mhurhangee/ep-ind-claims huggingface dataset:
A fiber bundle concentrating apparatus in a spinning machine, the fiber bundle concentrating apparatus comprising a guide member, which is adapted to guide a fiber bundle such that the width of the fiber bundle is reduced toward an advancing direction of the fiber bundle, and an excitation device, which is adapted to vibrate the guide member so as to generate sound pressure that acts on the fiber bundle in a direction to reduce the width of the fiber bundle, wherein the guide member includes two vibration plates arranged to face each other, each vibration plate including a guide portion which forms a guide passage, and a support plate portion (41a, 41b) which includes a proximal end coupled to a transducer of the excitation device and a distal end at which the guide portion is integrally formed, the guide passage including an inlet guide passage, and each guide portion includes a guide surface which forms the inlet guide passage, the guide surface including an opposing surface, the guide portion being formed to permit the sound pressure to be applied to the fiber bundle that passes through the inlet guide passage from a side corresponding to the opposing surface that faces the other guide portion; characterized in that the cross-sectional area of the guide passage is smaller at the outlet than at the inlet, the guide surface includes upper and lower surfaces that intersect the opposing surface and face each other, the guide portion being formed to permit the sound pressure to be applied to the fiber bundle that passes through the inlet guide passage also from a side corresponding to a surface that intersects the opposing surface, wherein each guide portion is formed such that the cross-sectional area of the inlet guide passage is gradually increased toward the inlet section, the guide passage including an outlet guide passage, which is connected to the inlet guide passage, each guide portion including a guide surface which forms the outlet guide passage, the guide surface including a flat surface (44a1), which extends parallel to the advancing direction of the fiber bundle.
A method for manufacturing a multilayer value document substrate, comprising - supplying a first and at least one second layer (2, 3), wherein the first layer has at least one optical element; and - manufacturing the value document substrate by connecting the layers (1, 2, 3) supplied, wherein the at least one second layer (2, 3) has a varying transparency, wherein - the layers (1, 2, 3) supplied are connected in such a manner that the second layer (2, 3) covers the optical element of the first layer at least partly and a substantially transparent region of the second layer (2, 3) covers the optical element of the first layer; characterized in that the varying of the transparency is produced by employing clouding, laser irradiation, UV irradiation, extrusion, thermoplastic embossing, grinding and/or mechanical surface treatment, and/or the varying of the transparency comprises configuring substantially transparent regions by means of heat sealing, hot embossing and/or applying pressure. - supplying a first and at least one second layer (2, 3), wherein the first layer has at least one optical element; and - manufacturing the value document substrate by connecting the layers (1, 2, 3) supplied, wherein the at least one second layer (2, 3) has a varying transparency, wherein - the layers (1, 2, 3) supplied are connected in such a manner that the second layer (2, 3) covers the optical element of the first layer at least partly and a substantially transparent region of the second layer (2, 3) covers the optical element of the first layer; the varying of the transparency is produced by employing clouding, laser irradiation, UV irradiation, extrusion, thermoplastic embossing, grinding and/or mechanical surface treatment, and/or the varying of the transparency comprises configuring substantially transparent regions by means of heat sealing, hot embossing and/or applying pressure.
A quenching box for the condensing of steam for a cooking device, comprising at least one steam inlet, at least one water nozzle, and a water outlet, wherein a labyrinth structure (52, 54) having at least one deflection surface is provided between the steam inlet and the water outlet, characterized in that a swirl guard is associated with the water nozzle, the swirl guard being configured to prevent splash water from contacting the water nozzle.
An imaging apparatus comprising: four heads (11a-11d) which are arranged in a main scanning direction, each of the heads including first and second nozzle arrays (N1, N2) which are arranged in order in the main scanning direction and configured to discharge droplets of recording liquids wherein the colors of the recording liquids are yellow, magenta, cyan and black respectively; wherein one of the nozzle arrays (N1, N2) that is configured to discharge the yellow recording liquid and one of the nozzle arrays (N1, N2) that is configured to discharge the magenta recording liquid are arranged together in two of the heads (11a, lid) and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the black recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the cyan recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; and the order of the nozzle arrays (N1, N2) configured to discharge yellow, magenta and cyan recording liquids is reversed between the first nozzle arrays and the second nozzle arrays. four heads (11a-11d) which are arranged in a main scanning direction, each of the heads including first and second nozzle arrays (N1, N2) which are arranged in order in the main scanning direction and configured to discharge droplets of recording liquids wherein the colors of the recording liquids are yellow, magenta, cyan and black respectively; wherein one of the nozzle arrays (N1, N2) that is configured to discharge the yellow recording liquid and one of the nozzle arrays (N1, N2) that is configured to discharge the magenta recording liquid are arranged together in two of the heads (11a, lid) and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the black recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; two of the nozzle arrays (N1, N2) that are configured to discharge the cyan recording liquid are arranged together in one of the heads and are shifted from each other in a sub-scanning direction by half a nozzle pitch; and the order of the nozzle arrays (N1, N2) configured to discharge yellow, magenta and cyan recording liquids is reversed between the first nozzle arrays and the second nozzle arrays.
