mhurhangee/patent-ind-claim-en huggingface dataset:
A wall or roof system comprising: a) a structural element having a first and a second side ; b) an insulation element having first and second major surfaces, the insulation element arranged with its first major surface proximal to the second side of the structural element , the insulation element comprising an internal layer proximal to the structural element , and an external layer distal from the structural element , both layers being distinct from each other and both layers extending in the length and width direction of the insulation element ; c) a spacer fastening device for fixation of the insulation element to the structural element , spacer fastening device adapted to hold the external layer and therefore also the second major surface of the insulation element spaced at a defined distance from the second side of the structural element , this distance being adjustable by acting on the spacer fastening device ; wherein the external layer comprises fibrous insulating material with a density lower than 140 kg/m 3 ; the fibrous insulating material in the external layer has a laminar configuration of the fibers so that the fibers are predominantly oriented parallel to the first and second major surfaces ; and the internal layer comprises fibrous insulating material having a density lower than 60 kg/m 3 , wherein the fibrous insulating material of the internal layer is mineral wool and has a laminar configuration of the fibers so that the fibers are predominantly oriented parallel to the first and second major surfaces . a) a structural element having a first and a second side ; b) an insulation element having first and second major surfaces, the insulation element arranged with its first major surface proximal to the second side of the structural element , the insulation element comprising an internal layer proximal to the structural element , and an external layer distal from the structural element , both layers being distinct from each other and both layers extending in the length and width direction of the insulation element ; c) a spacer fastening device for fixation of the insulation element to the structural element , spacer fastening device adapted to hold the external layer and therefore also the second major surface of the insulation element spaced at a defined distance from the second side of the structural element , this distance being adjustable by acting on the spacer fastening device ; the external layer comprises fibrous insulating material with a density lower than 140 kg/m 3 ; the fibrous insulating material in the external layer has a laminar configuration of the fibers so that the fibers are predominantly oriented parallel to the first and second major surfaces ; and the internal layer comprises fibrous insulating material having a density lower than 60 kg/m 3 , wherein the fibrous insulating material of the internal layer is mineral wool and has a laminar configuration of the fibers so that the fibers are predominantly oriented parallel to the first and second major surfaces .
An analog neural memory system comprising: a first bank comprising a first array of non-volatile memory cells; a second bank comprising a second array of non-volatile memory cells; writing circuitry shared by the first bank and the second bank; sensing circuitry shared by the first bank and the second bank; a first write multiplexor to couple the first bank to the writing circuitry; a second write multiplexor to couple the second bank to the writing circuitry; a first read multiplexor to couple the first bank to the sensing circuitry; a second read multiplexor to couple the second bank to the sensing circuitry; and control circuitry for concurrently performing a write operation using the writing circuitry on one of the first bank and the second bank through one of the first write multiplexor and the second write multiplexor and a verify operation using the sensing circuitry on the other of the first bank and the second bank through one of the first read multiplexor and the second read multiplexor. a first bank comprising a first array of non-volatile memory cells; a second bank comprising a second array of non-volatile memory cells; writing circuitry shared by the first bank and the second bank; sensing circuitry shared by the first bank and the second bank; a first write multiplexor to couple the first bank to the writing circuitry; a second write multiplexor to couple the second bank to the writing circuitry; a first read multiplexor to couple the first bank to the sensing circuitry; a second read multiplexor to couple the second bank to the sensing circuitry; and control circuitry for concurrently performing a write operation using the writing circuitry on one of the first bank and the second bank through one of the first write multiplexor and the second write multiplexor and a verify operation using the sensing circuitry on the other of the first bank and the second bank through one of the first read multiplexor and the second read multiplexor.
