mhurhangee/ep-ind-claims huggingface dataset:
A water-saving washing machine, comprising a washing drum and an outer drum, wherein a circulating pipeline is arranged between an outer drum drainage outlet and an outer drum water inlet, a drainage pump and a main filter are arranged on the circulating pipeline, a pre-filter is further arranged on the circulating pipeline, the pre-filter is located between the drainage pump and the main filter, and a compactness of a filter screen of the pre-filter is lower than that of a filter screen of the main filter; wherein the pre-filter is provided with a first inlet and an aeration device positioned between the first inlet and the filter screen of the pre-filter, the first inlet is connected to an air pump through a pipeline, and the pipeline between the air pump and the first inlet is further provided with a check valve for controlling airflow to flow from the air pump to the pre-filter, and the aeration device is a flat plate that fits to the pre-filter in cross-section shape, and the flat plate is evenly provided with a plurality of air holes.
A complex comprising: a) a cell penetrating peptide; b) at least one antigen or antigenic epitope; and c) at least one TLR peptide agonist, wherein the components a) - c) are covalently linked, for use in the prevention and/or treatment of colorectal cancer. a) a cell penetrating peptide; b) at least one antigen or antigenic epitope; and c) at least one TLR peptide agonist,
A method of manufacturing a tower structure, the method comprising: providing an additive printing device having at least one printer head atop a support surface; positioning a pre-fabricated component adjacent to the support surface, the pre-fabricated component being constructed of a composite material reinforced with a plurality of reinforcement members, wherein portions of the plurality of reinforcement members protrude from the composite material; and printing and depositing, via the at least one printer head, a cementitious material onto the support surface to build up the tower structure layer by layer around the pre-fabricated component, wherein the portions of the plurality of reinforcement members that protrude from the composite material reinforce the cementitious material around the pre-fabricated component. providing an additive printing device having at least one printer head atop a support surface; positioning a pre-fabricated component adjacent to the support surface, the pre-fabricated component being constructed of a composite material reinforced with a plurality of reinforcement members, wherein portions of the plurality of reinforcement members protrude from the composite material; and printing and depositing, via the at least one printer head, a cementitious material onto the support surface to build up the tower structure layer by layer around the pre-fabricated component, wherein the portions of the plurality of reinforcement members that protrude from the composite material reinforce the cementitious material around the pre-fabricated component.
A power conversion device, comprising: two inverters (6a, 6b), each of which includes a plurality of semiconductor switching elements, and is configured to invert a DC voltage output from a DC power supply into three-phase AC voltages by the respective semiconductor switching elements being switched on and off, to output the three-phase AC voltages; two capacitors (4a, 4b), which individually correspond to the respective two inverters (6a, 6b), and are provided in parallel between the DC power supply and the two inverters (6a, 6b); and a control unit configured to calculate voltage command values, which are command values for the three-phase AC voltages to be output from each of the two inverters (6a, 6b), based on an input control command value, and output on/off signals for switching on and off the respective semiconductor switching elements of each of the two inverters (6a, 6b) in accordance with the voltage command values calculated for each of the two inverters (6a, 6b), characterized in that the control unit is configured to output the on/off signals to each of the two inverters (6a, 6b) so that, out of a plurality of voltage vectors defined so as to correspond to patterns of the on/off signals, the second closest voltage vector and the third closest voltage vector in phase to a voltage command vector that is based on the voltage command values are formed. two inverters (6a, 6b), each of which includes a plurality of semiconductor switching elements, and is configured to invert a DC voltage output from a DC power supply into three-phase AC voltages by the respective semiconductor switching elements being switched on and off, to output the three-phase AC voltages; two capacitors (4a, 4b), which individually correspond to the respective two inverters (6a, 6b), and are provided in parallel between the DC power supply and the two inverters (6a, 6b); and a control unit configured to calculate voltage command values, which are command values for the three-phase AC voltages to be output from each of the two inverters (6a, 6b), based on an input control command value, and output on/off signals for switching on and off the respective semiconductor switching elements of each of the two inverters (6a, 6b) in accordance with the voltage command values calculated for each of the two inverters (6a, 6b), characterized in that the control unit is configured to output the on/off signals to each of the two inverters (6a, 6b) so that, out of a plurality of voltage vectors defined so as to correspond to patterns of the on/off signals, the second closest voltage vector and the third closest voltage vector in phase to a voltage command vector that is based on the voltage command values are formed.
