mhurhangee/ep-ind-claims huggingface dataset:
Exhaust pipe band clamp for connecting separate pipes in an engine exhaust pipe system in a telescopic connection and comprising a belt part having a rectangular cross section, when seen in the axial direction of the belt part, and fastening means, in which the fastening means includes flanges located at the ends of the belt part and formed integrally with the belt part whereby, during tightening said first and second end flanges are drawn toward each other, and wherein the flanges and a portion of the belt are provided with reinforcing ribs, which are provided by bending a part of the longitudinal edges of the band clamp, which reinforcing ribs extend upright in relation to the outer surface of the flanges and the portion of the belt and along each of the edges of each of the end parts, via the flanges and an end portion of the belt, characterized in, that the free end part of each of the flanges is bent preferably perpendicularly, or substantially perpendicularly to the outer surface of the flanges whereby ends (8a, 8b) of the flanges are facing towards each other and in opposite direction to the outer surface of the flanges, and wherein the end of the first flange has a protrusion and the end of the second flange a corresponding cut-out, and wherein the shapes of the protrusion and the cut-out are curved in corresponding manner.
A steering actuator for a marine vessel, said steering actuator including a housing and a motor located within the housing, the motor including a stator and a rotor rotatably supported within the stator, the steering actuator further comprising a rotor shaft supporting the rotor and including opposing input and output ends (32a, 32b) extending from respective ends of the stator, the rotor shaft being supported for rotation about a rotor axis (A R) defining a longitudinal direction of the steering actuator, characterized by: a driven gear supported on the input end of the rotor shaft for rotation with the rotor shaft; an override structure supported for rotation within the housing, the override structure including an override shaft and a drive gear; the drive gear supported for rotation with the override shaft wherein the drive gear is longitudinally movable relative to the driven gear to engage and disengage the drive gear relative to the driven gear; and a coupling structure on an end of the override structure for engagement with an auxiliary driver located outside of the housing, the housing including a hole for receiving a portion of the auxiliary driver therethrough for providing a rotational driving force to the override structure and effecting rotation of the rotor shaft. a driven gear supported on the input end of the rotor shaft for rotation with the rotor shaft; an override structure supported for rotation within the housing, the override structure including an override shaft and a drive gear; the drive gear supported for rotation with the override shaft wherein the drive gear is longitudinally movable relative to the driven gear to engage and disengage the drive gear relative to the driven gear; and a coupling structure on an end of the override structure for engagement with an auxiliary driver located outside of the housing, the housing including a hole for receiving a portion of the auxiliary driver therethrough for providing a rotational driving force to the override structure and effecting rotation of the rotor shaft.
A sterilizer comprising: a housing; a chamber disposed inside the housing and configured to house a medical instrument; a lid configured to open and close an opening provided above the chamber; and a water supply tank, wherein the water supply tank is detachably attached to a front surface of the housing, the water supply tank is supported from below by a receiving portion formed on the front surface and a lower side of the housing, the water supply tank is detachable from the housing with the receiving portion as a fulcrum by pulling forward a handle portion formed on an upper side of a front surface of the water supply tank, the water supply tank includes a connection end of a pumping-up pipe for pumping up water inside the water supply tank on a rear surface of the water supply tank, the housing includes a connection end of a water supply pipe for sending water in the water supply tank to the chamber, and when the water supply tank is attached to the housing, the connection end of the pumping-up pipe and the connection end of the water supply pipe are connected to each other, and further wherein the connection end of the water supply pipe protrudes along a tangent to a rotation direction of the water supply tank about the fulcrum. a housing; a chamber disposed inside the housing and configured to house a medical instrument; a lid configured to open and close an opening provided above the chamber; and a water supply tank, wherein the water supply tank is detachably attached to a front surface of the housing, the water supply tank is supported from below by a receiving portion formed on the front surface and a lower side of the housing, the water supply tank is detachable from the housing with the receiving portion as a fulcrum by pulling forward a handle portion formed on an upper side of a front surface of the water supply tank, the water supply tank includes a connection end of a pumping-up pipe for pumping up water inside the water supply tank on a rear surface of the water supply tank, the housing includes a connection end of a water supply pipe for sending water in the water supply tank to the chamber, and when the water supply tank is attached to the housing, the connection end of the pumping-up pipe and the connection end of the water supply pipe are connected to each other, and further wherein the connection end of the water supply pipe protrudes along a tangent to a rotation direction of the water supply tank about the fulcrum.
