mhurhangee/ep-ind-claims huggingface dataset:
An injection system configured to inject objects, such as eggs, with a fluid, wherein said objects each comprise at least two object parts, such embryo tissue, embryotic or allantoic fluid and an air pocket, of which at least one object part is to be injected, the system comprising: - a supply configured to provide objects; - needles connected with at least one drive configured for selective movement of the objects and the needles relative to one another, - a control configured to inject needles into the objects to a determined injection depth for injection of the objects, which depth is set to correspond with the at least one object part to be injected, and to advance the injection needles to the determined depth into the objects and injecting fluid into the objects at the determined injection depth; - at least one sensor configured to monitor pressure or flow of the fluid at least during injecting, and to generate a monitoring signal sent to the control; and - wherein the control is further configured to detect a defect in or of the system from a group of system defects comprising: air bubbles in fluid; blocked fluid lines; and blocked needles, based on the monitoring signal representing the monitored pressure or flow. - a supply configured to provide objects; - needles connected with at least one drive configured for selective movement of the objects and the needles relative to one another, - a control configured to inject needles into the objects to a determined injection depth for injection of the objects, which depth is set to correspond with the at least one object part to be injected, and to advance the injection needles to the determined depth into the objects and injecting fluid into the objects at the determined injection depth; - at least one sensor configured to monitor pressure or flow of the fluid at least during injecting, and to generate a monitoring signal sent to the control; and - wherein the control is further configured to detect a defect in or of the system from a group of system defects comprising: air bubbles in fluid; blocked fluid lines; and blocked needles, based on the monitoring signal representing the monitored pressure or flow.
Method for improving the performance of a radar sensor, based on semiconductor technology, which is installed in a motor vehicle behind a component to be irradiated, characterised in that from the radar data of the radar sensor, by localising an interference, wherein localisable, ultra-short-range reflections on structural features of motor vehicle parts in the vicinity of the radar sensor are used and structural features representing the reflection centres are classified as an interference point if a reflection strength threshold value for the reflection strength is exceeded, at least one piece of interference information describing a change in position of the radar sensor with respect to the original installation position is determined and, for a piece of interference information fulfilling a relevance criterion, wherein the classification of a reflection centre as an interference point is used as the relevance criterion, at least one measure is taken to take into account the change in position when the radar sensor is operated, wherein, in order to determine a change in position, several structural features of the component that can be detected in the radar data and/or of a further component that is stationary relative to the radar sensor are localised, wherein, for the more precise determination of the interference information, the radar sensor is operated after the first detection of an interference point for the precise measurement of the structural features in an interference measurement mode matched to a high resolution in the close range, in which the frequency bandwidth is adjusted in order to improve focusing in the ultra-close range, wherein the radar data recorded in the interference measurement mode are evaluated to refine the interference information.
A method for communicating in a wireless communication network, the method comprising: generating, at a first communication device, a multi-user signal having independent data for multiple second communication devices which participate in an OFDMA transmission and a third communication device which does not participate in the OFDMA transmission. transmitting, with the first communication device, the multi-user, MU, signal in a multi-user physical layer, PHY, data unit to the multiple second communication devices and the third communication device; receiving, at the first communication device, an orthogonal frequency division multiple access, OFDMA, PHY data unit from the multiple second communication devices, the OFDMA PHY data unit corresponding to an acknowledgment of the MU PHY data unit by the multiple second communication devices; processing, at the first communication device, the OFDMA PHY data unit to determine that the multiple second communication devices received the MU PHY data unit; and polling, with the first communication device, the third communication device to prompt the third communication device to acknowledge, in a non-OFDMA PHY data unit, that the third communication device received the MU PHY data unit. generating, at a first communication device, a multi-user signal having independent data for multiple second communication devices which participate in an OFDMA transmission and a third communication device which does not participate in the OFDMA transmission. transmitting, with the first communication device, the multi-user, MU, signal in a multi-user physical layer, PHY, data unit to the multiple second communication devices and the third communication device; receiving, at the first communication device, an orthogonal frequency division multiple access, OFDMA, PHY data unit from the multiple second communication devices, the OFDMA PHY data unit corresponding to an acknowledgment of the MU PHY data unit by the multiple second communication devices; processing, at the first communication device, the OFDMA PHY data unit to determine that the multiple second communication devices received the MU PHY data unit; and polling, with the first communication device, the third communication device to prompt the third communication device to acknowledge, in a non-OFDMA PHY data unit, that the third communication device received the MU PHY data unit.
