mhurhangee/ep-ind-claims huggingface dataset:
Wrapping device for product wrappers comprising: a winder comprising: a gripper mechanically connected to one end of a tubular shaft, wherein said tubular shaft is rotatable about a approach axis and translatable along said approach axis, and wherein said gripper is rotatable and translatable integrally with said tubular shaft; an actuating rod, active on said gripper, sliding along an actuating axis parallel to, or coinciding with, said approach axis, wherein said actuating rod slides along said actuating axis with respect to said tubular shaft and is rotationally constrained to said tubular shaft, and wherein said gripper is openable and closable following a translation of said actuating rod along said actuating axis; a first electric motor operating on said actuating rod to translate said actuating rod along the actuating axis; a second electric motor operating on said tubular shaft to translate said tubular shaft along the approach axis; said device further comprising a control unit configured to drive the first electric motor and the second electric motor. a winder comprising: a gripper mechanically connected to one end of a tubular shaft, wherein said tubular shaft is rotatable about a approach axis and translatable along said approach axis, and wherein said gripper is rotatable and translatable integrally with said tubular shaft; an actuating rod, active on said gripper, sliding along an actuating axis parallel to, or coinciding with, said approach axis, wherein said actuating rod slides along said actuating axis with respect to said tubular shaft and is rotationally constrained to said tubular shaft, and wherein said gripper is openable and closable following a translation of said actuating rod along said actuating axis; a first electric motor operating on said actuating rod to translate said actuating rod along the actuating axis; a second electric motor operating on said tubular shaft to translate said tubular shaft along the approach axis; a gripper mechanically connected to one end of a tubular shaft, wherein said tubular shaft is rotatable about a approach axis and translatable along said approach axis, and wherein said gripper is rotatable and translatable integrally with said tubular shaft; an actuating rod, active on said gripper, sliding along an actuating axis parallel to, or coinciding with, said approach axis, wherein said actuating rod slides along said actuating axis with respect to said tubular shaft and is rotationally constrained to said tubular shaft, and wherein said gripper is openable and closable following a translation of said actuating rod along said actuating axis; a first electric motor operating on said actuating rod to translate said actuating rod along the actuating axis; a second electric motor operating on said tubular shaft to translate said tubular shaft along the approach axis; said device further comprising a control unit configured to drive the first electric motor and the second electric motor.
An upright vacuum cleaner having a main longitudinal extension, comprising a housing provided with a cavity, which cavity is formed between a bottom portion, and a frame portion of the housing, and a dust container comprising a wall and having two lateral sides, wherein the dust container is arranged in the cavity, and wherein the frame portion comprises at least two support bars (5a, 5b) arranged substantially in the longitudinal direction of the vacuum cleaner, one along each lateral side of the dust container such that the at least two support bars (5a, 5b) contribute to the rigidity of the vacuum cleaner while a major portion of the wall of the dust container remains visible, characterized by further comprising a lower shaft for connecting the housing with a suction nozzle and an upper shaft for connecting the housing with a handle portion, wherein the at least two support bars (5a, 5b) are substantially aligned with an upper portion of the lower shaft and a lower portion of the upper shaft
A system comprising: a hydrodynamic bearing including a rotational component (306,404,706) coupled to an anode (310,406); a stationary component (308,402,704) including: a bearing surface having a plurality of grooves configured to generate pressure in a fluid interface during rotation of the rotational component; where the bearing surface includes at least one recessed section (500,502,708); characterised in that the at least one recessed section is asymmetric around a circumference of the stationary component. a hydrodynamic bearing including a rotational component (306,404,706) coupled to an anode (310,406); a stationary component (308,402,704) including: a bearing surface having a plurality of grooves configured to generate pressure in a fluid interface during rotation of the rotational component; where the bearing surface includes at least one recessed section (500,502,708); characterised in that the at least one recessed section is asymmetric around a circumference of the stationary component.
