mhurhangee/patent-ind-claim-en huggingface dataset:
A display device , wherein the display device comprises: a display portion emitting a visible light (L2) of a linearly polarized wave having display information; an infrared light cut-off portion transmitting the visible light from the display portion and reducing an incident amount of an infrared light to the display portion ; and a reflecting portion reflecting the visible light transmitted through the infrared light cut-off portion , wherein the infrared light cut-off portion comprises an infrared light cut-off layer , the infrared light cut-off layer has a slow axis (SA1), and the slow axis (SA1) is generally parallel to a vibration direction (PL1) of the linearly polarized wave. a display portion emitting a visible light (L2) of a linearly polarized wave having display information; an infrared light cut-off portion transmitting the visible light from the display portion and reducing an incident amount of an infrared light to the display portion ; and a reflecting portion reflecting the visible light transmitted through the infrared light cut-off portion , wherein the infrared light cut-off portion comprises an infrared light cut-off layer , the infrared light cut-off layer has a slow axis (SA1), and the slow axis (SA1) is generally parallel to a vibration direction (PL1) of the linearly polarized wave.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which apparatus comprises a stream generating device that is adapted to generate a gas stream inside a process chamber of the apparatus , wherein the stream generating device is adapted to spatially control at least one parameter relating to a composition of the gas stream , characterized in that the stream generating device further comprises a control unit which is adapted to control the composition of the gas stream and in that the stream generating device comprises a stream generating unit that provides a stream intake and a stream outlet , the stream generating unit being moveable to the position of the object to provide a gas stream between the intake and the outlet that differs from the gas stream of the stream generating device regarding the chemical composition of the gas streams . characterized in that the stream generating device further comprises a control unit which is adapted to control the composition of the gas stream and in that the stream generating device comprises a stream generating unit that provides a stream intake and a stream outlet , the stream generating unit being moveable to the position of the object to provide a gas stream between the intake and the outlet that differs from the gas stream of the stream generating device regarding the chemical composition of the gas streams .
Weighing module device for a kitchen appliance, having - at least one force sensor on a sensor element , - at least one receiving device for connecting the sensor element to a baseplate of the kitchen appliance, - a suction foot , which is connected detachably to the sensor element , wherein when the kitchen appliance is used properly, the suction foot is used as a lower support for the sensor element , and wherein when the kitchen appliance is used properly, the receiving device is used as an upper support for the sensor element , and wherein the weight force of the mass of the kitchen appliance and of the item to be weighed which is located therein acts on the sensor element by way of the receiving device , characterised in that the sensor element has a mushroom head-type plug connector , which, when the kitchen appliance is used properly, plugs into a central opening , in the suction foot , which points upwards and corresponds hereto. - at least one force sensor on a sensor element , - at least one receiving device for connecting the sensor element to a baseplate of the kitchen appliance, - a suction foot , which is connected detachably to the sensor element , wherein when the kitchen appliance is used properly, the suction foot is used as a lower support for the sensor element , and wherein when the kitchen appliance is used properly, the receiving device is used as an upper support for the sensor element , and wherein the weight force of the mass of the kitchen appliance and of the item to be weighed which is located therein acts on the sensor element by way of the receiving device , characterised in that the sensor element has a mushroom head-type plug connector , which, when the kitchen appliance is used properly, plugs into a central opening , in the suction foot , which points upwards and corresponds hereto.
