mhurhangee/ep-ind-claims huggingface dataset:
A walking assistance apparatus comprising: a frame configured to mount on a lower leg of a user; a sole support connected to the frame, the sole support configured to support a sole of a foot of the user; a pusher (14, 24, 34) configured to move relative to the frame to push a ground in response to power transferred thereto; an actuator on the frame, the actuator configured to transfer the power to the pusher (14, 24, 34, 44); and a toe support configured to support a toe of the user, characterized in that the pusher (14, 24, 34) is connected to the toe support and configured to move the toe support relative to the sole support. a frame configured to mount on a lower leg of a user; a sole support connected to the frame, the sole support configured to support a sole of a foot of the user; a pusher (14, 24, 34) configured to move relative to the frame to push a ground in response to power transferred thereto; an actuator on the frame, the actuator configured to transfer the power to the pusher (14, 24, 34, 44); and a toe support configured to support a toe of the user, characterized in that the pusher (14, 24, 34) is connected to the toe support and configured to move the toe support relative to the sole support.
Device for checking a correct position alignment of a plug in a syringe or carpule, with - a holding element for fixing a hollow body of the syringe or carpule; - a measuring head traversed by at least one channel, the channel being designed such that it can be brought into fluid connection with a first opening of the hollow body, wherein - a plug is placed into a second opening of the hollow body; - a pressure sensor which is in fluid connection with the channel of the measuring head, and with - a pressure source being designed such that it can be brought into fluid connection with the first opening of the hollow body, characterized by - a control device configured to register a pressure prevailing at the pressure sensor during the introduction of a predetermined volume of a medium into the first opening of the hollow body, wherein - the control device is configured to compare the registered pressure with a reference value, and wherein - the control device is configured to mark the hollow body as a rejected part, depending on the comparison. - a holding element for fixing a hollow body of the syringe or carpule; - a measuring head traversed by at least one channel, the channel being designed such that it can be brought into fluid connection with a first opening of the hollow body, wherein - a plug is placed into a second opening of the hollow body; - a pressure sensor which is in fluid connection with the channel of the measuring head, and with - a pressure source being designed such that it can be brought into fluid connection with the first opening of the hollow body, - a control device configured to register a pressure prevailing at the pressure sensor during the introduction of a predetermined volume of a medium into the first opening of the hollow body, wherein - the control device is configured to compare the registered pressure with a reference value, and wherein - the control device is configured to mark the hollow body as a rejected part, depending on the comparison.
A variant pullulanase, wherein the pullulanase comprises at least the following combination of substitutions corresponding to N368G+N393A+Q431 E+L432F+A492A,S+N610R+G624S+T631S+S632C+N222P+Q252A+ Q256R of SEQ ID NO: 3; wherein the variant has pullulanase activity, and wherein the variants have at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to the polypeptide of SEQ ID NO: 3.
A method for manufacturing a nanoscale object from a structure comprising a strained elastic layer on a foundation in the solid state present at the surface of a rigid substrate, the method comprising the implementation of the steps of: - melting the foundation (31, 310) to bring it to liquid state for a duration higher than or equal to 50 ns, the thickness of the foundation being at least 20nm and lower than a predetermined thickness corresponding to a theoretical peak-to-peak amplitude of wrinkles, said melting resulting in a stress relaxation of the elastic layer which generates a simultaneous deformation, by formation of wrinkles, of the elastic layer and of the foundation (31, 310), the formation of the wrinkles being accompanied by a localized contact between the elastic layer and the rigid substrate separating regions of the foundation; - solidifying the foundation to bring it back to solid state (33, 320), said solidification forming a solid structure (10', 100') having wrinkles at the surface; the method being characterized in that the melting and solidification steps are reiterated to increase the interval (C1, C2, C5) between the separated regions of the foundation until it reaches the yield point of the elastic layer, the rupture of the elastic layer being accompanied by an eruption of the liquid from the foundation which is to form the nanoscale object. - melting the foundation (31, 310) to bring it to liquid state for a duration higher than or equal to 50 ns, the thickness of the foundation being at least 20nm and lower than a predetermined thickness corresponding to a theoretical peak-to-peak amplitude of wrinkles, said melting resulting in a stress relaxation of the elastic layer which generates a simultaneous deformation, by formation of wrinkles, of the elastic layer and of the foundation (31, 310), the formation of the wrinkles being accompanied by a localized contact between the elastic layer and the rigid substrate separating regions of the foundation; - solidifying the foundation to bring it back to solid state (33, 320), said solidification forming a solid structure (10', 100') having wrinkles at the surface;