A method for providing phosphate conversion crystal coating, the method comprising the steps of: pretreating a substrate in any dry process by depositing ultrafine metal oxide particles on said substrate in a manner so as to adhere a sufficiently high volume of said ultrafine metal oxide particles; treating said substrate with a phosphate coating solution; and, controlling parameters of temperature, density and acidity of said phosphate coating solution. pretreating a substrate in any dry process by depositing ultrafine metal oxide particles on said substrate in a manner so as to adhere a sufficiently high volume of said ultrafine metal oxide particles; treating said substrate with a phosphate coating solution; and, controlling parameters of temperature, density and acidity of said phosphate coating solution.
A cleaning device comprising: a vacuum cleaner including a dust collecting container; and a docking station to which the dust collecting container is connected, wherein the docking station comprises: a suction device configured to produce a suction airflow moving along a suction flow path from the dust collecting container to the suction device, a collector configured to collect foreign substances that are moved by the suction airflow, a flow adjusting device comprising a flow path valve provided in the suction flow path and configured to open or close the suction flow path, and a motor configured to transmit power to the flow path valve, and a controller configured to: control the suction device to operate based on a connection of the dust collecting container to the docking station, and control the flow adjusting device to move the flow path valve in the suction flow path to irregularly change the suction airflow at the dust collecting container while the suction device operates. a vacuum cleaner including a dust collecting container; and a docking station to which the dust collecting container is connected, wherein the docking station comprises: a suction device configured to produce a suction airflow moving along a suction flow path from the dust collecting container to the suction device, a collector configured to collect foreign substances that are moved by the suction airflow, a flow adjusting device comprising a flow path valve provided in the suction flow path and configured to open or close the suction flow path, and a motor configured to transmit power to the flow path valve, and a controller configured to: control the suction device to operate based on a connection of the dust collecting container to the docking station, and control the flow adjusting device to move the flow path valve in the suction flow path to irregularly change the suction airflow at the dust collecting container while the suction device operates. a suction device configured to produce a suction airflow moving along a suction flow path from the dust collecting container to the suction device, a collector configured to collect foreign substances that are moved by the suction airflow, a flow adjusting device comprising a flow path valve provided in the suction flow path and configured to open or close the suction flow path, and a motor configured to transmit power to the flow path valve, and a controller configured to: control the suction device to operate based on a connection of the dust collecting container to the docking station, and control the flow adjusting device to move the flow path valve in the suction flow path to irregularly change the suction airflow at the dust collecting container while the suction device operates. control the suction device to operate based on a connection of the dust collecting container to the docking station, and control the flow adjusting device to move the flow path valve in the suction flow path to irregularly change the suction airflow at the dust collecting container while the suction device operates.
A sports racquet and removable wrist strap system comprising: a head; a handle coupled to the head; a flexible tether extending from an end of the handle; a wrist strap; and a wrist strap connector releasably connecting the wrist strap to the flexible tether, the wrist strap connector comprising: a collar connected to one of the wrist strap and the flexible tether, the collar having an interior having a side opening and a side slot extending from the side opening; and an insert connected to the other of the wrist strap and the flexible tether, wherein the insert is insertable into the interior through the side opening while portions of the wrist strap or the flexible tether are insertable into the interior through the side slot. a head; a handle coupled to the head; a flexible tether extending from an end of the handle; a wrist strap; and a wrist strap connector releasably connecting the wrist strap to the flexible tether, the wrist strap connector comprising: a collar connected to one of the wrist strap and the flexible tether, the collar having an interior having a side opening and a side slot extending from the side opening; and an insert connected to the other of the wrist strap and the flexible tether, wherein the insert is insertable into the interior through the side opening while portions of the wrist strap or the flexible tether are insertable into the interior through the side slot. a collar connected to one of the wrist strap and the flexible tether, the collar having an interior having a side opening and a side slot extending from the side opening; and an insert connected to the other of the wrist strap and the flexible tether, wherein the insert is insertable into the interior through the side opening while portions of the wrist strap or the flexible tether are insertable into the interior through the side slot.
