mhurhangee/ep-ind-claims huggingface dataset:
In a node configured to communicate with one or more other nodes over a network, a method for facilitating traversal of a network address translator, NAT, the method comprising: a) determining information regarding the behavior of one or more NATs with the node; and storing the information in such a way that the information is retrievable by one or more other nodes; or b) retrieving information regarding behavior of one or more NATs obtained by one or more other nodes and using the information to traverse one or more of the NATs; or c) both a) and b). a) determining information regarding the behavior of one or more NATs with the node; and storing the information in such a way that the information is retrievable by one or more other nodes; or b) retrieving information regarding behavior of one or more NATs obtained by one or more other nodes and using the information to traverse one or more of the NATs; or c) both a) and b).
Method for deaerating liquids by addition of 0.0001 to 5.0 wt%, preferably 0.0002-1.0 wt% and more preferably 0.001-0.2 wt% of branched polyether-polysiloxane copolymers to these liquids, said method comprising utilizing branched polyether-polysiloxane copolymers wherein the polyether moieties are attached to linear siloxane chains via hydrocarbon moieties in SiC bonding and these siloxane chains are connected to each other via SiC-bonded, two- to ten-valent and preferably two- to four-valent hydrocarbon moieties which may contain one or more heteroatoms selected from the group of oxygen and nitrogen atoms.
Seal for doors, windows or the like, with a holding means, with a sealing strip (2, 3, 4) comprising a first holding profile and a sealing profile mounted on the holding profile, and with a mechanism via which the sealing strip (2, 3, 4) is displaceable with respect to the holding means, wherein the sealing strip (2, 3, 4) comprises a second holding profile mounted on the first holding profile, and wherein the sealing profile is also mounted on the second holding profile or the second holding profile is mounted in or on the sealing profile, characterised in that the second holding profile is displaceable in its longitudinal direction with respect to the sealing profile and the sealing profile can be shortened manually, by using hand tools or by using machine tools.
A motor vehicle cowl, the bottom of which comprises at least one opening for discharging rainwater and wash water, this opening being without a valve and being partially covered by a part (5, 7), the cowl being characterized in that the part (5, 7) is of arched shape and has a central portion situated remote from the opening, said part (5, 7) extending between two opposite zones (2a, 2b) of the edge of the opening above said opening, upstream of this opening in the direction of discharging of the rainwater and wash water.
A composition comprising at least one copolymer comprising: (a) a first monomeric subunit comprising a polymerized 2-hydroxy-3-phenoxypropyl acrylate, (b) a second monomeric subunit comprising a polymerized 2-ethoxyethyl methacrylate, and (c) a third monomeric subunit comprising a polymerized-polyethylene glycol monomethyl ether methacrylate with a polyethylene glycol molecular weight of about 150 to 250, wherein the first monomeric subunit is present in a greater amount by weight than the second monomeric subunit, and the first and second monomeric subunits together comprise about 75 percent or more of the monomeric subunits composition by weight, wherein the first monomeric subunit is about 50 % to about 70 %, by weight of the copolymer composition, and the second monomeric subunit is about 20 % to about 35 %, by weight of the copolymer composition, and the third monomeric subunit is about 5 % to about 15 %, by weight of the copolymer composition. (a) a first monomeric subunit comprising a polymerized 2-hydroxy-3-phenoxypropyl acrylate, (b) a second monomeric subunit comprising a polymerized 2-ethoxyethyl methacrylate, and (c) a third monomeric subunit comprising a polymerized-polyethylene glycol monomethyl ether methacrylate with a polyethylene glycol molecular weight of about 150 to 250,
Door-lock device for a closing door of an household appliance said door being provided with a recess, said door-lock device comprising a casing, a slider, arranged within said casing, a locking hook comprising a body and a locking portion, said body having a cam shape which abuts on said slider, said locking hook being capable to assume a rest position, in which said locking portion is disengaged from said recess, and an operative position, in which said locking portion is inserted into, and engaged with, said recess, and pushing means, for normally keeping said slider in contact with said cam shape, such that, when said door is closed, said locking hook passes from said rest position to said operative position, said cam shape of said locking hook initially compressing said pushing means, so that said pushing means accumulate a potential energy and said slider exerts a resistance to the closing of said door, and, then, allowing said pushing means to release said accumulated potential energy, so that said slider exerts a return action on said locking hook and on said door; and vice versa when said door is opened, said door-lock device being characterized in that said casing comprises a base and a cover, said base having laterally a first pair of horizontal rear slots and a second pair of vertical front slots, in that said slider comprises two arms joined together by a transversal connecting element, each of said arms of said slider comprising a pair of rear pins, slidingly and rotatably coupled with said rear slots of said base and said slider frontally having a pair of slots, and in that said locking hook comprises a pin on which said body of said locking hook is pivoted, said pin being inserted in said slots of said slider and in said front slots of said base.
