mhurhangee/patent-ind-claim-en huggingface dataset:
Production method for profiled hose nipples , characterized in that the method comprises the following operative steps: - providing a preliminary tool having a forming die, a compression sleeve and a tube holder; - placing a tubular portion into the tube holder; - introducing the forming die into the interior of the tubular portion ; - pushing the compression sleeve onto the tubular portion having the inserted forming die, wherein the compression sleeve has a predetermined smaller internal diameter than the tubular portion , wherein - when pushing on the compression sleeve - the tubular portion is axially compressed, on the one hand, and in terms of the diameter is radially reduced to a predetermined dimension , on the other hand, while forming an enclosure collar on the tubular portion ; - retracting the forming die through that part of the tubular portion that is located in the compression sleeve, while enlarging the internal diameter of the tubular portion by a predetermined dimension which is defined by a preselected ratio of original internal diameter of the tubular portion and external diameter of the forming die, as a result of which the wall thickness of the tubular portion in the region of the compression sleeve is reduced; - retrieving the tubular portion from the compression sleeve; - pushing the tubular portion onto a supporting mandrel having a predetermined diameter; - providing a hammering tool and hammering the tubular portion while forming a predetermined external contour of the tubular portion ; and - retrieving the finished part from the tool. - providing a preliminary tool having a forming die, a compression sleeve and a tube holder; - placing a tubular portion into the tube holder; - introducing the forming die into the interior of the tubular portion ; - pushing the compression sleeve onto the tubular portion having the inserted forming die, wherein the compression sleeve has a predetermined smaller internal diameter than the tubular portion , wherein - when pushing on the compression sleeve - the tubular portion is axially compressed, on the one hand, and in terms of the diameter is radially reduced to a predetermined dimension , on the other hand, while forming an enclosure collar on the tubular portion ; - retracting the forming die through that part of the tubular portion that is located in the compression sleeve, while enlarging the internal diameter of the tubular portion by a predetermined dimension which is defined by a preselected ratio of original internal diameter of the tubular portion and external diameter of the forming die, as a result of which the wall thickness of the tubular portion in the region of the compression sleeve is reduced; - retrieving the tubular portion from the compression sleeve; - pushing the tubular portion onto a supporting mandrel having a predetermined diameter; - providing a hammering tool and hammering the tubular portion while forming a predetermined external contour of the tubular portion ; and - retrieving the finished part from the tool.
A charge air cooler 1 comprising: - a first heat exchange section 10 comprising a first inlet manifold 11 and a first outlet manifold 12 connected fluidically by a plurality of stacked first coolant conduits 13; - a second heat exchange section 20 comprising a second inlet manifold 21 and a second outlet manifold 22 connected fluidically by a plurality of stacked second coolant conduits 23; - a coolant inlet 31 connected fluidically with the first inlet manifold 11 and the second inlet manifold 21; - a coolant outlet 32 connected fluidically with the first outlet manifold 12 and the second outlet manifold 22; characterized in that the first coolant conduits 13 and the second coolant conduits 23 are distanced within their stacks so that heat exchange between the coolant and the air is enabled, and are both situated between the manifolds 11, 12 of the first heat exchange section 10 and the manifolds 21, 22 of the second heat exchange section 20. - a first heat exchange section 10 comprising a first inlet manifold 11 and a first outlet manifold 12 connected fluidically by a plurality of stacked first coolant conduits 13; - a second heat exchange section 20 comprising a second inlet manifold 21 and a second outlet manifold 22 connected fluidically by a plurality of stacked second coolant conduits 23; - a coolant inlet 31 connected fluidically with the first inlet manifold 11 and the second inlet manifold 21; - a coolant outlet 32 connected fluidically with the first outlet manifold 12 and the second outlet manifold 22;
