mhurhangee/ep-ind-claims huggingface dataset:
Method for selecting a chunk identifier referencing a chunk associated with a content item, on the basis of a manifest file, said content item being provided in one or more representations, each representation comprising a plurality of time-sequential chunks, said manifest file comprising at least a first set of chunk identifiers referencing chunks of a first representation, and a second set of chunk identifiers referencing chunks of a second representation; chunks of said first representation being retrievable by a client device via a first delivery path and chunks of said second representation being retrievable by said client device via a second delivery path, said method comprising: - transmitting by said client device over said first delivery path, on the basis of said manifest file, a first chunk retrieval request for retrieving a first chunk of said first representation, said request comprising a chunk identifier from said first set; - transmitting by said client device, over said second delivery path, on the basis of said manifest file, a further request comprising a chunk identifier from said second set, said further request being a non-retrieving message, not causing the transmission of a chunk; - receiving by said client device delivery path information in response to said further request, said information being associated with said second delivery path and comprising a bandwidth indicator, indicating available bandwidth between said client device and a network element storing a chunk of said second representation; - selecting by said client device, at least on the basis of said received delivery path information, a chunk identifier, from either said first or second set, for including in a second chunk retrieval request for retrieving a second chunk. - transmitting by said client device over said first delivery path, on the basis of said manifest file, a first chunk retrieval request for retrieving a first chunk of said first representation, said request comprising a chunk identifier from said first set; - transmitting by said client device, over said second delivery path, on the basis of said manifest file, a further request comprising a chunk identifier from said second set, said further request being a non-retrieving message, not causing the transmission of a chunk; - receiving by said client device delivery path information in response to said further request, said information being associated with said second delivery path and comprising a bandwidth indicator, indicating available bandwidth between said client device and a network element storing a chunk of said second representation; - selecting by said client device, at least on the basis of said received delivery path information, a chunk identifier, from either said first or second set, for including in a second chunk retrieval request for retrieving a second chunk.
A portable electronic device comprising: - a digital display comprising an electrically conducting plane for neutralizing interfering electromagnetic radiation of the display, - a device (DV5-DV8) for transmitting data by intracorporeal current, comprising a first electrode intended to be capacitively coupled with the body of a subject and a second electrode intended to be capacitively coupled with the environment, and - a printed circuit comprising a conducting plane, characterized in that the first or second electrode of the data transmission device is formed by the conducting plane of the display, which is electrically coupled to the data transmission device, and in that the second or first electrode is formed by the conducting plane of the printed circuit. - a digital display comprising an electrically conducting plane for neutralizing interfering electromagnetic radiation of the display, - a device (DV5-DV8) for transmitting data by intracorporeal current, comprising a first electrode intended to be capacitively coupled with the body of a subject and a second electrode intended to be capacitively coupled with the environment, and - a printed circuit comprising a conducting plane,
A power transmission apparatus comprising: a ring gear; a first gear engaged with an inner portion of the ring gear; a second gear set including a second sun gear and at least one second planet gear engaged with an outer portion of the second sun gear and with the inner portion of the ring gear; a clutch interposed between the first gear and the second gear set and movable toward one of the first gear and the second gear set according to a rotational direction thereof so as to be coupled with one of the first gear and the second gear set; and a driving shaft providing power to the clutch, wherein the driving shaft has a spiral groove formed at an end of the driving shaft along an outer surface of the driving shaft and coupled with the clutch to move the clutch in an axial direction of the driving shaft along the spiral grove, and wherein the clutch is coupled with the first gear to rotate the ring gear in a forward direction when the clutch rotates in the forward direction by the driving shaft, and the clutch is coupled with the second gear set to rotate the ring gear in the forward direction when the clutch rotates in a reverse direction by the driving shaft. a ring gear; a first gear engaged with an inner portion of the ring gear; a second gear set including a second sun gear and at least one second planet gear engaged with an outer portion of the second sun gear and with the inner portion of the ring gear; a clutch interposed between the first gear and the second gear set and movable toward one of the first gear and the second gear set according to a rotational direction thereof so as to be coupled with one of the first gear and the second gear set; and a driving shaft providing power to the clutch, wherein the driving shaft has a spiral groove formed at an end of the driving shaft along an outer surface of the driving shaft and coupled with the clutch to move the clutch in an axial direction of the driving shaft along the spiral grove, and wherein the clutch is coupled with the first gear to rotate the ring gear in a forward direction when the clutch rotates in the forward direction by the driving shaft, and the clutch is coupled with the second gear set to rotate the ring gear in the forward direction when the clutch rotates in a reverse direction by the driving shaft.
