mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine plant including an air system used for cooling second-stage turbine stator blades (T2C) and a cooler provided in the air system, wherein a first-stage segmented ring and a second-stage segmented ring that oppose tips of first-stage turbine rotor blades (T1S) and second-stage turbine rotor blades (T2S) are supported by a same blade ring, and a cooling-air for the second-stage turbine stator blades (T2C) forms a cooling air flow cooling the blade ring, to control thermal expansion of the blade ring and to control a clearance with respect to the tips, wherein the air system comprises a switching means (43A,48A,48B) which switches a flow path for supplying the cooling air, a main flow path which is provided with the cooler and flows the cooling air during the load operation, and a bypass flow path which branches off from the main flow path and extends parallel thereto, wherein the switching means (43A,48A,48B) is provided with the main flow path, and wherein the switching means (43A,48A,48B), switches the flow path to flow a high-temperature compressed air introduced from an outlet of a compressor as the cooling air to the bypass flow path during start-up operation, and switches the flow path to flow a high-pressure bleed air introduced from a high-pressure stage of the compressor and the high-temperature compressed air,as the cooling air to the main flow path during load operation. a switching means (43A,48A,48B) which switches a flow path for supplying the cooling air, a main flow path which is provided with the cooler and flows the cooling air during the load operation, and a bypass flow path which branches off from the main flow path and extends parallel thereto, wherein the switching means (43A,48A,48B) is provided with the main flow path, and wherein the switching means (43A,48A,48B), switches the flow path to flow a high-temperature compressed air introduced from an outlet of a compressor as the cooling air to the bypass flow path during start-up operation, and switches the flow path to flow a high-pressure bleed air introduced from a high-pressure stage of the compressor and the high-temperature compressed air,as the cooling air to the main flow path during load operation.
An axle unit comprising a stub axle and an axle tube, wherein the stub axle has two longitudinal channels which extend inside the stub axle substantially along a stub axis, wherein the stub axle has two transverse channels which extend inside the stub axle substantially transversely to the stub axis and open to the environment at the outer face of the stub axle, wherein in each case a longitudinal channel and a transverse channel are connected together, wherein the stub axle has a stub joining region onto which the hollow-bodied axle tube can be secured directly, wherein a first connecting portion is defined on the outer face of the stub axle, wherein the opening points of the transverse channels are arranged inside the first connecting portion, wherein the first connecting portion, starting from a vertical to the stub axis, has an arcuate extension (φ) of maximum 30° to 120°.
An electrical unit comprising: a door covering an assembly of components housed in an interior volume of the electrical unit, the door comprising: an opening configured to allow an airflow to pass there through; a baffle assembly arranged in a support bracket mounted to the door, the baffle assembly covering the opening and comprising a plurality of baffles arranged in layers, the baffles being configured to be arc flash resistant for containing an arc blast within the interior volume, and water intrusion resistant for protecting the interior volume from water intrusion, while allowing the airflow to pass there through; and a protective layer covering the opening, the protective layer being a mesh assembly that is configured to prevent solid objects having a size greater than 1 millimeter from passing through the opening. a door covering an assembly of components housed in an interior volume of the electrical unit, the door comprising: an opening configured to allow an airflow to pass there through; a baffle assembly arranged in a support bracket mounted to the door, the baffle assembly covering the opening and comprising a plurality of baffles arranged in layers, the baffles being configured to be arc flash resistant for containing an arc blast within the interior volume, and water intrusion resistant for protecting the interior volume from water intrusion, while allowing the airflow to pass there through; and a protective layer covering the opening, the protective layer being a mesh assembly that is configured to prevent solid objects having a size greater than 1 millimeter from passing through the opening. an opening configured to allow an airflow to pass there through; a baffle assembly arranged in a support bracket mounted to the door, the baffle assembly covering the opening and comprising a plurality of baffles arranged in layers, the baffles being configured to be arc flash resistant for containing an arc blast within the interior volume, and water intrusion resistant for protecting the interior volume from water intrusion, while allowing the airflow to pass there through; and a protective layer covering the opening, the protective layer being a mesh assembly that is configured to prevent solid objects having a size greater than 1 millimeter from passing through the opening.
