mhurhangee/ep-ind-claims huggingface dataset:
Co-axial insertion-type connector having an outer conductor (1, 1'), a centre conductor and an insulator which connects the outer conductor (1, 1') and centre conductor, the outer conductor (1, 1') having an axial surface for contact for electrically conductive contact with another co-axial insertion-type connector, characterised in that a radial shoulder is formed on the inner side of the outer conductor which serves as an axial stop and at the same time as the axial surface for contact of the outer conductor, wherein the axial surface for contact of the outer conductor (1, 1') is provided with one or more projections which taper to a point.
Process for producing an alkylene oxide by reacting an alkene with an arene oxide, pyridine N-oxide and/or pyrimidine N-oxide, preferably with an arene oxide and/or pyridine N-oxide, in the presence of a catalyst in a first reactor, wherein the catalyst comprises a metal (A-1) and/or a metal salt (A-2), wherein the metal (A-1) is copper, silver and/or gold, wherein the metal salt (A-2) comprises chromium (Cr), iron (Fe), cobalt (Co) and/or copper (Cu) cation(s), and wherein the reaction is effected in the absence of oxygen or an oxygen-containing gas mixture. wherein the metal (A-1) is copper, silver and/or gold, wherein the metal salt (A-2) comprises chromium (Cr), iron (Fe), cobalt (Co) and/or copper (Cu) cation(s), and wherein the reaction is effected in the absence of oxygen or an oxygen-containing gas mixture.
Universal closure device for openings of sample containers having different cross-sections each, the closure device comprising a shaft part extending in the direction of a longitudinal axis with end sections (7, 8) spaced apart from one another in the direction of the longitudinal axis, and a plurality of sealing elements (12, 16) arranged in the area of an outer surface of the shaft part for applying against a preferably almost cylindrical an inner casing surface of the sample container to be closed turned towards the longitudinal axis, and the sealing elements (12, 16) arranged on the shaft part are arranged one behind the other in a circumferential plane and in circumferential direction of the shaft part, characterized in that between the sealing element (12, 16) and the outer surface of the shaft part at least one supporting element (31, 33) is arranged which extends in between.
An active clearance control system of a gas turbine engine comprising: an air seal segment with a bridge hook having a lugged aperture; a puller with a multiple of lugs engageable with said lugged aperture; and a forward hook and an aft hook that each extend from said air seal segment, said bridge hook between said forward hook and said aft hook. an air seal segment with a bridge hook having a lugged aperture; a puller with a multiple of lugs engageable with said lugged aperture; and a forward hook and an aft hook that each extend from said air seal segment, said bridge hook between said forward hook and said aft hook.
A garment for ballistic protection and carrying equipment comprising: - a carrying harness comprising a dorsal part suitable for covering the back of a user, the dorsal part comprising a cover to receive a protection pack for the back, and straps (6, 7) adapted to encircle the shoulders of the user for suspending the harness on the shoulders, and - two abdominal parts (3, 4) suitable for covering the torso of the user, each abdominal part (3, 4) being adapted to be fixed detachably on a respective strap (6, 7) of the carrying harness, the abdominal parts (3, 4) comprising a closing device for joining together the abdominal parts (3, 4) to close the garment, wherein the carrying harness comprises an electrical connection cable extending along the straps (6, 7), passing over the shoulders of the user and the dorsal part and capable of attaching equipment positioned on one of the abdominal parts to equipment positioned on the other of the abdominal parts. - a carrying harness comprising a dorsal part suitable for covering the back of a user, the dorsal part comprising a cover to receive a protection pack for the back, and straps (6, 7) adapted to encircle the shoulders of the user for suspending the harness on the shoulders, and - two abdominal parts (3, 4) suitable for covering the torso of the user, each abdominal part (3, 4) being adapted to be fixed detachably on a respective strap (6, 7) of the carrying harness, the abdominal parts (3, 4) comprising a closing device for joining together the abdominal parts (3, 4) to close the garment,
