mhurhangee/ep-ind-claims huggingface dataset:
A tablet suitable for preventing and treating hyperlipidemia with reduced side effects of rosuvastatin comprising: (a) therapeutically effective amount of metformin or its pharmaceutically acceptable salts, (b) sustained release carriers selected from the group consisting of hydroxy propyl methyl cellulose, methyl cellulose, ethyl cellulose, hydroxy methyl cellulose, hydroxy ethyl cellulose, hydroxy propyl cellulose, hydroxy ethyl methyl cellulose, polyethylene oxide, polyvinyl acetate, polyvinyl alcohol, povidone (c) therapeutically effective amount of rosuvastatin or its pharmaceutically acceptable salts and (d) excipients, wherein the manufacturing process for the tablet is described below: step. producing granules after mixing (a) the metformin or its pharmaceutically acceptable salts, (b) sustained release carriers and (d) excipients; step. preparing tablets with the granules of step and (d) excipients; and step. coating the tablets of step with coating agent and (c) rosuvastatin or its pharmaceutically acceptable salts; wherein 50 to 100% of the (c) rosuvastatin or its pharmaceutically acceptable salts is immediately released in water or physiological pH dissolution medium within approximately 10 to 60 minutes according to Dissolution Test Method No. 2 (Paddle method) of the Korean Pharmacopoeia, wherein a weight ratio of (a) metformin or its pharmaceutically acceptable salts: (b) sustained release carriers: (c) rosuvastatin or its pharmaceutically acceptable salts: (d) excipients is 1: 0.01∼5: 0.001∼0.5: 0.01∼5. (a) therapeutically effective amount of metformin or its pharmaceutically acceptable salts, (b) sustained release carriers selected from the group consisting of hydroxy propyl methyl cellulose, methyl cellulose, ethyl cellulose, hydroxy methyl cellulose, hydroxy ethyl cellulose, hydroxy propyl cellulose, hydroxy ethyl methyl cellulose, polyethylene oxide, polyvinyl acetate, polyvinyl alcohol, povidone (c) therapeutically effective amount of rosuvastatin or its pharmaceutically acceptable salts and (d) excipients, step. producing granules after mixing (a) the metformin or its pharmaceutically acceptable salts, (b) sustained release carriers and (d) excipients; step. preparing tablets with the granules of step and (d) excipients; and step. coating the tablets of step with coating agent and (c) rosuvastatin or its pharmaceutically acceptable salts; wherein 50 to 100% of the (c) rosuvastatin or its pharmaceutically acceptable salts is immediately released in water or physiological pH dissolution medium within approximately 10 to 60 minutes according to Dissolution Test Method No. 2 (Paddle method) of the Korean Pharmacopoeia, wherein a weight ratio of (a) metformin or its pharmaceutically acceptable salts: (b) sustained release carriers: (c) rosuvastatin or its pharmaceutically acceptable salts: (d) excipients is 1: 0.01∼5: 0.001∼0.5: 0.01∼5.
Load control device including: a) a load handling device for picking and releasing objects of load; b) at least one camera adapted to capture the length and the cross section of one or more objects of load being grabbed in the load handling device; c) reference data representing size, volume or indicator; d) a computer adapted to generate and emit load data representing size, volume or indicator from the length and cross section based on the visual information obtained from the at least one camera; whereas e) the computer is adapted to generate and emit a signal indicative of a gap between the load data and the reference data; whereas f) the reference data comprise data received from a first handling device, in form of a forest harvester, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent related to a common basis; and/or g) the reference data comprise data about a maximum load or load distribution of a load space of a forwarder, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent. a) a load handling device for picking and releasing objects of load; b) at least one camera adapted to capture the length and the cross section of one or more objects of load being grabbed in the load handling device; c) reference data representing size, volume or indicator; d) a computer adapted to generate and emit load data representing size, volume or indicator from the length and cross section based on the visual information obtained from the at least one camera; whereas e) the computer is adapted to generate and emit a signal indicative of a gap between the load data and the reference data; whereas f) the reference data comprise data received from a first handling device, in form of a forest harvester, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent related to a common basis; and/or g) the reference data comprise data about a maximum load or load distribution of a load space of a forwarder, and that a signal is generated, when the load data and the reference data deviate more than a predefined extent.
