mhurhangee/ep-ind-claims huggingface dataset:
Motorcycles tyre, having an equatorial plane (X-X) and a tread band comprising a plurality of grooves that form a tread pattern including a module replicated along a circumferential direction of the tyre and having a predetermined circumferential length, the module comprising: - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for at least part of said predetermined circumferential length and defining between them a central annular portion of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width; - a pair of first lateral annular portions arranged on opposite sides with respect to the equatorial plane (X-X) in an axially outer position with respect to said pair of circumferential grooves and each having a void to solid ratio substantially equal to zero; - a plurality of pairs of transversal grooves (30, 31, 32, 33) arranged on opposite sides with respect to the equatorial plane (X-X), in an axially outer position with respect to said pair of first lateral annular portions; wherein said tyre has a curvature ratio lower than about 0.4; characterised in that said plurality of pairs of transversal grooves (30, 31, 32, 33) comprises four pairs of transversal grooves (30, 31, 32, 33) arranged in succession along said circumferential direction, wherein each of said four pairs of transversal grooves (30, 31, 32, 33) has respective first ends (30a, 31a, 32a, 33a) proximal to said equatorial plane (X-X) and opposite second ends (30b, 31b, 32b, 33b) distal from said equatorial plane (X-X), wherein the first ends (30a, 31a, 32a) of the grooves of three consecutive pairs of transversal grooves (30, 31, 32) of said four pairs of transversal grooves (30, 31, 32, 33) have substantially the same axial distance (d) from said equatorial plane (X-X), and wherein the first end of the remaining pair of transversal grooves of said four pairs of transversal grooves (30, 31, 32, 33) is arranged at an axial distance from the equatorial plane (X-X) greater than the axial distance (d) of the first ends (30a, 31a, 32a) of said three consecutive transversal grooves (30, 31, 32). - a pair of circumferential grooves arranged on opposite sides with respect to the equatorial plane (X-X), said circumferential grooves extending along said circumferential direction for at least part of said predetermined circumferential length and defining between them a central annular portion of tread band having a void to solid ratio substantially equal to zero and a predetermined axial width; - a pair of first lateral annular portions arranged on opposite sides with respect to the equatorial plane (X-X) in an axially outer position with respect to said pair of circumferential grooves and each having a void to solid ratio substantially equal to zero; - a plurality of pairs of transversal grooves (30, 31, 32, 33) arranged on opposite sides with respect to the equatorial plane (X-X), in an axially outer position with respect to said pair of first lateral annular portions;
An implant device adapted for stimulating osteogenesis and osseointegration in a bone region, comprising: a hollow annular housing including an implanted root at least partially implanted into the bone region, a coil; a pulsed current modulator, said current modulator and said coil being mounted to said hollow annular housing, characterized in that at least a portion of said coil extends apically into a portion of said implanted root; and at least two opposite portions (Q, L) of said coil are connected to said current modulator, such that a current generated by said current modulator is conducted along said coil between one of said portions and an opposite of said portions to induct an electromagnetic field of a predetermined flux density that penetrates, and propagates radially outwardly from, said root for a sufficiently large propagation distance to stimulate osteogenesis and osseointegration of said root into said bone region. a hollow annular housing including an implanted root at least partially implanted into the bone region, a coil; a pulsed current modulator, said current modulator and said coil being mounted to said hollow annular housing, characterized in that at least a portion of said coil extends apically into a portion of said implanted root; and at least two opposite portions (Q, L) of said coil are connected to said current modulator, such that a current generated by said current modulator is conducted along said coil between one of said portions and an opposite of said portions to induct an electromagnetic field of a predetermined flux density that penetrates, and propagates radially outwardly from, said root for a sufficiently large propagation distance to stimulate osteogenesis and osseointegration of said root into said bone region.
