mhurhangee/ep-ind-claims huggingface dataset:
A sliding component comprising a pair of sliding parts that in use, relatively slide on each other, one of the sliding parts being a stationary-side seal ring, the other of the sliding parts being a rotating-side seal ring, wherein one of an outer peripheral side or an inner peripheral side of the pair of slide parts (4,7) is a sealed fluid side, and the other of the outer peripheral side or the inner peripheral side of the pair of slide parts (4,7) is a leakage side, the stationary-side and rotating-side seal rings (4, 7) each having a sliding face formed radially for sealing sealed fluid from leaking, wherein the sliding face of at least one sliding part of the pair of sliding parts (4, 7) is provided, along an entire circumference thereof, with at least one trap groove located on the leakage side and spaced from the leakage side by a land, for trapping leakage fluid and a dust entry reduction means is formed between lands of the pair of sliding parts (4, 7) on the leakage side of the at least one trap groove, for reducing entry of dust from the leakage side while allowing passage of fluid, characterized in that the lands of the pair of sliding parts (4,7) have chamfered edge portions (13, 14) respectively, wherein the dust entry reduction means is constituted by an extremely small gap zone (g) formed by the chamfered edge portions (13, 14) facing each other. one of the sliding parts being a stationary-side seal ring, the other of the sliding parts being a rotating-side seal ring, wherein one of an outer peripheral side or an inner peripheral side of the pair of slide parts (4,7) is a sealed fluid side, and the other of the outer peripheral side or the inner peripheral side of the pair of slide parts (4,7) is a leakage side, the stationary-side and rotating-side seal rings (4, 7) each having a sliding face formed radially for sealing sealed fluid from leaking, wherein the sliding face of at least one sliding part of the pair of sliding parts (4, 7) is provided, along an entire circumference thereof, with at least one trap groove located on the leakage side and spaced from the leakage side by a land, for trapping leakage fluid and a dust entry reduction means is formed between lands of the pair of sliding parts (4, 7) on the leakage side of the at least one trap groove, for reducing entry of dust from the leakage side while allowing passage of fluid, characterized in that the lands of the pair of sliding parts (4,7) have chamfered edge portions (13, 14) respectively, wherein the dust entry reduction means is constituted by an extremely small gap zone (g) formed by the chamfered edge portions (13, 14) facing each other.
A speed reducing device (G1, G2, G3) comprising: an input shaft; a speed reducing mechanism for reducing a rotation of the input shaft; acasing for accommodating the speed reducing mechanism; and output members (28, 30) disposed on both axial sides of the speed reducing mechanism, wherein the input shaft is configured to be connected to a shaft of a driving source on any side thereof in the axial direction, wherein the output members (28, 30) disposed on both axial sides are configured that a driven member of a counterpart machine can be connected to any one thereof, wherein a mounting flange with respect to a mounting portion of the counterpart machine is provided at a position away from an axial center portion of the casing, wherein, in the mounting flange of an outer circumference of the casing, spigot joint portions (64, 66) with respect to the mounting portion of the counterpart machine are formed on both axial sides thereof, and wherein the mounting flange is configured to be mounted on the mounting portion on any one of both axial sides thereof. an input shaft; a speed reducing mechanism for reducing a rotation of the input shaft; acasing for accommodating the speed reducing mechanism; and output members (28, 30) disposed on both axial sides of the speed reducing mechanism, wherein the input shaft is configured to be connected to a shaft of a driving source on any side thereof in the axial direction, wherein the output members (28, 30) disposed on both axial sides are configured that a driven member of a counterpart machine can be connected to any one thereof, wherein a mounting flange with respect to a mounting portion of the counterpart machine is provided at a position away from an axial center portion of the casing, wherein, in the mounting flange of an outer circumference of the casing, spigot joint portions (64, 66) with respect to the mounting portion of the counterpart machine are formed on both axial sides thereof, and wherein the mounting flange is configured to be mounted on the mounting portion on any one of both axial sides thereof.
