mhurhangee/ep-ind-claims huggingface dataset:
An additive manufacturing apparatus comprising: a stage configured to hold a component; a radiant energy device operable to generate and project radiant energy in a patterned image; an actuator configured to change a position of the stage relative to the radiant energy device; and a deposition assembly upstream of the stage and configured to deposit a resin on a resin support, the deposition assembly comprising: a reservoir housing configured to retain a volume of the resin between an upstream wall and a downstream wall; an actuatable application device operably coupled with the reservoir housing; and a computing system operably coupled with the actuatable application device, the computing system configured to initiate a flush operation, wherein the actuatable application device is moved from a first position to a second position during the flush operation, wherein one or more agglomerates are translated from a position upstream of the actuatable application device to a position downstream of the actuatable application device when the actuatable application device is in the second position and the resin support is translated by a drive system. a stage configured to hold a component; a radiant energy device operable to generate and project radiant energy in a patterned image; an actuator configured to change a position of the stage relative to the radiant energy device; and a deposition assembly upstream of the stage and configured to deposit a resin on a resin support, the deposition assembly comprising: a reservoir housing configured to retain a volume of the resin between an upstream wall and a downstream wall; an actuatable application device operably coupled with the reservoir housing; and a computing system operably coupled with the actuatable application device, the computing system configured to initiate a flush operation, wherein the actuatable application device is moved from a first position to a second position during the flush operation, wherein one or more agglomerates are translated from a position upstream of the actuatable application device to a position downstream of the actuatable application device when the actuatable application device is in the second position and the resin support is translated by a drive system. a reservoir housing configured to retain a volume of the resin between an upstream wall and a downstream wall; an actuatable application device operably coupled with the reservoir housing; and a computing system operably coupled with the actuatable application device, the computing system configured to initiate a flush operation, wherein the actuatable application device is moved from a first position to a second position during the flush operation, wherein one or more agglomerates are translated from a position upstream of the actuatable application device to a position downstream of the actuatable application device when the actuatable application device is in the second position and the resin support is translated by a drive system.
A process for manufacturing of delmopinol, which process comprises the use of 1-halo-4-propylhept-3-ene wherein said 1-halo-4-propylhept-3-ene is converted to 1-halo-4-propylheptane by catalytic hydrogenation
Grate bar for a moving grate of a combustion assembly, having a focal track section for items to be burned, a front-side foot section, and a rear overlay section, wherein the grate bar is modularly composed from individual, interchangeable elements (2, 3, 4) which are positively and/or non-positively connected to one another, wherein an overlay element forming the overlay section and a focal track element at least partially forming the focal track section are provided, characterized in that the focal track element is supported on one foot element forming the foot section, and the overlay element has a rib with one part of a dovetail joint and the foot element has a rib (8, 10) with a different part of the dovetail joint, in such a way that the overlay element is/are detachably fixed together with the foot element via the dovetail joint.
An electronic device comprising: a constant current circuit network comprising a module comprising a predetermined load and an electronic device; a path in which at least a portion of a voltage to be applied to the predetermined load is generated when a current flows in the constant current circuit network; a switch unit configured to switch between short-circuit of the path and release of the short-circuit of the path characterised by a first detecting unit configured to detect a start of transmission of the information in the module, in a case in which information for communication is transmitted in the constant current circuit network, and a control unit configured to switch, in the module a state of the switch unit to a state of the short-circuit when a potential of the path is higher than a prescribed voltage, and switch the state of the switch unit to a state of the release of the short-circuit after the start of transmission of the information is detected by the first detecting unit when the potential of the path is lower than a prescribed voltage. a constant current circuit network comprising a module comprising a predetermined load and an electronic device; a path in which at least a portion of a voltage to be applied to the predetermined load is generated when a current flows in the constant current circuit network; a switch unit configured to switch between short-circuit of the path and release of the short-circuit of the path characterised by a first detecting unit configured to detect a start of transmission of the information in the module, in a case in which information for communication is transmitted in the constant current circuit network, and a control unit configured to switch, in the module a state of the switch unit to a state of the short-circuit when a potential of the path is higher than a prescribed voltage, and switch the state of the switch unit to a state of the release of the short-circuit after the start of transmission of the information is detected by the first detecting unit when the potential of the path is lower than a prescribed voltage.
