mhurhangee/ep-ind-claims huggingface dataset:
A fan, in particular for an aircraft cooling unit, comprising: - a wheel comprising a hub and an annular row of blades, - a shaft assembly for driving the wheel around an axis, and - fusible means for connecting the hub of the wheel to the shaft assembly, these fusible connecting means comprising a first fixing sleeve through which the shaft assembly passes and surrounded by said hub, and fusible safety elements which extend parallel to said axis and are configured to break and to disengage the wheel from the shaft assembly in rotation when a driving torque of the wheel transmitted by said shaft assembly exceeds a certain threshold, characterised in that said connecting means comprise a second wearing sleeve which is interposed between said first sleeve and said hub and through which said fusible elements pass, said second sleeve being made of a material which is different from that of the first sleeve and subject to wear by friction and/or by heating if the shaft assembly continues to rotate following the aforementioned disengagement. - a wheel comprising a hub and an annular row of blades, - a shaft assembly for driving the wheel around an axis, and - fusible means for connecting the hub of the wheel to the shaft assembly, these fusible connecting means comprising a first fixing sleeve through which the shaft assembly passes and surrounded by said hub, and fusible safety elements which extend parallel to said axis and are configured to break and to disengage the wheel from the shaft assembly in rotation when a driving torque of the wheel transmitted by said shaft assembly exceeds a certain threshold,
Method for operating a motor vehicle, the motor vehicle having a drive unit which is configured in such a way that, in the case of an acceleration, the motor vehicle is accelerated with a stepless torque output, it being provided according to the method that the drive unit can be operated in a first and second operating mode, the motor vehicle being accelerated without interruption by means of the stepless torque output in the first operating mode, and the stepless torque output being changed over into a stepped torque output in the second operating mode, with the result that the motor vehicle is accelerated with interruptions by means of the stepped torque output in the second operating mode, characterized in that the torque output with interruptions can be said with regard to the number (n) of interruptions in the second operating mode.
Insulating element which is to be fitted on the outside of the facade in the region of a corner between a window frame and a window sill, wherein the insulating element comprises a first part which, at its lower end in the fitted position, has a support surface for the window sill, wherein an undercut groove which is open towards the support surface is provided in the first part in the region of the support surface for the window sill, characterized in that a second, essentially rod-like part of the insulating element is provided, in that the second part can be inserted into the undercut groove, in that the second part, in the fitted position, reaches as far as the window frame, in that the edge of the undercut groove which is opposite the support surface is of a stepped design by a step, in that one leg of an angle profile strip of the insulating element is accommodated in the step, and in that a further leg of the angle profile strip, adjacent to the undercut groove, rests against that surface of the first part of the insulating element which faces the support surface.
A plastic bottle comprising a bottle mouth portion forming a contents pouring opening, a bottle body portion, and a bottle shoulder portion expanding downward in such a way as to join the bottle mouth portion and the bottle body portion, wherein the bottle shoulder portion comprises a first circumferential rib, a second circumferential rib and a third circumferential rib, which are all annular, in succession from an upper side and coaxial with the bottle mouth portion, and when a top load acts on the plastic bottle, deformation is produced starting from the first circumferential rib, the second circumferential rib and the third circumferential rib, transitioning to a state of downward collapse, and after the top load has been released, the collapsed state can be maintained; characterised in that the bottle shoulder portion comprises a first radial rib between the first circumferential rib and the second circumferential rib, said first radial rib extending radially from the bottle mouth portion side toward the bottle body portion side, and comprises a second radial rib between the second circumferential rib and the third circumferential rib, said second radial rib extending radially from the bottle mouth portion side toward the bottle body portion side; and in that the first radial rib and the second radial rib are disposed with an offset in the circumferential direction about the bottle mouth portion, as seen from the upper surface.
