mhurhangee/ep-ind-claims huggingface dataset:
An electronic payment unit comprising: a display having first and second terminals (22, 24) for receiving display data; a first processor connected to the first terminal and adapted to provide display data to the first terminal at a first rate; and a second processor connected to the second terminal and adapted to provide display data to the second terminal at a second rate lower than the first rate and adapted to provide the display with a signal of selection of the display data received on one of the first or second terminals, the second processor being further connected to the first processor and being adapted to provide the first processor with a signal for allowing or forbidding the transmission of display data to the display. a display having first and second terminals (22, 24) for receiving display data; a first processor connected to the first terminal and adapted to provide display data to the first terminal at a first rate; and a second processor connected to the second terminal and adapted to provide display data to the second terminal at a second rate lower than the first rate and adapted to provide the display with a signal of selection of the display data received on one of the first or second terminals, the second processor being further connected to the first processor and being adapted to provide the first processor with a signal for allowing or forbidding the transmission of display data to the display.
Partition curtain for, for example, sports halls, multi-purpose halls, event and trade fair halls, industrial halls or halls, the partition curtain having two outer surfaces, each of which is formed by a curtain length (2, 3), it being possible for the curtain lengths (2, 3) to be gathered from a lowered state to a raised state, and a curtain length (2, 3) which has a vertical height being composed of a plurality of length portions (8, 9) extending substantially horizontally in the lowered state, characterised in that one or more length portions made of sound-deadening material, this material being artificial leather, plastics film, nonwoven fabric or textile fabric, and one or more length portions made of sound-absorbing material are arranged over the vertical height (c) of each of the curtain lengths (2, 3), and in that the length portions made of sound-deadening material of both curtain lengths (2, 3) are interconnected in the width direction of the partition curtain by means of connecting portions made of sound-deadening material, and in that the combined vertical heights (b) of the length portions made of sound-deadening material of both curtain lengths (2, 3) correspond to the vertical height (c) of the partition curtain in the lowered state.
An airflow control system for a vehicle comprising: an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet, wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet, wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake; characterized in that the airflow control system comprises: a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake; and an actuator configured to move both the bypass door and the movable duct. an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet, wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet, wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake; a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake; and an actuator configured to move both the bypass door and the movable duct.
Use of a gas detecting sensor for measuring a target gas concentration, the gas detecting sensor comprising: a substrate; a gate electrode provided on the substrate; an insulating layer provided on the gate electrode; a source electrode and a drain electrode, provided on the insulating layer, respectively; an n-type channel provided between the source electrode and the drain electrode; and a quantum dot layer provided on the n-type channel and provided so as to have in-band electronic transition energy capable of resonating with vibration energy of a target gas molecule, wherein when the current of the quantum dot layer changes according to an electronic-vibrational energy transfer transferred from the target gas molecules to the quantum dot layer, it is converted into the current change of the n-type channel, and wherein the n-type channel consists of any one n-type material selected from a group consisting of IGZO, ZnO, ZTO, IZO, IHZO, A1N, InN, GaN and InGaN. a substrate; a gate electrode provided on the substrate; an insulating layer provided on the gate electrode; a source electrode and a drain electrode, provided on the insulating layer, respectively; an n-type channel provided between the source electrode and the drain electrode; and a quantum dot layer provided on the n-type channel and provided so as to have in-band electronic transition energy capable of resonating with vibration energy of a target gas molecule, wherein when the current of the quantum dot layer changes according to an electronic-vibrational energy transfer transferred from the target gas molecules to the quantum dot layer, it is converted into the current change of the n-type channel, and wherein the n-type channel consists of any one n-type material selected from a group consisting of IGZO, ZnO, ZTO, IZO, IHZO, A1N, InN, GaN and InGaN.
