mhurhangee/ep-ind-claims huggingface dataset:
Sleeve buffer for movable or fixed supporting structures, in particular of railway vehicles, having a first and a second guide part (2, 3) in the form of a sleeve and a plunger, wherein the sleeve can be fastened to the supporting structure in a stationary manner and the plunger can be displaced in the longitudinal vehicle direction relative to the sleeve and guided by the sleeve during its displacement movement, and having a force transmission member for the flexible coupling of the plunger with the supporting structure, wherein at least one of the two guide parts comprises two or more elongate portions (2, 8) arranged behind one another which are connected to one another in the region of their adjacent front ends by one or more predetermined breaking connection(s) in each case and exhibit different cross-sectional dimensions, in such a manner that when a given impact force on the sleeve buffer is exceeded, the predetermined breaking connection(s) shears off or shear off and the elongate portions (2, 8) are pushed into one another telescopically, wherein the plunger has a smaller diameter than the sleeve, wherein the plunger is divided into at least two plunger portions (5, 6) in the longitudinal direction, namely at least a first and a second plunger portion, wherein the second plunger portion is arranged in an overlapping manner with the sleeve when there is no impact force effect on the sleeve buffer, characterized in that the first plunger portion has a recess at least in part which makes it smaller in diameter by comparison with the second plunger portion, wherein a structure which surrounds and/or encases the plunger at least partially, in particular completely, is inserted in the recess, in order to increase the friction-induced energy absorption between the plunger and sleeve during impacts on the sleeve buffer and/or to improve the support when impact-induced transverse forces occur.
Apparatus comprising: a carrier having a transfer film; an extraction device (14, 100, 134) for mating with said carrier, the extraction device comprising: an opposite first and second ends (44, 46, 104, 106, 138, 140), an inner surface (48, 108, 142), and an outer surface (50, 110, 144); a shoulder (52, 112, 146) that extends outwardly from the outer surface and disposed between the first and second ends; a carrier-receiving portion (42, 102, 136) at the first end (44, 104, 138) comprising at least one flange that projects from the shoulder, and; a conduit (70, 128, 160, 162, 164, 166) interconnected to the carrier-receiving portion and extending between a first opening at the carrier-receiving portion and a second opening at the second end (46, 106, 140); wherein the carrier-receiving portion is adapted to receive the carrier and is constructed and arranged so that, when the carrier is engaged with the carrier-receiving portion, the carrier closes the first opening to form a reservoir (92, 170). a carrier having a transfer film; an extraction device (14, 100, 134) for mating with said carrier, the extraction device comprising: an opposite first and second ends (44, 46, 104, 106, 138, 140), an inner surface (48, 108, 142), and an outer surface (50, 110, 144); a shoulder (52, 112, 146) that extends outwardly from the outer surface and disposed between the first and second ends; a carrier-receiving portion (42, 102, 136) at the first end (44, 104, 138) comprising at least one flange that projects from the shoulder, and; a conduit (70, 128, 160, 162, 164, 166) interconnected to the carrier-receiving portion and extending between a first opening at the carrier-receiving portion and a second opening at the second end (46, 106, 140); wherein the carrier-receiving portion is adapted to receive the carrier and is constructed and arranged so that, when the carrier is engaged with the carrier-receiving portion, the carrier closes the first opening to form a reservoir (92, 170). an opposite first and second ends (44, 46, 104, 106, 138, 140), an inner surface (48, 108, 142), and an outer surface (50, 110, 144); a shoulder (52, 112, 146) that extends outwardly from the outer surface and disposed between the first and second ends; a carrier-receiving portion (42, 102, 136) at the first end (44, 104, 138) comprising at least one flange that projects from the shoulder, and; a conduit (70, 128, 160, 162, 164, 166) interconnected to the carrier-receiving portion and extending between a first opening at the carrier-receiving portion and a second opening at the second end (46, 106, 140); wherein the carrier-receiving portion is adapted to receive the carrier and is constructed and arranged so that, when the carrier is engaged with the carrier-receiving portion, the carrier closes the first opening to form a reservoir (92, 170).
