mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a first stand comprising a first pair of work rolls (118, 120) for reducing a thickness of a material to a first set point; a second stand comprising a second pair of work rolls (130, 132) for reducing the thickness of the material to a second set point; a temperature sensor positioned to measure the temperature of the material as it exits the second stand, characterized by a controller coupled to the temperature sensor, the first stand, and the second stand for adjusting at least one of said first set point and said second set point based on the temperature measured by the temperature sensor of the material as it exits the second stand. a first stand comprising a first pair of work rolls (118, 120) for reducing a thickness of a material to a first set point; a second stand comprising a second pair of work rolls (130, 132) for reducing the thickness of the material to a second set point; a temperature sensor positioned to measure the temperature of the material as it exits the second stand, characterized by a controller coupled to the temperature sensor, the first stand, and the second stand for adjusting at least one of said first set point and said second set point based on the temperature measured by the temperature sensor of the material as it exits the second stand.
A landing gear for an aircraft, comprising: - at least one wheel, - an electric taxiing system comprising an electric motor, said electric taxiing motor, capable of rotating said at least one wheel, - a braking system comprising brakes capable of slowing down or stopping the rotation of said at least one wheel, and - a system for cooling said electric taxiing motor and said brakes comprising ventilation means comprising a ventilation wheel, characterised in that the ventilation means are capable of mixing an air flow originating from said brakes and an air flow originating from outside said landing gear and of ventilating said electric taxiing motor by means of said mixture of air flows, and in that the ventilation means comprise a motor capable of rotating said ventilation wheel. - at least one wheel, - an electric taxiing system comprising an electric motor, said electric taxiing motor, capable of rotating said at least one wheel, - a braking system comprising brakes capable of slowing down or stopping the rotation of said at least one wheel, and - a system for cooling said electric taxiing motor and said brakes comprising ventilation means comprising a ventilation wheel,
A connector for a patient interface system, comprising: a first portion adapted to removably connect to a patient interface, the first portion being formed from a relatively rigid or stiff material; a vent formed on the first portion; a flexible portion adapted to flex to permit engagement and disengagement of the first portion, the flexible portion being formed from a relatively flexible material; and an anti asphyxia valve comprising an outer flange (810.1), an inner flange, and a flap extending from the inner flange, the valve being secured to the first portion at the outer flange (810.1) and the inner flange, wherein the outer flange (810.1) of the valve is received in an opening in the first portion so that an outer surface of the outer flange (810.2) is substantially flush with an outer surface of the first portion, wherein the flexible portion comprises a pair of opposing buttons that are configured to be inwardly flexed to allow disengagement of the connector from the patient interface, wherein the first portion forms a skeleton over-moulded by or otherwise formed with the flexible portion, and wherein the inner flange is configured to seal the anti-asphyxia valve against the inner wall of the skeleton. a first portion adapted to removably connect to a patient interface, the first portion being formed from a relatively rigid or stiff material; a vent formed on the first portion; a flexible portion adapted to flex to permit engagement and disengagement of the first portion, the flexible portion being formed from a relatively flexible material; and an anti asphyxia valve comprising an outer flange (810.1), an inner flange, and a flap extending from the inner flange, the valve being secured to the first portion at the outer flange (810.1) and the inner flange, wherein the outer flange (810.1) of the valve is received in an opening in the first portion so that an outer surface of the outer flange (810.2) is substantially flush with an outer surface of the first portion, wherein the flexible portion comprises a pair of opposing buttons that are configured to be inwardly flexed to allow disengagement of the connector from the patient interface, wherein the first portion forms a skeleton over-moulded by or otherwise formed with the flexible portion, and wherein the inner flange is configured to seal the anti-asphyxia valve against the inner wall of the skeleton.
