mhurhangee/ep-ind-claims huggingface dataset:
An electronically scanned array radar system, comprising: a controller with a memory; an array with a plurality of subarrays; a plurality of sets of parameters each identifying an operating condition under which array grating lobes will form; a set of corresponding families of tapers, each taper of a family of tapers comprising adjustments of a respective subarray for adjusting far field pattern of the subarray, at least a first taper of said family of tapers being different from a second taper of the family of tapers, each taper being determined to create null locations in the far field of the respective subarray in regions where grating lobes are formed in the far field of the array in the corresponding operating condition in order to provide array grating lobe suppression, a digital library of the operating conditions and respective families of tapers with grating lobe suppression characteristics being stored in the memory, and wherein the controller is configured to apply a respective family of tapers to the subarrays when the corresponding operating condition is met. a controller with a memory; an array with a plurality of subarrays; a plurality of sets of parameters each identifying an operating condition under which array grating lobes will form; a set of corresponding families of tapers, each taper of a family of tapers comprising adjustments of a respective subarray for adjusting far field pattern of the subarray, at least a first taper of said family of tapers being different from a second taper of the family of tapers, each taper being determined to create null locations in the far field of the respective subarray in regions where grating lobes are formed in the far field of the array in the corresponding operating condition in order to provide array grating lobe suppression, a digital library of the operating conditions and respective families of tapers with grating lobe suppression characteristics being stored in the memory, and wherein the controller is configured to apply a respective family of tapers to the subarrays when the corresponding operating condition is met.
An Alpine skullcap (Scutellaria alpina) extract for use in preventing hair loss or accelerating hair growth; wherein the extract is comprised in a composition, wherein a concentration of the Alpine skullcap extract in the composition is 1-70 ppm (w/w) based on the total weight of the composition.
A receiving apparatus comprising: a buffer configured to store packets of a common physical layer pipe (CPLP) and packets of a data physical layer pipe wherein said common physical layer pipe and data physical layer pipe are generated from a plurality of transport streams (TS1, TS2,.. TSN) by a multiple-physical layer pipe in Digital Video Broadcasting - Terrestrial 2; read control means for reading, after the passing of a predetermined delay time after synchronization is established between said packets of said common physical layer pipe and said packets of said data physical layer pipe, the packets of said common physical layer pipe and said data physical layer pipe stored in said buffer, thereby reconstructing one transport stream from said common physical layer pipe and said data physical layer pipe; and output means for outputting the reconstructed transport stream, wherein if a T2 frame comprising a preamble signal called P2 and a future extension frame, FEF, are multiplexed with each other, the receiving apparatus is arranged to use FEF information contained in the preamble signal P2 as a basis for the computation of the predetermined delay time. a buffer configured to store packets of a common physical layer pipe (CPLP) and packets of a data physical layer pipe wherein said common physical layer pipe and data physical layer pipe are generated from a plurality of transport streams (TS1, TS2,.. TSN) by a multiple-physical layer pipe in Digital Video Broadcasting - Terrestrial 2; read control means for reading, after the passing of a predetermined delay time after synchronization is established between said packets of said common physical layer pipe and said packets of said data physical layer pipe, the packets of said common physical layer pipe and said data physical layer pipe stored in said buffer, thereby reconstructing one transport stream from said common physical layer pipe and said data physical layer pipe; and output means for outputting the reconstructed transport stream, wherein if a T2 frame comprising a preamble signal called P2 and a future extension frame, FEF, are multiplexed with each other, the receiving apparatus is arranged to use FEF information contained in the preamble signal P2 as a basis for the computation of the predetermined delay time.
A vibration damping control device of a vehicle suppressing pitching or bouncing vibration of the vehicle by controlling a drive output of the vehicle, comprising a wheel torque estimated value acquisition portion which acquires an estimated value of a wheel torque generated on a ground contact site of a wheel of the vehicle and a road surface and acting on the wheel; and a driving torque control portion (C1, C2) which controls a driving torque of the vehicle to suppress pitching or bouncing vibrational amplitudes based on the wheel torque estimated value; characterized in that the control of the driving torque based on the wheel torque estimated value is stopped when a degree of slipping (C6c) expressed by a wheel slip state quantity indicating a slip condition of the wheel is greater than a predetermined degree or when the vehicle is reverse-traveling.