Clip for fastening a first element to a second element, wherein the clip comprises • a head and a tip and • a first side and a second side , wherein the first side extends from the head in the direction of the tip and the second side extends from the head in the direction of the tip , • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side , • wherein the first side wall comprises a first projecting finger which overlaps a region of the second side wall , wherein the first side wall comprises a second projecting finger which overlaps another region of the second side wall , characterized in that the first side wall has a flat base body , wherein the second projecting finger has an end section which runs parallel to the flat base body , wherein the end section of the second finger has an outwardly facing surface which runs in a plane running parallel to a plane in which the outwardly facing surface of the base body extends, wherein a bent section is provided between the base body and the end section of the second finger, and the bent section is configured as a double bend, which is initially bent in a first direction and is then bent in the further course in another direction. • a head and a tip and • a first side and a second side , wherein the first side extends from the head in the direction of the tip and the second side extends from the head in the direction of the tip , • wherein a first side wall extends from the first side in the direction of the second side and a second side wall extends from the second side in the direction of the first side , • wherein the first side wall comprises a first projecting finger which overlaps a region of the second side wall ,
A system for determining a patient-ventilator breath contribution index (PVBC) in a spontaneously breathing, mechanically ventilated patient , comprising: - a first detector of electrical activity (EAdi) of a patient's respiratory muscle during inspiration without or with reduced mechanical ventilatory assist and with mechanical ventilatory assist; - a second detector of a patient's inspiratory volume (Vt) without or with reduced mechanical ventilatory assist and with mechanical ventilatory assist; and - a calculator determining a patient's efficiency to generate an inspiratory volume (Vt) without or with reduced mechanical ventilatory assist as a first ratio between the detected patient's inspiratory volume (Vt) without or with reduced mechanical ventilatory assist and the detected electrical activity (EAdi) of the patient's respiratory muscle during inspiration and without or with reduced mechanical ventilatory assist, wherein when the measurement is done with reduced mechanical ventilatory assist, a linear or non-linear prediction model is used to estimate what the reduction in diaphragm electrical activity (EAdi) and inspiratory volume (Vt) would have been at the zero level or PEEP level and thereby determining the first ratio; said calculator determining further a patient's efficiency to generate an inspiratory volume (Vt) with mechanical ventilatory assist as a second ratio between the detected patient's inspiratory volume (Vt) with mechanical ventilatory assist and the detected electrical activity (EAdi) of the patient's respiratory muscle during inspiration and with mechanical ventilatory assist; and the patient-ventilator breath contribution index as a third ratio between the calculated patient's efficiency to generate an inspiratory volume without or with reduced mechanical ventilatory assist and the calculated patient's efficiency to generate an inspiratory volume with mechanical ventilatory assist. - a first detector of electrical activity (EAdi) of a patient's respiratory muscle during inspiration without or with reduced mechanical ventilatory assist and with mechanical ventilatory assist; - a second detector of a patient's inspiratory volume (Vt) without or with reduced mechanical ventilatory assist and with mechanical ventilatory assist; and - a calculator determining a patient's efficiency to generate an inspiratory volume (Vt) without or with reduced mechanical ventilatory assist as a first ratio between the detected patient's inspiratory volume (Vt) without or with reduced mechanical ventilatory assist and the detected electrical activity (EAdi) of the patient's respiratory muscle during inspiration and without or with reduced mechanical ventilatory assist, wherein when the measurement is done with reduced mechanical ventilatory assist, a linear or non-linear prediction model is used to estimate what the reduction in diaphragm electrical activity (EAdi) and inspiratory volume (Vt) would have been at the zero level or PEEP level and thereby determining the first ratio;
An OH radical measurement device , comprising: an OH radical detection probe ; and a contact unit configured to bring the OH radical detection probe into contact with a gas to be measured, the OH radical detection probe including an aromatic carboxylic acid or an aromatic carboxylic acid derivative, a polar aprotic organic solvent, and a polar protic organic solvent, wherein in the OH radical detection probe a content of the polar protic organic solvent is higher than a content of the polar aprotic organic solvent. an OH radical detection probe ; and a contact unit configured to bring the OH radical detection probe into contact with a gas to be measured, the OH radical detection probe including an aromatic carboxylic acid or an aromatic carboxylic acid derivative, a polar aprotic organic solvent, and a polar protic organic solvent, wherein in the OH radical detection probe a content of the polar protic organic solvent is higher than a content of the polar aprotic organic solvent.
An adhesive composition comprising an organic solvent, a polyolefin resin (A) that is dissolved in said organic solvent, and a polyfunctional isocyanate compound, said polyolefin resin (A) having a melt flow rate measured at 130°C of 5 to 40 g/10 min in accordance with JIS K 7210, and including a carboxyl group, wherein said polyolefin resin (A) has a melting point of 84°C to 90°C.
