mhurhangee/patent-ind-claim-en huggingface dataset:
A set of panels comprising a first panel with a first main plane and a second panel with a second main plane , wherein the first main plane is essentially perpendicular to the second main plane in a locked position of the first and the second panel and a junction plane (J) is extending between the first main plane and the second main plane , wherein the junction plane (J) is in the locked position extending from an inner corner to an outer corner of the first and the second panel , wherein the first and the second panel comprise a mechanical locking device which is configured for locking a first junction plane surface of the first panel to a second junction plane surface of the second panel at the junction plane (J), wherein the mechanical locking device comprises a rod-shaped element at the first or second junction plane surface configured to cooperate with an element groove at the opposite junction plane surface for locking the first and the second panel in a first direction (D1) which is perpendicular to the first main plane , characterized in that : • the first or second junction plane surface comprises at least one locking groove , such as an essentially cylindrical locking groove, and at the opposite junction plane surface at least one locking part configured to be inserted into the locking groove , • the locking part comprises a locking surface configured to cooperate with a locking surface of the locking groove to lock the first and the second panel in a second direction (D2), • the locking part is of a cylindrical shape, • the cylindrical locking part is configured to be displaceable in an axial direction of the cylindrical locking part during a locking of the first panel to the second panel , and • the locking groove is funnel-shaped . • the first or second junction plane surface comprises at least one locking groove , such as an essentially cylindrical locking groove, and at the opposite junction plane surface at least one locking part configured to be inserted into the locking groove , • the locking part comprises a locking surface configured to cooperate with a locking surface of the locking groove to lock the first and the second panel in a second direction (D2), • the locking part is of a cylindrical shape, • the cylindrical locking part is configured to be displaceable in an axial direction of the cylindrical locking part during a locking of the first panel to the second panel , and • the locking groove is funnel-shaped .
Compressed gas-operated apparatus (10; 100; 1000), which comprises a tool unit and a receiving unit for accommodating the tool unit , wherein the tool unit comprises a stator and a rotor that is rotatingly drivable about a rotational axis relative to the stator while being applied with compressed gas, wherein the tool unit is deflectable relative to the receiving unit from a starting position that is predeterminable by means of the receiving unit into one or more deflection positions, wherein the apparatus (10; 100; 1000) comprises a sensor device for determining a deflection state of the tool unit relative to the receiving unit , and wherein a deflection position of the tool unit relative to the receiving unit is determinable by means of the sensor device , characterized in that a deflection direction of the tool unit relative to the receiving unit and a rotational speed of the rotor relative to the stator are determinable by means of the sensor device and in that the apparatus (10; 100; 1000) comprises a storage device for storing a deflection state determined by the sensor device and/or a rotational speed determined by the sensor device .
An apparatus for measuring physiological parameters of an eye , comprising - a transmitter for transmitting a first set of electromagnetic waves of a first set of frequencies towards the eye, wherein the transmitter is operable to transmit electromagnetic waves within a frequency range from 100 GHz to 1000 GHz; - a receiver for receiving reflected electromagnetic waves corresponding to the transmitted first set of electromagnetic waves of the first set of frequencies; - a comparator configured to compare the transmitted first set of electromagnetic waves with the received reflected electromagnetic waves for determining an amplitude response and a phase response for each of the electromagnetic waves of the first set of frequencies; and - a calculation unit configured to fit the determined amplitude response and phase response to a physiological model of the eye to determine the physiological parameters of the eye. - a transmitter for transmitting a first set of electromagnetic waves of a first set of frequencies towards the eye, wherein the transmitter is operable to transmit electromagnetic waves within a frequency range from 100 GHz to 1000 GHz; - a receiver for receiving reflected electromagnetic waves corresponding to the transmitted first set of electromagnetic waves of the first set of frequencies; - a comparator configured to compare the transmitted first set of electromagnetic waves with the received reflected electromagnetic waves for determining an amplitude response and a phase response for each of the electromagnetic waves of the first set of frequencies; and - a calculation unit configured to fit the determined amplitude response and phase response to a physiological model of the eye to determine the physiological parameters of the eye.
