mhurhangee/ep-ind-claims huggingface dataset:
An electric connection especially an electric plug contact comprising - a contact area for producing an electrically conducting connection, - a sealing area for producing a sealing-tight connection to a casing which at least partly surrounds the electric connection, wherein the electric connection in the sealing area has, at least in places, a smaller cross-section than in the contact area, wherein a sealing part is provided in the sealing area and surrounds the sealing area at least partly in the longitudinal direction and completely in the peripheral direction, characterised by a protective part which is positively or non-positively connected to the sealing part and completely surrounds the sealing part in the peripheral direction. - a contact area for producing an electrically conducting connection, - a sealing area for producing a sealing-tight connection to a casing which at least partly surrounds the electric connection, wherein the electric connection in the sealing area has, at least in places, a smaller cross-section than in the contact area, wherein a sealing part is provided in the sealing area and surrounds the sealing area at least partly in the longitudinal direction and completely in the peripheral direction,
An apparatus for securing tissue layers together comprising: a distal implant comprising a tubular distal body having a first locking element and a plurality of distal legs which may be resiliently deformed to a diametrically-reduced delivery configuration in which the distal implant can be contained within a delivery tube to be passed through at least two tissue layers, the legs being diametrically self-expandable when released from a delivery tube to a deployed configuration in which the legs extend radially of the distal body, the legs being defined by a plurality of longitudinally extending slits formed partially along the tubular distal body; and a tubular proximal implant, separate from but connectible to the distal implant, the proximal implant comprising a proximal tubular body having a second locking element and a plurality of proximal legs that may be resiliently deformed to a diametrically-reduced delivery configuration and are diametrically self-expandable to a deployed configuration in which the legs extend radially of the proximal tubular body; characterized by one of the distal implant and the proximal implant being receivable within the other to connect the first locking element and the second locking element, thereby locking the distal implant and the proximal implant together whereby tissue layers can be engaged between the proximal and distal legs, the deployed legs and the first and second locking elements being configured and positioned so that, when the implants are locked together, the legs of the proximal implant are interdigitated with the legs of the distal implant. a distal implant comprising a tubular distal body having a first locking element and a plurality of distal legs which may be resiliently deformed to a diametrically-reduced delivery configuration in which the distal implant can be contained within a delivery tube to be passed through at least two tissue layers, the legs being diametrically self-expandable when released from a delivery tube to a deployed configuration in which the legs extend radially of the distal body, the legs being defined by a plurality of longitudinally extending slits formed partially along the tubular distal body; and a tubular proximal implant, separate from but connectible to the distal implant, the proximal implant comprising a proximal tubular body having a second locking element and a plurality of proximal legs that may be resiliently deformed to a diametrically-reduced delivery configuration and are diametrically self-expandable to a deployed configuration in which the legs extend radially of the proximal tubular body; characterized by one of the distal implant and the proximal implant being receivable within the other to connect the first locking element and the second locking element, thereby locking the distal implant and the proximal implant together whereby tissue layers can be engaged between the proximal and distal legs, the deployed legs and the first and second locking elements being configured and positioned so that, when the implants are locked together, the legs of the proximal implant are interdigitated with the legs of the distal implant.
A weatherable, flame-resistant thermoplastic vulcanizate composition comprising: i. a thermoplastic matrix; and ii. dispersed within said matrix, an at least partially cured rubber wherein the rubber is cured to an extent where less than 5% by weight of the rubber is extractable by cyclohexane at 23°C, a flame retardant, and carbon black. i. a thermoplastic matrix; and ii. dispersed within said matrix, an at least partially cured rubber wherein the rubber is cured to an extent where less than 5% by weight of the rubber is extractable by cyclohexane at 23°C, a flame retardant, and carbon black.
