber-reinforced half body ply extending from inside of the second belt edge, toward a centerline CL of the tire, along the second sidewall, about the second bead portion, along the second sidewall, and terminating inside of the second belt edge, toward a centerline CL of the tire; and a cut-out zone in the crown portion of the tire, with the caveat that neither a fiber-reinforced material, nor a reinforcement material, extends through the cut-out zone.
A method of fabricating a cork composite material, the method comprising: (a) providing a plurality of cork particles in a volume; (b) adding a dispersion of thermoplastic elastomer to the volume to provide a mixture of the dispersion of thermoplastic elastomer and the cork particles; (c) agitating the mixture of the dispersion of thermoplastic elastomer and the cork particles; (d) heating the mixture of the thermoplastic elastomer and the cork particles; and (e) allowing the mixture of the thermoplastic elastomer and the cork particles to cool; wherein steps (a), (b), (c), (d) and (e) together result in a plurality of discrete coated cork particles wherein each discrete coated cork particle is coated in a first layer of the thermoplastic elastomer. (a) providing a plurality of cork particles in a volume; (b) adding a dispersion of thermoplastic elastomer to the volume to provide a mixture of the dispersion of thermoplastic elastomer and the cork particles; (c) agitating the mixture of the dispersion of thermoplastic elastomer and the cork particles; (d) heating the mixture of the thermoplastic elastomer and the cork particles; and (e) allowing the mixture of the thermoplastic elastomer and the cork particles to cool;
A wireless communications method, comprising: sending first information, wherein the first information is carried in downlink control information, DCI, and is configured to trigger a terminal to perform aperiodic channel state information, CSI, reporting or quasi-periodic CSI reporting; determining a first uplink, UL, time domain location according to a time offset and a first downlink, DL, time domain location used as a start point, wherein a time unit length of the time offset is a time unit length of UL transmission used in CSI reporting, or a time unit length of DL transmission performed in the first DL time domain location; receiving CSI reported by the terminal in the first UL time domain location; and sending second information, wherein the second information is used for indicating the time offset to the terminal, and the second information and the first information are carried in the same DCI, characterized in that the first DL time domain location used as the start point comprises a downlink slot where a DCI signaling is located, and the time unit length of the time offset is a slot, wherein determining the first UL time domain location according to the time offset and the first DL time domain location used as the start point comprises: mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot. sending first information, wherein the first information is carried in downlink control information, DCI, and is configured to trigger a terminal to perform aperiodic channel state information, CSI, reporting or quasi-periodic CSI reporting; determining a first uplink, UL, time domain location according to a time offset and a first downlink, DL, time domain location used as a start point, wherein a time unit length of the time offset is a time unit length of UL transmission used in CSI reporting, or a time unit length of DL transmission performed in the first DL time domain location; receiving CSI reported by the terminal in the first UL time domain location; and sending second information, wherein the second information is used for indicating the time offset to the terminal, and the second information and the first information are carried in the same DCI, characterized in that the first DL time domain location used as the start point comprises a downlink slot where a DCI signaling is located, and the time unit length of the time offset is a slot, wherein determining the first UL time domain location according to the time offset and the first DL time domain location used as the start point comprises: mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot. mapping the downlink slot where the DCI signaling is located to a uplink slot; and determining the first UL time domain location by adding the time offset to the uplink slot.
A steering control device that is connected to a first power supply mounted on a vehicle through a power supply device and that controls a steering device mounted on the vehicle, the power supply device including a second power supply, the steering control device comprising a controller, the controller including a drive circuit that performs action for supplying, to a motor, electric power supplied by being connected to at least one of the first power supply and the second power supply, and the controller being configured to control an operation of the motor by controlling the action of the drive circuit, wherein: in a case where a connection state of the drive circuit with respect to the first power supply and the second power supply is a first state when electric power is supplied from the first power supply, the connection state is switched by the power supply device to transition to a second state that is a state in which electric power is supplied from the second power supply when an abnormality of the first power supply is detected; and characterized in that the controller is configured to execute an output limiting process that is a process for limiting torque that is outputtable by the motor after the abnormality of the first power supply is detected as compared with before the abnormality is detected, and the output limiting process is started after the abnormality of the first power supply is detected and before switching of the connection state to the second state in response to detection of the abnormality is completed, the switching of the connection state being performed by the power supply device. in a case where a connection state of the drive circuit with respect to the first power supply and the second power supply is a first state when electric power is supplied from the first power supply, the connection state is switched by the power supply device to transition to a second state that is a state in which electric power is supplied from the second power supply when an abnormality of the first power supply is detected; and characterized in that the controller is configured to execute an output limiting process that is a process for limiting torque that is outputtable by the motor after the abnormality of the first power supply is detected as compared with before the abnormality is detected, and the output limiting process is started after the abnormality of the first power supply is detected and before switching of the connection state to the second state in response to detection of the abnormality is completed, the switching of the connection state being performed by the power supply device.
