mhurhangee/ep-ind-claims huggingface dataset:
Resistance measuring circuit comprising a control apparatus, a capacitor discharge circuit and a series circuit that is connected to a supply voltage and comprises at least one switch (5, 9), at least one measuring resistor, a first reference resistor and a second reference resistor, wherein the capacitor discharge circuit comprises a first capacitor that is connectable in each case individually to the measuring resistor, the first reference resistor and to a first input of a comparison apparatus of the capacitor discharge circuit via a switching apparatus of the capacitor discharge circuit, wherein the first input of the comparison apparatus is connected to a discharge resistor of the capacitor discharge circuit, wherein the second reference resistor is connected in parallel with a second capacitor of the capacitor discharge circuit and the second capacitor is connected to a second input of the comparison apparatus, wherein the control apparatus is connected to the switching apparatus and the comparison apparatus and the control apparatus is designed to successively connect the measuring resistor and the first reference resistor to the first capacitor and in each case then to connect the first capacitor to the first input of the comparison apparatus and to ascertain a discharge time of the first capacitor by way of the comparison apparatus, wherein the control apparatus is also designed to ascertain a measured value describing the resistance of the measuring resistor from a measured discharge time of the first capacitor charged via the measuring resistor and a reference discharge time of the first capacitor charged via the first reference resistor.
Flexible ring made from steel comprising 5-20% by weight chromium and 5-15% by weight nickel for use in a drive belt for a continuously variable transmission having an nitrogen enriched surface layer that is also enriched with carbon, at least relative to the bulk composition of the steel, characterized in that the nitrogen content of the surface layer becomes less than 1.5 % by weight, i.e. approaches zero, at a perpendicular distance of 13 to 23 micron from the outer surface of the ring, at which distance from the outer surface of the ring the carbon content of the surface layer reaches a local maximum amounting to in-between 0.5 and 1.5 % by weight.
A garment comprising: a main body including a front portion, a back portion, and a gusset connecting the front portion and the back portion, wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the main body; an absorbent material coupled to an inner face of the main body at least at the gusset; a waterproof material sandwiched between the main body and the absorbent material; and left and right elastic bands coupled to outer lateral edges of the absorbent material; wherein the left and right elastic bands are bonded to the waterproof material; and wherein the waterproof material is attached to the main body proximate the respective left and right lateral edges of the gusset; characterized in that the left and right elastic bands are folded around respective left and right lateral edges of the absorbent material; and the waterproof material is attached to the main body between respective bottom halves of the folds of each of the left and right elastic bands and the inner face of the main body. a main body including a front portion, a back portion, and a gusset connecting the front portion and the back portion, wherein the gusset has left and right lateral edges partially defining respective left and right leg openings of the main body; an absorbent material coupled to an inner face of the main body at least at the gusset; a waterproof material sandwiched between the main body and the absorbent material; and left and right elastic bands coupled to outer lateral edges of the absorbent material; wherein the left and right elastic bands are bonded to the waterproof material; and wherein the waterproof material is attached to the main body proximate the respective left and right lateral edges of the gusset; characterized in that the left and right elastic bands are folded around respective left and right lateral edges of the absorbent material; and the waterproof material is attached to the main body between respective bottom halves of the folds of each of the left and right elastic bands and the inner face of the main body.