A forming press, the forming press comprising: a. a stationary bed adapted to be fixed to a floor, b. a mechanical press including a programmable slidable ram adapted to receive an upper forming die, the slidable ram mounted on slide guides for guided reciprocal vertical movement between a start point which exists in the vicinity of a top dead centre of the slidable ram and a forming point which exists in the vicinity of a bottom dead centre of the slidable ram, said slidable ram is adapted to be substantially held at the forming point, c. a servo motor for controlling the reciprocal vertical motion of the slidable ram between the start point and the forming point, d. a hydraulically controlled bolster, and e. a brake, characterized in that said hydraulically controlled bolster is programmable, coupled to the stationary bed and supported by more than one hydraulic cylinders connected to the stationary bed, the hydraulically controlled bolster is adapted to receive a bottom forming die which is adapted to substantially receive a substantially heated blank to be formed into a part, each of the more than one hydraulic cylinders is configured to control pressure power applied to the hydraulically controlled bolster from the stationary bed for hydraulically urging the upper and bottom forming dies (23, 24) for sufficient time and under sufficient pressure to quench the heated part; and said brake is adapted to control the speed of the ram or hold the ram, wherein the slidable ram is further adapted to be substantially held at the forming point during quenching of the heated blank with the brake. a. a stationary bed adapted to be fixed to a floor, b. a mechanical press including a programmable slidable ram adapted to receive an upper forming die, the slidable ram mounted on slide guides for guided reciprocal vertical movement between a start point which exists in the vicinity of a top dead centre of the slidable ram and a forming point which exists in the vicinity of a bottom dead centre of the slidable ram, said slidable ram is adapted to be substantially held at the forming point, c. a servo motor for controlling the reciprocal vertical motion of the slidable ram between the start point and the forming point, d. a hydraulically controlled bolster, and e. a brake,
A composition consisting essentially of an extract of each of the following aromatic plants: aromatic plants of the Lamiaceae family, aromatic plants of the Asteraceae family, and aromatic plants of the Poaceae family, and eventually aromatic plants of the Fabaceae family said composition consisting of a mixture of a lemon balm extract, a thyme extract, a rosemary extract, a wormwood extract and a lemongrass extract. aromatic plants of the Lamiaceae family, aromatic plants of the Asteraceae family, and aromatic plants of the Poaceae family, and eventually aromatic plants of the Fabaceae family
A disinfection system comprising: a plurality of light towers, wherein each light tower is independently placeable relative the other light towers of said plurality of light towers, and wherein each of said plurality of light towers includes a communications module, included in a cap assembly (300, 301) or a base assembly (220, 221) of said light tower, and configured to communicate with a cart (100, 101) and the other of said plurality of light towers (200, 201); said cart in data communication with the plurality of light towers; wherein said cart is capable of remotely controlling activation and deactivation of said light towers; and a safety device, in at least one of the plurality of light towers, including a motion detector configured to sense movement in a room and configured to shut off power automatically to all of said plurality light towers if a person enters the room, a UV light source in each of said plurality of light towers, said UV light source including a variable output transformer configured to control output power of the UV light source, and a fluency sensor, in the base (220, 221) of the at least one of said plurality of light towers, configured to monitor power output of said UV light source and to ensure power output above a threshold. a plurality of light towers, wherein each light tower is independently placeable relative the other light towers of said plurality of light towers, and wherein each of said plurality of light towers includes a communications module, included in a cap assembly (300, 301) or a base assembly (220, 221) of said light tower, and configured to communicate with a cart (100, 101) and the other of said plurality of light towers (200, 201); said cart in data communication with the plurality of light towers; wherein said cart is capable of remotely controlling activation and deactivation of said light towers; and a safety device, in at least one of the plurality of light towers, including a motion detector configured to sense movement in a room and configured to shut off power automatically to all of said plurality light towers if a person enters the room, a UV light source in each of said plurality of light towers, said UV light source including a variable output transformer configured to control output power of the UV light source, and a fluency sensor, in the base (220, 221) of the at least one of said plurality of light towers, configured to monitor power output of said UV light source and to ensure power output above a threshold.
A method for determining discrepancy in air-flow of a combustion system comprising a process heater having one or more burners, the method comprising: sensing current oxygen level within a housing of the process heater; calculating a delta between the sensed current oxygen level and an expected oxygen level; comparing the delta to a predetermined threshold; and outputting a remediation action in response to the delta breaching the predetermined threshold; characterised in that the method further comprises: when the delta indicates unwanted excess air-flow: determining an amount of the unwanted excess air-flow in terms of leakage area within the housing based on the geometry of the housing, and an identified draft within the housing. sensing current oxygen level within a housing of the process heater; calculating a delta between the sensed current oxygen level and an expected oxygen level; comparing the delta to a predetermined threshold; and outputting a remediation action in response to the delta breaching the predetermined threshold; characterised in that the method further comprises: when the delta indicates unwanted excess air-flow: determining an amount of the unwanted excess air-flow in terms of leakage area within the housing based on the geometry of the housing, and an identified draft within the housing. determining an amount of the unwanted excess air-flow in terms of leakage area within the housing based on the geometry of the housing, and an identified draft within the housing.
