mhurhangee/ep-ind-claims huggingface dataset:
Appliance with motorized wheels comprising a first wheel and a motor able to put in rotation said first wheel, at least a second wheel, and a main body which forms a housing and a wheel hub, the housing containing said motor characterized by the fact that: - said second wheel is idle; - said main body forms the hub of said second wheel; and - said appliance comprises a supporting structure (21, 22, 23) to which said body is connected by means of a hinge (24, 25, 26), wherein the axis of said hinge (24, 25, 26) is horizontal in use and perpendicular with respect to a common rotation axis around which said first wheel and said second wheels rotate. - said second wheel is idle; - said main body forms the hub of said second wheel; and - said appliance comprises a supporting structure (21, 22, 23) to which said body is connected by means of a hinge (24, 25, 26), wherein the axis of said hinge (24, 25, 26) is horizontal in use and perpendicular with respect to a common rotation axis around which said first wheel and said second wheels rotate.
Autonomous system for automatically detecting, locating and recording at least one beacon installed at a point along a track designed for a guided vehicle, the system comprising: - a body; - moving means for autonomously moving said body along said track; - a first and a second camera installed on said body and configured for taking images of the track, wherein the first camera is configured for pointing forward for taking images of the track in front of the autonomous system, and the second camera is configured for having its optical axis pointing perpendicularly to the track; - a processing unit for driving the moving means, analyzing the images, detecting in said images beacon installed at points along the track, and determining the position of each beacon; - recording means for recording information related to each detected beacon; wherein the first camera is used by the autonomous system for identifying approaching beacons and the second camera is used for a precise location of the beacon, wherein the processing unit is configured for using the images acquired by the first camera for controlling the approach of the autonomous system towards the beacon, and once the autonomous system passes above the beacon, the processing unit is configured for using the second camera for determining the exact location of the beacon. - a body; - moving means for autonomously moving said body along said track; - a first and a second camera installed on said body and configured for taking images of the track, wherein the first camera is configured for pointing forward for taking images of the track in front of the autonomous system, and the second camera is configured for having its optical axis pointing perpendicularly to the track; - a processing unit for driving the moving means, analyzing the images, detecting in said images beacon installed at points along the track, and determining the position of each beacon; - recording means for recording information related to each detected beacon;
Combustion pressure sensor comprising a sensor body (9, 710, 810), at least one first optical fibre module (1, 2, 3, 4, 742, 744, 842, 844) and at least one second optical fibre module (1, 2, 3, 4, 742, 744, 842, 844) inserted into the sensor body, and a resiliently deformable membrane (7, 13, 18, 720, 820) attached to the sensor body, the membrane having a reflective surface, wherein the at least one first optical fibre module (1, 2, 3, 4, 742, 744, 842, 844) is arranged for allowing measuring of a pressure induced deflection of the resiliently deformable membrane, wherein - the at least one first optical fibre module is configured to guide a light beam to the reflective surface and to guide the reflected light; - the at least one second optical fibre module is configured to guide a light beam to the reflective surface and to guide the reflected light; - the first optical fibre module is positioned centrally with respect to the resiliently deformable membrane; characterised in that - the at least one second optical fibre module is arranged for allowing detection of a temperature induced thermal expansion of the resiliently deformable membrane to enable temperature correction of pressure related values obtained by the at least one first optical fibre module; - the second optical fibre module is positioned adjacent to an outer edge of the resiliently deformable membrane. - the at least one first optical fibre module is configured to guide a light beam to the reflective surface and to guide the reflected light; - the at least one second optical fibre module is configured to guide a light beam to the reflective surface and to guide the reflected light; - the first optical fibre module is positioned centrally with respect to the resiliently deformable membrane; characterised in that - the at least one second optical fibre module is arranged for allowing detection of a temperature induced thermal expansion of the resiliently deformable membrane to enable temperature correction of pressure related values obtained by the at least one first optical fibre module; - the second optical fibre module is positioned adjacent to an outer edge of the resiliently deformable membrane.