Fluid storage apparatus for a fluid and/or energy supply device, with a first tank arrangement for a first fluid and a second tank arrangement for a second fluid, wherein the first tank arrangement comprises a first storage tank in a storage tower anchored by means of a foundation and the second tank arrangement comprises a plurality of separately arranged second storage tanks, which are arranged distributed around the storage tower in circumferential direction, are attached to the storage tower to stiffen the latter and are supported on the foundation and/or are attached to the latter and/or are multiply attached to the storage tower, characterised in that the storage tower extends into the foundation in the axial direction with respect to its longitudinal central axis.
Support for a household appliance comprising a fixed part and a moving part, a hollow chamber being formed between the fixed part and the moving part and the hollow chamber being provided with a hydraulic medium; at least two supports for the household appliance are communicated with each other through a high-pressure pipe; and the hydraulic medium circulates among the supports under action of pressure to drive the moving part to extend and retract to automatic leveling; a liquid outlet nozzle communicating with the hollow chamber is arranged on the fixed part, characterized in that the high-pressure pipe is in sealed connection with the liquid outlet nozzle through a snap-in connecting member having a snap-in connecting part, the snap-in connecting member has a reinforcing apron which is fit with the fixed part and the snap-in connecting part the snap-in connecting member is a snap-in connecting sleeve; and the reinforcing apron is a block which is fixed to one side of the snap-in connecting sleeve or is a block which is fixed to the whole circumferential wall of the snap-in connecting sleeve. at least two supports for the household appliance are communicated with each other through a high-pressure pipe; and the hydraulic medium circulates among the supports under action of pressure to drive the moving part to extend and retract to automatic leveling; a liquid outlet nozzle communicating with the hollow chamber is arranged on the fixed part, characterized in that the high-pressure pipe is in sealed connection with the liquid outlet nozzle through a snap-in connecting member having a snap-in connecting part, the snap-in connecting member has a reinforcing apron which is fit with the fixed part and the snap-in connecting part the snap-in connecting member is a snap-in connecting sleeve; and the reinforcing apron is a block which is fixed to one side of the snap-in connecting sleeve or is a block which is fixed to the whole circumferential wall of the snap-in connecting sleeve.
A monoclonal antibody comprising an antigen binding domain, said antibody capable of binding an epitope of an RGM molecule, said antigen binding domain comprising a heavy chain variable domain having at least three complementary determining regions and a light chain variable domain having at least three complementary determining regions, wherein the complementary determining regions of the heavy chain variable domain have the amino acid sequence of SEQ ID NO:57, SEQ ID NO:58 and SEQ ID NO:59 and wherein the complementary determining regions of the light chain variable domain have the amino acid sequence of SEQ ID NO:60, SEQ ID NO:61 and SEQ ID NO:62.
An apparatus comprising: an aerodynamic microstructure for a vehicle; sub-microstructures superimposed on the aerodynamic microstructure; and a color application comprising a color layer disposed below the microstructure, wherein the microstructure is transparent or partially transparent. an aerodynamic microstructure for a vehicle; sub-microstructures superimposed on the aerodynamic microstructure; and a color application comprising a color layer disposed below the microstructure, wherein the microstructure is transparent or partially transparent.
A polymeric hair fixative system comprising a blend of at least one polyvinyl formamide with a molecular weight of 100,000 to 300,000 Dalton and at least one polyvinyl alcohol, wherein the polyvinyl alcohol is 78-85%, 87-89%, 90-97%, 98-99% or greater than 99% hydrolysed, and wherein the ratio of the polyvinyl alcohol to the polyvinyl formamide is from 4:1 to 1:4.