A test assembly comprising: a prime mover; an actuator assembly (500; 550) coupled to the prime mover and having an end configured to be attached to a test specimen shaft of a test specimen, the actuator assembly having a shaft, the shaft having a circumferential surface and first and second annular surfaces (502A/502B; 559A/559B) that are disposed in planes arranged to intersect with a rotational axis of the shaft; characterised by a first plurality of hydraulic bearings (530; 552/554) configured to support the shaft of the actuator assembly for rotation about the rotational axis; a second plurality of hydraulic bearings (504; 556) configured to engage the first annular surface; and a third plurality of hydraulic bearings (504; 558) configured to engage the second annular surface. a prime mover; an actuator assembly (500; 550) coupled to the prime mover and having an end configured to be attached to a test specimen shaft of a test specimen, the actuator assembly having a shaft, the shaft having a circumferential surface and first and second annular surfaces (502A/502B; 559A/559B) that are disposed in planes arranged to intersect with a rotational axis of the shaft; characterised by a first plurality of hydraulic bearings (530; 552/554) configured to support the shaft of the actuator assembly for rotation about the rotational axis; a second plurality of hydraulic bearings (504; 556) configured to engage the first annular surface; and a third plurality of hydraulic bearings (504; 558) configured to engage the second annular surface.
A foamable resin composition comprising: a thermoplastic resin, thermal expansion microcapsules, and a chemical foaming agent, wherein Ts is not lower than 120°C, Tmax is not lower than 190°C, and Ts - Tc is not lower than -30°C and not higher than 6°C, where Ts denotes a foaming starting temperature of the thermal expansion microcapsules as determined with a heating rate of 5°C/min in thermal mechanical analysis, Tmax denotes a maximum foaming temperature of the thermal expansion microcapsules as determined with a heating rate of 5°C/min in thermal mechanical analysis, and Tc denotes a decomposition temperature of the chemical foaming agent as determined with a heating rate of 2°C/min in thermogravimetric analysis, wherein the thermal expansion microcapsules are microcapsules that comprise a volatile liquid as a core agent encapsulated by a shell polymer obtainable from a polymerizable monomer and a heat-curable resin not containing a radical-polymerizable double bond, wherein the polymerizable monomer comprises a carboxyl group-containing monomer and the heat-curable resin contains a functional group able to react with a carboxyl group, wherein the chemical foaming agent consists of a main agent and a foaming aid, the foaming aid being selected from the group consisting of: zinc stearate, urea, calcium stearate, calcium carbonate, and zinc oxide, wherein the ratio of the amount of thermal expansion microcapsules in the total amount of the thermal expansion microcapsules and the chemical foaming agent is 10 to 95 wt%. a thermoplastic resin, thermal expansion microcapsules, and a chemical foaming agent, wherein Ts is not lower than 120°C, Tmax is not lower than 190°C, and Ts - Tc is not lower than -30°C and not higher than 6°C, where Ts denotes a foaming starting temperature of the thermal expansion microcapsules as determined with a heating rate of 5°C/min in thermal mechanical analysis, Tmax denotes a maximum foaming temperature of the thermal expansion microcapsules as determined with a heating rate of 5°C/min in thermal mechanical analysis, and Tc denotes a decomposition temperature of the chemical foaming agent as determined with a heating rate of 2°C/min in thermogravimetric analysis, wherein the thermal expansion microcapsules are microcapsules that comprise a volatile liquid as a core agent encapsulated by a shell polymer obtainable from a polymerizable monomer and a heat-curable resin not containing a radical-polymerizable double bond, wherein the polymerizable monomer comprises a carboxyl group-containing monomer and the heat-curable resin contains a functional group able to react with a carboxyl group, wherein the chemical foaming agent consists of a main agent and a foaming aid, the foaming aid being selected from the group consisting of: zinc stearate, urea, calcium stearate, calcium carbonate, and zinc oxide, wherein the ratio of the amount of thermal expansion microcapsules in the total amount of the thermal expansion microcapsules and the chemical foaming agent is 10 to 95 wt%.