Process for lightening keratin materials, in which the following are used: a) a direct emulsion comprising one or more fatty substances that are liquid at room temperature and at atmospheric pressure, chosen from alkanes of 6 to 16 carbon atoms, fatty alcohols, fatty acid esters, fatty alcohol esters, mineral oils of more than 16 carbon atoms, non-silicone plant, animal or synthetic oils, and other than fatty acids, the fatty substance(s) being present in an amount greater than 25% by weight, one or more surfactants; one or more alkaline agents and an amount of water greater than 5% by weight, of the total weight of the emulsion, b) a composition comprising one or more oxidizing agents, a composition obtained by extemporaneous mixing, at the time of use, of the emulsion and of the composition is applied to the keratin fibres, the composition obtained after mixing the emulsion and the composition is such that the amount of fatty substances is greater than 20%. a) a direct emulsion comprising one or more fatty substances that are liquid at room temperature and at atmospheric pressure, chosen from alkanes of 6 to 16 carbon atoms, fatty alcohols, fatty acid esters, fatty alcohol esters, mineral oils of more than 16 carbon atoms, non-silicone plant, animal or synthetic oils, and other than fatty acids, the fatty substance(s) being present in an amount greater than 25% by weight, one or more surfactants; one or more alkaline agents and an amount of water greater than 5% by weight, of the total weight of the emulsion, b) a composition comprising one or more oxidizing agents, a composition obtained by extemporaneous mixing, at the time of use, of the emulsion and of the composition is applied to the keratin fibres, the composition obtained after mixing the emulsion and the composition is such that the amount of fatty substances is greater than 20%.
Device for recording a document (130, 135) exhibiting a marking produced by a user by means of a stamp comprising at least one relief for being successively placed in contact with a pigment and a surface of a document to be marked, one form of at least one said relief being representative of: - a document separator; - an identifier; and - an alphanumeric item of information, the device also comprising: - an image sensor for digitizing the document into at least one image; - a detector of the marking on at least one digitized image; - a means for reading information from the marking, representative of: - the user identifier; and - the alphanumeric item of information; - a means for identifying the document, (130, 135), as a function of the position of the marking on the document, (130, 135), and at least one item of information read from the marking; - a means for verifying the correspondence between the position and/or orientation of the marking of the document and the position and/or orientation of the marking of a previously recorded document, and the correspondence between an image of the content of the document and an image of the content of the previously recorded document; - a means for identifying a non-authentic document if the marking differs and the content is identical, and/or identifying a new document if the content differs; and - a means for recording the digitized document as a function of the information read. - a document separator; - an identifier; and - an alphanumeric item of information, - an image sensor for digitizing the document into at least one image; - a detector of the marking on at least one digitized image; - a means for reading information from the marking, representative of: - the user identifier; and - the alphanumeric item of information; - the user identifier; and - the alphanumeric item of information; - a means for identifying the document, (130, 135), as a function of the position of the marking on the document, (130, 135), and at least one item of information read from the marking; - a means for verifying the correspondence between the position and/or orientation of the marking of the document and the position and/or orientation of the marking of a previously recorded document, and the correspondence between an image of the content of the document and an image of the content of the previously recorded document; - a means for identifying a non-authentic document if the marking differs and the content is identical, and/or identifying a new document if the content differs; and - a means for recording the digitized document as a function of the information read.
