mhurhangee/ep-ind-claims huggingface dataset:
Method for determining surface properties of a workpiece having a workpiece surface which has been processed by a defined processing tool, wherein the workpiece surface has a plurality of individual processing tracks (46, 48) resulting from the processing tool, comprising the steps of - capturing a first 3D data set of a defined surface section of the workpiece surface, - obtaining a model track representing a theoretical processing track of the processing tool, - first fitting of the model track into the first 3D data set, such that the model track is approximated to first 3D data from the first 3D data set, wherein the first 3D data represent a first individual processing track from the plurality of individual processing tracks, - further fitting of the model track into the first 3D data set, such that the model track is approximated to further 3D data from the first 3D data set, wherein the further 3D data represent a further individual processing track from the plurality of individual processing tracks, - determining at least one characteristic variable representing a ratio between the first 3D data and the further 3D data. - capturing a first 3D data set of a defined surface section of the workpiece surface, - obtaining a model track representing a theoretical processing track of the processing tool, - first fitting of the model track into the first 3D data set, such that the model track is approximated to first 3D data from the first 3D data set, wherein the first 3D data represent a first individual processing track from the plurality of individual processing tracks, - further fitting of the model track into the first 3D data set, such that the model track is approximated to further 3D data from the first 3D data set, wherein the further 3D data represent a further individual processing track from the plurality of individual processing tracks, - determining at least one characteristic variable representing a ratio between the first 3D data and the further 3D data.
A method of handling an on-off state of a cell for a communication device, the method comprising: receiving a first downlink, DL, control information, DCI, in a first subframe from a network, wherein the first DCI indicates at least one first on-off state of at least one first subframe of a first cell of the network, and the first subframe is not comprised in the at least one first subframe; and determining an on-off state of a second subframe of the first cell according to the first DCI, wherein the at least one first subframe comprises the second subframe; wherein further comprising: receiving a second DCI in a third subframe after the first subframe from the network, and characterised in that the second DCI indicates at least one second on-off state of at least one second subframe of the first cell, and the third subframe is not comprised in the at least one second subframe; and determining the on-off state of the second subframe of the first cell according to the first DCI and the second DCI, wherein the at least one second subframe comprises the second subframe. receiving a first downlink, DL, control information, DCI, in a first subframe from a network, wherein the first DCI indicates at least one first on-off state of at least one first subframe of a first cell of the network, and the first subframe is not comprised in the at least one first subframe; and determining an on-off state of a second subframe of the first cell according to the first DCI, wherein the at least one first subframe comprises the second subframe; wherein receiving a second DCI in a third subframe after the first subframe from the network, and characterised in that the second DCI indicates at least one second on-off state of at least one second subframe of the first cell, and the third subframe is not comprised in the at least one second subframe; and determining the on-off state of the second subframe of the first cell according to the first DCI and the second DCI, wherein the at least one second subframe comprises the second subframe.
Door for a household appliance, having a plate-type base part, on which a handle having a movable handle part is arranged, and having a coupling apparatus, which is connected to the handle part and by means of which the handle part can pivot relative to the base part as a function of the movement of the door, wherein the coupling apparatus comprises a single-run cable pull and a coupling rod, characterised in that the cable pull, at its end facing the handle part, is connected to the coupling rod arranged on the handle part side, on which coupling rod a return spring is arranged, wherein the coupling rod is connected to a locking mechanism for at least a movement limiting of the coupling rod in the axial direction on the one hand and in the peripheral direction about a longitudinal axis of the coupling rod on the other hand.
A stub shaft (1, 101) for a turbine engine, the shaft (1, 101) comprising a shaft end associated with a compressor, the shaft (1, 101) characterised in that a failure mass is secured upon the shaft end and an intermediate mass is secured at an intermediate location on the shaft and a balance mass equalises a mass couple created between the failure mass and intermediate mass thereby providing rotational balance for the shaft in normal use whereby the shaft is configured such that upon failure of the shaft the failure mass is displaced and the shaft vibrates to cause compressor surge.
