mhurhangee/ep-ind-claims huggingface dataset:
A disconnector, particularly for photovoltaic applications, comprising a stack of modular contact boxes (2a-2l) which is surmounted by a snap-action switch box, each modular contact box (2a-2l) comprising an accommodation body, each accommodation body having a central seat which accommodates a rotary contact and two peripheral seats, each one of which accommodates a connection portion of a respective fixed contact which can be accessed from the outside of said modular contact box (2a-21), said rotary contact being rotatable with respect to said accommodation body about a central axis of said central seat in order to engage/disengage with respect to the fixed contacts, each rotary contact comprising a central hole, characterized in that: - the snap-action switch box comprises a driven indexing element which is rotatably associated with a spindle loading support so as to be able to rotate with respect to said spindle loading support about the central axis, said snap-action switch box further comprising a spring connected between said spindle loading support and said driven indexing element in order to load them elastically with respect to each other following a mutual rotation about the central axis, the spring being a torsion spring with arms that protrude transversely with respect to the turns of the spring, the arms defining two ends (64a, 64b) of the spring which are angularly and axially spaced apart from each other; and - the disconnector comprises a single actuation rod which passes through all the modular contact boxes (2a-2l) coaxially to the central axis and is fixed in rotation to all the rotary contacts. - the snap-action switch box comprises a driven indexing element which is rotatably associated with a spindle loading support so as to be able to rotate with respect to said spindle loading support about the central axis, said snap-action switch box further comprising a spring connected between said spindle loading support and said driven indexing element in order to load them elastically with respect to each other following a mutual rotation about the central axis, the spring being a torsion spring with arms that protrude transversely with respect to the turns of the spring, the arms defining two ends (64a, 64b) of the spring which are angularly and axially spaced apart from each other; and - the disconnector comprises a single actuation rod which passes through all the modular contact boxes (2a-2l) coaxially to the central axis and is fixed in rotation to all the rotary contacts.
An injection molding machine, comprising: a platen main body portion; a pair of link attachment portions which protrudes from the platen main body portion and each includes a top portion to which a link of a toggle mechanism is attached; a transmission portion which overlaps a straight line which connects the pair of link attachment portions to each other when viewed in a mold opening and closing direction, and transmits forces in opposite directions acting on the pair of link attachment portions when a mold is clamped to a portion between the pair of link attachment portions; wherein a pair of frame formation portions which are disposed in a state where the pair of link attachment portions is interposed therebetween, and form a frame along with the pair of link attachment portions, wherein the transmission portion is suspended at the pair of frame formation portions. a platen main body portion; a pair of link attachment portions which protrudes from the platen main body portion and each includes a top portion to which a link of a toggle mechanism is attached; a transmission portion which overlaps a straight line which connects the pair of link attachment portions to each other when viewed in a mold opening and closing direction, and transmits forces in opposite directions acting on the pair of link attachment portions when a mold is clamped to a portion between the pair of link attachment portions; wherein a pair of frame formation portions which are disposed in a state where the pair of link attachment portions is interposed therebetween, and form a frame along with the pair of link attachment portions, wherein the transmission portion is suspended at the pair of frame formation portions.
Biomass composition comprising insect particles, a vegetable biomass, and a liquid such as water at an amount of 0,5% - 70% based on the weight of the biomass composition, wherein the insect particles are selected from particulate larvae and wherein the insect particles have an average particle size of between 3 mm and 40 mm, wherein the average particle size is determined with ASTM C136/C136M-14 Standard Test Method for Sieve Analysis.
Roof panel, comprising - a base plate; - a top plate; - a thermally insulating layer between the base plate and the top plate, forming a layered structure; and - a translucent top sheet; wherein an opening extending through the top plate and the base plate provides a window portion, the translucent top sheet closing the opening at the top plate; characterized in that - the translucent top sheet extends in at least one direction beyond the opening over the top plate, thus defining an overlap region, and in that - in the overlap region, the translucent top sheet is spaced apart from the top plate to form at least one moisture outlet channel. - a base plate; - a top plate; - a thermally insulating layer between the base plate and the top plate, forming a layered structure; and - a translucent top sheet; - the translucent top sheet extends in at least one direction beyond the opening over the top plate, thus defining an overlap region, and in that - in the overlap region, the translucent top sheet is spaced apart from the top plate to form at least one moisture outlet channel.
