mhurhangee/ep-ind-claims huggingface dataset:
The use of an aqueous laminating adhesive comprising a polyurethane and a silane of the formula where R 1 to R 4 each independently are an organic radical, with the proviso that at least two of the groups R 1 to R 4 are a hydroxyl or alkoxy group, for improving the heat stability of polymer film bonds made using polyurethane dispersions, where at least one of the remaining groups R 1 to R 4 is an organic radical which comprises at least one epoxy group, and where polymer films are bonded to one another or to other moldings, e.g., moldings of wood or plastic, and where the polyurethane is in a dispersion in water and thus constitutes an aqueous polyurethane dispersion.
Method for producing a Sn based alloy comprising a) a metal matrix of a metal matrix material, wherein the metal matrix material comprises Sn of 50 atomic% or more, b) and inclusions of a compound material, further referred to as compound inclusions, wherein the compound material contains - one element or a combination of elements of the group Ti, V, Zr, Hf, further referred to as dopant, - and one or a plurality of other elements, namely Sn, Cu and/or Nb, wherein particles of the metal matrix material, further referred to as matrix particles, are mixed with particles of the compound material, further referred to as compound particles, wherein the matrix particles and the compound particles are compacted during and/or after their mixing, and wherein the fractions of elements are chosen such that the Sn based alloy has a content of 0.1 to 20 atomic % of Cu, characterized in that the mixing and the compaction of the matrix particles and the compound particles is done simultaneously by spraying liquid metal matrix material in a directed jet of droplets onto a target and at the same time spraying a directed jet of solid compound particles onto the target, and that the fractions of elements are chosen such that the Sn based alloy has a total content of 0.5 to 10 atomic % of elements of the group Ti, V, Hf, Zr, Nb. a) a metal matrix of a metal matrix material, wherein the metal matrix material comprises Sn of 50 atomic% or more, b) and inclusions of a compound material, further referred to as compound inclusions, wherein the compound material contains - one element or a combination of elements of the group Ti, V, Zr, Hf, further referred to as dopant, - and one or a plurality of other elements, namely Sn, Cu and/or Nb, wherein particles of the metal matrix material, further referred to as matrix particles, are mixed with particles of the compound material, further referred to as compound particles, wherein the matrix particles and the compound particles are compacted during and/or after their mixing, and wherein the fractions of elements are chosen such that the Sn based alloy has a content of 0.1 to 20 atomic % of Cu, characterized in that the mixing and the compaction of the matrix particles and the compound particles is done simultaneously by spraying liquid metal matrix material in a directed jet of droplets onto a target and at the same time spraying a directed jet of solid compound particles onto the target, and that the fractions of elements are chosen such that the Sn based alloy has a total content of 0.5 to 10 atomic % of elements of the group Ti, V, Hf, Zr, Nb. - one element or a combination of elements of the group Ti, V, Zr, Hf, further referred to as dopant, - and one or a plurality of other elements, namely Sn, Cu and/or Nb, wherein particles of the metal matrix material, further referred to as matrix particles, are mixed with particles of the compound material, further referred to as compound particles,
An image processing device (10, 10A) comprising: at least one processor, wherein the processor is configured to: sequentially acquire a plurality of radiation images (T0, T1 to T5) of a subject having a body cavity into which an ultrasonic endoscope to which an ultrasonic imaging device is attached and to which a radiation impermeable marker is attached is inserted; sequentially acquire a plurality of two-dimensional ultrasound images (U0, U1 to U5, U10) corresponding to the plurality of radiation images (T0, T1 to T5), which are acquired by the ultrasonic imaging device; recognize a position and a posture of the ultrasonic endoscope in the body cavity based on the marker included in each of the plurality of radiation images (T0, T1 to T5); and derive a three-dimensional ultrasound image (UVO, UV12) from the plurality of two-dimensional ultrasound images (U0,U1 to U5, U10) based on the position and the posture of the ultrasonic endoscope recognized with respect to the plurality of radiation images (T0, T1 to T5). at least one processor, wherein the processor is configured to: sequentially acquire a plurality of radiation images (T0, T1 to T5) of a subject having a body cavity into which an ultrasonic endoscope to which an ultrasonic imaging device is attached and to which a radiation impermeable marker is attached is inserted; sequentially acquire a plurality of two-dimensional ultrasound images (U0, U1 to U5, U10) corresponding to the plurality of radiation images (T0, T1 to T5), which are acquired by the ultrasonic imaging device; recognize a position and a posture of the ultrasonic endoscope in the body cavity based on the marker included in each of the plurality of radiation images (T0, T1 to T5); and derive a three-dimensional ultrasound image (UVO, UV12) from the plurality of two-dimensional ultrasound images (U0,U1 to U5, U10) based on the position and the posture of the ultrasonic endoscope recognized with respect to the plurality of radiation images (T0, T1 to T5). sequentially acquire a plurality of radiation images (T0, T1 to T5) of a subject having a body cavity into which an ultrasonic endoscope to which an ultrasonic imaging device is attached and to which a radiation impermeable marker is attached is inserted; sequentially acquire a plurality of two-dimensional ultrasound images (U0, U1 to U5, U10) corresponding to the plurality of radiation images (T0, T1 to T5), which are acquired by the ultrasonic imaging device; recognize a position and a posture of the ultrasonic endoscope in the body cavity based on the marker included in each of the plurality of radiation images (T0, T1 to T5); and derive a three-dimensional ultrasound image (UVO, UV12) from the plurality of two-dimensional ultrasound images (U0,U1 to U5, U10) based on the position and the posture of the ultrasonic endoscope recognized with respect to the plurality of radiation images (T0, T1 to T5).