An Analog-to-Digital Converter, ADC, having a circuit, the circuit comprising: a plurality of ADC channels connected to an in-service signal input via an isolated power combiner , wherein the in-service signal input is configured to receive an RF input signal and is connected to a first input port of the isolated power combiner and the plurality of ADC channels are connected to output ports of the isolated power combiner ; an on-chip circuit including a calibration source connected to a second input port of the isolated power combiner ; and one or more switches configured to switch the ADC between an in-service mode and a calibration mode; wherein the one or more switches are set such that in the calibration mode, the in-service signal input is disconnected from the plurality of ADC channels and the on-chip circuit is connected to the second input port of the isolated power combiner , and in the in-service mode, the in-service signal input is connected to the plurality of ADC channels and the on-chip circuit is disconnected from the second input port of the isolated power combiner ; wherein, in the calibration mode, the calibration source of the on-chip circuit is configured to provide a test signal through the isolated power combiner to the plurality of ADC channels for a determination of interleave errors in the plurality of ADC channels . a plurality of ADC channels connected to an in-service signal input via an isolated power combiner , wherein the in-service signal input is configured to receive an RF input signal and is connected to a first input port of the isolated power combiner and the plurality of ADC channels are connected to output ports of the isolated power combiner ; an on-chip circuit including a calibration source connected to a second input port of the isolated power combiner ; and one or more switches configured to switch the ADC between an in-service mode and a calibration mode; in the calibration mode, the in-service signal input is disconnected from the plurality of ADC channels and the on-chip circuit is connected to the second input port of the isolated power combiner , and in the in-service mode, the in-service signal input is connected to the plurality of ADC channels and the on-chip circuit is disconnected from the second input port of the isolated power combiner ; wherein, in the calibration mode, the calibration source of the on-chip circuit is configured to provide a test signal through the isolated power combiner to the plurality of ADC channels for a determination of interleave errors in the plurality of ADC channels .
A high performance through-air apparatus comprising: a through-air roll configured for rotational movement about a first axis ; a high flow air path inside of the apparatus that includes a path extending through a supply conduit , through the through-air roll , and also through an exhaust conduit ; a plurality of turning vanes positioned within the high flow circuitous path positioned to guide the flow of air through the apparatus; wherein the through-air apparatus has a length, a width, a height, which together define a volume having a compact configuration; and characterised in that the high flow air path inside of the apparatus is a high flow circuitous air path that has a length of at least 20 m, wherein the ratio of the volume of the through-air apparatus to the length of the high flow circuitous air path is less than 20 m 2 . a through-air roll configured for rotational movement about a first axis ; a high flow air path inside of the apparatus that includes a path extending through a supply conduit , through the through-air roll , and also through an exhaust conduit ; a plurality of turning vanes positioned within the high flow circuitous path positioned to guide the flow of air through the apparatus; wherein the through-air apparatus has a length, a width, a height, which together define a volume having a compact configuration; and characterised in that the high flow air path inside of the apparatus is a high flow circuitous air path that has a length of at least 20 m, wherein the ratio of the volume of the through-air apparatus to the length of the high flow circuitous air path is less than 20 m 2 .
A haptic interface with at least two degrees of freedom including: - at least one element for interaction with a user, - at least two passive brakes each extending along an axis (X, Y), each of the brakes being capable of exerting a resistive force about the axis (X, Y) thereof, said forces being controllable, - means for measuring a position of the element for interaction with a user, - means for detecting the user's intention to act on the element for interaction with the user, the detection means including at least one force sensor connected to the element for interaction with the user, the sensor determining at least one direction of the force applied by the user to the element for interaction with a user so as to determine his intention before a displacement of the interaction element is detected, - a control unit (UC) capable of sending orders to said brakes depending on the information on the position of the element for interaction with the user and on the action intention of the user, such that said passive brakes generate resistive forces according to at least one given haptic pattern. - at least one element for interaction with a user, - at least two passive brakes each extending along an axis (X, Y), each of the brakes being capable of exerting a resistive force about the axis (X, Y) thereof, said forces being controllable, - means for measuring a position of the element for interaction with a user, - means for detecting the user's intention to act on the element for interaction with the user, the detection means including at least one force sensor connected to the element for interaction with the user, the sensor determining at least one direction of the force applied by the user to the element for interaction with a user so as to determine his intention before a displacement of the interaction element is detected, - a control unit (UC) capable of sending orders to said brakes depending on the information on the position of the element for interaction with the user and on the action intention of the user, such that said passive brakes generate resistive forces according to at least one given haptic pattern.
