mhurhangee/ep-ind-claims huggingface dataset:
A printed temperature sensor comprising - an electrical circuit comprising a pair of electrodes (2a,2b) separated by an electrode gap; and - a sensor material disposed between the electrodes (2a,2b) to fill the electrode gap, wherein the sensor material comprises semi-conducting micro-particles comprising an NTC material with a negative temperature coefficient, wherein the micro-particles are mixed in a dielectric matrix functioning as a binder for printing the sensor material; wherein the micro-particles contact each other to form an interconnected network through the dielectric matrix, wherein the interconnected network of micro-particles acts as a conductive pathway with negative temperature coefficient between the electrodes (2a,2b), wherein the micro-particles are individual particles contacting each other without merging to form the interconnected network. - an electrical circuit comprising a pair of electrodes (2a,2b) separated by an electrode gap; and - a sensor material disposed between the electrodes (2a,2b) to fill the electrode gap, wherein the sensor material comprises semi-conducting micro-particles comprising an NTC material with a negative temperature coefficient, wherein the micro-particles are mixed in a dielectric matrix functioning as a binder for printing the sensor material; wherein the micro-particles contact each other to form an interconnected network through the dielectric matrix, wherein the interconnected network of micro-particles acts as a conductive pathway with negative temperature coefficient between the electrodes (2a,2b), wherein the micro-particles are individual particles contacting each other without merging to form the interconnected network.
A capsule for preparing a beverage in a beverage production machine, wherein the capsule comprises: - a capsule body with a sidewall delimiting a chamber for containing a substance for the preparation of the beverage; - an injection wall for injecting a fluid in the chamber for preparing the beverage upon interaction of the fluid with the substance; and - a delivery wall being connected to the capsule body to close the chamber, the delivery wall comprising in a layered manner [N-C1]: o a retention layer being adapted to be opened upon interaction with opening elements under the effect of rising pressure of the fluid being injected into the capsule, and o a filter layer for filtering out particles from the prepared beverage dispensed via the delivery wall, wherein each of the filter layer and the retention layer is made of biodegradable material, and characterized in that the filter layer is provided opposite to the chamber with respect to the retention layer. - a capsule body with a sidewall delimiting a chamber for containing a substance for the preparation of the beverage; - an injection wall for injecting a fluid in the chamber for preparing the beverage upon interaction of the fluid with the substance; and - a delivery wall being connected to the capsule body to close the chamber, the delivery wall comprising in a layered manner [N-C1]: o a retention layer being adapted to be opened upon interaction with opening elements under the effect of rising pressure of the fluid being injected into the capsule, and o a filter layer for filtering out particles from the prepared beverage dispensed via the delivery wall, o a retention layer being adapted to be opened upon interaction with opening elements under the effect of rising pressure of the fluid being injected into the capsule, and o a filter layer for filtering out particles from the prepared beverage dispensed via the delivery wall, wherein each of the filter layer and the retention layer is made of biodegradable material, and characterized in that the filter layer is provided opposite to the chamber with respect to the retention layer.
Method of lubricating a horological escapement mechanism comprising a mobile intended to receive a driving force and a stop organ intended to cooperate with the mobile to alternately block or liberate the rotation thereof, said mobile and said stop organ respectively having first and second contact organs intended to cooperate with one another, the method comprising a step of application of a grease to at least one of the first and second contact organs, said grease comprising particles of PTFE (polytetrafluoroethylene) dispersed in a base oil, the loading of PTFE being tuned with respect to the specific surface of the particles so as to obtain a grease exhibiting a grade of between 3 and 1, preferably a grade of 3 or 2 according to the NLGI (National Lubricating Grease Institute) scale.
Marking assembly for temporary securing to an item of clothing with a plate element for the application of the marking, said assembly comprising first connection means, and a securing element with a second connecting means for securing to the plate element with a textile material inserted there between, wherein the first connecting means comprise first magnetic connecting means and the second connecting means comprise second magnetic connecting means, so as to provide magnetic attraction forces between the plate element and the securing element, and, additionally, the first connecting means comprise positive locking means and the second connecting means comprise counter locking means, so as to provide a positive engagement, wherein the securing element comprises an accommodation housing, in which the separately produced second magnetic connecting means can be accommodated and can positively secured in the accommodated position, characterised in that latching means, which can be engaged with counter-latch engagement means of the magnetic connection means, are provided in the accommodation housing.