An apparatus for treating reflux disease and obesity of a human patient, the apparatus comprises: an implantable movement restriction device having an outer surface, wherein the outer surface of the movement restriction device is adapted to be kept in place contacting the stomach fundus wall , in a position between the patient's diaphragm and at least a portion of the lower part of the stomach fundus wall, such that movement of the cardiac notch of the patient's stomach towards the patient's diaphragm is restricted, to thereby prevent the cardia from sliding through the patient's diaphragm opening into the patient's thorax, wherein the movement restriction device is adapted to be completely invaginated by the stomach fundus wall and to contact, directly or indirectly, the diaphragm muscle to prevent such sliding of the cardia through the patient's diaphragm , so as to maintain the supporting pressure against the patient's cardia sphincter muscle exerted from the patient's abdomen, the movement restriction device having a size of at least 125 mm 3 and a circumference of at least 15 mm, characterized in that the movement restriction device further comprises a fixator adapted to be secured by at least one fixation device to secure the movement restriction device in said position, when the movement restriction device is implanted. an implantable movement restriction device having an outer surface, wherein the outer surface of the movement restriction device is adapted to be kept in place contacting the stomach fundus wall , in a position between the patient's diaphragm and at least a portion of the lower part of the stomach fundus wall, such that movement of the cardiac notch of the patient's stomach towards the patient's diaphragm is restricted, to thereby prevent the cardia from sliding through the patient's diaphragm opening into the patient's thorax, wherein the movement restriction device is adapted to be completely invaginated by the stomach fundus wall and to contact, directly or indirectly, the diaphragm muscle to prevent such sliding of the cardia through the patient's diaphragm , so as to maintain the supporting pressure against the patient's cardia sphincter muscle exerted from the patient's abdomen, the movement restriction device having a size of at least 125 mm 3 and a circumference of at least 15 mm, characterized in that the movement restriction device further comprises a fixator adapted to be secured by at least one fixation device to secure the movement restriction device in said position, when the movement restriction device is implanted.
Packaging machine for manufacturing products along a production direction (P), in particular a deep-drawing packaging machine, comprising a machine frame and at least one workstation (AS), in particular a sealing station and/or a shaping station , with a lifting gear for supporting and moving a lower tool part between an open and a closed position (P1, P2), wherein the lower tool part is approached, in the closed position (P1), to an upper tool part arranged thereon for a working operation, and is spaced apart from the upper tool part in the open position (P2), characterized in that a tilting mechanism is provided for a tool changing operation which is configured to bring the lower tool part from its orientation taken in the open position (P1) to a tilted position (K).
A method for detecting and removing erroneous tire pressure values , the method comprising operating at least one processor of a telematics device to: receive, from a vehicle , tire pressure data comprising a time series of tire pressure values; simplify the tire pressure data by removing at least some of the tire pressure values that satisfy a predetermined interpolation error threshold; detect, using a trained machine learning classifier, at least one erroneous tire pressure value in the tire pressure data , each erroneous tire pressure value being detected based on the erroneous tire pressure value and a plurality of lagging tire pressure values consecutively trailing the erroneous tire pressure value ; clean the tire pressure data by removing the at least one erroneous tire pressure value ; and transmit the tire pressure data to a fleet management system , whereby the at least one erroneous tire pressure value is not transmitted to the fleet management system . simplify the tire pressure data by removing at least some of the tire pressure values that satisfy a predetermined interpolation error threshold; detect, using a trained machine learning classifier, at least one erroneous tire pressure value in the tire pressure data , each erroneous tire pressure value being detected based on the erroneous tire pressure value and a plurality of lagging tire pressure values consecutively trailing the erroneous tire pressure value ; clean the tire pressure data by removing the at least one erroneous tire pressure value ; and transmit the tire pressure data to a fleet management system , whereby the at least one erroneous tire pressure value is not transmitted to the fleet management system .
