mhurhangee/ep-ind-claims huggingface dataset:
An attachment for an electronic communications device including a conducting element that is coated on one side with layers (42, 44, 46; 48, 50, 52) of dielectric material and securely affixed to a non-conducting substrate such that the overall dimensions and thickness of the attachment are sufficiently small that it may be attached to a surface of an electronic communications device whilst allowing the use of a protective casing preferred by the user, characterised in that the dielectric material is a composition including, as a major proportion of the composition, Al 2 O 3, SiO 2 and Ag 2 O.
An end cover of an anti-clamping device for an apron board, comprising: a body; and a coupling member formed on at least a part of the body, which cooperates with at least a part of the anti-clamping device to form a detachable connection between the body and the anti-clamping device, wherein, the size from a first end of the body to a second end of the body is gradually reduced so as to form a smooth transition between the apron board and the anti-clamping device; and characterized in that the body is made of a transparent material or a translucent material, and one or multiple LED lighting lamp(s) is provided in the interior of the body. a body; and a coupling member formed on at least a part of the body, which cooperates with at least a part of the anti-clamping device to form a detachable connection between the body and the anti-clamping device, wherein, the size from a first end of the body to a second end of the body is gradually reduced so as to form a smooth transition between the apron board and the anti-clamping device; and characterized in that the body is made of a transparent material or a translucent material, and one or multiple LED lighting lamp(s) is provided in the interior of the body.
A process for building tyres for vehicle wheels, comprising: - arranging a carcass sleeve including at least one carcass ply on a shaping drum comprising two half-drums and two supports, each support being operatively associated with one of the half-drums and carrying a plurality of turning-up levers having free ends positioned close to the respective half-drum, wherein the carcass sleeve disposed on the half-drums covers at least said free ends; - arranging two annular anchoring structures around the carcass sleeve; - locking each of the two supports relative to the respective half-drum by interposing only stiff mechanical elements in mutual contact between said support and the respective half-drum; - setting a threaded shaft in rotation for giving a toroidal conformation to the carcass sleeve; - unlocking each of said two supports from the respective half-drum; - setting said threaded shaft in rotation for lifting the free ends of said turning-up levers until turning up the end flaps of the carcass sleeve around the annular anchoring structures. - arranging a carcass sleeve including at least one carcass ply on a shaping drum comprising two half-drums and two supports, each support being operatively associated with one of the half-drums and carrying a plurality of turning-up levers having free ends positioned close to the respective half-drum, wherein the carcass sleeve disposed on the half-drums covers at least said free ends; - arranging two annular anchoring structures around the carcass sleeve; - locking each of the two supports relative to the respective half-drum by interposing only stiff mechanical elements in mutual contact between said support and the respective half-drum; - setting a threaded shaft in rotation for giving a toroidal conformation to the carcass sleeve; - unlocking each of said two supports from the respective half-drum; - setting said threaded shaft in rotation for lifting the free ends of said turning-up levers until turning up the end flaps of the carcass sleeve around the annular anchoring structures.
A system for monitoring living beings, the system comprising: - a monitoring device comprising a microphone for registering sound and a communication unit arranged for communicating via an IP connection, - a user device, provided with a first software program for rendering sound which is registered by the microphone of the monitoring device and transmitted via the IP connection, - a server arranged for communicating with the user device via a further IP connection, wherein the server is provided with a second software program for periodically initiating, through the first software program in the user device, a protocol for testing the IP connection between the monitoring device and the user device. - a monitoring device comprising a microphone for registering sound and a communication unit arranged for communicating via an IP connection, - a user device, provided with a first software program for rendering sound which is registered by the microphone of the monitoring device and transmitted via the IP connection, - a server arranged for communicating with the user device via a further IP connection,
A synthetically modified fullerene for use in treating an inflammatory disease, wherein the synthetically modified fullerene has the formula Z m -F-Y n wherein the synthetically modified fullerene is selected from the group consisting of: C 70 -ALM (compound 5): C 70 -tetraglycolic acid (compound 7): C 70 -tetrainositol (Compound 10): C 70 -TEG acid (compound 12): C 70 -glutathione (compound 13): and phenylpropionic acid-triazole-mixed malonateamide-C 70 -TEG-COOH (compound 19): and combinations thereof. C 70 -ALM (compound 5): C 70 -tetraglycolic acid (compound 7): C 70 -tetrainositol (Compound 10): C 70 -TEG acid (compound 12): C 70 -glutathione (compound 13):
A building panel adapted to be mounted at a ceiling or wall of a room so that a framework of the building panel has a room-facing side and a building-facing side, wherein the framework includes a peripheral frame formed by frame profile members (13, 14), wherein a textile is extended over the room-facing side of the framework between the frame profile members (13, 14), and wherein each edge of the textile is attached to a corresponding frame profile member by means of a spring-biased tensioning mechanism (6, 7), characterised in that the peripheral frame is composed by two opposed curved frame profile members and by two opposed straight frame profile members so that the extended textile forms a curved surface (10, 11), in that each curved frame profile member is provided with a first spring-biased tensioning mechanism for tensioning the textile and each straight frame profile member is provided with a second spring-biased tensioning mechanism for tensioning the textile, and in that the first spring-biased tensioning mechanisms are of such a different mechanical construction than the second spring-biased tensioning mechanisms that each first spring-biased tensioning mechanism in the tensioned state of the textile provides a first tensioning force per unit edge length of the textile and each second spring-biased tensioning mechanism is adapted to provide a second maximum tensioning force per unit edge length of the textile, the first tensioning force per unit edge length of the textile being greater than the second maximum tensioning force per unit edge length of the textile.
