mhurhangee/ep-ind-claims huggingface dataset:
A wall-mounted drum type washing machine comprising: a rear panel configured to be mounted on a wall surface; a tub supported by the rear panel and configured to contain wash water; a front panel on the tub, having an opening therein; a rotatable drum in the tub; a driving unit configured to provide power to the drum; a box unit coupled to the rear panel, configured to surround the drum; a cover unit coupled to the box unit and covering portion the front panel; and a reinforcement unit connecting the tub and the rear panel and surrounding the tub, characterized in that wherein the reinforcement unit protrudes from the rear panel to the front, is integrally connected to the tub, and integrated with reinforcement ribs protruding from the rear panel to the rear, the reinforcement unit has an upper end bent and integrally connected to the tub, a space between the tub and the bottom of the reinforcement unit, a receiving portion is formed on the circumference of the rear panel so as to be coupled to the box unit, and disposed at the rear from a front surface of the rear panel, and the reinforcement unit, the front surface, the receiving portion are disposed in a stepped shape which protrudes to the front from the receiving portion toward the reinforcement unit. a rear panel configured to be mounted on a wall surface; a tub supported by the rear panel and configured to contain wash water; a front panel on the tub, having an opening therein; a rotatable drum in the tub; a driving unit configured to provide power to the drum; a box unit coupled to the rear panel, configured to surround the drum; a cover unit coupled to the box unit and covering portion the front panel; and a reinforcement unit connecting the tub and the rear panel and surrounding the tub, characterized in that wherein the reinforcement unit protrudes from the rear panel to the front, is integrally connected to the tub, and integrated with reinforcement ribs protruding from the rear panel to the rear, the reinforcement unit has an upper end bent and integrally connected to the tub, a space between the tub and the bottom of the reinforcement unit, a receiving portion is formed on the circumference of the rear panel so as to be coupled to the box unit, and disposed at the rear from a front surface of the rear panel, and the reinforcement unit, the front surface, the receiving portion are disposed in a stepped shape which protrudes to the front from the receiving portion toward the reinforcement unit.
A method for the integrated production of chemicals comprising the steps of: a) in a first reaction zone, contacting an epoxide in the presence of a carbonylation catalyst with a syngas stream containing hydrogen and carbon monoxide thereby causing carbon monoxide in the industrial gas which is a syngas stream to react with the epoxide to provide an epoxide carbonylation product, and b) removing an upgraded gas stream from the first reaction zone wherein the upgraded gas stream has a higher hydrogen to carbon monoxide than the starting syngas stream. a) in a first reaction zone, contacting an epoxide in the presence of a carbonylation catalyst with a syngas stream containing hydrogen and carbon monoxide thereby causing carbon monoxide in the industrial gas which is a syngas stream to react with the epoxide to provide an epoxide carbonylation product, and b) removing an upgraded gas stream from the first reaction zone wherein the upgraded gas stream has a higher hydrogen to carbon monoxide than the starting syngas stream.
A method for detecting a fault in an electric grid, the method comprising the steps of: distributing in said electric grid a plurality of grid measuring devices (10, 37) comprising at least one of current measurement sensor and voltage measurement sensor, said grid measuring devices being operative to measure at least one of current measurement and voltage measurement to form a plurality of measurements with their respective time of occurrence; defining a plurality of fault types; defining at least one rule for detecting each of said fault types, each said rule comprising: measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; executing a plurality of said measurements; and analyzing said measurements according to said at least one rule to detect said fault associated with said at least one rule. distributing in said electric grid a plurality of grid measuring devices (10, 37) comprising at least one of current measurement sensor and voltage measurement sensor, said grid measuring devices being operative to measure at least one of current measurement and voltage measurement to form a plurality of measurements with their respective time of occurrence; defining a plurality of fault types; defining at least one rule for detecting each of said fault types, each said rule comprising: measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; executing a plurality of said measurements; and analyzing said measurements according to said at least one rule to detect said fault associated with said at least one rule.
Cold-rolled flat steel product having the following composition in % by weight: C: 0.12 - 0.18%; Si: 0.05 - 0.2%; Mn: 1.9 - 2.2%; Al: 0.2 - 0.5%; Cr: 0.05 - 0.2%; Nb: 0.01 - 0.06%; balance: Fe and unavoidable preparation-related impurities, which include contents of phosphorus, sulfur, nitrogen, molybdenum, boron, titanium, nickel and copper with the proviso that the following respectively apply in respect of their contents: P: ≤ 0.02%, S: ≤ 0.003%, N: ≤ 0.008%, Mo: ≤ 0.1%, B: ≤ 0.0007%, Ti: ≤ 0.01%, Ni: ≤ 0.1%, Cu: ≤ 0.1%, wherein the sum total of the contents of C, Si, Mn, Al, Cr and Nb is 2.5-3.5% by weight, and said cold-rolled steel product having a microstructure that consists of 50-90% by volume of ferrite, including bainitic ferrite, of 5-40% by volume of martensite, of up to 15% by volume of residual austenite and up to 10% by volume of other unavoidable preparation-related microstructure constituents, wherein its yield point R p0.2 is at least 440 MPa, its tensile strength Rm is at least 780 MPa, its elongation at break A80 is at least 14%, its n 10-20/Ag is at least 0.1 and its BH2 value is at least 25 MPa, determined in each case in a tensile test according to DIN EN ISO 6892, sample shape 2, longitudinal samples.
