mhurhangee/ep-ind-claims huggingface dataset:
An offshore system comprising: • a vessel having a deck; • a cantilever, suitable to accommodate a drilling tower, a crane, a multi-purpose tower or any other equipment, which is mounted on the deck and which is moveable in a longitudinal direction of the cantilever relative to the deck between a retracted position and an extended position, and which is rotatable relative to the deck about a substantially vertical swivel axis, • actuators (RA1,D1,D2,RA2,D3) to move the cantilever in longitudinal direction and to rotate the cantilever about the swivel axis, wherein the swivel axis is provided by a single sliding and swivel assembly arranged at one end of the cantilever, comprising a fixed part (H;SP,RP,BE,SS) mounted to the deck and a sliding part (GR;R) mounted to the cantilever, wherein the sliding part is arranged to slide in longitudinal direction of the cantilever relative to the fixed part when the cantilever moves in the longitudinal direction, wherein the fixed part and/or the combination of fixed part and sliding part are configured to form the swivel axis allowing the cantilever to rotate relative to the deck, wherein a sliding assembly is arranged at the other end of the cantilever supporting the cantilever and allowing the cantilever to slide in longitudinal direction of the cantilever relative to the deck during movement of the cantilever in longitudinal direction, and to slide in a transverse direction perpendicular to the longitudinal direction relative to the deck during rotation of the cantilever relative to the deck. • a vessel having a deck; • a cantilever, suitable to accommodate a drilling tower, a crane, a multi-purpose tower or any other equipment, which is mounted on the deck and which is moveable in a longitudinal direction of the cantilever relative to the deck between a retracted position and an extended position, and which is rotatable relative to the deck about a substantially vertical swivel axis, • actuators (RA1,D1,D2,RA2,D3) to move the cantilever in longitudinal direction and to rotate the cantilever about the swivel axis,
An illuminated vehicle interior component (16, 38, 74) comprising: - a light-transmissive substrate layer (18, 40) configured to be disposed over a printed circuit layer (30, 50); and - a decorative layer (19, 41) formed directly onto the light-transmissive substrate layer (18, 40), characterized in that the light-transmissive substrate layer (18, 40) is configured to receive light from a light-emitting device (23, 24, 25, 32, 54, 56, 58, 76) coupled to the printed circuit layer (30, 50) and to illuminate at least a portion of the illuminated vehicle interior component (16, 38, 74), and wherein the light-transmissive substrate layer (18, 40) comprises an angled surface (36, 64, 80) configured to direct light from the light-emitting device (23, 24, 25, 32, 54, 56, 58, 76) coupled to the printed circuit layer (30, 50). - a light-transmissive substrate layer (18, 40) configured to be disposed over a printed circuit layer (30, 50); and - a decorative layer (19, 41) formed directly onto the light-transmissive substrate layer (18, 40),
An exhaust purification apparatus for an engine, including: a nitrogen oxide absorption reduction catalyst provided in an exhaust passage of an engine, and absorbing nitrogen oxide in exhaust; a selective reduction catalyst provided in the exhaust passage on a downstream side of the nitrogen oxide absorption reduction catalyst, and reducing and purifying the nitrogen oxide by using a reducing agent; a first temperature detector configured to detect a temperature of the selective reduction catalyst; and a nitrogen oxide absorption rate estimator configured to estimate a nitrogen oxide absorption rate of the nitrogen oxide absorption reduction catalyst; the exhaust purification apparatus being characterized by comprising a first purge controller configured to, when the temperature of the selective reduction catalyst is higher than a first temperature threshold value, and the nitrogen oxide absorption rate is higher than a first absorption threshold value, execute a first purge control that sets an air/fuel ratio of the exhaust flowing to the nitrogen oxide absorption reduction catalyst to a stoichiometric air/fuel ratio or to a slightly leaner air/fuel ratio than the stoichiometric air/fuel ratio, and causing the nitrogen oxide absorbed in the nitrogen oxide absorption reduction catalyst to be discharged from the nitrogen oxide absorption reduction catalyst to the downstream. a nitrogen oxide absorption reduction catalyst provided in an exhaust passage of an engine, and absorbing nitrogen oxide in exhaust; a selective reduction catalyst provided in the exhaust passage on a downstream side of the nitrogen oxide absorption reduction catalyst, and reducing and purifying the nitrogen oxide by using a reducing agent; a first temperature detector configured to detect a temperature of the selective reduction catalyst; and a nitrogen oxide absorption rate estimator configured to estimate a nitrogen oxide absorption rate of the nitrogen oxide absorption reduction catalyst; the exhaust purification apparatus being characterized by comprising a first purge controller configured to, when the temperature of the selective reduction catalyst is higher than a first temperature threshold value, and the nitrogen oxide absorption rate is higher than a first absorption threshold value, execute a first purge control that sets an air/fuel ratio of the exhaust flowing to the nitrogen oxide absorption reduction catalyst to a stoichiometric air/fuel ratio or to a slightly leaner air/fuel ratio than the stoichiometric air/fuel ratio, and causing the nitrogen oxide absorbed in the nitrogen oxide absorption reduction catalyst to be discharged from the nitrogen oxide absorption reduction catalyst to the downstream.