Method for the activation of defence mechanisms in plants comprising the steps of: mixing vegetable oil and ozone to provide ozonized oil, wherei the obtained oil comprises ozone in a quantity ranging from 1% to 10% of the total weight; mixing said ozonized oil with water to provide ozonized oil in water in a quantity ranging from 1% to 15% of the total weight, and an emulsifier in a quantity ranging from 5% to 10% of the total weight to provide a compound; spraying said compound to said plants. mixing vegetable oil and ozone to provide ozonized oil, wherei the obtained oil comprises ozone in a quantity ranging from 1% to 10% of the total weight; mixing said ozonized oil with water to provide ozonized oil in water in a quantity ranging from 1% to 15% of the total weight, and an emulsifier in a quantity ranging from 5% to 10% of the total weight to provide a compound; spraying said compound to said plants.
A method of using a capsule device, configured for turning on the capsule device having only a one-dimensional acceleration sensor before it is placed inside a patient's GI track, the one-dimensional sensor having one axis parallel to a length direction of the capsule device, characterized by the method comprising positioning the capsule device in a first direction in a first orientation, moving the capsule device up and down, wherein the first direction is a direction in which the length direction of the capsule device is positioned vertically with two ends of the capsule device pointing up and down respectively, and the first direction is perpendicular to a shipment direction of the capsule device which is coincide with horizontal direction; placing the capsule device in the first direction to a second orientation opposite to the first orientation, moving the capsule device up and down; and turning on the capsule device according to an acceleration data of the one-dimensional acceleration sensor, created by a capsule movement pattern combined by a first orientation movement and a second orientation movement of the capsule device. configured for turning on the capsule device having only a one-dimensional acceleration sensor before it is placed inside a patient's GI track, the one-dimensional sensor having one axis parallel to a length direction of the capsule device, characterized by the method comprising positioning the capsule device in a first direction in a first orientation, moving the capsule device up and down, wherein the first direction is a direction in which the length direction of the capsule device is positioned vertically with two ends of the capsule device pointing up and down respectively, and the first direction is perpendicular to a shipment direction of the capsule device which is coincide with horizontal direction; placing the capsule device in the first direction to a second orientation opposite to the first orientation, moving the capsule device up and down; and turning on the capsule device according to an acceleration data of the one-dimensional acceleration sensor, created by a capsule movement pattern combined by a first orientation movement and a second orientation movement of the capsule device.
Expanded polylactic acid resin beads, wherein: the expanded bead is composed of a core layer that is in an expanded state and contains a crystalline polylactic acid resin, and a coating layer that coats the core layer and contains a mixed resin of an amorphous polylactic acid resin and a crystalline polyolefin resin, and the content of the crystalline polyolefin resin in the coating layer is 3% by weight or more and less than 50% by weight, wherein said amorphous polylactic acid resin has a calorific value of 5 J/g or less when being measured according to JIS K 7122, and wherein the melting point of the crystalline polyolefin resin of the coating layer is 100°C to 130°C when being measured according to JIS K 7121. the expanded bead is composed of a core layer that is in an expanded state and contains a crystalline polylactic acid resin, and a coating layer that coats the core layer and contains a mixed resin of an amorphous polylactic acid resin and a crystalline polyolefin resin, and the content of the crystalline polyolefin resin in the coating layer is 3% by weight or more and less than 50% by weight, wherein said amorphous polylactic acid resin has a calorific value of 5 J/g or less when being measured according to JIS K 7122, and wherein the melting point of the crystalline polyolefin resin of the coating layer is 100°C to 130°C when being measured according to JIS K 7121.