Return stage of a radial turbomachine having at least one guide blade stage, wherein the return stage extends annularly around an axis, wherein the return stage is defined radially inwards by an inner delimiting contour and radially outwards by an outer delimiting contour, wherein, along a first flow direction, the return stage extends radially outwards in a first section, wherein the return stage extends from radially outwards to radially inwards, describing an arcuate deflection, in a second section along the first flow direction, wherein the return stage extends from radially outwards to radially inwards in a third section along the first flow direction, wherein the return stage extends from radially inwards to axially, describing an arcuate deflection, in a fourth section along the first flow direction, wherein the return stage comprises guide blades, wherein the guide blades each comprise a turbine blade which extends along a span width and whereof the surfaces around which the flow circulates extend from a leading edge, located upstream, as a pressure side and as a suction side, spaced from one another along a camber line by profile cross-sections, to a trailing edge, wherein a tangent at the camber line of each profile cross-section to a radial-axial reference plane encloses a blade construction angle for each point of the camber line, wherein a difference between a blade construction angle at the leading edge and a blade construction angle at a downstream position defines a deflection angle for each point of the camber line of each profile cross-section, wherein a mean total deflection angle is a deflection angle at the trailing edge which is averaged over the span width, wherein the guide blades extend at least along part of the third section and segment the return stage into flow channels in the circumferential direction, wherein the trailing edges are arranged in the third section, characterized in that, at the trailing edges in the center of the span width, the deflection angle is greater in each case than the mean total deflection angle, wherein, at the two ends of the span width to at least 10% of the span width in each case, the deflection angle is smaller in each case than the mean total deflection angle.
A flow metering apparatus, comprising: a fluid conduit having a cone shaped differential pressure producer therein; and a support member (44, 30) securing the cone shaped differential pressure producer to a wall of the fluid conduit; characterized by at least one angled pressure port in a wall of the fluid conduit; the at least one angled pressure port being angled downstream of the cone shaped differential pressure producer; the angle (θ) of the at least one angled pressure port being selected such that the centerline of the at least one angled pressure port extends across the flow in a relatively undisturbed region; and at least one other pressure port; wherein the at least one angled pressure port and the at least one other pressure port provide pressure signals. a fluid conduit having a cone shaped differential pressure producer therein; and a support member (44, 30) securing the cone shaped differential pressure producer to a wall of the fluid conduit; at least one angled pressure port in a wall of the fluid conduit; the at least one angled pressure port being angled downstream of the cone shaped differential pressure producer; the angle (θ) of the at least one angled pressure port being selected such that the centerline of the at least one angled pressure port extends across the flow in a relatively undisturbed region; and at least one other pressure port; wherein the at least one angled pressure port and the at least one other pressure port provide pressure signals.
A method of detecting a proximity to a target device, comprising: scanning a wireless network frequency band in a personal mobile device to discover at least one wireless network signal encoded according to a wireless personal area network (WPAN) protocol or a wireless local area network (WLAN) protocol; triggering, in response to a discovery of said at least one wireless network signal, a magnetic field scan of a magnetometer operated by said personal mobile device; and detecting, in said personal mobile device, according to said magnetic field scan, a presence or an absence of a magnetic field signature associated with a predefined proximity to a target device; characterized by: acquiring a unique ID of said target device according to an analysis of at least one of said at least one wireless network signal and said magnetic field signature; and conducting, in response to the detection of said presence, a data transfer between said personal mobile device and said target device; wherein said data transfer is in a data transfer session selected from a plurality of data transfer sessions according to said unique ID; wherein said at least one wireless network signal comprises at least one beacon signal; wherein said magnetic field signature includes a direction or magnitude which varies over time scanning a wireless network frequency band in a personal mobile device to discover at least one wireless network signal encoded according to a wireless personal area network (WPAN) protocol or a wireless local area network (WLAN) protocol; triggering, in response to a discovery of said at least one wireless network signal, a magnetic field scan of a magnetometer operated by said personal mobile device; and detecting, in said personal mobile device, according to said magnetic field scan, a presence or an absence of a magnetic field signature associated with a predefined proximity to a target device; characterized by: acquiring a unique ID of said target device according to an analysis of at least one of said at least one wireless network signal and said magnetic field signature; and conducting, in response to the detection of said presence, a data transfer between said personal mobile device and said target device; wherein said data transfer is in a data transfer session selected from a plurality of data transfer sessions according to said unique ID; wherein said at least one wireless network signal comprises at least one beacon signal; wherein said magnetic field signature includes a direction or magnitude which varies over time acquiring a unique ID of said target device according to an analysis of at least one of said at least one wireless network signal and said magnetic field signature; and conducting, in response to the detection of said presence, a data transfer between said personal mobile device and said target device; wherein said data transfer is in a data transfer session selected from a plurality of data transfer sessions according to said unique ID; wherein said at least one wireless network signal comprises at least one beacon signal; wherein said magnetic field signature includes a direction or magnitude which varies over time
Hybrid drive for a watercraft comprising a primary drive motor which is provided for arrangement in the inside of the watercraft and drives a drive shaft and an overwater gearbox subordinate to the drive shaft with gearbox housing for driving a vertical shaft leading from the overwater gearbox as well as at least one electric secondary drive motor with a stator and rotor, by means of which the vertical shaft can be driven in addition or alternatively to the primary drive motor, characterised in that the at least one electric secondary drive motor is designed as an internal rotor with a rotatingly driven hollow shaft and a motor housing serving as the stator and the stator is connected in a torque-tight manner to the gearbox housing of the overwater gearbox and a coupling of the drive shaft is arranged inside the hollow shaft of the secondary drive motor.
