mhurhangee/ep-ind-claims huggingface dataset:
Heated media line comprising a pipeline or hose line (1, 15) which has an inner flow channel and has a heating device (2, 15a, 16a) extending on the circumference of the pipeline or hose line (1, 15), wherein the heating device (2, 15a, 16a) consists of at least one electrical heating conductor (3, 3a, 15b, 16a) which extends, in particular in a helically wound manner, over a partial length of the pipeline or hose line (1, 15, 16) from a first attachment end of the pipeline or hose line to a winding end, so that a portion not provided with the heating conductor and with a partial length of the pipeline or hose line is formed before a second attachment end, wherein the winding end is fixed in the longitudinal direction of the pipeline or hose line (1, 15, 16) and in the circumferential direction thereof against positional displacement by a fixing part, wherein the pipeline or hose line (1, 15, 16) has an enveloping system containing the heating device (2, 15a, 16a) and the pipeline or hose line (1, 15, 16), and characterized in that one end of the enveloping system and the winding end are enclosed with the fixing part in an encapsulation which, in relation to the pipeline or hose line (1, 15, 16), is fixed in position in the longitudinal direction and in the circumferential direction.
A fuel injection system for an internal combustion engine, the engine having a plurality of cylinders, the system comprising: a plurality of fuel injectors (10, 10') constructed and arranged to receive fuel, one fuel injector (10, 10') being associated with a cylinder for injecting fuel into the associated cylinder, each fuel injector (10, 10') having a valve body, a fuel volume, and a coil constructed and arranged to inductively heat the valve body and thus heat fuel in the fuel volume to vaporize the fuel prior to injection into the associated cylinder, characterized by an additional cold start fuel injector (10, 10') disposed in an air supply passage that supplies air to the cylinders, the cold start fuel injector (10, 10') having a valve body, a fuel volume, and a coil constructed and arranged to inductively heat the valve body and thus heat fuel in the fuel volume to vaporize the fuel prior to injection into the supply passage. a plurality of fuel injectors (10, 10') constructed and arranged to receive fuel, one fuel injector (10, 10') being associated with a cylinder for injecting fuel into the associated cylinder, each fuel injector (10, 10') having a valve body, a fuel volume, and a coil constructed and arranged to inductively heat the valve body and thus heat fuel in the fuel volume to vaporize the fuel prior to injection into the associated cylinder, characterized by an additional cold start fuel injector (10, 10') disposed in an air supply passage that supplies air to the cylinders, the cold start fuel injector (10, 10') having a valve body, a fuel volume, and a coil constructed and arranged to inductively heat the valve body and thus heat fuel in the fuel volume to vaporize the fuel prior to injection into the supply passage.
Method for incinerating organic matter, consisting of organic matter trapped in a mineral and/or liquid matrix, in particular issued from the treatment of waste water, industrial or agricultural waste, such as sludge and especially sewage plant sludge, in a fluidised bed incineration furnace, said furnace comprising an enclosure in the lower part of which there is a bed of particles, preferably sand, constituting a fluidisation zone Zf, the fluidisation zone Zf into which the organic matter is introduced as fuel while air is injected as oxidant into the sand bed from a wind box through a fluidisation dome on top of said box, the air passing through passages provided in the fluidisation dome, the furnace being configured to treat a nominal value Vn of volume Vmo of organic matter to be treated, characterised in that the method comprises a step of adjusting the volume of the fluidisation zone Zf and the flow rate of air coming into said fluidisation zone Zf as a function of the volume Vmo of organic matter to be treated, in which, when the volume Vmo of organic matter to be treated is lower than the nominal value Vn, the volume of the fluidisation zone is reduced from an initial volume Vfi to a reduced volume Vfr, and the air flow rate is reduced by sealing air passages so as to leave active only passages opening into the thus reduced fluidisation zone Zfr. said furnace comprising an enclosure in the lower part of which there is a bed of particles, preferably sand, constituting a fluidisation zone Zf, the fluidisation zone Zf into which the organic matter is introduced as fuel while air is injected as oxidant into the sand bed from a wind box through a fluidisation dome on top of said box, the air passing through passages provided in the fluidisation dome, the furnace being configured to treat a nominal value Vn of volume Vmo of organic matter to be treated, characterised in that the method comprises a step of adjusting the volume of the fluidisation zone Zf and the flow rate of air coming into said fluidisation zone Zf as a function of the volume Vmo of organic matter to be treated, in which, when the volume Vmo of organic matter to be treated is lower than the nominal value Vn, the volume of the fluidisation zone is reduced from an initial volume Vfi to a reduced volume Vfr, and the air flow rate is reduced by sealing air passages so as to leave active only passages opening into the thus reduced fluidisation zone Zfr.
