mhurhangee/ep-ind-claims huggingface dataset:
A radio frequency identification, RFID, tag information reading apparatus, comprising: a signal management circuit, a resonant circuit and a decoding identification circuit; wherein the signal management circuit is connected with the resonant circuit, and the resonant circuit is connected with the decoding identification circuit; the signal management circuit is configured to output an operation frequency signal; the resonant circuit is configured to receive the operation frequency signal, adjust a capacitance value of the resonant circuit according to the operation frequency signal, so that the resonant circuit generates a resonance for generating a sine wave signal at an operation frequency; the resonant circuit is further configured to generate an electromagnetic wave from the sine wave signal, radiate the electromagnetic wave to an RFID tag, and trigger the RFID tag to return a tag identity signal, wherein an inductance value of the resonant circuit is set to a fixed value; the decoding identification circuit is configured to identify RFID tag information according to the tag identity signal returned by the RFID tag; characterized in that the RFID tag information reading apparatus further comprises a direct current, DC, release circuit, wherein the DC release circuit is connected with the resonant circuit; the DC release circuit is configured to release a DC component of the resonant circuit through a loop. a signal management circuit, a resonant circuit and a decoding identification circuit; wherein the signal management circuit is connected with the resonant circuit, and the resonant circuit is connected with the decoding identification circuit; the signal management circuit is configured to output an operation frequency signal; the resonant circuit is configured to receive the operation frequency signal, adjust a capacitance value of the resonant circuit according to the operation frequency signal, so that the resonant circuit generates a resonance for generating a sine wave signal at an operation frequency; the resonant circuit is further configured to generate an electromagnetic wave from the sine wave signal, radiate the electromagnetic wave to an RFID tag, and trigger the RFID tag to return a tag identity signal, wherein an inductance value of the resonant circuit is set to a fixed value; the decoding identification circuit is configured to identify RFID tag information according to the tag identity signal returned by the RFID tag; characterized in that the RFID tag information reading apparatus further comprises a direct current, DC, release circuit, wherein the DC release circuit is connected with the resonant circuit; the DC release circuit is configured to release a DC component of the resonant circuit through a loop.
A headset system for use with a telephone system, the headset system comprising a headset and a base unit, the base unit being configured to connect to a telephone system and comprising a transceiver configured to communicate wirelessly with the headset, a processor configured to receive mode information, a control unit for controlling the processor to operate according to the received mode information, and an electronic hook switch adapter allowing for communication of data between the base unit and the headset relating to audio and voice, the headset comprising a transceiver configured to communicate wirelessly with the base unit and connected to a headset control unit configured to control a speaker transducer, a microphone transducer and a signal processor configured to process audio signals, the headset control unit further being configured to receive user input via a headset user interface and to control the signal processor to operate the headset in accordance with user input, wherein the received mode information comprises a call center mode information in which mode the base unit transceiver is controlled to maintain a wireless audio link with the headset transceiver upon receiving a hook-off signal, and to discontinue the wireless audio link upon receiving an end-of session signal, and wherein the user input includes end-of-call information, the headset control unit further being configured to provide the end-of-call information to the base unit while maintaining the wireless audio link.
A freestanding, portable, folding and interconnectable architectonic module which can horizontally and vertically extend, configured from a plurality of freestanding basic modules, characterized in that: each basic module comprises axially symmetric parts of cover, wall and floor and a pivoting hinge forming an axial rotation axis between said cover and wall; wherein the wall comprises: a top beam and a bottom beam, each formed by respective axially symmetric parts, which are articulated by respective top and bottom pivoting hinges; and columns formed by vertical segments and pivoting hinges located at the top and bottom part thereof which allow articulation with adjacent basic modules; wherein floor comprises two axially symmetric parts (9a, 9b) coupled through a pivoting hinge which holds them together; wherein first floor part is arranged such that it can temporarily locate in a space which is to be used by a second floor part of an adjacent basic module in its final position. each basic module comprises axially symmetric parts of cover, wall and floor and a pivoting hinge forming an axial rotation axis between said cover and wall; wherein the wall comprises: a top beam and a bottom beam, each formed by respective axially symmetric parts, which are articulated by respective top and bottom pivoting hinges; and columns formed by vertical segments and pivoting hinges located at the top and bottom part thereof which allow articulation with adjacent basic modules; wherein floor comprises two axially symmetric parts (9a, 9b) coupled through a pivoting hinge which holds them together; wherein first floor part is arranged such that it can temporarily locate in a space which is to be used by a second floor part of an adjacent basic module in its final position.