A process for the preparation of lopamidol comprising the following reaction: wherein X is OR 2 or R 3, and wherein R 2 and R 3 are a C 1 -C 6 linear or branched alkyl, C 3 -C 6 cycloalkyl, C 6 aryl, optionally substituted with a group selected from the group consisting of methyl, ethyl, n -propyl, i- propyl, n -butyl, sec -butyl, t -butyl and phenyl; and comprising the following steps: a) reacting the Compound with the acylating agent -2-(acetyloxy)propanoyl chloride in a reaction medium to provide the N- -2-(acetyloxy)propanoyl derivative of Compound; b) hydrolyzing the intermediate from step a) with an aqueous solution at a pH comprised from 0 to 7 by adding water or a diluted alkaline solution, freeing the hydroxyls from the boron-containing protective groups, obtaining the acetyloxy derivative of Compound and optional recovery of the boron derivative; c) alkaline hydrolysis of the acetyloxy derivative of Compound restoring the -2-(hydroxy)propanoyl group to obtain lopamidol. a) reacting the Compound with the acylating agent -2-(acetyloxy)propanoyl chloride in a reaction medium to provide the N- -2-(acetyloxy)propanoyl derivative of Compound; b) hydrolyzing the intermediate from step a) with an aqueous solution at a pH comprised from 0 to 7 by adding water or a diluted alkaline solution, freeing the hydroxyls from the boron-containing protective groups, obtaining the acetyloxy derivative of Compound and optional recovery of the boron derivative; c) alkaline hydrolysis of the acetyloxy derivative of Compound restoring the -2-(hydroxy)propanoyl group to obtain lopamidol.
A process for producing a droplet assembly, which droplet assembly comprises a plurality of droplets, wherein each of said droplets comprises: an aqueous medium comprising (i) a hydrogel compound, which hydrogel compound is a polysaccharide, and (ii) one or more stabilising agents, which one or more stabilizing agents are selected from compounds which comprise a dipeptide; and one or more biological cells disposed in the aqueous medium, which process comprises: generating, in a bulk hydrophobic medium comprising one or more amphipathic compounds, a plurality of droplets, wherein each of said droplets comprises: an aqueous medium comprising (i) a hydrogel compound, which hydrogel compound is a polysaccharide, and (ii) one or more stabilising agents, which one or more stabilizing agents are selected from compounds which comprise a dipeptide; and one or more biological cells disposed in the aqueous medium. an aqueous medium comprising (i) a hydrogel compound, which hydrogel compound is a polysaccharide, and (ii) one or more stabilising agents, which one or more stabilizing agents are selected from compounds which comprise a dipeptide; and one or more biological cells disposed in the aqueous medium, an aqueous medium comprising (i) a hydrogel compound, which hydrogel compound is a polysaccharide, and (ii) one or more stabilising agents, which one or more stabilizing agents are selected from compounds which comprise a dipeptide; and one or more biological cells disposed in the aqueous medium.
A mobile communication system where a mobile station apparatus transmits, to a base station apparatus, ACK or NACK of Hybrid Automatic Repeat Request, HARQ, for downlink data, comprising the base station apparatus transmits by using a physical downlink control channel, to the mobile station apparatus, resource allocation information for specifying uplink resources for a physical uplink shared channel, wherein the uplink resources for the physical uplink shared channel contain symbols in a time domain and subcarriers in a frequency domain; the mobile station apparatus calculates an amount of resources for the ACK or NACK based on the resource allocation information, wherein the calculated amount of the resources does not exceed a maximum amount of resources; and transmits, to the base station apparatus, the ACK or the NACK, which is mapped together with uplink data on the uplink resources for the physical uplink shared channel.
A method of wireless communication, comprising: processing information from a user equipment, UE to obtain a signal strength difference between UE communications with at least one of a first class of base stations and UE communications with at least one of a second class of base stations; comparing the signal strength difference relative to a predetermined threshold; and scheduling the UE in a range expansion mode based on the comparison of the signal strength difference relative to the predetermined threshold, the range expansion mode enabling the UE to receive communications from at least one of the second class of base stations on a resource coordinated with at least one of the first class of base stations wherein the resource comprises a predetermined time-frequency resource in a data region of the at least one of the first class of base stations. processing information from a user equipment, UE to obtain a signal strength difference between UE communications with at least one of a first class of base stations and UE communications with at least one of a second class of base stations; comparing the signal strength difference relative to a predetermined threshold; and scheduling the UE in a range expansion mode based on the comparison of the signal strength difference relative to the predetermined threshold, the range expansion mode enabling the UE to receive communications from at least one of the second class of base stations on a resource coordinated with at least one of the first class of base stations wherein the resource comprises a predetermined time-frequency resource in a data region of the at least one of the first class of base stations.