Device for shaping a blank from a viscous or pasty mass, in particular for shaping dough portions, or for shaping a dough strip from a dough mass, having a chamber for receiving the mass and for dispensing the blank formed from the mass, wherein the chamber is formed by external delimitation elements and has a drum-type chamber internal space, and wherein the device has means which are configured for setting or keeping a mass that is disposed in the chamber in rotation such that a portion of the mass that is delivered from the chamber is capable of being shaped by a severing or cutting device, characterized in that at least one compression element which impinges the mass in relation to one of the external delimitation elements of the chamber is disposed in the internal region of the chamber, the wall of said compression element that impinges the mass being driven in the opposite direction to an external delimitation element that sets the mass in rotation.
A device for orienting infusion capsules comprising a reservoir for infusion capsules, said reservoir having an exit opening for said capsules, said reservoir having a bottom wall at least partially inclined toward said opening, said opening being configured to allow said capsules to exit in one or more predetermined orientations; characterized in that said device further comprising a shaft, at least partially inserted in said reservoir and having a lateral surface; drive means for driving said shaft, to set said shaft into rotation about an axis of rotation thereof; an interference member located on said lateral surface and projecting out of said lateral surface such that it may be moved by said shaft and create an interference with a flange of a capsule to rotate said capsule; an abutment wall opposite to said shaft and associated with said shaft to abut a base or a cover of said capsule for said capsule to be locked in one or more predetermined orientations.
A method of determining a disinfectant composition of a municipal water supply from a water sample comprising: a. obtaining a water sample from a water source at a sampling location, wherein: i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; b. adding a chlorine-containing material to the water sample in the presence of an oxidation reduction potential measurement device; c. generating a plurality of ORP measurements during addition of the chlorine-containing material to the water sample; d. estimating a concentration of one or more of free ammonia, fully combined ammonia, monochloramine or a mixture of dichloramine and trichloramine in the water sample, wherein the estimation is derived from the relationship between the added chlorine material and the plurality of ORP measurements; and e. determining a disinfectant composition of the water source at the water sampling location based upon the concentration calculation, wherein determining a disinfectant composition of a municipal water supply from a water sample comprises determining a free ammonia composition of the water supply and wherein in step d. a concentration of free ammonia in the water sample is estimated. a. obtaining a water sample from a water source at a sampling location, wherein: i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; b. adding a chlorine-containing material to the water sample in the presence of an oxidation reduction potential measurement device; c. generating a plurality of ORP measurements during addition of the chlorine-containing material to the water sample; d. estimating a concentration of one or more of free ammonia, fully combined ammonia, monochloramine or a mixture of dichloramine and trichloramine in the water sample, wherein the estimation is derived from the relationship between the added chlorine material and the plurality of ORP measurements; and e. determining a disinfectant composition of the water source at the water sampling location based upon the concentration calculation,
An agricultural vehicle suspension, comprising: a spring; a first spindle operably coupled with the spring in a spindle axial direction; an adjustable stop body operably coupled to the first spindle in a stop body axial direction, the adjustable stop body configured to limit an axial length of travel of the suspension relative to the first spindle, wherein the agricultural vehicle suspension further comprises a stop bracket operably connected with the first spindle and in selectable contact with the stop body, characterized in that the adjustable stop body is a cylinder, the cylinder comprises a first portion and a second portion operably extendable with the first portion, wherein the second portion is configured to contact the stop bracket to reduce the axial length of travel of the suspension when in the extended position. a spring; a first spindle operably coupled with the spring in a spindle axial direction; an adjustable stop body operably coupled to the first spindle in a stop body axial direction, the adjustable stop body configured to limit an axial length of travel of the suspension relative to the first spindle, wherein the agricultural vehicle suspension further comprises a stop bracket operably connected with the first spindle and in selectable contact with the stop body, characterized in that the adjustable stop body is a cylinder, the cylinder comprises a first portion and a second portion operably extendable with the first portion, wherein the second portion is configured to contact the stop bracket to reduce the axial length of travel of the suspension when in the extended position.