A tire having a tread comprising a rubber composition based on at least: - an elastomer matrix; - a reinforcing filler comprising between 65 and 115 phr of a reinforcing inorganic filler; - more than 30 phr of a plasticizing agent; and - more than 5 phr of crumb rubber particles having a median particle size by volume, which is measured by laser diffraction methods in accordance with ISO standard 13320-1, which satisfy the following relations: - − 100 μ m < D 50 < 1000 μ m; wherein D 50 is the medium particle size by volume corresponding to 50 % of a cumulative distribution obtained from the volume particle size distribution. - an elastomer matrix; - a reinforcing filler comprising between 65 and 115 phr of a reinforcing inorganic filler; - more than 30 phr of a plasticizing agent; and - more than 5 phr of crumb rubber particles having a median particle size by volume, which is measured by laser diffraction methods in accordance with ISO standard 13320-1, which satisfy the following relations: - − 100 μ m < D 50 < 1000 μ m; wherein D 50 is the medium particle size by volume corresponding to 50 % of a cumulative distribution obtained from the volume particle size distribution. - − 100 μ m < D 50 < 1000 μ m;
Wavelength modulation spectrometer having - a light source, which generates light radiation in a wavelength range (λ1, λ2), - a measuring section in the beam path of the light radiation in which a sample gas component to be measured is present, - a first light receiver for receiving the radiation passing through the measuring section and for generating a reception signal in dependence on the received radiation, - an evaluation and control unit for driving the light source by means of a drive signal determining the emission wavelength of the light source, the drive signal having a slowly variable component and a superimposed, higher-frequency modulation, and for evaluating the received signal according to the method of wavelength modulation spectroscopy and for generating an nf signal and detecting the sample gas component therefrom, - an optical resonator through which at least a part of the radiation is passed, this partial beam not passing through the sample gas, - a second light receiver which receives the partial beam after passing through the optical resonator, - and in that the evaluation and control unit is designed to derive a correction signal from the partial beam guided through the resonator and received by the second light receiver, characterized in that the evaluation and control unit is further adapted to change the drive signal in dependence on the correction signal for adjusting the amplitude of the higher-frequency modulation over the wavelength range, and in that the 2f signal obtained from the part of the radiation which passes through the optical resonator serves as the scale for deriving the correction signal. - a light source, which generates light radiation in a wavelength range (λ1, λ2), - a measuring section in the beam path of the light radiation in which a sample gas component to be measured is present, - a first light receiver for receiving the radiation passing through the measuring section and for generating a reception signal in dependence on the received radiation, - an evaluation and control unit for driving the light source by means of a drive signal determining the emission wavelength of the light source, the drive signal having a slowly variable component and a superimposed, higher-frequency modulation, and for evaluating the received signal according to the method of wavelength modulation spectroscopy and for generating an nf signal and detecting the sample gas component therefrom, - an optical resonator through which at least a part of the radiation is passed, this partial beam not passing through the sample gas, - a second light receiver which receives the partial beam after passing through the optical resonator, - and in that the evaluation and control unit is designed to derive a correction signal from the partial beam guided through the resonator and received by the second light receiver,
A food processing machine, comprising: a base; a cylindrical jar lock extending upwardly from a top surface of the base; a jar assembly having a jar and a collar that extends downwardly from the jar, wherein the collar is adapted to fit circumferentially around the cylindrical jar lock; and a plurality of locking tabs extending radially inwardly from the collar, wherein the locking tabs engage with the cylindrical jar lock and prevent vertical movement of the jar with respect to the cylindrical jar lock while allowing rotational movement of the jar and linear movement in the xy-plane of the jar with respect to the base. a base; a cylindrical jar lock extending upwardly from a top surface of the base; a jar assembly having a jar and a collar that extends downwardly from the jar, wherein the collar is adapted to fit circumferentially around the cylindrical jar lock; and a plurality of locking tabs extending radially inwardly from the collar, wherein the locking tabs engage with the cylindrical jar lock and prevent vertical movement of the jar with respect to the cylindrical jar lock while allowing rotational movement of the jar and linear movement in the xy-plane of the jar with respect to the base.
A transceiver for controlling a network node to transition between an active state and an inactive state, said transceiver comprising: monitoring circuitry operable to monitor a predetermined time frequency resource for transmitting connection request signals from user equipment to said network node; output circuitry operable in response to said monitoring circuitry detecting a signal within said predetermined time frequency resource to transmit a transition control signal to said network node; an input operable to receive configuration information for said network node, said configuration information including said predetermined time frequency resource used for transmission of user equipment connection request signals; wherein said configuration information further comprises pilot signal information for said network node; said transceiver further comprising a signal generator for generating when said network node is in an inactive state at least one signal emulating at least one signal broadcast by said network node when in an active state, and a transmitter for transmitting said at least one signal. monitoring circuitry operable to monitor a predetermined time frequency resource for transmitting connection request signals from user equipment to said network node; output circuitry operable in response to said monitoring circuitry detecting a signal within said predetermined time frequency resource to transmit a transition control signal to said network node; an input operable to receive configuration information for said network node, said configuration information including said predetermined time frequency resource used for transmission of user equipment connection request signals; wherein said configuration information further comprises pilot signal information for said network node; said transceiver further comprising a signal generator for generating when said network node is in an inactive state at least one signal emulating at least one signal broadcast by said network node when in an active state, and a transmitter for transmitting said at least one signal.
