mhurhangee/ep-ind-claims huggingface dataset:
Slip ring assembly of a slip ring transmitter for transmitting electrical signals between a static part and a part rotating around a rotation axis, including - at least one slip ring for transmitting one of the electrical signals between the slip ring and at least one rubbing element, specifically brushes and - a slip ring shaft to fix the minimum one slip ring to, whereby the slip ring shaft has guide channels distributed around its circumference to take electrical cables in order to electrically connect at least one slip ring, characterized in that the slip ring shaft has a profile and the insulating body (84, 86) has a counter profile adapted to the slip ring shaft profile, so that the insulating body and its counter profile can be moved in an axial direction along the profile of the slip ring shaft on the slip ring shaft, and the profile and counter profile mesh in such a way that there is a torque-proof connection. - at least one slip ring for transmitting one of the electrical signals between the slip ring and at least one rubbing element, specifically brushes and - a slip ring shaft to fix the minimum one slip ring to,
A delivery system for a fixation device, comprising: a guide catheter comprising a proximal end portion having a proximal end port, a distal end portion having a distal end port, and an inner surface defining an inner lumen extending in fluid communication between the proximal end port and the distal end port; a delivery catheter extending through the inner lumen of the guide catheter to define an annular space between an outer surface of the delivery catheter and the inner surface of the guide catheter; and a pressure sensor proximate the proximal end portion of the guide catheter in fluid communication with the annular space to monitor fluid pressure within the annular space, wherein the distal end portion of the guide catheter includes a distal tip member having the distal end port defined therein; the system is characterized in that the distal tip member comprises a plurality flow passages in fluid communication between an exterior of the distal end portion of the guide catheter and the annular space, the plurality of flow passages comprising a number of flow channels defined in the distal tip member and spaced about a perimeter of the distal end port. a guide catheter comprising a proximal end portion having a proximal end port, a distal end portion having a distal end port, and an inner surface defining an inner lumen extending in fluid communication between the proximal end port and the distal end port; a delivery catheter extending through the inner lumen of the guide catheter to define an annular space between an outer surface of the delivery catheter and the inner surface of the guide catheter; and a pressure sensor proximate the proximal end portion of the guide catheter in fluid communication with the annular space to monitor fluid pressure within the annular space, wherein the distal end portion of the guide catheter includes a distal tip member having the distal end port defined therein; the system is characterized in that the distal tip member comprises a plurality flow passages in fluid communication between an exterior of the distal end portion of the guide catheter and the annular space, the plurality of flow passages comprising a number of flow channels defined in the distal tip member and spaced about a perimeter of the distal end port.
A high-rise building - with a number of n floors, - with a stairwell connected to the individual floors via stairwell doors, - with one anteroom per floor, which is connected to the stairwell via one of the stairwell doors, - with a vent shaft having a shaft head above the highest floor and a shaft base below the zeroth floor, - with a motor-driven venting means on the shaft head, - with one motor-powered venting device for each floor, which device is disposed between the functional unit and the vent shaft, wherein the venting device is normally closed, - with one smoke detector per floor, which is in each case disposed in the functional unit, and - with a control device, which is connected to the smoke detectors, the venting devices and the venting means and which, in case of fire on the fire-affected floor, activates the venting device thereon and the venting means on the shaft head, characterized in that the vent shaft has at the shaft base an air inlet hatch, which a) is normally closed, and b) is opened by a motor in case of fire on a fire-affected floor and enables a flow in the vent shaft between the shaft base and the shaft head, and that the vent shaft has a geometrically free cross-sectional area of at least 0.6 m 2. - with a number of n floors, - with a stairwell connected to the individual floors via stairwell doors, - with one anteroom per floor, which is connected to the stairwell via one of the stairwell doors, - with a vent shaft having a shaft head above the highest floor and a shaft base below the zeroth floor, - with a motor-driven venting means on the shaft head, - with one motor-powered venting device for each floor, which device is disposed between the functional unit and the vent shaft, wherein the venting device is normally closed, - with one smoke detector per floor, which is in each case disposed in the functional unit, and - with a control device, which is connected to the smoke detectors, the venting devices and the venting means and which, in case of fire on the fire-affected floor, activates the venting device thereon and the venting means on the shaft head,
A microporous membrane, comprising first and third layers comprising 3.0 wt.% to 50.0 wt.% of a polyethylene homopolymer or ethylene/a-olefin copolymer having a Tm in the range of 115.0°C to 130.0°C and an Mw of from 5.0 x 10 3 to 4.0 x 10 5; 40.0 wt.% to 97.0 wt.% of a polyethylene having an Mw ≤ 1.0 x 10 6 and from 0 wt.% to 25.0 wt.% of a polyethylene having a Mw > 1.0 x 10 6, based on the weight of the respective first layer or third layer; a second layer located between the first and third layers, comprising 15.0 wt.% to 40.0 wt.% of a polypropylene having an Mw ≥ 5.0 x 10 5 and a Tm ≥ 150°C, 0 wt.% to 10.0 wt.% of polyethylene having an Mw > 1.0 x 10 6, and 50.0 wt.% to 85.0 wt.% of polyethylene having an Mw ≤ 1.0 x 10 6, the weight percents being based on the weight of the second layer; the membrane has a shutdown temperature ≤ 130.5°C and a rupture temperature ≥ 170.0°C.