A method of manufacturing a three-dimensional object by means of a layer-wise solidification of a building material in powder form by means of electromagnetic radiation, in particular laser radiation, comprising the steps: scanning positions of an applied layer of the building material in powder form that correspond to a cross-section of the object to be manufactured by means of an electromagnetic beam from a radiation source in order to selectively solidify the building material in powder form, passing a gas flow over the applied layer during the scanning with the electromagnetic beam and irregularity determination of the existence of a process irregularity with respect to at least one process parameter in the manufacture, wherein during the scanning with the electromagnetic beam the scanning process is interrupted at at least one current position of the cross-section to be solidified based on a result of the irregularity determination, wherein the electromagnetic beam is interrupted for a time period of at most 70 ms, and wherein a process irregularity is an occurrence and/or an increased occurrence of particles such as splashes, smoke, vapors or the like and/or a change of the emission of radiation from the position of interaction of the electromagnetic beam on the building material during the scanning and/or a high surface roughness of an already solidified portion of the object to be manufactured. scanning positions of an applied layer of the building material in powder form that correspond to a cross-section of the object to be manufactured by means of an electromagnetic beam from a radiation source in order to selectively solidify the building material in powder form, passing a gas flow over the applied layer during the scanning with the electromagnetic beam and irregularity determination of the existence of a process irregularity with respect to at least one process parameter in the manufacture, wherein during the scanning with the electromagnetic beam the scanning process is interrupted at at least one current position of the cross-section to be solidified based on a result of the irregularity determination, wherein the electromagnetic beam is interrupted for a time period of at most 70 ms, and wherein a process irregularity is an occurrence and/or an increased occurrence of particles such as splashes, smoke, vapors or the like and/or a change of the emission of radiation from the position of interaction of the electromagnetic beam on the building material during the scanning and/or a high surface roughness of an already solidified portion of the object to be manufactured.
A method for treating one or more articles with a plasma generated from dissociating one or more gases, said method comprising: supplying one or more gases from a source to a first chamber, including a means for controlling expansion of a plasma back through said source from said first chamber, applying RF power through a first electrode and a second electrode to dissociate said one or more gases and create said plasma having a power density; withdrawing said dissociated one or more gases from said first chamber through at least one constriction within an output port, and supplying said dissociated one or more gases to a second chamber containing said one or more articles, characterised in that said said second electrode is within said output port and at least one constriction is in said second electrode, and said at least one constriction is sized to substantially increase said power density of said plasma at said at least one constriction. supplying one or more gases from a source to a first chamber, including a means for controlling expansion of a plasma back through said source from said first chamber, applying RF power through a first electrode and a second electrode to dissociate said one or more gases and create said plasma having a power density; withdrawing said dissociated one or more gases from said first chamber through at least one constriction within an output port, and supplying said dissociated one or more gases to a second chamber containing said one or more articles, characterised in that said said second electrode is within said output port and at least one constriction is in said second electrode, and said at least one constriction is sized to substantially increase said power density of said plasma at said at least one constriction.
A machine for cooking a dose of raw pasta in a container, the machine comprising: - a hot water supply pipe to selectively inject hot water into the container above the dose of pasta; - a steam supply pipe to selectively inject steam into the container independently of the hot water injection; and - a dispenser comprising at least one first nozzle connected to the hot water supply pipe to deliver hot water into the container and at least one second nozzle connected to the steam supply pipe to deliver steam into the container; characterized in that the hot water supply pipe comprises a first solenoid valve configured to selectively supply hot water to the first nozzle. - a hot water supply pipe to selectively inject hot water into the container above the dose of pasta; - a steam supply pipe to selectively inject steam into the container independently of the hot water injection; and - a dispenser comprising at least one first nozzle connected to the hot water supply pipe to deliver hot water into the container and at least one second nozzle connected to the steam supply pipe to deliver steam into the container; characterized in that
An apparatus configured to be employed in a UE, User Equipment, comprising: a memory interface; and processing circuitry configured to: processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface. a memory interface; and processing circuitry configured to: processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface. processing a DCI, Downlink Control Information, message that comprises a single beam indication field, wherein the single beam indication field comprises an associated beam index that indicates, for an associated channel, an associated beam of an associated BPL, Beam Pair Link, wherein the associated channel for the single beam indication field is one of a data channel or a first control SS, Search Space, wherein a flag precedes the associated beam index of the single beam indication field such that the single beam indication field has a format of {Flag, Associated Beam Index}, the flag comprising one bit that indicates whether the associated channel for the single beam indication field is the data channel when the flag has a value of o, and wherein the flag indicates the first control SS when the flag has a value of 1; and send, for the single beam indication field, the associated beam index to a memory via the memory interface.