Method of performing a rescue operation in an elevator system comprising an elevator car moving along a hoistway, wherein the method comprises: establishing a data connection between the elevator system and a remote service center, and sending an alarm message indicating a malfunction of the elevator system from the elevator system to the remote service center; the remote service center requesting allowance from the elevator system to perform a remote manual rescue operation; the elevator system requesting authentication from the remote service center; authenticating the remote service center and/or an operator at the remote service center as being allowed initiating an emergency rescue operation; initiating a remote manual emergency rescue operation via the data connection characterized in that the manual emergency rescue operation includes at least one of moving the elevator car over a predetermined distance along the hoistway and stopping the elevator car unless a control signal indicating to continue moving the elevator car is received via the data connection before the elevator car has been stopped; moving the elevator car for a predetermined period of time along the hoistway and stopping the elevator car unless a control signal indicating to continue moving the elevator car is received via the data connection before the elevator car has been stopped; and transmitting a remote hold signal to the elevator control and moving the elevator car in correspondence with a remote control signal only as long as the remote hold signal is received. establishing a data connection between the elevator system and a remote service center, and sending an alarm message indicating a malfunction of the elevator system from the elevator system to the remote service center; the remote service center requesting allowance from the elevator system to perform a remote manual rescue operation; the elevator system requesting authentication from the remote service center; authenticating the remote service center and/or an operator at the remote service center as being allowed initiating an emergency rescue operation; initiating a remote manual emergency rescue operation via the data connection characterized in that the manual emergency rescue operation includes at least one of moving the elevator car over a predetermined distance along the hoistway and stopping the elevator car unless a control signal indicating to continue moving the elevator car is received via the data connection before the elevator car has been stopped; moving the elevator car for a predetermined period of time along the hoistway and stopping the elevator car unless a control signal indicating to continue moving the elevator car is received via the data connection before the elevator car has been stopped; and transmitting a remote hold signal to the elevator control and moving the elevator car in correspondence with a remote control signal only as long as the remote hold signal is received.
A composite bumper arrangement for a vehicle comprising: a mounting plate; a bumper portion; a first contact area formed as part of the mounting plate; a second contact area formed as part of the bumper portion; and a connection point (17, 17') bonding the first contact area and the second contact area such that the mounting plate is connected to the bumper portion, wherein a structural cavity is formed between the mounting plate and the bumper portion when the connection point (17, 17') is formed via resistive implant welding; wherein the structural cavity created by the formed composite bumper arrangement strengthens the composite bumper arrangement such that it can resist greater forces than a conventional steel bumper such that the composite bumper arrangement as a whole exhibits displacement of less than 55 mm when exposed to forces between 0 KN to 10.5 KN. a mounting plate; a bumper portion; a first contact area formed as part of the mounting plate; a second contact area formed as part of the bumper portion; and a connection point (17, 17') bonding the first contact area and the second contact area such that the mounting plate is connected to the bumper portion, wherein a structural cavity is formed between the mounting plate and the bumper portion when the connection point (17, 17') is formed via resistive implant welding; wherein the structural cavity created by the formed composite bumper arrangement strengthens the composite bumper arrangement such that it can resist greater forces than a conventional steel bumper such that the composite bumper arrangement as a whole exhibits displacement of less than 55 mm when exposed to forces between 0 KN to 10.5 KN.
A composite substrate for an electro-optic element that is a Mach-Zehnder electro-optic modulator, the composite substrate comprising: an electro-optic crystal substrate having an electro-optic effect; a support substrate bonded to the electro-optic crystal substrate at least via an amorphous layer; a low-refractive-index layer located between the electro-optic crystal substrate and the amorphous layer, contacting the electro-optic crystal substrate, and having a lower refractive index than the electro-optic crystal substrate; and a first conductive layer located between the low-refractive-index layer and the amorphous layer, wherein the amorphous layer is constituted of one or more elements that constitute a layer or a substrate contacting the amorphous layer from one side and one or more elements that constitute a layer or a substrate contacting the amorphous layer from another side, the layer or substrate contacting the amorphous layer from the one side is the first conductive layer, the first conductive layer comprises a layer of gold, silver, copper, aluminum, platinum, or an alloy containing at least two of the aforementioned elements, and the first conductive layer is adapted to be used as a shield for suppressing an electric field from leaking from the electro-optic element. an electro-optic crystal substrate having an electro-optic effect; a support substrate bonded to the electro-optic crystal substrate at least via an amorphous layer; a low-refractive-index layer located between the electro-optic crystal substrate and the amorphous layer, contacting the electro-optic crystal substrate, and having a lower refractive index than the electro-optic crystal substrate; and a first conductive layer located between the low-refractive-index layer and the amorphous layer, wherein the amorphous layer is constituted of one or more elements that constitute a layer or a substrate contacting the amorphous layer from one side and one or more elements that constitute a layer or a substrate contacting the amorphous layer from another side, the layer or substrate contacting the amorphous layer from the one side is the first conductive layer, the first conductive layer comprises a layer of gold, silver, copper, aluminum, platinum, or an alloy containing at least two of the aforementioned elements, and the first conductive layer is adapted to be used as a shield for suppressing an electric field from leaking from the electro-optic element.