An apparatus for determining a concentration of an analyte in a sample, the apparatus comprising: at least three emitters (1, 102, 104, E1, E2, d to t, x, y) in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, α, β, γ) in a planar arrangement, not in a line, wherein the emitters (1, 102, 104, E1, E2, d to t, x, y) are optical emitters and have at least three different wavelength characteristics and wherein the detectors are optical detectors, characterized in that the apparatus comprises means which cause photons emitted by the emitters to be emitted non-rotationally-symmetrically and/or that photons detected by the detectors are detected non-rotationally-symmetrically; or the apparatus comprises means which cause a plurality of the at least three detectors to be reached by the light of one of the at least three emitters via different light paths with different directional characteristics; or the apparatus comprises means which cause a first of the at least three emitters to have a steeper directional characteristic with respect to a first of the at least three detectors than the first emitter has with respect to a second of the at least three detectors. at least three emitters (1, 102, 104, E1, E2, d to t, x, y) in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, α, β, γ) in a planar arrangement, not in a line, wherein the emitters (1, 102, 104, E1, E2, d to t, x, y) are optical emitters and have at least three different wavelength characteristics and wherein the detectors are optical detectors, characterized in that the apparatus comprises means which cause photons emitted by the emitters to be emitted non-rotationally-symmetrically and/or that photons detected by the detectors are detected non-rotationally-symmetrically; or the apparatus comprises means which cause a plurality of the at least three detectors to be reached by the light of one of the at least three emitters via different light paths with different directional characteristics; or the apparatus comprises means which cause a first of the at least three emitters to have a steeper directional characteristic with respect to a first of the at least three detectors than the first emitter has with respect to a second of the at least three detectors.
A compound of formula (I): Where X represents a group selected from: - a mono or bi cyclic 5 to 10 membered heteroaryl or heterocycle comprising at least one heteroatom chosen from N, O or S, optionally substituted by a group chosen from OH, O(C1-C6)alkyl, C1-C6 alkyl, Halogen, CN, NO 2 , NRR'; - a guanidine group of formula It being understood that X may be present in the form of an acid or base addition salt, R and R' identical or different independently represent a hydrogen atom or a group selected from C1-C6 alkyl, C6-C10 aryl, C3-C10 cycloalkyl, each alkyl, cycloalkyl and aryl being optionally substituted by one or more of OH, O(C1-C6)alkyl, C1-C6 alkyl, C6-C10 aryl, Halogen, CN, NO 2 , ... represents an optionally present single bond; M represents a gold atom (Au), together with a suitable counter ion, for its use in the prevention and/or treatment of a viral infection. X represents a group selected from: - a mono or bi cyclic 5 to 10 membered heteroaryl or heterocycle comprising at least one heteroatom chosen from N, O or S, optionally substituted by a group chosen from OH, O(C1-C6)alkyl, C1-C6 alkyl, Halogen, CN, NO 2 , NRR'; - a guanidine group of formula - a mono or bi cyclic 5 to 10 membered heteroaryl or heterocycle comprising at least one heteroatom chosen from N, O or S, optionally substituted by a group chosen from OH, O(C1-C6)alkyl, C1-C6 alkyl, Halogen, CN, NO 2 , NRR'; - a guanidine group of formula It being understood that X may be present in the form of an acid or base addition salt, R and R' identical or different independently represent a hydrogen atom or a group selected from C1-C6 alkyl, C6-C10 aryl, C3-C10 cycloalkyl, each alkyl, cycloalkyl and aryl being optionally substituted by one or more of OH, O(C1-C6)alkyl, C1-C6 alkyl, C6-C10 aryl, Halogen, CN, NO 2 , ... represents an optionally present single bond; M represents a gold atom (Au), together with a suitable counter ion, for its use in the prevention and/or treatment of a viral infection.
