mhurhangee/ep-ind-claims huggingface dataset:
A reagent preparing device for supplying a reagent to a measurement section for measuring a specimen, wherein the reagent is a mixed solution including a first liquid and a second liquid, the reagent preparing device comprising: at least one of a first liquid container for accommodating the first liquid and a second liquid container for accommodating the second liquid, wherein the first liquid is a pure water and the second liquid is a high concentration reagent, a first mixed solution container for accommodating the mixed solution of the first liquid and the second liquid; a second mixed solution container for accommodating the mixed solution of the first liquid and the second liquid; a supply chamber for accommodating the mixed solution waiting to be supplied to the measurement section, wherein the supply chamber is configured to accommodate the mixed solution of an amount greater than or equal to a total amount of a maximum liquid amount of the mixed solution to be accommodated in the first mixed solution container and a maximum liquid amount of the mixed solution to be accommodated in the second mixed solution container and a controller configured to control supply of the first liquid and the second liquid to supply the first liquid and the second liquid to the first mixed solution container, and to supply the first liquid and the second liquid to the second mixed solution container, and configured to control supply of the mixed solution to supply the mixed solution to the supply chamber, wherein if the controller receives a shutdown instruction, the reagent preparation is continued until the reagent being prepared is ultimately transferred to the supply chamber. at least one of a first liquid container for accommodating the first liquid and a second liquid container for accommodating the second liquid, wherein the first liquid is a pure water and the second liquid is a high concentration reagent, a first mixed solution container for accommodating the mixed solution of the first liquid and the second liquid; a second mixed solution container for accommodating the mixed solution of the first liquid and the second liquid; a supply chamber for accommodating the mixed solution waiting to be supplied to the measurement section, wherein the supply chamber is configured to accommodate the mixed solution of an amount greater than or equal to a total amount of a maximum liquid amount of the mixed solution to be accommodated in the first mixed solution container and a maximum liquid amount of the mixed solution to be accommodated in the second mixed solution container and a controller configured to control supply of the first liquid and the second liquid to supply the first liquid and the second liquid to the first mixed solution container, and to supply the first liquid and the second liquid to the second mixed solution container, and configured to control supply of the mixed solution to supply the mixed solution to the supply chamber, wherein if the controller receives a shutdown instruction, the reagent preparation is continued until the reagent being prepared is ultimately transferred to the supply chamber.
A cargo net comprising a plurality of interconnected straps arranged in a lattice structure characterized in that the straps comprise ultrahigh molecular weight polyethylene (UHMWPE) multifilament yarns, the UHMWPE yarns having a tenacity of at least 1.9 N/tex.
Torsion damping device, in particular for a motor vehicle, comprising two coaxial parts (2, 5) mounted so as to rotate with respect to each other counter to damping means (10, 11, 12, 13, 3, 4, 100) comprising springs (10, 11, 12, 13) and means (3, 4, 100) of interfacing the springs with the coaxial parts, the interfacing means comprising at least: - one seat intended to be placed on one end of the springs (10, 11, 12, 13), comprising: - a front face able to cooperate with the ends of the springs; - a rear face defining a plane P behind the front part; and - a bar section extending projecting from the rear face and having on one surface a substantially circular section of centre, a bar section able to be one element of a pivot connection, - an axis of the bar section passing through the centre of the bar section extends at a predetermined distance (d) from the plane P not substantially equal to zero, - guidance means connected to one of the coaxial parts and a plate connected to the other one of the coaxial parts, the seat is able to cooperate with the guidance elements and the plate on a pivot connection, the guidance elements and the plate comprise at least one housing having a recess substantially complementary to the bar section of the seat in order to effect the pivot connection, characterised in that the housing has a first edge and a second edge able to come into abutment contact with the rear face of the seat when the pivot connection is used, the two edges (201, 202) not being parallel to each other. - one seat intended to be placed on one end of the springs (10, 11, 12, 13), comprising: - a front face able to cooperate with the ends of the springs; - a rear face defining a plane P behind the front part; and - a bar section extending projecting from the rear face and having on one surface a substantially circular section of centre, a bar section able to be one element of a pivot connection, - an axis of the bar section passing through the centre of the bar section extends at a predetermined distance (d) from the plane P not substantially equal to zero, - a front face able to cooperate with the ends of the springs; - a rear face defining a plane P behind the front part; and - a bar section extending projecting from the rear face and having on one surface a substantially circular section of centre, a bar section able to be one element of a pivot connection, - an axis of the bar section passing through the centre of the bar section extends at a predetermined distance (d) from the plane P not substantially equal to zero, - guidance means connected to one of the coaxial parts and a plate connected to the other one of the coaxial parts, the seat is able to cooperate with the guidance elements and the plate on a pivot connection, the guidance elements and the plate comprise at least one housing having a recess substantially complementary to the bar section of the seat in order to effect the pivot connection,