A system for determining an approach, comprising: a magnetic field generator for generating a magnetic field, the magnetic field being modulated with a frequency, and a measuring device having a magnetic field sensor, the measuring device being designed to capture a measurement sequence of magnetic field strengths by means of the magnetic field sensor and to identify the frequency of the magnetic field from the measurement sequence, the measuring device having an apparatus for determining location information, characterised in that the approach is based on the identification of the frequency of the magnetic field and is determined in response to the frequency of the magnetic field being identified for a first piece of location information and the frequency of the magnetic field being identified for a second piece of location information, the first piece of location information and the second piece of location information denoting locations that are at a distance from one another. a magnetic field generator for generating a magnetic field, the magnetic field being modulated with a frequency, and a measuring device having a magnetic field sensor, the measuring device being designed to capture a measurement sequence of magnetic field strengths by means of the magnetic field sensor and to identify the frequency of the magnetic field from the measurement sequence, the measuring device having an apparatus for determining location information, characterised in that the approach is based on the identification of the frequency of the magnetic field and is determined in response to the frequency of the magnetic field being identified for a first piece of location information and the frequency of the magnetic field being identified for a second piece of location information, the first piece of location information and the second piece of location information denoting locations that are at a distance from one another.
Axlebox for railway vehicles including: - a bearing unit comprising at least two rings rotating relative to one another, - an end cover connected with a ring of the bearing unit, - an end plate as used for clamping a ring of the bearing unit onto an axle, and - an encoder device comprising a metallic ring made of at least one flat and strip-like sheet metal material, two ends of which are joined to form a loop, the said metallic ring comprising a set of clearances in a ferromagnetic material, wherein said clearances are arranged around a circumference of the metallic ring, wherein the metallic ring is configured to generate an oscillating magnetic induction in a nearby magnetic sensor upon rotation of the metallic ring, wherein the axlebox further comprises: - the magnetic sensor being mounted in the end cover, and - the metallic ring being clamped onto the end plate used as a support ring with an essentially cylindrical outer surface on which the strip-like metal material forming the metallic ring is wound and fixed. - a bearing unit comprising at least two rings rotating relative to one another, - an end cover connected with a ring of the bearing unit, - an end plate as used for clamping a ring of the bearing unit onto an axle, and - an encoder device comprising a metallic ring made of at least one flat and strip-like sheet metal material, two ends of which are joined to form a loop, the said metallic ring comprising a set of clearances in a ferromagnetic material, wherein said clearances are arranged around a circumference of the metallic ring, wherein the metallic ring is configured to generate an oscillating magnetic induction in a nearby magnetic sensor upon rotation of the metallic ring, wherein the axlebox further comprises: - the magnetic sensor being mounted in the end cover, and - the metallic ring being clamped onto the end plate used as a support ring with an essentially cylindrical outer surface on which the strip-like metal material forming the metallic ring is wound and fixed. - the magnetic sensor being mounted in the end cover, and - the metallic ring being clamped onto the end plate used as a support ring with an essentially cylindrical outer surface on which the strip-like metal material forming the metallic ring is wound and fixed.
