mhurhangee/patent-ind-claim-en huggingface dataset:
A device for cooling air to a heat exchanger, in particular for a facility for converting heat into electricity, the device comprising a structure provided with a sensitive material and configured so as to be able to be communicated with the outside in order to circulate ambient air through the sensitive material and perform heat exchange with the sensitive material, characterised in that the structure further comprising a humidity adsorbing material , to trap humidity of external air circulated and passing through the structure, the adsorbing material being a material adapted to desorb water at a temperature lower than 50°C, for a relative humidity lower than 50%.
A barrier cable anchor for mechanically coupling a barrier cable to a barrier retaining structure , the barrier cable anchor comprising: an anchor body , the anchor body comprising a mounting extension and an anchor body extension that comprises a mounting face , wherein the mounting face has an annular surface extending radially outward adjacent to the mounting extension and wherein the anchor body extension joins the mounting extension at the mounting face , wherein the mounting extension is positionable within a hole of an anchor plate ; a retaining collar , the retaining collar mechanically coupled to or integrally formed with the anchor body extension , the retaining collar including a tapered inner surface; one or more retaining wedges positioned within the retaining collar ; characterized in that the barrier cable anchor further comprises a mounting nut engaging the mounting extension and in that the mounting extension is positionable within said hole such that the mounting face abuts the anchor plate . an anchor body , the anchor body comprising a mounting extension and an anchor body extension that comprises a mounting face , wherein the mounting face has an annular surface extending radially outward adjacent to the mounting extension and wherein the anchor body extension joins the mounting extension at the mounting face , wherein the mounting extension is positionable within a hole of an anchor plate ; a retaining collar , the retaining collar mechanically coupled to or integrally formed with the anchor body extension , the retaining collar including a tapered inner surface; one or more retaining wedges positioned within the retaining collar ; characterized in that the barrier cable anchor further comprises a mounting nut engaging the mounting extension and in that the mounting extension is positionable within said hole such that the mounting face abuts the anchor plate .
A measuring instrument for gauging and inserting a retaining ring , comprising a push tube having a flange region , a conical region and a middle region , wherein the middle region connects the flange region to the conical region , wherein a segmented thrust collar having an inner circumferential surface corresponding to the conical region of the push tube is arranged on the outer circumference of the conical region of the push tube and the segmented thrust collar is in active contact with the flange region of the push tube by way of a spring arrangement arranged on the outer circumference of the middle region of the push tube , wherein the outer circumference surface of the segmented thrust collar is used as a gauge and as a press-in part, wherein the spring arrangement comprises a plurality of compression springs , wherein a guide pin is arranged inside each compression spring and is inserted in each case in a bore of the thrust collar and in a through bore in the flange region of the push tube , and wherein the guide pins are provided as marking elements.
The process for the preparation of a thrombin composition comprising purified thrombin, wherein the thrombin is purified to a specific activity of 1500 IU of thrombin/mg of protein or more and a strength of 500 IU of thrombin/ml or more, stabilizing the solution through adding and mixing with human albumin and a neutral salt, which is sodium chloride, wherein the concentration of human albumin in the thrombin composition prior to nanofiltration is between 0.05 and 1% w/v and the concentration of sodium chloride in the thrombin composition prior to nanofiltration is at least 0.05 molar and at a pH between 5.0 and 8.5, subsequently applying a double nanofiltration in series through filters of a nominal pore size of 15 nm to the solution, wherein the thrombin composition is nanofiltered with a good productivity of more than 15 Million IU thrombin per m 2 with a thrombin recovery of more than 90%; wherein the nanofiltered material is not subsequently treated for adjustment of the composition, thereby avoiding any risk of cross-contam ination.
An electrostatic transducer comprising: an electrode sheet that is pliable; a lead wire that includes a conductive portion , wherein the conductive portion has a core wire exposed, and wherein the conductive portion is disposed on and electrically connected to the electrode sheet , and the lead wire includes a first coating portion at which the core wire is coated with a first insulation material and wherein the first coating portion is disposed on the electrode sheet ; and a first bonding portion that is formed of a thermoplastic material and is fused to bond the electrode sheet and the first coating portion to each other, characterized in that the first insulation material is formed of a thermoplastic material, and the first bonding portion is configured of a part of the first insulation material . an electrode sheet that is pliable; a lead wire that includes a conductive portion , wherein the conductive portion has a core wire exposed, and wherein the conductive portion is disposed on and electrically connected to the electrode sheet , and the lead wire includes a first coating portion at which the core wire is coated with a first insulation material and wherein the first coating portion is disposed on the electrode sheet ; and a first bonding portion that is formed of a thermoplastic material and is fused to bond the electrode sheet and the first coating portion to each other, characterized in that the first insulation material is formed of a thermoplastic material, and the first bonding portion is configured of a part of the first insulation material .