A rudder for marine vessels, with - a rudder shaft arranged pivotably about an axis of rotation on a marine vessel hull, - a rudder blade connected to the rudder shaft and pivotable about the axis of rotation with respect to the marine vessel hull, and - at least one bearing for mounting the rudder blade or rudder shaft on the marine vessel hull, wherein the bearing having an inner bearing portion and an outer bearing portion slidably bearing against the inner bearing portion, characterized by a wearing pin (4, 4'), which is arranged on one of the outer bearing portion and the inner bearing portion and bears slidably against the other of the inner bearing portion and the outer bearing portion, wherein the wearing pin (4, 4') is arranged releasably on the one of the outer bearing portion and the inner bearing portion in that the wearing pin (4, 4') is screwed into a bore (211, 211') of the one of the outer bearing portion and the inner bearing portion. - a rudder shaft arranged pivotably about an axis of rotation on a marine vessel hull, - a rudder blade connected to the rudder shaft and pivotable about the axis of rotation with respect to the marine vessel hull, and - at least one bearing for mounting the rudder blade or rudder shaft on the marine vessel hull, wherein the bearing having an inner bearing portion and an outer bearing portion slidably bearing against the inner bearing portion,
A scanning system for incising target tissue in a patient's eye comprising: a light source for generating a light beam, wherein the light source is an ultrafast laser; a controller a scanner (40, 50) for deflecting the light beam to form first and second treatment patterns of the light beam under the control of the controller; a delivery system for delivering the first treatment pattern to the target tissue to form a cataract incision therein that provides access to an eye chamber of the patient's eye and also for delivering the second treatment pattern to the target tissue to form a relaxation incision in the patient's eye to reduce astigmatism thereof; and the controller being operatively coupled to the light source and the scanner (40, 50), and configured to: (a) control the scanner to scan the light beam in the first treatment pattern so that the cataract incision has a bevel feature and so that the light beam incises the cataract incision in the cornea or limbus; and (b) control the scanner to scan the light beam in the second treatment pattern so that the light beam incises into the limbus or the cornea of the patient's eye. a light source for generating a light beam, wherein the light source is an ultrafast laser; a controller a scanner (40, 50) for deflecting the light beam to form first and second treatment patterns of the light beam under the control of the controller; a delivery system for delivering the first treatment pattern to the target tissue to form a cataract incision therein that provides access to an eye chamber of the patient's eye and also for delivering the second treatment pattern to the target tissue to form a relaxation incision in the patient's eye to reduce astigmatism thereof; and the controller being operatively coupled to the light source and the scanner (40, 50), and configured to: (a) control the scanner to scan the light beam in the first treatment pattern so that the cataract incision has a bevel feature and so that the light beam incises the cataract incision in the cornea or limbus; and (b) control the scanner to scan the light beam in the second treatment pattern so that the light beam incises into the limbus or the cornea of the patient's eye. (a) control the scanner to scan the light beam in the first treatment pattern so that the cataract incision has a bevel feature and so that the light beam incises the cataract incision in the cornea or limbus; and (b) control the scanner to scan the light beam in the second treatment pattern so that the light beam incises into the limbus or the cornea of the patient's eye.
A coupling for conveying a bias voltage to a rotating platen supported within an enclosed vacuum chamber, the coupling comprising: an electrically conductive bearing cup; a stationary electrically conductive rod, said electrically conductive rod coupled to an external source of bias voltage; an electrically conductive bearing fitted within said bearing cup; and wherein said rod, said bearing, and said bearing cup define a pathway for the delivery of the bias voltage from said external source to said rotating platen. an electrically conductive bearing cup; a stationary electrically conductive rod, said electrically conductive rod coupled to an external source of bias voltage; an electrically conductive bearing fitted within said bearing cup; and wherein said rod, said bearing, and said bearing cup define a pathway for the delivery of the bias voltage from said external source to said rotating platen.
Apparatus for moving transport containers between a container stack and a container rack, comprising a lifting device which can set against a transport container transversely with respect to a lifting direction, wherein the lifting device comprises a guide for displacing the transport container transversely with respect to the lifting direction, and wherein a sliding device which can be connected to the transport container in a detachable, tension-resistant and shear-resistant manner is provided for displacing the transport container in the guide between a lifting position and a rack insertion position, characterized by a container receptacle into which the transport container can be inserted in the lifting direction when the lifting device is open, and transversely to the lifting direction when the lifting device is set.
A meter electronics for detecting a cable fault in a cabling of a Coriolis flow meter, with the meter electronics including a flow meter driver, first and second flow meter pickoff sensors (201a, 201b), and the cabling coupled to the first and second flow meter pickoff sensors (201a, 201b) and to the flow meter driver, with the meter electronics further comprising a driver circuit coupled to the cabling and generating a drive signal and communicating the drive signal into the cabling and to the flow meter driver; a signal conditioning circuit coupled to the cabling, with the signal conditioning circuit receiving first and second response signals from the first and second flow meter pickoff sensors (201a, 201b), respectively, in response to the drive signal, the meter electronics characterized in that the signal conditioning circuit determines a flow meter driver connection orientation fault in one or more flow meter driver wires of the cabling if a phase difference between one of the first and second response signals and a drive signal exceeds a predetermined flow meter phase difference threshold; and the meter electronics remediates the flow meter driver connection orientation fault by inverting a drive signal before it is sent to the flow meter driver if the flow meter driver connection orientation fault is determined to exist.
