mhurhangee/ep-ind-claims huggingface dataset:
A pilot ring, comprising: a first outer ring; and a second inner ring positioned concentrically within the first ring, the second ring including a first outer circumferential surface positioned adjacent to the first ring and a second inner circumferential surface opposite the first circumferential surface, characterised by the second circumferential surface including at least one roll feature that extends substantially along a perimeter of the second circumferential surface, the at least one roll feature comprises a first protrusion spaced apart from a second protrusion along the second circumferential surface, and the first protrusion and the second protrusion each extend radially inward from the second circumferential surface. a first outer ring; and a second inner ring positioned concentrically within the first ring, the second ring including a first outer circumferential surface positioned adjacent to the first ring and a second inner circumferential surface opposite the first circumferential surface, characterised by the second circumferential surface including at least one roll feature that extends substantially along a perimeter of the second circumferential surface, the at least one roll feature comprises a first protrusion spaced apart from a second protrusion along the second circumferential surface, and the first protrusion and the second protrusion each extend radially inward from the second circumferential surface.
An artificial turf for simulating natural grass, comprising: a base fabric, artificial grass yarns tufting on a side of the base fabric and an latex backing on an opposite side of the base fabric, the artificial grass yarns having at least two different forms including an straight form and a curly form, the straight artificial grass yarns having at least two different colors, characterized in that the cross sections of the straight artificial grass yarns having a plurality of different shapes, and the cross sections of the curly artificial grass yarns having at least one shape.
A replacement kit for a wiper mounted at the end of a wiper arm of a motor vehicle, the kit comprising at least one wiper (102, 102c, 102p) equipped with an inbuilt fluid spraying device comprising at least one circulation canal and a fluid inlet cannula, characterised in that the replacement kit further comprises at least one fluid distribution tube configured to be coupled at one end to said wiper (102, 102c, 102p) and at its opposite end to a fluid supply circuit supplying fluid coming from a reservoir of the vehicle, a coupling configured to allow fluidic connection between the supply circuit and the at least one fluid distribution tube, and at least one fixing means (110, 116) for holding the distribution tube in position along the wiper arm.
A rotation angle detecting apparatus, comprising a bearing holder, a rotation shaft rotatably supported by said bearing holder, a shaft portion space formed in said rotation shaft, a bearing holder space formed in said bearing holder, a first condenser lens which is accommodated in said shaft portion space and has an optical axis that coincides with a center line of said rotation shaft, a second condenser lens which is provided in said bearing holder space and also provided on an extension of a center line of said rotation shaft, an angle detection pattern provided at a focal position of one of said first condenser lens and said second condenser lens and comprising a circular pattern provided at the central position thereof, and an image sensor provided at a focal position of the other of said first condenser lens and said second condenser lens, wherein said image sensor is configured: to detect a projection image of said angle detection pattern projected onto said image sensor, to detect a displacement of said projection image involved by the rotation of said rotation shaft, and further to detect a center position of an angle detection pattern image based on said angle detection pattern, wherein the center of said circular pattern represents the center of said angle detection pattern, and to detect a tilt angle of said rotation shaft based on a deviation between the center of said circular pattern and the center of the yet-to-be-tilted circular pattern on said image sensor and based on a focal length of the other of said first condenser lens or said second condenser lens. to detect a projection image of said angle detection pattern projected onto said image sensor, to detect a displacement of said projection image involved by the rotation of said rotation shaft, and further to detect a center position of an angle detection pattern image based on said angle detection pattern, wherein the center of said circular pattern represents the center of said angle detection pattern, and to detect a tilt angle of said rotation shaft based on a deviation between the center of said circular pattern and the center of the yet-to-be-tilted circular pattern on said image sensor and based on a focal length of the other of said first condenser lens or said second condenser lens.