Cooling device for a motor vehicle, comprising: - a first heat exchanger, and - an air guide comprising a frame that surrounds the first heat exchanger, the first heat exchanger comprising: - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body, - a second securing interface arranged along a second side of the body, the second side being opposite to the first side, the first heat exchanger being secured to the air guide by the two securing interfaces (17, 18), characterized in that it also comprises a casing equipped with a thermostat, an inlet duct and an outlet duct, the cooling device comprising a means for positioning the casing relative to the air guide. - a first heat exchanger, and - an air guide comprising a frame that surrounds the first heat exchanger, the first heat exchanger comprising: - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body, - a second securing interface arranged along a second side of the body, the second side being opposite to the first side, - a body through which a flow of air can pass, and - a first securing interface arranged along a first side of the body, - a second securing interface arranged along a second side of the body, the second side being opposite to the first side, the first heat exchanger being secured to the air guide by the two securing interfaces (17, 18), characterized in that it also comprises a casing equipped with a thermostat, an inlet duct and an outlet duct, the cooling device comprising a means for positioning the casing relative to the air guide.
An apparatus, comprising: a plurality of qubits and couplers a qubit controller that is configured to: connect to a single driveline, generate excitation pulses and apply the excitation pulses to the single driveline, each pulse corresponding to one of a plurality of quantum gate frequencies for a respective plurality of quantum gates; and connect to a plurality of qubit frequency control lines and control individual frequencies of the plurality of qubits connected to the plurality of qubit frequency control lines so that, for each qubit, the qubit frequency is adjusted towards or away from a quantum gate frequency of a current pulse on the driveline, wherein each qubit of the plurality of qubits is coupled to a length of the single driveline through a corresponding coupler. a plurality of qubits and couplers a qubit controller that is configured to: connect to a single driveline, generate excitation pulses and apply the excitation pulses to the single driveline, each pulse corresponding to one of a plurality of quantum gate frequencies for a respective plurality of quantum gates; and connect to a plurality of qubit frequency control lines and control individual frequencies of the plurality of qubits connected to the plurality of qubit frequency control lines so that, for each qubit, the qubit frequency is adjusted towards or away from a quantum gate frequency of a current pulse on the driveline, wherein each qubit of the plurality of qubits is coupled to a length of the single driveline through a corresponding coupler. connect to a single driveline, generate excitation pulses and apply the excitation pulses to the single driveline, each pulse corresponding to one of a plurality of quantum gate frequencies for a respective plurality of quantum gates; and connect to a plurality of qubit frequency control lines and control individual frequencies of the plurality of qubits connected to the plurality of qubit frequency control lines so that, for each qubit, the qubit frequency is adjusted towards or away from a quantum gate frequency of a current pulse on the driveline, wherein each qubit of the plurality of qubits is coupled to a length of the single driveline through a corresponding coupler.
A refrigerator and/or freezer, comprising an inner wall defining the cooled interior space, and an outer wall spaced apart therefrom, wherein in the space between inner wall and outer wall a vacuum insulation body is located, the vacuum insulation body includes a vacuum-tight film which surrounds a vacuum region with a supporting material arranged therein, the vacuum insulation body includes a protective cover for the protection of said film, a material leveling out irregularities of the film is located on the film and/or that in the region between the film and the protective cover a material leveling out irregularities between the film and the protective cover is located at least in certain areas, wherein the material is a curable material which is cured on the vacuum insulation body, characterized in that apart from said vacuum insulation body no further heat insulation is present in the interspace, and the material itself forms the protective cover or a part of the protective cover that forms the outer wall of the refrigerator and/or freezer.