A method (200, 300) performed by a device, wherein the device is in communication with a cluster of devices, the method (200, 300) comprising: selecting candidate cluster-heads from the cluster of devices; determining a primary cluster-head for serving the cluster of devices, from the candidate cluster-heads; and determining a secondary cluster-head from the candidate cluster-heads based on the primary cluster-head, the secondary cluster-head serving the cluster of devices as a supplementary of the primary cluster-head, wherein determining the secondary cluster-head comprises: obtaining operating information including operating protocols of the candidate cluster-heads other than the primary cluster-head, wherein the operating protocols are Media Access Control protocols; and determining the secondary cluster-head based on the operating information. selecting candidate cluster-heads from the cluster of devices; determining a primary cluster-head for serving the cluster of devices, from the candidate cluster-heads; and determining a secondary cluster-head from the candidate cluster-heads based on the primary cluster-head, the secondary cluster-head serving the cluster of devices as a supplementary of the primary cluster-head, wherein determining the secondary cluster-head comprises: obtaining operating information including operating protocols of the candidate cluster-heads other than the primary cluster-head, wherein the operating protocols are Media Access Control protocols; and determining the secondary cluster-head based on the operating information. obtaining operating information including operating protocols of the candidate cluster-heads other than the primary cluster-head, wherein the operating protocols are Media Access Control protocols; and determining the secondary cluster-head based on the operating information.
A system for creating and communicating to a user a wellbore property-height profile for a horizontal or slant wellbore, such system comprising a processor programmed, based upon an input log of permeability for a plurality of cell locations and an input log of cell height at said cell locations: to define a 3-dimensional grid for a reservoir containing the horizontal or slant wellbore, the grid having cells with a defined length, width, and vertical height; to create a plurality of vertical pseudo-wells (24a-f), each said pseudo-well having a plurality of vertically stacked cells that intersect a trajectory of the horizontal or slant wellbore such that all of the cells of the defined grid which intersect the trajectory are used to create the vertical pseudo-wells (24a-24f); to calculate a property thickness value at each said cell location, starting with a lowermost cell and continuing upwardly with consecutive cells in each vertical pseudo-well (24a-24f), wherein said property thickness value is calculated as the product of the property value times cell height, and create a current cell profile; and to create a log of property height profiles for consecutive pseudo-wells (24a-24f), thereby producing a property-height profile for the horizontal or slant wellbore. to define a 3-dimensional grid for a reservoir containing the horizontal or slant wellbore, the grid having cells with a defined length, width, and vertical height; to create a plurality of vertical pseudo-wells (24a-f), each said pseudo-well having a plurality of vertically stacked cells that intersect a trajectory of the horizontal or slant wellbore such that all of the cells of the defined grid which intersect the trajectory are used to create the vertical pseudo-wells (24a-24f); to calculate a property thickness value at each said cell location, starting with a lowermost cell and continuing upwardly with consecutive cells in each vertical pseudo-well (24a-24f), wherein said property thickness value is calculated as the product of the property value times cell height, and create a current cell profile; and to create a log of property height profiles for consecutive pseudo-wells (24a-24f), thereby producing a property-height profile for the horizontal or slant wellbore.
A method comprising: oxidizing a chromium-treated support to form a polymerization catalyst; contacting the polymerization catalyst with carbon monoxide to form a reduced polymerization catalyst; contacting the reduced polymerization catalyst with hydrogen to form an activated polymerization catalyst; and contacting the activated polymerization catalyst in the absence of a cocatalyst with ethylene in a reaction zone under suitable reaction conditions to form a random copolymer wherein a comonomer is produced in situ.
A method for producing a zinc hyaluronate comprising dispersing a hyaluronic acid and/or salt thereof having an average molecular weight of 2,000 to 100,000 in a water-containing medium comprising zinc acetate at 15 to 60 °C at a pH of 3 to 9 for 10 minutes to 6 hours, wherein the average molecular weight is determined according to the method described in the description, wherein the amount of the source hyaluronic acid and/or salt thereof in the water-containing medium is 5 to 500 mg/ml, wherein the amount of the zinc acetate per volume of the water-containing medium is 5 to 500 mg/ml, wherein the used amount of the zinc acetate for one part of the hyaluronic acid and/or salt thereof is 0.05 to 20 parts, wherein an average particle diameter, as measured by laser diffraction measurement, of the hyaluronic acid and/or salt thereof to be dispersed in the water-containing medium is 50 to 500 micrometers, wherein a water content in the water-containing medium is 20 to 55 vol %, and wherein a medium constituting the water-containing medium is at least one selected from ethanol, methanol and acetone. wherein the amount of the source hyaluronic acid and/or salt thereof in the water-containing medium is 5 to 500 mg/ml, wherein the amount of the zinc acetate per volume of the water-containing medium is 5 to 500 mg/ml, wherein the used amount of the zinc acetate for one part of the hyaluronic acid and/or salt thereof is 0.05 to 20 parts, wherein an average particle diameter, as measured by laser diffraction measurement, of the hyaluronic acid and/or salt thereof to be dispersed in the water-containing medium is 50 to 500 micrometers, wherein a water content in the water-containing medium is 20 to 55 vol %, and wherein a medium constituting the water-containing medium is at least one selected from ethanol, methanol and acetone.
