mhurhangee/ep-ind-claims huggingface dataset:
A retractor comprising an outer tube, in the form of a torus segment, with a concave surface that faces towards the center of a surrounded space, said concave surface comprising at least one motion channel formed on said concave surface, an inner tube in the form of a torus-segment movably and telescopically placed in an inner part of the outer tube, such that said inner tube and said outer tube define said surrounded space, a plurality of tissue pushers hung to the motion channel and which are constituted in a manner that they can move along the outer tube, said retractor being adapted to be used at open heart surgeries to make the mitral and tricuspid valves apparent during the surgical operation, said retractor being characterized in that it further comprises: - a plurality of adjustment holes formed on said surface of the inner tube that faces toward the center of the surrounded space, - holders fixed to each end of the outer tube by connection rings (122.1), wherein said holders are attached to the adjustment holes of said inner tube by pins. - a plurality of adjustment holes formed on said surface of the inner tube that faces toward the center of the surrounded space, - holders fixed to each end of the outer tube by connection rings (122.1), wherein said holders are attached to the adjustment holes of said inner tube by pins.
A clutch control device for a work machine comprising an engine, a wet clutch connected to the engine, a fan connected to an output shaft of the clutch, an engine rotational speed sensor adapted for detecting the rotational speed of the engine, an oil temperature sensor adapted for detecting a clutch oil temperature, a fan rotational speed sensor adapted for detecting the rotational speed of the fan, and a controller adapted for controlling the operation of the clutch, wherein the controller includes: a target fan rotational speed calculation module that is configured to calculate a target fan rotational speed for the fan based on a clutch connection demand inputted; a clutch command calculation module that is configured to choose one clutch characteristic curve from the plurality of clutch characteristic curves based on detection signals outputted from the oil temperature sensor and the engine rotational speed sensor and output with reference to the chosen clutch characteristic curve a first clutch control signal corresponding to the target fan rotational speed; a feedback control module that is configured to output a second clutch control signal based on the difference between the target fan rotational speed and an actual fan rotational speed of the fan outputted from the fan rotational speed sensor; and an adder that is configured to add the first clutch control signal and the second clutch control signal to output a third clutch control signal to the clutch, characterized by a clutch characteristic curve storage module that, in association with the oil temperatures of the clutch and the rotational speeds of the engine, is configured to store a plurality of clutch characteristic curves each prescribing the relation between the target fan rotational speeds and control signals for the clutch, wherein a plurality of clutch characteristic curves and a plurality of clutch characteristic curves for deteriorate oil condition of the clutch, and an oil deterioration judging module that is configured to judge the deterioration of the oil in comparison of the clutch characteristic curve corresponding to the clutch oil temperature and the rotational speed of the engine with the clutch characteristic curve in the situation of oil deterioration. a target fan rotational speed calculation module that is configured to calculate a target fan rotational speed for the fan based on a clutch connection demand inputted; a clutch command calculation module that is configured to choose one clutch characteristic curve from the plurality of clutch characteristic curves based on detection signals outputted from the oil temperature sensor and the engine rotational speed sensor and output with reference to the chosen clutch characteristic curve a first clutch control signal corresponding to the target fan rotational speed;
A solid pharmaceutical composition comprising a solid dispersion containing amorphous enzalutamide and a concentration-enhancing polymer, wherein the polymer is hydroxypropyl methylcellulose acetate succinate.
A method for obtaining a stabilised suspension of red blood cells (RBCs) encapsulating an active ingredient, from resealed RBCs incorporating the active ingredient, the method comprising the incubation of the resealed RBCs in an incubation solution, at an osmolality of no less than 280 mOsmol/kg, for a time of 30 minutes or more, the incubation solution being a solution that does not contain a bridging or cross-linking agent which is denaturing for the RBC membrane, the liquid medium is then removed from the incubated suspension and the RBCs obtained are placed in suspension in a solution allowing the injection of the suspension in a patient.