A display device comprising: a substrate including a display area for displaying an image and a peripheral area neighboring the display area; a plurality of signal lines formed in the display area; a pad formed in the peripheral area; and a plurality of connection wires for connecting the signal lines and the pad, wherein a first connection wire (311; 351) and a second connection wire (312; 352) adjacent to and neighboring the first connection wire (311; 351) from among the plurality of connection wires are disposed on different layers, and the first connection wire (311; 351) and the second connection wire (312; 352) each including a section extended to the display area from the pad, in which the first and second connection wires (311, 312; 351, 352) extend to the display area in a forward direction, bent to extend toward the pad in a backward direction, and then bent to extend to the display area, the first connection wire (311; 351) and the second connection wire (312; 352) are disposed in the peripheral area, wherein the first and second connection wires (311, 312; 351, 352) are arranged in parallel and are disposed and separated from each other with a constant predetermined gap. a substrate including a display area for displaying an image and a peripheral area neighboring the display area; a plurality of signal lines formed in the display area; a pad formed in the peripheral area; and a plurality of connection wires for connecting the signal lines and the pad, wherein a first connection wire (311; 351) and a second connection wire (312; 352) adjacent to and neighboring the first connection wire (311; 351) from among the plurality of connection wires are disposed on different layers, and the first connection wire (311; 351) and the second connection wire (312; 352) each including a section extended to the display area from the pad, in which the first and second connection wires (311, 312; 351, 352) extend to the display area in a forward direction, bent to extend toward the pad in a backward direction, and then bent to extend to the display area, the first connection wire (311; 351) and the second connection wire (312; 352) are disposed in the peripheral area, wherein the first and second connection wires (311, 312; 351, 352) are arranged in parallel and are disposed and separated from each other with a constant predetermined gap.
A base station apparatus comprising: a locating section configured to locate a CSI-RS Channel State Information-Reference Signal in any resource elements of CSI-RS resources defined to transmit the CSI-RS, the CSI-RS being a reference signal for downlink for which CSI-RS location indexes are defined associated with each number of CSI-RS ports of at least 4 and 8; an index generating section configured to generate a CSI-RS location index corresponding to the resource elements of the CSI-RS resources where the CSI-RS is located by the locating section; and a transmission section configured to transmit the CSI-RS location index generated by the index generating section to a mobile terminal apparatus, wherein the CSI-RS location indexes are defined associated with the number of CSI-RS ports, wherein an index pattern of a relatively low number of CSI-RS ports is a subset of an index pattern of a relatively high number of CSI-RS ports, wherein an index pattern comprised of two CSI-RS location indexes "n" and "n+N" associated with the number of CSI-RS ports of "4" is derived from one basic index "n" associated with the number of CSI-RS ports of "8", and n is any integer of 0 to 4 and N is 5. a locating section configured to locate a CSI-RS Channel State Information-Reference Signal in any resource elements of CSI-RS resources defined to transmit the CSI-RS, the CSI-RS being a reference signal for downlink for which CSI-RS location indexes are defined associated with each number of CSI-RS ports of at least 4 and 8; an index generating section configured to generate a CSI-RS location index corresponding to the resource elements of the CSI-RS resources where the CSI-RS is located by the locating section; and a transmission section configured to transmit the CSI-RS location index generated by the index generating section to a mobile terminal apparatus, wherein the CSI-RS location indexes are defined associated with the number of CSI-RS ports, wherein an index pattern of a relatively low number of CSI-RS ports is a subset of an index pattern of a relatively high number of CSI-RS ports, wherein an index pattern comprised of two CSI-RS location indexes "n" and "n+N" associated with the number of CSI-RS ports of "4" is derived from one basic index "n" associated with the number of CSI-RS ports of "8", and n is any integer of 0 to 4 and N is 5.
Process for applying a heat-insulating layer to a surface of an article, which surface is to be insulated, comprising the following steps: a) applying a porous substrate consisting of a spacer fabric to the surface to be insulated; b) filling the porous substrate applied in step a) with a heat-insulating formulation; c) curing the formulation filled in step b). a) applying a porous substrate consisting of a spacer fabric to the surface to be insulated; b) filling the porous substrate applied in step a) with a heat-insulating formulation; c) curing the formulation filled in step b).
A piezoelectric element for a speaker, the piezoelectric element comprising: a plurality of piezoelectric ceramic layers stacked on one another in a thickness direction; and a plurality of electrodes connected to middle portions of sides of the plurality of piezoelectric ceramic layers along external walls of the plurality of stacked piezoelectric ceramic layers, characterized in that some sides from among a plurality of sides of each of the plurality of piezoelectric ceramic layers include etched middle portions, and in that the piezoelectric ceramic layers are stacked on one another in the thickness direction not to overlap non-etched sides from among the plurality of sides of each of the plurality of piezoelectric ceramic layers. a plurality of piezoelectric ceramic layers stacked on one another in a thickness direction; and a plurality of electrodes connected to middle portions of sides of the plurality of piezoelectric ceramic layers along external walls of the plurality of stacked piezoelectric ceramic layers, characterized in that some sides from among a plurality of sides of each of the plurality of piezoelectric ceramic layers include etched middle portions, and in that the piezoelectric ceramic layers are stacked on one another in the thickness direction not to overlap non-etched sides from among the plurality of sides of each of the plurality of piezoelectric ceramic layers.