A system comprising: an irrigation fluid source; an inflow line that provides a fluid pathway to the irrigation fluid source; and a multilayered dressing system, the multilayered dressing system comprising a hub having a manifold connected with the inflow line that provides the fluid pathway to the irrigation fluid source; a sealing layer (120, 720, 820, 920, 1020, 1120, 1121, 1220) having a first surface and a second surface, the first surface being coupled to the hub; a netting layer (140, 540) coupled to the second surface of the sealing layer, the netting layer defining multiple openings for fluid flow toward the hub; and an irrigation network coupled to the netting layer, the irrigation network including a plurality of tubes (134, 334, 434) in fluid communication with the fluid pathway to the irrigation fluid source, characterized in that each tube defines a lumen (136, 336, 436) that adjusts from a collapsed condition when subjected to a zero pressure and sub-atmospheric negative pressure to an expanded condition when subjected to positive pressure. an irrigation fluid source; an inflow line that provides a fluid pathway to the irrigation fluid source; and a multilayered dressing system, the multilayered dressing system comprising a hub having a manifold connected with the inflow line that provides the fluid pathway to the irrigation fluid source; a sealing layer (120, 720, 820, 920, 1020, 1120, 1121, 1220) having a first surface and a second surface, the first surface being coupled to the hub; a netting layer (140, 540) coupled to the second surface of the sealing layer, the netting layer defining multiple openings for fluid flow toward the hub; and an irrigation network coupled to the netting layer, the irrigation network including a plurality of tubes (134, 334, 434) in fluid communication with the fluid pathway to the irrigation fluid source, characterized in that each tube defines a lumen (136, 336, 436) that adjusts from a collapsed condition when subjected to a zero pressure and sub-atmospheric negative pressure to an expanded condition when subjected to positive pressure. a hub having a manifold connected with the inflow line that provides the fluid pathway to the irrigation fluid source; a sealing layer (120, 720, 820, 920, 1020, 1120, 1121, 1220) having a first surface and a second surface, the first surface being coupled to the hub; a netting layer (140, 540) coupled to the second surface of the sealing layer, the netting layer defining multiple openings for fluid flow toward the hub; and an irrigation network coupled to the netting layer, the irrigation network including a plurality of tubes (134, 334, 434) in fluid communication with the fluid pathway to the irrigation fluid source, characterized in that each tube defines a lumen (136, 336, 436) that adjusts from a collapsed condition when subjected to a zero pressure and sub-atmospheric negative pressure to an expanded condition when subjected to positive pressure.
A pipe assembly for flow measurement including a fluid flow pipe, the pipe assembly having two or more flow conditioners each extending across an entire cross section of said fluid flow pipe; having a stepped configuration; and installed apart in series within said fluid flow pipe in an orientation substantially perpendicular to an axis of said fluid flow pipe, wherein each of the flow conditioners comprises: - a perforated plate, - an outer ring extending from a first side of the flow conditioner and comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the outer ring to a second side of the flow conditioner, - at least one inner ring recessed or stepped from the outer ring, said at least one inner ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the at least one inner ring to the second side of the flow conditioner; and - a central hole or opening, - wherein the fluid passages defined by the plurality of holes of the outer ring and the plurality of holes of the at least one inner ring are of unequal length, whereby a diameter of the central hole or opening being greater than the diameters of the plurality of holes of the at least one inner ring, and the diameters of the plurality of holes of the at least one inner ring being greater than the diameters of the plurality of holes of the outer ring, and whereby the central hole or opening defines a fluid length, which is less than the fluid length of the passages defined by the plurality of holes of the at least one inner ring, which is less than the fluid length of the passages defined by the plurality of holes of the outer ring. - a perforated plate, - an outer ring extending from a first side of the flow conditioner and comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the outer ring to a second side of the flow conditioner, - at least one inner ring recessed or stepped from the outer ring, said at least one inner ring comprising a concentric ring of a plurality of holes, wherein the holes define fluid passages from the at least one inner ring to the second side of the flow conditioner; and - a central hole or opening, - wherein the fluid passages defined by the plurality of holes of the outer ring and the plurality of holes of the at least one inner ring are of unequal length,