A method for preparing an at least partially exfoliated clay, comprising the steps of: providing a clay; providing an exfoliating agent, comprising a partial ester of poly(alkylene oxide) (meth)acrylate, a cyclic carbonate and water, wherein the water is present in an amount of 10% by volume or less based on the volume of the exfoliating agent; mixing the clay and the exfoliating agent; and obtaining the at least partially exfoliated clay. providing a clay; providing an exfoliating agent, comprising a partial ester of poly(alkylene oxide) (meth)acrylate, a cyclic carbonate and water, wherein the water is present in an amount of 10% by volume or less based on the volume of the exfoliating agent; mixing the clay and the exfoliating agent; and obtaining the at least partially exfoliated clay.
A material comprising a reaction product of a cyclic azasilane with water and a compound or polymer comprising an isocyanate functional group or an epoxy functional group, characterized in that the cyclic azasilane is selected from azasilanes having the following structures:
SOEC system comprising a fuel cell stack with a gas side and an air side, wherein in an electrolyser mode the cathode is the gas side and the anode is the air side, and an ejector for supplying a process fluid to a gas inlet on the gas side, wherein the ejector having a primary inlet for introducing a water-containing primary process fluid through a primary line of the SOEC system into a primary section, and a secondary inlet for introducing recirculated secondary recirculated secondary process fluid through a recirculation line of the SOEC system from a gas outlet on the gas side into a secondary section of the ejector, characterised by a control gas supply section for supplying control gas into the primary section and into the secondary section for controlling a pressure and/or a mass flow in the primary section and in the secondary section, wherein the control gas supply section for controlling the pressure and/or the mass flow in the primary section and in the secondary section comprises a valve arrangement (19, 20).
Method for producing a circuit carrier (43, 55), wherein a carrier substrate (33, 35, 45) is provided, wherein a structure (37, 47) for a conductor (40, 52) to be applied is introduced by means of a laser into the surface (31, 39, 39) of the carrier substrate (33, 35, 45), wherein the structure (37, 47) is provided with a metallic coating (41, 53) forming the conductor (40, 52) under formation of the circuit carrier (43, 54), and a ceramic material (12, 16) is used as the carrier substrate (33, 35, 45), characterized in that the ceramic material has a composition comprising 85 to 99 vol-% aluminum oxide, Al 2 O 3, and 1 to 15 vol-% copper oxide, Cu 2 O.
Protective device for a work vehicle cabin front, consisting of a front protection, wherein the front protection consists of a fixed foot protection and a mobile protection, wherein in a closed position the mobile protection is complementarily arranged on the fixed foot protection, wherein in an open position the mobile protection is folded down and thereby arranged in front of the fixed foot protector, characterized in that a swivel backdrop is provided between the fixed foot protection and the mobile protection, wherein a gas pressure spring is arranged between the fixed foot protection and the mobile protection or the swivel backdrop.
A spray tip for multidirectional or three-dimensional spraying of an unmixed two-part sealant and/or hemostat comprising a first biocompatible component and a biocompatible second component onto a tissue or wound comprising: a hollow body having inside a first component distribution compartment and a second component distribution compartment, said compartments not in fluid communication with each other; conduits (25, 35) to supply the first component into the first component distribution compartment and the second component into the second component distribution compartment; a plurality of first exit orifices on said spray tip in fluid communication with the first component distribution compartment and a plurality of second exit orifices on spray tip in fluid communication with the second component distribution compartment; wherein said first exit orifices are positioned alternatingly with said second exit orifices around the spray tip; wherein said exit orifices point towards outside of the spray tip in multiple directions; and characterised in that a resulting spray pattern from the spray tip comprises a circular array of streams projecting radially from the spray tip, wherein said exit orifices are directed towards an area encompassing approximately a sphere. a hollow body having inside a first component distribution compartment and a second component distribution compartment, said compartments not in fluid communication with each other; conduits (25, 35) to supply the first component into the first component distribution compartment and the second component into the second component distribution compartment; a plurality of first exit orifices on said spray tip in fluid communication with the first component distribution compartment and a plurality of second exit orifices on spray tip in fluid communication with the second component distribution compartment; wherein said first exit orifices are positioned alternatingly with said second exit orifices around the spray tip; wherein said exit orifices point towards outside of the spray tip in multiple directions; and characterised in that a resulting spray pattern from the spray tip comprises a circular array of streams projecting radially from the spray tip, wherein said exit orifices are directed towards an area encompassing approximately a sphere.
