mhurhangee/ep-ind-claims huggingface dataset:
Tool fitting for a hand-held power tool, in particular for a demolition hammer or chisel hammer, having a receptacle element for receiving a tool, and a locking element which for locking the tool in the tool fitting is mounted so as to be eccentric and rotatable about the receptacle element, wherein the locking element with the aid of rotating the latter about the receptacle element is capable of being moved from an unlocked state in which the tool is retrievable from the receptacle element to a locked state in which the locking element encompasses the tool in a form-fitting manner, and vice versa, having a central axis which is assigned to the receptacle element, and an eccentric axis which is assigned to the locking element and about which the locking element is rotatably mounted, wherein the eccentric axis is disposed so as to be parallel to and spaced apart from the central axis, and having an eccentric element which is disposed between the receptacle element and the locking element, characterized in that the locking element has a cylindrical internal geometry in which the eccentric element is received, and has a cylindrical external geometry which is disposed so as to be eccentric to the internal geometry.
A blind rivet setting tool comprising: gripping means for pulling a mandrel of a blind rivet in use; driving means for causing the gripping means to grip and pull the mandrel of the rivet to be set in use; nosepiece attachment means for releasably retaining a nosepiece in place such that in use the blind rivet to be set can bear against the nosepiece while the mandrel thereof is pulled; an exit opening through which the broken mandrel of a set rivet can be moved; and a nosepiece storage unit removably attached to a housing feature of the tool, wherein the nose piece storage unit is configured to hold a plurality of nosepieces and defines a mandrel receiving opening which aligns with the exit opening such that the broken mandrel of a set rivet can be moved through the mandrel receiving opening in use.
A process for preparing 2,3,4,4-tetramethyl-1-cyclopentenecarbaldehyde of the following formula, the process comprising subjecting a vinylether compound of the following general formula to a hydrolysis reaction to form 2,3,4,4-tetramethyl-1-cyclopentenecarbaldehyde wherein in the general formula, R 1 represents a monovalent hydrocarbon group having 1 to 15 carbon atoms, and the wavy line represents the E-form, the Z-form, or a mixture thereof.
A junction box comprising: at least one fuse; at least one relay; a first connector unit; a second connector unit; and a cover unit (200,300) arranged to at least partially expose the at least one fuse, the first connector unit, and the second connector unit, characterized in that the junction box includes a PCB unit comprising a PCB board provided with first and second surfaces (102, 103), and a control and communication unit comprising a first control and communication unit and a second control and communication unit; the least one fuse, the first connector unit, and the first control and communication unit are mounted on the first surface of the PCB board; the at least one relay, the second connector unit, and the second control and communication unit are mounted on the second surface of the PCB board; and the cover unit (200,300) covers the PCB unit. at least one fuse; at least one relay; a first connector unit; a second connector unit; and a cover unit (200,300) arranged to at least partially expose the at least one fuse, the first connector unit, and the second connector unit, characterized in that the junction box includes a PCB unit comprising a PCB board provided with first and second surfaces (102, 103), and a control and communication unit comprising a first control and communication unit and a second control and communication unit; the least one fuse, the first connector unit, and the first control and communication unit are mounted on the first surface of the PCB board; the at least one relay, the second connector unit, and the second control and communication unit are mounted on the second surface of the PCB board; and the cover unit (200,300) covers the PCB unit.
Process for the production of products based on geo-polymeric binders, comprising the following phases of: - supply of at least one basic component comprising aluminosilicates and at least one reaction mixture; - first mixing of said basic component and of said reaction mixture inside at least one mixing chamber (8a, 8b) comprising mixing means; characterized by the fact that said phase of first mixing comprises at least the following steps of: - activation of said mixing means; - first introduction of said basic component inside said mixing chamber (8a, 8b); - second introduction of said reaction mixture inside said mixing chamber (8a, 8b) to obtain a geo-polymeric binder; wherein said process comprises a phase of second mixing subsequent to said phase of first mixing and, in turn, comprising at least a step of third introduction of a mineral filler in said mixing chamber (8a, 8b) to obtain a product based on a geo-polymeric binder. - supply of at least one basic component comprising aluminosilicates and at least one reaction mixture; - first mixing of said basic component and of said reaction mixture inside at least one mixing chamber (8a, 8b) comprising mixing means; characterized by the fact that said phase of first mixing comprises at least the following steps of: - activation of said mixing means; - first introduction of said basic component inside said mixing chamber (8a, 8b); - second introduction of said reaction mixture inside said mixing chamber (8a, 8b) to obtain a geo-polymeric binder; - activation of said mixing means; - first introduction of said basic component inside said mixing chamber (8a, 8b); - second introduction of said reaction mixture inside said mixing chamber (8a, 8b) to obtain a geo-polymeric binder; wherein said process comprises a phase of second mixing subsequent to said phase of first mixing and, in turn, comprising at least a step of third introduction of a mineral filler in said mixing chamber (8a, 8b) to obtain a product based on a geo-polymeric binder.