An end cap assembly for a cleaning apparatus including an agitator, said end cap assembly comprising: a stationary end cap, said stationary end cap configured to be secured to a housing of said cleaning apparatus such that said stationary end cap is stationary with respect to said housing; and a rotating end cap separate from said agitator, said rotating end cap is configured to be coupled to a first end of said agitator and configured to rotate relative to said housing such that rotation of said agitator results in rotation of said rotating end cap relative to said stationary end cap, wherein said stationary end cap, wherein hair migrates off of said agitator and into a gap between said stationary end cap and said rotating end cap; and at least one fragmentor disposed at least partially within said gap radially inward of an outer periphery of said rotating end cap, said at least one fragmentor configured to break debris which enters into said gap into smaller pieces. a stationary end cap, said stationary end cap configured to be secured to a housing of said cleaning apparatus such that said stationary end cap is stationary with respect to said housing; and a rotating end cap separate from said agitator, said rotating end cap is configured to be coupled to a first end of said agitator and configured to rotate relative to said housing such that rotation of said agitator results in rotation of said rotating end cap relative to said stationary end cap, wherein said stationary end cap, wherein hair migrates off of said agitator and into a gap between said stationary end cap and said rotating end cap; and at least one fragmentor disposed at least partially within said gap radially inward of an outer periphery of said rotating end cap, said at least one fragmentor configured to break debris which enters into said gap into smaller pieces.
A method of producing ethanol from syngas comprising: providing syngas; converting the syngas in the presence of a catalyst to produce a mixture comprising methanol and carbon monoxide and hydrogen; producing a mixture comprising methyl acetate, hydrogen, methanol, acetic acid, and water, by reacting the methanol, carbon monoxide and hydrogen in the presence of a promoter and a metal catalyst comprising a metal selected from the group consisting of iridium, iron, cobalt, nickel, rhodium, ruthenium, palladium, osmium, and platinum, and the promoter; separating the mixture comprising methyl acetate, hydrogen, methanol, acetic acid and water to produce a mixture of methyl acetate and methanol and a fraction selected from the group consisting of a hydrogen fraction, a promoter fraction, an acetic acid fraction, and a water fraction; and producing a mixture comprising ethanol by reacting the methyl acetate and methanol mixture with hydrogen in the presence of a hydrogenation catalyst. providing syngas; converting the syngas in the presence of a catalyst to produce a mixture comprising methanol and carbon monoxide and hydrogen; producing a mixture comprising methyl acetate, hydrogen, methanol, acetic acid, and water, by reacting the methanol, carbon monoxide and hydrogen in the presence of a promoter and a metal catalyst comprising a metal selected from the group consisting of iridium, iron, cobalt, nickel, rhodium, ruthenium, palladium, osmium, and platinum, and the promoter; separating the mixture comprising methyl acetate, hydrogen, methanol, acetic acid and water to produce a mixture of methyl acetate and methanol and a fraction selected from the group consisting of a hydrogen fraction, a promoter fraction, an acetic acid fraction, and a water fraction; and producing a mixture comprising ethanol by reacting the methyl acetate and methanol mixture with hydrogen in the presence of a hydrogenation catalyst.
An anvil assembly for a surgical stapling instrument, comprising: a tissue-penetrating tip member including a tissue-penetrating tip portion and an anvil shaft attached thereto; a plurality of anvil plates movably coupled together and to the tissue penetrating tip member for selective movement between a collapsed orientation and an expanded orientation wherein said plurality of anvil plates form at least a portion of a substantially planar anvil plate assembly when in said expanded orientation; and an anvil expansion member movably supported on the anvil shaft relative to said plurality of anvil plates and being selectively movable between a first unactuated position to a second position wherein said anvil expansion member moves said plurality of anvil plates to said expanded orientation; and wherein said anvil expansion member is supported for axial travel along the anvil shaft relative to said plurality of anvil plates such that when said anvil expansion member is moved from said first position to said second position, said anvil plates move radially outward from said collapsed orientation to said expanded orientation; and characterised in that said anvil expansion member has at least two anvil plate sections that form a portion of said substantially planar anvil plate assembly when said anvil plates are in said expanded orientation and said anvil expansion member is in said second position. a tissue-penetrating tip member including a tissue-penetrating tip portion and an anvil shaft attached thereto; a plurality of anvil plates movably coupled together and to the tissue penetrating tip member for selective movement between a collapsed orientation and an expanded orientation wherein said plurality of anvil plates form at least a portion of a substantially planar anvil plate assembly when in said expanded orientation; and an anvil expansion member movably supported on the anvil shaft relative to said plurality of anvil plates and being selectively movable between a first unactuated position to a second position wherein said anvil expansion member moves said plurality of anvil plates to said expanded orientation; and wherein said anvil expansion member is supported for axial travel along the anvil shaft relative to said plurality of anvil plates such that when said anvil expansion member is moved from said first position to said second position, said anvil plates move radially outward from said collapsed orientation to said expanded orientation; and characterised in that said anvil expansion member has at least two anvil plate sections that form a portion of said substantially planar anvil plate assembly when said anvil plates are in said expanded orientation and said anvil expansion member is in said second position.