Arrangement of a device and tubes (40, 41) for holding the removeable tubes (40, 41) of a tube heater on a console, using two clamping elements (20, 30), connected together by a clamping screw, whereby, the clamping screw is guided through passage holes (23, 33) located in the centre on the clamping elements (20, 30), whereby, the front clamping element has a minimum of two mould recesses (24, 24') and the rear clamping element has a minimum of two mould recesses (34, 34') and, when attached to the bracket of a tube heater, the tubes (40, 41) can be tensioned between the clamping elements (20, 30) in the area of the mould recesses (24, 34; 24', 34'), whereby, the mould recesses (24, 34; 24', 34') feature an adapted contour on the circumference of the tubes (40, 41), characterized in that the mould recesses (24, 24; 34, 34') are provided with a minimum of one clamping element (20, 30) with contact points (25, 25'; 35, 35') that protrude the contour of the mould recesses (24, 34; 24', 34') in the direction of the tubes to be held (40, 41).
Use of N-arylamidine-substituted trifluoroethyl sulphoxide derivatives of the formula where n represents the number 1, X and Y represent the following combinations X/Y: Cl/Cl, F/Cl, Br/Br, Br/Cl, Cl/Br, F/Br, methyl/methyl, F/methyl, methyl/Cl, Cl/methyl or H/trifluoromethyl, R 2 represents hydrogen, methyl, ethyl, (2,2)-difluoroethyl or (2,2,2)-trifluoroethyl, and R 1 and R 3 together with the atoms to which they are attached represent one of the groups below where the arrow points to the remainder of the molecule, for controlling spider mites by drenching the soil, by drip application to the soil, by immersing roots, tubers or bulbs or by soil injection. n represents the number 1, X and Y represent the following combinations X/Y: Cl/Cl, F/Cl, Br/Br, Br/Cl, Cl/Br, F/Br, methyl/methyl, F/methyl, methyl/Cl, Cl/methyl or H/trifluoromethyl, R 2 represents hydrogen, methyl, ethyl, (2,2)-difluoroethyl or (2,2,2)-trifluoroethyl, and R 1 and R 3 together with the atoms to which they are attached represent one of the groups below
A method of manufacture of an articulated arm, the method comprising: providing a tubular structure; cutting a trench along a length of said tubular structure; covering said trench with a cover, the cover recessed within said trench; and cutting at least a portion of said length of said tubular structure perpendicularly to the longitudinal axis into longitudinal segments to form a segmented articulation. providing a tubular structure; cutting a trench along a length of said tubular structure; covering said trench with a cover, the cover recessed within said trench; and cutting at least a portion of said length of said tubular structure perpendicularly to the longitudinal axis into longitudinal segments to form a segmented articulation.
A method of manufacturing a catalyst, comprising the steps of; (i) forming an aqueous solution of a cobalt ammine carbonate complex, (ii) decomposing the cobalt ammine complex by heating the solution to a temperature between 80 and 110 °C for sufficient time to allow an insoluble cobalt compound to precipitate out of the solution, (iii) filtering the precipitated cobalt species from the solution, and (iv) drying the precipitated cobalt species characterised in that prior to decomposing the cobalt ammine complex, the solution of cobalt ammine complex is oxidised by adding a solution of hydrogen peroxide or a hypochlorite to the solution in an amount sufficient to convert from 40 to 100% of the cobalt in the unoxidised solution, calculated as moles of cobalt from Co to Co and assuming that oxidation from Co 2+ to Co 3+ is stoichiometric, such that in the precipitated cobalt species, after drying at a temperature less than 160°C, the ratio of cobalt hydrotalcite phase: cobalt spinel is less than 0.6:1, said cobalt hydrotalcite phase and said cobalt spinel phase being measured by X-ray diffractometry and wherein the cobalt spinel comprises Co 3 O 4. (i) forming an aqueous solution of a cobalt ammine carbonate complex, (ii) decomposing the cobalt ammine complex by heating the solution to a temperature between 80 and 110 °C for sufficient time to allow an insoluble cobalt compound to precipitate out of the solution, (iii) filtering the precipitated cobalt species from the solution, and (iv) drying the precipitated cobalt species
A method of determining glaucoma severity in a subject diagnosed with glaucoma, the method comprising: a) measuring the amount of Growth/differentiation factor 15 nucleic acid or GDF15 protein in a biological sample obtained from the subject, wherein the sample is from aqueous humor or comprises retinal tissue; b) comparing the amount of gdf15 nucleic acid or GDF15 protein in the biological sample to a reference value; and c) determining the severity of glaucoma based on the amount of gdf15 nucleic acid or GDF15 protein relative to the reference value, wherein the higher the increase in the amount of gdf15 nucleic acid or GDF15 protein in the biological sample relative to the reference value, the higher the severity of glaucoma. a) measuring the amount of Growth/differentiation factor 15 nucleic acid or GDF15 protein in a biological sample obtained from the subject, wherein the sample is from aqueous humor or comprises retinal tissue; b) comparing the amount of gdf15 nucleic acid or GDF15 protein in the biological sample to a reference value; and c) determining the severity of glaucoma based on the amount of gdf15 nucleic acid or GDF15 protein relative to the reference value, wherein the higher the increase in the amount of gdf15 nucleic acid or GDF15 protein in the biological sample relative to the reference value, the higher the severity of glaucoma.