Heat sink device, comprising a base plate element, a first fin element arranged at the base plate element, whereas at least one out of the group of the base plate element, and the first fin element comprises an airfoil-shaped cross-section, whereas the base plate element comprises at least one bulge configured to generate vortices in a fluid flow passing the base plate element; characterized in that the base plate element comprises an airfoil-shaped cross-section extending from a leading edge to a trailing edge of the base plate element in a main flow direction.
A process for producing a marked layer structure comprising: a) providing a support; b) contacting the support with a mixture comprising chemically and/or electrochemically inert particles, in which particles a marking agent is substantially inseparably enclosed by annealing, sintering or melting, whereby the extractability of the marking agent is reduced; c) electrochemically or chemically coating the support, the inert particles being incorporated into the layer produced by the coating; wherein the marking agent is a fluorescent material, wherein the chemical coating is electroless nickel-plating, chromating, enamelling, phosphating, hot dipping metals, sol-gel coating, zinc-coating or tinning. a) providing a support; b) contacting the support with a mixture comprising chemically and/or electrochemically inert particles, in which particles a marking agent is substantially inseparably enclosed by annealing, sintering or melting, whereby the extractability of the marking agent is reduced; c) electrochemically or chemically coating the support, the inert particles being incorporated into the layer produced by the coating;
A milling tool, in particular a thread milling tool, having cutting inserts (8, 8'), having a shaft and a working part which comprises receiving means for cutting inserts (8, 8') which can be fastened in the receiving means using fastening elements (22, 35, 56, 66, 73), wherein the fastening element is a clamping element (22, 35, 56, 66, 73) and the cutting insert (8, 8') can be clamped against an oblique surface of the receiving means with at least one oblique surface by the clamping element (22, 35, 56, 66, 73), said clamping element making contact at an oblique clamping surface of the cutting insert (8, 8') lying opposite its oblique surface (37, 63, 71), wherein the oblique surface and the oblique clamping surface of the cutting insert (8, 8') are mutually opposite side walls of a clamping part of the cutting insert (8, 8') which run in a converging manner in relation to the working part inwardly respectively outwardly in the direction of the cutting teeth of the cutting insert (8, 8'), wherein the oblique surface of the receiving means is attached at an acute angle to a base of the receiving means which is open to the end face of the working part and wherein the clamping element (22, 35, 56, 66, 73) lies in the circumferential direction of the working part alongside the cutting insert (8, 8'), characterized in that the receiving means are arranged in the wall in such a manner that the longitudinal median planes of the receiving means form an acute angle (α) with the respective radial of the working part and that the clamping element (22, 35, 56, 66) can be adjusted by at least one screw (22, 46, 58, 69, 74), the longitudinal axis thereof lies substantially in a radial plane of the working part.
A method for a user equipment, UE, the UE being capable of applying extended discontinuous reception, eDRX, to reduce energy consumption at the UE, the method comprising: identifying an eDRX timer value, T eDRX, to be applied, wherein the T eDRX specifies a duration of an eDRX cycle; sending an eDRX-request communication to a mobility management entity, MME, via a wireless connection to a cellular base station, wherein the eDRX-request communication indicates that the UE requests to use eDRX for an idle mode of the UE, and wherein the eDRX-request communication includes the T eDRX; identifying an eDRX-response communication received from the MME via the wireless connection to the cellular base station, wherein the eDRX-response communication includes an absolute time reference, T ref, that is based on Coordinated Universal Time, UTC, and wherein the eDRX-response communication includes a number of normal discontinuous reception, DRX, repetitions, N DRX, to be applied to by the UE, wherein N DRX indicates a number of paging occasions, POs, the UE should monitor immediately after each time the UE wakes up at the commencement of an eDRX cycle; and using the T ref and the T eDRX to identify paging occasions, POs, that are to be monitored at the UE. identifying an eDRX timer value, T eDRX, to be applied, wherein the T eDRX specifies a duration of an eDRX cycle; sending an eDRX-request communication to a mobility management entity, MME, via a wireless connection to a cellular base station, wherein the eDRX-request communication indicates that the UE requests to use eDRX for an idle mode of the UE, and wherein the eDRX-request communication includes the T eDRX; identifying an eDRX-response communication received from the MME via the wireless connection to the cellular base station, wherein the eDRX-response communication includes an absolute time reference, T ref, that is based on Coordinated Universal Time, UTC, and wherein the eDRX-response communication includes a number of normal discontinuous reception, DRX, repetitions, N DRX, to be applied to by the UE, wherein N DRX indicates a number of paging occasions, POs, the UE should monitor immediately after each time the UE wakes up at the commencement of an eDRX cycle; and using the T ref and the T eDRX to identify paging occasions, POs, that are to be monitored at the UE.