Vehicle restraint system which is arranged on a roadway, comprising posts with assembly plates and crash barriers which are secured to the posts, wherein the vehicle restraint system is fixed by means of the posts to a roadway surface and the roadway surface is formed from asphalt or different asphalt layers of a roadway covering, characterised in that the posts are secured by means of screwing in at least one concrete screw in an undersized bore hole with a frost-resistant and water-tight adhesive being interposed in such a manner that an excess of the adhesive is discharged between the assembly plate of the post and the upper edge of the bore hole and seals, wherein the material which completely surrounds the bore hole is formed from asphalt or different asphalt layers of the roadway covering.
Laundry care appliance with an outer tub for receiving washing liquid, a laundry drum for receiving laundry, wherein the laundry drum is arranged in the outer tub, an oscillating system, which is embodied to support the laundry drum and the outer tub in the laundry care appliance in an oscillateable manner, a drum drive for rotating the laundry drum, a washing liquid supply facility (118-1, 118-2) for supplying washing liquid into the laundry drum during a washing period, and a controller for controlling the drum drive and the washing liquid supply facility (118-1, 118-2), characterised in that the controller is embodied to activate the drum drive during a drum time segment of the washing period, in order to rotate the laundry drum with a drum speed, in order to form a laundry tunnel within the laundry received in the laundry drum, wherein the laundry tunnel in the rotating laundry drum is produced by centrifugal forces acting on the laundry, by means of which the laundry received in the rotating laundry drum is pressed against the laundry drum and as a result the laundry tunnel is formed, wherein the drum speed is greater than a detachment speed of the laundry drum and less than a resonance speed of the laundry drum, wherein the detachment speed is a maximum rotational speed of the laundry drum, in which the laundry received in the laundry drum detaches from the laundry drum, and wherein the resonance speed is a speed of the laundry drum, at which an oscillating frequency of the oscillating system corresponds to an intrinsic oscillation frequency of the oscillating system, and that the controller is embodied to activate the washing liquid supply facility (118-1, 118-2) during the washing period, in order to supply washing liquid into the laundry tunnel formed within the laundry drum. the controller is embodied to activate the drum drive during a drum time segment of the washing period, in order to rotate the laundry drum with a drum speed, in order to form a laundry tunnel within the laundry received in the laundry drum, wherein the laundry tunnel in the rotating laundry drum is produced by centrifugal forces acting on the laundry, by means of which the laundry received in the rotating laundry drum is pressed against the laundry drum and as a result the laundry tunnel is formed, wherein the drum speed is greater than a detachment speed of the laundry drum and less than a resonance speed of the laundry drum, wherein the detachment speed is a maximum rotational speed of the laundry drum, in which the laundry received in the laundry drum detaches from the laundry drum, and wherein the resonance speed is a speed of the laundry drum, at which an oscillating frequency of the oscillating system corresponds to an intrinsic oscillation frequency of the oscillating system, and that the controller is embodied to activate the washing liquid supply facility (118-1, 118-2) during the washing period, in order to supply washing liquid into the laundry tunnel formed within the laundry drum.
