mhurhangee/ep-ind-claims huggingface dataset:
A crosslinked composition obtained by crosslinking a composition, comprising: 1 to 99 parts by mass of a vinyl aromatic copolymer rubber comprising 5 to 70% by mass of a vinyl aromatic monomer unit and 0.1 to 30% by mass of a conjugated diene monomer unit and having one or more tan δ peak temperatures between 75°C and 125°C and having one or more tan δ peak temperatures between -70°C and -25°C as obtained by dynamic viscoelasticity measurement (1 Hz); 99 to 1 parts by mass of an ethylenic copolymer rubber; 10 to 100 parts by mass of an olefinic resin based on 100 parts by mass of a total amount of the vinyl aromatic copolymer rubber and the ethylenic copolymer rubber; and 0.01 to 50 parts by mass of a crosslinking agent based on 100 parts by mass of the total amount of the vinyl aromatic copolymer rubber and the ethylenic copolymer rubber, wherein the softening point is 135 °C or higher, and wherein the proportion (degree of crosslinking) of a total mass of a crosslinked product of the vinyl aromatic copolymer rubber and a crosslinked product of the ethylenic copolymer rubber based on the total mass of the vinyl aromatic copolymer rubber and the ethylenic copolymer rubber which constitute the crosslinked composition is 90% or more. 1 to 99 parts by mass of a vinyl aromatic copolymer rubber comprising 5 to 70% by mass of a vinyl aromatic monomer unit and 0.1 to 30% by mass of a conjugated diene monomer unit and having one or more tan δ peak temperatures between 75°C and 125°C and having one or more tan δ peak temperatures between -70°C and -25°C as obtained by dynamic viscoelasticity measurement (1 Hz); 99 to 1 parts by mass of an ethylenic copolymer rubber; 10 to 100 parts by mass of an olefinic resin based on 100 parts by mass of a total amount of the vinyl aromatic copolymer rubber and the ethylenic copolymer rubber; and 0.01 to 50 parts by mass of a crosslinking agent based on 100 parts by mass of the total amount of the vinyl aromatic copolymer rubber and the ethylenic copolymer rubber,
An abradable coating comprising: a metallic composite, the metallic composite being pore free and including two or more metals selected from iron (Fe), nickel (Ni), aluminum (Al), chromium (Cr), titanium (Ti), yttrium and cobalt (Co), and wherein the metallic composite constitutes 40 to 60 weight percent of the abradable coating and includes CoNiCrAlY; a brittle alloy, the brittle alloy being NiAl and including at least 20 weight percent of aluminum (Al), wherein the brittle alloy constitutes 20 to 30 weight percent of the abradable coating; and a plurality of abradable particles, the plurality of abradable particles being hollow spheres of one or more oxides selected from zinc oxide, silicon oxide, aluminum oxide, zirconium oxide, cerium oxide, fly ash, and hydroxyapatite; and wherein the plurality of abradable particles constitute 20 to 30 weight percent of the abradable coating and have a particle size within a range of 100 nanometers (nm) to 100 microns (μm). a metallic composite, the metallic composite being pore free and including two or more metals selected from iron (Fe), nickel (Ni), aluminum (Al), chromium (Cr), titanium (Ti), yttrium and cobalt (Co), and wherein the metallic composite constitutes 40 to 60 weight percent of the abradable coating and includes CoNiCrAlY; a brittle alloy, the brittle alloy being NiAl and including at least 20 weight percent of aluminum (Al), wherein the brittle alloy constitutes 20 to 30 weight percent of the abradable coating; and a plurality of abradable particles, the plurality of abradable particles being hollow spheres of one or more oxides selected from zinc oxide, silicon oxide, aluminum oxide, zirconium oxide, cerium oxide, fly ash, and hydroxyapatite; and wherein the plurality of abradable particles constitute 20 to 30 weight percent of the abradable coating and have a particle size within a range of 100 nanometers (nm) to 100 microns (μm).
