mhurhangee/ep-ind-claims huggingface dataset:
Rotary pump connectable to a thermal engine, comprising: - a housing comprising a pumping chamber having an internal wall; - a rotor adapted to rotate in tangential contact with said internal wall in correspondence of an area of tangency between the rotor and the internal wall; - a vane mounted radially slidable within a slot formed in the rotor, wherein during the rotation of the rotor said pumping chamber is divided by the vane and the rotor into a suction chamber into which a fluid to be compressed is sucked, and a compression chamber in which the fluid is compressed; - a suction duct, which ends into the suction chamber, and a discharge duct, which ends into the compression chamber and which is adapted to discharge the fluid outside the compression chamber; - a safety valve, formed in the internal wall adjacent to the area of tangency between the rotor and the internal wall and adapted to discharge a residual fluid outside the pumping chamber; - a first discharge outlet of the safety valve, formed in the suction chamber in a zone adjacent to the area of tangency between the rotor and the internal wall of the pumping chamber; and - an interspace formed within the housing, said first discharge outlet being formed with a radial opening relative to the axis of the pumping chamber and being adapted to put the suction chamber in communication with the interspace; the pump being characterized in that the interspace is connected to a discharge duct adapted to discharge a residual fluid outside the pumping chamber, and said discharge duct is connected to said interspace, and in that said first discharge outlet is adapted to put the suction chamber in communication with the discharge duct through the interspace. - a housing comprising a pumping chamber having an internal wall; - a rotor adapted to rotate in tangential contact with said internal wall in correspondence of an area of tangency between the rotor and the internal wall; - a vane mounted radially slidable within a slot formed in the rotor, wherein during the rotation of the rotor said pumping chamber is divided by the vane and the rotor into a suction chamber into which a fluid to be compressed is sucked, and a compression chamber in which the fluid is compressed; - a suction duct, which ends into the suction chamber, and a discharge duct, which ends into the compression chamber and which is adapted to discharge the fluid outside the compression chamber; - a safety valve, formed in the internal wall adjacent to the area of tangency between the rotor and the internal wall and adapted to discharge a residual fluid outside the pumping chamber; - a first discharge outlet of the safety valve, formed in the suction chamber in a zone adjacent to the area of tangency between the rotor and the internal wall of the pumping chamber; and - an interspace formed within the housing, said first discharge outlet being formed with a radial opening relative to the axis of the pumping chamber and being adapted to put the suction chamber in communication with the interspace;
Glazing having electrically switchable optical properties, comprising at least: - an outer pane and - a switchable functional element that is areally bonded to the outer pane via at least one thermoplastic film, wherein the thermoplastic film contains at least one luminescent material, wherein the thermoplastic film contains from 0.1 kg/m 3 to 20 kg/m 3, preferably from 1 kg/m 3 to 7 kg/m 3 of the luminescent material, wherein the luminescent material has an excitation maximum in the range from 350 nm to 450 nm, preferably 380 nm to 420 nm, and wherein the luminescent material is distributed homogeneously over the entire area of the thermoplastic film. - an outer pane and - a switchable functional element that is areally bonded to the outer pane via at least one thermoplastic film,
A winding device for web-shaped material, wherein the winding device has at least a first frame and at least a first roller holding device with at least a first roller holding means rotatable around a first rotational axis and wherein the winding device has at least one pressing element and wherein the at least one pressing element is movably arranged relative to the first frame in at least one adjustment direction and/or opposite this at least one adjustment direction and wherein this at least one adjustment direction has at least one component which points to the first rotational axis and wherein a guide system for at least one drawing means for drawing in at least one material web is arranged such that a first guide section of the guide system is arranged stationary relative to the at least one first frame and that regardless of the location of the at least one pressing element, at least one straight line connection between the at least one pressing element on the one hand and the first rotational axis on the other hand always intersects a second guide section of the guide system, characterized in that the guide system has at least two guide sections (506; 507; 517) that are moveable relative to one another in the area of the winding device.
An insert for use in a system for humidification of a pressurized flow of breathable gas delivered to a patient, said insert being connectable to a patient circuit and accommodating an aerosol generator for providing an aerosol of liquid, the aerosol generator having an outflow opening; said insert defining an internal space, and the outflow opening being arranged to debouch into the internal space of the insert for entrainment of the aerosol of liquid; said insert first expanding in the direction of the flow of breathable gas, thus defining an expanding part, and then contracting to enclose the aerosol generator, characterized in that said insert comprises an air tube that in the direction of the flow of breathable gas first bifurcates into 2 separate parts (38, 40) and then rejoins into a single part, wherein the expanding part comprises an open space for accommodating the aerosol generator.