A method for forming a layer of a mono-crystalline semiconductor material on a substrate, comprising: - providing a substrate, wherein the substrate is a mono-crystalline material or comprises an at least partially exposed mono-crystalline material, - growing epitaxially a template comprising at least one monolayer of a semiconductor material on the substrate, thereafter - depositing an amorphous layer of said semiconductor material on the template, - performing a thermal treatment or a laser anneal thereby completely converting said amorphous layer of said semiconductor material into a mono-crystalline layer of said semiconductor material, characterised in that the semiconductor material is Germanium and that the thickness of the template is less than 4 monolayers. - providing a substrate, wherein the substrate is a mono-crystalline material or comprises an at least partially exposed mono-crystalline material, - growing epitaxially a template comprising at least one monolayer of a semiconductor material on the substrate, thereafter - depositing an amorphous layer of said semiconductor material on the template, - performing a thermal treatment or a laser anneal thereby completely converting said amorphous layer of said semiconductor material into a mono-crystalline layer of said semiconductor material,
An image display method comprising: detecting a position of a user viewing a display; detecting (S4, S5) a position of a physical object placed on the display; defining a non-display area of the display based on the position of the user and the position of the physical object; and modifying an image to be displayed on the display to move a display object outside the non-display area, wherein the display object is moved gradually and a trace of the display object's movement is displaced, wherein the trace of the display object's movement makes a detour of the physical object. detecting a position of a user viewing a display; detecting (S4, S5) a position of a physical object placed on the display; defining a non-display area of the display based on the position of the user and the position of the physical object; and modifying an image to be displayed on the display to move a display object outside the non-display area, wherein the display object is moved gradually and a trace of the display object's movement is displaced, wherein the trace of the display object's movement makes a detour of the physical object.
An electric aircraft passive rectification AC-DC converter system comprising: a three phase alternating current power source; a twelve pulse passive rectifier AC-DC converter configured for a 1:1.93 voltage step-up; an inverter; and a motor, wherein the three phase alternating current power source is coupled to the twelve pulse autotransformer passive rectifier AC-DC converter, wherein the output of the twelve pulse passive rectifier AC-DC converter is coupled to the inverter, and wherein an output of the inverter is coupled to the motor. a three phase alternating current power source; a twelve pulse passive rectifier AC-DC converter configured for a 1:1.93 voltage step-up; an inverter; and a motor, wherein the three phase alternating current power source is coupled to the twelve pulse autotransformer passive rectifier AC-DC converter, wherein the output of the twelve pulse passive rectifier AC-DC converter is coupled to the inverter, and wherein an output of the inverter is coupled to the motor.
A valve (10, 94), comprising: a housing having an inlet and an outlet; a cavity positioned within said housing between said inlet and said outlet, a first opening in said housing providing access to said cavity; a valve seat (40, 108, 126) positioned within said cavity and sealingly engaging said housing, said valve seat (40, 108, 126) being insertable into and removable from said cavity through said first opening; a valve closing member mounted within said valve seat (40, 108, 126) and movable relatively thereto between an open position and a closed position sealingly engaging said valve seat (40, 108, 126); characterised by a first actuator mounted on said housing and capable to engage with said valve seat (40, 108, 126) and to remove said valve seat (40, 108, 126) and said valve closing member from said cavity through said first opening. a housing having an inlet and an outlet; a cavity positioned within said housing between said inlet and said outlet, a first opening in said housing providing access to said cavity; a valve seat (40, 108, 126) positioned within said cavity and sealingly engaging said housing, said valve seat (40, 108, 126) being insertable into and removable from said cavity through said first opening; a valve closing member mounted within said valve seat (40, 108, 126) and movable relatively thereto between an open position and a closed position sealingly engaging said valve seat (40, 108, 126);
An oxyfuel boiler having a furnace configured such that oxygen separated from air is mixed with a portion of combustion flue gas branched from combustion flue gas discharged from the boiler, which burns fuel coal to generate steam to be supplied to a steam demand equipment, so as to form oxidizing gas for burning coal, and the oxidizing gas is supplied to the boiler, wherein the oxyfuel boiler is further comprising: an oxygen separation apparatus to produce oxygen by separating oxygen from the air, a recirculation fan to supply a portion of combustion flue gas branched from the combustion flue gas discharged from the boiler to the oxyfuel boiler, a temperature sensor disposed at a boiler outlet in the oxyfuel boiler to detect gas temperature of the combustion flue gas, characterized by a control apparatus to calculate gas temperature of the combustion flue gas at the furnace outlet in the boiler from the gas temperature of the combustion flue gas at the boiler outlet detected by the temperature sensor and control the operating condition of the recirculation fan so that the calculated gas temperature of the combustion, flue gas at the furnace cutler becomes a desired preset gas temperature. an oxygen separation apparatus to produce oxygen by separating oxygen from the air, a recirculation fan to supply a portion of combustion flue gas branched from the combustion flue gas discharged from the boiler to the oxyfuel boiler, a temperature sensor disposed at a boiler outlet in the oxyfuel boiler to detect gas temperature of the combustion flue gas, characterized by a control apparatus to calculate gas temperature of the combustion flue gas at the furnace outlet in the boiler from the gas temperature of the combustion flue gas at the boiler outlet detected by the temperature sensor and control the operating condition of the recirculation fan so that the calculated gas temperature of the combustion, flue gas at the furnace cutler becomes a desired preset gas temperature.