A device comprising a first member adapted to attach to a second member: wherein the second member has an engagement portion receivable into a passage of the first member, the engagement portion being generally cylindrically shaped, the engagement portion having: a center axis, a first portion comprising a sloped first plane intersecting the center axis, the first plane sloping toward an outer surface of the second member at a first angle, relative to the center axis and intersecting the outer surface at a determinable first location; characterized by: a mechanism (152, 156) is provided to urge the second member into the first member, wherein the two members attach together to preclude free play in every direction. wherein the second member has an engagement portion receivable into a passage of the first member, the engagement portion being generally cylindrically shaped, the engagement portion having: a center axis, a first portion comprising a sloped first plane intersecting the center axis, the first plane sloping toward an outer surface of the second member at a first angle, relative to the center axis and intersecting the outer surface at a determinable first location; characterized by: a mechanism (152, 156) is provided to urge the second member into the first member, wherein the two members attach together to preclude free play in every direction. a center axis, a first portion comprising a sloped first plane intersecting the center axis, the first plane sloping toward an outer surface of the second member at a first angle, relative to the center axis and intersecting the outer surface at a determinable first location; characterized by: a mechanism (152, 156) is provided to urge the second member into the first member, wherein the two members attach together to preclude free play in every direction. a mechanism (152, 156) is provided to urge the second member into the first member, wherein the two members attach together to preclude free play in every direction.
A plasma device comprising: an inner electrode and an outer electrode coaxially disposed around said inner electrode, wherein at least one of said inner electrode and said outer electrode is formed from a metal alloy and includes a dielectric coating covering at least a portion thereof; characterised in that said dielectric coating includes a plurality of nanostructure pores treated to include one or more types of precursor feedstock disposed therein. an inner electrode and an outer electrode coaxially disposed around said inner electrode, wherein at least one of said inner electrode and said outer electrode is formed from a metal alloy and includes a dielectric coating covering at least a portion thereof; characterised in that said dielectric coating includes a plurality of nanostructure pores treated to include one or more types of precursor feedstock disposed therein.
A baler with a baler housing surrounding a bale chamber and with a pressing plate that is movable in the baler housing and which can be driven by hydraulic cylinders (5, 6, 7, 8) arranged in pairs on two opposite sides outside the bale chamber, characterized in that a hydraulic control device is provided, by means of which the hydraulic cylinders (5, 6, 7, 8) of each pair of cylinders (5 and 6, 7 and 8) can each be controlled either selectively individually or jointly, depending on the press pressure.
A use of an agent for priming silicon surfaces, namely vulcanized silicone joints on windows, doors, in the glazing area and sanitary areas, characterized in that, the agent is an emulsion including at least the following components: - a catalyst configured to vulcanize rubber mixes, - an organic solvent or thinner, - a fine particle solid material configured as a thickener and adhesion enhancer - a varnish paint forming a carrier substance. - a catalyst configured to vulcanize rubber mixes, - an organic solvent or thinner, - a fine particle solid material configured as a thickener and adhesion enhancer - a varnish paint forming a carrier substance.
Room-air treatment system having a, preferably cube-shaped, basic module which has a first air-treatment unit and a control device for controlling the first air-treatment unit; at least one, in particular cube-shaped, second air-treatment unit; and coupling elements (13, 15) for coupling the basic module, in particular the first air-treatment unit, to the at least one second air-treatment unit, wherein the control device is configured to control both the first air-treatment unit and the at least one second air-treatment unit; characterised in that the coupling elements (13, 15) are symmetrically designed, in order to be able to arrange the individual air-treatment units (4, 8), when these are arranged above one another, so as to be twisted relative to one another about their longitudinal axis, and to be able to vary the alignment of the individual air-treatment units (4, 8). at least one, in particular cube-shaped, second air-treatment unit; and coupling elements (13, 15) for coupling the basic module, in particular the first air-treatment unit, to the at least one second air-treatment unit, wherein the control device is configured to control both the first air-treatment unit and the at least one second air-treatment unit; characterised in that the coupling elements (13, 15) are symmetrically designed, in order to be able to arrange the individual air-treatment units (4, 8), when these are arranged above one another, so as to be twisted relative to one another about their longitudinal axis, and to be able to vary the alignment of the individual air-treatment units (4, 8).