A heat cycle facility comprising: a first vaporizer that vaporizes a first liquid heating medium by combusting gaseous ammonia to obtain a first gas heating medium; a first motive power generator that generates motive power by using as a drive fluid the first gas heating medium obtained at the first vaporizer; a condenser that condenses the first gas heating medium discharged from the first motive power generator by heat-exchanging the first gas heating medium for a second liquid heating medium to obtain the first liquid heating medium; a circulator that pressurizes the first liquid heating medium obtained at the condenser and supplies the pressurized first liquid heating medium to the first vaporizer; a second vaporizer that produces the gaseous ammonia by heat-exchanging the second liquid heating medium for liquid ammonia; and a supplier that supplies the liquid ammonia to the second vaporizer. a first vaporizer that vaporizes a first liquid heating medium by combusting gaseous ammonia to obtain a first gas heating medium; a first motive power generator that generates motive power by using as a drive fluid the first gas heating medium obtained at the first vaporizer; a condenser that condenses the first gas heating medium discharged from the first motive power generator by heat-exchanging the first gas heating medium for a second liquid heating medium to obtain the first liquid heating medium; a circulator that pressurizes the first liquid heating medium obtained at the condenser and supplies the pressurized first liquid heating medium to the first vaporizer; a second vaporizer that produces the gaseous ammonia by heat-exchanging the second liquid heating medium for liquid ammonia; and a supplier that supplies the liquid ammonia to the second vaporizer.
A heat exchanger assembly comprising: - a heat exchanger comprising a plurality of partitions configured to separate a first fluid and a second fluid and through which heat can be transferred between the first fluid and the second fluid, wherein the partitions are electrically connected to one another and share the same electric potential, - a first electrical connector and a second electrical connector that are operationally connected to the plurality of partitions of the heat exchanger, and - an electrical power source operationally connected to the first electrical connector and the second electrical connector and configured to supply an electric current to the plurality of partitions of the heat exchanger via the first electrical connector and the second electrical connector for reducing growth of microorganisms in the heat exchanger. - a heat exchanger comprising a plurality of partitions configured to separate a first fluid and a second fluid and through which heat can be transferred between the first fluid and the second fluid, wherein the partitions are electrically connected to one another and share the same electric potential, - a first electrical connector and a second electrical connector that are operationally connected to the plurality of partitions of the heat exchanger, and - an electrical power source operationally connected to the first electrical connector and the second electrical connector and configured to supply an electric current to the plurality of partitions of the heat exchanger via the first electrical connector and the second electrical connector for reducing growth of microorganisms in the heat exchanger.
A polyurethane or polyisocyanurate foam composition comprising: a polyol or a mixture thereof; an isocyanate; a polyurethane catalyst or a mixture thereof; a modified phenolic resin, the modified phenolic resin being an oxyalkylated phenolic resin in which at least 50 mol %, preferably 75 mol % or greater, of the phenolic hydroxyl groups have been modified to provide primary hydroxyl groups, wherein the phenolic resin is modified with an alkylene carbonate; and the composition has an isocyanate index of about 250 or less; a surfactant; one or more blowing agents chosen from a physical blowing agent or a mixture thereof, a chemical blowing agent or a mixture thereof, or any combination thereof; and optionally, a fire retardant additive or a mixture thereof. a polyol or a mixture thereof; an isocyanate; a polyurethane catalyst or a mixture thereof; a modified phenolic resin, the modified phenolic resin being an oxyalkylated phenolic resin in which at least 50 mol %, preferably 75 mol % or greater, of the phenolic hydroxyl groups have been modified to provide primary hydroxyl groups, wherein the phenolic resin is modified with an alkylene carbonate; and the composition has an isocyanate index of about 250 or less; a surfactant; one or more blowing agents chosen from a physical blowing agent or a mixture thereof, a chemical blowing agent or a mixture thereof, or any combination thereof; and optionally, a fire retardant additive or a mixture thereof.