Purification process of the carbon black obtained from the pyrolysis of used tyres by means of extraction with a solvent with a polarity between 36.5≤ET ≤41.6 kcal/mol on the Reichardt scale.
A user information notifying method, characterized in that the method comprising: when User Equipment, UE, performs an initial attach procedure or a Track Area Update, TAU, procedure, or switches from an Idle state to an Active state, notifying, by a Mobile Management Entity, MME, an evolved base station, eNodeB, of Radio Access Technology, RAT, / Frequency Selection Priority information of the UE through adding a RAT / Frequency Selection Priority parameter for carrying the RAT / Frequency Selection Priority information of the UE into an Initial Context Setup Request message; and when the UE is in the Active state, notifying, by the MME, the eNodeB of the RAT / Frequency Selection Priority information of the UE through adding a RAT / Frequency Selection Priority parameter for carrying the RAT / Frequency Selection Priority information of the UE into a UE Context Modification Request message. when User Equipment, UE, performs an initial attach procedure or a Track Area Update, TAU, procedure, or switches from an Idle state to an Active state, notifying, by a Mobile Management Entity, MME, an evolved base station, eNodeB, of Radio Access Technology, RAT, / Frequency Selection Priority information of the UE through adding a RAT / Frequency Selection Priority parameter for carrying the RAT / Frequency Selection Priority information of the UE into an Initial Context Setup Request message; and when the UE is in the Active state, notifying, by the MME, the eNodeB of the RAT / Frequency Selection Priority information of the UE through adding a RAT / Frequency Selection Priority parameter for carrying the RAT / Frequency Selection Priority information of the UE into a UE Context Modification Request message.
A content providing method which is executed by a mobile device, the mobile device comprising a first communication unit which is configured to establish a short distance connection to an external remote control and a second communication unit which is configured to establish a connection to an external display device, the external remote control being configured to control the external display device, the content providing method comprising: reproducing content on a display of the mobile device; detecting an occurrence of a short distance communication with the external remote control via the first communication unit; after detecting said occurrence, generating data required by the external display device for reproducing the content that is being reproduced on the display of the mobile device; transmitting the generated data to the external remote control to be forwarded to the external display device; receiving, from the external remote control via the first communication unit, a contents transmitting request signal and information corresponding to the external display device generated by the external display device in response to the forwarded data; based on the information received from the external remote control, establishing a connection to the external display device via the second communication unit; and transmitting the content being reproduced on the display of the mobile device to the external display device to which the connection is established via the second communication unit. reproducing content on a display of the mobile device; detecting an occurrence of a short distance communication with the external remote control via the first communication unit; after detecting said occurrence, generating data required by the external display device for reproducing the content that is being reproduced on the display of the mobile device; transmitting the generated data to the external remote control to be forwarded to the external display device; receiving, from the external remote control via the first communication unit, a contents transmitting request signal and information corresponding to the external display device generated by the external display device in response to the forwarded data; based on the information received from the external remote control, establishing a connection to the external display device via the second communication unit; and transmitting the content being reproduced on the display of the mobile device to the external display device to which the connection is established via the second communication unit.
