mhurhangee/ep-ind-claims huggingface dataset:
A ski binding which is suitable for alpine skiing and alpine touring, comprising: a bearing part which is to be arranged in the front region of the ski; and a plate which is arranged on the bearing part such that it can be pivoted upwards about an axis (6; 27) which lies transverse to the longitudinal direction of the ski, and on which the front sole retainer arrangement and the rear heel retainer are fastened in order to hold a ski boot or touring boot, wherein the plate can be fixed, in its rear region and via at least one latch element (9; 28), to an abutment which is attached on the ski, wherein the latch element or elements is or are arranged in front of or in the region of the rear heel retainer, wherein: the front sole retainer arrangement is assigned a height-adjustable supporting arrangement for the front region of the sole of the boot; the supporting arrangement comprises a carriage which is guided such that it can be shifted by lateral guiding elements on lateral guiding webs of the plate; and the guiding webs are arranged obliquely with respect to the plane of the plate, such that the carriage is also adjusted in the vertical direction when it is longitudinally shifted in the direction of the guiding webs relative to the plate, characterised in that the position of the carriage on the guiding webs can be set by means of a setting screw, the head of which is axially and radially mounted on the bearing part, and the threaded portion of which is rotated into a nut which is axially and radially held on the carriage with the ability to wobble.
A multi-plate disc brake comprising interleaved rotatable and non-rotatable brake discs within a brake housing, a ball and ramp type brake actuator comprising first and second relatively rotatable annular actuator discs (20, 21) with actuator balls therebetween located in circumferentially ramped pockets (20a, 21a) on opposing faces of the actuator discs, a wedge-shaped actuator member and an actuating means to displace the actuator member between confronting abutments (20b, 21b) on the respective actuator discs to relatively rotate the discs (20, 21) to cause the balls to rise up the ramped pockets and hence expand the actuator axially to move the brake discs into engagement, the brake being characterised in that cooling oil is supplied into the brake housing through the wedge-shaped actuator member.
A method of forming an organic semiconductor layer by applying a droplet (50a, 50b) including an organic semiconductor material on a substrate and drying the droplet to form the organic semiconductor layer, said method being characterized by: preparing the substrate having a groove on an upper surface thereof, wherein the groove is provided such that it intersects a circumference of a region to which the droplet is to be applied and that the droplet after having been applied outflows and extends along the groove from the region and initiates crystallization at a tip of the extended droplet, and applying the droplet (50a, 50b) to the region. preparing the substrate having a groove on an upper surface thereof, wherein the groove is provided such that it intersects a circumference of a region to which the droplet is to be applied and that the droplet after having been applied outflows and extends along the groove from the region and initiates crystallization at a tip of the extended droplet, and applying the droplet (50a, 50b) to the region.
A method for producing a polydiene, the method comprising the step of: polymerizing conjugated diene monomer with a lanthanide-based catalyst system in the presence of a hydrocarbyloxysilane compound, where the hydrocarbyloxysilane compound does not include an allyl group and where the hydrocarbyloxysilane compound is defined by the formula I: Si(OR 1) X R 2 4-X where x is an integer from 1 to 4, each R 1 is independently a hydrocarbyl group, and each R 2 is independently a hydrogen atom, a halogen atom, or a hydrocarbyl group, or where two or more R 2 groups may join to form a polyvalent organic group.
Transmission assembly of a wind turbine with a planetary gear set, the planetary gear set comprising a sun gear, planet gears and a ring gear, wherein the planet gears are each mounted rotatably on a respective planet journal by means of a bearing, and the respective planet journal is connected to a planet carrier, wherein tilting segments running radially circumferentially with respect to the planet journal are provided on those sides of the planet carrier which face the planet gears, characterized in that the sides of the planet carrier which face the planet gears have, radially circumferentially with respect to the planet journal, recesses which correspond to the tilting segments and are intended for receiving at least part of the tilting segments, wherein the tilting segments have a body with a sliding surface on a first side and a shaft on a second side, wherein the first side and the second side of the tilting segments are arranged opposite each other, and the shaft has a free end by which the tilting segments project at least partially into the corresponding recesses, wherein the tilting segments have a cylindrical contour with a first diameter, and the shaft likewise has a cylindrical contour with a second diameter, as a result of which a T-shaped contour of the tilting segments is produced in cross section, wherein the first diameter is larger than the second diameter, wherein the tilting segments have a spherical contour on the first side with a thin layer of hard material applied by means of PVD.