An aqueous coating composition comprising: particles comprising an inorganic core, a surface on the outside of the core, an agent comprising a hydrophobic moiety adhering to the surface, and an agent comprising a hydrophilic moiety adhering to the surface, wherein the inorganic core includes a metal oxide particle; and a film forming polymer composition comprising a polymer and water, wherein the polymer is selected from the group consisting of polyurethane, polyacrylate, polyurethane-polyacrylate, epoxide, polyacrylate-epoxide, and combinations thereof; wherein the particles are mixed with the polymer composition. particles comprising an inorganic core, a surface on the outside of the core, an agent comprising a hydrophobic moiety adhering to the surface, and an agent comprising a hydrophilic moiety adhering to the surface, wherein the inorganic core includes a metal oxide particle; and an inorganic core, a surface on the outside of the core, an agent comprising a hydrophobic moiety adhering to the surface, and an agent comprising a hydrophilic moiety adhering to the surface, wherein the inorganic core includes a metal oxide particle; and a film forming polymer composition comprising a polymer and water, wherein the polymer is selected from the group consisting of polyurethane, polyacrylate, polyurethane-polyacrylate, epoxide, polyacrylate-epoxide, and combinations thereof; wherein the particles are mixed with the polymer composition.
Manually operated pump for a preferably cosmetic liquid, such as hair spray, particularly from an associated liquid container, wherein the pump has a first actuation element with a first actuation area and is constructed such that the first actuation area can be moved manually in a first direction of actuation to actuate the pump, wherein the pump has a second, swivel-mounted actuation element with a second actuation area separated from the first actuation area, and wherein a pump element of the pump can selectively be depressed manually and linearly via the first actuation area or actuated manually via a lever mechanism by swiveling of the second actuation element, characterized in that the first actuation element is guided through the second actuation element.
A system for mounting fuel injectors to a gas turbine engine, the system comprising an engine casing having a plurality of apertures (3a, 3b) formed therein, and a plurality of first and second fuel injectors (5a,5b), each fuel injector (5a,5b) having a respective flange (7a,7b) for mounting the fuel injector (5a,5b) to the casing at a respective aperture (3a,3b) so that the fuel injector (5a,5b) extends into the engine, characterised in that the first fuel injectors have flanges which are dismountably sealed to an inner side of the casing, and the second fuel injectors having flanges which are dismountably sealed to an outer side of the casing wherein the flanges of the first fuel injectors are configured to allow them to pass through the apertures of the second fuel injectors so that a first fuel injector can be dismounted from the casing and withdrawn therefrom through the aperture of a dismounted second fuel injector.
A process for the hydrogenation of an iso-alpha-acid to a hexahydro-iso-alpha-acid comprising the steps of (i) contacting or mixing an iso-alpha-acid containing feed with a heterogeneous ruthenium containing catalyst, wherein said heterogeneous ruthenium containing catalyst catalyzes the hydrogenation of the iso-alpha-acid to the hexahydro-iso-alpha-acid and (ii) holding the reaction medium or mixture under an atmosphere comprising hydrogen to conduct the hydrogenation reaction.