An Insert comprising a. a base and b. an outer skirt extending from i. the base,thereby forming a chamber ii. said outer skirt being provided with a first inner skirt surface and a first outer skirt surface; and c. at least one fixation means arranged at the first outer skirt surface and configured to interact with a panel when inserted in an opening of the panel in order to increase initial insert stability, wherein d. the insert comprises an inner skirt that extends from the base and is arranged in the chamber and spaced apart a distance from the outer skirt. a. a base and b. an outer skirt extending from i. the base,thereby forming a chamber ii. said outer skirt being provided with a first inner skirt surface and a first outer skirt surface; and i. the base,thereby forming a chamber ii. said outer skirt being provided with a first inner skirt surface and a first outer skirt surface; and c. at least one fixation means arranged at the first outer skirt surface and configured to interact with a panel when inserted in an opening of the panel in order to increase initial insert stability, wherein d. the insert comprises an inner skirt that extends from the base and is arranged in the chamber and spaced apart a distance from the outer skirt.
A tail rotor for a rotorcraft, comprising: a hub driven by a torque source; and a first tail rotor blade (103, 201) affixed to the hub; wherein a pitch of the first tail rotor blade (103, 201) is fixed; wherein a profile of a leading edge of the first tail rotor blade (103, 201) is identical to a profile of a trailing edge of the first tail rotor blade (103, 201); and characterized in that the first tail rotor blade (103, 201) is a bidirectional tail rotor blade (103, 201) that is symmetric about a median axis of the bidirectional tail rotor blade (103, 201), wherein the median axis is located midway along a chord axis between the leading edge of the bidirectional tail rotor blade (103, 201) and the trailing edge of the bidirectional tail rotor blade (103, 201), and wherein a maximum thickness of the bidirectional tail rotor blade (103, 201) is midway between the leading edge and the trailing edge. a hub driven by a torque source; and a first tail rotor blade (103, 201) affixed to the hub; wherein a pitch of the first tail rotor blade (103, 201) is fixed; wherein a profile of a leading edge of the first tail rotor blade (103, 201) is identical to a profile of a trailing edge of the first tail rotor blade (103, 201); and characterized in that the first tail rotor blade (103, 201) is a bidirectional tail rotor blade (103, 201) that is symmetric about a median axis of the bidirectional tail rotor blade (103, 201), wherein the median axis is located midway along a chord axis between the leading edge of the bidirectional tail rotor blade (103, 201) and the trailing edge of the bidirectional tail rotor blade (103, 201), and wherein a maximum thickness of the bidirectional tail rotor blade (103, 201) is midway between the leading edge and the trailing edge.
A composition for topical administration in a urogenital area and/or a vagina comprising: a therapeutically effective amount of a selective estrogen receptor modulator (SERM), wherein the SERM comprises 0.038 mg/ml of the composition to 1.9 mg/ml of the composition; an intracellular carrier for carrying the SERM into a cell, wherein the intracellular carrier is a natural oil; and a therapeutically effective amount of a cellular anti-inflammatory agent, wherein the cellular anti-inflammatory agent comprises a medicinal grade honey as 30% by volume to 62% by volume of the total liquid ingredients. a therapeutically effective amount of a selective estrogen receptor modulator (SERM), wherein the SERM comprises 0.038 mg/ml of the composition to 1.9 mg/ml of the composition; an intracellular carrier for carrying the SERM into a cell, wherein the intracellular carrier is a natural oil; and a therapeutically effective amount of a cellular anti-inflammatory agent, wherein the cellular anti-inflammatory agent comprises a medicinal grade honey as 30% by volume to 62% by volume of the total liquid ingredients.