A wellhead boosting apparatus comprising: a multi-phase separator module having a separator module support; a multi-phase separator, an oil-phase pump for extracting an oil phase from the multi-phase separator, and a water-phase pump for extracting a water phase from the multi-phase separator, the multi-phase separator including a separator fluid inlet comprising a wellhead connector configured to directly engage with a wellhead, and a separator gas outlet for extracting separated gas; and a compressor module having a compressor module support; a compressor, a gas engine which utilises separated gas as fuel for powering the compressor, the water-phase pump and the oil-phase pump, the compressor including a compressor gas inlet which is communicable with the separator gas outlet and a compressor gas outlet which is communicable with the wellhead to provide gas lift thereto using the separated gas. a multi-phase separator module having a separator module support; a multi-phase separator, an oil-phase pump for extracting an oil phase from the multi-phase separator, and a water-phase pump for extracting a water phase from the multi-phase separator, the multi-phase separator including a separator fluid inlet comprising a wellhead connector configured to directly engage with a wellhead, and a separator gas outlet for extracting separated gas; and a compressor module having a compressor module support; a compressor, a gas engine which utilises separated gas as fuel for powering the compressor, the water-phase pump and the oil-phase pump, the compressor including a compressor gas inlet which is communicable with the separator gas outlet and a compressor gas outlet which is communicable with the wellhead to provide gas lift thereto using the separated gas.
A photochromic polyrotaxane compound which is a polyrotaxane compound comprising an axial molecule and a plurality of cyclic molecules clathrating the axial molecule, wherein a side chain containing a photochromic moiety is bonded to at least one of the cyclic molecules and wherein the cyclic molecules are cyclodextrin rings.
A method for printing on a paper by means of a digital printing facility which has multiple ink application units for applying printing ink of different colours to the paper, wherein the method involves guiding the paper to be printed on past the ink application units in a feed direction, wherein the digital printing facility comprises a device (4, 18) that is configured and able to prevent or reduce a build-up of condensation on the ink application units, and wherein the build-up on condensation on the ink application units is prevented or reduced by this device (4, 18), the device (4, 18) comprising a temperature control device and an electrical control unit, the temperature control device being configured to influence a temperature of the ink application units and the electrical control unit being configured to control the temperature control device in such a way that the ink application units are at different temperatures, characterised in that the temperatures of the ink application units increase in the feed direction and the temperatures of two adjacent ink application units differ by at least 0.5°C and at most 1.5°C, wherein the temperatures of the first ink application unit in the feed direction and the last ink application unit in the feed direction differ by at most 10°C.
A method for manufacturing a contact lens having a visible mark, said method comprising the steps of (i) curing a hydrogel comprising reactive components comprising at least one leuco dye and at least one silicone component to form said contact lens and (ii) activating said leuco dye in at least a portion of said contact lens to change the color of said leuco dye to create said visible mark; wherein said leuco dye comprises at least one polymerizable group, and said leuco dye polymerizes with said silicone component during said curing step.
An electronic device comprising: a memory configured to store at least one instruction associated with a universal serial bus communication function or a wireless communication function operation; and at least one processor connected to the memory; characterized in that, when a request for execution of the wireless communication function is received during execution of the USB communication function, the at least one processor is configured to: determine a type of the USB communication function; and deactivate the execution of USB communication function according to the determined type of the USB communication function and execute the wireless communication function or maintain the execution of the USB communication function according to the determined type of the USB communication function while the wireless communication function is executed. a memory configured to store at least one instruction associated with a universal serial bus communication function or a wireless communication function operation; and at least one processor connected to the memory; characterized in that, when a request for execution of the wireless communication function is received during execution of the USB communication function, the at least one processor is configured to: determine a type of the USB communication function; and deactivate the execution of USB communication function according to the determined type of the USB communication function and execute the wireless communication function or maintain the execution of the USB communication function according to the determined type of the USB communication function while the wireless communication function is executed. determine a type of the USB communication function; and deactivate the execution of USB communication function according to the determined type of the USB communication function and execute the wireless communication function or maintain the execution of the USB communication function according to the determined type of the USB communication function while the wireless communication function is executed.