mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the creation of products incorporating devices for radio frequency identification (RFID), said apparatus being configured to operate according to a continuous processing line which includes, in sequence: - a supply unit of a substrate material; - an add-chip unit, having means for the application of chips on the substrate material and first reading means of each chip arranged upstream of said application means; - an aerial-making assembly comprising: ∘ an aerial-posing unit, configured to deposit a metal wire, preferably a copper wire, at each chip; ∘ an electrical-connection unit, configured for electrically connecting the metal wire and a respective chip therebetween; - second reading means of each chip; - a coupling unit, adapted to place a coating material on the substrate material; and - third reading means of each chip, operating in contactless mode. - a supply unit of a substrate material; - an add-chip unit, having means for the application of chips on the substrate material and first reading means of each chip arranged upstream of said application means; - an aerial-making assembly comprising: ∘ an aerial-posing unit, configured to deposit a metal wire, preferably a copper wire, at each chip; ∘ an electrical-connection unit, configured for electrically connecting the metal wire and a respective chip therebetween; ∘ an aerial-posing unit, configured to deposit a metal wire, preferably a copper wire, at each chip; ∘ an electrical-connection unit, configured for electrically connecting the metal wire and a respective chip therebetween; - second reading means of each chip; - a coupling unit, adapted to place a coating material on the substrate material; and - third reading means of each chip, operating in contactless mode.
Device for detecting an insulation fault of a DC voltage source liable to induce an electrocution, comprising - first and second input terminals (-Vbat, +Vbat) intended to be connected to the terminals of the voltage source; - first and third resistive dipoles (41, 43) connected in series between an electrical ground and the second input terminal (+Vbat), the first resistive dipole having a resistance at least ten times greater than that of the third dipole; - a second electrical connection consisting of a second resistive dipole and a switch, which are connected in series between the first input terminal (-Vbat) and the electrical ground, said second electrical connection being connected directly to the first input terminal on the one hand and to the electrical ground on the other hand, the resistance of the first dipole being at least three times greater than the resistance of the second dipole; - a detection circuit connected to the terminals of the third dipole, the detection circuit being configured in order to: - open and close said switch alternately; - measure the voltage across the terminals of the third dipole when the switch is open and when the switch is closed; - determine the amplitude of an insulation fault as a function of the voltages measured. - first and second input terminals (-Vbat, +Vbat) intended to be connected to the terminals of the voltage source; - first and third resistive dipoles (41, 43) connected in series between an electrical ground and the second input terminal (+Vbat), the first resistive dipole having a resistance at least ten times greater than that of the third dipole; - a second electrical connection consisting of a second resistive dipole and a switch, which are connected in series between the first input terminal (-Vbat) and the electrical ground, said second electrical connection being connected directly to the first input terminal on the one hand and to the electrical ground on the other hand, the resistance of the first dipole being at least three times greater than the resistance of the second dipole; - a second electrical connection consisting of a second resistive dipole and a switch, which are connected in series between the first input terminal (-Vbat) and the electrical ground, said second electrical connection being connected directly to the first input terminal on the one hand and to the electrical ground on the other hand, the resistance of the first dipole being at least three times greater than the resistance of the second dipole; - a detection circuit connected to the terminals of the third dipole, the detection circuit being configured in order to: - open and close said switch alternately; - measure the voltage across the terminals of the third dipole when the switch is open and when the switch is closed; - determine the amplitude of an insulation fault as a function of the voltages measured. - open and close said switch alternately; - measure the voltage across the terminals of the third dipole when the switch is open and when the switch is closed; - determine the amplitude of an insulation fault as a function of the voltages measured.
An additive supply device comprising an addition valve, a pipe, and a pump, the addition valve being configured to inject an additive into an exhaust passage; the pipe being provided with a connector connected to the addition valve; the pump being configured to pump the additive from inside a tank into the pipe, wherein the addition valve is provided with a connection port that communicates with the inside of the connector when the addition valve is connected to the connector, an inner upper end of the connector is located at a position higher than the position of the connection port when the addition valve is connected to the connector, and a pressure accumulation portion is provided in an upper part inside the connector, at a position higher than the position of the connection port when the addition valve is connected to the connector, the additive supply device being configured such that when the additive inside the tank is pumped to the pipe by the pump, air inside the pipe is accumulated in the pressure accumulation portion, and this air is compressed under the pressure of the additive inside the pipe, characterized in that the pressure accumulation portion is configured to accumulate this compressed air that expands to a volume equal to or larger than the volume upon freezing and expansion of the additive present inside the addition valve and the pipe at the time of stopping the pump, wherein the pressure accumulation portion is positioned at an inner upper end of the connector relative to the connection port when the addition valve is connected to the connector.