A linear compressor comprising: a cylinder which defines a compression space for a refrigerant and into which a piston reciprocating in an axial direction is inserted; a frame into which the cylinder is accommodated; a discharge valve for selectively discharging the refrigerant compressed in the compression space for the refrigerant; a spring assembly coupled to the discharge valve; a discharge cover on which the spring assembly is seated and which has a discharge space through which the refrigerant discharged through the discharge valve flows, the discharge cover having a seating surface which is stepped inward; and a first gasket seated on the seating surface of the discharge cover to support the spring assembly and attenuate vibration during an operation of the discharge valve, characterized in that the spring assembly comprises: a valve spring which has a plate spring shape and to which the discharge valve is coupled in a center thereof; and a spring support part disposed along a circumference of the valve spring and made of a plastic material, the spring support part being insert-injection-molded with the valve spring, and the spring assembly is press-fitted into the discharge cover and a front surface of the spring assembly is coupled to the seating surface while pressing the first gasket. a cylinder which defines a compression space for a refrigerant and into which a piston reciprocating in an axial direction is inserted; a frame into which the cylinder is accommodated; a discharge valve for selectively discharging the refrigerant compressed in the compression space for the refrigerant; a spring assembly coupled to the discharge valve; a discharge cover on which the spring assembly is seated and which has a discharge space through which the refrigerant discharged through the discharge valve flows, the discharge cover having a seating surface which is stepped inward; and a first gasket seated on the seating surface of the discharge cover to support the spring assembly and attenuate vibration during an operation of the discharge valve, characterized in that the spring assembly comprises: a valve spring which has a plate spring shape and to which the discharge valve is coupled in a center thereof; and a spring support part disposed along a circumference of the valve spring and made of a plastic material, the spring support part being insert-injection-molded with the valve spring, and the spring assembly is press-fitted into the discharge cover and a front surface of the spring assembly is coupled to the seating surface while pressing the first gasket. a valve spring which has a plate spring shape and to which the discharge valve is coupled in a center thereof; and a spring support part disposed along a circumference of the valve spring and made of a plastic material, the spring support part being insert-injection-molded with the valve spring, and the spring assembly is press-fitted into the discharge cover and a front surface of the spring assembly is coupled to the seating surface while pressing the first gasket.
A method of operating a network node in a communication network, the method comprising: initiating transmission, from a radio access node in the communication network, of a first signal comprising an index value; wherein, if load control is not being applied by the radio access node, the index value corresponds to a set of parameters required for a terminal device to access the communication network; and wherein, if load control is being applied by the radio access node, the index value indicates that load control information is to be transmitted from the radio access node. initiating transmission, from a radio access node in the communication network, of a first signal comprising an index value; wherein, if load control is not being applied by the radio access node, the index value corresponds to a set of parameters required for a terminal device to access the communication network; and wherein, if load control is being applied by the radio access node, the index value indicates that load control information is to be transmitted from the radio access node.
Self-retentive and anti-reflux ureteral catheter that comprises the parts described below: A jay shaped hollow tube with biomechanical memory on its near end, which serves to insert and fix the device in the ureter; a main body made of interwined threads which facilitate urine drainage, with the whole catheter being shorter than the ureter; a distal end, the distal end remaining inside of the ureter characterized in that said distal end includes the end of the intertwined threads of the main body, which separate to form a double ellipse which joins in two points, the most distal of which contains a radiopaque metal marker.
A fluid collection apparatus for negative pressure wound therapy comprising a collection vessel, a first fluid defining member configured to be in fluid communication with a source of negative pressure, a first impeding element positioned at a first end of the first fluid defining member, a second impeding element positioned at a second end of the first fluid defining member, and a second fluid defining member defining a pathway for dispensing fluid drawn from a wound site of a patient during negative pressure wound therapy into a collection region of the collection vessel; and wherein the first impeding element impedes fluid dispensed within the collection region from entering a first end of the first fluid defining member and the source of negative pressure, and the second impeding element impedes fluid dispensed within the collection region from entering a second end of the first fluid defining member and the source of negative pressure, the apparatus further comprising a filter positioned within the first fluid defining member, and characterized in that the filter is a hydrophobic filter.
