mhurhangee/patent-ind-claim-en huggingface dataset:
Low-pressure discharge lamp comprising a discharge vessel and a coating structure formed on an inner side of the discharge vessel , the coating structure comprising first fluorescent particles which comprise at least one red light-emitting fluorescent substance and whose average grain size, determined in terms of the d50 value, lies in a range from 0.5 μm to 1.9 μm, second fluorescent particles which comprise at least one green light-emitting fluorescent substance and whose average grain size, determined in terms of the d50 value, lies in a range from 1 μm to 4 μm, and third fluorescent particles which comprise at least one blue light-emitting fluorescent substance and whose average grain size, determined in terms of the d50 value, lies in a range from 1 μm to 4 μm, where each fluorescent has activators and host lattices doped with the activators, characterized in that a portion of the activators in the green light-emitting fluorescent substance lies in a range from 20 mol% to 50 mol%, a portion of the activators in the red light-emitting fluorescent substance lies in a range of 2.3 mol% to 5.5 mol%, and a portion of the activators in the blue light emitting fluorescent substance lies in a range from 3.0 mol% to 11.0 mol%.
A method comprising: receiving (S201) a navigation request for a point-of-interest at a geographic location; identifying (S203), via a processor, a plurality of parking locations based on the geographic location; comparing (S205), via the processor, the plurality of parking locations according to a type of the point-of-interest, wherein the type of the point-of-interest includes an estimated parking duration associated with the point-of-interest; selecting (S207), via the processor, a preferred parking location from the plurality of parking locations based on the type of the point-of-interest; and generating (S209) a message including the preferred parking location; characterized in that the estimated parking duration is based on past entry and exit times associated with at least one of the plurality of parking locations or the point-of-interest. receiving (S201) a navigation request for a point-of-interest at a geographic location; identifying (S203), via a processor, a plurality of parking locations based on the geographic location; comparing (S205), via the processor, the plurality of parking locations according to a type of the point-of-interest, wherein the type of the point-of-interest includes an estimated parking duration associated with the point-of-interest; selecting (S207), via the processor, a preferred parking location from the plurality of parking locations based on the type of the point-of-interest; and generating (S209) a message including the preferred parking location; characterized in that the estimated parking duration is based on past entry and exit times associated with at least one of the plurality of parking locations or the point-of-interest.
Signalling device (DS) for an autonomously driven vehicle (VA) and comprising locating means (ML) suitable for determining its current position, lighting means (MEj) suitable for generating light signals and/or external warning means (MAE) suitable for generating sounds, said device comprising processing means (MT) suitable when said vehicle (VA) has to reach a person at a place having a known position, to trigger a predefined signalling of said vehicle (VA) by said lighting means (MEj) and/or said external warning means (MAE), as soon as a difference between said current position of the vehicle (VA) and said known position of the place is lower than a threshold characterized in that in the presence of a vehicle (VA) also comprising communication means (MC) suitable for communicating by way of waves with remote communication equipment, and acquisition means (MAI) suitable for acquiring data representative of the environment situated at least in front of it, said processing means (MT) are suitable when said vehicle (VA) is heading towards said location of known position, to generate from said acquired data images representative of at least said environment, and to trigger the transmission of said generated images to a communication equipment belonging to said person with a view to their display on a screen of this communication equipment.
A coating composition, comprising: (i) a silazane polymer; and (ii) a butadiene polymer; wherein the butadiene polymer comprises one or more repeating units derived from a substituted or unsubstituted 1,3-butadiene monomer and one or more functional groups selected from -OH or -Si(OR) 3 , wherein R is selected from H, alkyl, aryl or aralkyl. (i) a silazane polymer; and (ii) a butadiene polymer;
An estimation method estimating a psychosomatic state of a subject (PA) from sound data uttered by the subject, the estimation method comprising: calculating parameters comprising at least one of a pitch frequency, an intensity or a number of zero point crossings for each time window using the sound data; calculating a plurality of feature amounts based on time changes in the calculated parameters; calculating a degree (α) of the psychosomatic state of the subject (PA) based on the feature amounts being calculated by generating a correlation table comprising a correlation coefficient for each of the plurality of feature amounts, indicating a correlation between the feature amounts; selecting feature amounts that have a correlation coefficient that is lower than a predetermined value and have an area under the curve (AUG) of 0.7 or more in a receiver operating characteristic (ROC) curve; weight adding the selected feature amounts to derive the degree of the psychosomatic state of the subject; and estimating the psychosomatic state of the subject (PA) by comparing and determining whether the calculated degree (α) is equal to or greater than a threshold value or not. calculating parameters comprising at least one of a pitch frequency, an intensity or a number of zero point crossings for each time window using the sound data; calculating a plurality of feature amounts based on time changes in the calculated parameters; calculating a degree (α) of the psychosomatic state of the subject (PA) based on the feature amounts being calculated by generating a correlation table comprising a correlation coefficient for each of the plurality of feature amounts, indicating a correlation between the feature amounts; selecting feature amounts that have a correlation coefficient that is lower than a predetermined value and have an area under the curve (AUG) of 0.7 or more in a receiver operating characteristic (ROC) curve; weight adding the selected feature amounts to derive the degree of the psychosomatic state of the subject; and estimating the psychosomatic state of the subject (PA) by comparing and determining whether the calculated degree (α) is equal to or greater than a threshold value or not.