A method for collaborative decision-making among Internet of Things, IoT, devices in an IoT group, wherein each IoT device (105, 110, 112, 114, 116, 118, 300) comprises: an identifier based on type of IoT device, location of the IoT device or resource used by the IoT device; and an addressable communications interface for communication with other IoT devices in the IoT group; the method comprising: planning (620; 720) to initiate an action at an IoT device; transmitting, by the IoT device, a recommendation request message to one or more other member IoT devices in the IoT group, wherein the recommendation request message indicates the planned action; receiving, at the IoT device, one or more responses to the recommendation request message from the one or more other IoT devices in the IoT group, wherein the one or more responses include feedback about the planned action from the one or more other member IoT devices responding to the recommendation request message; and determining, at the IoT device, whether to initiate the planned action based on the one or more responses to the recommendation request message. an identifier based on type of IoT device, location of the IoT device or resource used by the IoT device; and an addressable communications interface for communication with other IoT devices in the IoT group; planning (620; 720) to initiate an action at an IoT device; transmitting, by the IoT device, a recommendation request message to one or more other member IoT devices in the IoT group, wherein the recommendation request message indicates the planned action; receiving, at the IoT device, one or more responses to the recommendation request message from the one or more other IoT devices in the IoT group, wherein the one or more responses include feedback about the planned action from the one or more other member IoT devices responding to the recommendation request message; and determining, at the IoT device, whether to initiate the planned action based on the one or more responses to the recommendation request message.
Device for breaking cannulas of sacs comprising a breaking head, and replaceable means for positioning and breaking a cannula (16, 18, 20) which can be driven by the breaking head, wherein said replaceable means for positioning and breaking a cannula (16, 18, 20) include a plurality of mobile breaking pegs, wherein said breaking head is configured to make an alternate backward and forward movement, along an arched or curvilinear segment, or along a linear segment, of said mobile breaking pegs, and wherein the replaceable means for positioning and breaking a cannula (16, 18, 20) comprise at least two fixed contrast pegs, wherein the replaceable means for positioning and breaking a cannula (16, 18, 20) comprise a plurality of replaceable members for positioning and breaking a cannula (16, 18, 20), wherein at least the fixed contrast pegs and/or the mobile breaking pegs associated to at least one of said replaceable members for positioning and breaking a cannula (16, 18, 20) are configured in a different way with respect to at least one other of said replaceable members for positioning and breaking a cannula (16, 18, 20), wherein each of the replaceable means (16, 18, 20) for positioning and breaking a cannula includes a rotary carousel on which the mobile breaking pegs are disposed, wherein the mobile breaking pegs are positionable and replaceable with respect to the rotary carousel, or the combination formed by the rotary carousel and the mobile breaking pegs is replaceable, wherein the rotary carousel has at a lower part thereof a rapid connection portion configured to be inserted in a fork end of a connection element of a motor for kinematically connecting the motor to the replaceable means (16, 18, 20) for positioning and breaking a cannula.
A signal receiver, comprising: - an antenna for receiving electromagnetic signals, - at least one low noise amplifier for amplifying signals received by the antenna, - at least one MEMS or crystal oscillator comprising a reference resonator to generate an oscillating signal with a predefined duty-cycle, - a mixer for mixing the amplified and received signals with the oscillating signal to generate intermediate signals, and - a band-pass filter to filter the intermediate signals, the signal receiver including a duty-cycle controller coupled to the MEMS or crystal oscillator and coupled to the output of the band-pass filter to analyze the spectrum of the filtered intermediate signals and to modify the duty-cycle of the oscillating signal in response to the spectrum analysis of the filtered intermediate signals, said duty-cycle being defined by the ratio of ON times and OFF times of the oscillating signal, characterized in that the duty-cycle controller comprises a measurement unit to measure the magnitude of a selected harmonic component of the filtered intermediate signals, and in that the duty-cycle controller comprises a control unit coupled to the measurement unit and being operable to generate a duty-cycle modification signal in response to the measured magnitude of the selected harmonic component, the duty-cycle controller being adapted to_minimize the amplitude of at least one higher harmonic component from the MEMS or crystal oscillator having the reference resonator in the filtered intermediate signals. - an antenna for receiving electromagnetic signals, - at least one low noise amplifier for amplifying signals received by the antenna, - at least one MEMS or crystal oscillator comprising a reference resonator to generate an oscillating signal with a predefined duty-cycle, - a mixer for mixing the amplified and received signals with the oscillating signal to generate intermediate signals, and - a band-pass filter to filter the intermediate signals,
Use of a reducing agent comprising a nitroreductase and/or a dihydrolipoyl dehydrogenase derived from a microorganism belonging to the genus Bacillus for the reduction of compositions containing a heme protein.