An autonomous floor cleaning robot, comprising: a robot body defining a forward drive direction; a controller supported by the robot body; a drive supporting the robot body and configured to maneuver the robot across a surface in response to commands from the controller; a pad holder (300; 620; 720) disposed on an underside of the robot body and configured to retain a removable cleaning pad (120; 600; 700; 800A-800F) during operation of the cleaning robot; and characterized in that the autonomous floor cleaning robot further comprises: a pad sensor arranged to sense a feature of a cleaning pad held by the pad holder and generate a corresponding signal; wherein the controller is responsive to the signal generated by the pad sensor to identify a type of the pad from among a set of multiple pad types, and configured to control the robot according to a cleaning mode selected from a set of multiple robot cleaning modes as a function of the signal generated by the pad sensor according to the identified pad type. a robot body defining a forward drive direction; a controller supported by the robot body; a drive supporting the robot body and configured to maneuver the robot across a surface in response to commands from the controller; a pad holder (300; 620; 720) disposed on an underside of the robot body and configured to retain a removable cleaning pad (120; 600; 700; 800A-800F) during operation of the cleaning robot; and characterized in that the autonomous floor cleaning robot further comprises: a pad sensor arranged to sense a feature of a cleaning pad held by the pad holder and generate a corresponding signal; wherein the controller is responsive to the signal generated by the pad sensor to identify a type of the pad from among a set of multiple pad types, and configured to control the robot according to a cleaning mode selected from a set of multiple robot cleaning modes as a function of the signal generated by the pad sensor according to the identified pad type. a pad sensor arranged to sense a feature of a cleaning pad held by the pad holder and generate a corresponding signal; wherein the controller is responsive to the signal generated by the pad sensor to identify a type of the pad from among a set of multiple pad types, and configured to control the robot according to a cleaning mode selected from a set of multiple robot cleaning modes as a function of the signal generated by the pad sensor according to the identified pad type.
An epoxide-based composition, comprising An epoxide component comprising at least one phenyl glycidyl ether polyepoxide having at least two epoxide group of oxirane structure in the molecule. A curing agent component comprising a mixture of a first salt comprising a salt of an N-alkanol piperidine and at least one carboxylic acid bearing 6-12 carbon atoms and a second salt comprising a salt of N-cyclohexyl-N,N-dialkyl amine with a carboxylic acid bearing 6-12 carbon atom. An epoxide component comprising at least one phenyl glycidyl ether polyepoxide having at least two epoxide group of oxirane structure in the molecule. A curing agent component comprising a mixture of a first salt comprising a salt of an N-alkanol piperidine and at least one carboxylic acid bearing 6-12 carbon atoms and a second salt comprising a salt of N-cyclohexyl-N,N-dialkyl amine with a carboxylic acid bearing 6-12 carbon atom.
A vehicle refrigeration system adapted to cool a cargo space included in a vehicle, wherein the refrigeration system comprises: a compressor adapted to compress gaseous refrigerant; a condenser adapted to heat-exchange high-pressure gas refrigerant with outside air to condense the gas refrigerant; an evaporator adapted to heat-exchange condensed liquid refrigerant with air in the cargo space to cool the cargo space; an electric motor adapted to drive the compressor; and a control device adapted to control a number of rotations of the electric motor, characterized in that when air temperature of the cargo space at a start of operation is equal to or more than a reference temperature that is higher than 0°C, the control device controls the number of rotations of the electric motor to execute dehumidifying operation that cools the cargo space at an evaporating temperature that is higher than a temperature of frost formation on the evaporator, and once the temperature of the cargo space has reached a specified temperature which is higher than 0°C and lower than the reference temperature, the control device stops the dehumidifying operation and shifts from the dehumidifying operation to cooling operation that cools the cargo space to a preset temperature that is below a freezing point. a compressor adapted to compress gaseous refrigerant; a condenser adapted to heat-exchange high-pressure gas refrigerant with outside air to condense the gas refrigerant; an evaporator adapted to heat-exchange condensed liquid refrigerant with air in the cargo space to cool the cargo space; an electric motor adapted to drive the compressor; and a control device adapted to control a number of rotations of the electric motor, characterized in that when air temperature of the cargo space at a start of operation is equal to or more than a reference temperature that is higher than 0°C, the control device controls the number of rotations of the electric motor to execute dehumidifying operation that cools the cargo space at an evaporating temperature that is higher than a temperature of frost formation on the evaporator, and once the temperature of the cargo space has reached a specified temperature which is higher than 0°C and lower than the reference temperature, the control device stops the dehumidifying operation and shifts from the dehumidifying operation to cooling operation that cools the cargo space to a preset temperature that is below a freezing point.
A method of inflating a gas bag of a safety arrangement in vehicles using a gas generator which contains a pyrotechnic propellant, the pyrotechnic propellant consisting of one or more organic fuels and ammonium perchlorate as oxidizing agent and, based on the weight of the fuel and ammonium perchlorate, between 0 and 5 % by weight of conventional additives and, upon its activation, releasing a gas which contains a proportion of hydrochloric acid, the gas bag having a coating arranged on its inner surface, and the gas being supplied to the gas bag and the hydrochloric acid being neutralized or absorbed on the coating in the gas bag.