A method for data processing in a passive optical wavelength division multiplex network transmitting bidirectional data signals via a different wavelengths between an optical line terminal and optical network units (213,214, 219 - 221), comprising the steps of - distributing downstream wavelengths into a first portion of wavelengths for communication with optical network units (213, 214) of a first area and - into a second portion of wavelengths for communication with optical network units of a second area, - wherein in the first area a first resource of upstream wavelengths passes a first splitter in uplink direction and wherein a second resource of upstream wavelengths is reflected for communication within the first area, and - wherein in the second area the second resource of upstream wavelengths passes a second splitter in uplink direction and wherein the first resource of upstream wavelengths is reflected for communication within the second area; and - wherein the first resource and the second resource of upstream wavelengths are disjoint. - distributing downstream wavelengths into a first portion of wavelengths for communication with optical network units (213, 214) of a first area and - into a second portion of wavelengths for communication with optical network units of a second area, - wherein in the first area a first resource of upstream wavelengths passes a first splitter in uplink direction and wherein a second resource of upstream wavelengths is reflected for communication within the first area, and - wherein in the second area the second resource of upstream wavelengths passes a second splitter in uplink direction and wherein the first resource of upstream wavelengths is reflected for communication within the second area; and - wherein the first resource and the second resource of upstream wavelengths are disjoint.
A power generation system (101A, 101B) used with: a combustion device configured to generate heat to be supplied to a heat load; a duct open to outside air; and a second exhaust gas passage connected to the duct, the second exhaust gas passage being configured to pass a combustion exhaust gas from the combustion device, the power generation system (101A, 101B)_comprising: a power generation unit comprising a fuel cell configured to generate electric power; a casing accommodating said power generation unit; a ventilator provided external to the power generation unit and inside the casing and configured to ventilate the interior of said casing; and a first exhaust gas passage configured to pass an exhaust gas from said ventilator which is discharged out of said casing, wherein in a power generating operation of the power generation unit, a combustor is configured to combust a fuel, a discharge path through which a combustion exhaust gas from the combustor is discharged out of the casing is provided, and said first exhaust gas passage is provided so as to guide the gas within said casing from said ventilator to said second exhaust gas passage, and merges with said second exhaust gas passage.
A plate heat exchanger for evaporation, comprising first heat exchanger plates and second heat exchanger plates arranged beside each other in an alternating order, first plate interspaces for a first fluid to be evaporated, each first plate interspace being formed by a primary pair consisting of one of the second heat exchanger plates and an adjacent one of the first heat exchanger plates, and second plate interspaces for a second fluid, each second plate interspace being formed by a secondary pair consisting of one of the first heat exchanger plates and an adjacent one of the second heat exchanger plates, wherein the first and second plate interspaces (3, 4) are arranged beside each other in an alternating order, wherein each of the first heat exchanger plates and the second heat exchanger plates extends in parallel with an extension plane (p) and comprises a number of portholes, wherein each of the first heat exchanger plates comprises a peripheral rim surrounding a first porthole of said number of portholes and extending transversely to the extension plane (p), wherein the peripheral rim of one of the first heat exchanger plates extends to an adjacent one of the first heat exchanger plates so that the peripheral rims define an inlet channel for the first fluid through the plate heat exchanger, characterized in that each of the secondary pairs encloses an inlet chamber adjacent to the peripheral rim, and that the inlet chamber is closed to the second plate interspaces, is open to the inlet channel and communicates with one of the first plate interspaces via a nozzle member, comprising one or more restrictions holes, thereby permitting a flow of the first fluid from the inlet channel to the first plate interspace.