A beverage aeration device that includes: an inlet end; an outlet end (442, 542); an outer wall (444, 544, 844) configured to be press fit into a bottle neck; characterised in that it further includes a baffle (446, 546, 846) disposed radially inwardly of the outer wall and axially between the inlet and outlet ends; and a hub (457, 557, 857) connected to the outer wall by the baffle. an inlet end; an outlet end (442, 542); an outer wall (444, 544, 844) configured to be press fit into a bottle neck; characterised in that it further includes a baffle (446, 546, 846) disposed radially inwardly of the outer wall and axially between the inlet and outlet ends; and a hub (457, 557, 857) connected to the outer wall by the baffle.
A method of manufacturing an insulating member for a spark plug, the insulating member including an axial hole extending in an axial direction, in which a center electrode can be held at a front end side of the axial hole and a terminal can be held at a rear end side of the axial hole, the method comprising: a pressurized forming step of compressing raw powder to form a molding having a hole portion, of which a rear end side is opened and a front end side is closed; a support pin inserting step of inserting a rod-shaped support pin into the hole portion from the rear end side of the molding; a grinding step of grinding an outer circumferential surface of the molding inserted with the support pin to form an unfired insulating member having a shape of the insulating member; and after the pressurized forming step and before the grinding step, a front end removing step of removing the front end, whereby the hole portion is caused to penetrate through the insulating member, the front end removing step including cutting a front end portion of the molding and/or grinding the front end portion in an axial direction to penetrate the hole portion. a pressurized forming step of compressing raw powder to form a molding having a hole portion, of which a rear end side is opened and a front end side is closed; a support pin inserting step of inserting a rod-shaped support pin into the hole portion from the rear end side of the molding; a grinding step of grinding an outer circumferential surface of the molding inserted with the support pin to form an unfired insulating member having a shape of the insulating member; and after the pressurized forming step and before the grinding step, a front end removing step of removing the front end, whereby the hole portion is caused to penetrate through the insulating member, the front end removing step including cutting a front end portion of the molding and/or grinding the front end portion in an axial direction to penetrate the hole portion.
A device to increase airflow in a nasal passage of a body of a human patient comprising a tubular member being open at extreme cylindrical ends (14, 18), said tubular member having a diameter smaller than a nasal passage accepting said tubular member, said tubular member being fabricated at least in part by an expandable polymeric material having a wall thickness equal to or less than 2mm and a length equal to or less than 40mm, characterized in that said tubular member is configured to expand intra-nasally by heat, moisture or irradiation.
A device for detecting vehicle driving characteristics indicative of a tailgating situation, said device comprising: monitoring circuitry for monitoring at least one signal indicative of at least one of throttle pedal position and brake pedal position; analysing circuitry operable to determine a frequency of changes in said at least one monitored signal and to generate a signal indicative of said vehicle being in a tailgating situation in response to determining said frequency of changes reaching or exceeding at least one threshold value. monitoring circuitry for monitoring at least one signal indicative of at least one of throttle pedal position and brake pedal position; analysing circuitry operable to determine a frequency of changes in said at least one monitored signal and to generate a signal indicative of said vehicle being in a tailgating situation in response to determining said frequency of changes reaching or exceeding at least one threshold value.
A method comprising: receiving, at data processing hardware of a femtocell, temperature measurements from a temperature sensor configured to measure a temperature of at least one of the data processing hardware or a power amplifier of the femtocell; determining, by the data processing hardware, whether the femtocell is operating above a threshold temperature based on the temperature measurements; and when the femtocell is operating above the threshold temperature, modifying, by the data processing hardware, a power consumption characteristic of the femtocell that results in a power consumption reduction of at least one of the data processing hardware or the power amplifier, wherein modifying the power consumption characteristic is characterized by reducing a physical downlink shared channel frequency resource by scheduling a fewer number of user equipment per downlink subframe (410, 410d) of a corresponding downlink communication frame and/or a physical uplink shared channel frequency resource to communicate with user equipment by scheduling a fewer number of user equipment per uplink subframe (410, 410u) of a corresponding uplink communication frame. receiving, at data processing hardware of a femtocell, temperature measurements from a temperature sensor configured to measure a temperature of at least one of the data processing hardware or a power amplifier of the femtocell; determining, by the data processing hardware, whether the femtocell is operating above a threshold temperature based on the temperature measurements; and when the femtocell is operating above the threshold temperature, modifying, by the data processing hardware, a power consumption characteristic of the femtocell that results in a power consumption reduction of at least one of the data processing hardware or the power amplifier, wherein modifying the power consumption characteristic is characterized by reducing a physical downlink shared channel frequency resource by scheduling a fewer number of user equipment per downlink subframe (410, 410d) of a corresponding downlink communication frame and/or a physical uplink shared channel frequency resource to communicate with user equipment by scheduling a fewer number of user equipment per uplink subframe (410, 410u) of a corresponding uplink communication frame.