A core for an electrical machine, comprising: a segmented body including first segments extending from a radially inner portion of the body to a radially outer portion of the body and second segments stacked in alternation with the first segments axially, wherein the first segments have thermal conductivity that are greater than thermal conductivity of the second segments for transferring heat from the radially outer portion of the body to the radially inner portion of the body; wherein the first segments include a thermally conducting layer, a first reactive solder layer, a second reactive solder layer, a first nanofoil layer, and a second nanofoil layer; wherein the first reactive solder layer is axially disposed between the thermally conducting layer and the first nanofoil layer, and wherein the second reactive solder layer is disposed on an axially opposite side of the thermally conducting layer and between the thermally conducting layer and the second nanofoil layer; wherein the thermally conducing layer is an aluminum-containing layer comprising an aluminum core having a first oxide layer formed on a first axial face of the aluminum core, and a second oxide layer formed on a second axial face of the aluminum core, opposite the first oxide layer, such that each of the solder layers (121, 123) bonds a respective one of the oxide layers to a respective one of the axially adjacent nanofoil layers (128,129). a segmented body including first segments extending from a radially inner portion of the body to a radially outer portion of the body and second segments stacked in alternation with the first segments axially, wherein the first segments have thermal conductivity that are greater than thermal conductivity of the second segments for transferring heat from the radially outer portion of the body to the radially inner portion of the body; wherein the first segments include a thermally conducting layer, a first reactive solder layer, a second reactive solder layer, a first nanofoil layer, and a second nanofoil layer; wherein the first reactive solder layer is axially disposed between the thermally conducting layer and the first nanofoil layer, and wherein the second reactive solder layer is disposed on an axially opposite side of the thermally conducting layer and between the thermally conducting layer and the second nanofoil layer; wherein the thermally conducing layer is an aluminum-containing layer comprising an aluminum core having a first oxide layer formed on a first axial face of the aluminum core, and a second oxide layer formed on a second axial face of the aluminum core, opposite the first oxide layer, such that each of the solder layers (121, 123) bonds a respective one of the oxide layers to a respective one of the axially adjacent nanofoil layers (128,129).
A Fe-based soft magnetic alloy represented by empirical formula Fe a B b C c Cu d: wherein a, b, c and d are atomic percent (at%) of the corresponding element, and wherein a is 82 to 86 at%, the sum of b and c is 13.5 to 17.5 at%, d is 0.5 to 1.5 at%, and the value according to the following Mathematical Formula 1 is 0.38 to 28.5; the values in the formula are %-values. b / c √ c
A search device comprising: an auxiliary collation unit configured to count a correspondence number of auxiliary tags corresponding to an auxiliary query obtained by conversion of a keyword, among auxiliary tags stored in an auxiliary tag storage unit and generated by conversion of a search word by a tag generation device; and a main collation unit configured to specify encryption tags corresponding to a search query being set with attribute information indicating an attribute of a user, and the keyword, among encryption tags stored in an encryption tag storage unit and generated by the tag generation device so as to be set with an access condition indicating an accessible attribute, and the search word by collating the search query and each encryption tag stored in the encryption tag storage unit, until a number of the specified encryption tags reaches the correspondence number counted by the auxiliary collation unit; characterized in that the main collation unit is configured to collate the search query with each encryption tag by performing a pairing operation of the search query and each encryption tag. an auxiliary collation unit configured to count a correspondence number of auxiliary tags corresponding to an auxiliary query obtained by conversion of a keyword, among auxiliary tags stored in an auxiliary tag storage unit and generated by conversion of a search word by a tag generation device; and a main collation unit configured to specify encryption tags corresponding to a search query being set with attribute information indicating an attribute of a user, and the keyword, among encryption tags stored in an encryption tag storage unit and generated by the tag generation device so as to be set with an access condition indicating an accessible attribute, and the search word by collating the search query and each encryption tag stored in the encryption tag storage unit, until a number of the specified encryption tags reaches the correspondence number counted by the auxiliary collation unit; characterized in that the main collation unit is configured to collate the search query with each encryption tag by performing a pairing operation of the search query and each encryption tag.