A plasma spray system for providing a multi-layer barrier coating, comprising: a temperature sensor operable to determine a temperature of a workpiece in a measurement zone; a heater operable to selectively heat the workpiece in a heating zone downstream of the measurement zone; a plasma spray subsystem operable to plasma spray the workpiece in an application zone downstream of the heating zone; and a control in communication with the plasma spray subsystem, the temperature sensor, and the heater, the control operable to control the heater to heat the workpiece in the heating zone in response to the temperature of the workpiece in the measurement zone such that the workpiece in the application zone is at a desired temperature to receive the plasma spray; characterised by a turntable (62;62A;62B;62C) operable to move the workpiece with respect to the temperature sensor, the heater, and the plasma spray subsystem such that the workpiece sequentially traverses through the measurement zone, the heating zone, then the application zone; and a chiller in communication with the control, the chiller operable to selectively cool the workpiece in a cooling zone downstream of the measurement zone. a temperature sensor operable to determine a temperature of a workpiece in a measurement zone; a heater operable to selectively heat the workpiece in a heating zone downstream of the measurement zone; a plasma spray subsystem operable to plasma spray the workpiece in an application zone downstream of the heating zone; and a control in communication with the plasma spray subsystem, the temperature sensor, and the heater, the control operable to control the heater to heat the workpiece in the heating zone in response to the temperature of the workpiece in the measurement zone such that the workpiece in the application zone is at a desired temperature to receive the plasma spray; characterised by a turntable (62;62A;62B;62C) operable to move the workpiece with respect to the temperature sensor, the heater, and the plasma spray subsystem such that the workpiece sequentially traverses through the measurement zone, the heating zone, then the application zone; and a chiller in communication with the control, the chiller operable to selectively cool the workpiece in a cooling zone downstream of the measurement zone.
Hermetic compressor comprising a compressor unit including an upper body provided with a cylinder, a stator and a rotor actuating in rotation a hollow shaft being associated to said upper body, said stator being connected to said upper body by fastening means protruding from said stator opposite said upper body, a pumping member being slidingly accommodatable, in a freely floating manner, inside said hollow shaft, said pumping member being provided on its outer surface with a helical groove adapted to cooperate with the inner wall of said hollow shaft to form a channel adapted to convey a lubricant, an elastic bracket adapted to support said pumping member, said elastic bracket comprising an elastically deformable elongated arched portion, a supporting and centering member formed by a stem having at least two opposed flat faces extending from a central region of said elongated arched portion along an axis essentially perpendicular to said elongated arched portion, said supporting and centering member being adapted to accommodate and support said pumping member in a freely axially sliding manner, characterized in that said pumping member is slidingly supported and centered inside said hollow shaft by said supporting and centering member, coupling means between said supporting and centering member and said pumping member being provided to prevent rotation of said pumping member in respect to said hollow shaft, said coupling means comprising said at least two opposed flat faces adapted to couple with corresponding flat faces of an axial cavity having a polygonal section provided inside said pumping member, wherein said pumping member being adapted to be fitted with clearance to said supporting and centering member so as to compensate any misalignment between said pumping member and said hollow shaft.
A track-supporting layer (1, 1') arranged to form in a series of such consecutively arranged track-supporting layers a base for the rails of a track, which track-supporting layer comprises groove-like channels on its upper surface for receiving straight rails of the track as well as side faces (5, 6) extending in the longitudinal direction of the track and end faces (2, 3) extending transversely thereto, which are arranged to face the end faces of adjoining track-supporting layers in the series of track-supporting layers (1; 1'), characterized in that the track-supporting layer, seen in top view, has the shape of an isosceles trapezoid whose legs define the courses of the two end faces (2, 3) and whose mutually parallel sides define the courses of the two side faces (5, 6), that the groove-like channels extend from one end face of the track-supporting layer to the other end face thereof in a bent or arched course, wherein the respective channel extending in a bent or arched course is arranged to receive the cross section of a straight rail of the track, and that the concave side of the course of each of the channels provided for receiving the rails faces the shorter side face of the track-supporting layer, seen in top view.