- A liquid hydrophobic organic composition comprising at least a first organic compound of the formula:: or: wherein R''' is selected from the following radicals: - C m H 2m+1 with m ≤ 20, preferably ≤ 15 where m is an integer, - C m H 2m-1 with m ≤ 20, where m is a non-zero integer, - C m H n F p Cl q Br s with m ≤ 10, where n, p, q, s are integers of which at least p, q or s is non-zero, - and an aryl radical of the formula b: in which at least one of the radicals R A, R B, R C, R D and R E, which are identical or different, is a halogen atom or an electron-withdrawing group, in particular a halogenated radical, from the following group - F, Cl, Br, - C m F 2m+1 with m ≤ 4, where m is a non-zero integer, - CF 2 CF 2 C p H 2p+1 with p ≤ 4, where p is an integer, - CF 2 C p H 2p+1 with p ≤ 4, where p is an integer, - CH 2 C p F 2p+1 with p ≤ 4, where p is an integer, - OCH 2 CF 3, - C(=O) CF 3, - C m H n F p Cl q Br s with m ≤ 4, where n, p, q, s are integers of which at least p, q or s is non-zero, - C(=O)OC m H 2m+1 with m ≤ 4, where m is an integer, and - C (=O) C m H 2m+1 with m ≤ 4, where m is an integer, the remaining radical (s) R A, R B, R C, R D and R E are selected, identical or different, from the following nonelectron-withdrawing radicals: - H, - CH 3, - CH 2 CH 3, - CH 2 CH 2 C p F 2p + 1 with p ≤ 4, where p is an integer, - C m H 2m-1 with m ≤ 10, where m is a non-zero integer, and - C m H 2m+1 with m≤ 10, where m is a non-zero integer, where only one of the radicals R A to R E can be one of these last two radicals C m H 2m-1 and C m H 2m+1; 4-tert-butylcalix[41-arene-O,O',O'',O'''-tetraacetic acid tetraethyl ester (Calix Est) and a fluidifier. - C m H 2m+1 with m ≤ 20, preferably ≤ 15 where m is an integer, - C m H 2m-1 with m ≤ 20, where m is a non-zero integer, - C m H n F p Cl q Br s with m ≤ 10, where n, p, q, s are integers of which at least p, q or s is non-zero, - and an aryl radical of the formula b: - F, Cl, Br, - C m F 2m+1 with m ≤ 4, where m is a non-zero integer, - CF 2 CF 2 C p H 2p+1 with p ≤ 4, where p is an integer, - CF 2 C p H 2p+1 with p ≤ 4, where p is an integer, - CH 2 C p F 2p+1 with p ≤ 4, where p is an integer, - OCH 2 CF 3, - C(=O) CF 3, - C m H n F p Cl q Br s with m ≤ 4, where n, p, q, s are integers of which at least p, q or s is non-zero, - C(=O)OC m H 2m+1 with m ≤ 4, where m is an integer, and - C (=O) C m H 2m+1 with m ≤ 4, where m is an integer, the remaining radical (s) R A, R B, R C, R D and R E are selected, identical or different, from the following nonelectron-withdrawing radicals: - H, - CH 3, - CH 2 CH 3, - CH 2 CH 2 C p F 2p + 1 with p ≤ 4, where p is an integer, - C m H 2m-1 with m ≤ 10, where m is a non-zero integer, and - C m H 2m+1 with m≤ 10, where m is a non-zero integer, where only one of the radicals R A to R E can be one of these last two radicals C m H 2m-1 and C m H 2m+1; 4-tert-butylcalix[41-arene-O,O',O'',O'''-tetraacetic acid tetraethyl ester (Calix Est) and a fluidifier.