Method for attachment of a last outer coil of a timepiece balance spring in a balance spring stud, the method including the step of adhesive bonding the last outer coil of the timepiece balance spring by means of a fluid adhesive whose viscosity is comprised between 200 and 400 mPa.s.
An automobile pedal release system (10, 11, 12, 13, 14, 20, 21, 30), comprising: a housing (201, 250) having a first side wall and a second side wall, which opposes and is spaced apart from the first side wall by a space, wherein each of the first and second side walls includes a pocket recessed into an inner surface of the associated side wall such that the two pockets oppose one another; a brake pedal assembly comprising a pivot member disposed in the space and defining a pivot axis, first and second bushings, and a brake pedal arm rotatable about the pivot axis relative to the two bushings, wherein each bushing is disposed in a first portion of one of the two pockets and receives one of two ends of the pivot member; and a striker assembly; characterized in that: the striker assembly comprises a striker and two plugs, the striker having an elongated body extending in the space between the first and second side walls, wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact. a housing (201, 250) having a first side wall and a second side wall, which opposes and is spaced apart from the first side wall by a space, wherein each of the first and second side walls includes a pocket recessed into an inner surface of the associated side wall such that the two pockets oppose one another; a brake pedal assembly comprising a pivot member disposed in the space and defining a pivot axis, first and second bushings, and a brake pedal arm rotatable about the pivot axis relative to the two bushings, wherein each bushing is disposed in a first portion of one of the two pockets and receives one of two ends of the pivot member; and a striker assembly; characterized in that: the striker assembly comprises a striker and two plugs, the striker having an elongated body extending in the space between the first and second side walls, wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact. the striker assembly comprises a striker and two plugs, the striker having an elongated body extending in the space between the first and second side walls, wherein each plug is disposed in a second portion of one of the two pockets and includes a bore that receives one of two ends of the striker, and the striker is configured to collapse and each striker plug is configured to move in and dislodge from the pocket in response to a threshold force from the associated bushing in the event of a threshold impact.
A laser welding head for fastening under a focusing lens for focusing the laser, configured to be fastened against said focusing lens without any lateral opening between the focusing lens and said protective chamber, and comprising at least: • an annular nozzle for injecting a protective gas and arranged around an unobstructed optical axis passing through the laser welding head; and • a protective chamber for protecting the focusing lens by means of a transverse flow of air, the chamber having air admission and air exhaust in register with the air admission in a plane that is substantially perpendicular to said optical axis; this laser welding head being characterized in that it is, and in that it presents a distance (d) of at least 100 mm between an outlet of the annular nozzle and said protective chamber, in that it comprises a second nozzle for injecting protective gas, arranged behind the annular nozzle relative to a direction of advance of the laser welding head, and in that said air exhaust is oriented in a direction opposite from the direction of advance of the laser welding head. • an annular nozzle for injecting a protective gas and arranged around an unobstructed optical axis passing through the laser welding head; and • a protective chamber for protecting the focusing lens by means of a transverse flow of air, the chamber having air admission and air exhaust in register with the air admission in a plane that is substantially perpendicular to said optical axis; this laser welding head being characterized in that it is, and in that it presents a distance (d) of at least 100 mm between an outlet of the annular nozzle and said protective chamber, in that it comprises a second nozzle for injecting protective gas, arranged behind the annular nozzle relative to a direction of advance of the laser welding head, and in that said air exhaust is oriented in a direction opposite from the direction of advance of the laser welding head.