A gearbox to be attached to a turbomachine for driving at least one piece of equipment related to the turbomachine, comprising a housing, a drive chain internal to the housing, as well as a power take-off member for meshing with a transmission shaft of the turbomachine, the housing comprising attachment points to the turbomachine and the piece of equipment, characterized in that the drive chain consists of a plurality of successive gear lines and forming angles to each other, the housing comprises at least two consecutive portions, assembled at at least one junction interface, forming an angle to each other and each containing one of the gear lines (15, 16, 17), and said portions (27, 28; 45, 46) are distinct and assembled to each other at the junction interface.
A ball valve for the use in a wellbore comprising: a ball comprising a spigot rotatably disposed within a housing; and a trunnion plate engaging and supporting the ball, wherein the trunnion plate comprises: a trunnion plate hole engaging the spigot of the ball, and a trunnion plate shoulder disposed on a surface of the trunnion plate about the trunnion plate hole, wherein the trunnion plate shoulder comprises an inward protrusion from an inner surface of the trunnion plate, characterised in that the inward protrusion extends towards a central longitudinal axis of the ball valve to form a lip around the trunnion plate hole, wherein the trunnion plate shoulder has a length in the axial direction of the ball valve that is greater than a width in the radial direction of the ball valve. a ball comprising a spigot rotatably disposed within a housing; and a trunnion plate engaging and supporting the ball, wherein the trunnion plate comprises: a trunnion plate hole engaging the spigot of the ball, and a trunnion plate shoulder disposed on a surface of the trunnion plate about the trunnion plate hole, wherein the trunnion plate shoulder comprises an inward protrusion from an inner surface of the trunnion plate, characterised in that the inward protrusion extends towards a central longitudinal axis of the ball valve to form a lip around the trunnion plate hole, wherein the trunnion plate shoulder has a length in the axial direction of the ball valve that is greater than a width in the radial direction of the ball valve. a trunnion plate hole engaging the spigot of the ball, and a trunnion plate shoulder disposed on a surface of the trunnion plate about the trunnion plate hole, wherein the trunnion plate shoulder comprises an inward protrusion from an inner surface of the trunnion plate, characterised in that the inward protrusion extends towards a central longitudinal axis of the ball valve to form a lip around the trunnion plate hole, wherein the trunnion plate shoulder has a length in the axial direction of the ball valve that is greater than a width in the radial direction of the ball valve.
An electric motorcycle chargeable by an external power source, comprising: a battery configured to store electricity for driving the electric motorcycle; an electric charger configured to charge the battery with electricity supplied from the external power source; a controller configured to control operation of the electric motorcycle; a first input device configured to issue a command to switch on/off the controller; and a second input device configured to issue a command to move the electric motorcycle; characterized by an abnormality determiner configured to determine whether or not there is an abnormality in charging the battery by the external power source; and a storage configured to store charging abnormality information as an indicator of a charging abnormality incidence upon determination by the abnormality determiner of a presence of a charging abnormality; wherein the controller is configured to disable the electric motorcycle even if a switch-on command for the controller is issued from the first input device and a move command for the electric motorcycle is issued from the second input device as long as the charging abnormality information is stored in the storage, and wherein the controller is configured to enable the disabled electric motorcycle responsive to a further command from the first input device or the controller is configured to enable the disabled electric motorcycle responsive to a command from a third input device, or the controller is configured to enable the disabled electric motorcycle responsive to a command from a fourth input device. a battery configured to store electricity for driving the electric motorcycle; an electric charger configured to charge the battery with electricity supplied from the external power source; a controller configured to control operation of the electric motorcycle; a first input device configured to issue a command to switch on/off the controller; and a second input device configured to issue a command to move the electric motorcycle; characterized by an abnormality determiner configured to determine whether or not there is an abnormality in charging the battery by the external power source; and a storage configured to store charging abnormality information as an indicator of a charging abnormality incidence upon determination by the abnormality determiner of a presence of a charging abnormality; wherein the controller is configured to disable the electric motorcycle even if a switch-on command for the controller is issued from the first input device and a move command for the electric motorcycle is issued from the second input device as long as the charging abnormality information is stored in the storage, and wherein the controller is configured to enable the disabled electric motorcycle responsive to a further command from the first input device or the controller is configured to enable the disabled electric motorcycle responsive to a command from a third input device, or the controller is configured to enable the disabled electric motorcycle responsive to a command from a fourth input device.