A method for managing the status of a connected device by publishing assertions in an immutable distributed database composed of a plurality of compute nodes, a pair of keys comprising a public key and a private key being associated with the connected device, the method comprising the steps of: - receiving by the connected device from a first terminal associated to a first user an instruction message comprising an identifier of said first user and at least a status information to be taken into account for the connected device, said status information being used to manage the ownership of the connected device; - verifying by the connected device that the first user is allowed to modify the status of the connected device and in case of a positive verification, preparing an assertion request comprising the status information, the assertion request being signed by the connected device using its private key; - sending by the connected device the assertion request to the immutable distributed database for publishing an assertion comprising the status information, the assertion being published once the signature is positively verified by a compute node of the immutable distributed immutable database using the public key associated to the connected device. - receiving by the connected device from a first terminal associated to a first user an instruction message comprising an identifier of said first user and at least a status information to be taken into account for the connected device, said status information being used to manage the ownership of the connected device; - verifying by the connected device that the first user is allowed to modify the status of the connected device and in case of a positive verification, preparing an assertion request comprising the status information, the assertion request being signed by the connected device using its private key; - sending by the connected device the assertion request to the immutable distributed database for publishing an assertion comprising the status information, the assertion being published once the signature is positively verified by a compute node of the immutable distributed immutable database using the public key associated to the connected device.
A product removal apparatus comprising a gas supplier (300, 360) configured to supply a gas containing hydrogen halide, fluorine, chlorine, chlorine trifluoride, or fluorine radicals to a vacuum pump, characterized in that the product removal apparatus further comprises: a sensor configured to measure temperature of an inside of the vacuum pump, thickness of a film of a product in a flow path in the vacuum pump, vibration frequency of the vacuum pump, or any combination thereof; and a control device, wherein the control device configured to control the gas supplier (300, 360) so that supply of the gas to the vacuum pump is stopped depending on a rate of temperature increase calculated from the temperature measured by the sensor, depending on the thickness measured by the sensor, depending on the vibration frequency measured by the sensor, or depending on any combination thereof. a gas supplier (300, 360) configured to supply a gas containing hydrogen halide, fluorine, chlorine, chlorine trifluoride, or fluorine radicals to a vacuum pump, characterized in that the product removal apparatus further comprises: a sensor configured to measure temperature of an inside of the vacuum pump, thickness of a film of a product in a flow path in the vacuum pump, vibration frequency of the vacuum pump, or any combination thereof; and a control device, wherein the control device configured to control the gas supplier (300, 360) so that supply of the gas to the vacuum pump is stopped depending on a rate of temperature increase calculated from the temperature measured by the sensor, depending on the thickness measured by the sensor, depending on the vibration frequency measured by the sensor, or depending on any combination thereof. a sensor configured to measure temperature of an inside of the vacuum pump, thickness of a film of a product in a flow path in the vacuum pump, vibration frequency of the vacuum pump, or any combination thereof; and a control device, wherein the control device configured to control the gas supplier (300, 360) so that supply of the gas to the vacuum pump is stopped depending on a rate of temperature increase calculated from the temperature measured by the sensor, depending on the thickness measured by the sensor, depending on the vibration frequency measured by the sensor, or depending on any combination thereof.
A method, comprising: receiving primary scrambling code, PSC, split information related to one or more cells in one of a plurality of overhead messages (step 402), wherein the PSC split information indicates a list or range of PSCs utilized by one or more cells of similar type and operating over the same or similar frequencies, the one of the plurality of overhead messages being a message selected based at least in part on a network deployment; and utilizing the PSC split information to identify at least one of the one or more cells (step 404) based at least in part on a broadcast signal received from the at least one of the one or more cells. receiving primary scrambling code, PSC, split information related to one or more cells in one of a plurality of overhead messages (step 402), wherein the PSC split information indicates a list or range of PSCs utilized by one or more cells of similar type and operating over the same or similar frequencies, the one of the plurality of overhead messages being a message selected based at least in part on a network deployment; and utilizing the PSC split information to identify at least one of the one or more cells (step 404) based at least in part on a broadcast signal received from the at least one of the one or more cells.