A pneumatic tire comprising a rubber composition comprising: a rubber component containing a polymer having at least one polar functional group selected from the group consisting of a nitrile group and a pyridyl group; a metal compound containing a divalent metal ion in an amount of 7 to 25 parts by mass with respect to 100 parts by mass of the rubber component; a filler; and sulfur.
A system comprising: an intake section comprising: a filter comprising: a filtering element; a frame supporting the filtering element; and one or more strain gauges disposed on the frame, and wherein the strain information comprises strain on the frame of the filter; and a processor configured to: receive strain information for the filter from the one or more strain gauges; and determine an operating condition of the filter based at least in part on the strain information; characterised in that the one or more strain gauges is disposed on a mounting surface that forms a seal in conjunction with the filter, and the strain information is based at least in part on strain exerted on the mounting surface by the filter. a filter comprising: a filtering element; a frame supporting the filtering element; and one or more strain gauges disposed on the frame, and wherein the strain information comprises strain on the frame of the filter; and a filtering element; a frame supporting the filtering element; and one or more strain gauges disposed on the frame, and wherein the strain information comprises strain on the frame of the filter; and a processor configured to: receive strain information for the filter from the one or more strain gauges; and determine an operating condition of the filter based at least in part on the strain information; receive strain information for the filter from the one or more strain gauges; and determine an operating condition of the filter based at least in part on the strain information; characterised in that the one or more strain gauges is disposed on a mounting surface that forms a seal in conjunction with the filter, and the strain information is based at least in part on strain exerted on the mounting surface by the filter.
Method for detaching a material layer from a material web comprising multiple material layers (26, 28, 30), having the following method steps: - a multi-ply laminate is peeled off of the outermost material layer of the material web at a peel-off angle of approximately 130 to 170 degrees, preferably of approximately 150 to 170 degrees, - the outermost material layer continues on in the plane of the web. - a multi-ply laminate is peeled off of the outermost material layer of the material web at a peel-off angle of approximately 130 to 170 degrees, preferably of approximately 150 to 170 degrees, - the outermost material layer continues on in the plane of the web.
A support device, comprising: a detachable mount for attaching and detaching an unmanned submarine; a first frame (10U, 10H) on which the detachable mount is provided; a second frame (10B, 10V) provided corresponding to the first frame (10U, 10H); a support material coupled to the first frame (10U, 10H) and the second frame (10B, 10V) and formed of a small buoyancy material with a specific gravity of less than 1; a lighting mount for illumination lights attached to the first frame (10U, 10H), second frame (10B, 10V) or support material; and a shooting mount for photographing cameras attached to the first frame (10U, 10H), the second frame (10B, 10V) or support material, characterised in that the first frame is formed in a cross shape; the second frame is formed in a cross shape with arranged facing the first frame; the support material is arranged between the first frame and the second frame so as to connect the first frame and the second frame. a detachable mount for attaching and detaching an unmanned submarine; a first frame (10U, 10H) on which the detachable mount is provided; a second frame (10B, 10V) provided corresponding to the first frame (10U, 10H); a support material coupled to the first frame (10U, 10H) and the second frame (10B, 10V) and formed of a small buoyancy material with a specific gravity of less than 1; a lighting mount for illumination lights attached to the first frame (10U, 10H), second frame (10B, 10V) or support material; and a shooting mount for photographing cameras attached to the first frame (10U, 10H), the second frame (10B, 10V) or support material, characterised in that the first frame is formed in a cross shape; the second frame is formed in a cross shape with arranged facing the first frame; the support material is arranged between the first frame and the second frame so as to connect the first frame and the second frame.
Method for the computer-aided configuration of a plurality of physical nodes of a network to be created using a virtual network by means of a computation unit, the virtual network comprising a virtual node for each physical node, having the steps of: creating the virtual network on the basis of the network to be created, a configuration being determined for each virtual node; determining a feature vector for each virtual node, the determined feature vector comprising neighbourhood information relating to neighbouring nodes of the virtual node and an item of type information relating to a node type of the virtual node; changing the virtual network if at least two determined feature vectors are identical, with the result that each virtual node is uniquely assigned to a physical node; and loading the configuration of each virtual node onto the respective assigned physical node, the operation of changing the virtual network comprising changing at least one path between a virtual node, for which one of the at least two identical feature vectors has been determined, and its neighbouring nodes. creating the virtual network on the basis of the network to be created, a configuration being determined for each virtual node; determining a feature vector for each virtual node, the determined feature vector comprising neighbourhood information relating to neighbouring nodes of the virtual node and an item of type information relating to a node type of the virtual node; changing the virtual network if at least two determined feature vectors are identical, with the result that each virtual node is uniquely assigned to a physical node; and loading the configuration of each virtual node onto the respective assigned physical node, the operation of changing the virtual network comprising changing at least one path between a virtual node, for which one of the at least two identical feature vectors has been determined, and its neighbouring nodes.
