mhurhangee/ep-ind-claims huggingface dataset:
A method of producing guanosine 5'-monophosphate, comprising: (a) culturing a Corynebacteria strain with improved ATP productivity which has a malate dehydrogenase activity higher than that of the wild-type Corynebacteria strain, to thereby prepare a culture solution including ATP and xanthosine 5'-monophosphate, wherein the malate dehydrogenase is encoded by an mqo gene of Corynebacterium, the malate dehydrogenase activity is increased by increasing the copy number of the mqo gene or replacing a promoter of the mqo gene; (b) mixing the culture solution with XMP aminase or a microorganism having XMP aminase activity and culturing the resulting mixture, to thereby convert XMP into GMP; and (c) obtaining GMP from the mixture. (a) culturing a Corynebacteria strain with improved ATP productivity which has a malate dehydrogenase activity higher than that of the wild-type Corynebacteria strain, to thereby prepare a culture solution including ATP and xanthosine 5'-monophosphate, wherein the malate dehydrogenase is encoded by an mqo gene of Corynebacterium, the malate dehydrogenase activity is increased by increasing the copy number of the mqo gene or replacing a promoter of the mqo gene; (b) mixing the culture solution with XMP aminase or a microorganism having XMP aminase activity and culturing the resulting mixture, to thereby convert XMP into GMP; and (c) obtaining GMP from the mixture.
A method of using multipath decomposition to determine line-of-sight, LOS, time-of-arrival, TOA, and distance result in a radio device without synchronized hardware, the method comprising: sequentially estimating candidate paths in a received multipath signal based on an energy ratio of a signal component and a noise component, ESNR, by: arranging the components from a strongest ESNR to a weakest ESNR; selecting the component having the strongest ESNR in the multipath decomposition as a candidate path; removing the component having the strongest ESNR from the received multipath signal to leave residual signals having a reduced residual noise power; sequentially estimating further candidate paths by selecting and removing the next component from the residual signals having the strongest ESNR until a threshold in the residual noise power or a residual change limit of the residual signals is met; and determining the number of selected candidate paths in the received multipath signal; selecting one of the candidate paths as a LOS signal; estimating a TOA of the LOS signal; and determining the distance result for the LOS signal. sequentially estimating candidate paths in a received multipath signal based on an energy ratio of a signal component and a noise component, ESNR, by: arranging the components from a strongest ESNR to a weakest ESNR; selecting the component having the strongest ESNR in the multipath decomposition as a candidate path; removing the component having the strongest ESNR from the received multipath signal to leave residual signals having a reduced residual noise power; sequentially estimating further candidate paths by selecting and removing the next component from the residual signals having the strongest ESNR until a threshold in the residual noise power or a residual change limit of the residual signals is met; and determining the number of selected candidate paths in the received multipath signal; arranging the components from a strongest ESNR to a weakest ESNR; selecting the component having the strongest ESNR in the multipath decomposition as a candidate path; removing the component having the strongest ESNR from the received multipath signal to leave residual signals having a reduced residual noise power; sequentially estimating further candidate paths by selecting and removing the next component from the residual signals having the strongest ESNR until a threshold in the residual noise power or a residual change limit of the residual signals is met; and determining the number of selected candidate paths in the received multipath signal; selecting one of the candidate paths as a LOS signal; estimating a TOA of the LOS signal; and determining the distance result for the LOS signal.
An electrical machine for an electrically operable axle of a motor vehicle, having - a shaft with an axis of rotation, - at least one bearing, wherein the shaft is rotatably mounted via at least one bearing, - at least one end shield, - at least one bearing ring, which is arranged coaxially with the axis of rotation, wherein the at least one bearing is connected to the end shield via the bearing ring, and wherein the bearing ring has at least one longitudinal recess (20a, 20b) on the outside for fluid evacuation. wherein the at least one longitudinal recess (20a, 20b) is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation or on an end face of the bearing ring extending perpendicular to the axis of rotation. characterised in that the at least one longitudinal recess parallel to the axis of rotation and the at least one longitudinal recess perpendicular to the axis of rotation are each arranged in alignment with one another. - a shaft with an axis of rotation, - at least one bearing, wherein the shaft is rotatably mounted via at least one bearing, - at least one end shield, - at least one bearing ring, which is arranged coaxially with the axis of rotation, wherein the at least one bearing is connected to the end shield via the bearing ring, and wherein the bearing ring has at least one longitudinal recess (20a, 20b) on the outside for fluid evacuation. wherein the at least one longitudinal recess (20a, 20b) is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation or on an end face of the bearing ring extending perpendicular to the axis of rotation. characterised in that the at least one longitudinal recess parallel to the axis of rotation and the at least one longitudinal recess perpendicular to the axis of rotation are each arranged in alignment with one another. wherein the at least one bearing is connected to the end shield via the bearing ring, and wherein the bearing ring has at least one longitudinal recess (20a, 20b) on the outside for fluid evacuation. wherein the at least one longitudinal recess (20a, 20b) is arranged on the outer circumference of the bearing ring extending parallel to the axis of rotation or on an end face of the bearing ring extending perpendicular to the axis of rotation. characterised in that the at least one longitudinal recess parallel to the axis of rotation and the at least one longitudinal recess perpendicular to the axis of rotation are each arranged in alignment with one another.