A method comprising: (a) receiving a magnesium-containing aluminum alloy product, wherein the magnesium-containing aluminum alloy product comprises a matrix and a surface oxide layer overlying the matrix; (i) wherein the magnesium-containing aluminum alloy product comprises intermetallic particles at least proximal the surface oxide layer; and (ii) wherein the intermetallic particles comprise Cu-bearing intermetallic particles; and (b) laser ablating at least some of the intermetallic particles and in the absence of melting of the matrix of the magnesium-containing aluminum alloy product. (a) receiving a magnesium-containing aluminum alloy product, wherein the magnesium-containing aluminum alloy product comprises a matrix and a surface oxide layer overlying the matrix; (i) wherein the magnesium-containing aluminum alloy product comprises intermetallic particles at least proximal the surface oxide layer; and (ii) wherein the intermetallic particles comprise Cu-bearing intermetallic particles; and (i) wherein the magnesium-containing aluminum alloy product comprises intermetallic particles at least proximal the surface oxide layer; and (ii) wherein the intermetallic particles comprise Cu-bearing intermetallic particles; and (b) laser ablating at least some of the intermetallic particles and in the absence of melting of the matrix of the magnesium-containing aluminum alloy product.
Adjustable pump having a cam ring which can be adjusted in a manner dependent on the pressure in a first adjusting pressure space and a second adjusting pressure space, and having a quantity controller which is configured as a slide valve with a quantity control piston (31; 81) which has a plurality of control edges (35, 36; 84, 85) and is loaded with a differential pressure which prevails upstream and downstream of a hydraulic resistance in a high pressure region, and having a pressure valve, the pressure valve being configured as a slide valve with a pressure control piston (52; 95) which has a pressure control edge (61; 101) and is loaded on a pressure control face with the pressure upstream or possibly downstream of the hydraulic resistance, the pressure valve being integrated into the quantity controller, characterized in that the pressure control piston can be moved to and fro within the quantity control piston.
An edible receptacle suitable for containing a frozen confection wherein the receptacle comprises from 0.01 wt% to 15 wt% binder and at least 50 wt% of particles of dry baked material by weight of the edible receptacle and wherein the particles have an average diameter of from 0.001 to 5mm and a water content of at most 5wt%.
A quiet aircraft cabin air diffuser comprising: an inlet section with an open interior, an inlet upstream end, and an inlet downstream end; a neck section with an open interior, a neck upstream end, and a neck downstream end, wherein the inlet downstream end is operatively coupled to the neck upstream end; an outlet section with an open interior, an outlet upstream end and an outlet downstream end, wherein the neck downstream end is operatively coupled to the outlet upstream end; an interior orifice plate; and an interior baffle plate that is downstream of the interior orifice plate, wherein the baffle plate defines a gap in the interior of the outlet section and characterised in that the baffle plate is oblique to a neck central axis. an inlet section with an open interior, an inlet upstream end, and an inlet downstream end; a neck section with an open interior, a neck upstream end, and a neck downstream end, wherein the inlet downstream end is operatively coupled to the neck upstream end; an outlet section with an open interior, an outlet upstream end and an outlet downstream end, wherein the neck downstream end is operatively coupled to the outlet upstream end; an interior orifice plate; and an interior baffle plate that is downstream of the interior orifice plate, wherein the baffle plate defines a gap in the interior of the outlet section and characterised in that the baffle plate is oblique to a neck central axis.
An electrochemical cell comprising: a cylindrical housing; a non-aqueous electrolyte including one or more organic solvents, wherein at least one of the organic solvents is an acyclic ether, a cyclic ether or sulfolane; a spirally-wound electrode assembly disposed within the housing; wherein the spirally-wound electrode assembly includes an anode consisting essentially of lithium or a lithium alloy and a cathode mix coated onto a foil current collector; wherein the cathode mix comprises greater than 95.0 wt.% of pyrite, less than 2.0 wt.% of a binder and less than or equal to 3.0 wt.% of conductors, wherein the conductor comprises at least 50 wt.% of graphitized carbon with the remainder of the conductor weight being graphite, and wherein the cathode mix is coated to a solids packing percentage between 58% and 70%. a cylindrical housing; a non-aqueous electrolyte including one or more organic solvents, wherein at least one of the organic solvents is an acyclic ether, a cyclic ether or sulfolane; a spirally-wound electrode assembly disposed within the housing; wherein the spirally-wound electrode assembly includes an anode consisting essentially of lithium or a lithium alloy and a cathode mix coated onto a foil current collector; wherein the cathode mix comprises greater than 95.0 wt.% of pyrite, less than 2.0 wt.% of a binder and less than or equal to 3.0 wt.% of conductors, wherein the conductor comprises at least 50 wt.% of graphitized carbon with the remainder of the conductor weight being graphite, and wherein the cathode mix is coated to a solids packing percentage between 58% and 70%.