A method of assessing sex selected sperm cell fertility, comprising: obtaining sperm cells of a non-human species of mammal; providing Y-chromosome bearing sex selected sperm cells exposed to first treatment conditions; providing X-chromosome bearing sex selected sperm cells exposed to second treatment conditions; generating an insemination sample having a ratio of said Y-chromosome bearing sex selected sperm cells exposed to said first treatment conditions and said X-chromosome bearing sex selected sperm cells exposed to said second treatment conditions by mixing said Y-chromosome bearing sex selected sperm cells exposed to said first treatment conditions and said X-chromosome bearing sex slected sperm cells exposed to said second treatment conditions; inseminating at least one female of said non-human species of mammal with said insemination sample having said ratio of said Y-chromosome bearing sperm cells exposed to said first treatment conditions and said X-chromosome bearing sperm cells exposed to said second treatment conditions; and assessing fertility of said sex selected sperm cells by comparison of sex ratio of offspring of said at least one female of said non-human species of mammal to said ratio of said Y-chromosome bearing sperm cells exposed to first treatment conditions and X-chromosome bearing sperm cells exposed to second treatment conditions in said insemination sample. obtaining sperm cells of a non-human species of mammal; providing Y-chromosome bearing sex selected sperm cells exposed to first treatment conditions; providing X-chromosome bearing sex selected sperm cells exposed to second treatment conditions; generating an insemination sample having a ratio of said Y-chromosome bearing sex selected sperm cells exposed to said first treatment conditions and said X-chromosome bearing sex selected sperm cells exposed to said second treatment conditions by mixing said Y-chromosome bearing sex selected sperm cells exposed to said first treatment conditions and said X-chromosome bearing sex slected sperm cells exposed to said second treatment conditions; inseminating at least one female of said non-human species of mammal with said insemination sample having said ratio of said Y-chromosome bearing sperm cells exposed to said first treatment conditions and said X-chromosome bearing sperm cells exposed to said second treatment conditions; and assessing fertility of said sex selected sperm cells by comparison of sex ratio of offspring of said at least one female of said non-human species of mammal to said ratio of said Y-chromosome bearing sperm cells exposed to first treatment conditions and X-chromosome bearing sperm cells exposed to second treatment conditions in said insemination sample.
A method of deciding whether undetached laundry is present on the drum of a laundry washing or washing and drying machine following a spinning operation of a laundry load, the drum rotationally driven by an electric motor (13, 14), the method comprising the steps of: energising the motor to rotate the drum at a first rotational speed that is below a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the first rotational speed, energising the motor to rotate the drum at a second rotational speed that is at or above a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the second rotational speed, and deciding whether undetached Z laundry is J present on the drum by comparing the motor current magnitude indication at the first rotational speed to the motor current magnitude indication at the second rotational speed. energising the motor to rotate the drum at a first rotational speed that is below a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the first rotational speed, energising the motor to rotate the drum at a second rotational speed that is at or above a rotational speed capable of centrifugally holding the laundry load against the drum's inner surface, determining an indication of the magnitude of the motor current at the second rotational speed, and deciding whether undetached Z laundry is J present on the drum by comparing the motor current magnitude indication at the first rotational speed to the motor current magnitude indication at the second rotational speed.
A method of forming a suture to be used in a surgical procedure applied to tissue, comprising: (a) providing an elongated suture body; and (b) forming retainers on the elongated suture body by temporarily contacting the elongated suture body with one or more heated element, whereby said retainers are formed by melting one or more portion of the suture body by contact with said one or more heated element and separating the one or more heated element and the suture body, thereby pulling up the melted one or more portion of the suture body to form the retainers when cooled. (a) providing an elongated suture body; and (b) forming retainers on the elongated suture body by temporarily contacting the elongated suture body with one or more heated element,
An aniline derivative represented by the following Formula: wherein Y 5d represents a C1-C3 haloalkyl group; Y 1d represents a halogen atom, a C1-C4 haloalkyl group, a C1-C4 haloalkoxy group, or a C1-C4 haloalkylsulfinyl group; Y 3d represents a heptafluoroisopropyl group; Y 2d and Y 4d each independently represent a hydrogen atom or a C1-C4 alkyl group; and R 2a represents a hydrogen atom or a C1-C6 alkyl group. wherein Y 5d represents a C1-C3 haloalkyl group; Y 1d represents a halogen atom, a C1-C4 haloalkyl group, a C1-C4 haloalkoxy group, or a C1-C4 haloalkylsulfinyl group; Y 3d represents a heptafluoroisopropyl group; Y 2d and Y 4d each independently represent a hydrogen atom or a C1-C4 alkyl group; and R 2a represents a hydrogen atom or a C1-C6 alkyl group.
