mhurhangee/ep-ind-claims huggingface dataset:
Hand-tearable abrasion-resistant woven-fabric adhesive tape, more particularly cable-wrapping tape, consisting of a tape-shaped woven-fabric backing having an at least one-sided adhesive coating, wherein the woven-fabric backing is formed from warp threads and weft threads and the linear density of the weft threads in dtex is greater than the linear density of the warp threads in dtex and also the width-based linear density of the warp threads in dtex/cm is less than the length-based linear density of the weft threads in dtex/cm, wherein in each case the width-based linear density of the warp threads is in the range from 2000 to 4000 dtex/cm and the length-based linear density of the weft threads is in the range from 8000 dtex/cm to 16 000 dtex/cm, wherein - the weft thread is a single yarn with a linear density of 550 dtex, or - the weft thread is formed from two single yarns, the linear density of one of the single yarns being 220 dtex and of the other single yarn being 330 dtex, or - the warp threads are formed from three to five single yarns which each have a nominal linear density of 167 dtex, - the adhesive coating is formed such that there is only a surface coating and hence the adhesive coating does not fix the warp and weft threads (2, 3) relative to each other at their crossing points, - the woven-fabric backing consists of a woven polyester fabric or has a polyester warp thread and a polyamide weft thread, wherein the abrasion resistance is at least equal to LV 312 class C - measured on a 5 mm mandrel. - the weft thread is a single yarn with a linear density of 550 dtex, or - the weft thread is formed from two single yarns, the linear density of one of the single yarns being 220 dtex and of the other single yarn being 330 dtex, or - the warp threads are formed from three to five single yarns which each have a nominal linear density of 167 dtex, - the adhesive coating is formed such that there is only a surface coating and hence the adhesive coating does not fix the warp and weft threads (2, 3) relative to each other at their crossing points, - the woven-fabric backing consists of a woven polyester fabric or has a polyester warp thread and a polyamide weft thread,
A method of operating a gas turbine unit, wherein the operating method comprises: supplying compressed air and steam/methane/hydrogen mixture into the gas turbine unit combustion chamber, expanding the steam/methane/hydrogen mixture combustion products in the gas turbine, desuperheating it in a steam generator by evaporating or reheating the steam supplied to the gas turbine unit where the incoming natural gas is mixed with the steam generator high-pressure steam resulting in the production of the methane-based steam/gas mixture that is heated by the mentioned combustion products flow in a heat exchanger and passed through a catalytic reactor for methane conversion with further production of the steam/methane/hydrogen mixture supplied into the gas turbine unit combustion chamber, characterized in that in the heat exchange processes the temperature of the steam/methane/hydrogen mixture combustion products flow extracted at the ancillary power turbine outlet is increased by supplementary fuel combustion, but before being supplied to the combustion chamber the steam/methane/hydrogen mixture is desuperheated to 200 - 240°C with simultaneous partial condensation of its steam and production of condensate, which is separated, evaporated and consumed during the production of the methane-based steam/gas mixture and steam generator low-pressure steam is then passed through the ancillary power turbine. supplying compressed air and steam/methane/hydrogen mixture into the gas turbine unit combustion chamber, expanding the steam/methane/hydrogen mixture combustion products in the gas turbine, desuperheating it in a steam generator by evaporating or reheating the steam supplied to the gas turbine unit where the incoming natural gas is mixed with the steam generator high-pressure steam resulting in the production of the methane-based steam/gas mixture that is heated by the mentioned combustion products flow in a heat exchanger and passed through a catalytic reactor for methane conversion with further production of the steam/methane/hydrogen mixture supplied into the gas turbine unit combustion chamber, characterized in that in the heat exchange processes the temperature of the steam/methane/hydrogen mixture combustion products flow extracted at the ancillary power turbine outlet is increased by supplementary fuel combustion, but before being supplied to the combustion chamber the steam/methane/hydrogen mixture is desuperheated to 200 - 240°C with simultaneous partial condensation of its steam and production of condensate, which is separated, evaporated and consumed during the production of the methane-based steam/gas mixture and steam generator low-pressure steam is then passed through the ancillary power turbine.
Method for obtaining algal biomass with increased lipid accumulation, comprising the step of culturing photoautotrophic freshwater micro-algae in a culturing medium having a pH above 9, wherein lipid accumulation is increased compared to cultivation of such algal biomass at a pH below 8, wherein the medium is a saline medium, wherein the cultivating medium comprising NaCl in a concentration of at least 200 mM, wherein the algae are cultivated under conditions of nutrient limitation, wherein the nutrient limitation conditions comprise nitrogen limitation.