An airfoil comprising: an airfoil portion having pressure and suction surfaces extending in an axial direction from a leading edge to a trailing edge, the leading and trailing edges extending in a radial direction from a root section to a tip section and defining a mean span therebetween; an inner endwall extending in axial and circumferential directions adjacent the root section of the airfoil portion; and an outer endwall extending in axial and circumferential directions adjacent the tip section of the airfoil portion, wherein at least one of the inner endwall or the outer endwall has a non axis-symmetric contour defined by varying radial deviations from a circumferentially uniform nominal inner (R ID) or outer radius (R OD), respectively; characterised in that: the radial deviations of the at least one of the inner endwall and the outer endwall vary by at least three percent of the mean span along the axial and circumferential directions. an airfoil portion having pressure and suction surfaces extending in an axial direction from a leading edge to a trailing edge, the leading and trailing edges extending in a radial direction from a root section to a tip section and defining a mean span therebetween; an inner endwall extending in axial and circumferential directions adjacent the root section of the airfoil portion; and an outer endwall extending in axial and circumferential directions adjacent the tip section of the airfoil portion,
A medical capsule being equipped with a sensor device comprising light emitting and light receiving elements (10, 12), the sensor device is adapted to detect blood especially gastrointestinal bleeding on the basis of light absorption properties of the blood, wherein the capsule is provided with a casing forming a recess or gap at its outer surface having a recess width which represents a fixed measuring track between the light emitting and light receiving elements (10, 12) being arranged at opposing sides (8a, 8b) of the recess or gap when seen in its width direction, wherein the recess or gap comprises a recess bottom, wherein the medical capsule is provided with a shielding plate/layer/membrane being arranged at least at or near the bottom of the recess or gap and extending along the width direction of the recess or gap to exceed the recess or gap at its both sides (8a, 8b) into its width direction, wherein the shielding plate/layer/membrane is embedded and/or moulded in the casing; characterised in that the shielding plate/layer/membrane comprises at least one middle portion being freely exposed to the inner space of the recess at the recess bottom to provide an interruption/block/wall for stopping/prohibiting the transmission of light from the light emitting member to the light receiving member through the material of the capsule casing.
Device for smoothing an internal and/or external toothing (4a; 14a, 14b) of a component (4; 14), wherein, inside the internal toothing (4a; 14a) and/or outside the external toothing, at least two feedable smoothing gearwheels (A, B, C; Ai, Bi, Ci, Aa, Ba, Ca) that engage in the internal toothing (4a; 14a) and/or the external toothing are arranged in a rotatable manner, characterized in that the component (4; 14) is not clamped firmly in place in the device during smoothing but rather only rests loosely on a support during smoothing, and wherein at least one of the smoothing gearwheels (A, B, C; Ai, Bi, Ci, Aa, Ba, Ca) has a thrust ring, which limits axial movements, arising during smoothing, of the component (4; 14) that is not clamped firmly in place.
A harvesting header for attachment to a harvesting machine, the header comprising two or more sub-assemblies each of which includes a respective crop gathering mechanism and a respective drive mechanism coupled to operate the crop gathering mechanism, wherein the drive mechanisms for the respective sub-assemblies are operable independently of one another and characterised in that said drive mechanisms are further operable in dependence on a radius of a curved path travelled by the harvesting machine.
An introducer assembly (50, 100, 200) comprising: an elongate sheath (2, 102, 202) sized for insertion into a blood vessel of a patient, the sheath having a longitudinal axis (8, 108, 208); a hub (10, 110, 210) coupled to a proximal portion of the elongate sheath (2, 102, 202), the hub (10, 110, 210) comprising: a first hub portion (12, 112, 212) having a first notch (14, 114, 214); a second hub portion (16, 116, 216) partially surrounding the first hub portion (12, 112, 212), the second hub portion (16, 116, 216) comprising: two wings (18a, 18b, 118a, 118b, 218a, 218b); and an opening (20, 120, 220) disposed above the first notch (14, 114, 214); and wherein the first hub portion (12, 112, 212) comprises a first material and the second hub portion (16, 116, 216) comprises a second material, the first material differing from the second material, characterized in that the first material has a first ultimate strength and the second material has a second ultimate strength, the second ultimate strength being greater than the first ultimate strength. an elongate sheath (2, 102, 202) sized for insertion into a blood vessel of a patient, the sheath having a longitudinal axis (8, 108, 208); a hub (10, 110, 210) coupled to a proximal portion of the elongate sheath (2, 102, 202), the hub (10, 110, 210) comprising: a first hub portion (12, 112, 212) having a first notch (14, 114, 214); a second hub portion (16, 116, 216) partially surrounding the first hub portion (12, 112, 212), the second hub portion (16, 116, 216) comprising: two wings (18a, 18b, 118a, 118b, 218a, 218b); and an opening (20, 120, 220) disposed above the first notch (14, 114, 214); and wherein the first hub portion (12, 112, 212) comprises a first material and the second hub portion (16, 116, 216) comprises a second material, the first material differing from the second material, characterized in that the first material has a first ultimate strength and the second material has a second ultimate strength, the second ultimate strength being greater than the first ultimate strength. a first hub portion (12, 112, 212) having a first notch (14, 114, 214); a second hub portion (16, 116, 216) partially surrounding the first hub portion (12, 112, 212), the second hub portion (16, 116, 216) comprising: two wings (18a, 18b, 118a, 118b, 218a, 218b); and an opening (20, 120, 220) disposed above the first notch (14, 114, 214); and two wings (18a, 18b, 118a, 118b, 218a, 218b); and an opening (20, 120, 220) disposed above the first notch (14, 114, 214); and wherein the first hub portion (12, 112, 212) comprises a first material and the second hub portion (16, 116, 216) comprises a second material, the first material differing from the second material, characterized in that the first material has a first ultimate strength and the second material has a second ultimate strength, the second ultimate strength being greater than the first ultimate strength.
