mhurhangee/ep-ind-claims huggingface dataset:
Dirt-separating filtering apparatus, in particular for filtering fluid of closed-circuit heating plants, comprising a hollow body provided with an inlet conduit, an outlet conduit, and a drain conduit, a first electrically controlled valve for opening or closing the inlet conduit and a second electrically controlled valve for opening or closing the drain conduit, a series of filtering elements inside the hollow body for filtering entering dirty fluid so as to obtain filtered exiting fluid, a series of brushes in contact with the filtering elements for brushing the filtering elements, electric motor means for making a reciprocal brushing movement between the brushes and the filtering elements, spraying means inside the hollow body supplied by washing fluid through a third electrically controlled valve for washing the filtering elements and the brushes, a programmable electronic control unit connected to the electric control valves (14,18,38) and to the electric motor means to command, control and switch the apparatus between a step of filtering and a step of cleaning the filtering elements, characterized in that magnetic means are provided fitted to the filtering elements to attract and retain on the filtering elements the ferrous particle in the fluid, wherein the magnetic means comprise a series of cases, fixed annularly along the surface of the filtering elements, inside each of which one or more permanent magnets are inserted removably.
A water-dispersible polyisocyanate, comprising as components (a) at least one diisocyanate or polyisocyanate, (b) at least one surfactant comprising an amine and a mixture of compounds based on the following formulae and:, in which R 1 and R 2 independently of one another are alkyl, cycloalkyl or aryl, it being possible for each of the stated radicals to be substituted by aryl, alkyl, aryloxy, alkyloxy, heteroatoms and/or heterocycles, said mixture of compounds of formulae and being characterised in that the molar ratio between compound, i.e. the monoester-type compound, and compound, i.e. the diester-type compound, is from 5:95 to 95:5, (c) at least one monofunctional polyalkylene glycol, (d) optionally at least one high molecular mass diol or polyol, (e) optionally at least one low molecular mass diol or polyol, and (f) at least one solvent which comprises (i) at least one carboxylic acid ester group and (ii) a hydrophilic-lipophilic balance value of 7,8 or less calculated by the following formula HLB = 20 ∗ (M h /M), wherein M h means mole weight of heteroatoms and M means mole weight of the molecule. (a) at least one diisocyanate or polyisocyanate, (b) at least one surfactant comprising an amine and a mixture of compounds based on the following formulae and:, in which R 1 and R 2 independently of one another are alkyl, cycloalkyl or aryl, it being possible for each of the stated radicals to be substituted by aryl, alkyl, aryloxy, alkyloxy, heteroatoms and/or heterocycles, said mixture of compounds of formulae and being characterised in that the molar ratio between compound, i.e. the monoester-type compound, and compound, i.e. the diester-type compound, is from 5:95 to 95:5, (c) at least one monofunctional polyalkylene glycol, (d) optionally at least one high molecular mass diol or polyol, (e) optionally at least one low molecular mass diol or polyol, and (f) at least one solvent which comprises (i) at least one carboxylic acid ester group and (ii) a hydrophilic-lipophilic balance value of 7,8 or less calculated by the following formula HLB = 20 ∗ (M h /M), wherein M h means mole weight of heteroatoms and M means mole weight of the molecule.
Self-scalable footwear comprising a bi-elastic material upper and a mono-elastic, a bi-material outsole in TR and a mounting insole, characterized in that the bi-elastic material of the upper is divided in three layers (8 and 9), the second layer being composed of a latex foam material with SBR (styrene butadiene rubber) with a thickness of 1.3 to 5 mm, preferably 2 mm, and specific gravity between 140 kg/m3 and 350 kg/m 3, preferably 270 kg/m 3.
Device for cooling a bus bar with: - at least one heat absorption element, - at least one heat transportation system, - at least one heat output element, wherein the heat absorption element rests in a form-fit manner on a bus bar and the heat output element rests in a form-fit manner on a heat sink, wherein the heat absorption element and the heat output element are aligned parallel to one another and wherein compression springs or contact elements arranged between the heat absorption element and the heat output element produce an additional contact force, wherein the heat absorption element is connected in a thermally conducting manner to the heat output element by way of the heat transportation system. - at least one heat absorption element, - at least one heat transportation system, - at least one heat output element, wherein the heat absorption element rests in a form-fit manner on a bus bar and the heat output element rests in a form-fit manner on a heat sink, wherein the heat absorption element and the heat output element are aligned parallel to one another and wherein compression springs or contact elements arranged between the heat absorption element and the heat output element produce an additional contact force, wherein the heat absorption element is connected in a thermally conducting manner to the heat output element by way of the heat transportation system.