Safety harness including support attachment means (58, 60) characterised in that the harness further includes: (i) calf clutching means for at least partly supporting a wearer of the harness by the calf clutching means clutching calves of the wearer the calf clutching means including at least one flexible member configured to extend round each leg of the wearer; and (ii) tensioning means which extends from the support attachment means (58, 60) to a lower harness portion including the calf clutching means the tensioning means being arranged to urge portions of each flexible member towards each other thereby causing the flexible member to clutch a calf of the wearer when the tensioning means is tensioned, the harness being configured such that applying a support load to the support attachment means (58, 60) causes clutching of the calf clutching means around calves of the wearer. (i) calf clutching means for at least partly supporting a wearer of the harness by the calf clutching means clutching calves of the wearer the calf clutching means including at least one flexible member configured to extend round each leg of the wearer; and (ii) tensioning means which extends from the support attachment means (58, 60) to a lower harness portion including the calf clutching means the tensioning means being arranged to urge portions of each flexible member towards each other thereby causing the flexible member to clutch a calf of the wearer when the tensioning means is tensioned,
A data transmission method, comprising: establishing (201, 401), by a base station, a first mapping relationship, wherein the first mapping relationship is used to indicate a correspondence between different uplink sending parameters and different sequences; sending (202, 304, 402), by the base station, the first mapping relationship to a user equipment; receiving (101, 203, 403), by the base station, a first target sequence and uplink data that are sent by the user equipment; determining (102, 204, 404), by the base station according to the first mapping relationship, a first target uplink sending parameter corresponding to the first target sequence, wherein the first mapping relationship is used to indicate a correspondence between the first target uplink sending parameter and the first target sequence; and demodulating and decoding (103, 307, 405), by the base station, the uplink data according to the first target uplink sending parameter. establishing (201, 401), by a base station, a first mapping relationship, wherein the first mapping relationship is used to indicate a correspondence between different uplink sending parameters and different sequences; sending (202, 304, 402), by the base station, the first mapping relationship to a user equipment; receiving (101, 203, 403), by the base station, a first target sequence and uplink data that are sent by the user equipment; determining (102, 204, 404), by the base station according to the first mapping relationship, a first target uplink sending parameter corresponding to the first target sequence, wherein the first mapping relationship is used to indicate a correspondence between the first target uplink sending parameter and the first target sequence; and demodulating and decoding (103, 307, 405), by the base station, the uplink data according to the first target uplink sending parameter.
A device for intra medullary antibiotics perfusion for perfusing an antibiotics to a patient's bone fracture surgical site, applied as an external skeletal fixator comprising; a fixation pin for externally fixing to a bone by piercing from one side of cortical bone penetrating through bone marrow to the other side of cortical bone; wherein the fixation pin includes a side face opening at the side of the shaft, which opening is located facing to the bone marrow; a base end opening at the base end part of the fixation pin; a hollow structure from the base end opening to the side face opening; and a male screw portion including spiral screw head mounted on the outer circumferential surface of the tip part of the fixation pin; and a transfusion tube connector installed to the base end opening of the fixation pin, which includes an attachment structure for connecting to a connector attached to the head of a transfusion tube for antibiotics, wherein a perfusion point of antibiotics is limited to the side face opening of the shaft, there is no perfusion point in the male screw portion of the tip part of the fixation pin, antibiotics is perfused only into the bone marrow via the side face opening of the shaft from the transfusion tube for antibiotics.