An apparatus, comprising: a first input configured to receive a single radio voice call continuity request for handover from packet switched access of a source radio access network to circuit switched access of a target radio access network; a first output configured to send a query to determine whether last active session is a voice only or a video session, wherein said query is sent to service consistency and continuity application server or access transfer control function; and a second input configured to receive a response to said query indicating whether said last active session is a voice only or a video session; and a processor configured to reserve a call bearer from said target radio access network, wherein said processor is configured to reserve a voice call bearer from said target radio access network, in case said last active session is a voice only session, or wherein said processor is configured to reserve a multimedia call bearer from said target radio access network, in case said last active session is a video session. a first input configured to receive a single radio voice call continuity request for handover from packet switched access of a source radio access network to circuit switched access of a target radio access network; a first output configured to send a query to determine whether last active session is a voice only or a video session, wherein said query is sent to service consistency and continuity application server or access transfer control function; and a second input configured to receive a response to said query indicating whether said last active session is a voice only or a video session; and a processor configured to reserve a call bearer from said target radio access network,
An actuator comprising: an actuator piston movable along an axis; a first stop member rotatable about the axis and configured to limit the movement of the actuator piston in a first direction along the axis; a second stop member movable along the axis and configured to limit the movement of the actuator piston in a second direction along the axis, wherein the first direction is opposite to the second direction, characterised in that: the first stop member is connected to the second stop member via a screw connection, and the screw connection between the first stop member and the second stop member is configured such that rotation of the first stop member about the axis causes movement of the second stop member along the axis to vary the amount by which the actuator piston can move along the axis in use. an actuator piston movable along an axis; a first stop member rotatable about the axis and configured to limit the movement of the actuator piston in a first direction along the axis; a second stop member movable along the axis and configured to limit the movement of the actuator piston in a second direction along the axis, wherein the first direction is opposite to the second direction, characterised in that: the first stop member is connected to the second stop member via a screw connection, and the screw connection between the first stop member and the second stop member is configured such that rotation of the first stop member about the axis causes movement of the second stop member along the axis to vary the amount by which the actuator piston can move along the axis in use.
A container arrangement which is configured to maintain a predetermined moisture in the container for storing a product, wherein the container arrangement includes: - a container with an upper container opening and a closed base; - a stopper or a closure cap with a central hole passing through it for fastening to the container opening; characterised in that the container arrangement includes - a hollow chamber with a peripheral wall, an upper wall with a central hole and a lower perforated base wall, wherein the chamber is so put together with the stopper or the closure cap that the two holes (3, 6) are in alignment with one another and that arranged in the chamber there is a substance, which, as a consequence of the inflow of ambient air through the two holes, gives off water, which passes through the perforated base wall. - a container with an upper container opening and a closed base; - a stopper or a closure cap with a central hole passing through it for fastening to the container opening; - a hollow chamber with a peripheral wall, an upper wall with a central hole and a lower perforated base wall, wherein the chamber is so put together with the stopper or the closure cap that the two holes (3, 6) are in alignment with one another and that arranged in the chamber there is a substance, which, as a consequence of the inflow of ambient air through the two holes, gives off water, which passes through the perforated base wall.