Closure device for a backflow preventer of a pipeline, comprising a closing element, a rotatably mounted closing plate and a connecting element, which mechanically connects the closing element to the closing plate, wherein the connecting element, which has a head region and a foot region, consists of an elastic material, and wherein, along a centre axis, the connecting element has an opening continuous through the head region and the foot region of the connecting element, characterized in that a sleeve, in particular a threaded sleeve, is arranged in a force-fitting, form-fitting and/or materially bonded manner in the opening continuous through the head region and the foot region of the connecting element, wherein the connecting element is connected to the closing element by means of a fastening element arranged within the sleeve of the connecting element and within a cutout in the closing element, wherein a top edge of the sleeve terminates in a non-flush manner with a top side of the head region of the connecting element, wherein the connecting element has at least one further opening, which is continuous through the head region of the connecting element, is spaced apart from the centre axis of the connecting element and in which a further sleeve is arranged in a force-fitting, form-fitting or materially bonded manner, wherein the connecting element is connected to the closing plate by means of a further fastening element, which is arranged within the further sleeve of the connecting element and within a cutout in the closing plate.
A trolley, in particular a transport trolley for receiving one or more transport containers, having a baseplate consisting of plastic, also having multiple castors which are connected to the underside of the baseplate, and having at least one reinforcement rail (9a, 9b), wherein the baseplate is equipped with a lip running around the periphery, which merges into a peripheral lip at a top side of the baseplate, and wherein the reinforcement rail (9a, 9b) has an L-shaped cross-section, characterised in that the reinforcement rail (9a, 9b) engages from below with its upright L-limb in a pocket at the edge of the baseplate, wherein the pocket is arranged directly adjacent to the lip running around the periphery of the baseplate. the baseplate is equipped with a lip running around the periphery, which merges into a peripheral lip at a top side of the baseplate, and wherein the reinforcement rail (9a, 9b) has an L-shaped cross-section, characterised in that the reinforcement rail (9a, 9b) engages from below with its upright L-limb in a pocket at the edge of the baseplate, wherein the pocket is arranged directly adjacent to the lip running around the periphery of the baseplate.
Robot gripper for handling objects, in particular containers, each having at least one holding foot, by means of a robot, having a gripper base body which has a connecting flange, which is designed for fastening the robot gripper to a tool flange of a robot arm, further comprising a counterholder which is connected to the gripper base body and has a cutout which is adapted in its shape and size to the holding foot of the object, in order to be able to receive it in a form-fitting manner, and an actuator which is arranged on the gripper base body, is preferably mounted adjustably and is designed to press against the holding foot of the object in a clamping position, in order to fix the latter against the counterholder and, in a release position, to release the holding foot in such a way that the counterholder can be adjusted relative to the holding foot in order to be able to release the holding foot of the object from the robot gripper, wherein the cutout of the counterholder is formed as a window cutout closed at the circumferential edge, wherein the inner contour of the window cutout corresponds at least substantially to an outer contour of a head portion of the holding foot of the object and the outer contour of the head portion of the holding foot has a contour shape which forms at least one projection, which, in a locking position of the robot gripper, engages behind at least one latching niche of the counterholder, the counterholder having an inner wall which faces the gripper base body and forms at least one latching niche for the head portion of the holding foot of the object or of the at least one projection of the head portion of the holding foot of the object.
A device for heating a building for heating a pig rearing enclosure, comprising: at least one primary pipe for supplying external air to the building intended to open into the rearing enclosure; at least one pipe for discharging stale air originating from the rearing enclosure; and at least one heat pump incorporating an evaporator and a condenser, and configured on the one hand to partly recover the heat energy from the stale hot air in its evaporator and, on the other hand, so that the calories produced by its condenser heat up the external clean air primary pipes, characterised in that the device comprises at least one external air supply secondary pipe, on the one hand, containing a section adapted to transfer calories to the evaporator of said pump and, on the other hand, positioned so that the stale hot air is blown into contact with said secondary pipes. at least one primary pipe for supplying external air to the building intended to open into the rearing enclosure; at least one pipe for discharging stale air originating from the rearing enclosure; and at least one heat pump incorporating an evaporator and a condenser, and configured on the one hand to partly recover the heat energy from the stale hot air in its evaporator and, on the other hand, so that the calories produced by its condenser heat up the external clean air primary pipes, characterised in that the device comprises at least one external air supply secondary pipe, on the one hand, containing a section adapted to transfer calories to the evaporator of said pump and, on the other hand, positioned so that the stale hot air is blown into contact with said secondary pipes.