Method for monitoring a fuel metering system, in which fuel is fed from a low-pressure region into a high-pressure region, a pressure variable that characterizes the pressure in the high-pressure region being sensed and an error being detected on the basis of the variation of the pressure variable, characterized in that the type of error is detected on the basis of the variation of the pressure variable, the variation of the pressure variable over time being approximated by a hyperbolic function, an exponent of the hyperbolic function being determined and the type of error being detected on the basis of the exponent of the hyperbolic function.
Filling system for filling powder into a target container to be sealed, comprising a metering device for metering a sub-quantity of the powder, a compacting element for the powder and at least one target container, wherein, relative to the weight direction, the at least one compacting element is located below the metering device, wherein the compacting element can be lowered from above towards the target container for the filling process, wherein the compacting element is designed as an agitating element with an agitating drive, wherein the agitating element projects at least partially into the target container from above during the filling process, and wherein a filling funnel with a continuous bottom edge is formed in the compacting element designed as an agitating element, characterised in that a plurality of agitating projections is formed at the bottom edge of the compacting element, and in that the filling system is configured such that the compacting element is lowered until the continuous edge lies at the level of a sealing edge of the target container during the compacting process, while only the agitating projections project into the target container.
Process for the preparation of an aroma mixture containing one or more unsaturated dienal(s), consisting of or comprising the steps of a) air oxidation of one or more educt(s) comprising or consisting of one or more substance(s) selected from the group consisting of punicic acid, punicic acid ester, elaeostearic acid, elaeostearic acid ester, linoleic acid, and linoleic acid ester, b) optionally decomposing a part or all or substantially all of the peroxides in the mixture obtained in step a), c) purification or concentration of the unsaturated dienal(s) formed in step a) from or in the mixture obtained in step a) and/or b), if present, wherein the air oxidation in step a) is carried out at a temperature of from 70 to 200°C, preferably from 80 to 200°C, preferably from 90 to 170°C, more preferably from 100 to 130°C. a) air oxidation of one or more educt(s) comprising or consisting of one or more substance(s) selected from the group consisting of punicic acid, punicic acid ester, elaeostearic acid, elaeostearic acid ester, linoleic acid, and linoleic acid ester, b) optionally decomposing a part or all or substantially all of the peroxides in the mixture obtained in step a), c) purification or concentration of the unsaturated dienal(s) formed in step a) from or in the mixture obtained in step a) and/or b), if present,
Fastening device for fastening an attachment part connected with the fastening device to a carrier part having at least one elongated fastening element, with a holding sleeve extending in a longitudinal direction which is designed to embrace the fastening element at a radial distance, and with a number of engaging tongues (18, 19, 20; 31, 32, 33; 40, 41) which are designed to engage behind a snap-locking structure of the fastening element, characterised in that at least one compensating element (25, 26, 34, 35, 36) is provided which is mounted in the holding sleeve so as to be displaceable in the longitudinal direction and which, in a compensating position in which it is slid in in relation to the engaging tongues (18,19, 20; 31, 32, 33; 40, 41), reduces the useful cross section of the holding sleeve in comparison with an offset position in which it is slid out in relation to the slid-in compensating position.
A method comprising polymerizing 10 mole % to 60 mole % vinylidene fluoride, 30 mole% to 80 mole % tetrafluoroethylene, 5 mole % to 20 mole % hexafluoropropylene and 0 mole % to 2 mole % perfluoropropyl vinylether in an aqueous medium in the presence of: (i) a non-ionic non-copolymerizable, non-fluorinated surfactant selected from polyoxyethylene alcohols, polyoxyethylene esters, polyoxyethylene mercaptans, polyoxyethylene alkylamides, fatty alkanol amides, amine oxides, sulfoxides, phosphine oxides, acetylenic glycols, and combinations thereof; and (ii) optionally a non-copolymerizable, non-fluorinated surfactant selected from: R1-CH 2 -L - M +; R1-CH-(R2L - M +)-R3-CH-(R4L- M +)-R5; or M + -L-CH 2 -R1-CH 2 -L M +; wherein R1 to R5 can be an aromatic, alkyl, or alkenyl group, L is one of -COO-, PO 3 -, -OPO 3 -, -SO 3 -, or -OSO 3 - and M + is a monovalent cation; to produce an aqueous fluoropolymer dispersion of fluoropolymer particles having a particle size (volume average diameter) between 40 and 400 nm, wherein the polymerization is carried out in the absence of a fluorinated surfactant and the resulting partially fluorinated polymer has a semicrystalline or crystalline structure. (i) a non-ionic non-copolymerizable, non-fluorinated surfactant selected from polyoxyethylene alcohols, polyoxyethylene esters, polyoxyethylene mercaptans, polyoxyethylene alkylamides, fatty alkanol amides, amine oxides, sulfoxides, phosphine oxides, acetylenic glycols, and combinations thereof; and (ii) optionally a non-copolymerizable, non-fluorinated surfactant selected from: R1-CH 2 -L - M +; R1-CH-(R2L - M +)-R3-CH-(R4L- M +)-R5; or M + -L-CH 2 -R1-CH 2 -L M +; wherein R1 to R5 can be an aromatic, alkyl, or alkenyl group, L is one of -COO-, PO 3 -, -OPO 3 -, -SO 3 -, or -OSO 3 - and M + is a monovalent cation;