Self-piercing rivet for connecting high-strength steels, with a head which has a head diameter, and with a shank which has a shank diameter, wherein, at the foot end opposite the head, the shank has an axial recess which has an axial depth, and wherein, at the foot end, the shank has a flat surface section, wherein the ratio of axial depth of the recess to shank diameter is smaller than 0.3, and - wherein the recess is frustoconical in longitudinal section, so that the recess has a conically extending recess transition section and a recess base, - wherein the conically extending recess transition section starts from the foot end and ends at the recess base, and - wherein the recess base is of flat or concave or convex design, so that the recess does not have a cylindrical section. - wherein the recess is frustoconical in longitudinal section, so that the recess has a conically extending recess transition section and a recess base, - wherein the conically extending recess transition section starts from the foot end and ends at the recess base, and - wherein the recess base is of flat or concave or convex design,
Electric shielding contact for an electrical contact device or an electrical cable for the automotive industry, wherein the shielding contact is formed mainly in a hollow cylindrical manner and comprises at least a front contact section for electrically contacting an electric counter-contact and a rear crimping section for crimping the shielding contact on/at the electrical cable, wherein in at least a rear portion of the crimping section, the crimping section gapes from a material of the shielding contact, characterised in that the crimping section is constructed in such a way that during a crimping process a gaping opening in the shielding contact can be closed to become a slit, wherein the gaping opening has the form of a serrated, toothed or jagged spherical triangle, wherein two opposing edges (136, 137) constitute the gaping opening and are configured to constitute the slit. the shielding contact is formed mainly in a hollow cylindrical manner and comprises at least a front contact section for electrically contacting an electric counter-contact and a rear crimping section for crimping the shielding contact on/at the electrical cable, wherein in at least a rear portion of the crimping section, the crimping section gapes from a material of the shielding contact, characterised in that the crimping section is constructed in such a way that during a crimping process a gaping opening in the shielding contact can be closed to become a slit, wherein the gaping opening has the form of a serrated, toothed or jagged spherical triangle, wherein two opposing edges (136, 137) constitute the gaping opening and are configured to constitute the slit.
An ink pack, wherein an ultraviolet curable type inkjet ink composition which contains 4-hydroxy-2,2,6,6-tetramethyl piperidinyl-N-oxyl and has 1.2×10 16 to 3.0×10 19 of a spin number of the nitroxyl radical in one milliliter of the ink composition, is sealed in a pack where at least one layer of an aluminum layer or an aluminum alloy layer and at least one layer of a plastic layer are laminated.
A process for producing and processing a blend of recycled polyester material and a polyester prepolymer from a polyester manufacturing process, comprising the steps of: - Provision of a recycled polyester material in the form of a melt and initial purification of the melt by removing solid impurities using melt filtration; - Mixing of the recycled polyester material in the form of a melt with a polyester prepolymer in the form of a melt from a polyester manufacturing process and subsequent production of a solid mixture, preferably in a first particle forming device; - Treatment of this solid mixture in a reactor (7, 8, 9, 11) for the thermal treatment of bulk material with a process gas in counterflow or crossflow to the flow direction of the mixture; wherein at least for a first period after the start of the process, prior to the production of the solid mixture, at least one additional step is carried out to purify the melt by removing solid impurities to obtain a purer recycled polyester material, characterized in that the additional step of purifying the melt of the recycled polyester material by means of melt filtration is carried out by a melt filter whose openings have an average size which is larger than the average size of the openings of the melt filter used in the first purification. - Provision of a recycled polyester material in the form of a melt and initial purification of the melt by removing solid impurities using melt filtration; - Mixing of the recycled polyester material in the form of a melt with a polyester prepolymer in the form of a melt from a polyester manufacturing process and subsequent production of a solid mixture, preferably in a first particle forming device; - Treatment of this solid mixture in a reactor (7, 8, 9, 11) for the thermal treatment of bulk material with a process gas in counterflow or crossflow to the flow direction of the mixture; wherein at least for a first period after the start of the process, prior to the production of the solid mixture, at least one additional step is carried out to purify the melt by removing solid impurities to obtain a purer recycled polyester material, characterized in that the additional step of purifying the melt of the recycled polyester material by means of melt filtration is carried out by a melt filter whose openings have an average size which is larger than the average size of the openings of the melt filter used in the first purification.