A microbattery comprising an assembly of thin films successively forming, starting from a first substrate, a first current collector, a first electrode, an electrolyte, a second electrode, and a second current collector, said assembly of thin films is arranged between the first substrate and a second substrate characterized in that the second electrode is formed by a solder joint and ensures the mechanical connection between said first and second substrates (2, 8).
Load carrier for receiving and transporting piece goods having at least ferromagnetic components, with at least one base body, which is made of a particle foam and has a receiving contour on which the piece goods are placed, and with a plurality of permanent magnets, characterized in that each of the permanent magnets is received in a holding element which is anchored in the at least one base body and which is made of a non-ferromagnetic material that is harder than the particle foam.
A method, performed in a single IP-address source node in a wireless communication network, of establishing a multipath TCP, MPTCP, connection for transfer of TCP data in the MPTCP subflows to a destination node, wherein establishing the multipath TCP connection comprises initiating one or more further subflows for an established TCP connection, the method comprising: - receiving, from the network, an MPTCP trigger to activate the multipath TCP connection, wherein activation of the multipath TCP connection comprises the initiating of the one or more further subflows for the established TCP connection; - selecting one or more source TCP ports; each source TCP port selected to constitute a starting point of an MPTCP subflow; - sending one or more MPTCP notifications to the destination node, wherein each MPTCP notification includes information on a selected source TCP port; and - receiving an acknowledgment of each MPTCP notification from the destination node. - receiving, from the network, an MPTCP trigger to activate the multipath TCP connection, wherein activation of the multipath TCP connection comprises the initiating of the one or more further subflows for the established TCP connection; - selecting one or more source TCP ports; each source TCP port selected to constitute a starting point of an MPTCP subflow; - sending one or more MPTCP notifications to the destination node, wherein each MPTCP notification includes information on a selected source TCP port; and - receiving an acknowledgment of each MPTCP notification from the destination node.
A liquid collecting and measuring system having a liquid collecting apparatus for collecting a liquid to be measured, the liquid collecting apparatus comprising flat plate having a plurality of grooves for storing the liquid and a measuring apparatus for measuring light generating from a luminescent or fluorescent substance included in the liquid collected or radiation included in the liquid, comprising a detecting device (IP, 41) for simultaneously detecting the light or the radiation in two dimensions to obtain two-dimensional image information on the light or the radiation, and an information calculating device for obtaining information on the light or the radiation per unit volume, characterized in that the information calculating device is configured for obtaining information on the light or the radiation per unit volume based on a volume of the liquid determined from image information on the flat plate storing the liquid and having a plurality of grooves and information on the grooves grooved in the flat plate, and the two-dimensional image information on the light or the radiation obtained by the detecting device (IP, 41).
An arc melting furnace apparatus comprising a mold having a recess and provided in a melting chamber, a non-consumable discharge electrode for heating and melting a melt material accommodated in said recess, a power source unit for supplying electric power to said non-consumable discharge electrode, and a control device which is arranged to control said power source unit to control output intensity of arc discharge from said non-consumable discharge electrode,wherein said control device is arranged to control output current from said power source unit and a current frequency to vary the output intensity of the arc discharge from said non-consumable discharge electrode and stir a molten metal resulting from heating and melting said melt material, characterized in that a molten metal measurement means is provided which is arranged to measure a variation in quantity of light reflected from said molten metal and is arranged to output, to said control device, a detection signal according to the measured variation in quantity of light reflected from the molten metal; by means of the detection signal inputted from said molten metal measurement means, said control device is arranged to control the output current from the power source unit and its current frequency according to the quantity of light reflected from said molten metal, to vary the output intensity of the arc discharge from said non-consumable discharge electrode. characterized in that a molten metal measurement means is provided which is arranged to measure a variation in quantity of light reflected from said molten metal and is arranged to output, to said control device, a detection signal according to the measured variation in quantity of light reflected from the molten metal; by means of the detection signal inputted from said molten metal measurement means, said control device is arranged to control the output current from the power source unit and its current frequency according to the quantity of light reflected from said molten metal, to vary the output intensity of the arc discharge from said non-consumable discharge electrode.