An apparatus for controlling an unmanned aerial vehicle, the apparatus comprising: a receiver for intercepting a first control signal transmitted from a remote controller intended for the unmanned aerial vehicle; a memory for storing a route for the unmanned aerial vehicle to follow; a processor configured to: determine characteristics of the first control signal; and, generate a second control signal, wherein the second control signal comprises an instruction for the unmanned aerial vehicle to perform a manoeuvre to follow the route; and, a transmitter configured to transmit the second control signal, arranged to have the determined characteristics, to the unmanned aerial vehicle, wherein the processor is further arranged to receive a plurality of routes, determine the route for the unmanned aerial vehicle to follow by performing route deconfliction on the plurality of routes, and store the determined route in the memory. a receiver for intercepting a first control signal transmitted from a remote controller intended for the unmanned aerial vehicle; a memory for storing a route for the unmanned aerial vehicle to follow; a processor configured to: determine characteristics of the first control signal; and, generate a second control signal, wherein the second control signal comprises an instruction for the unmanned aerial vehicle to perform a manoeuvre to follow the route; and, determine characteristics of the first control signal; and, generate a second control signal, wherein the second control signal comprises an instruction for the unmanned aerial vehicle to perform a manoeuvre to follow the route; and, a transmitter configured to transmit the second control signal, arranged to have the determined characteristics, to the unmanned aerial vehicle,
An organic light emitting diode display comprising: a substrate; a buffer layer on the substrate; a scan line running in a horizontal direction on the buffer layer; an intermediate insulating layer covering the scan line; a trench within the intermediate insulating layer and the buffer layer having a segment shape and sited apart from the scan line; a data line running in a vertical direction on the substrate, wherein a section of the data line is in the trench and another section of the data line is on the intermediate insulating layer; a passivation layer covering the data line and the scan line; a driving current line being parallel with the data line and running in a vertical direction on the substrate, wherein a section of the driving current line is in the trench and another section of the driving current line is on the intermediate insulating layer, and wherein the passivation layer covers the driving current line, characterised in that a color filter is filled in the trench and is disposed on the passivation layer and in that the trench exposes some of the substrate. a substrate; a buffer layer on the substrate; a scan line running in a horizontal direction on the buffer layer; an intermediate insulating layer covering the scan line; a trench within the intermediate insulating layer and the buffer layer having a segment shape and sited apart from the scan line; a data line running in a vertical direction on the substrate, wherein a section of the data line is in the trench and another section of the data line is on the intermediate insulating layer; a passivation layer covering the data line and the scan line; a driving current line being parallel with the data line and running in a vertical direction on the substrate, wherein a section of the driving current line is in the trench and another section of the driving current line is on the intermediate insulating layer, and wherein the passivation layer covers the driving current line, characterised in that a color filter is filled in the trench and is disposed on the passivation layer and in that the trench exposes some of the substrate.
A monitoring spacecraft comprising a primary mirror, a secondary mirror, an entry baffle, a support base and a support assembly for said secondary mirror, said support assembly comprising a support frame (CDRM2) intended for the secondary mirror and arranged in a plane substantially parallel to the plane of the secondary mirror and provided with a plurality of support blades connecting the support frame (CDRM2) of the secondary mirror and the secondary mirror, characterised in that the support blades are inclined with respect to the plane of the support frame (CDRM2) of the secondary mirror and at least part of the secondary mirror is disposed within the entry baffle.
A package, comprising: an elongated sheet having first and second side panels (1, 6), and upper and lower panels (2, 3, 4, 5), the sheet being wrapped into a three-dimensional configuration to form a body wherein the side panels (1, 6) are in confronting relation to one another to define a fin having a longitudinal free edge, portions of the upper and lower panels (2, 3, 4, 5) placed in confronting relation and said portions of the upper and lower panels (2, 3, 4, 5) being adhered to one another to define first and second end seals (16, 18); at least a portion of the fin having the first and second side panels (1, 6) adhered to one another to define a fin seal that extends to a fin seal terminal line which is parallel to the longitudinal free edge, the fin being joined to the body at a fold line; a starter line formed in the fin and extending from the longitudinal free edge of the fin to define a pull tab which is configured to be engaged by a user to pull on the fin to direct an intentional opening tear line along the fold line and the fin seal terminal line and thereby open the package, a finger hole comprised in the pull tab wherein the starter line defines an arc which is concentric with the finger hole. an elongated sheet having first and second side panels (1, 6), and upper and lower panels (2, 3, 4, 5), the sheet being wrapped into a three-dimensional configuration to form a body wherein the side panels (1, 6) are in confronting relation to one another to define a fin having a longitudinal free edge, portions of the upper and lower panels (2, 3, 4, 5) placed in confronting relation and said portions of the upper and lower panels (2, 3, 4, 5) being adhered to one another to define first and second end seals (16, 18); at least a portion of the fin having the first and second side panels (1, 6) adhered to one another to define a fin seal that extends to a fin seal terminal line which is parallel to the longitudinal free edge, the fin being joined to the body at a fold line; a starter line formed in the fin and extending from the longitudinal free edge of the fin to define a pull tab which is configured to be engaged by a user to pull on the fin to direct an intentional opening tear line along the fold line and the fin seal terminal line and thereby open the package, a finger hole comprised in the pull tab wherein the starter line defines an arc which is concentric with the finger hole.