Anaerobic digester comprising a containing structure defining inside it a housing chamber for the biomass to be treated; the containing structure having an opening for the inlet and the outlet of the biomass, which can be closed by a door; said digester being characterized in that it comprises a mobile false ceiling, placed inside the housing chamber,and operating means by which the mobile false ceiling can be moved between a raised position and a lowered position.
A peening device for treating a component, said device comprising: a shot media propulsion source configured to propel a quantity of shot media; and a plurality of treatment enclosures each selectively coupleable to said shot media propulsion source, each of said treatment enclosures has a shape complementary to a corresponding one of a plurality of portions of the component, such that each said treatment enclosure and the corresponding portion cooperate to enclose the shot media; characterised in that said plurality of treatment enclosures includes a dovetail slot treatment enclosure configured to be received by at least one dovetail slot of the component; wherein the dovetail slot treatment enclosure is shaped to be complementary to the dovetail slot of the component. a shot media propulsion source configured to propel a quantity of shot media; and a plurality of treatment enclosures each selectively coupleable to said shot media propulsion source, each of said treatment enclosures has a shape complementary to a corresponding one of a plurality of portions of the component, such that each said treatment enclosure and the corresponding portion cooperate to enclose the shot media; characterised in that said plurality of treatment enclosures includes a dovetail slot treatment enclosure configured to be received by at least one dovetail slot of the component; wherein the dovetail slot treatment enclosure is shaped to be complementary to the dovetail slot of the component.
A shaft assembly comprising: a shaft having first and second ends and arranged for rotation about an axis of rotation; a first bearing arrangement 26; a second bearing arrangement 27 axially spaced from the first bearing arrangement 26; a piston pump including a cylinder body with a biased piston drivingly displaceable within the cylinder body; a first valve connected to the piston pump and operable to permit the pumping of fluid into the cylinder body; and a second valve connected to the piston pump and operable to permit the pumping of fluid from the cylinder body of the piston pump, and a cam member axially spaced from the second bearing arrangement is provided and arranged to rotate about the shaft axis, said biased piston being continuously engageable with the cam such that rotation of the cam corresponds to reciprocating movement of the piston within the cylinder body; wherein the second bearing arrangement engages the first end of the rotating shaft and a lock member is used with the cam member to preload the first and second bearing arrangements (26, 27), and characterized in that the first bearing arrangement engages a middle length portion of the shaft, the cam member is eccentrically secured axially along the middle-length portion of the shaft. a shaft having first and second ends and arranged for rotation about an axis of rotation; a first bearing arrangement 26; a second bearing arrangement 27 axially spaced from the first bearing arrangement 26; a piston pump including a cylinder body with a biased piston drivingly displaceable within the cylinder body; a first valve connected to the piston pump and operable to permit the pumping of fluid into the cylinder body; and a second valve connected to the piston pump and operable to permit the pumping of fluid from the cylinder body of the piston pump, and a cam member axially spaced from the second bearing arrangement is provided and arranged to rotate about the shaft axis, said biased piston being continuously engageable with the cam such that rotation of the cam corresponds to reciprocating movement of the piston within the cylinder body; wherein the second bearing arrangement engages the first end of the rotating shaft and a lock member is used with the cam member to preload the first and second bearing arrangements (26, 27), and characterized in that the first bearing arrangement engages a middle length portion of the shaft, the cam member is eccentrically secured axially along the middle-length portion of the shaft.