An outlet conduit (120, 320, 420, 520, 620, 720, 820, 920, 1020, 1120) for a housing of a rotating air/oil separator element, the outlet conduit comprising: an outlet conduit first portion (122, 422, 822, 1022, 1122) having an outlet conduit inlet (321, 421, 521, 621, 721, 821, 921, 1021, 1121) configured to be fluidly coupled to a housing outlet defined tangentially in a sidewall of the housing such that the outlet conduit first portion is axially aligned with the housing outlet, the outlet conduit first portion being configured to receive fluid expelled from the housing outlet; an outlet conduit second portion (124, 424, 824, 924, 1024, 1124) positioned downstream of the outlet conduit first portion, the outlet conduit second portion being perpendicular to the outlet conduit first portion; and a swirl breaking structure positioned in the outlet conduit second portion, the swirl breaking structure configured to disrupt swirling flow of the fluid into the outlet conduit so as to reduce a pressure drop experienced by the fluid as the fluid flows from the housing into the outlet conduit wherein the swirl breaking structure comprises a baffle (126, 226, 426, 926, 1026, 1126), the baffle comprising a plate positioned in the outlet conduit second portion and extending in a first direction along an outlet conduit second portion longitudinal axis from a first end of the outlet conduit second portion proximate to the outlet conduit first portion, towards an outlet conduit outlet (127, 927, 1027, 1127) to define a baffle height (h), the baffle height being less than or equal to a height of the outlet conduit second portion. an outlet conduit first portion (122, 422, 822, 1022, 1122) having an outlet conduit inlet (321, 421, 521, 621, 721, 821, 921, 1021, 1121) configured to be fluidly coupled to a housing outlet defined tangentially in a sidewall of the housing such that the outlet conduit first portion is axially aligned with the housing outlet, the outlet conduit first portion being configured to receive fluid expelled from the housing outlet; an outlet conduit second portion (124, 424, 824, 924, 1024, 1124) positioned downstream of the outlet conduit first portion, the outlet conduit second portion being perpendicular to the outlet conduit first portion; and a swirl breaking structure positioned in the outlet conduit second portion, the swirl breaking structure configured to disrupt swirling flow of the fluid into the outlet conduit so as to reduce a pressure drop experienced by the fluid as the fluid flows from the housing into the outlet conduit wherein the swirl breaking structure comprises a baffle (126, 226, 426, 926, 1026, 1126), the baffle comprising a plate positioned in the outlet conduit second portion and extending in a first direction along an outlet conduit second portion longitudinal axis from a first end of the outlet conduit second portion proximate to the outlet conduit first portion, towards an outlet conduit outlet (127, 927, 1027, 1127) to define a baffle height (h), the baffle height being less than or equal to a height of the outlet conduit second portion.
A method for producing a helical, electrically conducting body, in which first a helical pattern (3, 8) is produced as a lost mold made of a pattern material that can be liquefied or evaporated under the action of heat, and thereafter is covered with a preferably electrically insulating layer (4, 5) and embedded in foundry sand, thereafter a metallic casting material being poured into the lost mold, displacing the pattern material, and bonding with the insulating layer, and the cast body being removed, together with the insulating layer (4, 5) adhering thereto, from the foundry sand, the casting material and the material of the insulating layer being matched to one another such that the insulating material adheres to the cast part, and the insulating layer being provided with a composition that qualifies it for the later use as the insulating layer of the helical, electrically conducting body.
A support member configured for use in a machine room of an elevator system, comprising: a base including a car end and a counterweight end, the counterweight end being arranged substantially parallel to a wall of the machine room; an idler sheave having a plurality of grooves mounted to the base in an orientation generally parallel to the car end, the idler sheave being configured to rotate about a first axis of rotation; and characterized by: the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end, each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation parallel to the first axis of rotation and about a third axis of rotation, the third axis of rotation being substantially vertical. a base including a car end and a counterweight end, the counterweight end being arranged substantially parallel to a wall of the machine room; an idler sheave having a plurality of grooves mounted to the base in an orientation generally parallel to the car end, the idler sheave being configured to rotate about a first axis of rotation; and characterized by: the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end, each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation parallel to the first axis of rotation and about a third axis of rotation, the third axis of rotation being substantially vertical. the counterweight end being arranged at an angle relative to the car end; and a plurality of individual sheaves mounted to the base in a staggered configuration substantially complementary to the angle of the counterweight end relative to the car end such that a distance between the idler sheave and each of the plurality of individual sheaves gradually increases from a first side of the counterweight end to a second, opposite side of the counterweight end, each of the plurality of individual sheaves being configured to rotate about a second, substantially horizontal axis of rotation parallel to the first axis of rotation and about a third axis of rotation, the third axis of rotation being substantially vertical.