A method for reducing damage to an airplane by birds, the method comprising selectively triggering jetting of a high pressure jet onto the bird by a jetting system that is mounted on the airplane.
Electrode arrangement for forming a dielectrically impeded plasma between an active surface of the electrode arrangement and a surface which acts as a counterelectrode, having a flexible, flat electrode which can be connected to a high-voltage source, and having a flat, flexible dielectric which forms the active surface and is connected to the flat electrode to form an electrode element and completely covers the electrode with respect to the surface which is to be treated, characterized by an area-elastic contact-pressure means for pressing on the rear face of the electrode element, which rear face is averted from the surface, in such a way that the electrode element can be automatically adapted to irregularities of the surface by local deformation, wherein the area-elastic contact-pressure means is an elastic material which is fastened in a housing part which serves as a supporting bearing.
A method of preparing a filter media, comprising the steps of: making a fabric assembly by: depositing a silver coating onto a film comprised of a layer of nanofiber fabric and a first spunbonded nonwoven fabric to produce a SN/SR film with a silver-coated nanofiber fabric layer and a silver-coated first spunbonded nonwoven polymeric fabric layer, thermally laminating the SN/SR film, via a second layer of spunbonded nonwoven polymeric fabric, onto a pathogen-retaining membrane to produce a SN/SR/R/P film of silver-coated nanofiber fabric/silver-coated first spunbonded nonwoven polymeric fabric/second spunbonded nonwoven polymeric fabric layer/pathogen-retaining membrane, and capping the SN/SR/R/P film from both sides with spunbonded nonwoven polymeric fabrics. depositing a silver coating onto a film comprised of a layer of nanofiber fabric and a first spunbonded nonwoven fabric to produce a SN/SR film with a silver-coated nanofiber fabric layer and a silver-coated first spunbonded nonwoven polymeric fabric layer, thermally laminating the SN/SR film, via a second layer of spunbonded nonwoven polymeric fabric, onto a pathogen-retaining membrane to produce a SN/SR/R/P film of silver-coated nanofiber fabric/silver-coated first spunbonded nonwoven polymeric fabric/second spunbonded nonwoven polymeric fabric layer/pathogen-retaining membrane, and capping the SN/SR/R/P film from both sides with spunbonded nonwoven polymeric fabrics.
An ink comprising: a self-dispersing pigment; polymer particles; a surfactant; a water-soluble organic solvent; and water, wherein an amount of anionic functional group on the surface of the polymer particles is 0.2 mmol/g or less, the surfactant is represented by the following general formula and contains a fluorinated surfactant having a hydrophile-lipophile balance of 11 or less as determined by a Griffin method, R 1 (CR 2 R 3) n CH 2 CH 2 (OCH 2 CH 2) m OH wherein R 1 denotes a fluorine atom or a hydrogen atom, R 2 and R 3 independently denote a fluorine atom or a hydrogen atom, and at least one of R 2 and R 3 denotes a fluorine atom, n is 1 or more and 30 or less, and m is 1 or more and 60 or less, and the water-soluble organic solvent contains at least one water-soluble organic solvent selected from the following group A: glycerin, ethylene glycol, diethylene glycol, poly(ethylene glycol) having a weight-average molecular weight of 10,000 or less, 1,3-propanediol, 1,4-butanediol, and diglycerol. wherein an amount of anionic functional group on the surface of the polymer particles is 0.2 mmol/g or less, the surfactant is represented by the following general formula and contains a fluorinated surfactant having a hydrophile-lipophile balance of 11 or less as determined by a Griffin method, R 1 (CR 2 R 3) n CH 2 CH 2 (OCH 2 CH 2) m OH wherein R 1 denotes a fluorine atom or a hydrogen atom, R 2 and R 3 independently denote a fluorine atom or a hydrogen atom, and at least one of R 2 and R 3 denotes a fluorine atom, n is 1 or more and 30 or less, and m is 1 or more and 60 or less, and the water-soluble organic solvent contains at least one water-soluble organic solvent selected from the following group A: glycerin, ethylene glycol, diethylene glycol, poly(ethylene glycol) having a weight-average molecular weight of 10,000 or less, 1,3-propanediol, 1,4-butanediol, and diglycerol.
Diffusor plate (24, 26) adapted to be used in an interior of a reticle compartment between an inlet port of the reticle compartment and a reticle storage portion of the reticle compartment and/or between the reticle storage portion of the reticle compartment and an outlet port of the reticle compartment, provided with openings (25a, 25b, 27a, 27b), openings (25a, 27a) in a central section of the diffusor plate (24, 26) being provided with a larger individual opening area and/or providing a larger total opening area per unit area than openings (25b, 27b) in a peripheral section of the diffusor plate (24, 26), characterized in that all of the outermost peripheral openings (25b, 27b) are smaller in their individual opening area than openings (25a, 27a) in the central section.