A light source circuit for an optical sensor system, the circuit comprising: a power supply comprising an output terminal to provide a regulated direct current voltage output; a voltage feedback circuit directly coupled to the output terminal of the power supply to provide a voltage feedback representative of the regulated DC voltage output on a feedback path to the power supply; a current source directly coupled to the output terminal of the power supply and configured to receive the regulated DC voltage output and to provide a current output to a light source, the current source being configured to provide a current feedback representative of the current output on the feedback path to the power supply; and a switch, whereby the current source is configured to provide the current output to the light source and the power supply is configured to adjust the DC voltage output in response to the current feedback when the switch is closed and the power supply is configured to adjust the DC voltage output in response to the voltage feedback when the switch is open. a power supply comprising an output terminal to provide a regulated direct current voltage output; a voltage feedback circuit directly coupled to the output terminal of the power supply to provide a voltage feedback representative of the regulated DC voltage output on a feedback path to the power supply; a current source directly coupled to the output terminal of the power supply and configured to receive the regulated DC voltage output and to provide a current output to a light source, the current source being configured to provide a current feedback representative of the current output on the feedback path to the power supply; and a switch, whereby the current source is configured to provide the current output to the light source and the power supply is configured to adjust the DC voltage output in response to the current feedback when the switch is closed and the power supply is configured to adjust the DC voltage output in response to the voltage feedback when the switch is open.
Computer-performed method for online calibration of a vehicle video system using vanishing points, evaluated from frames of a camera image containing identified markings or edges on a road, whereby the vanishing points are located by finding or extrapolating at least at one left- and/or right-hand side markings or edges of a road to a point of intersection, whereby a long term average vanishing point location is calculated with time-filtering methods from a sequence of images even when only one side of a road or lane marking or an edge is visible in any given frame of an image at a time, and from the time-averaged vanishing point location coordinates, the static yaw and pitch angle of the camera is deduced, characterized in that an initial guess for the location of the vanishing point is used, and when a marking is found on one side of the road in a first frame (n), the first vanishing point moves orthogonally toward this marking, this by a distance linearly proportional to the perpendicular distance to the marking, weighted by a time dependent value that decreases each time the marking, or a second marking from a second frame (m), is found on a side, for getting a new vanishing point location at a refined location after the first frame (n) and a new vanishing point (40"), refined after frame (m) and so on, that the initial guess vanishing point moves toward the true location, making smaller corrections as time continues and the current location approaches the final value.
An apparatus comprising: a) a housing; b) a chamber disposed in the housing, the chamber configured to be adaptable to each of an open configuration, a closed configuration, and a hermetically sealed configuration, wherein the chamber comprises a material transparent to actinic radiation; c) at least two light emitting diodes, LEDs, disposed within the housing, wherein light from the at least two LEDs enters the chamber from more than one direction; d) a vacuum pump operatively connected to the chamber; and e) a user interface disposed on an exterior of the housing, the user interface comprising a display and a plurality of program switches configured to adjust at least three operational parameters of the apparatus, wherein the at least three operational parameters comprise 1) light intensity provided by the at least two LEDs, 2) length of time of light provided by the at least two LEDs, and at least one of 3a) delay time between initiation of light provided by the at least two LEDs and initiation of vacuum pulled on an interior of the chamber by the vacuum pump or 3b) delay time between initiation of vacuum pulled on an interior of the chamber by the vacuum pump and initiation of light provided by the at least two LEDs. a) a housing; b) a chamber disposed in the housing, the chamber configured to be adaptable to each of an open configuration, a closed configuration, and a hermetically sealed configuration, wherein the chamber comprises a material transparent to actinic radiation; c) at least two light emitting diodes, LEDs, disposed within the housing, wherein light from the at least two LEDs enters the chamber from more than one direction; d) a vacuum pump operatively connected to the chamber; and e) a user interface disposed on an exterior of the housing, the user interface comprising a display and a plurality of program switches configured to adjust at least three operational parameters of the apparatus, wherein the at least three operational parameters comprise 1) light intensity provided by the at least two LEDs, 2) length of time of light provided by the at least two LEDs, and at least one of 3a) delay time between initiation of light provided by the at least two LEDs and initiation of vacuum pulled on an interior of the chamber by the vacuum pump or 3b) delay time between initiation of vacuum pulled on an interior of the chamber by the vacuum pump and initiation of light provided by the at least two LEDs.