A system, comprising: a screen configured to display a computerized tomography scan of a patient; a probe comprising a sensor configured to be inserted into the patient; a tracking system configured to track a location and an orientation of the sensor; and a processor, configured to: register the CT scan with the tracking system, track coordinates of the probe using the tracking system, based on the tracked coordinates, overlay on the CT scan on the screen an icon representative of the location of the sensor, and overlay on the CT scan a ray, issuing from the icon in a direction corresponding to the orientation of the sensor, and traversing the screen to a termination point chosen responsively to a gray level distribution of the CT scan; wherein overlaying the ray comprises terminating the ray at a pixel where a gray level value of the displayed CT scan crosses a predefined threshold; and wherein the system comprises a laser configured to direct laser radiation from the probe to a location of a desired ablation target in the patient corresponding to the termination point. a screen configured to display a computerized tomography scan of a patient; a probe comprising a sensor configured to be inserted into the patient; a tracking system configured to track a location and an orientation of the sensor; and a processor, configured to: register the CT scan with the tracking system, track coordinates of the probe using the tracking system, based on the tracked coordinates, overlay on the CT scan on the screen an icon representative of the location of the sensor, and overlay on the CT scan a ray, issuing from the icon in a direction corresponding to the orientation of the sensor, and traversing the screen to a termination point chosen responsively to a gray level distribution of the CT scan; register the CT scan with the tracking system, track coordinates of the probe using the tracking system, based on the tracked coordinates, overlay on the CT scan on the screen an icon representative of the location of the sensor, and overlay on the CT scan a ray, issuing from the icon in a direction corresponding to the orientation of the sensor, and traversing the screen to a termination point chosen responsively to a gray level distribution of the CT scan; wherein overlaying the ray comprises terminating the ray at a pixel where a gray level value of the displayed CT scan crosses a predefined threshold; and wherein the system comprises a laser configured to direct laser radiation from the probe to a location of a desired ablation target in the patient corresponding to the termination point.
A fluid-carrying application, comprising: a first sheet, provided with a first surface and a second surface; a second sheet, provided with a third surface and a fourth surface, a part of the third surface and a part of the second surface of the first sheet are welded or adhered to at least one band-shaped region, thereby forming a first chamber having at least a first drainage port, and an inside of the first chamber can communicate with an outside through the first drainage port; an adhesive layer, provided on the fourth surface of the second sheet; and a release layer, covering at least a part of the adhesive layer; wherein the first drainage port is formed at the first sheet or an open portion where the second surface of the first sheet and the third surface adjacent to an edge of the second sheet are not welded or adhered to each other; characterised in that the first chamber is expandable and thereby causes the second sheet to apply pressure on soft tissue of a part of a body covered by the fluid-carrying application. a first sheet, provided with a first surface and a second surface; a second sheet, provided with a third surface and a fourth surface, a part of the third surface and a part of the second surface of the first sheet are welded or adhered to at least one band-shaped region, thereby forming a first chamber having at least a first drainage port, and an inside of the first chamber can communicate with an outside through the first drainage port; an adhesive layer, provided on the fourth surface of the second sheet; and a release layer, covering at least a part of the adhesive layer; wherein the first drainage port is formed at the first sheet or an open portion where the second surface of the first sheet and the third surface adjacent to an edge of the second sheet are not welded or adhered to each other; characterised in that the first chamber is expandable and thereby causes the second sheet to apply pressure on soft tissue of a part of a body covered by the fluid-carrying application.
An electrical switching apparatus comprising: a housing assembly; separable contacts enclosed by the housing assembly; an operating mechanism for opening and closing said separable contacts, said operating mechanism includes an actuator device and a latching assembly; a first trip device structured to trip open said separable contacts in response to an overcurrent condition; a second trip device structured to trip open said separable contacts in response to an arc fault, a ground fault or a remotely transmitted signal; a second solenoid operatively coupled to said latching assembly and forming part of said second trip device, characterised by a first solenoid operatively coupled to said actuator device to reset the apparatus. a housing assembly; separable contacts enclosed by the housing assembly; an operating mechanism for opening and closing said separable contacts, said operating mechanism includes an actuator device and a latching assembly; a first trip device structured to trip open said separable contacts in response to an overcurrent condition; a second trip device structured to trip open said separable contacts in response to an arc fault, a ground fault or a remotely transmitted signal; a second solenoid operatively coupled to said latching assembly and forming part of said second trip device, characterised by a first solenoid operatively coupled to said actuator device to reset the apparatus.