A refill for an inhaler, the refill comprising a cylinder with an axis and containing a pressurised inhalable composition, and an outlet valve at one end, the outlet valve having a hollow valve stem extending axially from the cylinder; characterised by a cap fitted onto the cylinder at the outlet end, the cap extending axially beyond the valve stem, the cap having an internal passage extending through the cap to allow access to the valve stem, the internal passage providing a guide wall to guide the inhaler, in use, onto the stem during the refill process.
A breaker core for use in a casting process, wherein the disk-shaped breaker core has a through-opening for liquid metal and can be secured on an underside facing the casting model of a feeder to be placed on a casting model; underside of the feeder and wherein the breaker core has netlike webbing made from a fire-proof material characterized in that a ring-shaped frame made from a heat-resistant material with the netlike webbing tensioned therein is secured in the breaker core, wherein the netlike webbing spans the through-opening of the breaker core, wherein the frame is secured with an outer sidewall to the body of the disk-shaped breaker core, wherein a plane of the netlike webbing tensioned in the frame is secured with a stepped offset to an upper end of the sidewall facing the feeder, so that the netlike webbing is placed in an area of an underside of the breaker core facing the casting model and is positioned with the feeder formed in the casting mold with the breaker core directly on an upper surface of a casting piece formed in the casting process.
A method for decreasing the sulphur dioxide emissions of a marine engine, the method comprising - conveying flue gases created in the marine engine to a scrubber (1, 23), - scrubbing the flue gases with a scrubbing solution in the scrubber (1, 23), characterized by - using fresh water having sodium hydroxide (NaOH) added to it as the scrubbing solution, - cooling the scrubbing solution in an external heat exchanger (18, 28), - using sea water in the external heat exchanger (18, 28) as a cooling medium to cool the scrubbing solution, and - condensing water vapor contained in flue gases in the scrubber (1, 23) by means of cooled scrubbing solution to produce fresh water. - conveying flue gases created in the marine engine to a scrubber (1, 23), - scrubbing the flue gases with a scrubbing solution in the scrubber (1, 23), characterized by - using fresh water having sodium hydroxide (NaOH) added to it as the scrubbing solution, - cooling the scrubbing solution in an external heat exchanger (18, 28), - using sea water in the external heat exchanger (18, 28) as a cooling medium to cool the scrubbing solution, and - condensing water vapor contained in flue gases in the scrubber (1, 23) by means of cooled scrubbing solution to produce fresh water.
A device for loading one or more brachytherapy pellets into a sleeve from one or more cartridges, the device comprising: a. a turret assembly for selecting from a first or second cartridge; b. a plunger assembly for pushing a first pellet out of the first cartridge; c. an inspection assembly comprising: i. a body having a channel to receive the first pellet from the plunger assembly; and ii. a hinged door attached to the body, the door having a translucent portion; and d. a strand pusher assembly to push the first pellet from the channel into the sleeve. a. a turret assembly for selecting from a first or second cartridge; b. a plunger assembly for pushing a first pellet out of the first cartridge; c. an inspection assembly comprising: i. a body having a channel to receive the first pellet from the plunger assembly; and ii. a hinged door attached to the body, the door having a translucent portion; and i. a body having a channel to receive the first pellet from the plunger assembly; and ii. a hinged door attached to the body, the door having a translucent portion; and d. a strand pusher assembly to push the first pellet from the channel into the sleeve.
A catheter assembly, comprising: a catheter adapter, comprising: a body, comprising a distal end, a proximal end, and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a catheter extending distally from the distal end of the body; a valve disposed within the first lumen and sealing the first lumen from the second lumen, wherein an outer surface of the valve is cylindrical; and a divider disposed with the second lumen, wherein the divider divides the second lumen into a plurality of openings. a catheter adapter, comprising: a body, comprising a distal end, a proximal end, and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a body, comprising a distal end, a proximal end, and a first lumen extending through the distal end and the proximal end; a side port extending outwardly from the body and disposed between the distal end and the proximal end, wherein the side port comprises a second lumen perpendicular to the first lumen; a catheter extending distally from the distal end of the body; a valve disposed within the first lumen and sealing the first lumen from the second lumen, wherein an outer surface of the valve is cylindrical; and a divider disposed with the second lumen, wherein the divider divides the second lumen into a plurality of openings.