A method for combusting a fuel, the method comprising providing a first oxidizer mass flow, providing a second oxidizer mass flow, discharging a fuel mass flow into the first oxidizer mass flow thereby providing a fuel/oxidizer mass flow, apportioning the fuel mass flow such as to achieve an overstoichiometric ratio of the fuel mass flow related to the first oxidant mass flow initiating a combustion of the fuel mass flow with the first oxidizer mass flow, thereby generating a flow of combustion products, wherein the flow of combustion products comprises residual combustible components, providing the flow of combustion products to at least one first duct of a heat exchange appliance, providing the second oxidizer mass flow to at least one second duct of the heat exchange appliance, whereby the flow of combustion products is provided in a heat exchange relationship with the second oxidizer mass flow through the heat exchange appliance, exchanging heat between the flow of combustion products and the second oxidizer mass flow, thereby heating the second oxidizer mass flow and cooling the flow of combustion products, discharging the flow of combustion products from the first duct of the heat exchange appliance at a downstream end of the heat exchange appliance, discharging the second oxidizer mass flow from the second duct of the heat exchange appliance at a downstream end of the heat exchange appliance, and combusting the residual combustible components provided in the flow of combustion products in the presence of the second oxidizer mass flow.
A liquid dispensing device, comprising: a dispensing head, comprising: an inlet valve, a piston and a piston chamber, an actuator for controlling the piston, a buffer in fluid communication with the piston chamber, an outlet valve having a defined minimum opening pressure in fluid communication with one of (i) the buffer and (ii) the buffer and the piston chamber; and a nozzle with a defined throughput in fluid communication with the outlet valve, characterized in that: the buffer is a gas buffer, and a volume of the piston chamber, a volume of the gas buffer, a pressure response of the buffer, the throughput of the nozzle, and the minimum opening pressure of the outlet valve are arranged to restrict the outlet pressures of liquid droplets exiting the nozzle within a defined range running from p minus delta p to p plus delta p, wherein p minus delta p is the defined minimum opening pressure of the outlet valve and p plus delta p is a maximum dispensing pressure at a certain stroke rate of the piston. a dispensing head, comprising: an inlet valve, a piston and a piston chamber, an actuator for controlling the piston, a buffer in fluid communication with the piston chamber, an outlet valve having a defined minimum opening pressure in fluid communication with one of (i) the buffer and (ii) the buffer and the piston chamber; and a nozzle with a defined throughput in fluid communication with the outlet valve, an inlet valve, a piston and a piston chamber, an actuator for controlling the piston, a buffer in fluid communication with the piston chamber, an outlet valve having a defined minimum opening pressure in fluid communication with one of (i) the buffer and (ii) the buffer and the piston chamber; and a nozzle with a defined throughput in fluid communication with the outlet valve, characterized in that: the buffer is a gas buffer, and a volume of the piston chamber, a volume of the gas buffer, a pressure response of the buffer, the throughput of the nozzle, and the minimum opening pressure of the outlet valve are arranged to restrict the outlet pressures of liquid droplets exiting the nozzle within a defined range running from p minus delta p to p plus delta p, wherein p minus delta p is the defined minimum opening pressure of the outlet valve and p plus delta p is a maximum dispensing pressure at a certain stroke rate of the piston. the buffer is a gas buffer, and a volume of the piston chamber, a volume of the gas buffer, a pressure response of the buffer, the throughput of the nozzle, and the minimum opening pressure of the outlet valve are arranged to restrict the outlet pressures of liquid droplets exiting the nozzle within a defined range running from p minus delta p to p plus delta p, wherein p minus delta p is the defined minimum opening pressure of the outlet valve and p plus delta p is a maximum dispensing pressure at a certain stroke rate of the piston.
Method for the connection of a first component to a second component, comprising the steps: - providing a first component which has a projection with an undercut, - providing a second component which has a cavity, - introducing a sealing and/or connecting material into the cavity of the second component, - joining the first component and the second component together to form a component arrangement, wherein the projection of the first component projects, in the joined state, into the cavity of the second component, - wherein an outer wall of the cavity of the second component is deformed during the joining-together step. - providing a first component which has a projection with an undercut, - providing a second component which has a cavity, - introducing a sealing and/or connecting material into the cavity of the second component, - joining the first component and the second component together to form a component arrangement, wherein the projection of the first component projects, in the joined state, into the cavity of the second component, - wherein an outer wall of the cavity of the second component is deformed during the joining-together step.