A high-voltage device provided under a floor panel of a vehicle and provided adjacent to a frame member bonded to a lower face of the floor panel and extending along the floor panel, the high-voltage device comprising: a casing housing a high-voltage portion ; and a plurality of bolts fastening the casing to an attachment portion to which the casing is attached, the high-voltage device having a first end face at which the casing is in contact with the attachment portion and a second end face opposite to the first end face, the plurality of bolts being long bolts extending from the second end face to the first end face and extending in a longitudinal direction of the frame member, insert boss portions for receiving the bolts being provided, at portions of the casing into which the long bolts are inserted, so as to project toward the frame member , characterized in that one of the boss portions is disposed at the closest position to the frame member on a side of the casing which faces the frame member, wherein the frame member is a rear floor crossmember. a casing housing a high-voltage portion ; and a plurality of bolts fastening the casing to an attachment portion to which the casing is attached, the high-voltage device having a first end face at which the casing is in contact with the attachment portion and a second end face opposite to the first end face, the plurality of bolts being long bolts extending from the second end face to the first end face and extending in a longitudinal direction of the frame member, insert boss portions for receiving the bolts being provided, at portions of the casing into which the long bolts are inserted, so as to project toward the frame member , characterized in that one of the boss portions is disposed at the closest position to the frame member on a side of the casing which faces the frame member, wherein the frame member is a rear floor crossmember.
A particle characterisation apparatus comprising: a light source ; a sample cell ; an optical group ; and a detector ; wherein the light source is operable to illuminate a sample within the sample cell with a light beam along a light beam axis, the light beam producing scattered light by interactions with the sample ; wherein the optical group is configured to collect and focus scattered light on the detector , and comprises at least one lens element ; characterized in that a lens element of the optical group comprises an open region along the lens element axis, and the lens element is positioned with its axis substantially coincident with the light beam axis so that the light beam passes through the open region .
An oral care composition comprising: • from 4 to 16% (w/w) of a cuttlefish bone powder, comprising demineralized particles having more than 95% (w/w) calcium carbonate content, and a particle size of from 60 microns to 61 microns, and • a suitable carrier. • from 4 to 16% (w/w) of a cuttlefish bone powder, comprising demineralized particles having more than 95% (w/w) calcium carbonate content, and a particle size of from 60 microns to 61 microns, and • a suitable carrier.
A layered tube for directing a hydraulic fluid, said layered tube comprising: A. a layer defining a chamber for directing the hydraulic fluid, said layer comprising; a first fluoropolymer present in an amount greater than 60 parts by weight based on 100 parts by weight of said layer, a first crosslinker present in an amount of from 1 to 10 parts by weight based on 100 parts by weight of said layer, and an anti-static additive present in an amount of from 0.4 to 4 parts by weight based on 100 parts by weight of said layer; and B. an outer layer surrounding said layer and comprising a second fluoropolymer present in an amount greater than 60 parts by weight based on 100 parts by weight of said outer layer and a third fluoropolymer present in an amount of from 5 to 30 parts by weight based on 100 parts by weight of said outer layer, wherein said second fluoropolymer is the same as or different than said first fluoropolymer and said third fluoropolymer is different than said first and second fluoropolymers. A. a layer defining a chamber for directing the hydraulic fluid, said layer comprising; a first fluoropolymer present in an amount greater than 60 parts by weight based on 100 parts by weight of said layer, a first crosslinker present in an amount of from 1 to 10 parts by weight based on 100 parts by weight of said layer, and an anti-static additive present in an amount of from 0.4 to 4 parts by weight based on 100 parts by weight of said layer; and a first fluoropolymer present in an amount greater than 60 parts by weight based on 100 parts by weight of said layer, a first crosslinker present in an amount of from 1 to 10 parts by weight based on 100 parts by weight of said layer, and an anti-static additive present in an amount of from 0.4 to 4 parts by weight based on 100 parts by weight of said layer; and B. an outer layer surrounding said layer and comprising a second fluoropolymer present in an amount greater than 60 parts by weight based on 100 parts by weight of said outer layer and a third fluoropolymer present in an amount of from 5 to 30 parts by weight based on 100 parts by weight of said outer layer, wherein said second fluoropolymer is the same as or different than said first fluoropolymer and said third fluoropolymer is different than said first and second fluoropolymers.