A rolled composite aerospace product comprising a 2XXX-series core layer; wherein the 2XXX-series alloy of the core layer has a composition of, in wt.%, Cu 1.9% to 7.0%, preferably 3.0% to 6.8%, more preferably 3.2% to 4.95%; Mg 0.30% to 1.8%, preferably 0.35% to 1.8%; Mn up to 1.2%, preferably 0.2% to 1.2%; Si up to 0.40%; Fe up to 0.40%; Cr up to 0.35%; Zn up to 1.0%; Ti up to 0.15%; Zr up to 0.25; V up to 0.25%; Li up to 2.0%; Ag up to 0.80%; Ni up to 2.5%; and balance being aluminium and impurities; and an Al-Cu alloy clad layer coupled to at least one surface of the 2XXX-series core layer, wherein the Al-Cu alloy clad layer is of an aluminium alloy having a composition of, in wt.%: Cu 0.2% to 2.8%, preferably 0.20% to 1.8%, more preferably 0.50% to 1.6%; Mg up to 1.5%, preferably 0.10% to 1.2%; Mn up to 0.5%, preferably 0.10% to 0.5%; Si up to 0.5%, preferably up to 0.3%; Fe up to 0.4%; Cr up to 0.25%; V up to 0.25%; Zr up to 0.2%; Ag up to 0.80%; Zn up to 0.3%; Ti up to 0.2%; and balance unavoidable impurities and aluminium.
A method of limiting water accumulation in a photoionization detector, the method comprising: monitoring (220; 620; 810) a signal from the photoionization detector, wherein the signal is monitored based on a current between a signal electrode and a bias electrode ; determining (230; 630) whether the signal is above a signal threshold, wherein a determination that the signal is above the signal threshold indicates that water is present in the photoionization detector; and in an instance in which the signal is above the signal threshold, electrolyzing one or more particles of water present in the photoionization detector by closing (240; 640; 820) a leakage switch to thereby connect the signal electrode to at least one of a reference voltage or a ground in order to allow current to flow through the bias electrode and the signal electrode . monitoring (220; 620; 810) a signal from the photoionization detector, wherein the signal is monitored based on a current between a signal electrode and a bias electrode ; determining (230; 630) whether the signal is above a signal threshold, wherein a determination that the signal is above the signal threshold indicates that water is present in the photoionization detector; and in an instance in which the signal is above the signal threshold, electrolyzing one or more particles of water present in the photoionization detector by closing (240; 640; 820) a leakage switch to thereby connect the signal electrode to at least one of a reference voltage or a ground in order to allow current to flow through the bias electrode and the signal electrode .
A device for extraction of plasma from a liquid sample, comprising: a first absorbent member that wicks the liquid sample; a second absorbent member that retains a fixed, predetermined quantity of plasma; a separator placed in physical contact between the first absorbent member and the second absorbent member for extracting plasma from the liquid sample; a first side of the separator is comprised of a first membrane and a second side of the separator is comprised of a second membrane; the first membrane is comprised of a lower porosity construction with enhanced hydrophilic properties relative to the first absorbent member, facilitating capillary action from the first absorbent member to the first membrane; the second membrane is comprised of a higher porosity construction and lesser hydrophilic properties relative to the second absorbent member, facilitating capillary action from the second membrane to the second absorbent member; wherein: the plasma loaded second absorbent member is dry-transferred for assay. a first absorbent member that wicks the liquid sample; a second absorbent member that retains a fixed, predetermined quantity of plasma; a separator placed in physical contact between the first absorbent member and the second absorbent member for extracting plasma from the liquid sample; a first side of the separator is comprised of a first membrane and a second side of the separator is comprised of a second membrane; the first membrane is comprised of a lower porosity construction with enhanced hydrophilic properties relative to the first absorbent member, facilitating capillary action from the first absorbent member to the first membrane; the second membrane is comprised of a higher porosity construction and lesser hydrophilic properties relative to the second absorbent member, facilitating capillary action from the second membrane to the second absorbent member; wherein: the plasma loaded second absorbent member is dry-transferred for assay.