Reinforcement part configured for being arranged on the outside or the inside of a door in level with a lock case arranged in the door, wherein the reinforcement part has an extension such that it in a mounted state in vertical direction extends from an upper end to a lower end, wherein the distance between the upper end and the lower end preferably is substantially at least as long as the length of the lock case in vertical direction in a mounted state, wherein the reinforcement part has a first side, which in a mounted state will be facing away from the door, wherein the reinforcement part comprises a first surface, which is facing away from the first side, wherein the first surface is configured for in a mounted state abutting, directly, or indirectly via one or more further elements, against the outside or the inside of the door, wherein the reinforcement part comprises a first portion which, in a mounted state, extends into the door, characterized in that the first portion comprises a first vertical abutment surface configured such that it, in a mounted state, abuts directly, or via one or more further elements, against a vertical surface of the lock case, or such that the first vertical abutment surface is positioned at a distance which is less than 2.0 mm from the vertical surface of the lock case, wherein the first portion comprises a first horizontal surface configured such that it, in a mounted state, abuts directly, or via one or more further elements, from above against a horizontal surface of the lock case, which horizontal surface preferably is the top side of the lock case, or such that the first horizontal surface extends in above the top side of the lock case, wherein the reinforcement part comprises a second portion which, in a mounted state, extends into the door, wherein the second portion comprises a second vertical abutment surface configured such that it, in a mounted state, abuts directly, or via one or more further elements, against a vertical surface of the lock case, or such that the second vertical abutment surface is positioned at a distance which is less than 2.0 mm from the vertical surface of the lock case, and wherein the second portion comprises a second horizontal surface configured such that it, in a mounted state, abuts directly, or via one or more further elements, from below against a horizontal surface of the lock case, which horizontal surface preferably is the underside of the lock case, or such that the second horizontal surface extends in below the underside of the lock case.
A friction material comprising: a. at least one metal containing constituent, wherein the at least one metal containing constituent includes a ferrous metal; b. one or more lubricating components present in an amount from about 2 to about 30 percent by weight of the friction material, the one or more lubricating components including: i. a molybdate or an alkali metal molybdate; ii. a tungsten containing compound; iii. a zinc sulfide; iv. a fluoride and metal containing compound; v. magnesium, calcium, or both and a phosphate, sulfate, or both; vi. or a combination of (i) through (v); c. one or more filler materials; d. optionally at least one processing aid; e. an organic binder; and wherein the friction material is free of asbestos and substantially devoid of copper. a. at least one metal containing constituent, wherein the at least one metal containing constituent includes a ferrous metal; b. one or more lubricating components present in an amount from about 2 to about 30 percent by weight of the friction material, the one or more lubricating components including: i. a molybdate or an alkali metal molybdate; ii. a tungsten containing compound; iii. a zinc sulfide; iv. a fluoride and metal containing compound; v. magnesium, calcium, or both and a phosphate, sulfate, or both; vi. or a combination of (i) through (v); i. a molybdate or an alkali metal molybdate; ii. a tungsten containing compound; iii. a zinc sulfide; iv. a fluoride and metal containing compound; v. magnesium, calcium, or both and a phosphate, sulfate, or both; vi. or a combination of (i) through (v); c. one or more filler materials; d. optionally at least one processing aid; e. an organic binder; and
Brewing unit of a piston coffee machine, wherein the brewing unit is designed as a spindle brewing unit having a brewing slide as brewing chamber, two piston units as shower screen and plunger, a drive motor and at least one gearing mechanism (21, 22), wherein the brewing unit comprises a double-spindle assembly having an outer spindle and an inner spindle, wherein the brewing slide can be moved from a first end position into an intermediate position, then into a second end position and back again into the first end position, wherein the outer spindle has a movement thread which engages with an outer spindle nut axially fixed in the brewing slide, characterized in that the movement thread of the outer spindle is disengaged from the outer spindle nut in the first end position and in the second end position of the brewing slide and a speed of the brewing slide is zero even if the outer spindle continues to rotate. wherein the outer spindle has a movement thread which engages with an outer spindle nut axially fixed in the brewing slide, characterized in that the movement thread of the outer spindle is disengaged from the outer spindle nut in the first end position and in the second end position of the brewing slide and a speed of the brewing slide is zero even if the outer spindle continues to rotate.