Architecture of an aircraft braking system, including: - a brake intended to brake a wheel of the aircraft, the brake including friction members and a plurality of electromechanical actuators for applying a braking force to the friction members and thus exert a braking torque on the wheel, each electromechanical actuator including a body wherein an electric motor is integrated, characterised in that - into the body are integrated a power module for generating a current supplying the electric motor and a digital communication module, the digital communication modules of the electromechanical actuators of the brake being interconnected to form a digital network (30; 40); and the architecture of the braking system further includes: - a power supply unit intended to supply the power modules by providing same with a supply voltage (Vc); - two control units (22a, 22b) adapted to generate digital control signals (Sc) for the electric motors addressed to the digital communication modules which transmit the digital control signals to the power modules so that each power module generates the supply current based on the supply voltage and the digital control signals which are addressed thereto; - a network interconnection unit connected to the two control units and integrated into the digital network for distributing the digital control signals to the digital communication modules via the digital network. - a brake intended to brake a wheel of the aircraft, the brake including friction members and a plurality of electromechanical actuators for applying a braking force to the friction members and thus exert a braking torque on the wheel, each electromechanical actuator including a body wherein an electric motor is integrated, characterised in that - into the body are integrated a power module for generating a current supplying the electric motor and a digital communication module, the digital communication modules of the electromechanical actuators of the brake being interconnected to form a digital network (30; 40); - a power supply unit intended to supply the power modules by providing same with a supply voltage (Vc); - two control units (22a, 22b) adapted to generate digital control signals (Sc) for the electric motors addressed to the digital communication modules which transmit the digital control signals to the power modules so that each power module generates the supply current based on the supply voltage and the digital control signals which are addressed thereto; - a network interconnection unit connected to the two control units and integrated into the digital network for distributing the digital control signals to the digital communication modules via the digital network.
A method of optimising a wind park construction, which wind park comprises at least a first wind turbine and a second wind turbine (6, 6'), characterised in that - a first blade topology is selected for the first wind turbine depending on a noise optimisation parameter which is measured and/or predicted at a reference position at a distance from the wind park, wherein the first blade topology is associated with low noise emissions and a correspondingly low energy efficiency; and - a second blade topology is selected for the second wind turbine (6, 6') depending on an energy efficiency optimisation parameter, such that the second wind turbine (6, 6') has a greater level of noise emission than the first wind turbine. - a first blade topology is selected for the first wind turbine depending on a noise optimisation parameter which is measured and/or predicted at a reference position at a distance from the wind park, wherein the first blade topology is associated with low noise emissions and a correspondingly low energy efficiency; and - a second blade topology is selected for the second wind turbine (6, 6') depending on an energy efficiency optimisation parameter, such that the second wind turbine (6, 6') has a greater level of noise emission than the first wind turbine.
An electric curtain track structure, comprising: a guiding track assembly comprising a guiding track main body having a first bending section and a second bending section opposite from each other; a first electrical actuator installed on the first bending section; a transmission assembly comprising a transmission cable and a plurality of first hooks; the transmission cable being inserted into the guiding track main body and driven by the first electrical actuator in order to move along the guiding track main body together with the plurality of first hooks; and a decorative assembly comprising a decorative panel and a pair of decorative heads; the decorative panel being disposed at an outer side surface of the guiding track main body, and two ends of the decorative panel being extended beyond the guiding track main body in order to allow the decorative heads to be correspondingly disposed at an outer side of the first bending section and the second bending section respectively. a guiding track assembly comprising a guiding track main body having a first bending section and a second bending section opposite from each other; a first electrical actuator installed on the first bending section; a transmission assembly comprising a transmission cable and a plurality of first hooks; the transmission cable being inserted into the guiding track main body and driven by the first electrical actuator in order to move along the guiding track main body together with the plurality of first hooks; and a decorative assembly comprising a decorative panel and a pair of decorative heads; the decorative panel being disposed at an outer side surface of the guiding track main body, and two ends of the decorative panel being extended beyond the guiding track main body in order to allow the decorative heads to be correspondingly disposed at an outer side of the first bending section and the second bending section respectively.