Drilling apparatus comprising - a drilling device or a drilling resistance measuring device and - a drilling needle that is supported and guided along a drill axis (b) in the drilling device or the drilling resistance measuring device and exits from the housing of the drilling device or drilling resistance measuring device at the front side, characterized in that the drilling apparatus - comprises a deflector attachment which is arranged at the front side of the housing of the drilling device or drilling resistance measuring device, and comprises a deflector housing (2, 20, 22) in which the drilling needle is guided, wherein the deflector housing (2, 20, 22) for the drilling needle in the arrangement of use is curved about a predetermined angle (α) wherein a section of the drilling needle exiting from the deflector attachment can be guided along the drilling needle exit axis (a) that is offset in the arrangement of use by the predetermined angle (α) in relation to the drill axis (b) of the drilling device or drilling resistance measuring device. - a drilling device or a drilling resistance measuring device and - a drilling needle that is supported and guided along a drill axis (b) in the drilling device or the drilling resistance measuring device and exits from the housing of the drilling device or drilling resistance measuring device at the front side, characterized in that the drilling apparatus - comprises a deflector attachment which is arranged at the front side of the housing of the drilling device or drilling resistance measuring device, and comprises a deflector housing (2, 20, 22) in which the drilling needle is guided, wherein the deflector housing (2, 20, 22) for the drilling needle in the arrangement of use is curved about a predetermined angle (α) wherein a section of the drilling needle exiting from the deflector attachment can be guided along the drilling needle exit axis (a) that is offset in the arrangement of use by the predetermined angle (α) in relation to the drill axis (b) of the drilling device or drilling resistance measuring device. and comprises a deflector housing (2, 20, 22) in which the drilling needle is guided, wherein the deflector housing (2, 20, 22) for the drilling needle in the arrangement of use is curved about a predetermined angle (α) wherein a section of the drilling needle exiting from the deflector attachment can be guided along the drilling needle exit axis (a) that is offset in the arrangement of use by the predetermined angle (α) in relation to the drill axis (b) of the drilling device or drilling resistance measuring device.
A constant velocity joint comprising first and second couplings (1,2) in which the second coupling is disposed concentrically around the first coupling, each coupling comprising an inner member (211, 231), an outer annular member (231, 251) and an intermediate annular member (221,241) between the inner and outer members, the members of both couplings being disposed around a common first axis (x) and having a common centre on the common first axis and in which the outer annular member of the first coupling is also the inner member of the second coupling, thereby being the common annular member of both the first and second couplings; the inner member of the first coupling has an outer spherical periphery and the intermediate member of the first coupling has an inner periphery in which the outer periphery of the inner member of the first coupling is received; the intermediate member of the first coupling has an outer spherical periphery and the common annular member has an inner periphery in which the outer periphery of the intermediate second member is received; the common annular member has an outer spherical periphery and the intermediate annular member of the second coupling has an inner periphery in which the outer periphery of the common annular member is received; the intermediate annular member of the second coupling has an outer spherical periphery and the outer annular member of the second coupling has an inner periphery in which the outer periphery of the intermediate annular member of the second coupling is received; the outer peripheries (212, 222, 232, 242) and the inner peripheries (223, 233, 243, 253) being concentric about the common centre and complementary to one another; the intermediate annular member (221, 241) of the each coupling being constrained by a first pair of opposed axles (214, 234) to rotate with respect to the inner annular member (the common annular member in the case of the second coupling) (211, 231) of the coupling on a first axis perpendicular to the common axis and by a second pair of opposed axles (234, 254) with respect to the outer member of the coupling (the common annular member in the case of the first coupling) (231, 251) on a second axis perpendicular to both the common and the first axis characterised in that the first axis of the outer coupling is the same as the second axis of the inner coupling and the outer member of the second coupling is constrained to rotate angularly in respect of the common member in a way that is the mirror image of the rotation of the inner member of the first coupling with respect to the common member.
A tire manufacturing method comprising: using a thermoplastic material to form a tire frame member; disposing a vulcanized rubber layer which is a tread-side end portion of a side rubber disposed on the side portion of the tire frame member, and is formed by extending the side rubber as far as the outer peripheral surface of the tire frame member, in at least part of a region of the outer peripheral surface of the tire frame member within which the tread rubber is adhered; disposing unvulcanized rubber on an outer peripheral surface of the tire frame member; further disposing vulcanized or semi-vulcanized tread rubber on a tire diameter direction outer side of the unvulcanized rubber; further disposing the unvulcanized rubber between the tread rubber and the rubber layer; covering the tread rubber, the unvulcanized rubber, and at least the tread rubber side of the tire frame member with an envelope to configure a provisionally assembled article; and accommodating the provisionally assembled article inside a container and performing heating inside the container to thereby adhere the tread rubber to the tire frame member. using a thermoplastic material to form a tire frame member; disposing a vulcanized rubber layer which is a tread-side end portion of a side rubber disposed on the side portion of the tire frame member, and is formed by extending the side rubber as far as the outer peripheral surface of the tire frame member, in at least part of a region of the outer peripheral surface of the tire frame member within which the tread rubber is adhered; disposing unvulcanized rubber on an outer peripheral surface of the tire frame member; further disposing vulcanized or semi-vulcanized tread rubber on a tire diameter direction outer side of the unvulcanized rubber; further disposing the unvulcanized rubber between the tread rubber and the rubber layer; covering the tread rubber, the unvulcanized rubber, and at least the tread rubber side of the tire frame member with an envelope to configure a provisionally assembled article; and accommodating the provisionally assembled article inside a container and performing heating inside the container to thereby adhere the tread rubber to the tire frame member.