Ettringitic binder comprising: - at least one source of aluminosilicate characterized by a pozzolanic activity index determined by the Chapelle test method, in a range from 200 to 2200 mg/g; - at least one source of calcium sulfate; - at least one source of calcium hydroxide; - at least one alkaline catalyst chosen from sodium fluoride, sodium aluminate, trisodium phosphate, sodium orthosilicate, sodium metasilicate, sodium hexafluorosilicate, sodium fluorophosphate, sodium hexametaphosphate, sodium carbonate, sodium borate, sodium hexafluoroaluminate, potassium tetrafluoroaluminate or mixtures thereof; and - at least one activator selected from compounds capable of complexing cations, preferably compounds capable of complexing calcium, aluminum and/or silicon; said ettringitic binder being characterized by - a calcium hydroxide saturation rate, denoted Sat, in a range from 0.75 to 8; and - a calcium sulfate rate, denoted RMK, in a range from 0.05 to 1.25; the RMK parameter being defined by the following equation RMK = Qm C $ × 592000 IPZ × Q MK × 3 wherein: IPZ represents the pozzolanic index of the aluminosilicate source; Q represents the quantity in grams of aluminosilicates present in the ettringitic binder; and Qm(C$) represents the amount in moles of calcium sulfate present in the ettringitic binder. - at least one source of aluminosilicate characterized by a pozzolanic activity index determined by the Chapelle test method, in a range from 200 to 2200 mg/g; - at least one source of calcium sulfate; - at least one source of calcium hydroxide; - at least one alkaline catalyst chosen from sodium fluoride, sodium aluminate, trisodium phosphate, sodium orthosilicate, sodium metasilicate, sodium hexafluorosilicate, sodium fluorophosphate, sodium hexametaphosphate, sodium carbonate, sodium borate, sodium hexafluoroaluminate, potassium tetrafluoroaluminate or mixtures thereof; and - at least one activator selected from compounds capable of complexing cations, preferably compounds capable of complexing calcium, aluminum and/or silicon; said ettringitic binder being characterized by - a calcium hydroxide saturation rate, denoted Sat, in a range from 0.75 to 8; and - a calcium sulfate rate, denoted RMK, in a range from 0.05 to 1.25; the RMK parameter being defined by the following equation RMK = Qm C $ × 592000 IPZ × Q MK × 3 wherein: IPZ represents the pozzolanic index of the aluminosilicate source; Q represents the quantity in grams of aluminosilicates present in the ettringitic binder; and Qm(C$) represents the amount in moles of calcium sulfate present in the ettringitic binder. IPZ represents the pozzolanic index of the aluminosilicate source; Q represents the quantity in grams of aluminosilicates present in the ettringitic binder; and Qm(C$) represents the amount in moles of calcium sulfate present in the ettringitic binder.
A method for transmitting state information relating to a user equipment in a communications system, the method performed by the user equipment and comprising: transmitting, to a source radio access node, a first message including state information of the user equipment; receiving a radio resource control, RRC, message including information on a handover from the source radio access node to a target radio access node; and the method characterized by transmitting a second message including the state information of the user equipment to the target radio access node, in response to detecting that the first message was transmitted during a predetermined time period prior to the receiving of the RRC message. transmitting, to a source radio access node, a first message including state information of the user equipment; receiving a radio resource control, RRC, message including information on a handover from the source radio access node to a target radio access node; and the method characterized by transmitting a second message including the state information of the user equipment to the target radio access node, in response to detecting that the first message was transmitted during a predetermined time period prior to the receiving of the RRC message.