Covering, in particular for a garment (30, 50) or a device to be handled manually, in order to increase the sensitivity to touch, comprising a plurality of projections (2 - 13) projecting from a base surface, the projections (2 - 13) being made of an elastically deformable material wherein at least some of the projections (2 - 13) have a flat, acute or rounded apex, wherein the covering comprises a carrier material, the top surface of the carrier material forming the base surface and at least some projections (2 - 13) being attached to the carrier material, wherein at least some projections (2 - 13) penetrate the carrier material, characterized in that at least some projections (2 - 13) penetrate the carrier material to different extents.
A pair of doors, for wardrobes or furniture units, comprising a first door and an adjacent second door, wherein said door is flexible, at least at the edge adjacent to the second door to permit the positioning of fingers between the edge of said flexible door and the adjacent door so as to permit the opening of said adjacent second door, characterised in that the second door is provided with a recess or seat (B1i) in the non-exposed part of the edge (B1b) of the second door facing the first door.
Unsaturated polyester resin comprising itaconate esters as reactive unsaturations, wherein the acid value of the resin determined titrimetrically according to ISO 2114-2000, is in the range of from 25 to 125 mg KOH/g resin and the molar ratio of hydroxyl end groups and carboxylic acid end groups is in the range of from 0.33 to 3.
A method of determining if a patient suffering from an allergy is responsive to therapy with one or more antibodies or antigen binding fragments thereof specific for the allergen, the method comprising: (i) extracting allergen specific IgE from any one or more of a sample of tissue or an extract thereof, or a biological fluid, or a blood sample from a patient suffering from an allergy; (ii) mixing the allergen specific IgE from the patient sample with the allergen and with one or more antibodies or antigen binding fragments thereof specific for the allergen; and (iii) determining if the addition of the antibodies or antigen binding fragments thereof specific for the allergen blocks the binding of the allergen specific IgE from step i) to the allergen using an in vivo allergen-specific non-human animal model of passive cutaneous anaphylaxis, wherein the ability of the one or more antibodies or antigen binding fragments thereof specific for the allergen to block the binding of allergen specific IgE from step i) to the allergen is indicative that the patient suffering from an allergy is responsive to therapy with the one or more antibodies specific for the allergy, wherein the allergen is the cat allergen Fel d1, and wherein the one or more antibodies or antigen binding fragments specific for the allergen are human monoclonal antibodies that bind specifically to Fel d1, and wherein the one or more antibodies comprise the heavy chain complementarity determining regions (HCDRs) of a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO: 2 or 18 and the light chain complementarity determining regions (LCDRs) of a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 10 or 26. (i) extracting allergen specific IgE from any one or more of a sample of tissue or an extract thereof, or a biological fluid, or a blood sample from a patient suffering from an allergy; (ii) mixing the allergen specific IgE from the patient sample with the allergen and with one or more antibodies or antigen binding fragments thereof specific for the allergen; and (iii) determining if the addition of the antibodies or antigen binding fragments thereof specific for the allergen blocks the binding of the allergen specific IgE from step i) to the allergen using an in vivo allergen-specific non-human animal model of passive cutaneous anaphylaxis,
An information processing apparatus with a print processing function, comprising: default printer specifying means for specifying a default printer to be used as a default in an operating system; monitoring means for monitoring a status of a first printer which is specified as the default printer; and control means for controlling to display a result based on monitoring by the monitoring means on a display unit as a resident display, wherein the monitoring means is configured to monitor a status of a second printer specified as the default printer when the default printer specifying means specifies that the default printer has changed from the first printer to the second printer, the control means is configured to control to display a result based on the monitoring of the status of the second printer by the monitoring means on the display unit as the resident display, characterized in that the monitoring means is further configured to monitor the default printer for a predetermined period of time when a first instruction is made for the resident display; the information processing apparatus further comprises determination means for determining based on a presence or absence of a job whether or not monitoring is to end in response to an elapse of the predetermined period of time; and wherein monitoring of the default printer ends based on the determination result by the determination means. default printer specifying means for specifying a default printer to be used as a default in an operating system; monitoring means for monitoring a status of a first printer which is specified as the default printer; and control means for controlling to display a result based on monitoring by the monitoring means on a display unit as a resident display, wherein the monitoring means is configured to monitor a status of a second printer specified as the default printer when the default printer specifying means specifies that the default printer has changed from the first printer to the second printer, the control means is configured to control to display a result based on the monitoring of the status of the second printer by the monitoring means on the display unit as the resident display, characterized in that the monitoring means is further configured to monitor the default printer for a predetermined period of time when a first instruction is made for the resident display; the information processing apparatus further comprises determination means for determining based on a presence or absence of a job whether or not monitoring is to end in response to an elapse of the predetermined period of time; and wherein monitoring of the default printer ends based on the determination result by the determination means.