Reactor for catalytic chemical reactions, comprising: a partially open outer vessel comprising a manhole for accessing to the interior, inlet and outlet openings (30, 31) for inlet and outlet, respectively, of reagents and reaction products, and at least one internal wall, the partially open vessel denoting a vessel with a diameter and having no full-diameter openings, and the only openings and flanges of the vessel being significantly smaller than its diameter, wherein: the reactor comprises a catalyst cartridge which contains a catalyst bed with radial or axial-radial through-flow, and which comprises a load-bearing external wall; said at least one internal wall is a single-wall outer collector of the catalyst bed; said catalyst bed being delimited by an inner collector and said single-wall outer collector, which are perforated and gas-permeable; characterized in that said single-wall outer collector comprises a plurality of panels (5.1, 5.2,...5.n), which are assembled inside the vessel to form said outer collector, the panels being flexible and deformable so as to allow their insertion through said manhole and/or through at least one of said inlet and outlet openings (30, 31), and the resulting outer collector being non self-supporting and resting on said load-bearing wall of the cartridge, and said panels in undeformed condition have dimensions greater than said manhole and openings, and the panels are introduced in the reactor in elastically deformed condition and recover their original undeformed configuration after introduction into the reactor. the reactor comprises a catalyst cartridge which contains a catalyst bed with radial or axial-radial through-flow, and which comprises a load-bearing external wall; said at least one internal wall is a single-wall outer collector of the catalyst bed; said catalyst bed being delimited by an inner collector and said single-wall outer collector, which are perforated and gas-permeable; characterized in that said single-wall outer collector comprises a plurality of panels (5.1, 5.2,...5.n), which are assembled inside the vessel to form said outer collector, the panels being flexible and deformable so as to allow their insertion through said manhole and/or through at least one of said inlet and outlet openings (30, 31), and the resulting outer collector being non self-supporting and resting on said load-bearing wall of the cartridge, and said panels in undeformed condition have dimensions greater than said manhole and openings, and the panels are introduced in the reactor in elastically deformed condition and recover their original undeformed configuration after introduction into the reactor.
A superconducting device comprising a vacuum chamber, means to evacuate the vacuum chamber, a first chamber and a second chamber arranged within the vacuum chamber, means (38, 40) to cool the first and second chambers (24, 26), a superconducting wire arranged within the second chamber, characterised in that the first chamber and the second chamber have a common wall, a cryogenic insulating material arranged within the second chamber to encapsulate the superconducting wire and a material having a high specific heat capacity arranged within the first chamber.
A thruster suitable for low earth orbit LEO, the thruster comprising: an inlet to a chamber arranged to receive a plasma having a low particle density when the thruster is moving along a first axis, the plasma having a low particle density comprising a plurality of electrons and a plurality of positive ions; means for generating a magnetic field in the chamber having a component which is perpendicular to the first axis, the magnetic field being configured such that, when the plasma having a low particle density is passing through the chamber, the plurality of electrons are deflected from the first axis and the plurality of positive ions are allowed to travel substantially undeflected along the first axis; and means for generating an electric field to accelerate the plurality of positive ions along the first axis; wherein the plasma frequency of the plasma having a low particle density is larger than the particle collision frequency of the plasma having a low particle density; characterised in that the magnetic field is formed by a plurality of ring magnets which are arranged in a series of adjacent rings in alignment with the first axis, wherein the plurality of ring magnets are arranged so that the polarity of each ring is opposite to the polarity of each adjacent ring in the series, so as to deflect the plurality of electrons to travel in a closed drift loop around the first axis. an inlet to a chamber arranged to receive a plasma having a low particle density when the thruster is moving along a first axis, the plasma having a low particle density comprising a plurality of electrons and a plurality of positive ions; means for generating a magnetic field in the chamber having a component which is perpendicular to the first axis, the magnetic field being configured such that, when the plasma having a low particle density is passing through the chamber, the plurality of electrons are deflected from the first axis and the plurality of positive ions are allowed to travel substantially undeflected along the first axis; and means for generating an electric field to accelerate the plurality of positive ions along the first axis; wherein the plasma frequency of the plasma having a low particle density is larger than the particle collision frequency of the plasma having a low particle density; characterised in that the magnetic field is formed by a plurality of ring magnets which are arranged in a series of adjacent rings in alignment with the first axis, wherein the plurality of ring magnets are arranged so that the polarity of each ring is opposite to the polarity of each adjacent ring in the series, so as to deflect the plurality of electrons to travel in a closed drift loop around the first axis.
A peritoneal catheter, comprising: a catheter tube having a proximal end portion opposite a distal end portion; a stationary flange attached to the catheter tube near the distal end portion, the stationary flange circumferentially surrounding the catheter tube; and a flange positioned on the catheter tube between the stationary flange and the proximal end portion, said flange circumferentially surrounding the catheter tube; characterized in that said flange comprises a mobile flange configured for selective placement along the catheter tube. a catheter tube having a proximal end portion opposite a distal end portion; a stationary flange attached to the catheter tube near the distal end portion, the stationary flange circumferentially surrounding the catheter tube; and a flange positioned on the catheter tube between the stationary flange and the proximal end portion, said flange circumferentially surrounding the catheter tube; characterized in that said flange comprises a mobile flange configured for selective placement along the catheter tube.