Wear element for an earth-moving machine , in particular an excavating machine, loading machine, dredging machine, or the like, provided with a measuring device , and further comprising energy harvesting means configured for capturing energy derived from an external source with respect to said measuring device and supplying said energy, in the form of electrical energy, to said measuring device , characterized in that said external source comprises a thermal energy source and said energy harvesting means comprise at least one thermoelectric cell ; wherein said wear element is a tooth adapter having a tooth mounted thereto, and said at least one thermoelectric cell are two thermoelectric cells arranged in opposite side walls of said wear element .
A launch control method for a vehicle having an accelerator, a brake and a continuously variable transmission (CVT), the method comprising the steps of: determining (i) a braking torque set by a vehicle operator by pressing a brake pedal of the vehicle, and (ii) a holding torque required to hold the vehicle in a stationary position ; determining that the operator has released the brake pedal ; releasing the brake whilst engaging a launch clutch of the CVT, wherein the launch clutch is engaged by increasing a clutch engagement pressure at a first pressure ramp rate, such that the sum of the braking torque and a clutch torque of the clutch remains equal to the holding torque ; determining an acceleration torque requested by the operator via the accelerator ; and increasing the clutch engagement pressure at a second pressure ramp rate when it is determined that the braking torque is substantially zero, such that the clutch torque is increased by the acceleration torque ; characterised in that the method further comprises the steps of: storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure ; comparing the current pressure ramp rate with the minimum pressure ramp rate ; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate . determining (i) a braking torque set by a vehicle operator by pressing a brake pedal of the vehicle, and (ii) a holding torque required to hold the vehicle in a stationary position ; determining that the operator has released the brake pedal ; releasing the brake whilst engaging a launch clutch of the CVT, wherein the launch clutch is engaged by increasing a clutch engagement pressure at a first pressure ramp rate, such that the sum of the braking torque and a clutch torque of the clutch remains equal to the holding torque ; determining an acceleration torque requested by the operator via the accelerator ; and increasing the clutch engagement pressure at a second pressure ramp rate when it is determined that the braking torque is substantially zero, such that the clutch torque is increased by the acceleration torque ; characterised in that the method further comprises the steps of: storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure ; comparing the current pressure ramp rate with the minimum pressure ramp rate ; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate . storing a fixed minimum pressure ramp rate, wherein the minimum pressure ramp rate increases the clutch engagement pressure towards a maximum engagement pressure ; comparing the current pressure ramp rate with the minimum pressure ramp rate ; and switching the clutch engagement pressure to the minimum pressure ramp rate if the current pressure ramp rate is less than the minimum pressure ramp rate .
A method for detecting primary gas flows in flow spaces , wherein the primary gas flowing in a flow space is locally inoculated with a seed gas and the movement of the latter, representative of the flow of the primary gas , is detected in an imaging manner by means of an image detector with an imaging optics arranged in front of it, wherein a gas mixture which moves with the primary gas and has a refractive index which can be distinguished from the primary gas is used as the seed gas, and the imaging detection is carried out by means of a background oriented schlieren measurement method, characterised in that the gas mixture is composed in such a way that: m P − ∑ i = 1 N a i m i < 2 g / mol , and n ′ P − ∑ i = 1 N a i n ′ i > 70 , where m P is the molar mass and n' P is the refractive index of the primary gas, m i is the molar mass and n ' i is the refractive index of the i-th gas component of the seed gas, N is the number of gas components of the seed gas and a i is their respective relative molar fraction in the seed gas, so that the co-movement of the gas mixture with the primary gas flowing at a flow velocity of 0.1 to 1.0 m/s takes place without relative movement. wherein a gas mixture which moves with the primary gas and has a refractive index which can be distinguished from the primary gas is used as the seed gas, and the imaging detection is carried out by means of a background oriented schlieren measurement method, characterised in that the gas mixture is composed in such a way that: m P − ∑ i = 1 N a i m i < 2 g / mol , and n ′ P − ∑ i = 1 N a i n ′ i > 70 , where m P is the molar mass and n' P is the refractive index of the primary gas, m i is the molar mass and n ' i is the refractive index of the i-th gas component of the seed gas, N is the number of gas components of the seed gas and a i is their respective relative molar fraction in the seed gas, so that the co-movement of the gas mixture with the primary gas flowing at a flow velocity of 0.1 to 1.0 m/s takes place without relative movement.