A self-expandable apparatus for removal of a thrombus in a blood vessel, comprising: a push or guide wire; a mesh structure comprising a first plurality of mesh cells, the mesh structure having a proximal end and a distal end wherein said distal end of the mesh structure is configured to engage at least a portion of the thrombus to form a removable, integrated apparatus-thrombus mass; a tapering portion comprising a second plurality of mesh cells, the tapering portion disposed toward the proximal end of the mesh structure; and a connection point, at which the tapering portion converges, located at a proximal end of the tapering portion, the tapering portion permanently attached to the push or guide wire at or adjacent to the connection point; wherein the apparatus is pre-formed to assume a volume-enlarged form and, in the volume-enlarged form, takes the form of a longitudinally open tube tapering toward the connection point. a push or guide wire; a mesh structure comprising a first plurality of mesh cells, the mesh structure having a proximal end and a distal end wherein said distal end of the mesh structure is configured to engage at least a portion of the thrombus to form a removable, integrated apparatus-thrombus mass; a tapering portion comprising a second plurality of mesh cells, the tapering portion disposed toward the proximal end of the mesh structure; and a connection point, at which the tapering portion converges, located at a proximal end of the tapering portion, the tapering portion permanently attached to the push or guide wire at or adjacent to the connection point; wherein the apparatus is pre-formed to assume a volume-enlarged form and, in the volume-enlarged form, takes the form of a longitudinally open tube tapering toward the connection point.
A wave energy converter system comprising: a container designed to extend along the surface of a body of water and to be responsive to motion of the waves in the body of water; a wave energy converter device mounted and entirely contained within the container; said WEC device including a reaction mass located within the container and arranged to move generally up and down in response to motion of the waves; and a rotary hydraulic spring comprising a rotary hydraulic pump/motor and an accumulator, the rotary hydraulic pump/motor being rotatably coupled to the reaction mass for controlling at least one of the reaction mass' oscillation and position. a container designed to extend along the surface of a body of water and to be responsive to motion of the waves in the body of water; a wave energy converter device mounted and entirely contained within the container; said WEC device including a reaction mass located within the container and arranged to move generally up and down in response to motion of the waves; and a rotary hydraulic spring comprising a rotary hydraulic pump/motor and an accumulator, the rotary hydraulic pump/motor being rotatably coupled to the reaction mass for controlling at least one of the reaction mass' oscillation and position.
Container for producing of a beverage capsule containing a beverage ingredient, consisting of a formed laminated structure comprising a cup portion with a depth-to-width ratio of at least 0.3 and a peripheral flange; said laminated structure comprising an aluminium foil as a middle layer and comprising on the inner side of the aluminium foil a sealing layer (10, 16); characterized in that the laminated structure further comprises at least one outer polymer film laminated on the outer side of the aluminium foil using a laminating adhesive layer and in that the outer polymer film is printed at its inner surface and is made of semi-crystalline polymer.
A method for forming an apex, the method comprising the steps of: winding an elastomer strip of rubber onto a rotatable platen, wherein the rotatable platen has a radially expandable bead chuck located on a radially inner portion of the rotatable platen, wherein the rotatable platen has an outer surface, and characterised in that the rotatable platen further includes one or more bars.
A method of signal communication, comprising: receiving a· selection signal; and selecting a selected frequency range used for a multi-carrier signal communication from a set of predetermined frequency ranges for signal communication depending on the selection signal, wherein the set of predetermined frequency ranges comprises a first frequency range and a second frequency range comprising the first frequency range, wherein the selection signal is indicative of whether a communication line used for the signal communication is fully available for the signal communication or a frequency range is reserved for a further signal communication on the communication line. receiving a· selection signal; and selecting a selected frequency range used for a multi-carrier signal communication from a set of predetermined frequency ranges for signal communication depending on the selection signal, wherein the set of predetermined frequency ranges comprises a first frequency range and a second frequency range comprising the first frequency range, wherein the selection signal is indicative of whether a communication line used for the signal communication is fully available for the signal communication or a frequency range is reserved for a further signal communication on the communication line.