A fairing sub-assembly for a turbine frame, the fairing sub-assembly comprising: an inner ring comprised of a plurality of separately formed circumferential inner arcuate segments distributed along the inner ring , each inner arcuate segment comprising a discrete piece circumferentially separated from adjacent inner arcuate segments ; an outer ring comprised of a plurality of separately formed outer circumferential arcuate segments distributed along the outer ring , each outer arcuate segment comprising a discrete piece circumferentially separated from adjacent outer arcuate segments ; and a plurality of strut-shells connecting and completing the inner ring and the outer ring , each strut-shell comprising: a sheet metal body forming a U-shaped or V-shaped pocket; an outer diameter strut shroud segment connected to the sheet metal body, and extending circumferentially in an arcuate section; and an inner diameter strut shroud segment connected to the metal body opposite the outer diameter strut shroud segment, and extending circumferentially in an arcuate section; wherein each of the plurality of strut-shells has a circumferential extent not overlapping with the inner and outer arcuate segments , and is joined to adjacent inner and outer arcuate segments by axially-extending welds. an inner ring comprised of a plurality of separately formed circumferential inner arcuate segments distributed along the inner ring , each inner arcuate segment comprising a discrete piece circumferentially separated from adjacent inner arcuate segments ; an outer ring comprised of a plurality of separately formed outer circumferential arcuate segments distributed along the outer ring , each outer arcuate segment comprising a discrete piece circumferentially separated from adjacent outer arcuate segments ; and a plurality of strut-shells connecting and completing the inner ring and the outer ring , each strut-shell comprising: a sheet metal body forming a U-shaped or V-shaped pocket; an outer diameter strut shroud segment connected to the sheet metal body, and extending circumferentially in an arcuate section; and an inner diameter strut shroud segment connected to the metal body opposite the outer diameter strut shroud segment, and extending circumferentially in an arcuate section; a sheet metal body forming a U-shaped or V-shaped pocket; an outer diameter strut shroud segment connected to the sheet metal body, and extending circumferentially in an arcuate section; and an inner diameter strut shroud segment connected to the metal body opposite the outer diameter strut shroud segment, and extending circumferentially in an arcuate section; wherein each of the plurality of strut-shells has a circumferential extent not overlapping with the inner and outer arcuate segments , and is joined to adjacent inner and outer arcuate segments by axially-extending welds.
Use of a multilayer tubular structure (MLT) for transporting fuels, in particular gasoline, especially alcohol-based gasoline, comprising, from the outside to the inside, at least one barrier layer and at least one inner layer located underneath the barrier layer, the barrier layer being an EVOH or PPA layer. said inner layer or all of the layers and any other layers located underneath the barrier layer, containing on average from 0 to 1.5% by weight of plasticizer relative respectively to the total weight of the composition of the layer or to the total weight of all of the compositions of the layers and any other layers located underneath the barrier layer, said inner layer predominantly comprising at least one aliphatic polyamide or a polyamide consisting of more than 75% of aliphatic units, said aliphatic polyamide being selected from: - a polyamide denoted A having an average number of carbon atoms per nitrogen atom denoted C A of from 4 to 8.5, advantageously from 4 to 7; - a polyamide denoted B and an average number of carbon atoms per nitrogen atom denoted C B of from 7 to 10, advantageously from 7.5 to 9.5; - a polyamide denoted C, having an average number of carbon atoms per nitrogen atom denoted Cc of from 9 to 18, advantageously from 10 to 18; with the proviso that, when said inner layer comprises at least three polyamides, at least one of said polyamides A, B or C is excluded, in order to satisfy an extractables test, said test consisting in particular in filling said multilayer tubular structure MLT with FAM-B alcohol-based gasoline, and heating the assembly at 60°C for 96 hours, then emptying it by filtering it into a beaker, then allowing the filtrate from the beaker to evaporate at room temperature and finally weighing this residue, the proportion of which must be less than or equal to approximately 6 g/m 2 of internal tube surface. - a polyamide denoted A having an average number of carbon atoms per nitrogen atom denoted C A of from 4 to 8.5, advantageously from 4 to 7; - a polyamide denoted B and an average number of carbon atoms per nitrogen atom denoted C B of from 7 to 10, advantageously from 7.5 to 9.5; - a polyamide denoted C, having an average number of carbon atoms per nitrogen atom denoted Cc of from 9 to 18, advantageously from 10 to 18;
A renewable crustacean stem cell line comprising muscle and/or fat stem cells, wherein the muscle stem cells and/or the fat stem cells are selected from the group consisting of shrimp, prawn, lobster, crab, and crayfish.
