mhurhangee/ep-ind-claims huggingface dataset:
A refrigerating cycle comprising: a condensing unit; a first capillary tube unit for guiding refrigerant passed through the condensing unit thereto; a gas-liquid separating unit for separating the refrigerant passed through the first capillary tube unit into liquid refrigerant and gas refrigerant; a first evaporator unit for guiding the liquid refrigerant separated at the gas-liquid separating unit thereto; a liquid refrigerant removal unit for guiding the gas refrigerant separated at the gas-liquid separating unit thereto; and a first compressor unit for introducing the refrigerant guided to the liquid refrigerant removal unit thereto, wherein the liquid refrigerant removal unit is configured to prevent supplying the liquid refrigerant to the first compressor unit, wherein the liquid refrigerant removal unit is configured to separate the refrigerant separated at the gas-liquid separating unit into the gas refrigerant and the liquid refrigerant, wherein the liquid refrigerant removal unit is configured to buffer a pressure change of the gas refrigerant separated at the gas-liquid separating unit caused by movement of the gas refrigerant, and wherein the gas refrigerant separated at the liquid refrigerant removal unit is guided to the first compressor unit, and characterized in that the liquid refrigerant separated at the liquid refrigerant removal unit is guided to the gas-liquid separating unit. a condensing unit; a first capillary tube unit for guiding refrigerant passed through the condensing unit thereto; a gas-liquid separating unit for separating the refrigerant passed through the first capillary tube unit into liquid refrigerant and gas refrigerant; a first evaporator unit for guiding the liquid refrigerant separated at the gas-liquid separating unit thereto; a liquid refrigerant removal unit for guiding the gas refrigerant separated at the gas-liquid separating unit thereto; and a first compressor unit for introducing the refrigerant guided to the liquid refrigerant removal unit thereto, wherein the liquid refrigerant removal unit is configured to prevent supplying the liquid refrigerant to the first compressor unit, wherein the liquid refrigerant removal unit is configured to separate the refrigerant separated at the gas-liquid separating unit into the gas refrigerant and the liquid refrigerant, wherein the liquid refrigerant removal unit is configured to buffer a pressure change of the gas refrigerant separated at the gas-liquid separating unit caused by movement of the gas refrigerant, and wherein the gas refrigerant separated at the liquid refrigerant removal unit is guided to the first compressor unit, and characterized in that the liquid refrigerant separated at the liquid refrigerant removal unit is guided to the gas-liquid separating unit.
A pharmaceutical composition for use in prevention or treatment of proliferative vitreoretinopathy, comprising an inhibitor of at least one of the activation or kinase activity of transforming growth factor β activated kinase 1 (TAK-1), wherein the inhibitor is selected from 5Z-7-oxozeaenol or an activator of protein phosphatase 6.
A wheel suspension arrangement comprising a frame, a wheel hub, at least one sensor for determining a vertical distance between the frame and the wheel hub and at least two link arms (40, 50) which are pivotably connected between the frame and the wheel hub at different heights, wherein the sensor is an angle sensor and is arranged in a pivot joint of at least one of the link arms (40, 50), characterized in - that the at least one sensor is a magnetic sensor with a Hall device responsive to a magnet device, - that the arrangement comprises means for controlling the vertical distance between the frame and the wheel hub, the means being configured to provide a means for a manual or automatic control of said vertical distance in order to achieve a desired vertical distance between the frame and the wheel hub based on the sensed angle and - that the pivot axis of the pivot joint is parallel to the ground and each of the at least two link arms (40, 50) is connected to the frame via the pivot axis (82.1 R, 82.2R, 82.5R, 82.6R) which is oriented either parallel or perpendicular to a longitudinal extension of the frame so that a ground contact point of a wheel associated to the wheel hub is predominantly stationary with respect to a movement sideways in case the vertical distance between the frame and the wheel hub is changed. - that the at least one sensor is a magnetic sensor with a Hall device responsive to a magnet device, - that the arrangement comprises means for controlling the vertical distance between the frame and the wheel hub, the means being configured to provide a means for a manual or automatic control of said vertical distance in order to achieve a desired vertical distance between the frame and the wheel hub based on the sensed angle and - that the pivot axis of the pivot joint is parallel to the ground and each of the at least two link arms (40, 50) is connected to the frame via the pivot axis (82.1 R, 82.2R, 82.5R, 82.6R) which is oriented either parallel or perpendicular to a longitudinal extension of the frame so that a ground contact point of a wheel associated to the wheel hub is predominantly stationary with respect to a movement sideways in case the vertical distance between the frame and the wheel hub is changed.