A precipitation hardening stainless steel, said stainless steel comprising in wt%: C: 0.05-0.30 wt% Ni: 9-10 wt% Mo: 0.5-1.5 wt% Al: 1.75-3 wt% Cr: 10.5-13 wt% V: 0.25-1.5 wt% Co: 0-0.03 wt% Mn:0-0.5 wt% Si: 0-0.3 wt% one or more optional alloying elements in an amount of maximum 0.05 wt%, wherein impurities of nitrogen, oxygen, and sulfur are limited to 30 ppm each in the bulk, remaining part up to 100 wt% is Fe and impurity elements, wherein the steel comprises more than or equal to 80 wt%, preferably more than or equal to 90 wt% of a martensitic phase, with the remaining part made up of mainly an austenitic phase, wherein the composition of said stainless steel is within an area formed in a Schaeffler diagram, which diagram is based on the following equations: Cr eq = Cr + Mo + 1.5 * Si + 0.5 * Nb in wt ⁢ % on the x-axis Ni eq = Ni + 30 * C + 0.5 * Mn in wt ⁢ % on the y-axis wherein the area in the Schaeffler diagram is defined by 11 ≤ Cr eq ≤ 15.4 and 10.5 ≤ Ni eq ≤ 15 in wt%, with the additional proviso that the amounts of Al and Ni also fulfil a formula Al = (Ni/4)±0.5 in wt%, and with the proviso that the amount of Al is 1.75 wt% if the formula results in an amount of Al lower than 1.75 wt% and that the amount of Al is 3 wt% if the formula results in an amount of Al exceeding 3 wt%. C: 0.05-0.30 wt% Ni: 9-10 wt% Mo: 0.5-1.5 wt% Al: 1.75-3 wt% Cr: 10.5-13 wt% V: 0.25-1.5 wt% Co: 0-0.03 wt% Mn:0-0.5 wt% Si: 0-0.3 wt% one or more optional alloying elements in an amount of maximum 0.05 wt%, wherein impurities of nitrogen, oxygen, and sulfur are limited to 30 ppm each in the bulk, remaining part up to 100 wt% is Fe and impurity elements, wherein the steel comprises more than or equal to 80 wt%, preferably more than or equal to 90 wt% of a martensitic phase, with the remaining part made up of mainly an austenitic phase, wherein the composition of said stainless steel is within an area formed in a Schaeffler diagram, which diagram is based on the following equations: Cr eq = Cr + Mo + 1.5 * Si + 0.5 * Nb in wt ⁢ % on the x-axis Ni eq = Ni + 30 * C + 0.5 * Mn in wt ⁢ % on the y-axis wherein the area in the Schaeffler diagram is defined by 11 ≤ Cr eq ≤ 15.4 and 10.5 ≤ Ni eq ≤ 15 in wt%, with the additional proviso that the amounts of Al and Ni also fulfil a formula Al = (Ni/4)±0.5 in wt%, and with the proviso that the amount of Al is 1.75 wt% if the formula results in an amount of Al lower than 1.75 wt% and that the amount of Al is 3 wt% if the formula results in an amount of Al exceeding 3 wt%.
Sensor arrangement for detecting a deflection (ΔX1, ΔY1) of a wire electrode of a wire eroding machine with respect to a first reference point on a reference axis (O) in a first measurement plane (T1), wherein the first measurement plane (T1) is defined by the first reference point and by a first deflection direction (X) and a second deflection direction (Y) running perpendicular to the first deflection direction (X), wherein the first and second deflection directions (X, Y) each run perpendicular to the reference axis (O), characterized in that the sensor arrangement has a coil element arrangement , wherein the coil element arrangement has at least a first to fourth coil element (20.1 to 20.4), arranged in the first measurement plane (T1), for detecting an alternating magnetic field generated by the wire electrode and for generating a first to fourth measurement signal (S1 to S4), and in that the first to fourth coil elements (20.1 to 20.4) are arranged in a first plane (A1) and in a second plane (A2) in such a manner that they are each opposite one another in pairs in the first and second deflection directions (X, Y) with respect to the first reference point (O1), wherein the first plane (A1) and the second plane (A2) each extend parallel to the reference axis (O), and wherein the first and second planes (A1, A2) are arranged at a distance from one another and opposite one another in the second deflection direction (Y) with respect to the first reference point . the sensor arrangement has a coil element arrangement , wherein the coil element arrangement has at least a first to fourth coil element (20.1 to 20.4), arranged in the first measurement plane (T1), for detecting an alternating magnetic field generated by the wire electrode and for generating a first to fourth measurement signal (S1 to S4), and in that the first to fourth coil elements (20.1 to 20.4) are arranged in a first plane (A1) and in a second plane (A2) in such a manner that they are each opposite one another in pairs in the first and second deflection directions (X, Y) with respect to the first reference point (O1), wherein the first plane (A1) and the second plane (A2) each extend parallel to the reference axis (O), and wherein the first and second planes (A1, A2) are arranged at a distance from one another and opposite one another in the second deflection direction (Y) with respect to the first reference point .