Shading installation with at least one adjustable and foldable hanging with horizontal fold strips (2, 3), which hanging is arranged to be stretchable between two horizontally disposed rails (4, 5), namely a lower rail and an upper rail, wherein cords (6, 7) or rods are provided at and to extend between the rails (4, 5) and are fastenable on the one hand to the upper rail or to an upper mounting part of a light-transmissible opening to be shaded and on the other hand to the lower rail or to a lower mounting part of the light-transmissive opening, wherein at least one of the rails is mounted to be displaceable relative to the other rail and the lower fold strip of the foldable hanging is fastened to the lower rail and the upper fold strip is fastened to the upper rail by means of releasable fastening elements, and the cords (6, 7) are inserted into passages (8, 9), which are formed congruently in the individual fold strips (2, 3), of an aperture row so that the outer fold edges (10, 11) or fold radiussings of the at least one adjustable and foldable hanging extend in front of and behind the passages (8, 9), characterised in that at least the lower rail has at the upper side a U-shaped receiving channel having lateral skirts (15a, 15b) projecting beyond a connecting transverse wall and/or ribs (21a, 21b) protruding thereover at the inner side, wherein the releasable fastening elements are fixed at or in the transverse wall or the ribs (21a, 21b) and counter-fastening elements are mounted on the lower side of the lower fold strip, and the lateral skirts (15a, 15b) project beyond the transverse wall and/or the ribs (21a, 21b) at least by the height of the composite of fastening and counter-fastening elements and the lower fold strip.
A gas turbine engine, comprising: a bearing compartment disposed within the gas turbine engine, the bearing compartment housing a one-piece bearing support assembly for supporting a bearing assembly within the bearing compartment of the gas turbine engine, the one-piece bearing support assembly comprising: an upper connection section at an outward radial portion; an intermediate connection section at a middle radial portion; a centering spring comprising: at least one beam that extends conically relative to a centerline axis of the gas turbine engine and to the rearward of the intermediate connection section, the outer radial end of the at least one centering spring beam being integrally joined to the intermediate connection section of the bearing support assembly; and a cylindrical main body that contacts and extends generally axially along the bearing assembly to hold an outer race of the bearing assembly; and a bearing support member integrally joined with the centering spring and extending to the upper connection section to connect to an engine case of the gas turbine engine, wherein the bearing support assembly connects to a carbon seal assembly and the carbon seal assembly includes a seal housing having an outer radial arcuate portion that extends around the bearing assembly and a forward end connected by a fastener to the bearing support assembly at the intermediate connection section, characterized in that a squeeze film damper is disposed radially outward of the bearing assembly between the main body of the centering spring and an inner portion of the seal housing. an upper connection section at an outward radial portion; an intermediate connection section at a middle radial portion; a centering spring comprising: at least one beam that extends conically relative to a centerline axis of the gas turbine engine and to the rearward of the intermediate connection section, the outer radial end of the at least one centering spring beam being integrally joined to the intermediate connection section of the bearing support assembly; and a cylindrical main body that contacts and extends generally axially along the bearing assembly to hold an outer race of the bearing assembly; and at least one beam that extends conically relative to a centerline axis of the gas turbine engine and to the rearward of the intermediate connection section, the outer radial end of the at least one centering spring beam being integrally joined to the intermediate connection section of the bearing support assembly; and a cylindrical main body that contacts and extends generally axially along the bearing assembly to hold an outer race of the bearing assembly; and a bearing support member integrally joined with the centering spring and extending to the upper connection section to connect to an engine case of the gas turbine engine,
Method for operating an inductive measurement probe, which comprises a probe element, a sensor having a coil arrangement and a core which is connected to the probe element and which is movably arranged in relation to the coil arrangement, a reference component which converts an analog input voltage into an analog output voltage, a drive device which generates an identical analog input voltage for the sensor and the reference component and a processing device which combines the analog measurement signal of the sensor and the analog output voltage of the reference component into a measurement result, characterised by the following process steps: detection of a measurement signal with the sensor at various measuring times, simultaneous detection of the output voltage of the reference component at each of the measuring times, formation of a reference value or a reference function from the output voltages of several measuring points of the reference component, wherein the reference value is formed as the mean value of the output voltages of the reference component at several measuring times, correction of the measurement signal of the sensor at every measuring time by a correction value dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value, or correction of the measurement signal of the sensor at every measuring time by a correction function dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value or the reference function. detection of a measurement signal with the sensor at various measuring times, simultaneous detection of the output voltage of the reference component at each of the measuring times, formation of a reference value or a reference function from the output voltages of several measuring points of the reference component, wherein the reference value is formed as the mean value of the output voltages of the reference component at several measuring times, correction of the measurement signal of the sensor at every measuring time by a correction value dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value, or correction of the measurement signal of the sensor at every measuring time by a correction function dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value or the reference function.