A medical device comprising a substrate and a hydrophilic surface coating arranged on said substrate, wherein the substrate has, on its surface underlying said hydrophilic surface coating, a surface texture with an arithmetical mean deviation of the surface profile (Ra) according to ISO 4287:1997 of at least 3 μm and/or a profile section height difference (Rdc (1-99%)) according to ISO 4287:1997 of at least 18 μm, and wherein the substrate comprises a material selected from the group consisting of: - polyether block amid; - a combination of polypropene, polyethen, polyamide and styren-ethen/buten-styren co-polymer; - polyurethanes; - polyesters; - polyacrylates; and - a polymer blend comprising polyolefin, such as polyethene, polypropene and/or styrene block copolymer (SCBS), and a composition having molecules with active hydrogen groups, such as polyamide or polyurethane. - polyether block amid; - a combination of polypropene, polyethen, polyamide and styren-ethen/buten-styren co-polymer; - polyurethanes; - polyesters; - polyacrylates; and - a polymer blend comprising polyolefin, such as polyethene, polypropene and/or styrene block copolymer (SCBS), and a composition having molecules with active hydrogen groups, such as polyamide or polyurethane.
A photovoltaic power generating system, comprising: a solar cell module; an installation platform for holding a pair of ends of said solar cell module; and at least one supporting member disposed on a side of a non-light-receiving surface of said solar cell module, characterized in that said supporting member is disposed at such a distance from the non-light-receiving surface of said solar cell module that said supporting member can abut against the non-light-receiving surface by deformation of said solar cell module. a solar cell module; an installation platform for holding a pair of ends of said solar cell module; and at least one supporting member disposed on a side of a non-light-receiving surface of said solar cell module, characterized in that said supporting member is disposed at such a distance from the non-light-receiving surface of said solar cell module that said supporting member can abut against the non-light-receiving surface by deformation of said solar cell module.
A server system comprising: a chassis including a front panel and a rear panel; a motherboard shorter in length than a length of the chassis, said motherboard being installed within the chassis and comprising one or more central processing unit sockets and one or more memory chip sockets; and a daughterboard installed within the chassis and communicatively connected to the motherboard through a right-angled board connector, the daughterboard comprising one or more input/output, I/ O, connectors configured for direct external connections to outside of the chassis, wherein the motherboard has no I/O connector configured for direct external connection to outside of the chassis, and the daughterboard being shorter in length than the length of the chassis, said daughterboard being adapted to allow the daughterboard to be dropped straight down into the chassis and to be slid horizontally in the chassis so that the I/O connectors slide through the rear panel of the chassis during connection of the motherboard with the daughterboard. a chassis including a front panel and a rear panel; a motherboard shorter in length than a length of the chassis, said motherboard being installed within the chassis and comprising one or more central processing unit sockets and one or more memory chip sockets; and a daughterboard installed within the chassis and communicatively connected to the motherboard through a right-angled board connector, the daughterboard comprising one or more input/output, I/ O, connectors configured for direct external connections to outside of the chassis, wherein the motherboard has no I/O connector configured for direct external connection to outside of the chassis, and the daughterboard being shorter in length than the length of the chassis, said daughterboard being adapted to allow the daughterboard to be dropped straight down into the chassis and to be slid horizontally in the chassis so that the I/O connectors slide through the rear panel of the chassis during connection of the motherboard with the daughterboard.
Rotor of an impact crusher, having a crushing roll body that can be rotated about the center axis thereof and has at least one radial recess, at least one impact bar arranged in respectively one recess of the crushing roll body, and at least one chock (20; 20a, 20b) arranged in the recess between the impact bar and the crushing roll body, characterized in that the chock (20; 20a, 20b) has at least one receiving region, in which an application means for moving the chock (20; 20a, 20b) in the radially inward direction is arranged, wherein the application means is designed in such a way that, when the application means is moved in the axial direction along the chock (20; 20a, 20b), it applies a radially inward force to the chock (20; 20a, 20b).