A data check method, the method characterized by: obtaining a first counter value and a second counter value, wherein the first counter value is a value obtained by performing counting by user equipment, UE, during data transmission between the UE and a user plane function, UPF, entity, and the second counter value is a value obtained by performing counting by the UPF entity during the data transmission between the UE and the UPF entity; determining whether the first counter value matches the second counter value; and if the first counter value does not match the second counter value, sending a response message to a session management network element. obtaining a first counter value and a second counter value, wherein the first counter value is a value obtained by performing counting by user equipment, UE, during data transmission between the UE and a user plane function, UPF, entity, and the second counter value is a value obtained by performing counting by the UPF entity during the data transmission between the UE and the UPF entity; determining whether the first counter value matches the second counter value; and if the first counter value does not match the second counter value, sending a response message to a session management network element.
A method for establishing peer-to-peer communications in a wireless tree structured network having a plurality of nodes including a root node and at least one full functionality router node (222, 234, 252), comprising: sending a message from a source node to one of the root node or one of said full functionality router nodes of the plurality of nodes configured to store routes within the tree structured network, the message requesting path routing to a destination node; determining at one of said full functionality router nodes a communication path whereby determination is based on detailed information on one-hop and/or several hops routes stored on said full functionality router node; sending the determined path information to the source node; transmitting a message from the source node to the destination node using the path information; processing packets heard by the destination node, whereby the packets have been heard by the destination node, the packets are destined to the destination node and the packets have been broadcast from a node on the determined path; and announcing from the destination node that a shorter route may be set up for peer-to-peer communication between the source node and the destination node. sending a message from a source node to one of the root node or one of said full functionality router nodes of the plurality of nodes configured to store routes within the tree structured network, the message requesting path routing to a destination node; determining at one of said full functionality router nodes a communication path whereby determination is based on detailed information on one-hop and/or several hops routes stored on said full functionality router node; sending the determined path information to the source node; transmitting a message from the source node to the destination node using the path information; processing packets heard by the destination node, whereby the packets have been heard by the destination node, the packets are destined to the destination node and the packets have been broadcast from a node on the determined path; and announcing from the destination node that a shorter route may be set up for peer-to-peer communication between the source node and the destination node.
A fiber composite material W comprising: a polymer matrix in the form of a thermoplastic polymer composition A comprising: at least one copolymer C comprising monomers A-I and monomers A-II and optionally further monomers; optionally one or more dyes F; and optionally one or more assistants H; and fibers B whose surface displays functional groups B-I which form a covalent bond with said monomers A-I, but not with said monomers A-II, wherein the light transmission through said fiber composite material W is not less than 10% higher than with a comparable fiber composite material W where monomers A-II fully replace said monomers A-I, and wherein optionally the flexural strength of said fiber composite material W is not less than 20% higher than with a comparable fiber composite material W where monomers A-II fully replace said monomers A-I. a polymer matrix in the form of a thermoplastic polymer composition A comprising: at least one copolymer C comprising monomers A-I and monomers A-II and optionally further monomers; optionally one or more dyes F; and optionally one or more assistants H; and at least one copolymer C comprising monomers A-I and monomers A-II and optionally further monomers; optionally one or more dyes F; and optionally one or more assistants H; and fibers B whose surface displays functional groups B-I which form a covalent bond with said monomers A-I, but not with said monomers A-II,
A clip, for securing a portion of a long thin item such as a cable or pipe, comprising: a cradle portion for receiving a surface of an item to be secured, a fixing portion with at least one formation extending to be securable to a support, and a flexible member extending from a location at or adjacent an end of the cradle portion, the flexible member having a free end and formations at or near the free end to engage with other formations fixed in relation to the cradle portion such that the cradle portion and the flexible member define an enclosing loop, such that the flexible member may hold an item against the cradle, wherein an outward surface of the flexible member includes ribs, and wherein one or more of the ribs, when in association with said cradle, urges the formations of the flexible member into greater engagement in a socket of the cradle. a cradle portion for receiving a surface of an item to be secured, a fixing portion with at least one formation extending to be securable to a support, and a flexible member extending from a location at or adjacent an end of the cradle portion, the flexible member having a free end and formations at or near the free end to engage with other formations fixed in relation to the cradle portion such that the cradle portion and the flexible member define an enclosing loop, such that the flexible member may hold an item against the cradle, wherein an outward surface of the flexible member includes ribs, and wherein one or more of the ribs, when in association with said cradle, urges the formations of the flexible member into greater engagement in a socket of the cradle.