A photocurable composition for stereolithographic three-dimensional printing, wherein the photocurable composition comprises a photoreactive oligomer component comprising a hydrophobic oligomer comprising a photoreactive end group, a photoreactive monomer component comprising a photoreactive monomer having a photoreactive end group, wherein the photoreactive monomer component comprises at least 50% by weight of a methacrylate-functional monomer, and a photoinitiation composition comprising a photoinitiator; the photocurable composition has a viscosity of 250 to 10,000 mPa·s (250 to 10,000 centipoise) at 22°C, determined using a Brookfield viscometer; and the photocured composition has a dielectric loss of less than 0.010, determined by split-post dielectric resonator testing at 10 gigahertz at 23°C. the photocurable composition comprises a photoreactive oligomer component comprising a hydrophobic oligomer comprising a photoreactive end group, a photoreactive monomer component comprising a photoreactive monomer having a photoreactive end group, wherein the photoreactive monomer component comprises at least 50% by weight of a methacrylate-functional monomer, and a photoinitiation composition comprising a photoinitiator; a photoreactive oligomer component comprising a hydrophobic oligomer comprising a photoreactive end group, a photoreactive monomer component comprising a photoreactive monomer having a photoreactive end group, wherein the photoreactive monomer component comprises at least 50% by weight of a methacrylate-functional monomer, and a photoinitiation composition comprising a photoinitiator; the photocurable composition has a viscosity of 250 to 10,000 mPa·s (250 to 10,000 centipoise) at 22°C, determined using a Brookfield viscometer; and the photocured composition has a dielectric loss of less than 0.010, determined by split-post dielectric resonator testing at 10 gigahertz at 23°C.
A drive element for an electrical connector, wherein the drive element has a gear wheel and a hub part forming a hub, wherein the hub part is held in a form-fitting manner in the gearwheel in an axial direction, wherein the gearwheel is part of a gear-wheel part, into which the hub part is inserted, and in that the hub part is held in a frictionally locking manner in the gear-wheel part in a circumferential direction, thereby forming a friction-based overload coupler between the gear wheel and the hub part, wherein the overload coupler has, for the axial form-fitting connection of the hub part and the gear-wheel part at least one radially projecting projection and a recess, complementary to the projection, in which the projection is received displaceably in the circumferential direction and fixed in the axial direction when the drive element is put together, characterised in that the recess extends continuously in the circumferential direction.
Deflector barrier (1; 60; 70) for smoke and heat vents (2; 67; 77), said smoke and heat vents comprising: - a fixed frame applied to the perimeter of an opening made in a wall of a building and communicating with the inside of one or more rooms; - a flap (4; 66; 76) provided with a movable sash (5; 68; 78) associated with said fixed frame via hinge means that define a rotation axis for opening and closing the flap (4; 66; 76); - operating means for the rotation of said flap (4; 66; 76) around said rotation axis; - means for coupling and releasing said movable sash (5; 68; 78) with/from said fixed frame, characterized in that said deflector barrier comprises: - a foil-shaped body (10; 64; 74) that can be associated with said movable sash (5; 68; 78) on the opposite side of said rotation axis; - actuator means (11; 61; 71) that can be associated with said movable sash (5; 68; 78) and are suited to arrange said foil-shaped body (10; 64; 74) in a position projecting from said movable sash (5; 68; 78) when said flap (4; 66; 76) is open; - constraining means that can be associated with said movable sash (5; 68; 78) and interact with said actuator means (11; 61; 71) when said flap (4; 66; 76) is closed, in order to retain said foil-shaped body (10; 64; 74) in a recessed position with respect to said movable sash (5; 68; 78). - a fixed frame applied to the perimeter of an opening made in a wall of a building and communicating with the inside of one or more rooms; - a flap (4; 66; 76) provided with a movable sash (5; 68; 78) associated with said fixed frame via hinge means that define a rotation axis for opening and closing the flap (4; 66; 76); - operating means for the rotation of said flap (4; 66; 76) around said rotation axis; - means for coupling and releasing said movable sash (5; 68; 78) with/from said fixed frame, - a foil-shaped body (10; 64; 74) that can be associated with said movable sash (5; 68; 78) on the opposite side of said rotation axis; - actuator means (11; 61; 71) that can be associated with said movable sash (5; 68; 78) and are suited to arrange said foil-shaped body (10; 64; 74) in a position projecting from said movable sash (5; 68; 78) when said flap (4; 66; 76) is open; - constraining means that can be associated with said movable sash (5; 68; 78) and interact with said actuator means (11; 61; 71) when said flap (4; 66; 76) is closed, in order to retain said foil-shaped body (10; 64; 74) in a recessed position with respect to said movable sash (5; 68; 78).