A formulation with active oxygen compounds which contains hydrogen peroxide as a source of active oxygen compounds, characterised by the fact that it further includes the following: ∘ silver in colloidal form and/or gold in colloidal form; ∘ aloe vera selected from the group consisting of an extract of leaves of the aloe species Aloe barbadensis, an extract of aloe flowers of the species Aloe barbadensis, a gel that is extruded from the leaves of the species Aloe barbadensis, an Aloe arborescens leaf extract and an Aloe ferox leaf extract; ∘ hyaluronic acid and ∘ additional moisturiser selected from the group consisting of glycerol and propylene glycol. ∘ silver in colloidal form and/or gold in colloidal form; ∘ aloe vera selected from the group consisting of an extract of leaves of the aloe species Aloe barbadensis, an extract of aloe flowers of the species Aloe barbadensis, a gel that is extruded from the leaves of the species Aloe barbadensis, an Aloe arborescens leaf extract and an Aloe ferox leaf extract; ∘ hyaluronic acid and ∘ additional moisturiser selected from the group consisting of glycerol and propylene glycol.
A tool plate for use with a robot system, the robot system comprising (i) a robot body, (ii) a robot arm connected to the robot body, the robot arm having a distal end, and (iii) a robot controller for controlling the robot arm, and an end effector (110, 420) connected to the robot arm via the tool plate, the tool plate comprising: nonvolatile memory storing data; a communication interface; and a processor; wherein the tool plate is configured to establish a bidirectional communication between the processor and the robot controller via the communication interface, the processor being configured to cause transmission of the data to the robot controller upon mating of the end effector (110, 420) to the tool plate, wherein the robot controller is adapted to self-configure using the data and to control movements of the connected end effector (110, 420) based on the self-configuration, and wherein the tool plate is removably connectable to the robot arm via the distal end, and wherein the data comprises both identification information and configuration information and is stored on the nonvolatile memory of the tool plate and/or in a memory of the robot controller. nonvolatile memory storing data; a communication interface; and a processor; wherein the tool plate is configured to establish a bidirectional communication between the processor and the robot controller via the communication interface, the processor being configured to cause transmission of the data to the robot controller upon mating of the end effector (110, 420) to the tool plate, wherein the robot controller is adapted to self-configure using the data and to control movements of the connected end effector (110, 420) based on the self-configuration, and wherein the tool plate is removably connectable to the robot arm via the distal end, and wherein the data comprises both identification information and configuration information and is stored on the nonvolatile memory of the tool plate and/or in a memory of the robot controller.
A permanent magnet type rotary electric machine comprising: a stator; and a rotor that is born in free of rotation with respect to the stator via an air gap, and an even number of magnetic poles constituted by burying permanent magnets in the rotor core, and the rotor is limited to rotate in one direction only, wherein an even number of cooling use ventilation passages extending in the axial direction are formed in the rotor core of the rotor along the circumferential direction with an interval, the permanent magnets being buried in the rotor core between the adjacent cooling use ventilation passages along the circumferential direction, and the outer circumference of the respective magnetic poles of even number is formed in a circular arc, the circular arc of each of the respective magnetic poles having the same curvature, and characterized in that the magnetic pole center axes of the respective magnetic poles are displaced with respect to the rotation center of the rotor so that the gap between the stator and the respective magnetic pole outer circumferences at the rear end side in the rotating direction is widened in comparison with the gap at the front end side when using the permanent magnet type rotary electric machine as a permanent magnet type generator, and so that the gap between the stator and the respective magnetic pole outer circumferences at the front end side in the rotating direction is widened in comparison with the gap at the rear end side when using the permanent magnet type rotary electric machine as a permanent magnet type motor. a stator; and a rotor that is born in free of rotation with respect to the stator via an air gap, and an even number of magnetic poles constituted by burying permanent magnets in the rotor core, and the rotor is limited to rotate in one direction only, wherein an even number of cooling use ventilation passages extending in the axial direction are formed in the rotor core of the rotor along the circumferential direction with an interval, the permanent magnets being buried in the rotor core between the adjacent cooling use ventilation passages along the circumferential direction, and the outer circumference of the respective magnetic poles of even number is formed in a circular arc, the circular arc of each of the respective magnetic poles having the same curvature, and characterized in that the magnetic pole center axes of the respective magnetic poles are displaced with respect to the rotation center of the rotor so that the gap between the stator and the respective magnetic pole outer circumferences at the rear end side in the rotating direction is widened in comparison with the gap at the front end side when using the permanent magnet type rotary electric machine as a permanent magnet type generator, and so that the gap between the stator and the respective magnetic pole outer circumferences at the front end side in the rotating direction is widened in comparison with the gap at the rear end side when using the permanent magnet type rotary electric machine as a permanent magnet type motor.