mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for growing invertebrates, said apparatus comprising a rotatable casing defining a chamber and at least one growing platform inside said casing, wherein inside the casing there is a group of first pipes having a pipe wall, which first pipes are configured to act as growing platforms providing growing spaces for the invertebrates, which pipe walls of the first pipes have first openings for feeding nutrient inside the first pipe through the first openings, characterized in that inside at least one first pipe there is a second pipe, which second pipe has a pipe wall, which second pipe is configured to act as growing space for the invertebrates.
A skirt material for use in a flashing for a roof penetrating structure and having a layered structure comprising an outer cover layer made from metal, a polymer-based inner cover layer and a polymer-based intermediate layer of an adhesive material adhering to both cover layers (21, 23), said outer cover layer being intended to face the exterior of a building in the mounted state of the flashing, wherein the intermediate layer adheres stronger to the inner cover layer than to the outer cover layer, characterized in that the outer cover layer is coated with a release agent on its inner side, such that it can easily be separated and recycled or disposed independently from the intermediate layer and the inner cover layer.
Catheter comprising a catheter body which extends from a proximal end to a distal end, along a longitudinal direction (X-X), - the catheter body comprising a core embedded inside an outer covering layer, which is flexible being a hollow tubular body which defines a lumen, - wherein the core comprises a plurality of pairs of ribs which extend inside said outer covering layer, wherein the ribs coupled in the same pairs extend from an attachment end, at which they connect to each other, to a free end, opposite the attachment end, wherein the line joining the attachment ends of the pairs of ribs defines a dorsal side of the catheter body, characterised in that - the free ends of the ribs coupled in the same pairs are separate from each other, identifying at least one discontinuity of said ribs, said discontinuity being positioned on a ventral side, opposite said dorsal side, - wherein, a first plane being defined perpendicular to the longitudinal element and passing through the attachment end of a rib, and a second plane being defined passing through the free end and through the attachment end of the same rib, said planes (P, Q) are inclined to each other so as to form an acute angle on the side of the proximal end or of the distal end. - the catheter body comprising a core embedded inside an outer covering layer, which is flexible being a hollow tubular body which defines a lumen, - wherein the core comprises a plurality of pairs of ribs which extend inside said outer covering layer, wherein the ribs coupled in the same pairs extend from an attachment end, at which they connect to each other, to a free end, opposite the attachment end, wherein the line joining the attachment ends of the pairs of ribs defines a dorsal side of the catheter body, - the free ends of the ribs coupled in the same pairs are separate from each other, identifying at least one discontinuity of said ribs, said discontinuity being positioned on a ventral side, opposite said dorsal side, - wherein, a first plane being defined perpendicular to the longitudinal element and passing through the attachment end of a rib, and a second plane being defined passing through the free end and through the attachment end of the same rib, said planes (P, Q) are inclined to each other so as to form an acute angle on the side of the proximal end or of the distal end.
Device (AB1, AB2, AB3, AB5) to be embedded in the pavement of a road for halting and/or preventing the traffic of motor vehicles in a opposite direction to the appropriated or allowed travelling direction especially in one-way roads accessing highways, the device (AB1, AB2, AB3, AB5) consisting of a adequate drained box to be embedded in the pavement of a roadway and of a bank of mechanisms (B1, B2, B3, B5), that it is mounted inside the box, inside said bank of mechanisms (B1, B2, B3, B5) being defined cells by several vertical walls (P1, P2, P3, P5,), and end walls (R1, R2, R3, R5 and T1, T2, T3, T5,), all said walls being arranged parallel to each other and joined together by screwed rods extending through the end walls (R and T), said walls extending in the same direction of the road axis, said vertical walls and said end walls (R and T) serving as support for the several common horizontal shafts (2, 3, 4, 5, etc.), and their tops serving as pavement of support for the vehicles tyres, characterized in that the driving mechanism (M1, M2, M3, M5) housed in each said cells is activated at least by a vehicle tyre transposing or attempting to transpose it in order to present an active obstacle to the movement of said vehicle travelling in a opposite direction to the appropriated or allowed travelling direction, in that its reposition is done by gravity action, assisted or not by elastic means and in that the said device (AB1, AB2, AB3, AB5) is imperceptible for a vehicle travelling in the appropriated travelling or allowed direction.