A simple locking device, comprising: a locking bracket, a locking tongue piece, a tension spring, a tension side wall, a base, at least two guide shafts, a first connecting component and a second connecting component; wherein, the locking bracket comprises a locking piece, at least two guide holes and a retaining piece; the tension side wall is fixed to the base; the at least two guide shafts respectively pass through the at least two guide holes to mount the locking bracket to the base, and the locking bracket is configured to be guided by the guide holes to move; the tension spring has one end fixed to the tension side wall, and another end fixedly connected to the locking tongue piece;,the locking piece is provided with an inclined protruding portion; the first connecting component is provided with a groove configured to cooperate with the inclined protruding portion of the locking piece; and the second connecting component is provided with a retaining hole configured to cooperate with the retaining piece; characterized in that, the locking tongue piece is movably connected to the locking piece, the locking tongue piece is provided with a front-end extending portion, and the first connecting component is provided with an extending portion configured to cooperate with the front-end extending portion of the locking tongue piece. a locking bracket, a locking tongue piece, a tension spring, a tension side wall, a base, at least two guide shafts, a first connecting component and a second connecting component; wherein, the locking bracket comprises a locking piece, at least two guide holes and a retaining piece; the tension side wall is fixed to the base; the at least two guide shafts respectively pass through the at least two guide holes to mount the locking bracket to the base, and the locking bracket is configured to be guided by the guide holes to move; the tension spring has one end fixed to the tension side wall, and another end fixedly connected to the locking tongue piece;,the locking piece is provided with an inclined protruding portion; the first connecting component is provided with a groove configured to cooperate with the inclined protruding portion of the locking piece; and the second connecting component is provided with a retaining hole configured to cooperate with the retaining piece; characterized in that, the locking tongue piece is movably connected to the locking piece, the locking tongue piece is provided with a front-end extending portion, and the first connecting component is provided with an extending portion configured to cooperate with the front-end extending portion of the locking tongue piece.
A drug depot implantable at or near a target tissue site beneath the skin of a patient, the drug depot being biodegradable comprising a therapeutically effective amount of a drug and at least one surface adapted to receive one or more anchoring members so as to limit movement of the drug depot at or near the target tissue site and the anchoring member comprises a first channel 12 disposed at a first end of the drug depot adapted to receive a biodegradable suture 16 and a second channel 22 disposed at a second end of the drug depot adapted to receive the same biodegradable suture 16 after the suture contacts the target tissue site so as to anchor the depot at or near a target tissue site, wherein the biodegradable suture further comprises a first region 18, comprising a knot, rim, bead, ridge, tab or clip, that surrounds the one or more channels and prevents the suture from passing through channel 12 and a second region 17, comprising a knot, rim, bead, ridge, tab or clip, that upon pulling force the second region of the suture through the one or more channels to limit movement of the depot; wherein, optionally, the first region of the suture comprises a knot, rim, bead, ridge, tab or clip that prevents the suture from passing through the channel 22wherein at least one region of the drug depot is capable of releasing the therapeutically effective amount of the drug over a period of at least one day.