Obturator for a surgical needle set, which has, starting a finite distance from its distal tip (3.4), a hollow space extending longitudinally in a proximal direction, wherein at least one proximal lateral outlet of the hollow space is provided within a handle part of the obturator , and the hollow space is in connection with a passage (3.6.1.1) of an adapter part (3.6.1) of an adapter, which passage extends at a finite angle to the longitudinal extent of the hollow space, characterized in - that an obturator tube (3.3.) of the obturator in a region located in the handle part (3.1) is in the form of merely a half-tube with a jacket wall (3.3.1) extending over only half the circumference and in - that the handle part (3.1) has a slot (3.1.1) which extends to a male adapter part (3.6.1) formed in one piece with the handle part (3.1), the passage of which (3.6.1.1) opens into the slot (3.1.1). - that an obturator tube (3.3.) of the obturator in a region located in the handle part (3.1) is in the form of merely a half-tube with a jacket wall (3.3.1) extending over only half the circumference and in - that the handle part (3.1) has a slot (3.1.1) which extends to a male adapter part (3.6.1) formed in one piece with the handle part (3.1), the passage of which (3.6.1.1) opens into the slot (3.1.1).
Method for packaging bitumen, characterized in that the bitumen is soft bitumen with penetration values according to DIN EN 1426 of between 30 decimillimeters and 100 decimillimeters and a softening point according to the ring-and-ball method of less than 80°C, and the following steps are provided: - placing a plastic film flat onto a cooled belt of a belt cooler that runs around two drums , - applying molten soft bitumen in the form of at least one thin layer to the plastic film , - solidifying the soft bitumen layer on the belt cooler and - removing the soft bitumen layer together with the plastic film from the belt cooler in the form of a soft bitumen sheeting and - packaging the soft bitumen sheeting . - placing a plastic film flat onto a cooled belt of a belt cooler that runs around two drums , - applying molten soft bitumen in the form of at least one thin layer to the plastic film , - solidifying the soft bitumen layer on the belt cooler and - removing the soft bitumen layer together with the plastic film from the belt cooler in the form of a soft bitumen sheeting and - packaging the soft bitumen sheeting .
Filter device for use in a filter cartridge of a tangential flow filtration device, comprising at least one fluid inlet , at least one retentate outlet and at least one permeate outlet , as well as at least one membrane which separates a retentate section from a permeate section in the filter device , at least one flow fitting being arranged in the retentate section and/or in the permeate section , the flow fitting being formed from a structured plastic part, silicone part, metal part or ceramic part, characterized in that the at least one fluid inlet , the at least one retentate outlet and the at least one permeate outlet are formed in a housing of the filter device , in that the at least one flow fitting is formed as a mat with structures that are raised relative to the mat, and in that the at least one flow fitting is an injection-molded part that is formed integrally with a housing of the filter device and from the same material as the housing.
A thermal spray wire for use in a continuous arc wire thermal spraying machine including a wire feeding mechanism, the thermal spray wire comprising: a copper-plated coating having a thickness of from 0.3 to 1.2 μm on a surface of a rod made of stainless steel, wherein a diameter of the wire is 1.5mm or more and 1.6 mm or less, wherein the stainless steel consists of: 8 to 20% by mass of Cr; 0.005 to 0.2% by mass of C, 0.001 to 3.0% by mass of Ni, 0.01 to 3.0% by mass of Mn; optionally, Si, V, Mo, P, S and Al, wherein maximum contents of these elements are 0.01% by mass of Si, 0.15% by mass of V, 1.0% by mass of Mo, 0.01% by mass of P, 0.01% by mass of S, and 0.01% by mass of Al; and a balance of Fe and unavoidable impurities. a copper-plated coating having a thickness of from 0.3 to 1.2 μm on a surface of a rod made of stainless steel, wherein a diameter of the wire is 1.5mm or more and 1.6 mm or less, wherein the stainless steel consists of: 8 to 20% by mass of Cr; 0.005 to 0.2% by mass of C, 0.001 to 3.0% by mass of Ni, 0.01 to 3.0% by mass of Mn; optionally, Si, V, Mo, P, S and Al, wherein maximum contents of these elements are 0.01% by mass of Si, 0.15% by mass of V, 1.0% by mass of Mo, 0.01% by mass of P, 0.01% by mass of S, and 0.01% by mass of Al; and a balance of Fe and unavoidable impurities. 8 to 20% by mass of Cr; 0.005 to 0.2% by mass of C, 0.001 to 3.0% by mass of Ni, 0.01 to 3.0% by mass of Mn; optionally, Si, V, Mo, P, S and Al, wherein maximum contents of these elements are 0.01% by mass of Si, 0.15% by mass of V, 1.0% by mass of Mo, 0.01% by mass of P, 0.01% by mass of S, and 0.01% by mass of Al; and a balance of Fe and unavoidable impurities.