A method for amplifying a nucleic acid molecule from a biological sample extracted from a source that can comprise one or more PCR inhibitors, the method comprising: mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin, to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; wherein the fish gelatin is at a concentration of 0.2% w/v-4.0% w/v and wherein the BSA is at a concentration of about 500 ng/μl to 6000 ng/μl. source that can comprise one or more PCR inhibitors, the method comprising: mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin, to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin, to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; wherein the fish gelatin is at a concentration of 0.2% w/v-4.0% w/v and wherein the BSA is at a concentration of about 500 ng/μl to 6000 ng/μl.
A method of transmitting channel state information, CSI, for a coordinated multi-point transmission and reception, CoMP, set comprising base stations, BSs, including a first BS and a second BS, the method performed by a user equipment, UE, and comprising: receiving channel state information reference signals, CSI-RSs, according to one or more CSI-RS configurations from respective one of the BSs; receiving power information about each of a plurality of antenna ports of the BSs from a first BS; calculating the CSI for the CoMP set based on the CSI-RSs and the received power information; and transmitting the calculated CSI to the first BS, wherein the calculated CSI includes precoding matrix indicators, PMIs, respectively corresponding to different CSI-RS configurations and phase difference compensation values between the PMIs, when the BSs use the different CSI-RS configurations, wherein the calculated CSI includes a single precoding matrix indicator, PMI, corresponding to a single CSI-RS configuration, when the BSs use the single CSI-RS configuration, and wherein the single PMI is an indicator which is the closest to an optimum precoding matrix obtained by compensating phase differences for the received CSI-RSs. receiving channel state information reference signals, CSI-RSs, according to one or more CSI-RS configurations from respective one of the BSs; receiving power information about each of a plurality of antenna ports of the BSs from a first BS; calculating the CSI for the CoMP set based on the CSI-RSs and the received power information; and transmitting the calculated CSI to the first BS, wherein the calculated CSI includes precoding matrix indicators, PMIs, respectively corresponding to different CSI-RS configurations and phase difference compensation values between the PMIs, when the BSs use the different CSI-RS configurations, wherein the calculated CSI includes a single precoding matrix indicator, PMI, corresponding to a single CSI-RS configuration, when the BSs use the single CSI-RS configuration, and wherein the single PMI is an indicator which is the closest to an optimum precoding matrix obtained by compensating phase differences for the received CSI-RSs.
A urea plant comprising a high pressure carbamate condenser, a reactor, a stripper, and a recovery section, wherein: - the condenser comprises a liquid outlet in fluid communication with a liquid inlet of the reactor; - the reactor comprises a liquid outlet in fluid communication with the stripper; - the stripper comprises a gas outlet in fluid communication with a gas inlet of the condenser and a liquid outlet in fluid communication with the recovery section; - the recovery section comprises a liquid outlet in fluid communication with a liquid inlet of the condenser; wherein an additional reactor is present having a liquid inlet that is in fluid communication with the liquid outlet of the recovery section; said additional reactor comprising a liquid outlet in fluid communication with a an inlet to a condensation chamber of the condenser. - the condenser comprises a liquid outlet in fluid communication with a liquid inlet of the reactor; - the reactor comprises a liquid outlet in fluid communication with the stripper; - the stripper comprises a gas outlet in fluid communication with a gas inlet of the condenser and a liquid outlet in fluid communication with the recovery section; - the recovery section comprises a liquid outlet in fluid communication with a liquid inlet of the condenser;
A Printed Circuit Board mounting structure, comprising: a chassis on which a plurality of board resting portions are disposed; a PCB resting on the plurality of board resting portions; a mounting portion disposed on a respective board resting portion of the plurality of board resting portions; and a mounting member fixed on the PCB, and removably coupleable with the mounting portion by a sliding movement of the PCB, wherein the mounting member includes a support portion supported on the PCB and a pressing portion extending from the support portion, wherein the mounting portion is bonded on the respective board resting portion and electrically connected to the respective board resting portion, wherein the mounting portion comprises a neck connected to the respective