A switch pole for a low voltage switching device comprising: - an insulating casing defining an internal space with a contact area and an arc extinguishing area of said switch pole; - a fixed contact assembly and a movable contact assembly positioned in said contact area and including, respectively, one or more fixed contacts and one or more movable contacts, which can be mutually coupled or uncoupled; - an arc chamber positioned in said arc extinguishing area and comprising a plurality of arc-breaking plates (41, 41A); wherein said insulating casing comprises an insulating wall partially separating said contact area from said arc extinguishing area, said insulating wall being arranged in said internal space in an opposite position relative to said fixed contact assembly and extending from an outer wall of said insulating casing towards said fixed contact assembly, wherein said insulating wall includes a channel passing through said insulating wall and connecting said contact area to said arc-extinguishing area, characterised in that it comprises an additional arc-breaking element anchored to said insulating wall and partially inserted in said channel, said additional arc-breaking element being in electrical connection with a terminal arc-breaking plate arranged in distal position from said fixed contact assembly compared to the other arc-breaking plates of said arc-chamber. - an insulating casing defining an internal space with a contact area and an arc extinguishing area of said switch pole; - a fixed contact assembly and a movable contact assembly positioned in said contact area and including, respectively, one or more fixed contacts and one or more movable contacts, which can be mutually coupled or uncoupled; - an arc chamber positioned in said arc extinguishing area and comprising a plurality of arc-breaking plates (41, 41A); wherein said insulating casing comprises an insulating wall partially separating said contact area from said arc extinguishing area, said insulating wall being arranged in said internal space in an opposite position relative to said fixed contact assembly and extending from an outer wall of said insulating casing towards said fixed contact assembly, wherein said insulating wall includes a channel passing through said insulating wall and connecting said contact area to said arc-extinguishing area, characterised in that it comprises an additional arc-breaking element anchored to said insulating wall and partially inserted in said channel, said additional arc-breaking element being in electrical connection with a terminal arc-breaking plate arranged in distal position from said fixed contact assembly compared to the other arc-breaking plates of said arc-chamber.
A medical system, comprising: a supply lumen and an exhaust lumen; a medical device in fluid communication with the supply lumen and the exhaust lumen; a first coolant reservoir; a second coolant reservoir having a volumetric capacity smaller than the volumetric capacity of the first coolant reservoir, wherein the first coolant reservoir is selectively switchable from being in fluid communication with either the supply lumen or the second coolant reservoir; and a vacuum source, wherein the exhaust lumen is selectively switchable from being in fluid communication with either the second coolant reservoir or the vacuum source. a supply lumen and an exhaust lumen; a medical device in fluid communication with the supply lumen and the exhaust lumen; a first coolant reservoir; a second coolant reservoir having a volumetric capacity smaller than the volumetric capacity of the first coolant reservoir, wherein the first coolant reservoir is selectively switchable from being in fluid communication with either the supply lumen or the second coolant reservoir; and a vacuum source, wherein the exhaust lumen is selectively switchable from being in fluid communication with either the second coolant reservoir or the vacuum source.
Biodegradable vascular support consisting of an inner bioresorbable scaffold containing at least one metal and surrounded by a polymeric biodegradable coating, and wherein micropores, holes, openings, channels or other ion-permeable structures are included in the outer polymeric coating, and wherein the luminal coating dissolves slower than the abluminal stent coating.
A wound dressing comprising a polymeric substrate and a composition comprising a) at least one antimicrobially active substance; and b) a cytotoxicity-reducing agent comprising an oil-in-water emulsion that additionally contains one or more alkanediols having from 3 to 12 carbon atoms. a) at least one antimicrobially active substance; and b) a cytotoxicity-reducing agent comprising an oil-in-water emulsion that additionally contains one or more alkanediols having from 3 to 12 carbon atoms.
A method in a communication network for transferring a data communication within the communications network, the method comprising the steps of: identifying a target cell to which to transfer a data communication from a remote unit, wherein the remote unit is in communication with a source cell; initiating a cell reselection request to the target cell for requesting transferring of remote unit communication from the source cell to the target cell; transmitting, by the remote unit, uplink, UL, data with a Temporary Logical Link Identity, TLLI, message comprising remote unit identification information to the target cell such that the remote unit is recognized in the target cell and the target cell recognizes cell reselection; and transferring, by the source cell, radio access capability information of the remote unit directly to the target cell subsequent to the cell reselection request being initiated and prior to a first uplink data block containing the identification information of the remote unit. identifying a target cell to which to transfer a data communication from a remote unit, wherein the remote unit is in communication with a source cell; initiating a cell reselection request to the target cell for requesting transferring of remote unit communication from the source cell to the target cell; transmitting, by the remote unit, uplink, UL, data with a Temporary Logical Link Identity, TLLI, message comprising remote unit identification information to the target cell such that the remote unit is recognized in the target cell and the target cell recognizes cell reselection; and transferring, by the source cell, radio access capability information of the remote unit directly to the target cell subsequent to the cell reselection request being initiated and prior to a first uplink data block containing the identification information of the remote unit.