A gutter for collecting water from a façade, wherein the gutter has an elongate base body with a longitudinal axis (L), wherein the base body is formed at least from a façade side , a rear side and a base , wherein the gutter has at least one outlet via which collected water can run off, wherein the façade side has an upper edge wherein the upper edge of the façade side is equipped with bristles , wherein the bristles are arranged perpendicular to the longitudinal axis (L) and sloping away from the base body with respect to a vertical axis, characterised in that the gutter comprises a foil , the foil being wrapped around the bristles or around the bristles and at least a part of the façade side . wherein the gutter has an elongate base body with a longitudinal axis (L), wherein the base body is formed at least from a façade side , a rear side and a base , wherein the gutter has at least one outlet via which collected water can run off, wherein the façade side has an upper edge wherein the upper edge of the façade side is equipped with bristles , wherein the bristles are arranged perpendicular to the longitudinal axis (L) and sloping away from the base body with respect to a vertical axis, characterised in that the gutter comprises a foil , the foil being wrapped around the bristles or around the bristles and at least a part of the façade side .
A lithographic apparatus (LA) comprising: a projection system (PL) comprising at least one optical component and configured to project a pattern onto a substrate (W); and a control system (CT) arranged to reduce the effects of heating and/or cooling of the at least one optical component in a lithographic process, wherein the control system (CT) is configured to: select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus (LA) based on at least one selected mode shape. a projection system (PL) comprising at least one optical component and configured to project a pattern onto a substrate (W); and a control system (CT) arranged to reduce the effects of heating and/or cooling of the at least one optical component in a lithographic process, wherein the control system (CT) is configured to: select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus (LA) based on at least one selected mode shape. select at least one of a plurality of mode shapes, the mode shapes representing a relationship between at least one input in the lithographic process and an aberration resulting from the at least one input; and generate and apply a correction to the lithographic apparatus (LA) based on at least one selected mode shape.
A portable and grippable votive lighting device comprising: - a grip ; and - a lamp holder fixed to said grip and comprising a first electrical lamp holder contact and a second electrical lamp holder contact ; characterised by - a first device electrical contact and a second device electrical contact surfacing and exposed outside said grip and arranged at a predetermined mutual distance, so as to be touched simultaneously by a user's hand when gripping said grip ; and - a first electrical conductor which directly connects said first lamp holder electrical contact and said first device electrical contact , and a second electrical conductor which directly connects said second electrical lamp holder contact to said second device electrical contact . - a grip ; and - a lamp holder fixed to said grip and comprising a first electrical lamp holder contact and a second electrical lamp holder contact ; characterised by - a first device electrical contact and a second device electrical contact surfacing and exposed outside said grip and arranged at a predetermined mutual distance, so as to be touched simultaneously by a user's hand when gripping said grip ; and - a first electrical conductor which directly connects said first lamp holder electrical contact and said first device electrical contact , and a second electrical conductor which directly connects said second electrical lamp holder contact to said second device electrical contact .
An effect pigment dispersion comprising water, a flake aluminum pigment, and a cellulose-based rheology control agent, wherein the effect pigment dispersion contains 0.1 to 10 parts by mass of solids based on 100 parts by mass of all components thereof, the viscosity measured at a temperture of 20 °C using a Brookfield type viscometer is 400 to 10000 mPa·sec at a rotational speed of 6 revolutions per minute, the solids content of the flake aluminum pigment is 30 to 200 parts by mass based on 100 parts by mass of the total amount of components other than the flake aluminum pigment in the total solids content, and the cellulose-based rheology control agent contains cellulose nanofibers. wherein the effect pigment dispersion contains 0.1 to 10 parts by mass of solids based on 100 parts by mass of all components thereof, the viscosity measured at a temperture of 20 °C using a Brookfield type viscometer is 400 to 10000 mPa·sec at a rotational speed of 6 revolutions per minute, the solids content of the flake aluminum pigment is 30 to 200 parts by mass based on 100 parts by mass of the total amount of components other than the flake aluminum pigment in the total solids content, and the cellulose-based rheology control agent contains cellulose nanofibers.
A dark, neutral green-gray soda-lime glass composition comprising, as a colorant ingredient per 100 parts by weight of a base glass composition, 1.4 to 2.5 parts by weight of total Fe 2 O 3 , 0.027 to 0.035 parts by weight of CoO, 0.001 to 0.003 parts by weight of Se, 0.005 to 0.5 parts by weight of MnO 2 , and 0.05 to 1 parts by weight of CeO 2 ; wherein said dark, neutral green-gray soda-lime glass composition has a visible light transmittance (LT A ) of 15% or less, an ultraviolet ray transmittance (T uv ) of 0 to 1%, and a solar transmittance (T sol ) of 15% or less, measured for a reference thickness of 4 mm.