A method of aggregating downlink, DL, carriers across different frequency bands, the method comprising: aggregating a DL carrier of a first cell associated with a first frequency band with an uplink, UL, carrier of a second cell associated with a second frequency band, wherein the first cell includes an aggregated downlink carrier and an unused uplink carrier; providing cross-linking information associated with the DL carrier of the first frequency band aggregated with the UL carrier of the second frequency band to a plurality of user equipments; and communicating data with each of the plurality of user equipments using the aggregated DL carrier of the first frequency band and the UL carrier of the second frequency band; wherein the cross-linking information includes a frequency band indicator, frequency band information, an evolved universal terrestrial radio access absolute radio frequency channel number, EARFCN, and barred cell information, wherein the EARFCN has a value of an EARFCN channel number not being currently used by any frequency band and which is associated with the DL carrier and informs the user equipments that the UL frequency is not to be calculated. aggregating a DL carrier of a first cell associated with a first frequency band with an uplink, UL, carrier of a second cell associated with a second frequency band, wherein the first cell includes an aggregated downlink carrier and an unused uplink carrier; providing cross-linking information associated with the DL carrier of the first frequency band aggregated with the UL carrier of the second frequency band to a plurality of user equipments; and communicating data with each of the plurality of user equipments using the aggregated DL carrier of the first frequency band and the UL carrier of the second frequency band; wherein the cross-linking information includes a frequency band indicator, frequency band information, an evolved universal terrestrial radio access absolute radio frequency channel number, EARFCN, and barred cell information, wherein the EARFCN has a value of an EARFCN channel number not being currently used by any frequency band and which is associated with the DL carrier and informs the user equipments that the UL frequency is not to be calculated.
Aqueous emulsion comprising: - 25-70 wt% organic peroxide, based on the weight of the emulsion, - a cyclohexane dicarboxylate ester, and - water. - 25-70 wt% organic peroxide, based on the weight of the emulsion, - a cyclohexane dicarboxylate ester, and - water.
An uninterruptible power control method, comprising the steps of: reading a detection result from a motion sensor of an electronic device, wherein a primary battery module supplies power to the electronic device in a normal state; determining whether the detection result meets a motion condition; and turning on a power supply path of a secondary battery module of the electronic device when the detection result meets the motion condition, wherein the secondary battery module is built in the electronic device, characterized in that the secondary battery module is coupled in parallel with the primary battery module at the power input end via a switch module, and the turning on step builds the power supply path of the secondary battery module by turning on the switching module. reading a detection result from a motion sensor of an electronic device, wherein a primary battery module supplies power to the electronic device in a normal state; determining whether the detection result meets a motion condition; and turning on a power supply path of a secondary battery module of the electronic device when the detection result meets the motion condition, wherein the secondary battery module is built in the electronic device, characterized in that the secondary battery module is coupled in parallel with the primary battery module at the power input end via a switch module, and the turning on step builds the power supply path of the secondary battery module by turning on the switching module.
A pupil replication waveguide comprising: a slab of transparent material for propagating display light therein via total internal reflection; a diffraction grating (106, 400, 500, 600, 700, 900, 1200) supported by the slab and comprising a plurality of fringes formed by a twisted nematic liquid crystal material in a polymer substrate, wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order, wherein a greater portion of the display light is out-coupled into the blazed diffraction order, and a smaller portion of the display light is out-coupled into a non-blazed diffraction order, wherein the non-blazed diffraction order is an opposite diffraction order to the blazed diffraction order; wherein the TN LC material has an ordinary refractive index n O for light polarized perpendicular to molecules of the TN LC material, and an extraordinary refractive index n E for light polarized parallel to the molecules of the TN LC material, wherein a refractive index contrast for polarized display light impinging onto the diffraction grating has a refractive index contrast profile along a thickness direction of the diffraction grating; wherein a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby a portion of the impinging polarized display light out-coupled into the non-blazed diffraction order is lessened. a slab of transparent material for propagating display light therein via total internal reflection; a diffraction grating (106, 400, 500, 600, 700, 900, 1200) supported by the slab and comprising a plurality of fringes formed by a twisted nematic liquid crystal material in a polymer substrate, wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order, wherein a greater portion of the display light is out-coupled into the blazed diffraction order, and a smaller portion of the display light is out-coupled into a non-blazed diffraction order, wherein the non-blazed diffraction order is an opposite diffraction order to the blazed diffraction order; wherein the TN LC material has an ordinary refractive index n O for light polarized perpendicular to molecules of the TN LC material, and an extraordinary refractive index n E for light polarized parallel to the molecules of the TN LC material, wherein a refractive index contrast for polarized display light impinging onto the diffraction grating has a refractive index contrast profile along a thickness direction of the diffraction grating; wherein a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby a portion of the impinging polarized display light out-coupled into the non-blazed diffraction order is lessened.