A multi-viewpoint floating image display device comprising: a multi-viewpoint floating image display optical system including a plurality of real mirror imaging optical systems (2A1, 2A2) each being capable of forming a real image of an object to be projected, in a plane-symmetric position symmetric to said object to be projected with respect to a geometrical plane (S1, S2) which is a symmetry plane, wherein all of said real mirror imaging optical systems (2A1, 2A2) are so arranged that the angle(θ) formed by any of the symmetry planes (S1, S2) is less than 180 degrees on the real image side with respect to the symmetry planes; wherein said multi-viewpoint floating image optical system is arranged such that if said object to be projected is so separately positioned as sub-objects (01, 02) into which the single object is divided to correspond to the respective real mirror imaging optical systems said all real images of sub-objects (01, 02) to be projected are formed and overlapped in a given location in a small space, and said real images of sub-objects (01, 02) to be projected can be observed respectively from viewpoints provided by real mirror imaging optical systems (2A1, 2A2) as a seamless single object or image. a multi-viewpoint floating image display optical system including a plurality of real mirror imaging optical systems (2A1, 2A2) each being capable of forming a real image of an object to be projected, in a plane-symmetric position symmetric to said object to be projected with respect to a geometrical plane (S1, S2) which is a symmetry plane, wherein all of said real mirror imaging optical systems (2A1, 2A2) are so arranged that the angle(θ) formed by any of the symmetry planes (S1, S2) is less than 180 degrees on the real image side with respect to the symmetry planes; wherein said multi-viewpoint floating image optical system is arranged such that if said object to be projected is so separately positioned as sub-objects (01, 02) into which the single object is divided to correspond to the respective real mirror imaging optical systems said all real images of sub-objects (01, 02) to be projected are formed and overlapped in a given location in a small space, and said real images of sub-objects (01, 02) to be projected can be observed respectively from viewpoints provided by real mirror imaging optical systems (2A1, 2A2) as a seamless single object or image.
A method for reducing crosstalk between signals routed through a connector having two spaced parallel rows of signal terminals in a body of insulating material, the rows extending in a first direction, wherein a fifth signal terminal and a plurality of sixth signal terminals are arranged in one row of the signal terminals, and a fourth signal terminal is arranged in the other row of signal terminals, wherein at least two of the sixth signal terminals are arranged adjacent to each other in the first direction, and wherein the fourth signal terminal is located between said two of the sixth signal terminals, characterised in that the method comprises: routing signals through the fourth and the fifth signal terminals, and routing signals through the sixth signal terminals, the frequency of the signal routed through each sixth signal terminal being at most one tenth of the frequency of the signal routed through the fourth signal terminal so as to reduce crosstalk between signals routed through the fourth and the fifth signal terminals. routing signals through the fourth and the fifth signal terminals, and routing signals through the sixth signal terminals, the frequency of the signal routed through each sixth signal terminal being at most one tenth of the frequency of the signal routed through the fourth signal terminal so as to reduce crosstalk between signals routed through the fourth and the fifth signal terminals.