A method for producing high-purity electrolytic copper, comprising: adding a first additive containing an aromatic ring of a hydrophobic group and a polyoxyalkylene group of a hydrophilic group, a second additive formed of polyvinyl alcohols, and a third additive formed of tetrazoles to a copper electrolyte; and performing copper electrolysis by setting a concentration of the first additive to be 10 mg/L to 500 mg/L, a concentration of the second additive to be 1 mg/L to 100 mg/L, a concentration of the third additive to be 0.01 mg/L to 30 mg/L, a concentration ratio (B/A) of the second additive to the first additive to be 0.1 to 0.8, and a concentration ratio (C/A) of the third additive to the first additive to be greater than 0 and 0.7 or less, setting a current density to be 150 A/m 2 to 190 A/m 2, and controlling a bath temperature to produce electrolytic copper in which a concentration of Ag is less than 0.2 mass ppm, a concentration of S is less than 0.1 mass ppm, a concentration of all impurities is less than 0.2 mass ppm, and an area ratio of crystal grains having an average crystal grain misorientation (referred to as a GOS value) exceeding 2.5° is 10% or less. adding a first additive containing an aromatic ring of a hydrophobic group and a polyoxyalkylene group of a hydrophilic group, a second additive formed of polyvinyl alcohols, and a third additive formed of tetrazoles to a copper electrolyte; and performing copper electrolysis by setting a concentration of the first additive to be 10 mg/L to 500 mg/L, a concentration of the second additive to be 1 mg/L to 100 mg/L, a concentration of the third additive to be 0.01 mg/L to 30 mg/L, a concentration ratio (B/A) of the second additive to the first additive to be 0.1 to 0.8, and a concentration ratio (C/A) of the third additive to the first additive to be greater than 0 and 0.7 or less, setting a current density to be 150 A/m 2 to 190 A/m 2, and controlling a bath temperature to produce electrolytic copper in which a concentration of Ag is less than 0.2 mass ppm, a concentration of S is less than 0.1 mass ppm, a concentration of all impurities is less than 0.2 mass ppm, and an area ratio of crystal grains having an average crystal grain misorientation (referred to as a GOS value) exceeding 2.5° is 10% or less.
A lance for top submerged lancing injection in a pyro-metallurgical operation, wherein the lance has at least two substantially concentric pipes, with an annular passage for oxygen-containing gas defined between an outermost one of the pipes and a next adjacent pipe and a further passage for fuel defined within an innermost one of the pipes; the outermost pipe has a lower part of its length, from a submergible lower outlet end of the lance, by which the outermost pipe extends beyond an outlet end of the or each other pipe to define between the outlet end of the outermost pipe and the outlet end of the or each other pipe a chamber with which the passage for oxygen-containing gas communicates; and the lance further includes a gas flow-modifying device that is disposed in a lower end section of the passage for oxygen-containing gas, adjacent to the chamber, and that is operable to impart an inward flow component, away from the inner surface of the outermost pipe, to oxygen-containing gas passing into and longitudinally within the chamber towards the outlet end of the lance and thereby enhance mixing of the oxygen-containing gas with fuel passing into the chamber from the passage for fuel, the flow-modifying device having at least one inner component of helical form, and an outer component that extends around the at least one inner component, such that the flow-modifying device constrains gas flowing through to the lower end section of the annular passage to a helical flow path, of decreasing cross-section, around the outer surface of the next adjacent pipe.
A downdraft element having a first flow opening and a second flow opening, wherein the first flow opening is arranged relative to the second flow opening at an angle of 45° ≤ α ≤ 135°, preferably substantially of 90°, so that at least the average flow direction of a fluid entering the first flow opening and exiting the second flow opening or vice versa can be deflected by the angle α, wherein the downdraft element has at least one damping material receptacle and at least one damper inserted into the damping material receptacle on an inner side (215, 216) between the first flow opening and the second flow opening, wherein the damper is shaped in such a way that the inner side (215, 216) over which the fluid can flow passes substantially smoothly into the surface of the damper, characterized in that the downdraft element is formed with two shells with two shell parts (202a, 202b), wherein the respective shell parts (202a, 202b) are preferably mirror-symmetrical, wherein the shell parts (202a, 202b) are clamped, glued, welded and/or screwed to one another.
Conductor connection terminal with a contact insert which has a busbar and a clamping spring, and with a housing which has a first housing part and a second housing part and which at least partially encloses the contact insert, wherein the first housing part has a first housing wall (GW 1) with a receiving structure for receiving the contact insert and the second housing part has a plurality of further housing walls (GW 2, GW 3, GW 4, GW S) for covering the contact insert received by the first housing part, wherein the first housing part and the second housing part each have a U-shaped cross-section, wherein, in the assembled state of the housing, the U-legs of the second housing part receive the U-legs of the first housing part between them and the U-legs of the first housing part receive the contact insert between them, characterized in that by receiving the U-legs of the first housing part between the U-legs of the second housing part, double walls are formed locally in the region of the mutual overlap of the U-legs, in which double walls at least one housing wall of the second housing part covers a frame wall of the first housing part with a degree of overlap of more than 50%.