A gas turbine engine comprising: a component; and apparatus for detecting ice accretion on the component, wherein the component is comprised within the gas turbine engine, the apparatus including a first heater for applying heat to a first region of the component and a first temperature sensor for determining the temperature of the first region, and a comparator for comparing the temperature determined by the first temperature sensor with a second temperature value, characterised in that the apparatus comprises a second heater for applying heat to a second region of the component and a second temperature sensor for determining the temperature of the second region, wherein the second temperature sensor provides the second temperature value, and wherein either of the first temperature sensor or the second temperature sensor is positioned aft of a leading edge of the component. a component; and apparatus for detecting ice accretion on the component, wherein the component is comprised within the gas turbine engine, the apparatus including a first heater for applying heat to a first region of the component and a first temperature sensor for determining the temperature of the first region, and a comparator for comparing the temperature determined by the first temperature sensor with a second temperature value, characterised in that the apparatus comprises a second heater for applying heat to a second region of the component and a second temperature sensor for determining the temperature of the second region, wherein the second temperature sensor provides the second temperature value, and wherein either of the first temperature sensor or the second temperature sensor is positioned aft of a leading edge of the component.
Method for determining the deflection of the actuator of a capacitive multipath force sensor module having an actuator which can be displaced from its neutral position in at least two actuating directions, which is displaced back into its neutral position again when an actuating force ceases, and to which a central capacitor plate is connected which, in the rest position of the actuator, is located at a distance from at least one first and one second stationary capacitor plate (3, 4) and is displaced by displacement of the actuator towards at least one first stationary capacitor plate and away from at least one second stationary capacitor plate, and at least one measuring capacitor formed by the central capacitor plate with at least one first stationary capacitor plate being used to generate a first sensor value representing the deflection of the actuator, characterized in that the first stationary capacitor plate is held at an earth potential, in that, in a continuously applied integration method in a plurality of successive cycles, in each case: - the central capacitor plate and at least the second stationary capacitor plate are connected to a voltage potential which is different from the ground potential and then disconnected from it again, - a quantity of charge stored on the central capacitor plate is transferred to an integration capacitor with a known capacitance value, and in that, after a predetermined number of cycles, the voltage then present on the integration capacitor is measured by means of an A/D converter and processed into the first sensor value, and in that a measuring capacitor formed by the central capacitor plate with the second fixed capacitor plate is used to generate a second sensor value representing the deflection of the actuating element. in that the first stationary capacitor plate is held at an earth potential, in that, in a continuously applied integration method in a plurality of successive cycles, in each case: - the central capacitor plate and at least the second stationary capacitor plate are connected to a voltage potential which is different from the ground potential and then disconnected from it again, - a quantity of charge stored on the central capacitor plate is transferred to an integration capacitor with a known capacitance value, - the central capacitor plate and at least the second stationary capacitor plate are connected to a voltage potential which is different from the ground potential and then disconnected from it again, - a quantity of charge stored on the central capacitor plate is transferred to an integration capacitor with a known capacitance value, and in that, after a predetermined number of cycles, the voltage then present on the integration capacitor is measured by means of an A/D converter and processed into the first sensor value, and in that a measuring capacitor formed by the central capacitor plate with the second fixed capacitor plate is used to generate a second sensor value representing the deflection of the actuating element.
Sheet material comprising, as constitutional components, an elastic polymer and nonwoven fabric mainly containing ultrafine hollow fiber with an average monofilament diameter of 0.05 to 10 μm, the ultrafine hollow fiber having a fiber cross section containing 2 to 60 hollows.
Method for validating and selecting at least one model for monitoring the state of a machine from a set of models comprising at least one model, wherein the models are algorithms which are trained by means of machine learning and model operating states of a machine on the basis of operating parameters characterizing operating states of the machine, wherein the models are trained by means of a reference data set of the operating parameters and are characterized by parameter configurations which are different for different models, and wherein the validation and selection are carried out by means of impermissible operating parameter values, comprising a) generating one or more test data sets from the reference data set, wherein at least one value of at least one operating parameter in the reference data set is respectively replaced with a corresponding impermissible operating parameter value; b) for each model from the set of models: applying the model to each test data set of the one or more test data sets in order to determine error values of the model for each test data set, and determining a distance value of the model on the basis of the error values of the model; c) selecting one or more models on the basis of the magnitude of the distance values. a) generating one or more test data sets from the reference data set, wherein at least one value of at least one operating parameter in the reference data set is respectively replaced with a corresponding impermissible operating parameter value; b) for each model from the set of models: applying the model to each test data set of the one or more test data sets in order to determine error values of the model for each test data set, and determining a distance value of the model on the basis of the error values of the model; applying the model to each test data set of the one or more test data sets in order to determine error values of the model for each test data set, and determining a distance value of the model on the basis of the error values of the model; c) selecting one or more models on the basis of the magnitude of the distance values.