An article of footwear with an upper and a sole structure secured to the upper, the sole structure having a sealed chamber that encloses a fluid, the chamber comprising: a first subchamber located in a lateral portion of the footwear, the first subchamber including three first lobes extending outward from the first subchamber and toward a lateral side of the sole structure wherein at least a portion of the first subchamber and three first lobes is positioned to underlie the third, fourth and fifth metatarsophalangeal joints; a second subchamber in fluid communication with the first subchamber via a first conduit, the second subchamber being located in a medial portion of the footwear, and the second subchamber including three second lobes extending outward from the second subchamber and toward a medial side of the sole structure, wherein at least a portion of the second subchamber and three second lobes is positioned to underlie the first and second metatarsophalangeal joints, each of the first subchamber and the second subchamber having a first surface and an opposite second surface devoid of internal connections that secure interior portions of the first surface to interior portions of the second surface; and a third subchamber in fluid communication with the second subchamber via a second conduit, the third subchamber being located in a medial portion of the footwear and the third subchamber including a third lobe, wherein at least a portion of the third subchamber and third lobe is positioned to underlie the first proximal phalanx and first distal phalanx. a first subchamber located in a lateral portion of the footwear, the first subchamber including three first lobes extending outward from the first subchamber and toward a lateral side of the sole structure wherein at least a portion of the first subchamber and three first lobes is positioned to underlie the third, fourth and fifth metatarsophalangeal joints; a second subchamber in fluid communication with the first subchamber via a first conduit, the second subchamber being located in a medial portion of the footwear, and the second subchamber including three second lobes extending outward from the second subchamber and toward a medial side of the sole structure, wherein at least a portion of the second subchamber and three second lobes is positioned to underlie the first and second metatarsophalangeal joints, each of the first subchamber and the second subchamber having a first surface and an opposite second surface devoid of internal connections that secure interior portions of the first surface to interior portions of the second surface; and a third subchamber in fluid communication with the second subchamber via a second conduit, the third subchamber being located in a medial portion of the footwear and the third subchamber including a third lobe, wherein at least a portion of the third subchamber and third lobe is positioned to underlie the first proximal phalanx and first distal phalanx.
A ground anchor assembly including a ground anchor post having a shaft with an upper end and lower end, the upper end having a threaded shaft section and the lower end having a helical blade portion, a rotating drive engaging end located on the upper end, a ground anchor post support device having an elongate inner sleeve section to receive the shaft of the ground anchor post there through, and an outer ground engaging surface, a hollow main post having an upper end, a lower end for slidably engaging the ground anchor post, and an internal threaded section located at a lower end opening, wherein the hollow main post slidably engages the upper end of the ground anchor post when inserted into the ground and any lateral forces applied to the hollow main post is transferred out through to the ground anchor support device, and a coupling member to couple the hollow main post to the ground anchor post.
Shaft for a steam turbine, wherein the shaft has a protective layer applied to at least part of the surface, wherein the protective layer is a coating, characterized in that the coating is a high-temperature coating and is suitable for temperatures up to and above 600°C.
Sealing system for joints of joinery construction elements, especially windows and exit doors, comprising insulating material in the middle area of the joint in the form of polyurethane foam and a front area of the joint in the form of a sealant, wherein said sealing system further comprises two front elements, which constitute the material that sets the system and seals the insulating material, wherein one of the front layer being the internal layer on the inside of the construction element and the other front layer being the external layer on the outside of the construction element, whereas the external front layer comprises material such that the equivalent diffusion resistance factor (Sd) is not greater than 2 m, while the internal front layer comprises material such that the equivalent diffusion resistance factor (Sd) is equal to or greater than 30 m, characterized in that the both front layers are formed by liquid films, which are applied in liquid form on the polyurethane foam, while the internal front layer comprises low permeability components and the external front layer comprises vapour-permeability components, where the elasticity of the film of the external layer after curing is generally equal to or greater than the one of the insulating material and is based on a mixture of reactive acrylic dispersion with glazing temperature from 0 0 C to - 40 0 C, zinc oxide from 0.1% to 1.0%, silica from 0.5% to 2.0% and silicone dispersion from 5.0% to 10%, and the elongation at break of the liquid film of internal front layer is of at least 40 % according to EN ISO 527 and is based on butadiene styrene latex with glazing temperature from 0°C to - 20°C wit addition of polypropylene fibres.
