mhurhangee/ep-ind-claims huggingface dataset:
Electrical busbar comprising a main body with longitudinal profile and an extension as an electrical contact rail in a longitudinal direction that projects from said main body, said extension including a proximal end portion to said body and an apex portion distal from said body, said electrical contact rail having two opposite contact surfaces (7, 8) provided for making an electrical connection to the busbar, said rail comprising protrusions that project from both of said opposite contact surfaces, said protrusions being arranged between said opposite contact surfaces (7, 8) and the apex portion; said electrical busbar being characterised in that includes a protective shell made from insulating material, said shell being able to be stably associated with said apex portion of said rail even when it is in use and said apex portion frontally facing said shell.
A drive shaft of an aircraft turbomachine, comprising: - a first portion extending longitudinally along an axis and having a first diameter, - a second portion extending longitudinally along said axis and having a second diameter, and - connecting means connecting said first and second portions and being configured to transmit a torque from said second portion to said first portion, said connecting means comprise at least one bellows comprising: - a first section extending longitudinally along said axis and having a diameter (D PS) greater than said first and second diameters, and - second sections extending radially to said axis and flanking said first section, said drive shaft being characterized in that said first section comprises at least one fusible section comprising at least one through orifice and being configured to break when the value of a torque applied to said first portion exceeds a predetermined threshold value. - a first portion extending longitudinally along an axis and having a first diameter, - a second portion extending longitudinally along said axis and having a second diameter, and - connecting means connecting said first and second portions and being configured to transmit a torque from said second portion to said first portion, said connecting means comprise at least one bellows comprising: - a first section extending longitudinally along said axis and having a diameter (D PS) greater than said first and second diameters, and - second sections extending radially to said axis and flanking said first section, - a first section extending longitudinally along said axis and having a diameter (D PS) greater than said first and second diameters, and - second sections extending radially to said axis and flanking said first section,
An ignition device comprising: a rectangular insulating substrate (2A; 2A1 to 2A5) having a main surface; an input electrode provided on the main surface of the rectangular insulating substrate and connected to an outside terminal on one shorter side of the rectangular insulating substrate; a coupling electrode provided on the main surface of the rectangular insulating substrate and capacity-coupled with the input electrode; a discharge electrode provided on the main surface of the rectangular insulating substrate and connected to the coupling electrode on the other shorter side of the rectangular insulating substrate through a coupling line; and a ground electrode (7, 7a, 7b) provided on the main surface of the rectangular insulating substrate and capacity-coupled with the coupling electrode and capacity-coupled with the coupling line on both longer sides (21a, 21b) of the rectangular insulating substrate, and extended to the other shorter side, wherein the ignition device has a resonance circuit constituted by a capacitor formed by the capacity coupling and an inductor formed by the coupling line, is configured to resonate an electromagnetic wave that is supplied from the outside terminal into the input electrode, and is configured to cause a discharge by enhancing a potential difference between the discharge electrode and the ground electrode. a rectangular insulating substrate (2A; 2A1 to 2A5) having a main surface; an input electrode provided on the main surface of the rectangular insulating substrate and connected to an outside terminal on one shorter side of the rectangular insulating substrate; a coupling electrode provided on the main surface of the rectangular insulating substrate and capacity-coupled with the input electrode; a discharge electrode provided on the main surface of the rectangular insulating substrate and connected to the coupling electrode on the other shorter side of the rectangular insulating substrate through a coupling line; and a ground electrode (7, 7a, 7b) provided on the main surface of the rectangular insulating substrate and capacity-coupled with the coupling electrode and capacity-coupled with the coupling line on both longer sides (21a, 21b) of the rectangular insulating substrate, and extended to the other shorter side, wherein the ignition device has a resonance circuit constituted by a capacitor formed by the capacity coupling and an inductor formed by the coupling line, is configured to resonate an electromagnetic wave that is supplied from the outside terminal into the input electrode, and is configured to cause a discharge by enhancing a potential difference between the discharge electrode and the ground electrode.