Actuating device for a discharge valve of a flushing cistern, comprising an actuating plate in which at least one actuating button (1, 2) for triggering flushing is mounted, wherein, when flushing is triggered, the at least one actuating button (1, 2) can be moved in an actuating direction from a starting position into an end position relative to the actuating plate and wherein the at least one actuating button (1, 2) can be moved counter to the actuating direction from the starting position into an inspection position, wherein the actuating device further comprises at least one locking element which provides for the at least one actuating button (1, 2) a stop for preventing movement from the starting position into the inspection position, wherein the locking element can be moved from a position in which the at least one actuating button (1, 2) is blocked with regard to moving into the inspection position into a position in which the at least one actuating button (1, 2) is released with regard to moving into the inspection position and wherein the at least one actuating button (1, 2) has a stop element (31, 23) which, in the starting position, is connected to the locking element and thus prevents movement in the direction of the inspection position, characterized in that the locking element is mounted such that it can move in a guide path in the actuating plate.
A self-propelled tower for irrigation systems, connectable to a span irrigation system, comprising: - a supporting frame; - movement means connected to the frame for moving the self-propelled tower over agricultural land; - a pipe, supported by the frame, comprising an end portion connectable to the span irrigation system; - a sleeve comprising a first end portion, connected to the pipe, and a second end portion, configured for a reversible and fluid-sealed connection with a supply pipe; said sleeve and said pipe being, in use, configured for establishing a flow communication between the supply pipe and the span irrigation system, designed for the water supply of the span irrigation system; wherein the self-propelled tower defines, in use, a passage space parallel to the agricultural land sufficient for a passage of the pipe; wherein the sleeve comprises a first joint, at the first end portion, and a mobile portion, extending between the first joint and the second end portion, the first joint enabling a rotation in the passage space of the mobile portion with respect to the first end portion; characterized in that the mobile portion comprises a second joint at the second end portion configured for enabling a rotation of the second end portion in the passage space. - a supporting frame; - movement means connected to the frame for moving the self-propelled tower over agricultural land; - a pipe, supported by the frame, comprising an end portion connectable to the span irrigation system; - a sleeve comprising a first end portion, connected to the pipe, and a second end portion, configured for a reversible and fluid-sealed connection with a supply pipe;
An apparatus that identifies an object, comprising: a plurality of RFID tags (102, 104, 106) that correspond to the object; a frequency detector adapted to perform a frequency sweep over a frequency range and detect a plurality of frequencies over which RFID tags (102, 104, 106) communicate; a frequency pattern generator adapted to generate a frequency pattern that is indicative of an identity of the object; and an object identifier that identifies the object based at least in part upon the plurality of the detected frequencies. a plurality of RFID tags (102, 104, 106) that correspond to the object; a frequency detector adapted to perform a frequency sweep over a frequency range and detect a plurality of frequencies over which RFID tags (102, 104, 106) communicate; a frequency pattern generator adapted to generate a frequency pattern that is indicative of an identity of the object; and an object identifier that identifies the object based at least in part upon the plurality of the detected frequencies.
Activator for increasing the early strength for cement, comprising: a hydraulically reactive very fine component with a fineness of at least 10,000 cm 2 /g according to Blaine, containing cement clinker, calcium sulphate and limestone a calcium sulphate with a fineness from 3,500 to 5,000 cm 2 /g according to Blaine an alkali sulphate and/or an alkali sulphite, and a complexing agent selected from the group of alkanolamines. a hydraulically reactive very fine component with a fineness of at least 10,000 cm 2 /g according to Blaine, containing cement clinker, calcium sulphate and limestone a calcium sulphate with a fineness from 3,500 to 5,000 cm 2 /g according to Blaine an alkali sulphate and/or an alkali sulphite, and a complexing agent selected from the group of alkanolamines.