Filter element adapted to separate a dispersed fluid phase from a continuous phase of a gas mixture, the filter element comprising - a horizontal axis, a vertical axis and a depth axis perpendicularly to the each other, - a coalescing filter medium being folded in a sinusoidal or zigzagged manner forming at least one fold having a length and a depth, and - at least one corrugated separator comprising sinusoidal or zigzag-shaped corrugations located in between adjacent longitudinal surfaces (74, 76) of the fold, wherein the heights of the corrugations extend perpendicularly to the length of the fold and wherein each corrugation comprises a corrugation depth axis extending across the depth of the fold, characterized in, that - the corrugation depth axis is disposed at an angle offset to the horizontal axis as well as offset to the vertical axis as well as offset to the depth axis and - the longitudinal surfaces (74, 76) of the fold extend along the horizontal axis of the filter element from an inflow side of the filter element to an outflow side of the filter element. - a horizontal axis, a vertical axis and a depth axis perpendicularly to the each other, - a coalescing filter medium being folded in a sinusoidal or zigzagged manner forming at least one fold having a length and a depth, and - at least one corrugated separator comprising sinusoidal or zigzag-shaped corrugations located in between adjacent longitudinal surfaces (74, 76) of the fold, wherein the heights of the corrugations extend perpendicularly to the length of the fold and wherein each corrugation comprises a corrugation depth axis extending across the depth of the fold, characterized in, that - the corrugation depth axis is disposed at an angle offset to the horizontal axis as well as offset to the vertical axis as well as offset to the depth axis and - the longitudinal surfaces (74, 76) of the fold extend along the horizontal axis of the filter element from an inflow side of the filter element to an outflow side of the filter element.
A method of coagulating a fluoropolymer latex comprising: providing an amorphous fluoropolymer latex; providing unmodified inorganic nanoparticles; contacting the amorphous fluoropolymer latex with a sufficient amount of unmodified inorganic nanoparticles to coagulate the amorphous fluoropolymer latex. providing an amorphous fluoropolymer latex; providing unmodified inorganic nanoparticles; contacting the amorphous fluoropolymer latex with a sufficient amount of unmodified inorganic nanoparticles to coagulate the amorphous fluoropolymer latex.
A method for parallel communication with legacy wireless local area network, WLAN, stations, the method being implemented by a wireless device, the method comprising: beginning a parallel transmission to a plurality of legacy WLAN stations, STA1-STA4; transmitting a set of transmissions comprising a plurality of transmissions to the plurality of legacy WLAN stations in parallel, the transmitting comprising sending (304, 404) a plurality of medium access control protocol data units, MPDUs, to the plurality of legacy WLAN stations, one MPDU for each legacy WLAN station; and ending the parallel transmission to the plurality of legacy WLAN stations once the longest transmission of the set of transmissions has completed; the method further comprising including, in each MPDU, instructions comprising an ACK policy to the plurality of WLAN stations that indicates a response method that avoids a collision of legacy WLAN station immediate acknowledgement responses or avoids disturbing the parallel transmission, wherein the parallel transmission is one of spatial division multiple access, SDMA or orthogonal frequency division multiple access, OFDMA. beginning a parallel transmission to a plurality of legacy WLAN stations, STA1-STA4; transmitting a set of transmissions comprising a plurality of transmissions to the plurality of legacy WLAN stations in parallel, the transmitting comprising sending (304, 404) a plurality of medium access control protocol data units, MPDUs, to the plurality of legacy WLAN stations, one MPDU for each legacy WLAN station; and ending the parallel transmission to the plurality of legacy WLAN stations once the longest transmission of the set of transmissions has completed; the method further comprising including, in each MPDU, instructions comprising an ACK policy to the plurality of WLAN stations that indicates a response method that avoids a collision of legacy WLAN station immediate acknowledgement responses or avoids disturbing the parallel transmission, wherein the parallel transmission is one of spatial division multiple access, SDMA or orthogonal frequency division multiple access, OFDMA.