A mobile terminal, comprising: a privacy setting judgment unit which is adapted to judge whether a state of a peeking prevention function is in a ON or a OFF state, a conversion data judgment unit which is adapted to judge the surrounding illumination using an illumination senso, and is adapted to judge based on the judged illumination which conversion data out of a plurality of conversion data to use when the peeking prevention function state is in the ON state, wherein the conversion data comprises data conversion tables for converting a contrast difference in data for display; a data conversion unit hich is adapted to perform processing which makes the contrast difference in the data for display small overall against the original data using the conversion data judged by the conversion data judgment unit when the peeking prevention function state is in the ON state; and a display alteration unit which is adapted to alter a displayed content on a display screen based on the data for display converted by the data conversion unit when the peeking prevention function state is in the ON state and is adapted to output to the display screen normal display data when the peeking prevention function state is in the OFF state, wherein the conversion data judgment unit is selecting a white group conversion data for converting the contrast difference so that the display screen may be nearly white overall when the surroundings are light and a black group conversion data for converting the contrast difference so that the display screen may be nearly black overall when the surroundings are dark. a privacy setting judgment unit which is adapted to judge whether a state of a peeking prevention function is in a ON or a OFF state, a conversion data judgment unit which is adapted to judge the surrounding illumination using an illumination senso, and is adapted to judge based on the judged illumination which conversion data out of a plurality of conversion data to use when the peeking prevention function state is in the ON state, wherein the conversion data comprises data conversion tables for converting a contrast difference in data for display; a data conversion unit hich is adapted to perform processing which makes the contrast difference in the data for display small overall against the original data using the conversion data judged by the conversion data judgment unit when the peeking prevention function state is in the ON state; and a display alteration unit which is adapted to alter a displayed content on a display screen based on the data for display converted by the data conversion unit when the peeking prevention function state is in the ON state and is adapted to output to the display screen normal display data when the peeking prevention function state is in the OFF state, wherein the conversion data judgment unit is selecting a white group conversion data for converting the contrast difference so that the display screen may be nearly white overall when the surroundings are light and a black group conversion data for converting the contrast difference so that the display screen may be nearly black overall when the surroundings are dark.
An intervertebral distractor of interspinous type, comprising: - a distraction main body, apt to be inserted between two adjacent spinous processes to provide a corresponding support; and - a first (31, 32) and a second (33, 34) pair of lateral stabilizers, connected to said main body and arranged respectively in correspondence of or near to a first and a second end of said main body, the stabilizers of each pair having or being able to assume a spread apart configuration projecting with respect to said main body so as to be able to engage from a respective side the spinous apophyses, holding in position said main body, characterized in that, in said projecting configuration, said stabilizers of said first (31, 32) and second (33, 34) pair have a tilt (α) with respect to the frontal plane, by deploying on an oblique plane and not on a vertical plane, so that they are moved away from the anatomical frontal plane where there are the corresponding articular processes of the vertebral level concerned. - a distraction main body, apt to be inserted between two adjacent spinous processes to provide a corresponding support; and - a first (31, 32) and a second (33, 34) pair of lateral stabilizers, connected to said main body and arranged respectively in correspondence of or near to a first and a second end of said main body, the stabilizers of each pair having or being able to assume a spread apart configuration projecting with respect to said main body so as to be able to engage from a respective side the spinous apophyses, holding in position said main body, characterized in that, in said projecting configuration, said stabilizers of said first (31, 32) and second (33, 34) pair have a tilt (α) with respect to the frontal plane, by deploying on an oblique plane and not on a vertical plane, so that they are moved away from the anatomical frontal plane where there are the corresponding articular processes of the vertebral level concerned.
A saddle-type vehicle (10, 10A to 10D) comprising a transparent member (44, 80, 90) that transparently passes light, further comprising: a transparent electrode that is arranged on the transparent member (44, 80, 90) and can be manipulated by a rider of the saddle-type vehicle (10, 10A to 10D); and a projection apparatus that projects video of a switch relating to manipulation of the saddle-type vehicle (10, 10A to 10D) onto the transparent electrode, wherein the projection apparatus is adapted to project the video of the switch with a small size onto a corner portion of the transparent electrode while the saddle-type vehicle (10, 10A to 10D) is travelling, and to project the video of the switch with a large size onto a center portion of the transparent electrode while the saddle-type vehicle (10, 10A to 10D) is stopped. a transparent electrode that is arranged on the transparent member (44, 80, 90) and can be manipulated by a rider of the saddle-type vehicle (10, 10A to 10D); and a projection apparatus that projects video of a switch relating to manipulation of the saddle-type vehicle (10, 10A to 10D) onto the transparent electrode, wherein the projection apparatus is adapted to project the video of the switch with a small size onto a corner portion of the transparent electrode while the saddle-type vehicle (10, 10A to 10D) is travelling, and to project the video of the switch with a large size onto a center portion of the transparent electrode while the saddle-type vehicle (10, 10A to 10D) is stopped.