Peppermint extract obtained by the extraction of peppermint stems with a mixture of hydroalcoholic solvents, preferably an ethanol/water mixture, and esterification with glycerol, said peppermint extract comprising at least a compound of formula:
An inferior vena cava filter, capable of bidirectional controlled placement, comprising: a filter portion, configured as a mesh-like structure of a plurality of struts cross-linked; and a support portion, comprising a first support portion and a second support portion disposed on opposite sides of the filter portion, the first support portion and the second support portion having openings extending in opposite directions, wherein: the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; characterised in that: the first support portion extends outward radially with respect to a center point of the inferior vena cava filter in the positive direction, then curls inward radially in the reverse direction, to form the first support structure, wherein the first support portion and the filter portion surround a space which is configured to intercept the thrombus in the positive direction. a filter portion, configured as a mesh-like structure of a plurality of struts cross-linked; and a support portion, comprising a first support portion and a second support portion disposed on opposite sides of the filter portion, the first support portion and the second support portion having openings extending in opposite directions, wherein: the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; the first support portion forms a first support structure which has a collection space with an opening facing a positive direction; and the second support portion extends outward radially with respect to the center point in a positive direction to form a second support structure which has a collection space with an opening facing the reverse direction, wherein the second support portion and the filter portion surround a space which is configured to intercept a thrombus in the reverse direction; characterised in that: the first support portion extends outward radially with respect to a center point of the inferior vena cava filter in the positive direction, then curls inward radially in the reverse direction, to form the first support structure, wherein the first support portion and the filter portion surround a space which is configured to intercept the thrombus in the positive direction.
A temperature sensing probe assembly, comprising: a temperature sensing probe having a tip and a first thermocouple junction located nearer the tip and a second thermocouple junction located nearer an attachment point for the temperature sensing probe assembly; and a housing positioned around at least a portion of the temperature sensing probe; characterized in: the housing having a set of inlet openings and having a set of exhaust openings; wherein a stream of air flows through the housing from the inlet opening to the set of exhaust openings to establish a flow path through the housing and outputs of the first thermocouple junction and second thermocouple junction define an output for the temperature sensing probe and where the set of inlet openings and the set of exhaust openings are configured to increase the stream of air flowing around the second thermocouple junction as compared to an amount of the stream of air flowing around the first thermocouple junction. a temperature sensing probe having a tip and a first thermocouple junction located nearer the tip and a second thermocouple junction located nearer an attachment point for the temperature sensing probe assembly; and a housing positioned around at least a portion of the temperature sensing probe; the housing having a set of inlet openings and having a set of exhaust openings; wherein a stream of air flows through the housing from the inlet opening to the set of exhaust openings to establish a flow path through the housing and outputs of the first thermocouple junction and second thermocouple junction define an output for the temperature sensing probe and where the set of inlet openings and the set of exhaust openings are configured to increase the stream of air flowing around the second thermocouple junction as compared to an amount of the stream of air flowing around the first thermocouple junction.
Wood fiber mat for use as a plant substrate comprising wood fibers, and at least one agent for absorbing a polar liquid, characterized by a biodegradable binder of polylactic acid fibres in an amount between 5 and 10% by weight and at least one starch in an amount between 5 and 10% by weight, based in each case on the amount of wood fibres atro.