A system comprising: a wireless sensor (110a-110e) configured to measure one or more characteristics associated with an industrial process; and a wireless node (108a-108e, 112) configured to receive a wireless signal from the wireless sensor, the wireless node comprising a diversity receiver (400, 500) configured to process the wireless signal from the wireless sensor to extract a sensor measurement from the wireless signal; wherein the diversity receiver is configured to process the wireless signal by: receiving samples associated with the wireless signal and storing demodulated samples in a buffer; identifying a time instant based on a transition period in a signal level identified by the samples; and extracting bit values from the samples using the identified time instant; and wherein the diversity receiver is configured to identify the transition period by searching for a transition based on a last of the samples of the buffer if a synchronization word has not yet been detected and based on a first of the samples of the buffer if the synchronization word has been detected. a wireless sensor (110a-110e) configured to measure one or more characteristics associated with an industrial process; and a wireless node (108a-108e, 112) configured to receive a wireless signal from the wireless sensor, the wireless node comprising a diversity receiver (400, 500) configured to process the wireless signal from the wireless sensor to extract a sensor measurement from the wireless signal; wherein the diversity receiver is configured to process the wireless signal by: receiving samples associated with the wireless signal and storing demodulated samples in a buffer; identifying a time instant based on a transition period in a signal level identified by the samples; and extracting bit values from the samples using the identified time instant; and receiving samples associated with the wireless signal and storing demodulated samples in a buffer; identifying a time instant based on a transition period in a signal level identified by the samples; and extracting bit values from the samples using the identified time instant; and wherein the diversity receiver is configured to identify the transition period by searching for a transition based on a last of the samples of the buffer if a synchronization word has not yet been detected and based on a first of the samples of the buffer if the synchronization word has been detected.
Method for determining an interfering coupling between welding circuits (2-i) in a welding apparatus, having the following steps: - applying a predetermined current profile in a first welding circuit of the welding apparatus; - detecting a voltage progression and/or current progression thus induced in a second welding circuit of the welding apparatus; and - determining the interfering coupling on the basis of the current profile of the current applied in the first welding circuit and of the voltage progression and/or current progression detected in the second welding circuit. - applying a predetermined current profile in a first welding circuit of the welding apparatus; - detecting a voltage progression and/or current progression thus induced in a second welding circuit of the welding apparatus; and - determining the interfering coupling on the basis of the current profile of the current applied in the first welding circuit and of the voltage progression and/or current progression detected in the second welding circuit.
A label printer comprising: a printer body that includes a paper roll holder; a label printing unit that includes a print head to print a label that remains temporarily attached to a paper strip that is fed from a paper roll in the paper roll holder; a platen roller for sending the paper strip in a first direction after the paper strip passes through the print head; a cover for opening or closing the paper roll holder; and a removal unit for peeling off the label from the paper strip, wherein one end of the cover is pivotally supported on the printer body via a first rotation shaft that is parallel to a central axis of the paper roll, characterized in that one end of a longitudinal side of the removal unit is pivotally supported on the cover via a second rotation shaft that is perpendicular to the first rotation shaft, and a locking mechanism for engaging with the cover is provided at the other end of the longitudinal side of the removal unit. a printer body that includes a paper roll holder; a label printing unit that includes a print head to print a label that remains temporarily attached to a paper strip that is fed from a paper roll in the paper roll holder; a platen roller for sending the paper strip in a first direction after the paper strip passes through the print head; a cover for opening or closing the paper roll holder; and a removal unit for peeling off the label from the paper strip, wherein one end of the cover is pivotally supported on the printer body via a first rotation shaft that is parallel to a central axis of the paper roll, characterized in that one end of a longitudinal side of the removal unit is pivotally supported on the cover via a second rotation shaft that is perpendicular to the first rotation shaft, and a locking mechanism for engaging with the cover is provided at the other end of the longitudinal side of the removal unit.