Lift system with at least one lift car able to ride in a lift shaft, while a travelling cable is provided, having a first end at the lift car side and a second end at the shaft side, characterized in that the weight force of the travelling cable is at least partially channelled into a traction means engaging with the lift car above the lift car or into a balance rope engaging with the lift car.
A gaming and/or entertainment device, in particular a slot machine and/or gambling machine operable by coins and/or by monetary equivalents, comprising a housing at which a light effect apparatus for generating light effects is provided which has at least one concave reflector arranged at an outer side of the housing for radiating a light beam which can be irradiated from a light source arranged outside the housing, characterized in that the open capture cross-section of the reflector faces an adjacent place which is disposed laterally to the right or the left next to the housing, in which an adjacent gaming and/or entertainment device can be set up and which is configured such that the reflector captures light from a light source at the adjacent gaming and/or entertainment device at the adjacent place and irradiates it into a field of vision of an operator standing at a front side of the gaming and/or entertainment device.
A biodegradable drug delivery composition comprising: (a) a biodegradable triblock copolymer having the formula: poly(lactic acid) v -poly(ethylene glycol)w-poly(lactic acid)x wherein v, w and x are the number of repeat units ranging from 4 to 1090 or 6 to 1090 and v=x or v≠x; and (b) a biodegradable diblock copolymer having the formula: methoxy poly(ethylene glycol) y -(polylactic acid) z wherein y and z are the number of repeat units ranging from 7 to 371 or 3 to 237, wherein the ratio of the biodegradable triblock copolymer of (a) and the biodegradable diblock copolymer of (b) is 3:2 to 1:19 in said biodegradable drug composition; and (c) at least one pharmaceutically active hydrophobic principle, wherein said at least one pharmaceutically active hydrophobic principle is levonorgestrel, cyclosporine, progesterone, bupivacaine or medroxyprogesterone acetate. (a) a biodegradable triblock copolymer having the formula: poly(lactic acid) v -poly(ethylene glycol)w-poly(lactic acid)x wherein v, w and x are the number of repeat units ranging from 4 to 1090 or 6 to 1090 and v=x or v≠x; and (b) a biodegradable diblock copolymer having the formula: methoxy poly(ethylene glycol) y -(polylactic acid) z wherein y and z are the number of repeat units ranging from 7 to 371 or 3 to 237, wherein the ratio of the biodegradable triblock copolymer of (a) and the biodegradable diblock copolymer of (b) is 3:2 to 1:19 in said biodegradable drug composition; and (c) at least one pharmaceutically active hydrophobic principle, wherein said at least one pharmaceutically active hydrophobic principle is levonorgestrel, cyclosporine, progesterone, bupivacaine or medroxyprogesterone acetate. wherein y and z are the number of repeat units ranging from 7 to 371 or 3 to 237, wherein the ratio of the biodegradable triblock copolymer of (a) and the biodegradable diblock copolymer of (b) is 3:2 to 1:19 in said biodegradable drug composition; and (c) at least one pharmaceutically active hydrophobic principle, wherein said at least one pharmaceutically active hydrophobic principle is levonorgestrel, cyclosporine, progesterone, bupivacaine or medroxyprogesterone acetate.
A crowbar device for a circuit protection component comprising: a substrate having a first doping polarity; an epitaxial layer having a second doping polarity opposite to the first doping polarity and formed on the substrate,; a base having a first doping polarity and formed on the epitaxial layer, wherein the epitaxial layer comprises a first region, subjacent the base, and a second region, peripheral to the base, wherein a concentration of dopants is higher in the first region than in the second region; and an emitter having a second doping polarity and having a hole therein, the emitter being formed in the epitaxial layer and in the base, the crowbar device having a breakdown voltage, wherein a portion of the emitter overlaps an edge between the base and the second region, to form a low voltage breakdown region which defines the breakdown voltage of the crowbar device. a substrate having a first doping polarity; an epitaxial layer having a second doping polarity opposite to the first doping polarity and formed on the substrate,; a base having a first doping polarity and formed on the epitaxial layer, wherein the epitaxial layer comprises a first region, subjacent the base, and a second region, peripheral to the base, wherein a concentration of dopants is higher in the first region than in the second region; and an emitter having a second doping polarity and having a hole therein, the emitter being formed in the epitaxial layer and in the base, the crowbar device having a breakdown voltage, wherein a portion of the emitter overlaps an edge between the base and the second region, to form a low voltage breakdown region which defines the breakdown voltage of the crowbar device.