A Multi-Link Relay Station (MLRS) for a communication system, adapted to provide a communication service through multiple communication paths including at least one of at least two backhaul links and at least two wireless direct links, wherein the MLRS comprises at least one backhaul interface unit and at least one Mobile Station interface unit, and the MLRS is configured to form multiple backhaul links by allowing at least two communication stations to share at least one backhaul interface unit, allowing at least two communication stations to use independent backhaul interface units, or allowing each of at least one communication station to use at least two backhaul interface units, wherein the MLRS is configured to perform resource management independently of at least one communication station connected through at least one backhaul link, wherein the MLRS is configured to form multiple backhaul links to the at least two communication stations by allocating resources to one set of communication stations such that the communication stations share at least one resource, by allocating resources to each of at least one other set of communication stations such that the communication stations share at least one other resource.
Load stand for storing and transporting goods, comprising a top part for supporting the goods by means of a support device for placing the load stand on a surface, a bottom part displaceably connected to the top part by means of a guide, the motion of the bottom part relative to the top part being limited by the guide preferably along a longitudinal direction of the load stand, and a displacing means enabling displacing the top part relative to the bottom part, characterized in that the displacing means comprises one or more sliding surfaces and/or rolling elements in the contact region between the top part and the bottom part.
A power supply device for an induction installation comprising an inverter supplying at least one inductor and said device comprising: - at least two power supply inputs, each of which can be connected to a different power source; - a single unique inverter configured to convert an input electric current originating from one of the at least two power sources into an output electric current; - means for switching from one power supply source to another, these switching means comprising control means which allow switching between at least two operating modes: a mode adapted for an AC voltage power supply source and a mode adapted for a DC voltage power supply source: wherein said control means comprise a module for maximum power point tracking, MPPT, of the inverter, said device being characterised in that the MPPT is communicating with a central processor, the central processor being configured to control said inverter by modifying its operating frequency by measuring the voltage and current at said inductor, when the device is switched to the operating mode adapted for a DC voltage power supply source, and wherein the maximum power point tracking module (MPPT) is a computer program configured for use by the central processor. - at least two power supply inputs, each of which can be connected to a different power source; - a single unique inverter configured to convert an input electric current originating from one of the at least two power sources into an output electric current; - means for switching from one power supply source to another, these switching means comprising control means which allow switching between at least two operating modes: a mode adapted for an AC voltage power supply source and a mode adapted for a DC voltage power supply source: wherein said control means comprise a module for maximum power point tracking, MPPT, of the inverter, said device being characterised in that the MPPT is communicating with a central processor, the central processor being configured to control said inverter by modifying its operating frequency by measuring the voltage and current at said inductor, when the device is switched to the operating mode adapted for a DC voltage power supply source, and wherein the maximum power point tracking module (MPPT) is a computer program configured for use by the central processor.