DNA aptamers represented by SEQ ID Nos. 6 to 9 capable of binding the protein gelsolin represented by SEQ ID No. 1 or its variants represented by SEQ ID No. 2 and 3.
A lawn care device comprising: an articulated frame comprising a front frame portion to which front wheels are operably coupled and a rear frame portion to which rear wheels are operably coupled, the front and rear frame portions being operably coupled by an articulated joint; a cutting deck housing at least one blade, the cutting deck being mounted forward of the front wheels to the front frame portion; a collection container for collecting material from the cutting deck, a chute operably coupling the cutting deck and the collection container to pass the material from the cutting deck to the collection container, characterized in that the collection container being affixed to the front frame portion and suspended over the rear wheels such that the rear frame portion is rotatable about the articulated joint without corresponding rotation of the collection container. an articulated frame comprising a front frame portion to which front wheels are operably coupled and a rear frame portion to which rear wheels are operably coupled, the front and rear frame portions being operably coupled by an articulated joint; a cutting deck housing at least one blade, the cutting deck being mounted forward of the front wheels to the front frame portion; a collection container for collecting material from the cutting deck, a chute operably coupling the cutting deck and the collection container to pass the material from the cutting deck to the collection container, characterized in that the collection container being affixed to the front frame portion and suspended over the rear wheels such that the rear frame portion is rotatable about the articulated joint without corresponding rotation of the collection container.
A composition comprising a combination of a component and a component in respective proportions to provide a synergistic effect against fouling organisms, whereby component is ferric benzoate, and component is tralopyril; with the proviso that said composition is essentially free of cuprous oxide.
An ex vivo method of diagnosing a solid tumor or a pre-malignant lesion associated with a solid tumor, the method comprising determining in a peripheral blood cell sample a level of anchored CD24 expressed on peripheral blood cells of a subject in need thereof, wherein said level of CD24 above a predetermined threshold is indicative of the cancer or the pre-malignant lesion.
An abrasion detecting apparatus configured to detect an abrasion of a component of a cutter head of a tunnel boring machine configured to excavate a ground using a cutter to bore a tunnel, the abrasion detecting apparatus comprising: an abrasion detection probe including at a front end portion thereof an abrasion detecting portion which abrades away by contact with the ground to be excavated, the abrasion detection probe located rearward of a front end of the cutter by a first distance (w) and located forward or rearward of a front end of a component, whose abrasion needs to be detected, of the cutter head by a second distance; (u,v) and a detecting device configured to detect an abrasion of the abrasion detecting portion, wherein the abrasion detection probe is provided on a rotational trajectory of the component whose abrasion loss is detected. an abrasion detection probe including at a front end portion thereof an abrasion detecting portion which abrades away by contact with the ground to be excavated, the abrasion detection probe located rearward of a front end of the cutter by a first distance (w) and located forward or rearward of a front end of a component, whose abrasion needs to be detected, of the cutter head by a second distance; (u,v) and a detecting device configured to detect an abrasion of the abrasion detecting portion, wherein the abrasion detection probe is provided on a rotational trajectory of the component whose abrasion loss is detected.
Tubular connector connectable to structural elements (5, 7), said structural elements (5, 7) being respectively a wooden beam and a concrete slab mutually cooperating by transferring a shearing flow at an interface between the two elements (5, 7), said tubular connector being made integral with one of the structural elements (5, 7) by means of a tubular slot without using resins or other adhesives, characterised in that said tubular connector is made of steel and is delimited at its base by a cutting toothed crown for operating as a cutting tool for carving a circular ring-type seat and on the head by a fastening slot for fixing the connector to the spindle of an electrical screw driver or a drill.
A network device service quality detection method, comprising: obtaining, by a controller, an expected template of a service flow, wherein the expected template comprises a flow identifier of the service flow, a forwarding path of the service flow, and a packet feature that should be presented by the service flow on each network device on the forwarding path; instructing, by the controller according to the expected template, a first network device on the forwarding path to generate a first detection packet, and instructing, according to the expected template, the first network device to forward the first detection packet along the forwarding path; instructing, by the controller according to the expected template, a second network device on the forwarding path to capture a second detection packet, wherein the second detection packet is a packet that is obtained after forwarding processing is performed on the first detection packet and that reaches the second network device, and the second detection packet has at least one packet feature that should be presented by the service flow on the second network device and that is described in the expected template; and determining, by the controller, service quality of a network device between the first network device and the second network device on the forwarding path according to whether the second network device can capture the second detection packet and whether the second detection packet has all packet features that should be presented by the service flow on the second network device and that are described in the expected template. obtaining, by a controller, an expected template of a service flow, wherein the expected template comprises a flow identifier of the service flow, a forwarding path of the service flow, and a packet feature that should be presented by the service flow on each network device on the forwarding path; instructing, by the controller according to the expected template, a first network device on the forwarding path to generate a first detection packet, and instructing, according to the expected template, the first network device to forward the first detection packet along the forwarding path; instructing, by the controller according to the expected template, a second network device on the forwarding path to capture a second detection packet, wherein the second detection packet is a packet that is obtained after forwarding processing is performed on the first detection packet and that reaches the second network device, and the second detection packet has at least one packet feature that should be presented by the service flow on the second network device and that is described in the expected template; and determining, by the controller, service quality of a network device between the first network device and the second network device on the forwarding path according to whether the second network device can capture the second detection packet and whether the second detection packet has all packet features that should be presented by the service flow on the second network device and that are described in the expected template.