An anti-slip wrench-type tool comprises: a wrench torque-tool body; at least one engagement element; the wrench torque-tool body comprising a plurality of internal sidewalls, a first base, and a second base; each of the plurality of internal sidewalls comprising a first lateral edge, a second lateral edge, and a bracing surface; the engagement element comprising a first pair of grooves and a second pair of grooves; the plurality of internal sidewalls being radially distributed about a pivot axis of the wrench torque-tool body; the engagement element being laterally integrated into a specific sidewall from the plurality of internal sidewalls; the first pair of grooves and the second pair of grooves being positioned offset from each other along the bracing surface of the specific sidewall; the first pair of grooves and the second pair of grooves each comprise a primary cavity and a secondary cavity; the primary cavity and the secondary cavity traversing normal and into the bracing surface of the specific sidewall; the primary cavity and the secondary cavity traversing into the wrench torque-tool body from the first base to the second base; the primary cavity from the first pair of grooves being positioned adjacent to the primary cavity from the second pair of grooves; characterised in that a depth of the secondary cavity being greater than a depth of the primary cavity; and the primary cavity and the secondary cavity intersecting each other at an intersection point, the intersection point being non-collinear with the bracing surface of the specific sidewall. a wrench torque-tool body; at least one engagement element; the wrench torque-tool body comprising a plurality of internal sidewalls, a first base, and a second base; each of the plurality of internal sidewalls comprising a first lateral edge, a second lateral edge, and a bracing surface; the engagement element comprising a first pair of grooves and a second pair of grooves; the plurality of internal sidewalls being radially distributed about a pivot axis of the wrench torque-tool body; the engagement element being laterally integrated into a specific sidewall from the plurality of internal sidewalls; the first pair of grooves and the second pair of grooves being positioned offset from each other along the bracing surface of the specific sidewall; the first pair of grooves and the second pair of grooves each comprise a primary cavity and a secondary cavity; the primary cavity and the secondary cavity traversing normal and into the bracing surface of the specific sidewall; the primary cavity and the secondary cavity traversing into the wrench torque-tool body from the first base to the second base; the primary cavity from the first pair of grooves being positioned adjacent to the primary cavity from the second pair of grooves; characterised in that a depth of the secondary cavity being greater than a depth of the primary cavity; and the primary cavity and the secondary cavity intersecting each other at an intersection point, the intersection point being non-collinear with the bracing surface of the specific sidewall.
Method for operating an optical frequency comb assembly, the method comprising: operating an optical frequency comb source to generate laser light constituting an optical frequency comb and introducing the laser light into a common light path; seeding at least one branch light path by the laser light from the common light path, the at least one branch light path comprising at least one optical element (11, 13); determining a phase difference of a first frequency mode v 1 of the optical frequency comb between laser light coupled out at a reference point within the frequency comb assembly upstream of the at least one optical element (11, 13) and laser light coupled out at a measurement point provided in the at least one branch light path downstream of the at least one optical element (11, 13); and providing phase correction for the laser light from the at least one branch light path based on a deviation of the determined phase difference from a target value, said target value being a predetermined value or a value automatically or manually determined during operation of the optical frequency comb assembly. operating an optical frequency comb source to generate laser light constituting an optical frequency comb and introducing the laser light into a common light path; seeding at least one branch light path by the laser light from the common light path, the at least one branch light path comprising at least one optical element (11, 13); determining a phase difference of a first frequency mode v 1 of the optical frequency comb between laser light coupled out at a reference point within the frequency comb assembly upstream of the at least one optical element (11, 13) and laser light coupled out at a measurement point provided in the at least one branch light path downstream of the at least one optical element (11, 13); and providing phase correction for the laser light from the at least one branch light path based on a deviation of the determined phase difference from a target value, said target value being a predetermined value or a value automatically or manually determined during operation of the optical frequency comb assembly.
A leadless pacemaker comprising: - a central processing unit configured to control an operation of the leadless pacemaker, - a first logic circuit configured to generate event data based on a first event occurring during operation of the leadless pacemaker, - a first hardware event counter configured to be incremented if specific event data are generated by said first logic circuit, - a first memory unit comprising a first bit configured to be set if said first hardware event counter is incremented to a first maximum number of counts, - a second memory unit communicating with said first memory unit, wherein said central processing unit is configured to transfer said first bit to said second memory unit, - a first RAM event counter in a random access memory of said leadless pacemaker, wherein said central processing unit is configured to increment said first RAM event counter if said first bit is transferred to the second memory unit. - a central processing unit configured to control an operation of the leadless pacemaker, - a first logic circuit configured to generate event data based on a first event occurring during operation of the leadless pacemaker, - a first hardware event counter configured to be incremented if specific event data are generated by said first logic circuit, - a first memory unit comprising a first bit configured to be set if said first hardware event counter is incremented to a first maximum number of counts, - a second memory unit communicating with said first memory unit, wherein said central processing unit is configured to transfer said first bit to said second memory unit, - a first RAM event counter in a random access memory of said leadless pacemaker, wherein said central processing unit is configured to increment said first RAM event counter if said first bit is transferred to the second memory unit.