A base station comprising: a radio communication unit (82, 85) configured to wirelessly communicate with a mobile apparatus capable of communicating in both a first mobile communication system and a second mobile communication system; and a network communication unit (83, 84) configured to communicate with a switching station in the first mobile communication system, characterised in that, if a line setup instruction signal is received at the network communication unit from the switching station after initial access to the switching station by the mobile apparatus from the first mobile communication system, the radio communication unit is configured to use mobile apparatus capability information in the first mobile communication system included in the line setup instruction signal, and, upon transmission of a line setup response signal to the switching station, to request and receive mobile apparatus capability information in the second mobile communication system from the mobile apparatus. a radio communication unit (82, 85) configured to wirelessly communicate with a mobile apparatus capable of communicating in both a first mobile communication system and a second mobile communication system; and a network communication unit (83, 84) configured to communicate with a switching station in the first mobile communication system, characterised in that, if a line setup instruction signal is received at the network communication unit from the switching station after initial access to the switching station by the mobile apparatus from the first mobile communication system, the radio communication unit is configured to use mobile apparatus capability information in the first mobile communication system included in the line setup instruction signal, and, upon transmission of a line setup response signal to the switching station, to request and receive mobile apparatus capability information in the second mobile communication system from the mobile apparatus.
A multilayered wound coil including a flat rectangular conductor made of a single coil wire and wound in a plurality of layers, n layers, wherein the flat rectangular conductor is wound from an outer layer toward an inner layer in a first row, from the inner layer toward the outer layer in a second row, and from the outer layer toward the inner layer in a third row, the number of layers in a coil end on a lead side is n+1 or more, the coil includes: a first bridging portion (10C1) formed in an innermost layer in the coil end on the lead side to connect the first row and the second row, and a second bridging portion (10C2) formed in an outermost layer in the coil end on the lead side to connect the second row and the third row. a first bridging portion (10C1) formed in an innermost layer in the coil end on the lead side to connect the first row and the second row, and a second bridging portion (10C2) formed in an outermost layer in the coil end on the lead side to connect the second row and the third row.
A data processing apparatus comprising: processing circuitry for processing data; an instruction decoder responsive to program instructions to generate control signals for controlling said processing circuitry to perform said data processing; said instruction decoder being responsive to an address calculating instruction having an instruction size to generate control signals for controlling said processing circuitry to perform an address calculating operation for calculating a partial address result from a non-fixed reference address and a partial offset value and store the partial address result in a register, wherein the partial address result specifies an upper portion of a full address specifying a memory location of an information entity, and said partial offset value has a bit-width greater than or equal to said instruction size and is encoded within at least one partial offset field of said address calculating instruction, the at least one partial offset field having a bit-width less than said instruction size; and said instruction decoder is configured to generate, in response to at least one supplementary instruction comprising a register specifier of said register storing said partial address result, control signals for controlling said processing circuitry to calculate the full address from said partial address result by adding the partial address result to a supplementary offset value provided by said at least one supplementary instruction, the supplementary offset value specifying a lower portion of the full address. processing circuitry for processing data; an instruction decoder responsive to program instructions to generate control signals for controlling said processing circuitry to perform said data processing; said instruction decoder being responsive to an address calculating instruction having an instruction size to generate control signals for controlling said processing circuitry to perform an address calculating operation for calculating a partial address result from a non-fixed reference address and a partial offset value and store the partial address result in a register, wherein the partial address result specifies an upper portion of a full address specifying a memory location of an information entity, and said partial offset value has a bit-width greater than or equal to said instruction size and is encoded within at least one partial offset field of said address calculating instruction, the at least one partial offset field having a bit-width less than said instruction size; and said instruction decoder is configured to generate, in response to at least one supplementary instruction comprising a register specifier of said register storing said partial address result, control signals for controlling said processing circuitry to calculate the full address from said partial address result by adding the partial address result to a supplementary offset value provided by said at least one supplementary instruction, the supplementary offset value specifying a lower portion of the full address.
A rubber composition for a sidewall, comprising 2 to 15 parts by mass of a wet processed silica having a BET specific surface area of 70 to 250 m 2 /g, and 40 to 62 parts by mass of a carbon black having a BET specific surface area of 37 to 125 m 2 /g based on 100 parts by mass of a diene rubber component, wherein the rubber composition comprises i) a phenylenediamine antioxidant and/or a quinone antioxidant and ii) 2,2,4-trimethyl-1,2-dihydroquinoline polymer as a quinoline antioxidant, does not contain a silane coupling agent, and has a volume resistivity of not more than 1×10 8 Ω·cm.