Electrical converter for the operation of intermateable converter components, having - a first electronic module with electronic components, - a module frame for mechanically receiving and grouping electronic modules, - an enclosure chassis and - an enclosure lid, wherein - at least one of the electronic components is a wide-bandgap GaN or InGaN power semiconductor switch and the at least one power semiconductor switch can be operated with a blocking voltage of at least 400 V, with a switching current of at least 7 A and with a clock frequency of at least 40 kHz, - the first electronic module is mechanically mated with the module frame by means of connecting elements, - once intermated with the module frame, the first electronic module is mechanically mated and latched by means of further connecting elements to the enclosure chassis via latch elements of the enclosure chassis or to the enclosure lid via latch elements of the enclosure lid and - the module frame is formed from a non-metallic material and metal is vapor-deposited onto the non-metallic material or is formed completely from a non-metallic material. - a first electronic module with electronic components, - a module frame for mechanically receiving and grouping electronic modules, - an enclosure chassis and - an enclosure lid, wherein - at least one of the electronic components is a wide-bandgap GaN or InGaN power semiconductor switch and the at least one power semiconductor switch can be operated with a blocking voltage of at least 400 V, with a switching current of at least 7 A and with a clock frequency of at least 40 kHz, - the first electronic module is mechanically mated with the module frame by means of connecting elements, - once intermated with the module frame, the first electronic module is mechanically mated and latched by means of further connecting elements to the enclosure chassis via latch elements of the enclosure chassis or to the enclosure lid via latch elements of the enclosure lid and - the module frame is formed from a non-metallic material and metal is vapor-deposited onto the non-metallic material or is formed completely from a non-metallic material.
An apparatus for forming a trailing edge of a wind turbine blade having first and second shells (40, 42), the first and second shells defining a gap therebetween, comprising: a first mold component adapted to form the first or second shell; and a positioning device having an engaging element configured to securely support a trailing edge component to be coupled to the first and second shells to thereby close said gap, said engaging element being coupled to said first mold component, said apparatus further comprising: a second mold component adapted to form the other of the first or second shells and coupled to said first mold component, said first and second mold components having a closed position in which the first and second shells are closed over one another to define a generally closed profile of the wind turbine blade, wherein said first and second mold components (62, 64) are pivotally coupled to one another. a first mold component adapted to form the first or second shell; and a positioning device having an engaging element configured to securely support a trailing edge component to be coupled to the first and second shells to thereby close said gap, said engaging element being coupled to said first mold component, said apparatus further comprising: a second mold component adapted to form the other of the first or second shells and coupled to said first mold component, said first and second mold components having a closed position in which the first and second shells are closed over one another to define a generally closed profile of the wind turbine blade, wherein said first and second mold components (62, 64) are pivotally coupled to one another.
A channel state information report transmission method, comprising: determining, by a terminal device (10, 1200), N channel state information reports; and sending, by the terminal device (10, 1200) to a network device (20, 1300), M of the N channel state information reports based on priorities of the N channel state information reports, wherein the terminal device (10, 1200) supports at least two different block error rates, BLERs, wherein each channel state information report corresponds to one supported BLER, wherein both N and M are positive integers greater than or equal to 1, and M is less than or equal to N; and a priority of a channel state information report in the N channel state information reports is determined based on the priority of the corresponding BLER. determining, by a terminal device (10, 1200), N channel state information reports; and sending, by the terminal device (10, 1200) to a network device (20, 1300), M of the N channel state information reports based on priorities of the N channel state information reports, wherein the terminal device (10, 1200) supports at least two different block error rates, BLERs, wherein each channel state information report corresponds to one supported BLER, wherein both N and M are positive integers greater than or equal to 1, and M is less than or equal to N; and a priority of a channel state information report in the N channel state information reports is determined based on the priority of the corresponding BLER.