Method for detecting an actuating action which can be carried out by a user on a door handle unit of a vehicle, in particular for opening a movable part of the vehicle, the door handle unit having at least one safety sensor unit for detecting the actuating action, wherein the safety sensor unit supplies an acquisition signal as a function of the detection, which acquisition signal is a continuous or multistage analog signal, the acquisition signal being evaluated directly by a control device on the vehicle side, arranged spatially outside the door handle unit, for detecting the actuating action, wherein a connection of the control device to the safety sensor unit is made directly, so that a direct evaluation of the acquisition signal by the control device is possible through the connection, wherein the door handle unit has a primary sensor unit, and a primary detection of the actuating action is effected by the primary sensor unit, whereas the detection of the actuating action by the safety sensor unit is effected in a subordinate manner as a redundant detection, wherein the primary sensor unit outputs a primary acquisition and/or detection signal in response to the primary detection, wherein the door handle unit has an evaluation device, wherein the primary acquisition and/or detection signal is evaluated only indirectly by the control device via the evaluation device. the safety sensor unit supplies an acquisition signal as a function of the detection, which acquisition signal is a continuous or multistage analog signal, the acquisition signal being evaluated directly by a control device on the vehicle side, arranged spatially outside the door handle unit, for detecting the actuating action, wherein a connection of the control device to the safety sensor unit is made directly, so that a direct evaluation of the acquisition signal by the control device is possible through the connection, wherein the door handle unit has a primary sensor unit, and a primary detection of the actuating action is effected by the primary sensor unit, whereas the detection of the actuating action by the safety sensor unit is effected in a subordinate manner as a redundant detection, wherein the primary sensor unit outputs a primary acquisition and/or detection signal in response to the primary detection, wherein the door handle unit has an evaluation device, wherein the primary acquisition and/or detection signal is evaluated only indirectly by the control device via the evaluation device.
Air pressure equalizing flap valve (1, 101), including a body, a conduit with an inlet area (7, 107), and an outlet area (8, 108), a seat (10, 110) located in said conduit and a flapper (12, 112) that is movable between, on the one hand, a closed position in which it cooperates with said seat to prevent air flow into said conduit from the outlet area towards the inlet area and, on the other hand, an open position which allows air flow into the conduit from the inlet area towards the outlet area, the flapper being able to move from its closed position to its open position due to the effect of negative internal air pressure between the outlet area and the inlet area, said conduit being able to admit flow in which, for any path between said inlet area and said outlet area, the velocity vector at a given point forms an angle with the velocity vector in the inlet area which increases with the distance from the inlet area, the angle between the velocity vector in the outlet area and the velocity vector in the inlet section being between 80° and 150°, and in which the flapper, in the open position, forms an angle between 0° and 70° with the normal of the outlet area, wherein the flapper is made of flexible material and is movable and the movement is achieved by deformation, characterized in that the flapper has a thickness between 0.4 mm and 6 mm, and in that the flapper is connected to the body by a tap, the flapper having at least one notch along the tab.
A method in a mobile terminal connectable to a base station, the method comprising the steps of: - transmitting information related to a single HARQ process to the base station as a first TTI bundle, the first TTI bundle being a first plurality of consecutive TTIs treated as a single resource, starting with a first TTI; - receiving a HARQ NACK from the base station; and - retransmitting the information as a second TTI bundle, the second TTI bundle being a second plurality of consecutive TTIs treated as a single resource, starting N HARQ round trip times, subsequent to the first TTI, wherein N is an integer greater than 1, - said HARQ round trip time being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions. - transmitting information related to a single HARQ process to the base station as a first TTI bundle, the first TTI bundle being a first plurality of consecutive TTIs treated as a single resource, starting with a first TTI; - receiving a HARQ NACK from the base station; and - retransmitting the information as a second TTI bundle, the second TTI bundle being a second plurality of consecutive TTIs treated as a single resource, starting N HARQ round trip times, subsequent to the first TTI, wherein N is an integer greater than 1, - said HARQ round trip time being defined as a time between HARQ transmission and retransmission for a HARQ operation mode that uses a single TTI for transmissions and retransmissions.