Impact absorber, in particular for the start and/or end area (2, 3) of a protective device on traffic routes, which possesses an outer profile strip facing a traffic route and an inner profile strip facing away from the traffic route and possesses at least one deformation module with integrated deformation elements, wherein the deformation module possesses an outer strip that has an outer flank, a curved flank and an inner flank and the outer profile strip is connected to the outer flank and the inner profile strip is connected to the inner flank, wherein the outer strip delimits a deformation zone, in which the deformation elements are arranged and the deformation elements have a honeycomb structure, wherein bars from the deformation elements adjoining the outer strip are joined to the outer strip, characterised in that a support is provided that is connected to the deformation module and is displaceably supported on the floor, wherein the support possesses an upper end and is connected to a deformation element in the region of the upper end and that the deformation zone at its rear end facing away from the curved flank is delimited by a rear wall, wherein the rear wall extends obliquely in a vertical direction at an angle (a) between the outer flank and the inner flank, and a set deformation point is provided in the rear wall.
A wearable pack, comprising: a body defining a volume for the containment of articles, the body generally having a height, a width, and a depth, and at least one body strap coupled to the body; and an adjustable tensile member and an adjustment mechanism with a cover plate, wherein the body strap comprises a core defining an aperture to receive at least a portion of the adjustment mechanism, wherein the adjustment mechanism defines a fastener member having an outwardly extending flange so urging against a first side of the core as to align the fastener member with the aperture extending through the core, and wherein the fastener member defines first and second apertures (112a, 112b) and a cross-member positioned therebetween, wherein the adjustable tensile member extends through the first aperture in a direction extending from a first side of the body strap to a second side of the body strap, over the cross-member and through the second aperture in a direction extending from the second side of the body strap to the first side of the body strap to slidably couple the adjustable tensile member and the adjustment mechanism with each other, and wherein the cover plate is positioned adjacent the second side of the body strap in a mating engagement with the fastener member to obscure a segment of the adjustable tensile member. a body defining a volume for the containment of articles, the body generally having a height, a width, and a depth, and at least one body strap coupled to the body; and an adjustable tensile member and an adjustment mechanism with a cover plate, wherein the body strap comprises a core defining an aperture to receive at least a portion of the adjustment mechanism, wherein the adjustment mechanism defines a fastener member having an outwardly extending flange so urging against a first side of the core as to align the fastener member with the aperture extending through the core, and wherein the fastener member defines first and second apertures (112a, 112b) and a cross-member positioned therebetween, wherein the adjustable tensile member extends through the first aperture in a direction extending from a first side of the body strap to a second side of the body strap, over the cross-member and through the second aperture in a direction extending from the second side of the body strap to the first side of the body strap to slidably couple the adjustable tensile member and the adjustment mechanism with each other, and wherein the cover plate is positioned adjacent the second side of the body strap in a mating engagement with the fastener member to obscure a segment of the adjustable tensile member.
A method of transmitting a data in a wireless communication system, comprising: dividing output bits of a stream parser into blocks of N CBPSS bits, wherein N CBPSS is a number of coded bits per symbol per spatial stream; and dividing each of the blocks of the N CBPSS bits into two frequency subblocks of N CBPSS /2 bits, based on the product of a number of bits assigned to a single axis of a constellation point in spatial stream and a number of encoders, transmitting the two frequency subblocks to a receiver, wherein the number of bits assigned to the single axis of the constellation point in spatial stream is determined based on a number of coded bits per subcarrier per spatial stream. dividing output bits of a stream parser into blocks of N CBPSS bits, wherein N CBPSS is a number of coded bits per symbol per spatial stream; and dividing each of the blocks of the N CBPSS bits into two frequency subblocks of N CBPSS /2 bits, based on the product of a number of bits assigned to a single axis of a constellation point in spatial stream and a number of encoders, transmitting the two frequency subblocks to a receiver, wherein the number of bits assigned to the single axis of the constellation point in spatial stream is determined based on a number of coded bits per subcarrier per spatial stream.
A method comprising the following steps: a) culture, in mixotrophic mode, of one or more strains of the genus Scenedesmus under conditions of illumination that is discontinuous and/or variable over time, the illumination having variations in intensity between the illuminated phases and the phases of darkness, the amplitude of which is comprised between 50 μmol ·m -2 ·s -1 and 1,000 μmol ·m -2 ·s -1, these variations taking place between 2 and 3,600 times per hour, b) a step of maintaining said culture over several generations in the presence of an organic carbon-containing substrate in the culture medium, and c) a step of recovery of the thus cultured microalgae. a) culture, in mixotrophic mode, of one or more strains of the genus Scenedesmus under conditions of illumination that is discontinuous and/or variable over time, the illumination having variations in intensity between the illuminated phases and the phases of darkness, the amplitude of which is comprised between 50 μmol ·m -2 ·s -1 and 1,000 μmol ·m -2 ·s -1, these variations taking place between 2 and 3,600 times per hour, b) a step of maintaining said culture over several generations in the presence of an organic carbon-containing substrate in the culture medium, and c) a step of recovery of the thus cultured microalgae.