An apparatus for sorting rigid labels provided on a backing strip, which labels each include a programmable chip, comprising: - a monitoring device configured to detect at least one feature of a label provided on the backing strip and to issue a signal that is characteristic of the said feature; - a back strip buffer configured to receive a section of the backing strip for each label to be sorted out; - a label transfer device comprising a selection device that is movable between a first position and a second position, the label transfer device being configured to displace labels (14 on the backing strip when the selection device is in the first position, - a control device configured to - receive the signal issued from the monitoring device, - to determine on the basis of the received signal whether a label on the backing strip is to be moved or to be sorted out, and - to issue a first control signal to the label transfer device for labels to be sorted out, wherein the first control signal is adapted to cause a movement of the selection device into the second position, characterized in that the label transfer device is configured to feed labels to be sorted out into the backing strip buffer when the selection device is in the second position, and that the said device further comprises a removal device that is configured to detach the labels fed into the backing strip buffer from the backing strip. - a monitoring device configured to detect at least one feature of a label provided on the backing strip and to issue a signal that is characteristic of the said feature; - a back strip buffer configured to receive a section of the backing strip for each label to be sorted out; - a label transfer device comprising a selection device that is movable between a first position and a second position, the label transfer device being configured to displace labels (14 on the backing strip when the selection device is in the first position, - a control device configured to - receive the signal issued from the monitoring device, - to determine on the basis of the received signal whether a label on the backing strip is to be moved or to be sorted out, and - to issue a first control signal to the label transfer device for labels to be sorted out, wherein the first control signal is adapted to cause a movement of the selection device into the second position, - receive the signal issued from the monitoring device, - to determine on the basis of the received signal whether a label on the backing strip is to be moved or to be sorted out, and - to issue a first control signal to the label transfer device for labels to be sorted out, wherein the first control signal is adapted to cause a movement of the selection device into the second position,
An insulator for a coaxial connector adapted to connect to a coaxial transmission medium, the insulator comprising: a tubular body made of a dielectric material; and characterized by: a pattern in the insulator producing a plurality of voids in the dielectric material of the tubular body such that air is incorporated into the insulator, wherein the insulator has a composite tangent delta and a composite dielectric constant based on a combination of the dielectric material and the air, and wherein the plurality of voids increase the flexibility of the insulator and allow the coaxial connector to accommodate gimbaling and/or radial misalignment of the coaxial transmission medium connected to the coaxial connector while maintaining the dielectric properties to insulate and separate components of the coaxial connector. a tubular body made of a dielectric material; and characterized by: a pattern in the insulator producing a plurality of voids in the dielectric material of the tubular body such that air is incorporated into the insulator, wherein the insulator has a composite tangent delta and a composite dielectric constant based on a combination of the dielectric material and the air, and wherein the plurality of voids increase the flexibility of the insulator and allow the coaxial connector to accommodate gimbaling and/or radial misalignment of the coaxial transmission medium connected to the coaxial connector while maintaining the dielectric properties to insulate and separate components of the coaxial connector. a pattern in the insulator producing a plurality of voids in the dielectric material of the tubular body such that air is incorporated into the insulator, wherein the insulator has a composite tangent delta and a composite dielectric constant based on a combination of the dielectric material and the air, and wherein the plurality of voids increase the flexibility of the insulator and allow the coaxial connector to accommodate gimbaling and/or radial misalignment of the coaxial transmission medium connected to the coaxial connector while maintaining the dielectric properties to insulate and separate components of the coaxial connector.
An agricultural vehicle combination having a traction vehicle, in particular a tractor, and at least one trailer coupled to the traction vehicle, wherein the at least one trailer comprises a first braking system, and wherein the traction vehicle, which can be driven via a propulsion engine which cooperates with a transmission, comprises a second braking system and a control device for controlling and/or regulating at least one braking system (32, 34) of the agricultural vehicle combination, wherein the control device is configured and constructed in a manner such that at least one braking system (32, 34) of the vehicle combination can be actuated as a function of a determined engine braking operation of the vehicle combination and/or traction vehicle, wherein the engine braking operation can be determined as a function of at least one operating parameter of the agricultural vehicle combination, characterized in that the at least one operating parameter is a transmission parameter in the form of an output torque (M A) and/or drag torque (Mst) acting on the transmission, which in particular is a continuously variable transmission.