A Ziegler-Natta catalyst for olefin polymerisation in the form of solidified particles, said particles having a spherical shape, a predetermined particles size distribution in an average size range of 1 to 500 μm and a surface area of less than 20 m 2 /g as measured by the BET method, wherein the catalytically active sites are distributed throughout the particles, said particles being obtainable by a process comprising the steps of (a) contacting at least one compound of group 1 to 3 of the Periodic Table (IUPAC) with at least one compound selected from (i) transition metal compound of group 4 to 10 of the periodic table (IUPAC), or (ii) a compound of an actinide or lanthanide to form a reaction product; (b) preparing an emulsion from the reaction product of a) and a liquid medium in which emulsion the product of a) forms the droplets of the dispersed phase; and (c) solidifying the droplets of the dispersed phase to form the solidified particles, and optionally (d) recovering said solidified catalyst particles. (a) contacting at least one compound of group 1 to 3 of the Periodic Table (IUPAC) with at least one compound selected from (i) transition metal compound of group 4 to 10 of the periodic table (IUPAC), or (ii) a compound of an actinide or lanthanide to form a reaction product; (i) transition metal compound of group 4 to 10 of the periodic table (IUPAC), or (ii) a compound of an actinide or lanthanide to form a reaction product; (b) preparing an emulsion from the reaction product of a) and a liquid medium in which emulsion the product of a) forms the droplets of the dispersed phase; and (c) solidifying the droplets of the dispersed phase to form the solidified particles, and optionally (d) recovering said solidified catalyst particles.
Process for isolation of hemicelluloses from biomass pulping process waters or spent liquors with removal of suspended solids, concentration of the product and purification of the product by removal of inorganic salts and low molecular weight substances, whereby the hemicellulose isolation process conditions at several separation/purification stages are adjusted separately by pH adjustment, characterized in that pH value of the clear fluid stream after removal of coarse suspended solids is adjusted to pH 8-11, preferably pH 9.0 - 9.5 and the high molecular weight hemicelluloses are dissolved, whereby the pH value of the incoming effluent stream is adjusted to pH 8 - 11 and before removal of inorganic salts the pH value is adjusted to 4.0 - 4.5.
A telescopic sight, particularly for a handgun, having an optical lens system which is integrated in a substantially elongated outer tube that has a preferably circular cross section and can be attached to the handgun or similar, of which lens system the frontal face closest to the eye of the shooter during use is ended by an eyepiece and the opposite frontal face thereof is ended by a lens, and which has at least one image plane between the eyepiece and the lens in the optical path of light beams that pass through the eyepiece and the lens, wherein a graticule structure situated in the beam path is arranged in the or at least one of the image planes, which structure consists of a virtual image of a reticle located outside the beam path which is projected into the respective image plane, wherein a beam splitter which is penetrated by the light beams that pass through the eyepiece and the lens is allocated to the (respective) image plane, and onto which the image of the (respective) reticle can be projected from a display unit (22, 28) which is arranged outside the outer tube and has at least one reticle and one projection device, wherein the beam splitter comprises an optically semi-transparent prism; wherein the display unit (22, 28) includes a memory having a plurality of reticles and a selection device for selectively projecting at least one of the reticles onto the one or more beam splitter(s); wherein the selection device and/or the memory is/are electronic in nature; the display unit (22, 28) includes a variation means for modifying the image of the reticle that is projected onto the beam splitter; wherein the variation means is electronic in nature; and wherein the variation means includes an electronic calculator in conjunction with an electronic reticle memory and a high-resolution graphics module, characterised in that the outer tube has a projection aperture in the beam path between the display unit (20, 28) and the beam splitter, which aperture is closed off by a translucent, dust- and watertight window.
A genetically engineered plant comprising a first isolated nucleic acid comprising a sequence with at least 90% identity to a sequence of SEQ ID NO: 50, and a second isolated nucleic acid comprising a sequence with at least 90% identity to a sequence of SEQ ID NO: 86, a sequence with at least 90% identity to a sequence of SEQ ID NO: 87 and a sequence with at least 90% identity to a sequence of SEQ ID NO: 90.