Attachment device for fitting a piece of joinery, comprising an attachment bracket , formed by a bore mounted on a base , and an upstream bolt provided with a shank and a head , said bore being capable of receiving said shank, said attachment device being characterised in that it includes at least one downstream bolt , that is identical to the upstream bolt, provided with a shank and a head , and in that the head of the at least one downstream bolt includes a bore capable of receiving a part of the shank of the upstream bolt
A multi-band filter comprising: at least one input manifold ; at least one output manifold ; and a plurality of filters connected in parallel between said at least one input manifold and said at least one output manifold, wherein each of the plurality of filters is a single integrated filter, and each filter is directly coupled between said at least one input manifold and said at least one output manifold; wherein each of the filters has a first section proximal to the at least one input manifold which is coupled to the at least one input manifold and a second section proximal to the at least one output manifold which is coupled to the at least one output manifold, and each filter is configured to pass a distinct pass band requiring a particular respective effective path length between the at least one input manifold and the at least one output manifold of the multi-band filter, and said at least one input manifold and said at least one output manifold are a linear waveguide comprising a plurality of linear sections extending in the same direction and a plurality of transitional sections , in which each linear section of the plurality of linear sections is joined to an adjacent linear section by a respective one of the plurality of transitional sections which is arranged in a different direction from the linear sections which it joins, such that the respective particular path length through each corresponding filter is provided, and each filter is coupled to the at least one input manifold and the at least one output manifold at a linear section thereof. at least one input manifold ; at least one output manifold ; and a plurality of filters connected in parallel between said at least one input manifold and said at least one output manifold, wherein each of the plurality of filters is a single integrated filter, and each filter is directly coupled between said at least one input manifold and said at least one output manifold; wherein each of the filters has a first section proximal to the at least one input manifold which is coupled to the at least one input manifold and a second section proximal to the at least one output manifold which is coupled to the at least one output manifold, and each filter is configured to pass a distinct pass band requiring a particular respective effective path length between the at least one input manifold and the at least one output manifold of the multi-band filter, and said at least one input manifold and said at least one output manifold are a linear waveguide comprising a plurality of linear sections extending in the same direction and a plurality of transitional sections , in which each linear section of the plurality of linear sections is joined to an adjacent linear section by a respective one of the plurality of transitional sections which is arranged in a different direction from the linear sections which it joins, such that the respective particular path length through each corresponding filter is provided, and each filter is coupled to the at least one input manifold and the at least one output manifold at a linear section thereof.
A molded article obtained by molding a resin composition, the resin composition comprising 100 parts by weight of poly(3-hydroxyalkanoate) and 5 to 15 parts by weight of an ester compound, and having a ratio of 3.5 × 10 -2 to 4.8 × 10 -2 (sec/[Pa·s]) between a melt viscosity (Pa s) and a drawdown time (sec), the melt viscosity being an apparent melt viscosity (η) calculated from the following formula where F is a load measured with a capillary rheometer in extrusion of the resin composition molten at a volume flow rate (Q) of 0.716 cm3/min and a shear rate of 122 sec -1 from an orifice having a radius (d) of 0.05 cm and a capillary length (l) of 1 cm and connected to the tip of a barrel having a barrel set temperature of 170°C and a radius (D) of 0.4775 cm, the drawdown time being a time required for the resin composition to fall by 20 cm after being discharged from the orifice in measurement of the melt viscosity, wherein the molded article is a film having a thickness of 30 μm or less. [Mathematical Formula 1] η = π F πD 2 d 4 8 Ql the melt viscosity being an apparent melt viscosity (η) calculated from the following formula where F is a load measured with a capillary rheometer in extrusion of the resin composition molten at a volume flow rate (Q) of 0.716 cm3/min and a shear rate of 122 sec -1 from an orifice having a radius (d) of 0.05 cm and a capillary length (l) of 1 cm and connected to the tip of a barrel having a barrel set temperature of 170°C and a radius (D) of 0.4775 cm, the drawdown time being a time required for the resin composition to fall by 20 cm after being discharged from the orifice in measurement of the melt viscosity,
A compact having an uncoated vanity mirror, comprising: a compact body , and a compact lid , the compact lid being hinged to the compact body ; wherein the compact lid comprises an inner side surface facing towards one side of the compact body , and an outer side surface facing away from one side of the compact body ; the compact lid comprises a connection end connected to the compact body , and a free end opposing the connection end ; wherein the inner side surface is provided with the vanity mirror ; characterized in that at least at the free end of the compact lid the edge of the vanity mirror is flush with the outer edge of the inner side surface. a compact body , and a compact lid , the compact lid being hinged to the compact body ; wherein the compact lid comprises an inner side surface facing towards one side of the compact body , and an outer side surface facing away from one side of the compact body ; the compact lid comprises a connection end connected to the compact body , and a free end opposing the connection end ; wherein the inner side surface is provided with the vanity mirror ; characterized in that at least at the free end of the compact lid the edge of the vanity mirror is flush with the outer edge of the inner side surface.