Use of a culture medium for identification of bacteria of the genus Pectinatus in a sample of spoilt beer or in a sample taken from a brewery environment and/or from a brewery equipment, wherein said culture medium comprises at least one source of carbon, at least one source of nitrogen, at least one source of amino-acids, at least one source of vitamins, at least one source of sulphur, at least one source of biogenous metals, at least one substance reducing redox potential, a buffer component, characterized in that said culture medium further comprises iso-α-acids and/or their reduced hydrogenated derivatives in a concentration of 10 to 80 mg/l.
A mobile wireless communication device comprising: a control unit (204; 225; 252) to control display of information relating to a first base station of a first wireless network implementing a first wireless communication method existing around a predictive migration path by using position information of the mobile wireless communication device, wherein the mobile wireless communication device is capable of using a second wireless communication method, and the control unit is further configured to obtain a degree of congestion in the first base station as a ratio of dynamic occupation to total capacity for the first base station, and to control display of the first base station according to the degree of congestion. a control unit (204; 225; 252) to control display of information relating to a first base station of a first wireless network implementing a first wireless communication method existing around a predictive migration path by using position information of the mobile wireless communication device, wherein the mobile wireless communication device is capable of using a second wireless communication method, and the control unit is further configured to obtain a degree of congestion in the first base station as a ratio of dynamic occupation to total capacity for the first base station, and to control display of the first base station according to the degree of congestion.
Method for filling a baggage carousel of a baggage conveying system with items of baggage, comprising the method step: a) Transporting an item of baggage lying in a transport position on a first conveying line of the baggage conveying system, wherein the transport position is a flat, stable position of the item of baggage; the method being characterised in that it further comprises the following method steps: b) Changing the position of the item of baggage comprising standing up the item of baggage from the transport position into an upright position, wherein in the upright position the item of baggage takes up less contact area on the baggage conveying system than in the transport position; c) Placing the item of baggage on an empty place of the baggage carousel; d) Moving the item of baggage in the upright position onto the previously empty place, which is now filled, with the baggage carousel. a) Transporting an item of baggage lying in a transport position on a first conveying line of the baggage conveying system, wherein the transport position is a flat, stable position of the item of baggage; the method being characterised in that it further comprises the following method steps: b) Changing the position of the item of baggage comprising standing up the item of baggage from the transport position into an upright position, wherein in the upright position the item of baggage takes up less contact area on the baggage conveying system than in the transport position; c) Placing the item of baggage on an empty place of the baggage carousel; d) Moving the item of baggage in the upright position onto the previously empty place, which is now filled, with the baggage carousel.