A method of maintaining rules for identifying network (NS1, NS2) services that exchange data packets (136, 138) with mobile terminals (108, 110) wirelessly connected to a network, the method comprising the following steps performed within the network: receiving from a subset of the mobile terminals reports indicative of network services used by the reporting mobile terminals; receiving one or more first data packets, the one or more first data packets originating from or being addressed to the reporting mobile terminals, each of the one or more first data packets including a data field; receiving one or more second data packets each of the one or more second data packets including a data field; associating the one or more first data packets with one of the network services based on one or more of the reports; and deriving or adapting, based on data extracted from the data field included in the one or more first data packets, one or more of the rules for identifying the one of the network services based on the data field included in the one or more second data packets, wherein the one or more second data packets are different from the one or more first data packets. receiving from a subset of the mobile terminals reports indicative of network services used by the reporting mobile terminals; receiving one or more first data packets, the one or more first data packets originating from or being addressed to the reporting mobile terminals, each of the one or more first data packets including a data field; receiving one or more second data packets each of the one or more second data packets including a data field; associating the one or more first data packets with one of the network services based on one or more of the reports; and deriving or adapting, based on data extracted from the data field included in the one or more first data packets, one or more of the rules for identifying the one of the network services based on the data field included in the one or more second data packets, wherein the one or more second data packets are different from the one or more first data packets.
A diagnosis method for a hydraulic machine including a rotational shaft, a plurality of cylinders, a plurality of pistons each configured to be guided by each of the plurality of cylinders to reciprocate in relation to rotation of the rotational shaft, and a casing for accommodating the cylinders and pistons, the diagnosis method characterized by comprising: a vibration detection step of detecting vibration of the casing by a vibration sensor disposed on the casing while rotating the rotational shaft in an unloaded state of the hydraulic machine; and a determination step of determining, on the basis of a detection result detected by the vibration sensor, whether a piston jump phenomenon which is accompanied by collision and separation of at least one of the pistons with respect to a rotational shaft side has occurred, wherein the vibration sensor is at least one acceleration meter mounted on the casing, wherein, in the vibration detection step, a waveform which indicates temporal change of acceleration of the casing is obtained by the at least one acceleration meter, and wherein, in the determination step, the piston jump phenomenon is determined to have occurred if a peak-to-rms ratio of a peak included in the waveform is at least a predetermined threshold value. a vibration detection step of detecting vibration of the casing by a vibration sensor disposed on the casing while rotating the rotational shaft in an unloaded state of the hydraulic machine; and a determination step of determining, on the basis of a detection result detected by the vibration sensor, whether a piston jump phenomenon which is accompanied by collision and separation of at least one of the pistons with respect to a rotational shaft side has occurred, wherein the vibration sensor is at least one acceleration meter mounted on the casing, wherein, in the vibration detection step, a waveform which indicates temporal change of acceleration of the casing is obtained by the at least one acceleration meter, and wherein, in the determination step, the piston jump phenomenon is determined to have occurred if a peak-to-rms ratio of a peak included in the waveform is at least a predetermined threshold value.
A method of wireless communication for a user equipment, UE, the method comprising: determining an amount of energy with which the UE is able to transmit in a first network over a first time period, the amount of energy being based on a remaining amount of energy that is a difference between an amount of energy already generated by transmissions within the first time period subtracted from an amount of energy corresponding to a threshold amount of energy for the first time period; sending, to a base station, information indicating the determined amount of energy; and receiving, from the base station, scheduling information based on the information indicating the determined amount of energy. determining an amount of energy with which the UE is able to transmit in a first network over a first time period, the amount of energy being based on a remaining amount of energy that is a difference between an amount of energy already generated by transmissions within the first time period subtracted from an amount of energy corresponding to a threshold amount of energy for the first time period; sending, to a base station, information indicating the determined amount of energy; and receiving, from the base station, scheduling information based on the information indicating the determined amount of energy.
A waste-heat boiler, which inside a cylindrical jacket includes a plurality of heat transfer tubes and essentially disposed bypass tube, each of which has an inlet end and an outlet end; which boiler includes a device that is secured to the jacket, for introducing water on the jacket side of the tubes (3, 4); which boiler includes a device for introducing a hot exhaust gas flow into the inlet end of the tubes (3, 4) and passing the exhaust gas flow through the tubes (3, 4) in indirect heat exchange with the water on the jacket side of the tubes, in order to generate steam and in order to cool the introduced exhaust gas flow; which boiler includes a device for carrying away generated water/steam and a device for carrying away the cooled exhaust gas flow; which boiler includes a regulating device, for keeping the waste-heat boiler gas outlet temperature in a defined temperature range, and the gas outlet temperature and gas flow quantity in the bypass tube are regulatable by a stopper that is disposed on the outlet end of the bypass tube and is axially adjustable by means of the regulating device; and the stopper protrudes into the outlet end of the bypass tube, which end is conically widened as viewed in the flow direction of the exhaust gas flow, and the gas flow cross section widens uniformly or nonuniformly as viewed in the flow direction of the exhaust gas flow, inside the gas flow region mutually overlapped by the inner contour of the outlet end of the outer contour of the stopper, characterized in that the stopper shaft joined to the stopper is coolable by a cooling medium; that the stopper shaft, joined to the stopper, is coolable by means of a cooling medium, the cooling medium being deliverable to the stopper through the stopper shaft; and that the waste-heat boiler has a guide device, which guides the stopper and/or the shaft and is adapted to the outer wall of the stopper and/or of the stopper shaft, so that between the outer wall and the guide device, a gap is created, through which the cooling medium can be guided.