Use of a safety device for an electric cooking appliance with a hob , which has a temperature detection device comprising a two-dimensional sensor array made up of a plurality of optical temperature sensors , by means of which temperatures can be detected without contact, a sensor unit comprising the temperature detection device and arranged spaced apart from the hob , a motion detector by means of which the movement of a person in the region of the electric cooking appliance can be detected, and a control device which is electrically coupled with the electric cooking appliance and is in communication with the sensor unit , by means of which control device the electric cooking appliance can be switched off, wherein the electric cooking appliance is switched off by means of the control device if no movement of persons is detected within a predetermined maximum time period, wherein the sensor unit forms a compact structural unit provided separately from the control device , wherein by means of the sensor unit arranged spaced apart from the hob , whose temperature detection device having the sensor array is focused on the hob , a temperature distribution extending over several cooking plates (7-10) of the hob is detected areally, so that a temperature monitoring takes place regardless of the position of the cooking plates (7-10) in the hob, characterised in that a highest temperature is determined from the temperature distribution extending over several cooking plates (7-10) of the hob and comprising temperatures of locations of the hob located between the cooking plates (7-10), and the electric cooking appliance is switched off by means of the control device if the highest temperature reaches or exceeds a predetermined maximum temperature (Temp2), wherein the sensor unit comprises, in addition to the sensor array , the motion detector designed as a radar device, and the entire control device forming a compact structural unit is connected between the electric cooking appliance and a power supply, by which the electric cooking appliance can be supplied with an electrical operating current.
Passenger vehicle comprising a front windshield , a side window adjacent the windshield and a car body pillar assembly between the windshield and the side window , the pillar assembly , comprising: - a supporting pillar ; - a cover attached on the pillar ; wherein the cover is attached to the pillar by means of two rows (7.1, 7.2) of clips , arranged in a staggered pattern characterized in that two rows of ribs (6.4, 6.5) arranged in a staggered pattern are provided on the side (6.1) of the cover facing the supporting pillar . - a supporting pillar ; - a cover attached on the pillar ; wherein the cover is attached to the pillar by means of two rows (7.1, 7.2) of clips , arranged in a staggered pattern characterized in that two rows of ribs (6.4, 6.5) arranged in a staggered pattern are provided on the side (6.1) of the cover facing the supporting pillar . wherein the cover is attached to the pillar by means of two rows (7.1, 7.2) of clips , arranged in a staggered pattern characterized in that two rows of ribs (6.4, 6.5) arranged in a staggered pattern are provided on the side (6.1) of the cover facing the supporting pillar .
A battery support structure for a saddle-type vehicle, comprising: a vehicle-body frame ; an engine supported by the vehicle-body frame ; a battery case supported below the vehicle-body frame ; and a battery housed in the battery case ; wherein the battery case having a side opening opened toward one direction in a vehicle-width direction, the battery case being disposed such that a longitudinal direction of the battery case is equal to the vehicle-width direction, the battery being housed in the battery case such that the battery is detachably attached to the battery case along the vehicle-width direction, a storage case for containing a non-electrical component is disposed on the side opening side of the battery case and adjacent to the battery , and the storage case includes a storage case body and a lid and is configured to contain a tool, characterized in that a side wall of the storage case fits in the side opening of the battery case , and protrudes inward into the battery case from the side opening to serve as an abutment portion that abuts against the battery such that the battery is prevented from moving toward a direction in which the battery is removed. a vehicle-body frame ; an engine supported by the vehicle-body frame ; a battery case supported below the vehicle-body frame ; and a battery housed in the battery case ; wherein the battery case having a side opening opened toward one direction in a vehicle-width direction, the battery case being disposed such that a longitudinal direction of the battery case is equal to the vehicle-width direction, the battery being housed in the battery case such that the battery is detachably attached to the battery case along the vehicle-width direction, a storage case for containing a non-electrical component is disposed on the side opening side of the battery case and adjacent to the battery , and the storage case includes a storage case body and a lid and is configured to contain a tool, characterized in that a side wall of the storage case fits in the side opening of the battery case , and protrudes inward into the battery case from the side opening to serve as an abutment portion that abuts against the battery such that the battery is prevented from moving toward a direction in which the battery is removed.