Heat transfer device for heating a fluid or a fluid foam on demand comprising a second path through which the fluid or the fluid foam circulates and at least one layer made of a thermally conductive material, the second path being in contact with the layer in such a way that when the layer is heated it transmits heat to the fluid or fluid foam as it circulates through the second path, the second path and the part of the layer in contact with said second path being detachably configured so that they are made accessible for being cleaned, wherein the heat transfer device further comprises a first path configured such that steam circulates through it and such that the layer is heated by the change of phase of steam into liquid when circulating through the first path, the device being characterized in that it further comprises a third path configured such that steam circulates through it, the device further comprising a secondary layer in contact with the second path and third path in such a way that the secondary layer is heated by the change of phase of steam into liquid when circulating through the third path, said secondary layer being made of a thermally conductive material, wherein the second path and the parts of the layers (11, 12) in contact with said second path are detachably configured so that they are made accessible for being cleaned.
Process for producing viscoelastic polyurethane foams by reaction of a component A containing A1 ≥ 50 to ≤ 100 parts by weight of at least one polyether carbonate polyol having a hydroxyl number according to DIN 53240 of ≥ 150 mg KOH/g to ≤ 300 mg KOH/g, A2 ≤ 50 to ≥ 0 parts by weight of at least one polyether polyol having a hydroxyl number according to DIN 53240 of ≥ 20 mg KOH/g to ≤ 250 mg KOH/g, wherein the polyether polyol is free from carbonate units, A3 0.5 to 25 parts by weight, based on the sum of the parts by weight of the components A1 and A2, of water and/or physical propellants, A4 0 to 10 parts by weight, based on the sum of the parts by weight of the components A1 and A2, of at least one antioxidant A5 0 to 10 parts by weight, based on the sum of the parts by weight of the components A1 and A2, of adjuvants and additives, with a component B containing B di- and/or polyisocyanates, wherein these are 2,4-and/or 2,6-TDI and/or modified polyisocyanates derived from 2,4- and/or 2,6-TDI or mixtures of these isocyanates with other di- and/or polyisocyanates, wherein the reaction of the component A with the component B is performed at an isocyanate index of 70 to 130 and wherein all reported parts by weight of the components A1 to A5 are normalized such that the parts by weight A1 + A2 in the composition sum to 100.
An automated handle bar lock for vehicles, comprising; a housing and a bottom plate defining an encapsulation therebetween; a locking means for selectively locking/unlocking a handle bar of the vehicle; an actuating means coupled with a drive mechanism; the drive mechanism comprising: a ring gear; and a sun gear meshed with the plurality of planet gears (4b, 4c, 4d) which further meshed with a ring gear characterized in that the ring gear comprises a projection extending towards the bottom plate, the projection being offset from a centre of the ring gear and being rotatable about a central axis of the ring gear; and in that the said projection is provided with a cavity to accommodate a magnet for position feedback sensor; and wherein the drive mechanism is operatively configured with the locking means by a slide plate; the slide plate comprising a slot for receiving the projection such that the locking means translates laterally along axis XX upon rotary movement of the ring gear. a housing and a bottom plate defining an encapsulation therebetween; a locking means for selectively locking/unlocking a handle bar of the vehicle; an actuating means coupled with a drive mechanism; the drive mechanism comprising: a ring gear; and a sun gear meshed with the plurality of planet gears (4b, 4c, 4d) which further meshed with a ring gear characterized in that the ring gear comprises a projection extending towards the bottom plate, the projection being offset from a centre of the ring gear and being rotatable about a central axis of the ring gear; and in that the said projection is provided with a cavity to accommodate a magnet for position feedback sensor; and wherein the drive mechanism is operatively configured with the locking means by a slide plate; the slide plate comprising a slot for receiving the projection such that the locking means translates laterally along axis XX upon rotary movement of the ring gear. the drive mechanism comprising: a ring gear; and a sun gear meshed with the plurality of planet gears (4b, 4c, 4d) which further meshed with a ring gear characterized in that a ring gear; and a sun gear meshed with the plurality of planet gears (4b, 4c, 4d) which further meshed with a ring gear characterized in that the ring gear comprises a projection extending towards the bottom plate, the projection being offset from a centre of the ring gear and being rotatable about a central axis of the ring gear; and in that the said projection is provided with a cavity to accommodate a magnet for position feedback sensor; and wherein the drive mechanism is operatively configured with the locking means by a slide plate; the slide plate comprising a slot for receiving the projection such that the locking means translates laterally along axis XX upon rotary movement of the ring gear.