A compound of Formula I: wherein R 1 is selected from hydrogen and C 1 -C 3 alkyl; R 2 is selected from hydrogen and C 1 -C 3 alkyl; R 3 is selected from the group of hydrogen, halogen, and C 1 -C 3 alkyl; or, when R 3 is bound to the 9-position carbon of the 10/-/-benzo[c]phenoxazine core, R 2 and R 3, together with the carbon atoms to which they are bonded, form a five-membered or six-membered fused ring, the five-membered or six-membered fused ring optionally containing a ring oxygen heteroatom, and the five-membered or six-membered fused ring being substituted by 0, 1, 2, or 3 C 1 -C 3 alkyl substituents; and R 4 and R 5 are each independently selected from hydrogen and C 1 -C 3 alkyl. wherein R 1 is selected from hydrogen and C 1 -C 3 alkyl; R 2 is selected from hydrogen and C 1 -C 3 alkyl; R 3 is selected from the group of hydrogen, halogen, and C 1 -C 3 alkyl; or, when R 3 is bound to the 9-position carbon of the 10/-/-benzo[c]phenoxazine core, R 2 and R 3, together with the carbon atoms to which they are bonded, form a five-membered or six-membered fused ring, the five-membered or six-membered fused ring optionally containing a ring oxygen heteroatom, and the five-membered or six-membered fused ring being substituted by 0, 1, 2, or 3 C 1 -C 3 alkyl substituents; and R 4 and R 5 are each independently selected from hydrogen and C 1 -C 3 alkyl.
Apparatus for assisting persons with restricted mobility, - wherein the apparatus is a mobile terminal or a navigation system permanently integrated in a means of transportation for the person with restricted mobility, - in which a query unit for querying current driving aid state information (1, 2, 3) is present in the apparatus and is set up for this purpose, wherein this driving aid state information indicates current operating states and unique driving aid identifications of driving aids, and wherein the driving aid state information comes from nearby driving aids themselves and/or other apparatuses for assisting persons with restricted mobility, - in which a data unit is present in the apparatus and is set up such that the current driving aid state information can be stored, - in which an input/output unit (IN, D) is present in the apparatus and is set up such that at least one route destination can be input and a current optimum route can be output, and - in which a computing unit is present in the apparatus and is set up such that the current optimum route can be determined with the aid of a route beginning, the route destination and the current driving aid state information. - wherein the apparatus is a mobile terminal or a navigation system permanently integrated in a means of transportation for the person with restricted mobility, - in which a query unit for querying current driving aid state information (1, 2, 3) is present in the apparatus and is set up for this purpose, wherein this driving aid state information indicates current operating states and unique driving aid identifications of driving aids, and wherein the driving aid state information comes from nearby driving aids themselves and/or other apparatuses for assisting persons with restricted mobility, - in which a data unit is present in the apparatus and is set up such that the current driving aid state information can be stored, - in which an input/output unit (IN, D) is present in the apparatus and is set up such that at least one route destination can be input and a current optimum route can be output, and - in which a computing unit is present in the apparatus and is set up such that the current optimum route can be determined with the aid of a route beginning, the route destination and the current driving aid state information.
A valve arrangement for supplying air to a combustion chamber of an internal combustion engine, said valve arrangement comprising a first valve, said first valve comprising a first valve head, a first valve stem and an internal cavity, which is partly located in the first valve stem and open towards a lower surface of the first valve head, a second valve at least partly arranged within the cavity of said first valve, said second valve comprising a second valve head and a second valve stem arranged at least partly within said first valve stem, wherein the second valve head is arranged for interaction with a valve seat in the first valve head for controlling supply of additional air to said combustion chamber via the internal cavity in said first valve, a valve guide arranged to surround a portion of said first valve stem such that said first valve stem is movable in said valve guide along a longitudinal direction between an upper, closed position of the valve, and a lower, open position, in which open position air may be supplied to the combustion chamber past the first valve head, said valve guide comprising an air passage allowing supply of additional air to said combustion chamber via the internal cavity in said first valve, when said first valve is in its closed position, characterised in the valve arrangement comprising a guide leakage preventing means (300', 300") for preventing liquid from leaking from a region externally of said first valve stem to said valve guide air passage, wherein said region is located longitudinally above said valve guide air passage, said guide leakage preventing means comprising a liquid drainage means for draining liquid from said region.
Handle mechanism provided for mounting in an opening extending wholly through a door, the handle mechanism comprising a first plate for closing the opening at the position of a first side of the door, a second plate for closing the opening at the position of a second side of the door and an intermediate plate placed between the first and second plates, wherein the first and the second plate are each connected via spring means to the intermediate plate so that each of the first and the second plate are movable substantially against the intermediate plate by an external force, wherein the intermediate plate is provided for movable placing in the door so as to increase an overall space for movement of each of the first and the second plate.