A sleeve for a pressure regulating valve comprising: a sleeve body surrounding a central axis and defined by an overall length extending from a first end to a second end, the sleeve body having a central sleeve bore extending from the first end to the second end, the sleeve body containing a first set of windows circumferentially spaced about the central axis and a second set of windows axially spaced from the first set of windows and circumferentially spaced about the central axis, characterised in that each window of the first set of windows is defined by a plurality of small holes.
A method performed by a computer system in a telecommunication network, said computer system hosting at least a lawful interception, LI, administrative function, ADMF, and a network element, NE,, the method comprising: - transmitting, by the ADMF to the NE via an X1 interface, a request for information pertaining to LI tasks that are associated with the NE, said request comprising a bulk indicator that indicates a procedure of transmission, from the NE to the ADMF, of said information pertaining to LI tasks and that said information pertaining to LI tasks is to be kept in one bulk or split into several bulks of information for transmission by the NE to the ADMF via the X1 interface using a corresponding one or several transmissions, - determining, by the NE based at least on the bulk indicator, whether or not transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, and - if it is determined that transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, transmitting, by the NE to the ADMF via the X1 interface using the procedure of transmission indicated by the bulk indicator, said information pertaining to LI tasks. - transmitting, by the ADMF to the NE via an X1 interface, a request for information pertaining to LI tasks that are associated with the NE, said request comprising a bulk indicator that indicates a procedure of transmission, from the NE to the ADMF, of said information pertaining to LI tasks and that said information pertaining to LI tasks is to be kept in one bulk or split into several bulks of information for transmission by the NE to the ADMF via the X1 interface using a corresponding one or several transmissions, - determining, by the NE based at least on the bulk indicator, whether or not transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, and - if it is determined that transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, transmitting, by the NE to the ADMF via the X1 interface using the procedure of transmission indicated by the bulk indicator, said information pertaining to LI tasks.
Method for maintaining and regulating the frequency of a timepiece resonator mechanism around its natural frequency (ω0) during the operation of said resonator mechanism, wherein said method implements at least one regulator device, acting on said resonator mechanism with a periodic motion, wherein said periodic motion imposes a periodic modulation of the resonant frequency and/or of the quality factor and/or of the position of the point of rest of said resonator mechanism, with a regulation frequency (wR) of said regulator device which is comprised between 0.9 times and 1.1 times the value of an integer multiple of said natural frequency (ω0), said integer being greater than or equal to 2 and less than or equal to 10, characterized in that said periodic motion imposes a periodic modulation of the quality factor of said resonator mechanism, by acting on the losses and/or damping and/or friction of said resonator mechanism.
A polymer composition comprising: (a) a polymer matrix containing one or more ionic species; (b) one or more photosensitizers; and (c) one or more metal ions capable of reversibly changing from a first oxidation state to a second oxidation state when in the presence of said photosensitizers and light, wherein said metal ions, in said first oxidation state, have a first coordination number with said ionic species, wherein said metal ions, in said second oxidation state, have a second coordination number with said ionic species, and wherein said first coordination number is greater than said second coordination number. (a) a polymer matrix containing one or more ionic species; (b) one or more photosensitizers; and (c) one or more metal ions capable of reversibly changing from a first oxidation state to a second oxidation state when in the presence of said photosensitizers and light, wherein said metal ions, in said first oxidation state, have a first coordination number with said ionic species, wherein said metal ions, in said second oxidation state, have a second coordination number with said ionic species, and wherein said first coordination number is greater than said second coordination number.
A method for navigating an object using both a wide-area differential satellite positioning system and a local positioning system, the method comprising: determining a first position of the object based on position correction information from the wide-area differential satellite positioning system; receiving position correction information from a base station of the local positioning system, and determining a second position of the object based on the correction information received from the base station of the local positioning system; characterized by comparing the first position and second position; and by using the first position for navigating the object when the first position and second position differ by more than a predefined threshold, and using the second position for navigating the object when the first position and second position differ by less than the predefined threshold. determining a first position of the object based on position correction information from the wide-area differential satellite positioning system; receiving position correction information from a base station of the local positioning system, and determining a second position of the object based on the correction information received from the base station of the local positioning system; characterized by comparing the first position and second position; and by using the first position for navigating the object when the first position and second position differ by more than a predefined threshold, and using the second position for navigating the object when the first position and second position differ by less than the predefined threshold.