A washing machine configured to communicate with a terminal device via wireless communication, the washing machine (29, 129) comprising: a controller for controlling operation and communication of the washing machine (29; 129); and an operation display unit disposed in an upper part of the washing machine (29; 129) and extended in a left-right direction, for determining a setting of an operation course and displaying the setting, wherein the operation display unit includes a power-on switch for turning on a power source, a display unit for displaying setting contents of the operation course, and a washing machine transmitter-receiver for communicating with the terminal device, and the controller receives, via the washing machine transmitter-receiver, information on the operation course transmitted from the terminal device, and displays the operation course and controls operation of the operation course based on the information on the operation course, characterized in that the power-on switch is disposed in either the left side or the right side of the operation display unit, and in that the washing machine transmitter-receiver is disposed in the other of the left side and the right side of the operation display unit such that the washing machine transmitter-receiver can be located opposite to the power-on switch. a controller for controlling operation and communication of the washing machine (29; 129); and an operation display unit disposed in an upper part of the washing machine (29; 129) and extended in a left-right direction, for determining a setting of an operation course and displaying the setting, wherein the operation display unit includes a power-on switch for turning on a power source, a display unit for displaying setting contents of the operation course, and a washing machine transmitter-receiver for communicating with the terminal device, and the controller receives, via the washing machine transmitter-receiver, information on the operation course transmitted from the terminal device, and displays the operation course and controls operation of the operation course based on the information on the operation course, characterized in that the power-on switch is disposed in either the left side or the right side of the operation display unit, and in that the washing machine transmitter-receiver is disposed in the other of the left side and the right side of the operation display unit such that the washing machine transmitter-receiver can be located opposite to the power-on switch.
A method of preparing a modified conjugated diene-based polymer comprising: (a) polymerizing a conjugated diene monomer or a conjugated diene monomer and an aromatic vinyl monomer with a compound represented by Chemical Formula 1 below using a hydrocarbon solvent, thus forming an active polymer having an alkali metal end; and (b) coupling or reacting the active polymer with a compound represented by Chemical Formula 2 below: in Chemical Formula 1, R is a nitrogen-containing group, X is a hydrocarbon obtained by polymerizing a conjugated diene monomer or an aromatic vinyl monomer, n is an integer of 1 to 10, and M is an alkali metal; and in Chemical Formula 2, R 1 is a C1-C8 alkyl group or alkylsilyl group, R 2 is a C1-C8 alkylene group, R 3 and R 4 are each independently a C1-C8 alkyl group, a is an integer of 0 or 1, and n is 2. (a) polymerizing a conjugated diene monomer or a conjugated diene monomer and an aromatic vinyl monomer with a compound represented by Chemical Formula 1 below using a hydrocarbon solvent, thus forming an active polymer having an alkali metal end; and (b) coupling or reacting the active polymer with a compound represented by Chemical Formula 2 below: in Chemical Formula 1, R is a nitrogen-containing group, X is a hydrocarbon obtained by polymerizing a conjugated diene monomer or an aromatic vinyl monomer, n is an integer of 1 to 10, and M is an alkali metal; and in Chemical Formula 2, R 1 is a C1-C8 alkyl group or alkylsilyl group, R 2 is a C1-C8 alkylene group, R 3 and R 4 are each independently a C1-C8 alkyl group, a is an integer of 0 or 1, and n is 2.
A sensor device management method in which measurement data measured by a sensor device is obtained and managed by a management server, comprising: holding a parameter of the sensor device and change management information related to a change in the parameter in the management server, and transmitting the changed parameter and the change management information to the sensor device, holding the parameter and the change management information transmitted from the management server in the sensor device, and transmitting the change management information to the management server together with the measurement data, and collating in the management server the received change management information and preliminarily-held change management information related to the sensor device to determine the change in the parameter on the basis of a result of the collation. holding a parameter of the sensor device and change management information related to a change in the parameter in the management server, and transmitting the changed parameter and the change management information to the sensor device, holding the parameter and the change management information transmitted from the management server in the sensor device, and transmitting the change management information to the management server together with the measurement data, and collating in the management server the received change management information and preliminarily-held change management information related to the sensor device to determine the change in the parameter on the basis of a result of the collation.