A grating encoder using fiber optic receiver channels, comprising: a scale having a scale grating formed along a measuring axis at a certain pitch; a light source emitting a light to the scale to form an illumination spot on the scale grating; and a fiber optic readhead including a plurality of fiber optic receiver channels (190A-C) having ends arranged for receiving a self-image of the scale grating, the self-image being a Talbot image formed at a position spaced a certain gap apart from the scale by the light from the illumination spot on the scale grating, in which at least the ends are arranged movable together with the light source relative to the scale along the measuring axis, characterized in that each of the fiber optic receiver channels (190A-C) includes an optical fiber, a receiver channel aperture formed in one end of the optical fiber to introduce the self-image into the optical fiber, and a phase mask formed at the receiver channel aperture, wherein the phase mask has a grating with a period corresponding to a light-and-dark period formed in the self-image, wherein the gratings of the phase masks (120A-C) of the fiber optic receiver channels (190A-C) having different spatial phase relationships relative to each other. a scale having a scale grating formed along a measuring axis at a certain pitch; a light source emitting a light to the scale to form an illumination spot on the scale grating; and a fiber optic readhead including a plurality of fiber optic receiver channels (190A-C) having ends arranged for receiving a self-image of the scale grating, the self-image being a Talbot image formed at a position spaced a certain gap apart from the scale by the light from the illumination spot on the scale grating, in which at least the ends are arranged movable together with the light source relative to the scale along the measuring axis, characterized in that each of the fiber optic receiver channels (190A-C) includes an optical fiber, a receiver channel aperture formed in one end of the optical fiber to introduce the self-image into the optical fiber, and a phase mask formed at the receiver channel aperture, wherein the phase mask has a grating with a period corresponding to a light-and-dark period formed in the self-image, wherein the gratings of the phase masks (120A-C) of the fiber optic receiver channels (190A-C) having different spatial phase relationships relative to each other.
A collar assembly and related formwork pods for a tower, the tower being formed by progressively higher concrete composition pours into the formwork pods, said assembly comprising or including; • a higher subassembly adapted as a collar to selectively index to a zone of the tower being formed, • a lower subassembly adapted as a collar to selectively index to a zone of the tower being formed, and • a jacking arrangement whereby, when the lower subassembly is zone indexed and the higher subassembly is not, the higher subassembly can be raised relative to the lower subassembly and the zone to a fresh indexing height and, when the higher subassembly is zone indexed and the lower subassembly is not, the lower subassembly can be raised to a fresh indexing height, wherein each formwork pod comprises an inner and outer formwork (19, 20), characterised in that: - the higher subassembly is adapted as a collar to selectively index to a zone of the tower being formed by engagement to the tower at abutment formations on the exterior of the tower, - the higher subassembly comprising a crane to shift formwork pods from outside the higher subassembly to within the higher subassembly, and, after each pour has set/cured, to lower removed formwork to the ground, - wherein a different set of outer formwork is used for each zone, and wherein the abutment formations are defined by the formwork pods in the formation of the tower. • a higher subassembly adapted as a collar to selectively index to a zone of the tower being formed, • a lower subassembly adapted as a collar to selectively index to a zone of the tower being formed, and • a jacking arrangement whereby, when the lower subassembly is zone indexed and the higher subassembly is not, the higher subassembly can be raised relative to the lower subassembly and the zone to a fresh indexing height and, when the higher subassembly is zone indexed and the lower subassembly is not, the lower subassembly can be raised to a fresh indexing height, - the higher subassembly is adapted as a collar to selectively index to a zone of the tower being formed by engagement to the tower at abutment formations on the exterior of the tower, - the higher subassembly comprising a crane to shift formwork pods from outside the higher subassembly to within the higher subassembly, and, after each pour has set/cured, to lower removed formwork to the ground, - wherein a different set of outer formwork is used for each zone, and wherein the abutment formations are defined by the formwork pods in the formation of the tower.
A ceramic composition mainly composed of alumina (Al 2 O 3), tungsten carbide and at least one compound selected from the group consisting of compounds of transition metals except tungsten belonging to groups 4 to 6 in a periodic table, yttrium compounds, scandium compounds and lanthanide compounds, together with inevitable impurities which are at least one of iron, chromium, cobalt and nickel in an amount of not higher than 0.1% by mass, wherein at least one element selected from the group consisting of transition metals except tungsten belonging to the groups 4 to 6 in the periodic table, yttrium, scandium (Sc) and lanthanide series is distributed in a first grain boundary as an interface where an alumina (Al 2 O 3) crystal grain is adjacent to a tungsten carbide crystal grain and in a second grain boundary as an interface where two alumina (Al 2 O 3) crystal grains are adjacent to each other, and wherein the distribution of the said at least one element is measurable by the method described in the description.