board resting portion, and a head connected to the neck and having a cross-sectional area wider than a cross-sectional area of the neck, wherein the pressing portion of the mounting member presses the head of the mounting portion when the PCB is coupled, and characterized in that: the mounting portion comprises a stopper protruding from the head towards the PCB, and the mounting member comprises a stopper accommodating groove formed in the pressing portion. a chassis on which a plurality of board resting portions are disposed; a PCB resting on the plurality of board resting portions; a mounting portion disposed on a respective board resting portion of the plurality of board resting portions; and a mounting member fixed on the PCB, and removably coupleable with the mounting portion by a sliding movement of the PCB, wherein the mounting member includes a support portion supported on the PCB and a pressing portion extending from the support portion, wherein the mounting portion is bonded on the respective board resting portion and electrically connected to the respective board resting portion, wherein the mounting portion comprises a neck connected to the respective board resting portion, and a head connected to the neck and having a cross-sectional area wider than a cross-sectional area of the neck, wherein the pressing portion of the mounting member presses the head of the mounting portion when the PCB is coupled, and characterized in that: the mounting portion comprises a stopper protruding from the head towards the PCB, and the mounting member comprises a stopper accommodating groove formed in the pressing portion. the mounting portion comprises a stopper protruding from the head towards the PCB, and the mounting member comprises a stopper accommodating groove formed in the pressing portion.
An electronic apparatus for detachably holding a portable apparatus, comprising: a housing portion configured for housing the portable apparatus; a guide mechanism configured to guide the portable apparatus so as to set one side of the portable apparatus as an axis and to cause another side opposing the one side to rotate about the axis, when the portable apparatus is attached and/or detached to or from the housing portion; a housing portion side connector engageable/disengageable with a portable apparatus side connector provided at the portable apparatus, wherein the housing portion side connector is located closer to the said other side of the portable apparatus than to the said one side thereof, when the portable apparatus is attached; and a push-out member; the electronic apparatus further comprising a detach button for detaching the portable apparatus from the electronic apparatus, wherein the push-out member is positioned closer to the said other side than to the said one side of the portable apparatus, and is operable to push the portable apparatus at the position closer to the said other side than to the said one side and to thereby eject the portable apparatus from the housing portion when the detach button is pressed. a housing portion configured for housing the portable apparatus; a guide mechanism configured to guide the portable apparatus so as to set one side of the portable apparatus as an axis and to cause another side opposing the one side to rotate about the axis, when the portable apparatus is attached and/or detached to or from the housing portion; a housing portion side connector engageable/disengageable with a portable apparatus side connector provided at the portable apparatus, wherein the housing portion side connector is located closer to the said other side of the portable apparatus than to the said one side thereof, when the portable apparatus is attached; and a push-out member; the electronic apparatus further comprising a detach button for detaching the portable apparatus from the electronic apparatus, wherein the push-out member is positioned closer to the said other side than to the said one side of the portable apparatus, and is operable to push the portable apparatus at the position closer to the said other side than to the said one side and to thereby eject the portable apparatus from the housing portion when the detach button is pressed.
Double-wall butt reinforcement comprising at least one stirrup and a rod-shaped component extending perpendicularly to the stirrup, the stirrup being pivotably connected to the rod-shaped component via an elastically deformable element, the stirrup being arranged horizontally with respect to the rod-shaped component in an equilibrium position and the stirrup being pivotable upwards and downwards from the horizontal position in a non-equilibrium position, the stirrup having two opposite stirrup legs (2A, 2B), the rod-shaped component being arranged between the stirrup legs (2A, 2B), characterized in that in the equilibrium position the stirrup is at right angles to the rod-shaped component, in the non-equilibrium position the angle between the stirrup and the rod-shaped component deviates from the right angle, and in that the elastic element is a bending spring.