Method for shelf-life investigations of foodstuffs (50.4) in packagings , characterized in that the following steps are performed: a) create at least one reference measurement, including: (a1) a direct and indirect sample measurement RMd,i at time Tx, where a direct sample measurement of the foodstuff takes place by destruction of the packaging and an indirect sample measurement of the food takes place by non-destructive examination of the packaging, a2) repetition of direct and indirect sample measurement RMd,i at predefined intervals Δt a3) storage of the reference measurement results RMd,i of the sample measurements b) create a comparison measurement with: b1) at least one indirect sample measurement Mi at time Tx b2) comparison of the indirect measurement result Mi with the corresponding reference measurement result RMi from the comparison time Tx b3) performance of at least one direct sample measurement Md at time Tx in the event of an exceeded deviation of the comparison result from step b2) b4) repetition of the indirect sample measurement at predefined intervals Δt b5) storage of the measurement results Md,i of the sample measurements. a) create at least one reference measurement, including: (a1) a direct and indirect sample measurement RMd,i at time Tx, where a direct sample measurement of the foodstuff takes place by destruction of the packaging and an indirect sample measurement of the food takes place by non-destructive examination of the packaging, a2) repetition of direct and indirect sample measurement RMd,i at predefined intervals Δt a3) storage of the reference measurement results RMd,i of the sample measurements (a1) a direct and indirect sample measurement RMd,i at time Tx, where a direct sample measurement of the foodstuff takes place by destruction of the packaging and an indirect sample measurement of the food takes place by non-destructive examination of the packaging, a2) repetition of direct and indirect sample measurement RMd,i at predefined intervals Δt a3) storage of the reference measurement results RMd,i of the sample measurements b) create a comparison measurement with: b1) at least one indirect sample measurement Mi at time Tx b2) comparison of the indirect measurement result Mi with the corresponding reference measurement result RMi from the comparison time Tx b3) performance of at least one direct sample measurement Md at time Tx in the event of an exceeded deviation of the comparison result from step b2) b4) repetition of the indirect sample measurement at predefined intervals Δt b5) storage of the measurement results Md,i of the sample measurements. b1) at least one indirect sample measurement Mi at time Tx b2) comparison of the indirect measurement result Mi with the corresponding reference measurement result RMi from the comparison time Tx b3) performance of at least one direct sample measurement Md at time Tx in the event of an exceeded deviation of the comparison result from step b2) b4) repetition of the indirect sample measurement at predefined intervals Δt b5) storage of the measurement results Md,i of the sample measurements.
A filter cartridge for surgical gas delivery systems comprising: a filter housing configured to be seated in a filter cartridge interface of a surgical gas delivery system, with a plurality of flow paths defined through the filter housing including at least one evacuation/return flow path and at least one insufflation/sensing flow path; a first filter element seated in a first end portion of the filter housing ; and a second filter element seated in a second end portion of the filter housing opposite the first end portion; and characterized by a humidity filter element in the evacuation/return flow path for removing humidity from an evacuation/return lumen of a tube set, wherein the humidity filter element includes a sintered polymer material configured to provide tortuous flow paths therethrough to condense humidity out of a flow through the humidity filter element, wherein the humidity filter element is seated in a return passage of the filter housing radially outboard of the first filter element and includes a cross sectional shape that conforms to the return passage of the filter housing. a filter housing configured to be seated in a filter cartridge interface of a surgical gas delivery system, with a plurality of flow paths defined through the filter housing including at least one evacuation/return flow path and at least one insufflation/sensing flow path; a first filter element seated in a first end portion of the filter housing ; and a second filter element seated in a second end portion of the filter housing opposite the first end portion; and characterized by a humidity filter element in the evacuation/return flow path for removing humidity from an evacuation/return lumen of a tube set, wherein the humidity filter element includes a sintered polymer material configured to provide tortuous flow paths therethrough to condense humidity out of a flow through the humidity filter element, wherein the humidity filter element is seated in a return passage of the filter housing radially outboard of the first filter element and includes a cross sectional shape that conforms to the return passage of the filter housing.
A product metering device for regulating the depth, or leveling, of a flowable product coating a surface that is movable relative to the metering device by directing an air curtain towards the surface, the air curtain serving to reduce the thickness of the product coating on the surface downstream of the air curtain to a desired depth, the metering device comprising a body having an interior chamber , an inlet for connecting the chamber to a source of gas under super-ambient pressure; and an opening communicating with the chamber and having a mouth through which gas is discharged from the chamber towards the surface to form the air curtain; a porous or reticulated membrane being provided to regulate the discharged air flow, characterized in that the flow regulating membrane is secured to, or formed integrally with, the body of the device to lie in the path of gas that has passed through the mouth of the opening , so as to be located, during use, adjacent the product coated surface.