A radiofrequency oscillator , including: - a controlled source able to generate an incident light beam including at least one optical wave at a reference pulsation frequency ω ; - an optomechanical resonator , having an optical resonance at the reference pulsation ω and a mechanical resonance at a reference frequency f 1 , the optomechanical resonator being able, from the incident light beam, to generate an emergent light beam including optical waves at the pulsation frequencies ω and ω - 2 πf 1 , on the one hand, and an acoustic wave at the reference frequency f 1 , on the other hand; - a photodiode , able to deliver a working electrical signal (S out ) at the reference frequency f 1 from the emergent light beam of the optomechanical resonator , characterized in that it includes: - an acoustic propagation means able to take off the acoustic wave generated by the optomechanical resonator and propagate it over a predetermined propagation distance (d) in order to introduce a delay (τ) therein so as to produce a delayed acoustic wave; - a conversion means able to convert the delayed acoustic wave at the output of the propagation means into an electrical delay signal (S r ) having an oscillation frequency equal to the reference frequency f 1 ; and - a control loop , able to process the delay signal (S r ) in order to obtain an electrical control signal (S C ) applied to the source , the electrical control signal having an oscillation frequency equal to the reference frequency f 1 . - a controlled source able to generate an incident light beam including at least one optical wave at a reference pulsation frequency ω ; - an optomechanical resonator , having an optical resonance at the reference pulsation ω and a mechanical resonance at a reference frequency f 1 , the optomechanical resonator being able, from the incident light beam, to generate an emergent light beam including optical waves at the pulsation frequencies ω and ω - 2 πf 1 , on the one hand, and an acoustic wave at the reference frequency f 1 , on the other hand; - a photodiode , able to deliver a working electrical signal (S out ) at the reference frequency f 1 from the emergent light beam of the optomechanical resonator , - an acoustic propagation means able to take off the acoustic wave generated by the optomechanical resonator and propagate it over a predetermined propagation distance (d) in order to introduce a delay (τ) therein so as to produce a delayed acoustic wave; - a conversion means able to convert the delayed acoustic wave at the output of the propagation means into an electrical delay signal (S r ) having an oscillation frequency equal to the reference frequency f 1 ; and - a control loop , able to process the delay signal (S r ) in order to obtain an electrical control signal (S C ) applied to the source , the electrical control signal having an oscillation frequency equal to the reference frequency f 1 .
An information sharing method, wherein the method is executed by a trusted execution environment, TEE, deployed on a device outside a blockchain system and comprises: obtaining a trigger instruction sent by an external server, wherein the trigger instruction is sent by the external server based on a timed triggering rule, wherein the timed triggering rule comprises predetermined duration or a predetermined starting moment; in response to the trigger instruction, combining first anti-money laundering, AML, risk information provided by a first institution and second AML risk information provided by a second institution to obtain third AML risk information, wherein the first AML risk information and second AML risk information correspond to a same user identifier; sending the third AML risk information to the first institution; generating a proof used to prove trustworthiness of the third AML risk information; and sending the proof to the blockchain system for storage, wherein the proof comprises a verifiable claim signed by the TEE, wherein when verifying the third AML risk information of the first institution, a regulatory organization further verifies a signature of the verifiable claim by using a public key of the TEE, wherein the user identifier is encrypted; and wherein a deployment operation for an off-chain smart contract is implemented in the TEE, and the trigger instruction is used to invoke the off-chain smart contract to perform the step of combining the first AML risk information provided by the first institution and the second AML risk information provided by the second institution. obtaining a trigger instruction sent by an external server, wherein the trigger instruction is sent by the external server based on a timed triggering rule, wherein the timed triggering rule comprises predetermined duration or a predetermined starting moment; in response to the trigger instruction, combining first anti-money laundering, AML, risk information provided by a first institution and second AML risk information provided by a second institution to obtain third AML risk information, wherein the first AML risk information and second AML risk information correspond to a same user identifier; sending the third AML risk information to the first institution; generating a proof used to prove trustworthiness of the third AML risk information; and sending the proof to the blockchain system for storage, wherein the proof comprises a verifiable claim signed by the TEE, wherein when verifying the third AML risk information of the first institution, a regulatory organization further verifies a signature of the verifiable claim by using a public key of the TEE, wherein the user identifier is encrypted; and wherein a deployment operation for an off-chain smart contract is implemented in the TEE, and the trigger instruction is used to invoke the off-chain smart contract to perform the step of combining the first AML risk information provided by the first institution and the second AML risk information provided by the second institution.
A fastening device of a first part or wear part in a second part in earth-moving machines comprising at least one mobile blocking element and activation means of said mobile blocking element , such that when the mobile element is activated it engages between the two parts , blocking the position between both and when the mobile element is deactivated it stops engaging between both parts, thus unblocking the position between both and making the uncoupling thereof possible, characterised in that said activation means (150. 250, 350) are autonomous and comprise at least one processor.