A data forwarding method, wherein the method comprises: forwarding, based on path sets of nodes in a network, service data between a source node and a sink node in the network, wherein the path set of the node comprises a path from the source node to the node, and the path sets of the nodes in the network are determined by iteratively performing the following path set determining step: for each link in the network, obtaining a path set of a start node of the link, and determining N shortest paths from an end node of the link to the sink node, wherein the N shortest paths are determined one by one based on N link attributes, and N is a natural number not less than 1; and for each path comprised in the path set of the start node, determining, according to the N shortest paths, the path, and the link, to add a new path formed by the path and the link into a path set of the end node. for each link in the network, obtaining a path set of a start node of the link, and determining N shortest paths from an end node of the link to the sink node, wherein the N shortest paths are determined one by one based on N link attributes, and N is a natural number not less than 1; and for each path comprised in the path set of the start node, determining, according to the N shortest paths, the path, and the link, to add a new path formed by the path and the link into a path set of the end node.
A tunable mass damper assembly attached to a rotor blade of an aircraft, the tunable mass damper assembly comprising: a base attached to the rotor blade; and a pendulum mass structure movably attached to the base and configured to move relative to the base in accordance with a rotational speed of the rotor blade about a rotor axis, the pendulum mass structure comprising a pendulum mass and at least one pendulum arm, wherein a first arm end of the pendulum arm is attached to the base and a second arm end of the pendulum arm is attached to the pendulum mass, the pendulum mass structure being configured to pivot vertically up and down to reduce vibratory forces of the rotor blade induced by a rotation of the rotor blade about the rotor axis, and wherein an entirety of the pendulum mass structure is contained within and enclosed by the rotor blade. a base attached to the rotor blade; and a pendulum mass structure movably attached to the base and configured to move relative to the base in accordance with a rotational speed of the rotor blade about a rotor axis, the pendulum mass structure comprising a pendulum mass and at least one pendulum arm, wherein a first arm end of the pendulum arm is attached to the base and a second arm end of the pendulum arm is attached to the pendulum mass, the pendulum mass structure being configured to pivot vertically up and down to reduce vibratory forces of the rotor blade induced by a rotation of the rotor blade about the rotor axis, and wherein an entirety of the pendulum mass structure is contained within and enclosed by the rotor blade.
A method for maintaining a persistent miracast session over a wireless link, the method comprising: sending, by a source device, a capability request message to a sink device to identify whether the sink device supports the persistent miracast session; receiving, by the source device, a capability response message indicating that the sink device supports the persistent miracast session from the source device; establishing, by the source device, the persistent miracast session with the sink device; storing, at the source device, an identifier of the sink device, a session identifier, and configuration parameters; tearing down, by the source device, the persistent miracast session, while retaining the wireless link with the sink device; sending, by the source device, a verification request message to the sink device to identify availability of the sink device for reestablishing the persistent miracast session with the stored session identifier when the persistent miracast session is torn down; and receiving, by the source device, a verification response message from the sink device, wherein the verification response message indicates the availability of the sink device. sending, by a source device, a capability request message to a sink device to identify whether the sink device supports the persistent miracast session; receiving, by the source device, a capability response message indicating that the sink device supports the persistent miracast session from the source device; establishing, by the source device, the persistent miracast session with the sink device; storing, at the source device, an identifier of the sink device, a session identifier, and configuration parameters; tearing down, by the source device, the persistent miracast session, while retaining the wireless link with the sink device; sending, by the source device, a verification request message to the sink device to identify availability of the sink device for reestablishing the persistent miracast session with the stored session identifier when the persistent miracast session is torn down; and receiving, by the source device, a verification response message from the sink device, wherein the verification response message indicates the availability of the sink device.
An apparatus for writing a message in a mobile terminal, the message comprising a plurality of slides including characters entered by a user, the apparatus comprising: a display unit arranged to display an expanded slide and arranged to display a series of successive collapsed slides, each slide being convertible between an expanded state and a collapsed state; a slide compressor for converting an expanded slide comprising a message input field into a collapsed slide comprising slide information of the expanded slide and for converting a collapsed slide into an expanded slide; and a message manager for controlling the slide compressor and for outputting the slide converted by the slide compressor to the display unit; wherein the message manager is adapted to control the slide compressor to convert a slide selected by a user. a display unit arranged to display an expanded slide and arranged to display a series of successive collapsed slides, each slide being convertible between an expanded state and a collapsed state; a slide compressor for converting an expanded slide comprising a message input field into a collapsed slide comprising slide information of the expanded slide and for converting a collapsed slide into an expanded slide; and a message manager for controlling the slide compressor and for outputting the slide converted by the slide compressor to the display unit; wherein the message manager is adapted to control the slide compressor to convert a slide selected by a user.