A method comprising: receiving, by one or more computing devices from a user device, a protocol data unit, PDU, session request, wherein the PDU session request includes one or more requirements of the PDU session; receiving, by the one or more computing devices, for each of a plurality of available network slices that satisfy the request, one or more selection criteria, wherein one or more selection criteria for a first network slice is based on billing rate information associated with the first network slice; selecting, by the one or more computing devices, based on the one or more selection criteria for the plurality of available network slices, the first network slice; and causing, by the one or more computing devices, a PDU session to be established for the user device, wherein the PDU session is associated with the first network slice. receiving, by one or more computing devices from a user device, a protocol data unit, PDU, session request, wherein the PDU session request includes one or more requirements of the PDU session; receiving, by the one or more computing devices, for each of a plurality of available network slices that satisfy the request, one or more selection criteria, wherein one or more selection criteria for a first network slice is based on billing rate information associated with the first network slice; selecting, by the one or more computing devices, based on the one or more selection criteria for the plurality of available network slices, the first network slice; and causing, by the one or more computing devices, a PDU session to be established for the user device, wherein the PDU session is associated with the first network slice.
A housing for an electronic component, comprising a retaining device having at least one retaining web which has an installation area for laying a cable in an installation direction and an exposed fastening portion for fastening said cable to the retaining web by means of an elongated flexible fastening member, wherein a guiding device having a guide surface is configured to deflect a front end of the fastening member on the side facing away from the installation area of the retaining web around the retaining web if said fastening member is fed from an operating side, so that it can be grasped again on the operating side, characterized in that the retaining web is arranged on a primary housing part which is connectable in a re-detachable way to a secondary housing part, and at least one portion (29a, 29b) of the guiding device having an associated portion (31a, 31b) of the guide surface is arranged on the primary housing part and a portion of the guiding device having an associated portion is arranged on the secondary housing part.
A system for simultaneously cooling multiple computing devices (411-414, 451-466; 530), the system comprising: a multi-zone piping system comprising: a first distinct portion extending below ground into a first portion of the earth; a first valve controlling the flow of heated liquid into the first distinct portion of the multi-zone piping system; a second distinct portion extending below ground into a second portion of the earth that is different and separate from the first portion; and a second valve controlling the flow of the heated liquid into the second distinct portion of the multi-zone piping system; wherein the first and second valves alternate which of the first distinct portion of the multi-zone piping system and the second distinct portion of the multi-zone piping system have the heated liquid flowing through them so as to avoid heat soak of the first portion and the second portion of the earth, wherein the multi-zone piping system is thermally coupled to the multiple computing devices. a multi-zone piping system comprising: a first distinct portion extending below ground into a first portion of the earth; a first valve controlling the flow of heated liquid into the first distinct portion of the multi-zone piping system; a second distinct portion extending below ground into a second portion of the earth that is different and separate from the first portion; and a second valve controlling the flow of the heated liquid into the second distinct portion of the multi-zone piping system; a first distinct portion extending below ground into a first portion of the earth; a first valve controlling the flow of heated liquid into the first distinct portion of the multi-zone piping system; a second distinct portion extending below ground into a second portion of the earth that is different and separate from the first portion; and a second valve controlling the flow of the heated liquid into the second distinct portion of the multi-zone piping system; wherein the first and second valves alternate which of the first distinct portion of the multi-zone piping system and the second distinct portion of the multi-zone piping system have the heated liquid flowing through them so as to avoid heat soak of the first portion and the second portion of the earth, wherein the multi-zone piping system is thermally coupled to the multiple computing devices.
A device for applying an electromagnetic field to a biological feedstock sample, the device comprising a coaxial electrical structure having a center conductor and a ground conductor which surrounds the center conductor, an electrical resistor positioned between one end of the center conductor and a conductive wall which extends the ground conductor into a plane substantially perpendicular to the axis of the center conductor, the electrical resistor having a first end connected to the center conductor and a second end connected to the conductive wall, characterized in that the electrical resistor defines an internal volume wherein the biological feedstock sample is placed.