A self-moving robot, comprising a self-moving module and at least one of a plurality of interchangeable working modules connected to the self-moving module, wherein the self-moving module comprises a control unit, a first energy unit, a first walking unit and a first interface unit, and the control unit configured to execute a predetermined command to control the self-moving robot to operate; the first walking unit configured to assist the self-moving module in walking; the working module comprises a first working unit, a second walking unit and a second interface unit, the first working unit configured to execute a specific type of work, and the second walking unit configured to assist the working module in walking; the first interface unit and the second interface unit can be correspondingly matched and connected to connect the working module onto the self-moving module, and the self-moving module further comprises a detecting unit, configured to detect the working module and send a detected result to the control unit; the control unit configured to judge whether the working module required to be connected is detected according to the detected result, and when the judged result is yes, the control unit configured to control the first walking unit to walk such that the self-moving module is connected to the working module required to be connected; wherein in a working period, the self-moving module is configured to carry each work module for working in sequence according to a set time sequence. the self-moving module comprises a control unit, a first energy unit, a first walking unit and a first interface unit, and the control unit configured to execute a predetermined command to control the self-moving robot to operate; the first walking unit configured to assist the self-moving module in walking; the working module comprises a first working unit, a second walking unit and a second interface unit, the first working unit configured to execute a specific type of work, and the second walking unit configured to assist the working module in walking; the first interface unit and the second interface unit can be correspondingly matched and connected to connect the working module onto the self-moving module, and the self-moving module further comprises a detecting unit, configured to detect the working module and send a detected result to the control unit; the control unit configured to judge whether the working module required to be connected is detected according to the detected result, and when the judged result is yes, the control unit configured to control the first walking unit to walk such that the self-moving module is connected to the working module required to be connected; wherein in a working period, the self-moving module is configured to carry each work module for working in sequence according to a set time sequence.
A system to perform seismic imaging, comprising: a data processing system comprising a propagation component, gating component, and wavefield combination component, the data processing system to: receive seismic data from one or more seismic data sources comprising data ensembles of common-source or common-receiver data; propagate the received seismic data forward in time through a subsurface model to generate a first wavefield; propagate the received seismic data backward in time through the subsurface model to generate a second wavefield; characterised by combining the first wavefield with the second wavefield using a time gate imaging condition; generate a 4-dimensional image from the combination of the first wavefield with the second wavefield using the time gate imaging condition; the time gate imaging condition to isolate multiple imaged events in time so that the events are mapped individually to the angle domain such that the data processing system separates noise from real reflector images. receive seismic data from one or more seismic data sources comprising data ensembles of common-source or common-receiver data; propagate the received seismic data forward in time through a subsurface model to generate a first wavefield; propagate the received seismic data backward in time through the subsurface model to generate a second wavefield; characterised by combining the first wavefield with the second wavefield using a time gate imaging condition; generate a 4-dimensional image from the combination of the first wavefield with the second wavefield using the time gate imaging condition; the time gate imaging condition to isolate multiple imaged events in time so that the events are mapped individually to the angle domain such that the data processing system separates noise from real reflector images.
Collector plate for a heat exchanger, the collector plate comprising: - a peripheral groove having a bottom, - at least one upper step protruding with respect to the bottom of the said groove over a predefined height, and - at at least one longitudinal end of the collector plate, an intermediate portion between the upper step and the said groove, characterized in that at the said at least one longitudinal end of the collector plate, the said groove has an inner wall, at least one section of which connects the intermediate portion to the bottom of the said groove and extends over a height which is not zero and is less than the height of the upper step. - a peripheral groove having a bottom, - at least one upper step protruding with respect to the bottom of the said groove over a predefined height, and - at at least one longitudinal end of the collector plate, an intermediate portion between the upper step and the said groove,
A gas appliance system comprising a gas appliance and a first flue pipe, wherein the gas appliance comprises a housing, a control unit disposed in the housing, and a flue hood connected with the first flue pipe; wherein the system further comprises a switch assembly electrically connected with the control unit, characterized in that said switch assembly is configured to be activated when the first flue pipe is connected to the flue hood to a predetermined position.