A roll for rotating a movable contact of a rotary switch, characterized in that the roll comprises: a first slot going along the diameter of the roll and open from the top of the roll for receiving the movable contact for contacting with a stationary contact of the rotary switch; and a second slot arranged perpendicularly to the first slot for receiving teeth (37, 38) of an upper roll to be mounted together with the roll. a first slot going along the diameter of the roll and open from the top of the roll for receiving the movable contact for contacting with a stationary contact of the rotary switch; and a second slot arranged perpendicularly to the first slot for receiving teeth (37, 38) of an upper roll to be mounted together with the roll.
A system for aligning an auxiliary line connection in a termination assembly of a marine riser assembly, the system comprising: a terminal block secured to an outer diameter of a termination ring, the terminal block having a piston housing that extends through a sidewall of the termination ring, and the termination ring having a load shoulder on an inner diameter of the termination ring; a ring adapter with a shoulder, the ring adapter having an outer diameter sized to engage the inner diameter of the termination ring when the shoulder of the ring adapter is landed on the load shoulder of the termination ring; a piston pocket extending radially inward from the outer diameter of the ring adapter; a floating ring assembly retained within the piston pocket, the floating ring assembly being moveable within the piston pocket; and a piston housed within the piston housing, the piston having a central bore and being moveable between a retracted position where an outer end of the piston is spaced apart from the floating ring assembly, and an extended position where an outer surface of the piston engages an inner surface of the floating ring assembly, forming an auxiliary path from the terminal block to the ring adapter. a terminal block secured to an outer diameter of a termination ring, the terminal block having a piston housing that extends through a sidewall of the termination ring, and the termination ring having a load shoulder on an inner diameter of the termination ring; a ring adapter with a shoulder, the ring adapter having an outer diameter sized to engage the inner diameter of the termination ring when the shoulder of the ring adapter is landed on the load shoulder of the termination ring; a piston pocket extending radially inward from the outer diameter of the ring adapter; a floating ring assembly retained within the piston pocket, the floating ring assembly being moveable within the piston pocket; and a piston housed within the piston housing, the piston having a central bore and being moveable between a retracted position where an outer end of the piston is spaced apart from the floating ring assembly, and an extended position where an outer surface of the piston engages an inner surface of the floating ring assembly, forming an auxiliary path from the terminal block to the ring adapter.
A brake caliper arrangement structure for a motorcycle comprising: a swing arm that rotatably supports a rear wheel; a brake caliper for braking; and a brake caliper for parking which can maintain a parked state; wherein the brake caliper for braking and the brake caliper for parking are provided on the swing arm, characterised in that the brake caliper for braking and the brake caliper for parking are both arranged in front of an axle of the rear wheel when viewed from a side, and the brake caliper for parking is arranged at a position on a vehicle widthwise inside of the swing arm and overlapping the swing arm, and the brake caliper for braking is arranged above the swing arm. a swing arm that rotatably supports a rear wheel; a brake caliper for braking; and a brake caliper for parking which can maintain a parked state; wherein the brake caliper for braking and the brake caliper for parking are provided on the swing arm, characterised in that the brake caliper for braking and the brake caliper for parking are both arranged in front of an axle of the rear wheel when viewed from a side, and the brake caliper for parking is arranged at a position on a vehicle widthwise inside of the swing arm and overlapping the swing arm, and the brake caliper for braking is arranged above the swing arm.