A composition for siRNA delivery, comprising a siRNA, and a carrier composition for siRNA delivery, comprising a diacylphosphatidylcholine, at least one member selected from the group consisting of cholesterol and cationic lipids having a cholesterol skeleton, and an aliphatic primary amine.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a throat area that includes a plurality of lateral lace-receiving elements extending along a lateral side of the upper, a plurality of medial lace-receiving elements extending along a medial side of the upper, and a forward lace-receiving element located between the lateral side and the medial side; and a lace extending through the lateral lace-receiving elements, the medial lace-receiving elements, and the forward lace-receiving element; characterized by a tensile strand element located within a forefoot region of the footwear, the tensile strand element including a plurality of strands that extend from an area proximal to the forward lace-receiving element and toward a forward edge of the footwear, wherein the plurality of strands extend around the forward lace-receiving element to resist stretch due to tension in the lace, and wherein the strands radiate outward from the area proximal to the forward lace-receiving element. a throat area that includes a plurality of lateral lace-receiving elements extending along a lateral side of the upper, a plurality of medial lace-receiving elements extending along a medial side of the upper, and a forward lace-receiving element located between the lateral side and the medial side; and a lace extending through the lateral lace-receiving elements, the medial lace-receiving elements, and the forward lace-receiving element; characterized by a tensile strand element located within a forefoot region of the footwear, the tensile strand element including a plurality of strands that extend from an area proximal to the forward lace-receiving element and toward a forward edge of the footwear, wherein the plurality of strands extend around the forward lace-receiving element to resist stretch due to tension in the lace, and wherein the strands radiate outward from the area proximal to the forward lace-receiving element.
Method for connecting a first and a second film web (2, 2') of a transfer film, wherein the film webs (2, 2') comprise a thermoplastic carrier film and a decorative sheet, wherein such a first and second film web (2, 2') are connected to each other, which have a separating layer in order to facilitate the detachment of the decorative sheet from the thermoplastic carrier film, and wherein a common connecting portion is formed between the first and the second film web (2, 2'), in which the first and the second film web (2, 2') are connected to each other by a welding process in such a way that the first and second film web (2, 2') are connected to each other by a double seam, formed of two welding seams.
Deburring tool for deburring edges (1, 1a, 1b) of recesses of any shape in workpieces having at least one metal-cutting blade (2, 2a, 2b, 2') which can be radially displaced or pivoted transversely to the longitudinal axis of the deburring tool in the base body and having at least one cutting edge (6, 6a), which executes metal-cutting machining of the edge (1, 1a, 1b) of the recess to be deburred, wherein the deburring tool is configured as a tool driven in slotting and/or drawing manner and driven to be displaceable in oscillating manner in the direction of its longitudinal axis, characterised in that in the base body of the deburring tool is arranged a spring clamped on one side, the front, free and resilient end of which engages in at least one blade groove (11, 11') of the blade (2, 2a, 2b, 2') and is mounted to be pivotable there and in that a control surface (7, 7a) to control displacement of the blade (2, 2a, 2b, 2') adjoins the cutting edge (6, 6a), wherein the control surface (7, 7a) is obliquely inclined to the longitudinal axis of the deburring tool and thus driving-out of the spring-loaded blade into the base body takes place.
A first device which shares content information with an external device, the first device comprising: a wireless transceiver configured to receive, from the external device, information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: determine a content list using the received information which relates to the at least one content; transfer the content list to a server; receive a play list page determined according to the content list from the server via a second service; and an output unit configured to output the play list page received from the server. a wireless transceiver configured to receive, from the external device, information which relates to at least one content that is being reproduced by the external device using a first service; a controller configured to: determine a content list using the received information which relates to the at least one content; transfer the content list to a server; receive a play list page determined according to the content list from the server via a second service; and determine a content list using the received information which relates to the at least one content; transfer the content list to a server; receive a play list page determined according to the content list from the server via a second service; and an output unit configured to output the play list page received from the server.
A core-sheath composite fiber characterized in that a core component is an easily alkaline elutable polyester whose main repeating unit is constructed of ethylene terephthalate and which contains 2.0 to 5.5 mol% of an isophthalic acid component containing a metal sulfonate group relative to a total acid component and 3.0 to 6.0 mol% of an adipic acid component relative to the total acid component, and a sheath component is a polyamide; wherein a unit reaction rate (T/S) of a terephthalic acid that caused an ester-amide exchange reaction is 0.0005 to 0.0025%.mm wherein T is the reaction rate (%) of the terephthalic acid that caused the ester-amide exchange reaction and S is the surface area of the core of a fiber axis portion per 1 mm 3 of the core-sheath type composite section fiber (mm 2 /mm 3), and wherein T and S are determined as specified in the description.