Method for redirecting a call to at least one message deposit server chosen beforehand, when a call being set up is being transferred from a first terminal to a second terminal, the transfer being carried out by means of a first signaling message containing a value representative of a number of transfers of the call, referred to as the "forwarding field", the method being characterized in that it includes the following steps: - assigning to the forwarding field of the first signaling message a first value greater than or equal to a threshold, the threshold corresponding to a value starting from which the transfer of a call is not allowed by the network, - transmitting the first signaling message to the second terminal, and upon receiving a message indicating a failure to set up the call with the second terminal in response to the first signaling message: - assigning to the forwarding field of a second signaling message a second value less than the threshold, and - transmitting the second signaling message to the at least one chosen deposit server. - assigning to the forwarding field of the first signaling message a first value greater than or equal to a threshold, the threshold corresponding to a value starting from which the transfer of a call is not allowed by the network, - transmitting the first signaling message to the second terminal, and - assigning to the forwarding field of a second signaling message a second value less than the threshold, and - transmitting the second signaling message to the at least one chosen deposit server.
A method for removing air from a coating fluid containing entrained air comprising the steps of: preparing a coating unit comprising a cylindrical vessel storing the coating fluid and a check valve for preventing back-flow of the coating fluid connecting with the vessel; plugging an outlet of the coating fluid existing downstream of the check valve; and rotating the coating unit on an axis of the vessel and orbiting the coating unit on a revolution axis simultaneously whereby introducing the coating fluid into the check valve, discharging air resided inside of the check valve toward the vessel, and further removing air incorporated in the coating fluid from the coating fluid. preparing a coating unit comprising a cylindrical vessel storing the coating fluid and a check valve for preventing back-flow of the coating fluid connecting with the vessel; plugging an outlet of the coating fluid existing downstream of the check valve; and rotating the coating unit on an axis of the vessel and orbiting the coating unit on a revolution axis simultaneously whereby introducing the coating fluid into the check valve, discharging air resided inside of the check valve toward the vessel, and further removing air incorporated in the coating fluid from the coating fluid.
Household device, particularly washing machine or dish washer, with a vat for receiving the objects to wash, with a fresh water supply for supplying fresh water, with a water tank for intermediary storage of process water and with water transporting means for supplying process water from the water tank into the vat, wherein the household device has a condensed water supply additionally to the fresh water supply, for supplying condensed water into the water tank from outside, characterized in that the condensed water supply has an inlet junction from which a first pipe leads to the water tank and a second pipe to an outflow.
Method of operating a power supply and communication entity intended to form part of a system with at least one home-automation actuator comprising an electric motor for driving a movable element in a building, the power supply and communication entity comprising two electrical terminals (b1, b2) for linking to the actuator, making it possible to power the actuator and allowing communication between the actuator and the power supply and communication entity, the method comprising two mutually exclusive modes of operation, a command execution mode (MODE_EXEC) and a communication mode (MODE_COMd, MODE_COMu), to each mode of operation there corresponding a specific power supply signal (Uexec, Ucomd, Ucomu, lexec, Icomd, Icomu), the method comprising the steps: - choice of a mode of operation, - generation between the terminals (b1, b2) of a power supply signal (Uexec, Ucomd, Ucomu, lexec, Icomd, Icomu) specific to the mode of operation chosen (MODE_EXEC, MODE_COMd, MODE_COMu). - choice of a mode of operation, - generation between the terminals (b1, b2) of a power supply signal (Uexec, Ucomd, Ucomu, lexec, Icomd, Icomu) specific to the mode of operation chosen (MODE_EXEC, MODE_COMd, MODE_COMu).
A phase-change memory, comprising a voltage control circuit, the voltage control circuit comprising: - comparator means configured for comparing a voltage at a node of said phase-change memory with a reference voltage (Vref) in a program mode of said phase-change memory and configured for generating a controlled output voltage to be applied to a feedback selection element (M 13) for selecting said node; and - switching means (M10, M11, M12, M14) configured for forcing said controlled output voltage to a logic supply voltage (Vdd) in a read mode of said phase-change memory; wherein the voltage control circuit is operable to supply a voltage (Vdh) higher than said logic supply voltage to said comparator means. - comparator means configured for comparing a voltage at a node of said phase-change memory with a reference voltage (Vref) in a program mode of said phase-change memory and configured for generating a controlled output voltage to be applied to a feedback selection element (M 13) for selecting said node; and - switching means (M10, M11, M12, M14) configured for forcing said controlled output voltage to a logic supply voltage (Vdd) in a read mode of said phase-change memory; wherein the voltage control circuit is operable to supply a voltage (Vdh) higher than said logic supply voltage to said comparator means.