A method for multibeam coverage of a region of the surface of the Earth comprising: - the generation, by a telecommunications payload embedded on a satellite, of a plurality of radiofrequency beams, called elementary beams (FE1, FE2, FE4); - the formation of a plurality of radiofrequency beams, called composite beams (FC', FC"), having footprints on the ground of different sizes, each said composite beam being obtained by the grouping of one or more elementary beams; and - the transmission or the reception of data through said composite beams, identical data being transmitted or received through all the elementary beams forming one and the same composite beam; wherein at least one said composite beam is formed by the grouping of a plurality of non-adjacent elementary beams of the same colour, a colour being defined by a frequency band and a polarisation state, and the method comprising introducing a phase shift between at least two of said non-adjacent elementary beams of the same colour forming said composite beam. - the generation, by a telecommunications payload embedded on a satellite, of a plurality of radiofrequency beams, called elementary beams (FE1, FE2, FE4); - the formation of a plurality of radiofrequency beams, called composite beams (FC', FC"), having footprints on the ground of different sizes, each said composite beam being obtained by the grouping of one or more elementary beams; and - the transmission or the reception of data through said composite beams, identical data being transmitted or received through all the elementary beams forming one and the same composite beam; wherein at least one said composite beam is formed by the grouping of a plurality of non-adjacent elementary beams of the same colour, a colour being defined by a frequency band and a polarisation state, and the method comprising introducing a phase shift between at least two of said non-adjacent elementary beams of the same colour forming said composite beam. wherein at least one said composite beam is formed by the grouping of a plurality of non-adjacent elementary beams of the same colour, a colour being defined by a frequency band and a polarisation state, and the method comprising introducing a phase shift between at least two of said non-adjacent elementary beams of the same colour forming said composite beam.
A weight bar for use in a downhole tool string conveyed by a wireline comprising: a) a longitudinal axis substantially in line with the wireline; b) a weight section comprising: a weight section outer surface, a cable borehole along the longitudinal axis, a weight section top end distal from the tool string, a weight section bottom end proximate the tool string, a longitudinal slot extending from the cable borehole through the weight section outer surface, c) a slot closure bar fitting within the weight section longitudinal slot comprising: a slot closure bar top end, a slot closure bar bottom end, d) a slot closure bar top end retainer restricting movement of the top end of the slot closure bar relative to the weight section in at least one direction; and e) a slot closure bar bottom end retainer restricting movement of the bottom end of the slot closure bar relative to the weight section in at least one direction. a) a longitudinal axis substantially in line with the wireline; b) a weight section comprising: a weight section outer surface, a cable borehole along the longitudinal axis, a weight section top end distal from the tool string, a weight section bottom end proximate the tool string, a longitudinal slot extending from the cable borehole through the weight section outer surface, a weight section outer surface, a cable borehole along the longitudinal axis, a weight section top end distal from the tool string, a weight section bottom end proximate the tool string, a longitudinal slot extending from the cable borehole through the weight section outer surface, c) a slot closure bar fitting within the weight section longitudinal slot comprising: a slot closure bar top end, a slot closure bar bottom end, a slot closure bar top end, a slot closure bar bottom end, d) a slot closure bar top end retainer restricting movement of the top end of the slot closure bar relative to the weight section in at least one direction; and e) a slot closure bar bottom end retainer restricting movement of the bottom end of the slot closure bar relative to the weight section in at least one direction.
A method comprising: receiving a plurality of service data units, each service data unit in a corresponding one of a plurality of protocol data units, wherein each of the plurality of service data units is associated with a count value, and a header of each of the plurality of protocol data units indicates a configured number of least significant bits of the count value associated with the service data unit carried by the protocol data unit, wherein the count value is a concatenation of a hyper-frame number and a packet data convergence protocol sequence number; receiving an indication that a status report indicating reception status of service data units is to be transmitted; generating the status report in response to the indication, wherein the status report indicates a first service data unit expected to be received, wherein the first service data unit expected to be received is indicated as the count value associated with the first service data unit expected to be received; and transmitting the status report. receiving a plurality of service data units, each service data unit in a corresponding one of a plurality of protocol data units, wherein each of the plurality of service data units is associated with a count value, and a header of each of the plurality of protocol data units indicates a configured number of least significant bits of the count value associated with the service data unit carried by the protocol data unit, wherein the count value is a concatenation of a hyper-frame number and a packet data convergence protocol sequence number; receiving an indication that a status report indicating reception status of service data units is to be transmitted; generating the status report in response to the indication, wherein the status report indicates a first service data unit expected to be received, wherein the first service data unit expected to be received is indicated as the count value associated with the first service data unit expected to be received; and transmitting the status report.