A histidine-trehalose formulation comprising T1h antibody in an amount from 25 mg/ml to 250 mg/ml, 10 mM to 30 Mm histidine buffer, 1% to 15% trehalose, and 0.001% to 0.05% surfactant and a pH of 5 to 7.5.
A method of processing calls to a customer, the method comprising: processing a first set of call detail records of the customer, each call detail record in said first set of call detail records corresponding to an individual call and including multiple information fields providing information about the individual call to which the call detail record corresponds, said processing including: generating from some of said call detail records of the first set of call detail records, on a per call detail record basis, one or more Field Group IDs using a hash function, said one or more Field Group IDs including a first Field Group ID, said first Field Group ID being an ID for a first logical subscriber group and being generated by using the hash function on a subscriber number included in one of said call detail records, said subscriber number being compacted into the first logical subscriber group via the use of the hash function; generating for call detail records corresponding to the first Field Group ID a first set of key performance indicators, said first set of key performance indicators including one or more key performance indicators corresponding to the first Field Group ID, said one or more key performance indicators including at least a first key performance indicator; and determining that a first key performance indicator violation has occurred for the first Field Group ID when the first key performance indicator exceeds a first dynamic performance threshold. generating from some of said call detail records of the first set of call detail records, on a per call detail record basis, one or more Field Group IDs using a hash function, said one or more Field Group IDs including a first Field Group ID, said first Field Group ID being an ID for a first logical subscriber group and being generated by using the hash function on a subscriber number included in one of said call detail records, said subscriber number being compacted into the first logical subscriber group via the use of the hash function; generating for call detail records corresponding to the first Field Group ID a first set of key performance indicators, said first set of key performance indicators including one or more key performance indicators corresponding to the first Field Group ID, said one or more key performance indicators including at least a first key performance indicator; and determining that a first key performance indicator violation has occurred for the first Field Group ID when the first key performance indicator exceeds a first dynamic performance threshold.
A gas turbine engine stator vane combination (100; 126; 160; 210; 299) comprising: a stator vane body (102; 128; 162; 212; 301) having an airfoil with a leading edge, a trailing edge, a suction side and a pressure side, and having at least one internal cooling air channel, said stator vane body (102...301) being formed of ceramic matrix composite materials; a spar (104; 132; 164; 214; 314) received within said at least one cooling air channel and formed of a metal, and said spar (104...314) having an outer peripheral surface spaced from an inner peripheral surface (107; 122; 166; 200; 311) of the cooling air channel to define a cooling air path, with said cooling air path having a varying cross-sectional area through the cooling air channel, characterised in that: said variable cross-sectional area is achieved by said spar (104...314) having a variation in said outer peripheral surface, with a first thinner portion (134; 144) leading into an outwardly first ramped portion (136, 146) at each of a leading edge end (117; 300), trailing edge end (119; 300), suction wall face and pressure wall face of said spar (104...314) to change the cross-sectional area; and there is a second ramped portion (140, 150) beyond said first ramped portion (136, 146), and said second ramped portion (140, 150) ramps back to a second thinner portion (142, 152) such that the cross-sectional area of the cooling air path decreases at the first ramped portion (136, 146) and increases at the second ramped portion (140, 150). a stator vane body (102; 128; 162; 212; 301) having an airfoil with a leading edge, a trailing edge, a suction side and a pressure side, and having at least one internal cooling air channel, said stator vane body (102...301) being formed of ceramic matrix composite materials; a spar (104; 132; 164; 214; 314) received within said at least one cooling air channel and formed of a metal, and said spar (104...314) having an outer peripheral surface spaced from an inner peripheral surface (107; 122; 166; 200; 311) of the cooling air channel to define a cooling air path, with said cooling air path having a varying cross-sectional area through the cooling air channel, said variable cross-sectional area is achieved by said spar (104...314) having a variation in said outer peripheral surface, with a first thinner portion (134; 144) leading into an outwardly first ramped portion (136, 146) at each of a leading edge end (117; 300), trailing edge end (119; 300), suction wall face and pressure wall face of said spar (104...314) to change the cross-sectional area; and there is a second ramped portion (140, 150) beyond said first ramped portion (136, 146), and said second ramped portion (140, 150) ramps back to a second thinner portion (142, 152) such that the cross-sectional area of the cooling air path decreases at the first ramped portion (136, 146) and increases at the second ramped portion (140, 150).