A process for preparing a compound of the following formula, which comprises the steps of: (i) subjecting a compound of the following formula to Wittig reaction to obtain a compound of the following formula; (ii) selectively deprotecting a PG 2 group of the compound of the following formula to obtain a compound of the following formula; (iii) subjecting the compound of the following formula to cyclization to obtain a compound of the following formula; (iv) subjecting the compound of the following formula to hydrogenation to obtain a compound of the following formula; and (v) reducing an ester group of the compound of the following formula: wherein, PG 1 represents a diol protecting group forming a 5-membered heterocycle by combining each other, PG 2 represents a silyl protecting group, and R 1 represents hydrogen or a C 1 -C 6 alkyl group. (i) subjecting a compound of the following formula to Wittig reaction to obtain a compound of the following formula; (ii) selectively deprotecting a PG 2 group of the compound of the following formula to obtain a compound of the following formula; (iii) subjecting the compound of the following formula to cyclization to obtain a compound of the following formula; (iv) subjecting the compound of the following formula to hydrogenation to obtain a compound of the following formula; and (v) reducing an ester group of the compound of the following formula: wherein, PG 1 represents a diol protecting group forming a 5-membered heterocycle by combining each other, PG 2 represents a silyl protecting group, and R 1 represents hydrogen or a C 1 -C 6 alkyl group. PG 1 represents a diol protecting group forming a 5-membered heterocycle by combining each other, PG 2 represents a silyl protecting group, and R 1 represents hydrogen or a C 1 -C 6 alkyl group.
A method for making a support for supporting a neonate, the method comprising: molding a bottom portion (14") of a silicone layer into a container; placing a body portion into the container; pouring a heated aliphatic layer over the body portion; cooling the aliphatic layer; and adding a top portion of the silicone layer over the body portion to seal the support. molding a bottom portion (14") of a silicone layer into a container; placing a body portion into the container; pouring a heated aliphatic layer over the body portion; cooling the aliphatic layer; and adding a top portion of the silicone layer over the body portion to seal the support.
An aircraft seal assembly comprising: a. a plastic retainer for being mounted to an aircraft cabin fixture; b. an elongate seal; and c. wherein the elongate seal is sufficiently flexible to bend into the inner sidewall of the aircraft cabin and to seal a space between the aircraft cabin fixture and the inner sidewall; characterised in that: the plastic retainer has a pair of overlapping reciprocal retainer elements (56, 58) bonded to each other, and the elongate seal comprises a rounded V shape bonded at each terminus of the rounded V shape to the plastic retainer (56,58) and a polyvinyl fluoride film bonded to a polyvinylidene fluoride substrate. a. a plastic retainer for being mounted to an aircraft cabin fixture; b. an elongate seal; and c. wherein the elongate seal is sufficiently flexible to bend into the inner sidewall of the aircraft cabin and to seal a space between the aircraft cabin fixture and the inner sidewall; the plastic retainer has a pair of overlapping reciprocal retainer elements (56, 58) bonded to each other, and the elongate seal comprises a rounded V shape bonded at each terminus of the rounded V shape to the plastic retainer (56,58) and a polyvinyl fluoride film bonded to a polyvinylidene fluoride substrate.
A method of producing a bioconversion compound, the method comprising a. immobilizing a filamentous fungus in a fungal alginate bead, the bead being free of nutrients, wherein the fungal cells do not grow within the bead; b. contacting the nutrient-free bead with a compound that can be metabolized by the filamentous fungus, thereby producing a metabolite sample; c. incubating the metabolite sample under conditions suitable for metabolism of the compound by the filamentous fungus, thereby producing a bioconversion compound. a. immobilizing a filamentous fungus in a fungal alginate bead, the bead being free of nutrients, wherein the fungal cells do not grow within the bead; b. contacting the nutrient-free bead with a compound that can be metabolized by the filamentous fungus, thereby producing a metabolite sample; c. incubating the metabolite sample under conditions suitable for metabolism of the compound by the filamentous fungus, thereby producing a bioconversion compound.
An indicator device for a vehicle component, in particular for a human-machine interface for displaying and, where necessary, for entering operating parameters for a vehicle component, comprising - a housing comprising a front side, - a display unit, which is arranged on the front side of the housing and/or forms the front side of the housing, for displaying operating parameters of a vehicle component and possibly symbols fields for entering commands and operating parameters for a vehicle component, and - a deformable delay element, arranged in the housing behind the display unit, for delaying acceleration movements that act on the display unit in the direction of the interior of the housing as a result of an object striking the display unit, characterized in that - the delay element has a greater stiffness in a center region that is in alignment with the region of the center of the display unit than in a region of the delay element that is in alignment with a region of the display unit that adjoins the region of the center of the display unit and extends in the direction of the edge of the display unit and/or as far as the edge thereof. - a housing comprising a front side, - a display unit, which is arranged on the front side of the housing and/or forms the front side of the housing, for displaying operating parameters of a vehicle component and possibly symbols fields for entering commands and operating parameters for a vehicle component, and - a deformable delay element, arranged in the housing behind the display unit, for delaying acceleration movements that act on the display unit in the direction of the interior of the housing as a result of an object striking the display unit, - the delay element has a greater stiffness in a center region that is in alignment with the region of the center of the display unit than in a region of the delay element that is in alignment with a region of the display unit that adjoins the region of the center of the display unit and extends in the direction of the edge of the display unit and/or as far as the edge thereof.