A non-oriented electrical steel sheet consisting of, in mass%, C: not less than 0.002% nor more than 0.01%; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 0.5%; Al: not less than 0.01% nor more than 3.0%; and at least one selected from the group consisting of Ti, V, Zr, and Nb, optionally at least one selected from the group consisting of: in mass%, N: not less than 0.001% nor more than 0.004%; Cu: not less than 0.5% nor more than 1.5%; and Sn: not less than 0.05% nor more than 0.5% and/or Ni of not less than 0.5% nor more than 5% and/or P of not less than 0.005 nor more than 0.1%, a balance being composed of Fe and inevitable impurities, wherein a value of a parameter Q represented by "Q = ([Ti]/48 + /51 + [Zr]/91 + [Nb]/93)/( /12)" is not less than 0.9 nor more than 1.1, when contents of Ti, V, Zr, Nb, and C (mass%) are represented as [Ti],, [Zr], [Nb], and respectively, a matrix of a metal structure is a ferrite phase, the metal structure does not comprise a non-recrystallized structure, an average grain size of ferrite grains constituting the ferrite phase is not less than 30 μm nor more than 200 μm, a precipitate comprising at least one selected from the group consisting of Ti, V, Zr, and Nb exists with a density of 1 particle/μm 3 or more in the ferrite grain, and an average grain size of the precipitate is not less than 0.002 μm nor more than 0.2 μm. C: not less than 0.002% nor more than 0.01%; Si: not less than 2.0% nor more than 4.0%; Mn: not less than 0.05% nor more than 0.5%; Al: not less than 0.01% nor more than 3.0%; and N: not less than 0.001% nor more than 0.004%; Cu: not less than 0.5% nor more than 1.5%; and Sn: not less than 0.05% nor more than 0.5% and/or Ni of not less than 0.5% nor more than 5% and/or P of not less than 0.005 nor more than 0.1%,
A grease gun comprising: a housing; a lubricant supply reservoir for holding grease; an electric motor disposed in the housing; a pump mechanism driven by the electric motor, the pump mechanism discharging grease from the lubricant supply reservoir through a discharge spout, the pump mechanism comprising a plunger, and a filter disposed between the lubricant supply reservoir and the plunger; characterized in that the filter is a mesh filter with holes between about 0.2mm and about 1.0mm. a housing; a lubricant supply reservoir for holding grease; an electric motor disposed in the housing; a pump mechanism driven by the electric motor, the pump mechanism discharging grease from the lubricant supply reservoir through a discharge spout, the pump mechanism comprising a plunger, and a filter disposed between the lubricant supply reservoir and the plunger; characterized in that the filter is a mesh filter with holes between about 0.2mm and about 1.0mm.
A thermal surgical tool comprising: an electrical conductor with a first section and a second section; and a ferromagnetic coating on the electrical conductor, positioned between and delimiting the first section and the second section, the ferromagnetic coating covering a portion of the electrical conductor between the first section and the second section, wherein the ferromagnetic coating converts oscillating electrical energy passing through the electrical conductor into thermal energy for treating tissue, wherein the ferromagnetic coating has a thickness between 0.05 micrometers and 500 micrometers. an electrical conductor with a first section and a second section; and a ferromagnetic coating on the electrical conductor, positioned between and delimiting the first section and the second section, the ferromagnetic coating covering a portion of the electrical conductor between the first section and the second section, wherein the ferromagnetic coating converts oscillating electrical energy passing through the electrical conductor into thermal energy for treating tissue, wherein the ferromagnetic coating has a thickness between 0.05 micrometers and 500 micrometers.
An endoluminal prosthesis, comprising: a prosthetic trunk comprising a trunk lumen extending therethrough and a wall, wherein the prosthetic trunk has a circumference; a prosthetic leg (560, 532) comprising a leg lumen extending therethrough, wherein the leg extends distally of the trunk and the leg lumen is in fluid communication with the trunk lumen, and wherein the prosthetic leg (560, 532) includes internal projections for aiding coupling to a prosthesis inserted in the prosthetic leg; a stent at the proximal end of the prosthesis which extends beyond the end of the prosthesis. a prosthetic trunk comprising a trunk lumen extending therethrough and a wall, wherein the prosthetic trunk has a circumference; a prosthetic leg (560, 532) comprising a leg lumen extending therethrough, wherein the leg extends distally of the trunk and the leg lumen is in fluid communication with the trunk lumen, and wherein the prosthetic leg (560, 532) includes internal projections for aiding coupling to a prosthesis inserted in the prosthetic leg; a stent at the proximal end of the prosthesis which extends beyond the end of the prosthesis.