A method of protecting an electrical circuit of a hybrid vehicle having an electrical circuit and an internal combustion engine, the method comprising detecting a first request to start the vehicle and, in response thereto, energising the electrical circuit without starting the engine, detecting one or more further requests to start the vehicle and, if each of the one or more further requests is detected within a respective predetermined time interval from a preceding request, starting the engine and energising the electrical circuit in response thereto.
Assembly (kit) comprising a cosmetic device (applicator) , a foundation composition and a corrective composition intended to be applied onto a deposit of the foundation composition by means of said device , the cosmetic device (applicator) comprises an application surface comprising a network of zones having corrective composition releasing properties, which is configured to form during application onto the surface of the foundation composition a pattern, the corrective composition comprises a red dye, the application surface has a peripheral surface comprising islets (42; 120) arranged non-uniformly in the surrounding surface, the said islets (42; 120) each having a largest dimension of at least 0.8 mm and having a shape and/or properties for releasing the corrective composition that are different from the shape and/or properties of the surrounding surface, so as to lead to the creation on the surface of the foundation composition of a pattern whose appearance is linked to the arrangement of the islets (42; 120) on the surface and that reproduces the appearance of skin colour and/or relief heterogeneities.
Kit of parts for fastening a housing in a vehicle, with a carrier plate oriented transversely to an insertion direction, which has at least one receptacle into which a projection of the housing can be inserted along the insertion direction, and a securing plate extending parallel to the insertion direction, which has a further receptacle for a further projection of the housing, wherein the further receptacle is connected to an edge of the securing plate via a passage , wherein the kit of parts comprises an elastic buffer which can be fixed in each receptacle of the carrier plate and has a passage extending in the insertion direction in order to receive the at least one projection, characterized in that the buffer has a section of smaller diameter between two sections of larger diameter and each receptacle of the carrier plate has a wide area which is dimensioned to at least to let one of the sections of larger diameter through, and a narrow area in which the section of smaller diameter can be fixed immovably in the insertion direction.
A sniffer probe for detecting gas leaks, comprising a suction gas line which at its one end has a suction gas inlet and at its opposite end has a suction gas outlet connectable to a suction device , and further comprising a measurement gas line branching from the suction gas line , which measurement gas line at its one end has a measurement gas inlet forming the branch and at its opposite end has a measurement gas outlet connectable to a gas detector, characterized in that the measurement gas inlet has a measurement gas particle filter arranged such that the suction gas flow guided through the suction gas line to the suction gas outlet is guided along the surface of the measurement gas particle filter .
A method of performing a biometric operation, the method comprising: receiving a job request to perform a biometric operation, the job request including input data, identifying a database to be used in the performance of the biometric operation in association with a database plug-in , and specifying a function to be performed in association with a biometric operations plug-in ; restructuring the biometric operation as a plurality of tasks, the job request further specifying a biometric operations plug-in function to be performed across a number of entries in the database, the number of entries in the database being a subset of the entries in the database; assigning the number of entries in the database to each of the plurality of tasks; generating an independent worker process (58-1; 58-2) for different cores (54-1; 54-2) of a multi-core processor ; assigning each task of the one or more tasks to one of the worker processes; distributing the plurality of tasks among the worker processes, the worker processes acquiring their functionality from the database plug-in and biometric operations plug-ins, respectively; collecting results produced by each worker process assigned one of the plurality of tasks into a results buffer ; and deciding whether to report results to a user for that particular job. receiving a job request to perform a biometric operation, the job request including input data, identifying a database to be used in the performance of the biometric operation in association with a database plug-in , and specifying a function to be performed in association with a biometric operations plug-in ; restructuring the biometric operation as a plurality of tasks, the job request further specifying a biometric operations plug-in function to be performed across a number of entries in the database, the number of entries in the database being a subset of the entries in the database; assigning the number of entries in the database to each of the plurality of tasks; generating an independent worker process (58-1; 58-2) for different cores (54-1; 54-2) of a multi-core processor ; assigning each task of the one or more tasks to one of the worker processes; distributing the plurality of tasks among the worker processes, the worker processes acquiring their functionality from the database plug-in and biometric operations plug-ins, respectively; collecting results produced by each worker process assigned one of the plurality of tasks into a results buffer ; and deciding whether to report results to a user for that particular job.