An RF power amplifier, comprising: a first field-effect transistor (FET, 102) having a gate, a drain, and a source; a second FET having a gate, a drain configured to be coupled to a power supply (V SUPPLY), and a source, wherein the first and second FETs are comprised in a Class-D output stage of the RF power amplifier, the drain of the first FET being coupled to the source of the second FET; a bootstrap path including a resistive element coupled between the gate and source of the second FET; a third FET having a gate, a drain coupled to the gate of the second FET, and a source; and an input terminal that is capacitively (108, 110) coupled to the gates of both the first and third FETs (102, 106) and which is configured to receive a common switch drive signal (RF IN) that drives both the first and third FETs (102, 106), wherein the first and third FETs (102, 106) are configured to turn ON and OFF synchronously under the control of the common switch drive signal (RF IN), wherein the source of the first FET is configured to be biased by a first bias voltage (V BIAS4) and the source of the third FET is configured to be biased by a second bias voltage (V BIAS2) lower than the first bias voltage (V BIAS4). a first field-effect transistor (FET, 102) having a gate, a drain, and a source; a second FET having a gate, a drain configured to be coupled to a power supply (V SUPPLY), and a source, wherein the first and second FETs are comprised in a Class-D output stage of the RF power amplifier, the drain of the first FET being coupled to the source of the second FET; a bootstrap path including a resistive element coupled between the gate and source of the second FET; a third FET having a gate, a drain coupled to the gate of the second FET, and a source; and an input terminal that is capacitively (108, 110) coupled to the gates of both the first and third FETs (102, 106) and which is configured to receive a common switch drive signal (RF IN) that drives both the first and third FETs (102, 106), wherein the first and third FETs (102, 106) are configured to turn ON and OFF synchronously under the control of the common switch drive signal (RF IN), wherein the source of the first FET is configured to be biased by a first bias voltage (V BIAS4) and the source of the third FET is configured to be biased by a second bias voltage (V BIAS2) lower than the first bias voltage (V BIAS4).
A radio communications terminal comprising a screen, a control module configured to control the screen, a first microprocessor configured to drive the control module to manage multimedia functions of the screen and a second microprocessor configured to drive the control module to manage other functions than the multimedia functions of the screen, characterized in that the second microprocessor is configured to be the sole master of the control module when the radio communications terminal is in standby mode and the first microprocessor is configured to be the sole master of the control module when the radio communications terminal is not in standby mode.
An advanced dressing characterised by a polycaprolactone porous membrane comprising: maltodextrin chitosan collagene citric acid polyphenols colloidal silver. maltodextrin chitosan collagene citric acid polyphenols colloidal silver.
A printed substrate forming method comprising: providing a base which is composed of an insulating layer and a conductor layer, wherein the base comprises a predetermined region on which a solder resist is formed with through-holes in the solder resist so that a portion of the conductive layer is exposed to form conduction sections and which is provided with solder paste on the upper surface of these conduction sections; printing a first resin layer with curable resin in a specific region, wherein the specific region is a region other than the predetermined region, wherein the first resin layer has first openings in the resin layer for exposing other conduction sections; forming a wiring by discharging metal-containing liquid which contains metal fine particles from the conduction sections exposed by the first openings onto a top surface of the resin layer via the inner wall surface of the first openings, and firing the metal-containing liquid; printing a second resin layer in the specific region so as to cover the inner part of the first openings and the first resin layer, wherein the second resin layer has second openings so that a part of the wiring is exposed; and dispensing a conductive UV-curable resin or a conductive thermosetting resin to the inner part of the second openings. providing a base which is composed of an insulating layer and a conductor layer, wherein the base comprises a predetermined region on which a solder resist is formed with through-holes in the solder resist so that a portion of the conductive layer is exposed to form conduction sections and which is provided with solder paste on the upper surface of these conduction sections; printing a first resin layer with curable resin in a specific region, wherein the specific region is a region other than the predetermined region, wherein the first resin layer has first openings in the resin layer for exposing other conduction sections; forming a wiring by discharging metal-containing liquid which contains metal fine particles from the conduction sections exposed by the first openings onto a top surface of the resin layer via the inner wall surface of the first openings, and firing the metal-containing liquid; printing a second resin layer in the specific region so as to cover the inner part of the first openings and the first resin layer, wherein the second resin layer has second openings so that a part of the wiring is exposed; and dispensing a conductive UV-curable resin or a conductive thermosetting resin to the inner part of the second openings.