A battery-powered aerial vehicle comprising: at least one motor, each of the at least one motor rotatably coupled to and driving a propeller; at least one electrical speed-controller, each of the at least one electrical speed-controller electrically coupled to one of the at least one motor for controlling the speed thereof; a central controller electrically coupled to the at least one electrical speed-controller for controlling the at least one electrical speed-controller to adjust the speed of the at least one motor; and one or more battery assemblies for at least powering the at least one motor and the at least one electrical speed-controller; wherein the one or more battery assemblies are at a distance away from the central controller; and wherein the battery-powered aerial vehicle is characterized in that at least one of the one or more battery assemblies is further configured for acting as a supporting leg each. at least one motor, each of the at least one motor rotatably coupled to and driving a propeller; at least one electrical speed-controller, each of the at least one electrical speed-controller electrically coupled to one of the at least one motor for controlling the speed thereof; a central controller electrically coupled to the at least one electrical speed-controller for controlling the at least one electrical speed-controller to adjust the speed of the at least one motor; and one or more battery assemblies for at least powering the at least one motor and the at least one electrical speed-controller; wherein the one or more battery assemblies are at a distance away from the central controller; and wherein the battery-powered aerial vehicle is characterized in that at least one of the one or more battery assemblies is further configured for acting as a supporting leg each.
A breathing cycle monitoring device comprising: a mask for covering the nose and/or mouth of a user, the mask having an air-permeable mask wall which defines a mask volume in which, in use, a microclimate exists; a first temperature sensor adapted to detect a first temperature of air inhaled and exhaled by the user inside the microclimate, inside the mask volume; a second temperature sensor adapted to detect a second temperature of the same air outside the microclimate before or after it has passed across the mask wall, at or adjacent to a surface of the air-permeable mask wall outside the mask volume; and a controller which is adapted to: calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask. a mask for covering the nose and/or mouth of a user, the mask having an air-permeable mask wall which defines a mask volume in which, in use, a microclimate exists; a first temperature sensor adapted to detect a first temperature of air inhaled and exhaled by the user inside the microclimate, inside the mask volume; a second temperature sensor adapted to detect a second temperature of the same air outside the microclimate before or after it has passed across the mask wall, at or adjacent to a surface of the air-permeable mask wall outside the mask volume; and a controller which is adapted to: calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask. calculate a temperature difference parameter from the first and second temperatures; and determine a breathing cycle of the user based on the calculated temperature difference parameter, wherein the flow of inhaled or exhaled air flows across the whole of the wall of the mask.
A stackable cookware system comprising: a first vessel having a first upper diameter, the first vessel comprising a first handle extending from a sidewall of the first vessel, wherein the first handle has a first length, a first female alignment feature, and a first male alignment feature; a first lid having the first upper diameter, the first lid comprising a second handle with a second length, a second female alignment feature, a second male alignment feature, and an extended first inner rim, the first inner rim having a first inner rim diameter that is less than the first upper diameter, wherein the first inner rim is configured to be positioned inside the first vessel; and a second vessel having a third handle, and a first gripping portion, wherein the first gripping portion has a lower surface aligned with a lower portion of the third handle; the first vessel further comprises a first lower diameter that is less than the first upper diameter, and wherein the sidewall is tapered between the first upper diameter and the first lower diameter, characterized in that the first vessel, the first lid and the second vessel have the same first upper diameter and are stackable in a stack with an interchangeable arrangement. a first vessel having a first upper diameter, the first vessel comprising a first handle extending from a sidewall of the first vessel, wherein the first handle has a first length, a first female alignment feature, and a first male alignment feature; a first lid having the first upper diameter, the first lid comprising a second handle with a second length, a second female alignment feature, a second male alignment feature, and an extended first inner rim, the first inner rim having a first inner rim diameter that is less than the first upper diameter, wherein the first inner rim is configured to be positioned inside the first vessel; and a second vessel having a third handle, and a first gripping portion, wherein the first gripping portion has a lower surface aligned with a lower portion of the third handle; the first vessel further comprises a first lower diameter that is less than the first upper diameter, and wherein the sidewall is tapered between the first upper diameter and the first lower diameter, characterized in that the first vessel, the first lid and the second vessel have the same first upper diameter and are stackable in a stack with an interchangeable arrangement.