A construction element in the form of a sandwich-like structured insulation panel or façade panel, wherein the construction element comprises the following: - an insulating layer, in particular of a mineral insulating material or a petroleum-based insulating material; and - a first and a second cover plate (2, 3), each of a hard material relative to the material of the insulating layer, wherein the two cover plates (2, 3) are each in particular materially connected to one of two oppositely disposed outer sides of the insulating layer, preferably by bonding, and wherein the construction element further comprises a one-piece, in particular monolithic outer cover plate (4, 5) of glass or a glass-like material, wherein the outer cover plate (4, 5) is disposed entirely on the outer surface of the first or second cover plate (2, 3) and materially connected to the respective cover plate (2, 3), in particular by bonding, characterized in that the first and the second cover plate (2, 3) are each formed from metal or a metal sandwich. - an insulating layer, in particular of a mineral insulating material or a petroleum-based insulating material; and - a first and a second cover plate (2, 3), each of a hard material relative to the material of the insulating layer,
Composition comprising methanesulfonic acid for use in removing biofilm and necrotic or infected tissues from skin lesions and lesions of the oral cavity, in which the composition is removed after use.
A method for manufacturing a deposit containing thermoplastic resin and discontinuous carbon fibers, wherein a length of one side of the deposit is 300 mm or more, the method manufacturing the deposit through the following steps: Step 101: an examination step of non-destructively examining a basis weight of either an aggregate of the discontinuous carbon fibers or the deposit -hereinafter, referred to as an object to be examined 1, Step 201: a step of ascertaining weight unevenness of the object to be examined 1 based on examination results of the step 101, and Step 301: a step of adding the discontinuous carbon fibers to a position of the aggregate of the discontinuous carbon fibers where the basis weight is insufficient so as to reduce the weight unevenness, or a step of adding the aggregate of the discontinuous carbon fibers and/or the thermoplastic resin to a position of the deposit where the basis weight is insufficient so as to reduce the weight unevenness based on the weight unevenness of the step 201. Step 101: an examination step of non-destructively examining a basis weight of either an aggregate of the discontinuous carbon fibers or the deposit -hereinafter, referred to as an object to be examined 1, Step 201: a step of ascertaining weight unevenness of the object to be examined 1 based on examination results of the step 101, and Step 301: a step of adding the discontinuous carbon fibers to a position of the aggregate of the discontinuous carbon fibers where the basis weight is insufficient so as to reduce the weight unevenness, or a step of adding the aggregate of the discontinuous carbon fibers and/or the thermoplastic resin to a position of the deposit where the basis weight is insufficient so as to reduce the weight unevenness based on the weight unevenness of the step 201.
A moulded electrofusion fitting for connection to a plastics pipeline or spigot, comprising: a hollow body formed with a tubular opening that has a longitudinal axis and is adapted to receive an end of the pipeline/spigot inserted in the direction of said axis as a close sliding fit against an internal surface of the opening; an electrofusion element formed in the internal surface in the opening spaced from its end; fingers on the end of the opening circumferentially spaced around the opening and separated by slots between them; cam surfaces defined on the fingers; and a grip ring received on the fingers and including corresponding wedge elements adapted to fit said cam surfaces of the fingers, wherein, when a pipeline is inserted in the opening and the grip ring is rotated about said axis, said wedge and cam surfaces engage to press said fingers radially inwardly against the reaction of said grip ring whereby said pipe is gripped by said fingers, characterised in that a circumferential flange is formed around the fingers to retain said grip ring on the end thereof and wherein said grip ring is snapped over said flange to assemble the fitting, temporarily inwardly deflecting the fingers to permit such insertion. a hollow body formed with a tubular opening that has a longitudinal axis and is adapted to receive an end of the pipeline/spigot inserted in the direction of said axis as a close sliding fit against an internal surface of the opening; an electrofusion element formed in the internal surface in the opening spaced from its end; fingers on the end of the opening circumferentially spaced around the opening and separated by slots between them; cam surfaces defined on the fingers; and a grip ring received on the fingers and including corresponding wedge elements adapted to fit said cam surfaces of the fingers, wherein, when a pipeline is inserted in the opening and the grip ring is rotated about said axis, said wedge and cam surfaces engage to press said fingers radially inwardly against the reaction of said grip ring whereby said pipe is gripped by said fingers, characterised in that a circumferential flange is formed around the fingers to retain said grip ring on the end thereof and wherein said grip ring is snapped over said flange to assemble the fitting, temporarily inwardly deflecting the fingers to permit such insertion.