A skin cleansing composition comprising: (a) anionic surfactant selected from alkyl sulfates, alkyl ether sulfates, or a mixture thereof; (b) polypropylene glycol; and (c) diol; wherein the weight ratio of the diol to the anionic surfactant is at least 1:5. (a) anionic surfactant selected from alkyl sulfates, alkyl ether sulfates, or a mixture thereof; (b) polypropylene glycol; and (c) diol;
A refrigerant system comprising: - a condenser configured to condense a working fluid; - an evaporator configured to evaporate the working fluid; - piping configured to circulate the working fluid between the condenser and the evaporator; - a low point (20, 46, 68) configured to collect condensed working fluid, said low point (20, 46, 68) being a designated liquid pocket within the refrigerant system designed to collect condensed working fluid by gravity flow; - a pressure sensor (24, 56, 106) configured to measure the working fluid pressure of the low point; - a heat source (26, 48, 52, 102) configured to heat the condensed working fluid collected within the low point (20, 46, 68); and - a controller configured to selectively activate the heat source (26, 48, 52, 102) based on the working fluid pressure of the low point (20, 46, 68) and a threshold pressure, wherein the controller is configured to maintain the working fluid pressure of the low point (20, 46, 68) above the threshold pressure, characterized in that the system includes an ambient pressure sensor configured to detect an ambient pressure around the refrigerant system and in that the threshold pressure is based at least in part on an ambient pressure. - a condenser configured to condense a working fluid; - an evaporator configured to evaporate the working fluid; - piping configured to circulate the working fluid between the condenser and the evaporator; - a low point (20, 46, 68) configured to collect condensed working fluid, said low point (20, 46, 68) being a designated liquid pocket within the refrigerant system designed to collect condensed working fluid by gravity flow; - a pressure sensor (24, 56, 106) configured to measure the working fluid pressure of the low point; - a heat source (26, 48, 52, 102) configured to heat the condensed working fluid collected within the low point (20, 46, 68); and - a controller configured to selectively activate the heat source (26, 48, 52, 102) based on the working fluid pressure of the low point (20, 46, 68) and a threshold pressure, wherein the controller is configured to maintain the working fluid pressure of the low point (20, 46, 68) above the threshold pressure, characterized in that the system includes an ambient pressure sensor configured to detect an ambient pressure around the refrigerant system and in that the threshold pressure is based at least in part on an ambient pressure.
A cosmetic composition in the foam form comprising, in a physiologically acceptable medium, at least one aqueous phase, at least 3% by weight of talc relative to the total weight of the composition and one organic UV sunscreen ingredient selected from ethylhexyl methoxycinnamate, octocrylene and ethylhexyl salicylate, and their mixtures.
Method for manufacturing a gas burner of the type comprising a cup, provided with at least one tubular tapered part of a mixer with axial Venturi effect, and outlined to couple with a burner head provided with at least one flame-spreader (5, 6), wherein said cup is made in a single piece by casting or die-casting in an apposite mould, and comprising in sequence the following steps: a) arranging a mould with at least two shells, for the casting or die-casting of said cup; b) arranging at least one core which could be removably inserted into said mould, said core having at least one jutting portion outlined with at least one tubular tapered part of the outline of said mixer with axial Venturi effect; c) inserting said at least one core into the mould and closing said at least two mould shells, at least one ending part of said at least one core replacing at least partially, part of the perimetrical area of the cup defined by said mould, producing at least one hole (118, 18a, 18b, 18c), said at least one jutting portion of said at least one core being retained as well, at least partially, at a distance from the opposite inner walls of the closed mould; d) pouring or pressure-injecting molten metal material into said closed mould; e) opening the mould, drawing out said core and then removing said die formed cup, after the metal material is solidified; f) applying at least one closing plug (14a, 14b, 14c) to said at least one side hole (118, 18a, 18b, 18c) of the die formed cup corresponding to the ending part of said at least one core which replaces part of the perimetrical area of the cup in the mould. a) arranging a mould with at least two shells, for the casting or die-casting of said cup; b) arranging at least one core which could be removably inserted into said mould, said core having at least one jutting portion outlined with at least one tubular tapered part of the outline of said mixer with axial Venturi effect; c) inserting said at least one core into the mould and closing said at least two mould shells, at least one ending part of said at least one core replacing at least partially, part of the perimetrical area of the cup defined by said mould, producing at least one hole (118, 18a, 18b, 18c), said at least one jutting portion of said at least one core being retained as well, at least partially, at a distance from the opposite inner walls of the closed mould; d) pouring or pressure-injecting molten metal material into said closed mould; e) opening the mould, drawing out said core and then removing said die formed cup, after the metal material is solidified; f) applying at least one closing plug (14a, 14b, 14c) to said at least one side hole (118, 18a, 18b, 18c) of the die formed cup corresponding to the ending part of said at least one core which replaces part of the perimetrical area of the cup in the mould.
Method for application of liquid polymeric material onto the active spinning zone of a cord of a spinning member of a spinning electrode by an application means moving reversibly along the active spinning zone of the cord in a device for production of nanofibres through electrostatic spinning of liquid material in electrostatic field of high intensity between at least one spinning electrode and against it arranged collecting electrode, characterized in that the liquid polymeric material is applied onto the cord around its whole circumference without any contact with gaseous environment in the spinning space, where the application means reversibly moves, whereas while the cord is leaving the application means the thickness of the layer of the liquid polymeric material on the cord is being reduced and immediately after leaving the application means the process of electrostatic spinning of the liquid polymeric material applied on the cord is started.