A radiation-curable silicone composition for additive-manufacturing technology comprising mercapto-functional polyorganosiloxane(s) as Component A, organosiloxane(s) with at least two aliphatic unsaturated carbon-carbon moieties as Component B, photo-initiator(s) as Component C for initiating a curing reaction between Component A and Component B, dye(s) as Component D dissolved in mercapto-functional polyorganosiloxane(s) as Component E, the mercapto-functional polyorganosiloxane(s) having a fraction of (mercaptoalkyl)methylsiloxane units of at least 50 mol%, wherein Component D is dissolved in Component E before Component D is combined with the other components of the radiation-curable silicone composition. mercapto-functional polyorganosiloxane(s) as Component A, organosiloxane(s) with at least two aliphatic unsaturated carbon-carbon moieties as Component B, photo-initiator(s) as Component C for initiating a curing reaction between Component A and Component B, dye(s) as Component D dissolved in mercapto-functional polyorganosiloxane(s) as Component E, the mercapto-functional polyorganosiloxane(s) having a fraction of (mercaptoalkyl)methylsiloxane units of at least 50 mol%, wherein Component D is dissolved in Component E before Component D is combined with the other components of the radiation-curable silicone composition.
A three-dimensional printing device , comprising: a body ; a tank , rotatably assembled on the body , the tank being configured to be filled with a liquid forming material ; an origin target , disposed on the tank and rotating along with the tank ; a sensor , disposed on the body and located above the liquid forming material to sense a height of level of the liquid forming material in the tank ; and a control module , electrically connecting the tank and the sensor and driving the tank to rotate, the sensor being located above a rotation path of the origin target , and the control module sensing the origin target through the sensor and positioning a rotation origin of the tank when the origin target passes through a place below the sensor . a body ; a tank , rotatably assembled on the body , the tank being configured to be filled with a liquid forming material ; an origin target , disposed on the tank and rotating along with the tank ; a sensor , disposed on the body and located above the liquid forming material to sense a height of level of the liquid forming material in the tank ; and a control module , electrically connecting the tank and the sensor and driving the tank to rotate, the sensor being located above a rotation path of the origin target , and the control module sensing the origin target through the sensor and positioning a rotation origin of the tank when the origin target passes through a place below the sensor .
A method for electrical discharge machining a workpiece including the steps of: presenting an elongate electrode to the workpiece with a spark gap therebetween; flowing a dielectric fluid to the gap; eroding the workpiece by electrical discharge between the tip of the electrode and the workpiece; using a servo system to displace the electrode in a direction aligned with the long axis of the electrode to maintain the gap as the electrode wears and the workpiece is eroded; and simultaneously with the displacement, using the servo system to produce vibratory movement of the electrode, the vibratory movement being aligned with the long axis of the electrode; wherein the servo system has a frequency response of at least 1 kHz for displacing the electrode to maintain the gap; and wherein the vibratory movement of the electrode induces corresponding vibrations in the dielectric fluid , which cause the dielectric fluid to form pulsating jets in the gap . presenting an elongate electrode to the workpiece with a spark gap therebetween; flowing a dielectric fluid to the gap; eroding the workpiece by electrical discharge between the tip of the electrode and the workpiece; using a servo system to displace the electrode in a direction aligned with the long axis of the electrode to maintain the gap as the electrode wears and the workpiece is eroded; and simultaneously with the displacement, using the servo system to produce vibratory movement of the electrode, the vibratory movement being aligned with the long axis of the electrode; wherein the servo system has a frequency response of at least 1 kHz for displacing the electrode to maintain the gap; and wherein the vibratory movement of the electrode induces corresponding vibrations in the dielectric fluid , which cause the dielectric fluid to form pulsating jets in the gap .
A method implemented by a first device, the method comprising: estimating, by the first device, a first pathloss between the first device and a serving access node with respect to a sidelink beam between the first device and a second device, the sidelink beam being used by the first device to make a device-to-device transmission to the second device; determining, by the first device, a sidelink transmit power for a sidelink transmission between the first device and the second device in accordance with the first pathloss; and transmitting, by the first device, to the second device, the sidelink transmission in accordance with the sidelink transmit power. estimating, by the first device, a first pathloss between the first device and a serving access node with respect to a sidelink beam between the first device and a second device, the sidelink beam being used by the first device to make a device-to-device transmission to the second device; determining, by the first device, a sidelink transmit power for a sidelink transmission between the first device and the second device in accordance with the first pathloss; and transmitting, by the first device, to the second device, the sidelink transmission in accordance with the sidelink transmit power.