A device for fastening in particular a rod-shaped cantilever arm to a mast, the device having a support device which can be fixed to the mast and which is formed as a component separate from the mast and the cantilever arm, the device also having at least one reception formed on the support device for the form-fitting arrangement of a connection element of the cantilever arm on a connection area of the cantilever arm, and the device having a securing element for securing the connection element of the cantilever arm in the reception of the support device, characterized in that the support device has two edge areas which are disposed parallel to one another, which are formed in the form of side plates and which are configured to form a reception space for the cross section of the connection area of the cantilever arm between the edge areas, wherein a reception for the connection element which protrudes laterally from the connection area of the cantilever arm is formed in each edge area, and wherein the reception is formed in the form of a reception slot which has an opening for inserting the connection element on an upper side of the edge area, and wherein the reception slot passes into a horizontal guide for the connection element on a side which is assigned to the mast.
A nonwoven composite article, comprising: a first layer comprising a first nonwoven web comprising a first plurality of fibers having a first diameter; a second layer comprising a second nonwoven web comprising a second plurality of fibers having a second diameter; and a first interface comprising at least a portion of the first nonwoven web and at least a portion of the second nonwoven web, wherein the portion of the first nonwoven web and the portion of the second nonwoven web are fused, and wherein the second diameter is smaller than the first diameter, and the first plurality of fibers, the second plurality of fibers, or both comprise a water-soluble polyvinyl alcohol fiber forming material, wherein the porosity of the first nonwoven web and the porosity of the second nonwoven web may be different, and where the portion of the first nonwoven web and the portion of the second nonwoven web that form the first interface is solvent fused, and the solvent is one or more selected from the group of water, ethanol, methanol, DMSO, and glycerin. a first layer comprising a first nonwoven web comprising a first plurality of fibers having a first diameter; a second layer comprising a second nonwoven web comprising a second plurality of fibers having a second diameter; and a first interface comprising at least a portion of the first nonwoven web and at least a portion of the second nonwoven web, wherein the portion of the first nonwoven web and the portion of the second nonwoven web are fused, and wherein the second diameter is smaller than the first diameter, and the first plurality of fibers, the second plurality of fibers, or both comprise a water-soluble polyvinyl alcohol fiber forming material, wherein the porosity of the first nonwoven web and the porosity of the second nonwoven web may be different, and where the portion of the first nonwoven web and the portion of the second nonwoven web that form the first interface is solvent fused, and the solvent is one or more selected from the group of water, ethanol, methanol, DMSO, and glycerin.
Process of use in grafting at least one molecule of interest to an additional entity comprising at least the stages consisting in - having available said molecule provided, at the surface, with at least one group G1 which is reactive according to a 1,3-bipolar cycloaddition reaction, and - bringing together said molecule and said entity provided, at the surface, with at least one group G2 complementary to the group G1 from the viewpoint of said 1,3-dipolar cycloaddition, under conditions favorable to the cycloaddition of said groups G1 and G2, characterized in that said groups G1 and G2 are respectively a nitrone and a strained cycloalkynyl radical or vice versa. - having available said molecule provided, at the surface, with at least one group G1 which is reactive according to a 1,3-bipolar cycloaddition reaction, and - bringing together said molecule and said entity provided, at the surface, with at least one group G2 complementary to the group G1 from the viewpoint of said 1,3-dipolar cycloaddition, under conditions favorable to the cycloaddition of said groups G1 and G2,