A microfluidic measurement device for measuring at least one charged species concentration of a liquid sample, comprising: - a measurement portion with a measurement surface for being in use contacted with the liquid sample; - a plug portion having a plurality of electrical contacts, wherein the plug portion is mountable to a socket of a measurement evaluation apparatus; - at least one channel located within the measurement device; - a first opening fluidly connected to the channel by a sample channel; - a second opening fluidly connected to the at least one channel and to the first opening by the sample channel, characterised in that it further comprises - at least one evaporation seal (29, 34) for sealing the first opening, wherein the second opening is substantially larger in size than the first opening. - a measurement portion with a measurement surface for being in use contacted with the liquid sample; - a plug portion having a plurality of electrical contacts, wherein the plug portion is mountable to a socket of a measurement evaluation apparatus; - at least one channel located within the measurement device; - a first opening fluidly connected to the channel by a sample channel; - a second opening fluidly connected to the at least one channel and to the first opening by the sample channel, characterised in that it further comprises - at least one evaporation seal (29, 34) for sealing the first opening, wherein the second opening is substantially larger in size than the first opening.
A webbing take-up device, comprising: a spool that takes up a webbing by rotating in a take-up direction; a pinion that is rotatable; a piston that moves under actuation of a gas generator, and that meshes with the pinion when moving, whereby the spool is rotated in the take-up direction according to rotation of the pinion; and a cylinder that is configured by a pipe member which is a single member and that includes: a tube shaped housing portion that houses the piston, and a guide portion that guides movement of the piston, that extends from one end portion of the housing portion in a length direction of the housing portion toward a moving direction side of the piston, and that rotatably supports the pinion; characterized in that the housing portion is formed in a circular cylinder shape, the guide portion is configured to include side walls (46A, 46B) and a bottom wall, and the bottom wall is formed in a semicircle as viewed along a length direction of the cylinder. a spool that takes up a webbing by rotating in a take-up direction; a pinion that is rotatable; a piston that moves under actuation of a gas generator, and that meshes with the pinion when moving, whereby the spool is rotated in the take-up direction according to rotation of the pinion; and a cylinder that is configured by a pipe member which is a single member and that includes: a tube shaped housing portion that houses the piston, and a guide portion that guides movement of the piston, that extends from one end portion of the housing portion in a length direction of the housing portion toward a moving direction side of the piston, and that rotatably supports the pinion; a tube shaped housing portion that houses the piston, and a guide portion that guides movement of the piston, that extends from one end portion of the housing portion in a length direction of the housing portion toward a moving direction side of the piston, and that rotatably supports the pinion;
A cast brake caliper adapted for use in a disc brake assembly including: a cast brake caliper having an inboard leg portion and an outboard leg portion which are interconnected by an intermediate bridge portion, the brake caliper having a pair of locating surfaces (132, 134) provided on the inboard leg portion and a locating recess provided on the outboard leg portion; wherein the pair of locating surfaces provided on the inboard leg portion and the locating recess provided on the outboard leg portion are integrally formed by a core member of a casting apparatus during the casting of the brake caliper; and wherein the caliper includes an opening formed beginning in the intermediate bridge portion and extending into the outboard leg portion and continuing over the locating recess provided on the outboard leg portion so that no portion of the intermediate bridge portion covers the locating recess to thereby enable an extension of the core member to form the locating recess on the outboard leg portion during the casting of the brake caliper. a cast brake caliper having an inboard leg portion and an outboard leg portion which are interconnected by an intermediate bridge portion, the brake caliper having a pair of locating surfaces (132, 134) provided on the inboard leg portion and a locating recess provided on the outboard leg portion; wherein the pair of locating surfaces provided on the inboard leg portion and the locating recess provided on the outboard leg portion are integrally formed by a core member of a casting apparatus during the casting of the brake caliper; and wherein the caliper includes an opening formed beginning in the intermediate bridge portion and extending into the outboard leg portion and continuing over the locating recess provided on the outboard leg portion so that no portion of the intermediate bridge portion covers the locating recess to thereby enable an extension of the core member to form the locating recess on the outboard leg portion during the casting of the brake caliper.