A heat exchange catheter for warming the urethra of a patient during ablative surgery, comprising: a) an inflow housing assembly for receiving an inlet flow of warming fluid; b) an outflow housing assembly for receiving an outlet flow of warming fluid; c) a multi-lumen tube comprising an outflow portion and an accessory portion, said accessory portion being integrally formed within an interior volume of said outflow portion, said accessory portion having a cross-section smaller than said outflow portion wherein the space between said outflow portion and said accessory portion defines a fluid return passageway and the space within said accessory portion defines an accessory passageway; d) flexible outer sleeve cooperating with said multi-lumen tube positioned therein to form a fluid inlet passageway; and, e) flow separation means for separating the inlet flow of warming fluid from said outlet flow of warming fluid, wherein during operation said inlet flow of warming fluid flows from said inflow housing assembly, then through said fluid inlet passageway formed between said outer sleeve and said multi-lumen tube, the flow continuing around a distal end of said outflow portion of said multi-lumen tube, thus becoming said outlet flow of said warming fluid which is directed through said fluid return passageway, then through said outflow housing assembly, characterized in that said outflow portion a central axis being offset from a central axis of said has accessory portion such that said outflow portion and said accessory portion are integrally joined. a) an inflow housing assembly for receiving an inlet flow of warming fluid; b) an outflow housing assembly for receiving an outlet flow of warming fluid; c) a multi-lumen tube comprising an outflow portion and an accessory portion, said accessory portion being integrally formed within an interior volume of said outflow portion, said accessory portion having a cross-section smaller than said outflow portion wherein the space between said outflow portion and said accessory portion defines a fluid return passageway and the space within said accessory portion defines an accessory passageway; d) flexible outer sleeve cooperating with said multi-lumen tube positioned therein to form a fluid inlet passageway; and, e) flow separation means for separating the inlet flow of warming fluid from said outlet flow of warming fluid,
A method for regulating pressure in a pressure vessel of a vehicle, the pressure vessel being connected to a pressure source by a plurality of valves arranged in parallel, the method comprising: receiving a maximum pressure threshold value; receiving a minimum pressure threshold value; receiving a pressure signal indicating a pressure in the pressure vessel; upon a value of the pressure signal dropping below the minimum pressure threshold value, opening at least one of the plurality of valves; and upon a value of the pressure signal rising above the maximum pressure threshold value, closing at least one of the plurality of valves, the method being characterized by: after opening at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains below the minimum pressure threshold value, opening at least a second of the plurality of valves, and, after closing at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains above the maximum pressure threshold value, closing at least a second of the plurality of valves. receiving a maximum pressure threshold value; receiving a minimum pressure threshold value; receiving a pressure signal indicating a pressure in the pressure vessel; upon a value of the pressure signal dropping below the minimum pressure threshold value, opening at least one of the plurality of valves; and upon a value of the pressure signal rising above the maximum pressure threshold value, closing at least one of the plurality of valves, the method being characterized by: after opening at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains below the minimum pressure threshold value, opening at least a second of the plurality of valves, and, after closing at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains above the maximum pressure threshold value, closing at least a second of the plurality of valves. after opening at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains below the minimum pressure threshold value, opening at least a second of the plurality of valves, and, after closing at least one of the plurality of valves, upon the pressure signal indicating that the pressure in the pressure vessel remains above the maximum pressure threshold value, closing at least a second of the plurality of valves.