A grounding element for providing a ground terminal in a vehicle, comprising a sleeve having a generally conical shape formed by an electrically conducting material and an insert having a generally conical shape formed by a material being harder than the sleeve, wherein the insert has an outer surface adapted to lock into the sleeve, characterized in that the insert and the sleeve are arranged to cooperate with their respective radially decreasing and axially tapering extension, the extensions facing each other during assembly of the grounding element, with the extensions radially decreasing and axially tapering in opposite axial direction.
(Amended) A method for obtaining a genetically engineered plant, said method comprising exposing plant cells to a carrier-cargo complex comprising at least one polypeptide and/or polynucleotide cargo moiety linked to a cell penetrating peptide carrier selected from the group consisting of HIV-tat, pVEC, transportan, penetratin, Pep-1 and fragments thereof, to obtain transduced cells and propagating the plant cells to form a plant, wherein the plant cells are somatic cells pre-treated with toluene, gametophytic cells or embryos.
Heat exchanger comprising at least one line for a first fluid, which line can be integrated into a fluid circuit, and comprising at least one line for a second fluid, which line is arranged in heat-exchange connection with the first line for heat exchange of a first with a second fluid, and can be integrated into a further fluid circuit, wherein the heat exchanger comprises at least one electrically operable heating element which is arranged in heat-conducting connection with at least one of the at least one line for a second fluid, and the heat exchanger is designed and provided for integration into a circuit system in such a way that the line for the first fluid is to be integrated into the low-pressure region of a first fluid circuit comprising at least one compressor, a condenser/gas cooler and an expansion member for the first fluid circulating therein as refrigerant, and the line for the second fluid is to be integrated in a second fluid circuit comprising at least one fluid conveying device for the second fluid circulating therein as coolant, and at least one line for a first fluid is arranged coaxially in at least one line for a second fluid, characterised in that the at least one electrically operable heating element is arranged in heat-conducting connection on the outside on at least one line for a second fluid in which a line for a first fluid extends coaxially, and the at least one electrically operable heating element comprises a heating wire that is wound around the at least one line for a second fluid, or a heating film which rests, with its one surface, around the at least one line for a second fluid.
Motor vehicle comprising: a tailgate which can be pivoted about a vehicle transverse axis, a bumper which is connected to the tailgate, characterized by a crash box unit which is connected to a vehicle body of the motor vehicle and has at least two crash boxes (210, 250), the crash boxes (210, 250) having a deformation region and a clamping bracket which is connected to the deformation region and has a receiving region for receiving the bumper, and the crash boxes (210, 250) comprising a connecting means within the deformation region, which connecting means connects to the bumper in the case of a crash. a tailgate which can be pivoted about a vehicle transverse axis, a bumper which is connected to the tailgate, characterized by a crash box unit which is connected to a vehicle body of the motor vehicle and has at least two crash boxes (210, 250), the crash boxes (210, 250) having a deformation region and a clamping bracket which is connected to the deformation region and has a receiving region for receiving the bumper, and the crash boxes (210, 250) comprising a connecting means within the deformation region, which connecting means connects to the bumper in the case of a crash.
An overvoltage protection element with a housing, at least two electric conductors leading into the housing for electrical connection of the overvoltage protection element, wherein a surge arrester for limiting an overvoltage of the electric conductors and a pressure-sensitive switch for short-circuiting the electric conductors are arranged in the housing, characterised by a thermal switch, a spark gap and an ignition element, wherein the thermal switch is thermally connected to the surge arrester, and the thermal switch is embodied such that by switching of the thermal switch the spark gap can be ignited by the ignition element.
A foldable display device, with several panels (2, 3, 4) arranged in parallel to each other, which are movably connected with each other, wherein connection elements are arranged so that there is formed in total a leporello folding, characterised in that there is provided a housing device, which may be arranged lowered in the ground and is tightly closable upwards, and which may completely accommodate the displace device in the folded condition.