Apparatus for the motor- and force-actuated movement of a lid, which is pivotable about a pivot axis, of a vehicle, in particular a motor vehicle, with a gas-filled spring device (1"), out of the cylinder of which a piston rod is led out on one side and is coupled to a fixed component of the body of the vehicle or to the lid at a distance from the pivot axis, and wherein the cylinder of the gas-filled spring device (1") is coupled to the lid at a distance from the pivot axis or to the component of the body, and with a flexible push-pull element which is operatively connected at its one end to the lid and is driveable in a motorized manner by a reversible drive in the direction of longitudinal extent of the gas-filled spring device (1"), wherein that end region of the push-pull element which is operatively connected to the lid is guided in a flexurally rigid guide extending in the direction of longitudinal extent of the gas-filled spring device (1"), and that part of the push-pull element which leads to the drive is guided in a flexible casing, and wherein the guide extends next to and parallel to the gas-filled spring device (1"), wherein the guide is rigidly connected at its one end to the free end of the piston rod, which end projects out of the cylinder, and that end region of the push-pull element which is displaceable in the guide is connected to the cylinder, characterized in that a slot is formed in the guide, on the side thereof which faces the cylinder, said slot extending in the direction of longitudinal extent of the guide and through which a connecting part, which fixedly connects the end region of the push-pull element to the cylinder, projects radially.
Straight-flow valve including a valve body which includes an infeed duct which, when viewed in the throughflow direction, terminates in a passage opening, wherein a terminal face that surrounds the passage opening configures a valve seat, furthermore including a shut-off member having a shut-off body which is movable between a closed position and an open position and which in the closed position bears on the valve seat, wherein the valve has restoring means which are capable of exerting on the shut-off body a restoring force acting in the direction of the closed position, wherein the shut-off body is movable in a pivoting manner between an open position and a closed position, characterized in that the valve body configures a V-shaped cut in which the passage opening is disposed, wherein a first wall of the V-shaped cut configures the valve seat.
A method for receiving user communications and context information associated with user communications at a first electronic device (130, 204, 904), the method comprising: receiving, by the first electronic device (130, 204, 904), an incoming user communication from a second electronic device (120, 202, 902) through a first device to device interaction communication channel; receiving, by the first electronic device (130, 204, 904), the context information from the second electronic device (102, 202, 902) via a context exchange cloud service through a second communication channel that is out-of-band with respect to the first device to device interaction communication channel; determining, by the first electronic device (130, 204, 904), whether the context information corresponds to the incoming user communication; and processing, by the first electronic device (130, 204, 904), in response to determining that the context information corresponds to the incoming user communication, the incoming user communication based on the context information; wherein the context information comprises one or more of the following: priority information, location information, geo-fence information, reputation of location information, biometric information, time information, electronic device information, and priority media content. receiving, by the first electronic device (130, 204, 904), an incoming user communication from a second electronic device (120, 202, 902) through a first device to device interaction communication channel; receiving, by the first electronic device (130, 204, 904), the context information from the second electronic device (102, 202, 902) via a context exchange cloud service through a second communication channel that is out-of-band with respect to the first device to device interaction communication channel; determining, by the first electronic device (130, 204, 904), whether the context information corresponds to the incoming user communication; and processing, by the first electronic device (130, 204, 904), in response to determining that the context information corresponds to the incoming user communication, the incoming user communication based on the context information; wherein the context information comprises one or more of the following: priority information, location information, geo-fence information, reputation of location information, biometric information, time information, electronic device information, and priority media content.