A primer composition comprising: (a) an acrylic monomer comprising C-O-C and C=C functional groups; and/or (b) an acrylic oligomer comprising C-O-C and C=C functional groups, wherein each of the acrylic monomer and/or acrylic oligomer has a molecular weight greater than 300 g/mol and wherein said primer composition comprises less than 500 ppm solvent and is energy curable and the calculated ratio of C-O-C to C=C functionality in the sum of the acrylic monomer and acrylic oligomer is greater than 1.6 meq/g. (a) an acrylic monomer comprising C-O-C and C=C functional groups; and/or (b) an acrylic oligomer comprising C-O-C and C=C functional groups,
A method of controlling elevator car position, comprising: determining that an elevator car requires re-leveling; determining whether a vibration damper is activated; and adjusting a gain for controlling operation of a motor responsible for moving the elevator car for the re-leveling if the vibration damper is activated. determining that an elevator car requires re-leveling; determining whether a vibration damper is activated; and adjusting a gain for controlling operation of a motor responsible for moving the elevator car for the re-leveling if the vibration damper is activated.
An apparatus for producing images of a living subject comprising: a display; a memory for storing a three-dimensional topological map of a structure in a body of said subject; a two-dimensional imaging module operative for acquiring a sequence of two-dimensional anatomic images of at least a portion of said structure, said two-dimensional anatomic images having respective image planes; and a processor linked to said memory and to said two-dimensional imaging module, said processor operative for marking said three-dimensional topological map on said display to show successive respective intersections of said image planes with said topological map where imaging data have been collected, wherein the topological map is an electroanatomical map or other functional map. a display; a memory for storing a three-dimensional topological map of a structure in a body of said subject; a two-dimensional imaging module operative for acquiring a sequence of two-dimensional anatomic images of at least a portion of said structure, said two-dimensional anatomic images having respective image planes; and a processor linked to said memory and to said two-dimensional imaging module, said processor operative for marking said three-dimensional topological map on said display to show successive respective intersections of said image planes with said topological map where imaging data have been collected, wherein the topological map is an electroanatomical map or other functional map.
A method for forming a LaNiO 3 thin film, the method comprising: a step of pre-baking a substrate which is coated with a Pt electrode in an air atmosphere at a temperature of 200 °C or higher for 1 minute or longer to obtain the substrate in which amounts of H 2, H 2 O, and CO adsorbed on the substrate surface per 1 cm 2 are 1 × 10 -10 g or less, 2.7 × 10 -10 g or less, and 4.2 × 10 -10 g or less, respectively; a step of forming a coating film by coating the pre-baked substrate surface with a LaNiO 3 thin film-forming liquid composition within 60 minutes after the step of pre-baking and drying the LaNiO 3 thin film-forming liquid a step of pre-baking the coating film; and a step of forming a LaNiO 3 thin film by baking the pre-baked coating film, wherein the amounts of H 2, H 2 O, and CO adsorbed on the substrate surface are measured using thermal decomposition spectroscopy. a step of pre-baking a substrate which is coated with a Pt electrode in an air atmosphere at a temperature of 200 °C or higher for 1 minute or longer to obtain the substrate in which amounts of H 2, H 2 O, and CO adsorbed on the substrate surface per 1 cm 2 are 1 × 10 -10 g or less, 2.7 × 10 -10 g or less, and 4.2 × 10 -10 g or less, respectively; a step of forming a coating film by coating the pre-baked substrate surface with a LaNiO 3 thin film-forming liquid composition within 60 minutes after the step of pre-baking and drying the LaNiO 3 thin film-forming liquid a step of pre-baking the coating film; and a step of forming a LaNiO 3 thin film by baking the pre-baked coating film, wherein the amounts of H 2, H 2 O, and CO adsorbed on the substrate surface are measured using thermal decomposition spectroscopy.
An optical apparatus (1; 2; 3) comprising: a deflection unit configured to deflect illumination light from a light source to scan an object and deflect reflected light from the object; and a guide unit configured to guide the illumination light from the light source to the deflection unit and guide the reflected light from the deflection unit to a light-receiving element, wherein the light guide unit includes a first surface on which the illumination light from the light source is incident and a second surface including a transmissive region through which the illumination light from the first surface is transmitted and a reflective region that reflects the reflected light from the deflection unit, wherein the first and the second surfaces are non-parallel to each other, and wherein the illumination light from the first surface is incident on the transmissive region without being transmitted or reflected by other surfaces. a deflection unit configured to deflect illumination light from a light source to scan an object and deflect reflected light from the object; and a guide unit configured to guide the illumination light from the light source to the deflection unit and guide the reflected light from the deflection unit to a light-receiving element, wherein the light guide unit includes a first surface on which the illumination light from the light source is incident and a second surface including a transmissive region through which the illumination light from the first surface is transmitted and a reflective region that reflects the reflected light from the deflection unit, wherein the first and the second surfaces are non-parallel to each other, and wherein the illumination light from the first surface is incident on the transmissive region without being transmitted or reflected by other surfaces.