An exposure method in which an object is exposed with an energy beam, the method including: mounting the object on a movable body (WST, WTB) that can move in at least a first direction and a second direction that are orthogonal to each other within a predetermined plane; and controlling a position of the movable body within the predetermined plane, based on measurement information of an encoder system in which one of a grating section (39X 1, 39X 2, 39Y 1, 39Y 2) and a head unit (62A, 62B, 62C, 62D) is provided to the movable body on which the object is mounted and the other of the grating section and the head unit is arranged outside the movable body and which is arranged to measure position information of the movable body in a predetermined direction within the predetermined plane by irradiating a detection light to the grating section and receiving a reflected light from the grating section, and based on correction information for compensating a measurement error of the encoder system that occurs due to flatness of the grating section, the grating section and the head unit facing each other, the predetermined direction corresponding to a periodic direction of the grating section, and the correction information being obtained using the encoder system. mounting the object on a movable body (WST, WTB) that can move in at least a first direction and a second direction that are orthogonal to each other within a predetermined plane; and controlling a position of the movable body within the predetermined plane, based on measurement information of an encoder system in which one of a grating section (39X 1, 39X 2, 39Y 1, 39Y 2) and a head unit (62A, 62B, 62C, 62D) is provided to the movable body on which the object is mounted and the other of the grating section and the head unit is arranged outside the movable body and which is arranged to measure position information of the movable body in a predetermined direction within the predetermined plane by irradiating a detection light to the grating section and receiving a reflected light from the grating section, and based on correction information for compensating a measurement error of the encoder system that occurs due to flatness of the grating section, the grating section and the head unit facing each other, the predetermined direction corresponding to a periodic direction of the grating section, and the correction information being obtained using the encoder system.
A method used in a wireless communication system, comprising: determining a pairing between one or more uplink carriers and one or more downlink carriers, the one or more uplink carriers and the one or more downlink carriers comprising at least three carriers; and characterised by: deciding whether to exchange control information based on the pairing or on a designated anchor carrier; and exchanging the control information on one or more of the paired uplink and downlink carriers or said designated anchor carrier. determining a pairing between one or more uplink carriers and one or more downlink carriers, the one or more uplink carriers and the one or more downlink carriers comprising at least three carriers; and characterised by: deciding whether to exchange control information based on the pairing or on a designated anchor carrier; and exchanging the control information on one or more of the paired uplink and downlink carriers or said designated anchor carrier. deciding whether to exchange control information based on the pairing or on a designated anchor carrier; and exchanging the control information on one or more of the paired uplink and downlink carriers or said designated anchor carrier.
A content supplying apparatus distributing a content by using an adaptive streaming technology, the content supplying apparatus comprising: a fragment stream generating unit configured to generate a fragment stream based on source data of the content; an MPD generating unit configured to generate a Media Presentation Description, MPD, describing information required for a reception side to acquire the fragment stream distributed in an HTTP unicast manner; a unicast distribution unit configured to distribute the MPD and the fragment stream in the HTTP unicast manner; a FLUTE stream generating unit configured to generate a FLUTE stream based on the fragment stream and generates a Session Description Protocol, SDP, by describing information relating to the MPD in which information required for the reception side to acquire information relating to a FLUTE session distributing the FLUTE stream and the fragment stream corresponding to the FLUTE stream is described; and a multicast distributing unit configured to distribute the FLUTE stream and the SDP in a FLUTE multicast manner, wherein the FLUTE stream generating unit is configured to describe the information relating to the MPD in the SDP by using an attribute row "a=mpd-mapping: <mpd url><adaptation set id><representationid><base url>" defined for describing the information relating to the MPD. a fragment stream generating unit configured to generate a fragment stream based on source data of the content; an MPD generating unit configured to generate a Media Presentation Description, MPD, describing information required for a reception side to acquire the fragment stream distributed in an HTTP unicast manner; a unicast distribution unit configured to distribute the MPD and the fragment stream in the HTTP unicast manner; a FLUTE stream generating unit configured to generate a FLUTE stream based on the fragment stream and generates a Session Description Protocol, SDP, by describing information relating to the MPD in which information required for the reception side to acquire information relating to a FLUTE session distributing the FLUTE stream and the fragment stream corresponding to the FLUTE stream is described; and a multicast distributing unit configured to distribute the FLUTE stream and the SDP in a FLUTE multicast manner, wherein the FLUTE stream generating unit is configured to describe the information relating to the MPD in the SDP by using an attribute row "a=mpd-mapping: <mpd url><adaptation set id><representationid><base url>" defined for describing the information relating to the MPD.