An infusion system comprising: a frame that carries a beta detector , a gamma detector , a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, and a controller communicatively coupled to the beta detector and the gamma detector , the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector , the controller is configured to determine a cumulative volume of the radioactive eluate generated by the radioisotope generator and to prevent a patient infusion procedure if the cumulative volume of the radioactive eluate exceeds an allowable limit, and the controller is configured to determine a cumulative activity of rubidium during a patient dosing procedure, compare the cumulative activity of rubidium to a threshold stored in memory, and cease delivering eluate to a patient if the cumulative activity of rubidium exceeds the threshold. a frame that carries a beta detector , a gamma detector , a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, and a controller communicatively coupled to the beta detector and the gamma detector , the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector , the controller is configured to determine a cumulative volume of the radioactive eluate generated by the radioisotope generator and to prevent a patient infusion procedure if the cumulative volume of the radioactive eluate exceeds an allowable limit, and the controller is configured to determine a cumulative activity of rubidium during a patient dosing procedure, compare the cumulative activity of rubidium to a threshold stored in memory, and cease delivering eluate to a patient if the cumulative activity of rubidium exceeds the threshold.
A software defined radio comprising: an A/D converter of a radio receive chain of the software defined radio, the A/D converter configured to implement direct to near-baseband subsampling; a signal generator configured to generate and transmit a signal at a specific time; wherein the software defined radio is configured to inactivate the radio receive during transmission of the signal and for a defined time after completion of the transmission of the signal; wherein the software defined radio is configured to switch on the radio receive chain at a defined time after the start of the transmission of the signal; wherein the A/D converter is configured to produce digitized data by sampling the received signal; a data accumulator configured to sum digitized data from a set of N sequential synchronous signals to produce one output data set, wherein the digitized data from each received signal is summed with stored data from prior sampled received signals in said set of N sequential synchronous signals; and wherein the software defined radio is configured to use a common clock or one or more signals derived therefrom to clock the signal generator, the A/D converter, and the data accumulator to ensure phase-synchronous operation. an A/D converter of a radio receive chain of the software defined radio, the A/D converter configured to implement direct to near-baseband subsampling; a signal generator configured to generate and transmit a signal at a specific time; wherein the software defined radio is configured to inactivate the radio receive during transmission of the signal and for a defined time after completion of the transmission of the signal; wherein the software defined radio is configured to switch on the radio receive chain at a defined time after the start of the transmission of the signal; wherein the A/D converter is configured to produce digitized data by sampling the received signal; a data accumulator configured to sum digitized data from a set of N sequential synchronous signals to produce one output data set, wherein the digitized data from each received signal is summed with stored data from prior sampled received signals in said set of N sequential synchronous signals; and wherein the software defined radio is configured to use a common clock or one or more signals derived therefrom to clock the signal generator, the A/D converter, and the data accumulator to ensure phase-synchronous operation.
Picture frame for framing an picture, wherein the picture frame is composable of individual frame profiles , comprising a first frame profile and a second frame profile , the picture frame further comprising a hinge arrangement which connects the first frame profile and the second frame profile of the picture frame in an angle-adjustable manner; the first frame profile having a first groove and the hinge assembly having a corresponding first tongue connecting the hinge assembly to the first frame profile ; characterized in that the first tongue engages the first groove in a clamping manner.