A pyrolysis process for the fractionated recovery of valuable substances and energy from free-flowing, cross-linked organic compounds of high molecular weights, in particular granules of used tires, sealing profiles and other plastic materials, in the sense of feedstock recycling into gaseous, liquid and solid recyclates, characterised in that • the organic compounds pass through a vertical, multi-stage pyrolysis reactor from the top to the bottom, wherein they are pyrolysed by process temperatures that can be set to different values in the temperature range from 300 to 1,200°C and different residence times, and in a separation region the pyrolysis vapour that is drawn off by means of negative pressure is conveyed into a multi-stage condensation tower (8, 9, 10), wherein the condensation of the pyrolysis vapour phases into pyrolysis oils takes place in the respective condensation stages (8, 9, 10) in mixed phases at various product-related temperatures and below the normal atmospheric pressure, • the organic compounds pass through a pretreatment stage upstream of the pyrolysis reactor, wherein they are preheated with pyrolysis oils from the condensation stages (8, 9, 10), being depolymerised at the surface and therefore becoming tacky as a result, and are dusted with a powdered catalyst mixture so that the added mixed catalyst powder can stick thereto, said mixed catalyst powder having a targeted effect on the subsequent cracking process in terms of product formation, • the energy-rich permanent gas generated during the process is converted in an electrical energy generating unit to electrical energy and thermal energy. • the organic compounds pass through a vertical, multi-stage pyrolysis reactor from the top to the bottom, wherein they are pyrolysed by process temperatures that can be set to different values in the temperature range from 300 to 1,200°C and different residence times, and in a separation region the pyrolysis vapour that is drawn off by means of negative pressure is conveyed into a multi-stage condensation tower (8, 9, 10), wherein the condensation of the pyrolysis vapour phases into pyrolysis oils takes place in the respective condensation stages (8, 9, 10) in mixed phases at various product-related temperatures and below the normal atmospheric pressure, • the organic compounds pass through a pretreatment stage upstream of the pyrolysis reactor, wherein they are preheated with pyrolysis oils from the condensation stages (8, 9, 10), being depolymerised at the surface and therefore becoming tacky as a result, and are dusted with a powdered catalyst mixture so that the added mixed catalyst powder can stick thereto, said mixed catalyst powder having a targeted effect on the subsequent cracking process in terms of product formation, • the energy-rich permanent gas generated during the process is converted in an electrical energy generating unit to electrical energy and thermal energy.
A method for operating a mobile station, MS, in a wireless communication system using a feedback channel supporting at least two modes, the method comprising: generating and transmitting a feedback signal through a feedback channel according to a first mode; determining to switch a feedback mode from the first mode to a second mode; transmitting a signal for requesting to switch a mode of the feedback channel through the feedback channel; receiving feedback channel allocation information for permitting switching to the second mode from a base station, BS,; and generating and transmitting a feedback signal through a feedback channel according to a mode indicated by the feedback channel allocation information, characterized in that the first mode uses a noncoherent modulation /demodulation scheme and the second mode uses a coherent modulation /demodulation scheme. generating and transmitting a feedback signal through a feedback channel according to a first mode; determining to switch a feedback mode from the first mode to a second mode; transmitting a signal for requesting to switch a mode of the feedback channel through the feedback channel; receiving feedback channel allocation information for permitting switching to the second mode from a base station, BS,; and generating and transmitting a feedback signal through a feedback channel according to a mode indicated by the feedback channel allocation information, characterized in that the first mode uses a noncoherent modulation /demodulation scheme and the second mode uses a coherent modulation /demodulation scheme.