Modular mobile mixing and packaging plant for powdery or granular products comprising a carrying structure having dimensions suitable for being introduced in a standard shipping container and internally housing a receiving and manual weighing module , a material loading module , a mixing module , and a packaging module , wherein the mixing module comprises a mixing tank and means for cooling and/or drying the mixture contained in the mixing tank of said mixing module ; the plant being characterized in that the means for cooling and/or drying the mixture are arranged to incorporate an air flow inside the mixing tank by using the movements of the mixing tank to obtain air recirculation in the involute of the lower part of the mixing tank .
A surgical robotic access system providing robotic manipulator access into a patient's body, the surgical robotic access system comprising: a sealing cap arranged to be disposed externally to a patient's body, the sealing cap including a flexible seal ; and a retractor comprising an outer ring removably connected to the sealing cap and an inner ring arranged to be positioned within a patient's body, the surgical robotic access system being characterized in further comprising: a robotic insertion tube comprising an outer access connector and an inner access connector , and wherein: the outer access connector is arranged to be removably coupled to a robotic sleeve ; the inner access connector is embedded in the flexible seal of the sealing cap to permanently affix the inner access connector of the robotic insertion tube to the flexible seal ; the robotic insertion tube has a lumen extending through the outer access connector and the inner access connector ; the flexible seal covers a portion of the lumen that extends through the inner access connector ; and the surgical robotic access system is arranged to permit a surgical robotic manipulator to be inserted through the lumen and through the flexible seal covering the portion of the lumen. a sealing cap arranged to be disposed externally to a patient's body, the sealing cap including a flexible seal ; and a retractor comprising an outer ring removably connected to the sealing cap and an inner ring arranged to be positioned within a patient's body, the surgical robotic access system being characterized in further comprising: a robotic insertion tube comprising an outer access connector and an inner access connector , and wherein: the outer access connector is arranged to be removably coupled to a robotic sleeve ; the inner access connector is embedded in the flexible seal of the sealing cap to permanently affix the inner access connector of the robotic insertion tube to the flexible seal ; the robotic insertion tube has a lumen extending through the outer access connector and the inner access connector ; the flexible seal covers a portion of the lumen that extends through the inner access connector ; and the surgical robotic access system is arranged to permit a surgical robotic manipulator to be inserted through the lumen and through the flexible seal covering the portion of the lumen. the outer access connector is arranged to be removably coupled to a robotic sleeve ; the inner access connector is embedded in the flexible seal of the sealing cap to permanently affix the inner access connector of the robotic insertion tube to the flexible seal ; the robotic insertion tube has a lumen extending through the outer access connector and the inner access connector ; the flexible seal covers a portion of the lumen that extends through the inner access connector ; and the surgical robotic access system is arranged to permit a surgical robotic manipulator to be inserted through the lumen and through the flexible seal covering the portion of the lumen.
Seating system that has a vertical support with a table surface and with a carrying arm connected to the vertical support that carries a seat shell at its free end, wherein the carrying arm and the seat shell can be swivelled together from an end position into free positions in the horizontal plane and the seat shell is connected to the carrying arm so as to be able to swivel about an axis of rotation (A), and with a lifting element that lifts the seat shell with respect to the carrying arm , characterized in that the seat shell can be moved by the lifting element between a locked position and a seating position, wherein the seat shell is locked in the locked position in unloaded condition in order to avoid a swivelling of the seat shell with respect to the carrying arm .