An energy storage system, wherein it comprises an electrolyser, a hydrogen gas storage (6, 20) and a power plant (7, 35, 32), the electrolyser being connected to the hydrogen gas storage (6, 20) and the hydrogen gas storage (6, 20) being connected to the power plant (7, 25, 32, wherein - the energy storage system comprises at least one additional gas storage for natural gas and - the energy storage system comprises a gas mixing station for blending the hydrogen gas with the natural gas before combustion, and wherein - it comprises a hydrogen compressor which is connected to the electrolyser and to the hydrogen gas storage (6, 20) for compressing the hydrogen gas before it is stored, characterized in that it further comprises a fuel gas preheater. - the energy storage system comprises at least one additional gas storage for natural gas and - the energy storage system comprises a gas mixing station for blending the hydrogen gas with the natural gas before combustion, and wherein - it comprises a hydrogen compressor which is connected to the electrolyser and to the hydrogen gas storage (6, 20) for compressing the hydrogen gas before it is stored,
An extracorporeal circulator for performing extracorporeal circulation of blood of a human body, the extracorporeal circulator comprising: a rotary pump configured to generate a rotary pump waveform by constantly rotating, wherein the rotary pump waveform is a linear-type waveform maintaining a constant level; a cardiac function measuring system comprising: a flowmeter configured to measure a flow rate waveform of blood in extracorporeal circulation; a control unit configured to acquire a waveform that is an addition of a pulsation waveform which is a flow rate fluctuation waveform of the blood included in the flow rate waveform measured by the flowmeter and the rotary pump waveform generated when the rotary pump constantly rotates; and a display unit configured to display the waveform indicating a cardiac function of the human body in response to a command from the control unit; an artificial lung; a driving means for driving the rotary pump; a blood removing catheter; and a blood feeding catheter. a rotary pump configured to generate a rotary pump waveform by constantly rotating, wherein the rotary pump waveform is a linear-type waveform maintaining a constant level; a cardiac function measuring system comprising: a flowmeter configured to measure a flow rate waveform of blood in extracorporeal circulation; a control unit configured to acquire a waveform that is an addition of a pulsation waveform which is a flow rate fluctuation waveform of the blood included in the flow rate waveform measured by the flowmeter and the rotary pump waveform generated when the rotary pump constantly rotates; and a display unit configured to display the waveform indicating a cardiac function of the human body in response to a command from the control unit; a flowmeter configured to measure a flow rate waveform of blood in extracorporeal circulation; a control unit configured to acquire a waveform that is an addition of a pulsation waveform which is a flow rate fluctuation waveform of the blood included in the flow rate waveform measured by the flowmeter and the rotary pump waveform generated when the rotary pump constantly rotates; and a display unit configured to display the waveform indicating a cardiac function of the human body in response to a command from the control unit; an artificial lung; a driving means for driving the rotary pump; a blood removing catheter; and a blood feeding catheter.
An improved duster having a handle and a plate with an active double cleaning surface (9, 10), where said plate is connected to said handle by means of a hinging device with an adjustment of the inclination between the handle and the plate, characterised by the fact that said hinging devices are spaced apart from the main central axis of the plate and where there are, interposed between said hinging and said plate, releasable interconnecting devices, composed of an insert and a relative seat, between a first stable position connecting said hinging and said plate and a second detached position of the interconnecting devices for rotating said hinging devices with respect to the main central axis of the plate.
A vacuum cleaner comprising: a housing; a motor fan assembly arranged to generate an air flow; a dirt container in fluid communication with a dirty air inlet and the motor fan assembly; a moveable dirt compactor mounted in the dirt container and moveable between a stowed position and a dirt compacting position wherein the moveable dirt compactor is closer to one end of the dirt container in the dirt compacting position than in the stowed position, characterized in that the movable dirt compactor is shaped so as to allow dirt within the dirt container located on one side of the dirt compactor to pass to the other side of the dirt compactor; and a detector switch coupled to the moveable dirt compactor, the detector switch configured to open an electrical circuit and interrupt power supplied to the motor fan assembly when the moveable dirt compactor moves towards the dirt compacting position and urges dirt towards the one end of the dirt container. a housing; a motor fan assembly arranged to generate an air flow; a dirt container in fluid communication with a dirty air inlet and the motor fan assembly; a moveable dirt compactor mounted in the dirt container and moveable between a stowed position and a dirt compacting position wherein the moveable dirt compactor is closer to one end of the dirt container in the dirt compacting position than in the stowed position, characterized in that the movable dirt compactor is shaped so as to allow dirt within the dirt container located on one side of the dirt compactor to pass to the other side of the dirt compactor; and a detector switch coupled to the moveable dirt compactor, the detector switch configured to open an electrical circuit and interrupt power supplied to the motor fan assembly when the moveable dirt compactor moves towards the dirt compacting position and urges dirt towards the one end of the dirt container.