A system comprising a sensor for measuring a skin parameter, the sensor comprising (i) a plurality of spatially separated light sources configured to provide light source light, and (ii) a detector configured at a first distance from each of the light sources, wherein the first distance is selected from the range of 5-80 mm, wherein the sensor comprises at least three light sources, wherein the light sources are configured to provide unpolarized light source light, wherein the sensor further comprises (iii) a sensor opening downstream in the beam of light propagating from the light sources and upstream in this beam of light of the detector for propagation of the light source light out of the sensor towards a skin of which a skin parameter is to be measured and for entrance of reflected sensor light into the sensor, wherein the light source light propagating out of the sensor opening is unpolarized light source light, and (iv) a sensor window, of a material transmissive for the light source light, configured downstream in the beam of light propagating from the light sources, configured upstream in this beam of light of the sensor opening, and configured upstream in this beam of light of the detector with a second distance to the sensor opening of at least 3 mm (i) a plurality of spatially separated light sources configured to provide light source light, and (ii) a detector configured at a first distance from each of the light sources, wherein the first distance is selected from the range of 5-80 mm, wherein the sensor comprises at least three light sources, wherein the light sources are configured to provide unpolarized light source light, wherein the sensor further comprises wherein the first distance is selected from the range of 5-80 mm, wherein the sensor comprises at least three light sources, wherein the light sources are configured to provide unpolarized light source light, wherein the sensor further comprises (iii) a sensor opening downstream in the beam of light propagating from the light sources and upstream in this beam of light of the detector for propagation of the light source light out of the sensor towards a skin of which a skin parameter is to be measured and for entrance of reflected sensor light into the sensor, wherein the light source light propagating out of the sensor opening is unpolarized light source light, and (iv) a sensor window, of a material transmissive for the light source light, configured downstream in the beam of light propagating from the light sources, configured upstream in this beam of light of the sensor opening, and configured upstream in this beam of light of the detector with a second distance to the sensor opening of at least 3 mm
An apparatus comprising: a first pH measuring instrument adapted to measure a pH value of washing water discharged from a scrubber to outboard a ship having the scrubber; characterised by a second pH measuring instrument adapted to measure a pH value of washing water supplied from outboard to the scrubber; and a calculating unit adapted to calculate a pH value of water at a predetermined position outboard, while the ship is determined to be at anchor, based on a dilution ratio which shows a ratio by which the washing water discharged to outboard is diluted at the predetermined position outboard, the pH value measured by the first pH measuring instrument, and the pH value measured by the second pH measuring instrument. a first pH measuring instrument adapted to measure a pH value of washing water discharged from a scrubber to outboard a ship having the scrubber; characterised by a second pH measuring instrument adapted to measure a pH value of washing water supplied from outboard to the scrubber; and a calculating unit adapted to calculate a pH value of water at a predetermined position outboard, while the ship is determined to be at anchor, based on a dilution ratio which shows a ratio by which the washing water discharged to outboard is diluted at the predetermined position outboard, the pH value measured by the first pH measuring instrument, and the pH value measured by the second pH measuring instrument.
A diesel exhaust fluid tank with a breather assembly (14, 70), said breather assembly (14, 70) comprising: a housing (46, 48, 72, 76) having an inlet for ambient air, an interior chamber and an outlet fluidly connectable to the DEF tank; a particle filter (54, 80) positioned adjacent said ambient air inlet for filtering particles from the air entering said interior chamber (58, 68, 74, 78); and, a hydrophobic membrane (62, 84) in said interior chamber (58, 68, 74, 78) interposed between said particle filter (54, 80) and said outlet for preventing outflow of DEF vapor and condensate to said interior chamber (58, 68, 74, 78). a housing (46, 48, 72, 76) having an inlet for ambient air, an interior chamber and an outlet fluidly connectable to the DEF tank; a particle filter (54, 80) positioned adjacent said ambient air inlet for filtering particles from the air entering said interior chamber (58, 68, 74, 78); and, a hydrophobic membrane (62, 84) in said interior chamber (58, 68, 74, 78) interposed between said particle filter (54, 80) and said outlet for preventing outflow of DEF vapor and condensate to said interior chamber (58, 68, 74, 78).