A method for obtaining a purified recombinant osteopontin comprising: obtaining a transgenic microalgae expressing a recombinant osteopontin (rOPN); disrupting a cell structure of the transgenic microalgae in a liquid environment having a first pH of between 4.3 and 6.0 to produce soluble and insoluble cellular fractions, wherein the rOPN is in the soluble fraction; separating the soluble and insoluble fractions; increasing the pH of the soluble fraction to a second pH of between 6.0 and 8.5 in the presence of a soluble calcium salt at a concentration between 100 mM to 250 mM to form a precipitate containing the rOPN and a supernatant; separating the precipitate from the supernatant; solubilizing the rOPN in a liquid having a third pH of between 4.5 and 5.0; removing the calcium salt from the solubilized rOPN; applying the solubilized rOPN to an anion exchange medium, wherein the rOPN binds to the anion exchange medium; eluting the bound rOPN from the anion exchange medium; and collecting the rOPN to obtain a purified rOPN. obtaining a transgenic microalgae expressing a recombinant osteopontin (rOPN); disrupting a cell structure of the transgenic microalgae in a liquid environment having a first pH of between 4.3 and 6.0 to produce soluble and insoluble cellular fractions, wherein the rOPN is in the soluble fraction; separating the soluble and insoluble fractions; increasing the pH of the soluble fraction to a second pH of between 6.0 and 8.5 in the presence of a soluble calcium salt at a concentration between 100 mM to 250 mM to form a precipitate containing the rOPN and a supernatant; separating the precipitate from the supernatant; solubilizing the rOPN in a liquid having a third pH of between 4.5 and 5.0; removing the calcium salt from the solubilized rOPN; applying the solubilized rOPN to an anion exchange medium, wherein the rOPN binds to the anion exchange medium; eluting the bound rOPN from the anion exchange medium; and collecting the rOPN to obtain a purified rOPN.
A method for analyzing scans of a shoe part to generate dimension data, which is useable to model three-dimensional (3-D) features of the shoe part, the method comprising: projecting, with at least one laser, a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface; recording, with at least one camera, an image of the projected laser line, wherein the image comprises a representation of the projected laser line; determining coordinate points that define the representation of the line as depicted in the image; combining the coordinate points with a plurality of other coordinate points, which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface, thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part sensed by the at least one camera. projecting, with at least one laser, a laser beam onto a shoe-part surface of the shoe part that is comprised of a surface topography, such that a projected laser line extends across a section of the shoe-part surface; recording, with at least one camera, an image of the projected laser line, wherein the image comprises a representation of the projected laser line; determining coordinate points that define the representation of the line as depicted in the image; combining the coordinate points with a plurality of other coordinate points, which are derived from additional images recorded when the laser beam is projected onto other sections of the shoe-part surface, thereby compiling a combination of coordinate points that represent the surface topography; and converting the combination of coordinate points into geometric coordinate points that represent a 3-D model of the surface topography; characterized in that a power level of the laser beam is adjusted based on a color of the shoe part sensed by the at least one camera.
An organic polymerizable composition for producing a molded polymeric article, the composition comprising a mold release agent comprised of ionic fluoride and/or ionic fluoride precursor present in an amount sufficient to effect at least partial demolding of the polymeric article from a mold, wherein the ionic fluoride is present in an amount ranging from 20 to 5000 ppm; wherein the mold release agent is selected from the group consisting of ammonium fluoride, potassium fluoride, cesium fluoride, tin fluoride, sodium tetrafluoroborate, tetrabutyl ammonium fluoride (trihydrate), and mixtures thereof; and wherein the composition further comprises a mold release agent which does not comprise ionic fluoride. wherein the ionic fluoride is present in an amount ranging from 20 to 5000 ppm; wherein the mold release agent is selected from the group consisting of ammonium fluoride, potassium fluoride, cesium fluoride, tin fluoride, sodium tetrafluoroborate, tetrabutyl ammonium fluoride (trihydrate), and mixtures thereof; and wherein the composition further comprises a mold release agent which does not comprise ionic fluoride.
Numbering unit comprising an upper part and a lower part, wherein the lower part is designed to be fixed firmly, but detachably, to a mounting ring of a numbering machine, and wherein a clamping fixation is provided between the upper part and the lower part, namely a clamping fixation can be established or is established between the upper part and the lower part, so that the lower part may remain on the mounting ring of a numbering machine if the upper part is replaced.
An endoscope comprising: • an endoscopic head; • an image display device for displaying images picked up via said endoscopic head; and • an elongate member connected to the endoscopic head; the endoscope being characterized in that said endoscopic head also includes a frequency inspection device comprising at least one vibration sensor, a contact element for mechanically exciting a subject for frequency inspection by simple impact, and an actuator for driving a single impulse of said contact element against the subject for frequency inspection. • an endoscopic head; • an image display device for displaying images picked up via said endoscopic head; and • an elongate member connected to the endoscopic head;