A mechanical device integrated in the hub of a wheel for storing and retrieving a braking energy for the wheel via a torsion leaf spring that can be loaded and unloaded by winding and unwinding around an axis common to the wheel and a hollow support shaft, wherein a control shaft being located inside said support shaft, characterized in that said support shaft bears: - a free wheel mechanically connected to the spring via at least one first connecting bar, - a set of gear wheels (70, 71, 72) including an internal gear wheel, a central gear wheel, and an external gear wheel, said internal gear wheel being mechanically connected to the spring via at least one second connecting bar, - stops (90, 91, 92) capable of respectively locking and unlocking the free wheel, the central gear wheel, and the external gear wheel, and in that the control shaft can pivot so as to trigger the stops (90, 91, 92) for the following rotations: - a rotation of the control shaft by a first angle is able to cause a locking of the central gear wheel for loading the spring, - a rotation of the control shaft by a second angle is able to cause a locking of the free wheel only to maintain the spring without changing the winding state thereof; - a rotation of the control shaft by a third angle is able to cause a locking of the external gear wheel and an unlocking of the free wheel for unloading the spring. - a free wheel mechanically connected to the spring via at least one first connecting bar, - a set of gear wheels (70, 71, 72) including an internal gear wheel, a central gear wheel, and an external gear wheel, said internal gear wheel being mechanically connected to the spring via at least one second connecting bar, - stops (90, 91, 92) capable of respectively locking and unlocking the free wheel, the central gear wheel, and the external gear wheel, - a rotation of the control shaft by a first angle is able to cause a locking of the central gear wheel for loading the spring, - a rotation of the control shaft by a second angle is able to cause a locking of the free wheel only to maintain the spring without changing the winding state thereof; - a rotation of the control shaft by a third angle is able to cause a locking of the external gear wheel and an unlocking of the free wheel for unloading the spring.
Paraseismic partition comprising rails (1, 2, 3, 4), uprights and panels arranged on a primary framework and a secondary framework, in which - the primary framework comprising a lower rail fixed in the floor and an upper rail fixed in a ceiling, these two rails are substantially horizontal, and, moreover, two other substantially vertical rails, these two rails are fixed on walls, and the rails (1, 2, 4) have a substantially U-shaped cross section; - the secondary framework comprising a plurality of substantially vertical uprights with a substantially C-shaped cross section, these uprights having a smaller cross section than the cross section of the rails (1, 2, 4) of the primary framework and are partially or totally housed in the rails (1, 2, 4) of the primary framework; - the panels are fixed to the uprights of the secondary framework and are independent from the primary framework. - the primary framework comprising a lower rail fixed in the floor and an upper rail fixed in a ceiling, these two rails are substantially horizontal, and, moreover, two other substantially vertical rails, these two rails are fixed on walls, and the rails (1, 2, 4) have a substantially U-shaped cross section; - the secondary framework comprising a plurality of substantially vertical uprights with a substantially C-shaped cross section, these uprights having a smaller cross section than the cross section of the rails (1, 2, 4) of the primary framework and are partially or totally housed in the rails (1, 2, 4) of the primary framework; - the panels are fixed to the uprights of the secondary framework and are independent from the primary framework.
A valve assembly for controlling an apparatus for camshaft timing adjustment being driven by a hydraulic pump, comprising a valve body with a first control port, a second control port, a high pressure port and a low pressure port, the valve assembly having - a first state for enabling a flow of a hydraulic fluid from the high pressure port to the first control port and from the second control port to the low pressure port, respectively, and - a second state for enabling a flow of the hydraulic fluid from the high pressure port to the second control port and from the first control port to the low pressure port, respectively, characterized in that the valve body comprises a central actuating through-hole extending axially through the valve body defining an axial direction, the first and second control ports (133, 134) are arranged on axially opposite sides of the valve body and are connected to each other by the central actuating through-hole, and in that the valve assembly comprises a valve actuating means having a pin-like valve needle with an actuating section being arranged central and axially displaceable in the actuating through-hole of the valve body, the valve actuating means being in a first axial position in the first state of the valve assembly and in a different second axial position in the second state of the valve assembly. - a first state for enabling a flow of a hydraulic fluid from the high pressure port to the first control port and from the second control port to the low pressure port, respectively, and - a second state for enabling a flow of the hydraulic fluid from the high pressure port to the second control port and from the first control port to the low pressure port, respectively,