An assembly for a drug delivery device, the assembly comprising a feedback feature being configured to indicate an end of a dispense operation to a user by giving and audible and/or tactile feedback, the assembly comprising an actuator which is configured to be operated in order to dispense a dose, wherein the feedback feature creates a feedback when the actuator reaches an end position at the end of a dispense operation, and wherein the feedback feature is configured to snap through when it is compressed above a certain load, thereby giving a feedback to a user.
A method for producing coumestrol, comprising: producing coumestrin and coumestrol by treating a plant in the family Leguminosae or soil with chitosan during a vegetative period of the plant in the family Leguminosae; and deglycosylating the coumestrin by treating the coumestrin with one or more selected from a group consisting of an acid, a base, an enzyme and a microorganism, wherein the plant in the family Leguminosae is Glycine max, wherein the chitosan is water-soluble chitosan having a molecular weight of 20,000 or smaller, wherein the chitosan treatments are performed with 4-6 day intervals. producing coumestrin and coumestrol by treating a plant in the family Leguminosae or soil with chitosan during a vegetative period of the plant in the family Leguminosae; and deglycosylating the coumestrin by treating the coumestrin with one or more selected from a group consisting of an acid, a base, an enzyme and a microorganism, wherein the plant in the family Leguminosae is Glycine max, wherein the chitosan is water-soluble chitosan having a molecular weight of 20,000 or smaller, wherein the chitosan treatments are performed with 4-6 day intervals.
Hair applicator brush for generating streaks, comprising a grip element and at least two adjacent, spaced-apart brush heads (3a, 3b, 3c), which are connected with the grip head and comprise bristles substantially extending into the same direction, at least two elongated brush heads (3a, 3b, 3c) being arranged in parallel to each other, characterized in that directly adjacent brush heads (3a, 3b; 3b, 3c) have bristle arrangements which differ by the shape of the bristles and/or the distribution of the bristles and/or the hardness of the bristles.
An ABA triblock copolymer, comprising: an A-block having, in a constitutional unit thereof, a monomer represented by the following general formula or a monomer represented by the following general formula; and a B-block having, in a constitutional unit thereof, a hydrophilic monomer having a radical polymerizable unsaturated bond, where R 1 is a hydrogen atom or a methyl group; R 2 is a C5-C18 alkylene group; M is a hydrogen atom or a monovalent metal atom; and X 1 is -NH- or an oxygen atom in the general formula, and where R 11 is a hydrogen atom or a methyl group; R 12 is a C5-C18 alkylene group; R 13 and R 14 are each independently a hydrogen atom, a methyl group, or an ethyl group; and X 11 is -NH- or an oxygen atom in the general formula, wherein the ABA triblock copolymer has a molecular weight distribution of 2.00 or less, and wherein an average polymerization degree of the A-block [P] and an average polymerization degree of the B-block [P] satisfy the following formulae and: 3 < P A < 10 20 < P B / P A < 300 an A-block having, in a constitutional unit thereof, a monomer represented by the following general formula or a monomer represented by the following general formula; and a B-block having, in a constitutional unit thereof, a hydrophilic monomer having a radical polymerizable unsaturated bond, where R 1 is a hydrogen atom or a methyl group; R 2 is a C5-C18 alkylene group; M is a hydrogen atom or a monovalent metal atom; and X 1 is -NH- or an oxygen atom in the general formula, and where R 11 is a hydrogen atom or a methyl group; R 12 is a C5-C18 alkylene group; R 13 and R 14 are each independently a hydrogen atom, a methyl group, or an ethyl group; and X 11 is -NH- or an oxygen atom in the general formula, wherein the ABA triblock copolymer has a molecular weight distribution of 2.00 or less, and wherein an average polymerization degree of the A-block [P] and an average polymerization degree of the B-block [P] satisfy the following formulae and: 3 < P A < 10 20 < P B / P A < 300