A refrigerator, comprising: a storage space, capable of maintaining a low pressure state; a vacuum pump; an air evacuation path, connected between the storage space and the vacuum pump; a mechanical valve located in the air evacuation path; a bypass, connected to the air evacuation path, wherein when the vacuum pump is in work, the bypass is closed; while when the vacuum pump finishes work, the bypass is opened to transport external air to the air evacuation path; an electromagnetic valve, for opening or closing the bypass; and wherein after the vacuum pump finishes work, the electromagnetic valve is powered on to open the bypass, characterized in that after a preset time, the electromagnetic valve is powered off, so that the bypass is closed and remains closed until next time the vacuum pump finishes work. a storage space, capable of maintaining a low pressure state; a vacuum pump; an air evacuation path, connected between the storage space and the vacuum pump; a mechanical valve located in the air evacuation path; a bypass, connected to the air evacuation path, wherein when the vacuum pump is in work, the bypass is closed; while when the vacuum pump finishes work, the bypass is opened to transport external air to the air evacuation path; an electromagnetic valve, for opening or closing the bypass; and wherein after the vacuum pump finishes work, the electromagnetic valve is powered on to open the bypass, characterized in that after a preset time, the electromagnetic valve is powered off, so that the bypass is closed and remains closed until next time the vacuum pump finishes work.
A method of operating a wireless computing device that is providing content to a remote device, the method comprising: transmitting content to the remote device over a first channel; and transmitting a command to the remote device over a side channel, the side channel comprising a portion of a digital television spectrum. transmitting content to the remote device over a first channel; and transmitting a command to the remote device over a side channel, the side channel comprising a portion of a digital television spectrum.
Copper-zinc alloy, comprising, in percent by weight, 58.2 to 58.7% copper, 1.8 to 2.2% aluminium, 2.4 to 2.8% manganese, 0.9 to 1.2% silicon, 0.2 to 0.35% iron, 0 to 0.3% lead, 0 to 0.3% nickel, 0 to 0.3% tin, remainder zinc and inevitable impurities.
A resin sheet having: a base layer having hair-like bodies arranged regularly on one surface thereof; and a substrate layer on the surface opposite the hair-like bodies of the base layer, wherein a thickness (a) of the substrate layer is 10 μm or greater and 250 μm or less, the thickness (a) of the substrate layer and a thickness (b) of the base layer satisfy a ≤ b, the substrate layer comprises a polycarbonate-based resin, the base layer and the hair-like bodies comprise a thermoplastic polyurethane resin, and stiffness of the resin sheet measured in accordance with the 45° cantilever method of JIS L 1096:2010 is 150 mm or less. a thickness (a) of the substrate layer is 10 μm or greater and 250 μm or less, the thickness (a) of the substrate layer and a thickness (b) of the base layer satisfy a ≤ b, the substrate layer comprises a polycarbonate-based resin, the base layer and the hair-like bodies comprise a thermoplastic polyurethane resin, and stiffness of the resin sheet measured in accordance with the 45° cantilever method of JIS L 1096:2010 is 150 mm or less.
Method for the manufacturing of composite material, which composite material comprises at least a natural fiber substance, such as wood-derived fibers, wood-derived mechanically fiberized fibers, cellulose fiber made from natural fibers and mixtures thereof, a plastic based substance, such as plastic particles having a diameter of less than -4000 μm, plastic fibers, and a substance improving compatibility between the said natural fiber substance and the said plastic based substance, whereby the composite material is being manufactured by mixing the said substances with each other, and thereafter by mechanically pressing and/or by drying with heat the formed mixture in order to remove liquid, such as water, therefrom, characterized in that, a wet mixture with 41-99,8 % water is being formed at least from a natural fiber substance, a plastic based substance and a compatibility improving agent, whereby in order to manufacture a composite material, having an internal network structure that keeps material together by chemical bonds between the plastic based substance and the natural fiber substance, the wet mixture is being fed into a devolatilization process in an extruder, in which substance in liquid form and other gasifying volatile substances or at least a main part thereof are being removed by powerful changes in pressure [V2, P2] -) [VAtm, PAtm], heat and mechanical mixing, as well as the structure of the natural fiber substance, such as cellulose fiber, being modified if needed, and steam explosion is carried out.
Top support for a casement of a window, a French door or the like, pivotable relative to a frame, with a frame-side fitting part, with a casement-side fitting part and with an extension arrangement connecting the fitting parts (3, 4) together and having an extension arm, wherein the frame-side fitting part has a basic part (11, 21) screw-mountable with the frame and a support part (12, 22) connected with the extension arrangement and the support part (12, 22) being connected together with the basic part (11, 21) via a snap-in connection (13, 23) and wherein the snap-in connection (13, 23) has a snap-in hook (17, 24) that is crosswise to the direction of movement of the support part (12, 22) and spring pre-tensioned on the basic part (11, 21), and the basic part (11, 21) and the support part (12, 22) are connected via a guide bolt, wherein the guide bolt is held in a guide groove open crosswise to the direction of movement of the snap-in hook (17, 24), characterized in that the guide bolt is mushroom-shaped and has a radial enlargement engaging behind the guide groove, and the guide groove and snap-in grooves leading towards the snap-in hooks are arranged on the support part (12, 22) and conically expanded to an edge of the support part (12, 22).