A charging arrangement for a vehicle, the charging arrangement comprising: • a charge receiving connector secured to the roof of a vehicle, the charge receiving connector including at least four elongate charge receiving conductors (12, 14, 16, 18), longitudinal axes of the charge receiving conductors (12, 14, 16, 18) being disposed substantially along the same line; and • a charging gantry including at least four charging conductors (142, 144, 146, 148), the charging conductors (142, 144, 146, 148) being vertically movable between a raised position in which the charging conductors (142, 144, 146, 148) are clear of the vehicle when the vehicle is under the charging gantry, and a lowered position in which the charging conductors (142, 144, 146, 148) make contact with the charge receiving conductors (12, 14, 16, 18) on the roof of the vehicle, in which each charging conductor (142, 144, 146, 148) on the charging gantry is independently movable, and/or the charging conductors (142, 144, 146, 148) in the raised position are vertically offset from each other. • a charge receiving connector secured to the roof of a vehicle, the charge receiving connector including at least four elongate charge receiving conductors (12, 14, 16, 18), longitudinal axes of the charge receiving conductors (12, 14, 16, 18) being disposed substantially along the same line; and • a charging gantry including at least four charging conductors (142, 144, 146, 148), the charging conductors (142, 144, 146, 148) being vertically movable between a raised position in which the charging conductors (142, 144, 146, 148) are clear of the vehicle when the vehicle is under the charging gantry, and a lowered position in which the charging conductors (142, 144, 146, 148) make contact with the charge receiving conductors (12, 14, 16, 18) on the roof of the vehicle, in which each charging conductor (142, 144, 146, 148) on the charging gantry is independently movable, and/or the charging conductors (142, 144, 146, 148) in the raised position are vertically offset from each other.
1. Siphon assembly comprising a siphon element having a bearing portion and having a siphon channel, which comprises an inlet and an outlet, and a holding element for connecting the siphon element to an assembly frame, wherein the holding element comprises a receiving portion for receiving the bearing portion of the siphon element and further comprises a fastening portion for fastening the holding element on the assembly frame, wherein a center axis extends through the receiving portion, wherein the receiving portion and the bearing portion are formed such that the siphon element is alignable in a pivotable manner about the center axis with respect to the fixed holding element, wherein the holding element comprises a ring which is substantially circumferential about the center axis, wherein the ring provides the receiving portion, or wherein the receiving portion is formed on the ring, characterized in that a plurality of circumferentially arranged spring tabs is arranged on an inside of the ring, wherein the spring tabs provide the receiving portion with their free ends. a siphon element having a bearing portion and having a siphon channel, which comprises an inlet and an outlet, and a holding element for connecting the siphon element to an assembly frame, wherein the holding element comprises a receiving portion for receiving the bearing portion of the siphon element and further comprises a fastening portion for fastening the holding element on the assembly frame, wherein a center axis extends through the receiving portion, wherein the receiving portion and the bearing portion are formed such that the siphon element is alignable in a pivotable manner about the center axis with respect to the fixed holding element, wherein the holding element comprises a ring which is substantially circumferential about the center axis, wherein the ring provides the receiving portion, or wherein the receiving portion is formed on the ring, characterized in that
An anti-rotation cable restraint for connecting ducts, the cable restraint comprising: a flexible cable; a first threaded end coupled to the cable along an axis of the cable; characterized in that a first anti-rotation cam is coupled to the first threaded end perpendicular to the axis of the cable, the cam being adapted to prevent rotation of the cable and the first threaded end when a nut is secured to the first threaded end. a flexible cable; a first threaded end coupled to the cable along an axis of the cable; characterized in that a first anti-rotation cam is coupled to the first threaded end perpendicular to the axis of the cable, the cam being adapted to prevent rotation of the cable and the first threaded end when a nut is secured to the first threaded end.
Device for influencing the movement of furniture parts which can be moved with respect to one another, having a guide unit for guiding a first furniture part on a second furniture part and a drive unit by means of which the first furniture part can be moved in a driven manner relative to the second furniture part, wherein the guide unit has a fixed rail assigned to the second furniture part, and a moving rail assigned to the first furniture part, characterised in that adjusting means (34, 35) are provided for adjusting the position of a position element on the moving rail, on which position element a pulling-pushing element acts in order to apply the drive to the first furniture part.