A set of parts for connecting an electrical conductor (17, 42) having a cable lug to a metal bar having a through hole, the set of parts comprises - a first bushing provided with a flange; - a tapered bushing, having a flange; the set of parts characterized in that it further comprises - a stud bolt having a first end threaded portion (14.1), a middle, non-threaded portion (14.2), and a second end threaded portion (14.3) inserted through the tapered bushing and the first bushing; - a first and a second tightening nut (15, 19); wherein the first bushing with a flange is configured to have a cylindrical first portion with an outer diameter to fit in an inner diameter of the through hole of the metal bar, and wherein the tapered bushing is configured to have a narrower portion and a thicker portion, and wherein the narrower portion is configured with a first diameter, and where the thicker portion is configured with a second diameter, and wherein the second diameter is larger than the first diameter, and wherein the second diameter of the tapered bushing is configured to be slightly bigger than a mounted inner diameter of the first bushing, said mounted inner diameter being the result of mounting the first bushing in the through hole by expansion, and wherein - the inner diameter of the tapered bushing at the thicker portion is slightly bigger than a diameter of the stud bolt such that when pressing the tapered bushing surrounding the stud bolt and abutting against the second tightening nut of the stud bolt into the first bushing, radial constriction of the tapered bushing round the stud bolt occurs as a result of the pressing. - a first bushing provided with a flange; - a tapered bushing, having a flange; - a stud bolt having a first end threaded portion (14.1), a middle, non-threaded portion (14.2), and a second end threaded portion (14.3) inserted through the tapered bushing and the first bushing; - a first and a second tightening nut (15, 19); - the inner diameter of the tapered bushing at the thicker portion is slightly bigger than a diameter of the stud bolt such that when pressing the tapered bushing surrounding the stud bolt and abutting against the second tightening nut of the stud bolt into the first bushing, radial constriction of the tapered bushing round the stud bolt occurs as a result of the pressing.
A control device for a vehicle provided with a power transmission device, the power transmission device including a first clutch, a dog clutch, and a second clutch, the power transmission device configured to be selectively switched between a first power transmission path and a second power transmission path, the first power transmission path and the second power transmission path being arranged in parallel, such that i) when the first clutch is engaged and the dog clutch is engaged, power from a drive power source is transmitted through the first power transmission path and ii) when the second clutch is engaged, power from the drive power source is transmitted through the second power transmission path, and the control device comprising an electronic control unit configured to acquire a front-rear rotation speed difference which is the difference between a rotation speed of the dog clutch on an upstream side in a power transmission direction and a rotation speed of the dog clutch on a downstream side in the power transmission direction, characterized in that when the front-rear rotation speed difference becomes equal to or greater than a predetermined value after a start of clutch-to-clutch gear shift control, perform complete release control of the first clutch, the clutch-to-clutch gear shift control being control for releasing the first clutch and engaging the second clutch from a state where the first clutch is engaged and the dog clutch is engaged.
A fastening assembly comprising: first and second seating members each having a through opening; a spherical rod end comprising a spherical member and an integrally threaded shaft, the spherical member disposed between the first and second seating members and having a through opening that is substantially coaxial with the through openings in the first and second seating members, the through opening in the spherical member and in the first and second seating members forming substantially coaxial through openings; and a partially threaded fastener for passing through the substantially coaxial through openings to secure the spherical rod end by clamping the first and second seating members on opposite sides of the spherical member in facing relation forming a seat therefor, wherein the first and second seating members each include cylindrical sections (24, 26) that are opposed to one another, and annular sections (28, 30) that are formed substantially at the center of the cylindrical sections (24, 26) and extend radially inward from the ends of the cylindrical sections (24, 26), wherein inner peripheral edges of the annular sections (28, 30) define the through openings of the first and second seating members and the second seating member has a pair of anti-rotation tabs with free ends extending toward and radially outside the first seating member. first and second seating members each having a through opening; a spherical rod end comprising a spherical member and an integrally threaded shaft, the spherical member disposed between the first and second seating members and having a through opening that is substantially coaxial with the through openings in the first and second seating members, the through opening in the spherical member and in the first and second seating members forming substantially coaxial through openings; and a partially threaded fastener for passing through the substantially coaxial through openings to secure the spherical rod end by clamping the first and second seating members on opposite sides of the spherical member in facing relation forming a seat therefor, wherein the first and second seating members each include cylindrical sections (24, 26) that are opposed to one another, and annular sections (28, 30) that are formed substantially at the center of the cylindrical sections (24, 26) and extend radially inward from the ends of the cylindrical sections (24, 26), wherein inner peripheral edges of the annular sections (28, 30) define the through openings of the first and second seating members and the second seating member has a pair of anti-rotation tabs with free ends extending toward and radially outside the first seating member.