An assembly for securing an electronic unit, this assembly including a longitudinal member and a cross member of a body shell of a motor vehicle, the cross member and the longitudinal member forming a body shell plane, and also a support including a central portion, a first end portion and a second end portion coming to be attached on the longitudinal member, the electronic unit being intended to be attached on an upper face of the central portion, characterized in that the support is mounted on the cross member and the longitudinal member, the first end portion including a first tab having a first soleplate coming in contact with the cross member at a distance (d), measured between the upper face of the central portion and the plane of body shell, strictly greater than a thickness (e) of the electronic unit.
An isolated R-type high molecular weight (hmw) bacteriocin having bactericidal activity, wherein the bacteriocin comprises a Clostridium difficile R-type bacteriocin, in which the native receptor binding domain polypeptide has been replaced with a heterologous RBD polypeptide from another strain of C. difficile or with a heterologous RBD polypeptide from a bacteriophage that infects a C. difficile, wherein the replacement RBD polypeptide creates a modified bacteriocin with a bactericidal spectrum different from that created by the native RBD, and wherein the base plate attachment region (BPAR) polypeptide is at least 80% identical to a polypeptide comprised of 50 or more contiguous amino acids of SEQ ID NO: 16 or 78.
A sizing composition for mineral fibers containing a liquid phenolic resin mainly composed of phenol-formaldehyde and phenol-formaldehyde-monoethanolamine condensates, said liquid phenolic resin having a free formaldehyde content of 0.1 % or less expressed with respect to the total weight of liquid, a free phenol content of 0.5% or less expressed with respect to the total weight of liquid and a water dilutability, at 20°C, of 1000% or higher and from 0.1 to 40 parts by weight per 100 parts by dry weight of liquid resin of an extender chosen from carbohydrates.
Warp-knitting machine having a needle bar that is actuated by a main shaft by way of a needle-bar drive, and a slide bar that is actuated by the main shaft by way of a slide-bar drive, configured as a slide-bar direct drive (14, 15), characterized in that there is no further shaft in the context of the needle bar and of the slide bar, other than one shaft that forms a pivoting axis of the needle bar.
A method for regulating onboard vehicle climate, the method comprising: - determining a presence of an onboard passenger within the vehicle; - determining a passenger offset factor of the onboard passenger by obtaining an image of the onboard passenger and detecting and identifying at least one insulation layer or garment type of the onboard passenger, wherein determining the passenger offset factor is based on the detected and identified at least one isolation layer or garment type and wherein the at least one insulation layer or garment type is identified by cross referencing the obtained image to a library of images comprising different types of isolation layers and garments, and identifying the at least one insulation layer or garment type based on the cross referencing; and - controlling the onboard vehicle climate by adjusting a temperature offset based on the determined passenger offset factor of the onboard passenger, characterized in that the method further comprising: - generating a passenger profile for the present onboard passenger, wherein the passenger profile comprises an image library of the passenger and a preferred target temperature of the passenger, and wherein the image library of the passenger is used as the library of images comprising different types of isolation layers and garments. - determining a presence of an onboard passenger within the vehicle; - determining a passenger offset factor of the onboard passenger by obtaining an image of the onboard passenger and detecting and identifying at least one insulation layer or garment type of the onboard passenger, wherein determining the passenger offset factor is based on the detected and identified at least one isolation layer or garment type and wherein the at least one insulation layer or garment type is identified by cross referencing the obtained image to a library of images comprising different types of isolation layers and garments, and identifying the at least one insulation layer or garment type based on the cross referencing; and - controlling the onboard vehicle climate by adjusting a temperature offset based on the determined passenger offset factor of the onboard passenger, - generating a passenger profile for the present onboard passenger, wherein the passenger profile comprises an image library of the passenger and a preferred target temperature of the passenger,