Copper-ceramic composite comprising - a ceramic substrate containing aluminium oxide, - a coating composed of copper or a copper alloy present on the ceramic substrate, wherein the grains of the aluminium oxide each have a maximum grain diameter d K,max, a grain diameter d K,ortho running perpendicular to d K,max, determined on half the length of D K,max, and a shape factor R K = D K,ortho / D K,max, and the aluminium oxide has an average grain shape factor R a (Al 2 O 3), determined as the arithmetic mean of the shape factors R K of the grains, of at least 0.4. - a ceramic substrate containing aluminium oxide, - a coating composed of copper or a copper alloy present on the ceramic substrate,
A method of making a windscreen wiper device, comprising the steps of: preparing a wiper strip and at least one elongated carrier element in engagement with the wiper strip and extending in a longitudinal direction between opposite ends to bias the wiper strip into a predetermined configuration; sliding a first component of a frame structure onto one of the ends of the at least one carrier element; sliding a second component of the frame structure onto one of the ends of the carrier element; and coupling the first and second components (28, 30) of the frame structure with one another only after the first and second components (28, 30) are both slid into engagement with the at least one carrier element, the method of making a windscreen wiper device being characterised in that it further comprises the step of sliding one component of the frame structure is further defined as sliding the first component onto a first end of the at least one carrier element and wherein the step of sliding the second component of the frame structure is further defined as sliding the second component of the frame structure onto a second end opposite of the first end of the at least one carrier element, wherein the first and second components (28, 30) each include a flange portion (46, 60) and wherein the wiper strip and at least one carrier element are trapped between the flange portions (46, 60) of the first and second components (28, 30) after the first and second components (28, 30) are coupled with one another. preparing a wiper strip and at least one elongated carrier element in engagement with the wiper strip and extending in a longitudinal direction between opposite ends to bias the wiper strip into a predetermined configuration; sliding a first component of a frame structure onto one of the ends of the at least one carrier element; sliding a second component of the frame structure onto one of the ends of the carrier element; and coupling the first and second components (28, 30) of the frame structure with one another only after the first and second components (28, 30) are both slid into engagement with the at least one carrier element, the method of making a windscreen wiper device being characterised in that it further comprises the step of sliding one component of the frame structure is further defined as sliding the first component onto a first end of the at least one carrier element and wherein the step of sliding the second component of the frame structure is further defined as sliding the second component of the frame structure onto a second end opposite of the first end of the at least one carrier element, wherein the first and second components (28, 30) each include a flange portion (46, 60) and wherein the wiper strip and at least one carrier element are trapped between the flange portions (46, 60) of the first and second components (28, 30) after the first and second components (28, 30) are coupled with one another.
A method for the control or closed-loop control of the volume flow of a substance to be sprayed and/or of a gas, of a nozzle which is suitable for spraying substances, in particular dispersions, emulsions, or suspensions, wherein the nozzle comprises - a nozzle body which has a nozzle mouthpiece, - wherein the nozzle body comprises an inner pipe, said inner pipe being connected to a feed for the substance to be sprayed and comprising an inner wall and an exit opening, and an outer pipe (903 1003), said outer pipe being distanced to the inner pipe, being connected to a feed for a gas and comprising an exit opening, and - the exit opening of the inner pipe and the exit opening of the outer pipe are arranged in the region of the nozzle mouthpiece, characterised in that the inner pipe at least partly is designed of an elastic material and a device which comprises an inlet for a fluid feed and an outlet for a fluid discharge is arranged in the annular gap between the inner pipe and the outer pipe, wherein the device has a closure position for closing the inner pipe and at least one open position, wherein in the at least one open position the substance to be sprayed can flow through at least the fluid channel, and wherein the device is designed in a manner such that the volume of the device can be changed by way of fluid feed or fluid discharge, by which means the device can be brought or is brought from the one closure position of the inner pipe into the at least one open position of the inner pipe and vice versa, wherein on bringing the device from the one closure position of the inner pipe into the at least one open position of the inner pipe, the gas which flows through the annular gap begins to flow through the annular gap at the minimum simultaneously on bringing of the device from the one closure position of the inner pipe into the at least one open position of the inner pipe. - a nozzle body which has a nozzle mouthpiece, - wherein the nozzle body comprises an inner pipe, said inner pipe being connected to a feed for the substance to be sprayed and comprising an inner wall and an exit opening, and an outer pipe (903 1003), said outer pipe being distanced to the inner pipe, being connected to a feed for a gas and comprising an exit opening, and - the exit opening of the inner pipe and the exit opening of the outer pipe are arranged in the region of the nozzle mouthpiece,
A communication device for receiving system information in a wireless communication system, comprising: a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit is adapted to store, and the processing means is adapted to perform, instructions of: receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by: the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed. a storage unit for storing instructions; and a processing means, coupled to the storage unit, wherein the storage unit is adapted to store, and the processing means is adapted to perform, instructions of: receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by: the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed. receiving a system information block Type 1, SIB1, from a network; verifying whether a SIB Type 2, SIB2, stored in the communication device is valid by checking a value tag in the SIB1; receiving a SIB for enhanced coverage from the network; and verifying whether at least one SIB for enhanced coverage stored in the communication device is valid by checking a value tag in the received SIB for enhanced coverage; characterised by: the communication device is adapted to verify whether the SIB2 is valid by checking whether the value tag in the SIB1 is changed, and the communication device is further adapted to verify whether the at least one SIB for enhanced coverage is valid by checking whether the value tag in the received SIB for enhanced coverage is changed.