An aerosol generating system, comprising an aerosol generating device in cooperation with a cartridge, the system for heating an aerosol-forming substrate in the cartridge and comprising: a vaporizer for heating the aerosol-forming substrate to form an aerosol; at least one air inlet; at least one air outlet, the air inlet and the air outlet being arranged to define an air flow route between the air inlet and the air outlet; and flow control means for adjusting the size of the at least one air inlet, so as to control the air flow speed in the air flow route, wherein the flow control means comprises: a first member and a second member, the first and second members cooperating to define the at least one air inlet, wherein the first and second members are arranged to rotate relative to one another so as to vary the size of the at least one air inlet, and wherein both the first member and the second member are contained in the cartridge. a vaporizer for heating the aerosol-forming substrate to form an aerosol; at least one air inlet; at least one air outlet, the air inlet and the air outlet being arranged to define an air flow route between the air inlet and the air outlet; and flow control means for adjusting the size of the at least one air inlet, so as to control the air flow speed in the air flow route, wherein the flow control means comprises: a first member and a second member, the first and second members cooperating to define the at least one air inlet, wherein the first and second members are arranged to rotate relative to one another so as to vary the size of the at least one air inlet, and wherein both the first member and the second member are contained in the cartridge.
A crusher for mineral materials or recycled materials, in particular rotary impact crushers or jaw crushers, having a crusher unit, which has a movable first crusher body, in particular a rotor or a crusher jaw, wherein a second crusher body, in particular an impact rocker or a crusher jaw, is assigned to the first crusher body, wherein a crushing gap is formed between the crusher bodies (11, 14), wherein a movable assembly of an overload triggering device is coupled to the first or to the second crusher body (11, 14), wherein the movable assembly has a cylinder of a hydraulic cylinder or a piston guided in the cylinder, wherein the movable assembly is designed to permit a motion of the coupled crusher body (11, 14) increasing the width of the crushing gap in an evasive motion, wherein a pressure chamber is formed in the hydraulic cylinder, which pressure chamber is delimited by a piston, and wherein the overload triggering device has a valve (23.8), which, in its open position, establishes a fluid-conveying connection between the pressure chamber and a compensation area and, in the closed valve position, blocks this connection, characterized in that the valve (28.8) is formed between two components of the movable assembly that are movable relative to each other.
Rail vehicle intended for running on rails along a direction of travel and a sense of travel, the rail vehicle comprising a plurality of carriages (15, 17), the plurality of carriages (15, 17) resting on a set of axles (40, 41, 42, 43, 44), each axle (40, 41, 42, 43, 44) comprising two wheels each having a flange likely to rub against one of the rails transversely to the direction of travel, the rail vehicle comprising at least one lubrication device (55, 60, 65, 70) configured to spray lubricant on the two flanges of one of the axles (41, 42, 43, 44), the axle located upstream in the sense of travel of the rail vehicle comprising one of the at least one lubrication device (55, 60, 65, 70), the set of axles (40, 41, 42, 43, 44) including lubricated axles (41, 42, 43, 44) comprising one of the at least one lubrication device (55, 60) and non-lubricated axles lacking a lubrication device (65, 70), the set of axles (40, 41, 42, 43, 44) comprising more non-lubricated axles than lubricated axles (41, 42, 43, 44), the rail vehicle comprising two motor carriages and at least one other carriage, each motor carriage being arranged at an end of the rail vehicle, each motor carriage and at least one of the at least one other carriage including an axle (41, 42) provided with one of the at least one lubrication device (55, 60), characterised in that each lubrication device (55, 60, 65, 70) comprises a lubricant reservoir, and: - for each axle (41, 42) carrying a motor carriage and provided with a lubrication device (55, 60), the reservoir is arranged in a body of the motor carriage, - for the or each axle (43, 44) carrying another carriage, and provided with a lubrication device (65, 70), the reservoir is carried by a bogie associated with said axle(s) (43, 44). - for each axle (41, 42) carrying a motor carriage and provided with a lubrication device (55, 60), the reservoir is arranged in a body of the motor carriage, - for the or each axle (43, 44) carrying another carriage, and provided with a lubrication device (65, 70), the reservoir is carried by a bogie associated with said axle(s) (43, 44).