A process for producing unsaturated nitrile, using a fluidized bed reactor having an internal space comprising a catalyst capable of being fluidized therein; a starting material feed opening to feed a starting material gas comprising hydrocarbon to the internal space; a dispersion plate to feed an oxygen-containing gas comprising oxygen to the internal space; a discharge port to discharge a reaction product gas from the internal space; and a cyclone to separate and recover the catalyst from the reaction product gas in the internal space, the process comprising a reaction step of subjecting the hydrocarbon to a vapor phase catalytic ammoxidation reaction in the presence of the catalyst in the internal space to produce the corresponding unsaturated nitrile, wherein when the internal space is divided into two spaces of an upper space occupying a space from an upper end of an inlet of the cyclone to an upper end of the internal space and a lower space occupying a space below the upper end of the inlet of the cyclone and ranging to the dispersion plate, a ratio of an existing amount of the catalyst in the upper space per unit volume to an existing amount of the catalyst in the lower space per unit volume is 0.05 to 0.45 in the reaction step.
A soy milk containing methylpyrazine compounds which consist of 2-methylpyrazine, 2,5-dimethylpyrazine and 2,6-dimethylpyrazine, at a quantity of 55 to 1500 μg per 1 L, wherein the soy milk does not contain fragrances.
Dummy (20; 220) comprising at least a first element with a main body and a second element with a main body, said first element comprising a male connector, said second element comprising a female connector, said first and second element being connected through interference fit of said male connector and said female connector, characterized in that the male connector comprises a cylindrical body protruding from the main body of the first element of the dummy (20; 220), said cylindrical body being joined to said main body on a portion of its lateral surface and a through-hole being obtained in said cylindrical body, and wherein the female connector is formed by a cylindrical cavity obtained in the main body of the second element of the dummy (20; 220) so as to form two cylindrical portions in which a through-hole is obtained; a pin being inserted through the holes (150, 167) in order to moveably couple the first element and the second element.
An ear unit, comprising: an anchor, and an hearing element connected to said anchor, wherein the hearing element is provided with an aperture, wherein the ear unit is configured to provide occlusion, where the hearing element occludes the opening of the ear canal in a first inner position, characterised in that the hearing element is configured to be retracted relative to the anchor into a second position where a passage opens between the hearing element and the concha. an anchor, and an hearing element connected to said anchor, wherein the hearing element is provided with an aperture, wherein the ear unit is configured to provide occlusion, where the hearing element occludes the opening of the ear canal in a first inner position, characterised in that the hearing element is configured to be retracted relative to the anchor into a second position where a passage opens between the hearing element and the concha.
A method for a protected paging indication mechanism comprising: receiving, from a paging controller within a network comprising a plurality of access points, AP, arranged into at least one paging domain that each includes at least one access point, a paging indication message, PIM, at at least one access point, AP, that includes at least one protected paging subelement, Protected Paging ISE, constructed by the paging controller to protectively and correspondingly page at least one station, STA, associated with one of the at least one paging domain, the PIM further including a randomization interval; composing at said at least one access point, AP, a paging indication action frame that includes at least one paging information element that includes at least one Protected Paging ISE; and transmitting from said at least one access point, AP, the paging indication action frame to the at least one STA, the transmitting comprising transmitting the paging indication action frame after a random delay based at least in part on the randomization interval. receiving, from a paging controller within a network comprising a plurality of access points, AP, arranged into at least one paging domain that each includes at least one access point, a paging indication message, PIM, at at least one access point, AP, that includes at least one protected paging subelement, Protected Paging ISE, constructed by the paging controller to protectively and correspondingly page at least one station, STA, associated with one of the at least one paging domain, the PIM further including a randomization interval; composing at said at least one access point, AP, a paging indication action frame that includes at least one paging information element that includes at least one Protected Paging ISE; and transmitting from said at least one access point, AP, the paging indication action frame to the at least one STA, the transmitting comprising transmitting the paging indication action frame after a random delay based at least in part on the randomization interval.