A stable pharmaceutical composition comprising by weight from 30 to 50% of vinorelbine ditartrate and - 30 to 60% of a diluent of the total weight of the composition, the diluent consisting in a mixture of microcrystalline cellulose and of a constituent selected from D-mannitol, maize starch and dicalcium phosphate dihydrate, - magnesium stearate and hydrophilic colloidal silica dihydrate, characterized in that the total hydrophilic colloidal silica dihydrate and/or magnesium stearate proportion is comprised between 0.2 and 5% of the total weight of the composition, - 1 to 10% of polyvidone K30 of the total weight of the composition, and - 1 to 10% of sodium croscarmellose of the total weight of the composition, characterized in that it appears in a solid form intended for oral administration. - 30 to 60% of a diluent of the total weight of the composition, the diluent consisting in a mixture of microcrystalline cellulose and of a constituent selected from D-mannitol, maize starch and dicalcium phosphate dihydrate, - magnesium stearate and hydrophilic colloidal silica dihydrate, characterized in that the total hydrophilic colloidal silica dihydrate and/or magnesium stearate proportion is comprised between 0.2 and 5% of the total weight of the composition, - 1 to 10% of polyvidone K30 of the total weight of the composition, and - 1 to 10% of sodium croscarmellose of the total weight of the composition,
A laser diode array for generating a radiation with a predefined intensity profile, comprising a number of laser diodes or laser bars, which are stacked, forming a horizontal or vertical stack, wherein the laser diodes or laser bars 2) in the stack are electrically connected in series, characterised in that a bypass is connected to each laser diode or each laser bar, via which the light-output of the laser diode or laser bar can be controlled, wherein the bypass contains a field effect transistor and comprises a current-sensing resistor, wherein the field effect transistor and the current-sensing resistor are in communication with a bypass control, and wherein a current-light-output characteristic for each laser diode or each laser bar is stored in such a way that the light-output is adjusted in accordance with the predefined intensity profile.
A system for clearing the area of impact for a fluid droplet system used for oral cleaning of the teeth, comprising: a fluid droplet system; a source of gas flow; and a gas flow directing member for directing the gas flow to an area on the teeth which has thereon a liquid film produced by fluid droplets, characterized in that the source of gas flow is separate from the fluid droplet system, wherein the gas flow has a minimum velocity of 12 m/s.
A method for supporting pilot boost to uplink dedicated channels in a wideband code division multiple access, WCDMA, system, the method comprising: transmitting, by a user equipment, UE, a first enhanced-transport format combination indicator, E-TFCI, in a first transmission time interval, TTI, to a node B before transmitting a first enhanced-dedicated channel, E-DCH, in a second TTI corresponding to the first E-TFCI; adjusting, by the UE, an uplink pilot power boosting amplitude according to the first E-TFCI; transmitting, by the UE, a pilot as part of a dedicated physical control channel, DPCCH, using a transmission power calculated by adding the adjusted power boosting amplitude to power of other parts of the DPCCH; and performing, by the node B, uplink power control according to a measured pilot signal to interference ratio, SIR, a target preset by an inner loop power control and the uplink power boosting amplitude, wherein the second TTI includes a second E-TFCI transmitted simultaneously to the first E-DCH, the second E-TFCI corresponding to a second E-DCH in a third TTI, and wherein ending time of the first TTI in which the first E-TFCI is transmitted is earlier than starting time of the second TTI in which the first E-DCH corresponding to the first E-TFCI is transmitted. transmitting, by a user equipment, UE, a first enhanced-transport format combination indicator, E-TFCI, in a first transmission time interval, TTI, to a node B before transmitting a first enhanced-dedicated channel, E-DCH, in a second TTI corresponding to the first E-TFCI; adjusting, by the UE, an uplink pilot power boosting amplitude according to the first E-TFCI; transmitting, by the UE, a pilot as part of a dedicated physical control channel, DPCCH, using a transmission power calculated by adding the adjusted power boosting amplitude to power of other parts of the DPCCH; and performing, by the node B, uplink power control according to a measured pilot signal to interference ratio, SIR, a target preset by an inner loop power control and the uplink power boosting amplitude, wherein the second TTI includes a second E-TFCI transmitted simultaneously to the first E-DCH, the second E-TFCI corresponding to a second E-DCH in a third TTI, and wherein ending time of the first TTI in which the first E-TFCI is transmitted is earlier than starting time of the second TTI in which the first E-DCH corresponding to the first E-TFCI is transmitted.