A fuel cell manifold assembly, comprising: a metal manifold pan; a polymer material liner that is self-supporting, the liner including a primary wall situated adjacent an interior of the manifold pan, the liner having a channel around a periphery of the liner, the channel having a first width near one end of the primary wall and a second larger width near an opposite end of the primary wall, a portion of the manifold pan being received in the channel; and a reactant conduit adapter that is received through an opening (36, 48) in each of the manifold pan and the liner, the reactant conduit adapter including a flange that is received against an interior surface on the primary wall of the liner with an interface between the flange and the interior surface being sealed, another portion of the reactant conduit adapter is adjacent an exterior of the manifold pan that faces in an opposite direction from the interior surface on the primary wall. a metal manifold pan; a polymer material liner that is self-supporting, the liner including a primary wall situated adjacent an interior of the manifold pan, the liner having a channel around a periphery of the liner, the channel having a first width near one end of the primary wall and a second larger width near an opposite end of the primary wall, a portion of the manifold pan being received in the channel; and a reactant conduit adapter that is received through an opening (36, 48) in each of the manifold pan and the liner, the reactant conduit adapter including a flange that is received against an interior surface on the primary wall of the liner with an interface between the flange and the interior surface being sealed, another portion of the reactant conduit adapter is adjacent an exterior of the manifold pan that faces in an opposite direction from the interior surface on the primary wall.
A method of providing a polymer foam within a hollow cavity, comprising: a) introducing a mesh tube at least partially into the cavity, wherein, the volume of the mesh tube is smaller than the volume of the hollow cavity, the mesh tube has an entrance for introducing a foamable liquid mixture containing at least one blowing agent and at least one organic polymer or organic polymer precursor into the mesh tube and the mesh tube contains openings each having an area of from 0.04 cm 2 to 0.5 cm 2, which openings in the aggregate constitute at least 50% of the surface area of that portion of the mesh tube within the cavity; b) then at least partially filling the mesh tube with the foamable liquid mixture, the foamable liquid mixture having a cream time, evaluated according to ASTM D7487-08, of no greater than 10 seconds, and then c) expanding the foamable liquid mixture such that the foamable liquid mixture expands and upon expansion at least a portion of the foamable liquid mixture flows through at least some of the openings in the mesh tube and into the hollow cavity and forms a polymeric foam adherent to at least one internal surface of the hollow cavity. a) introducing a mesh tube at least partially into the cavity, wherein, the volume of the mesh tube is smaller than the volume of the hollow cavity, the mesh tube has an entrance for introducing a foamable liquid mixture containing at least one blowing agent and at least one organic polymer or organic polymer precursor into the mesh tube and the mesh tube contains openings each having an area of from 0.04 cm 2 to 0.5 cm 2, which openings in the aggregate constitute at least 50% of the surface area of that portion of the mesh tube within the cavity; b) then at least partially filling the mesh tube with the foamable liquid mixture, the foamable liquid mixture having a cream time, evaluated according to ASTM D7487-08, of no greater than 10 seconds, and then c) expanding the foamable liquid mixture such that the foamable liquid mixture expands and upon expansion at least a portion of the foamable liquid mixture flows through at least some of the openings in the mesh tube and into the hollow cavity and forms a polymeric foam adherent to at least one internal surface of the hollow cavity.
A burette dispenser with a scalable pipette, comprising a tank plugged into an opening of a bottle, wherein a large piston, a spring, a small piston and a pipette are successively arranged in the tank from top to bottom, a fixed lock is arranged on the top of the tank, the large piston is in sliding connection to the inside of the tank, and an inner cavity with a downward opening is arranged in the large piston; the upper part of the small piston is plugged into the inner cavity of the large piston, so that a sliding connection is formed between the large piston and the small piston; a spring is pressed between the large piston and the small piston; the top of the pipette is in sliding connection to the lower part of the tank; the lower end of the small piston is in press connection to the pipette, and a nozzle of the pipette is in contact with the bottom of the bottle; and, a nut is in press connection to the large piston and in threaded connection to a neck of the bottle; and a sleeve arranged on the nut is fixed on the tank, and the nut is in peripherally static and axially sliding connection to the sleeve.
A UV-protective composition comprising one or more zinc titanate crystals each independently having the chemical formula Zn 2 Ti (1-x) Fe x O 4, wherein x is between 0.005 and 0.1, wherein the zinc titanate crystals are in the form of nanoparticles consisting of one or more said crystals, at least 50% of the total number of said nanoparticles having at least one dimension of up to 200 nm.