A compressor driver comprising: an inner stator; a bobbin surrounding the inner stator in a circumferential direction; a coil wound around the bobbin; a plurality of stator cores (448a, 448b, 448c, 448d, 448e, 448f) surrounding the bobbin in the manner of covering at least a portion of respective front and rear surfaces of the bobbin, and spaced apart from each other in the circumferential direction; and a plurality of permanent magnets disposed between the inner stator and the plurality of stator cores (448a, 448b, 448c, 448d, 448e, 448f), at least one curved portion (444b,444d) partially surrounding the inner stator; characterized in that the bobbin includes: a pair of straight portions (444a, 444c) positioned opposite to each other with respect to the inner stator, and in that the at least one curved portion (444b, 444d) partially surrounding the inner stator is connecting the pair of straight portions (444a, 444c) to each other. an inner stator; a bobbin surrounding the inner stator in a circumferential direction; a coil wound around the bobbin; a plurality of stator cores (448a, 448b, 448c, 448d, 448e, 448f) surrounding the bobbin in the manner of covering at least a portion of respective front and rear surfaces of the bobbin, and spaced apart from each other in the circumferential direction; and a plurality of permanent magnets disposed between the inner stator and the plurality of stator cores (448a, 448b, 448c, 448d, 448e, 448f), at least one curved portion (444b,444d) partially surrounding the inner stator; characterized in that the bobbin includes: a pair of straight portions (444a, 444c) positioned opposite to each other with respect to the inner stator, and in that the at least one curved portion (444b, 444d) partially surrounding the inner stator is connecting the pair of straight portions (444a, 444c) to each other. a pair of straight portions (444a, 444c) positioned opposite to each other with respect to the inner stator, and in that the at least one curved portion (444b, 444d) partially surrounding the inner stator is connecting the pair of straight portions (444a, 444c) to each other.
A bispecific scFv immunofusion homodimer wherein each subunit of the homodimer comprises an anti-CD123 single-chain Fv at the N-terminus, an anti-CD3 single-chain Fv at the C-terminus, and an immunoglobulin constant region linker operatively coupling the anti-CD123 scFv and the anti-CD3 scFv, wherein the immunoglobulin constant region linker is a human IgG1 hinge-C H 2-C H 3 domain.
A lab-on-a-chip diagnosis device, which comprises: - a network of ducts and a plurality of vents that are adapted to stabilize the internal conditions of pressure and temperature of said diagnosis device, by making them conform to the external environmental conditions of use; - a sample loading station adapted to introduce a sample of biological fluid to be analyzed; - a first buffer tank containing a first buffer liquid for conditioning and stabilizing said sample; - a mixing duct adapted to mix together said first buffer liquid and said sample; - an electrophoresis chamber containing a separative filtering material, and adapted to purify said conditioned sample and to concentrate at least one analyte of interest; - a detection chamber adapted to detect and quantify the presence of said at least one analyte of interest in an extract from said electrophoresis chamber characterized in that the lab-on-a-chip diagnosis device further comprises a calibration chamber associated to a set of electrodes and adapted to quantify the volume of said introduced sample and as a consequence to calibrate said diagnosis device, said calibration chamber being located between the mixing duct and the electrophoresis chamber. - a network of ducts and a plurality of vents that are adapted to stabilize the internal conditions of pressure and temperature of said diagnosis device, by making them conform to the external environmental conditions of use; - a sample loading station adapted to introduce a sample of biological fluid to be analyzed; - a first buffer tank containing a first buffer liquid for conditioning and stabilizing said sample; - a mixing duct adapted to mix together said first buffer liquid and said sample; - an electrophoresis chamber containing a separative filtering material, and adapted to purify said conditioned sample and to concentrate at least one analyte of interest; - a detection chamber adapted to detect and quantify the presence of said at least one analyte of interest in an extract from said electrophoresis chamber characterized in that the lab-on-a-chip diagnosis device further comprises a calibration chamber associated to a set of electrodes and adapted to quantify the volume of said introduced sample and as a consequence to calibrate said diagnosis device, said calibration chamber being located between the mixing duct and the electrophoresis chamber.
A light barrier arrangement for detecting objects in a monitoring area with at least one transmitter emitting light beams and an associated receiver which forms a beam axis with the transmitter, wherein the light beams are guided to the receiver when the monitoring area is free and wherein the beam path of the light beams is at least partially interrupted when an object enters the monitoring area, and with an evaluation unit in which an object detection signal is generated as a function of received signals from the receiver, wherein a coding in the form of a transmission modulation is impressed on the light beams, characterised in that the evaluation unit has a digital PLL, in which the coding of the light beams is determined, in that this has a plurality of beam axes formed by a transmitter and a receiver, the light beams of all beam axes being imprinted with a coding in the form of a transmission modulation, and the codes of the light beams are determined in at least one digital PLL, and in that a plurality of PLLs are provided in the or each digital processor, which are assigned to groups of light beams, or in that a number of PLLs corresponding to the number of beam axes is provided in the or each digital processor, wherein a respective PLL is assigned to the light beams of a beam axis.