A vehicle canopy comprising a stationary support bar having substantially vertical base sections and tilted vertical sections tilted at an angle with respect to the respective base sections, and a horizontal section extending between the tilted vertical sections, the horizontal section or the stationary support bar having a first peak height; characterized in that a set of subsidiary stationary support bars is connected to the vertical base sections of the stationary support bar, the subsidiary stationary support bars having a second peak height less than the first peak height; and that the canopy comprises a first support member; a set of mounting plates mounted above corresponding vertical base sections of the stationary support bar for supporting the first support member; a set of mounting flanges on the subsidiary stationary support bars; and a second support member supported by the mounting flanges.
A computer-implemented anisoplanatic aberration correction method for adaptive optical linear beam scanning imaging, characterized in comprising: in an adaptive optical linear beam scanning imaging system, performing temporal correction on an anisoplanatic region aberration in a linear beam scanning direction, and performing regional correction on an anisoplanatic region aberration in a linear beam direction.
A nozzle for an artificial snow making apparatus for producing a slitted hollow cone spray wherein the slitted hollow cone spray is formed by a spray curtain of water droplets, said spray curtain having the shape of a hollow cone with a slit, said slit forming a lateral air path into a hollow cone interior; the nozzle comprising: a water swirler configured to receive and to guide a flow of water such that the water flows along a main direction while simultaneously having a rotational motion which spirals around the main direction, thereby producing a flow of swirling water; a spray outlet configured to receive the flow of swirling water from the water swirler and to eject the flow of swirling water through an orifice, wherein the orifice is shaped so as to define a flow diverter configured to locally disturb the rotational motion of the flow of swirling water as the water is being ejected, wherein the flow diverter comprises an orifice perimeter step, said orifice perimeter step being a kink in a curve, wherein the curve defines a perimeter of a cross-section of the orifice, the cross-section being taken perpendicular to the main direction of the flow of swirling water, wherein the orifice perimeter step is configured to divert the flow of swirling water in a direction away from the cone axis such that the flow of swirling water rotationally passing over the orifice perimeter step is centrifugally spun outwards, thereby locally disturbing the rotational motion of the flow of swirling water to produce a slitted hollow cone spray; whereby the spray outlet is configured to eject a spray curtain of water droplets, the spray curtain having the shape of a conical surface with a lateral slit formed by the flow diverter. a water swirler configured to receive and to guide a flow of water such that the water flows along a main direction while simultaneously having a rotational motion which spirals around the main direction, thereby producing a flow of swirling water; a spray outlet configured to receive the flow of swirling water from the water swirler and to eject the flow of swirling water through an orifice, wherein the orifice is shaped so as to define a flow diverter configured to locally disturb the rotational motion of the flow of swirling water as the water is being ejected, wherein the flow diverter comprises an orifice perimeter step, said orifice perimeter step being a kink in a curve, wherein the curve defines a perimeter of a cross-section of the orifice, the cross-section being taken perpendicular to the main direction of the flow of swirling water, wherein the orifice perimeter step is configured to divert the flow of swirling water in a direction away from the cone axis such that the flow of swirling water rotationally passing over the orifice perimeter step is centrifugally spun outwards, thereby locally disturbing the rotational motion of the flow of swirling water to produce a slitted hollow cone spray; whereby the spray outlet is configured to eject a spray curtain of water droplets, the spray curtain having the shape of a conical surface with a lateral slit formed by the flow diverter.
A method for diagnosing renal cell carcinoma in a subject, comprising the steps of: (a) measuring kinase activity of a kidney lysate sample from said subject, by contacting said sample with at least one protein kinase substrate, thereby providing a phosphorylation profile of said kidney sample, and, (b) determining from said phosphorylation profile the presence or absence of renal cell carcinoma in said subject, thereby diagnosing renal cell carcinoma in said subject. (a) measuring kinase activity of a kidney lysate sample from said subject, by contacting said sample with at least one protein kinase substrate, thereby providing a phosphorylation profile of said kidney sample, and, (b) determining from said phosphorylation profile the presence or absence of renal cell carcinoma in said subject, thereby diagnosing renal cell carcinoma in said subject.