A method for ventilating a motor vehicle interior with a ventilation arrangement, the ventilation arrangement having a first air vent which is arranged in the interior of the motor vehicle and has a first flow duct and a second flow duct, the the first and the second flow channel (20, 22) of the first air vent are fluidically separated from one another and open out at different angles into an outflow opening of the first air vent, the ventilation arrangement having a second air vent (50, 60) which is arranged at a distance from the first air vent, characterized in that the second air vent has a first flow channel and a second flow channel, the first and the second flow channel (20, 22) of the second air vent (50, 60) are fluidically separated from one another and at different angles i n an outflow opening of the second air vent (50, 60) and wherein the first flow channels of the first and second air vent (10, 50, 60) are fluidically coupled to one another by means of a first distributor channel of an air distributor. and wherein the second flow channels of the first and second air vents (10, 50, 60) are fluidically coupled to one another by means of a second distributor channel of the air distributor, the method comprising the following steps: - Applying a first air flow to the first flow channel and/or applying a second air flow to the second flow channel to form a first outflow air flow at the outflow opening, des first air vent and the second air vent (50,60), wherein the first vent air flow has a first flow direction, - Changing the air mass flow of the first air flow relative to the air mass flow of the second air flow and forming a second outflow air flow at the outflow opening, the first air outflow and the second air outflow (50,60), wherein the second outflow air flow has a second flow direction which differs from the first flow direction, - the air mass flow in the first distributor duct for simultaneously changing the flow direction of the vent air streams (40, 42, 44, 52, 54, 56, 62, 64, 66) of the first air vent and the second air vent (50, 60). is changed relative to the air mass flow in the second distribution channel. - Applying a first air flow to the first flow channel and/or applying a second air flow to the second flow channel to form a first outflow air flow at the outflow opening, des first air vent and the second air vent (50,60), wherein the first vent air flow has a first flow direction, - Changing the air mass flow of the first air flow relative to the air mass flow of the second air flow and forming a second outflow air flow at the outflow opening, the first air outflow and the second air outflow (50,60), wherein the second outflow air flow has a second flow direction which differs from the first flow direction, - the air mass flow in the first distributor duct for simultaneously changing the flow direction of the vent air streams (40, 42, 44, 52, 54, 56, 62, 64, 66) of the first air vent and the second air vent (50, 60). is changed relative to the air mass flow in the second distribution channel.
Method for controlling an electronic brake system in a vehicle, wherein the brake system has at least one service brake and a sustained-action brake, having at least the following steps: - determining a vehicle setpoint deceleration value (z_soll), - actuating the sustained-action brake with a sustained-action brake signal (St2.1) and the at least one service brake with a service-brake signal (St2.2) as a function of the vehicle setpoint deceleration value (z_soll), - reading in a sustained-action brake actual torque signal of the sustained-action brake and determining an initial signal, characterized in that a correction signal (S6_korr) is determined from the initial signal, and a service-brake setpoint deceleration value (zRB_soll) is determined from the correction signal (S6_korr), and the at least one service brake is actuated with the service-brake setpoint deceleration value (zRB_soll) by means of the service-brake signal, wherein the correction signal (S6_korr) is determined from the initial signal and a correction function (Kv), wherein the initial signal transfers a sustained-action brake actual deceleration value (zDBI_ist) or a sustained-action brake actual torque value (MDBI_ist), and wherein the correction function (Kv) is dependent on a vehicle speed (v_Fzg) and/or a deviation factor which includes the difference between the vehicle setpoint deceleration value (z_soll) and the vehicle actual deceleration value (z_ist). - determining a vehicle setpoint deceleration value (z_soll), - actuating the sustained-action brake with a sustained-action brake signal (St2.1) and the at least one service brake with a service-brake signal (St2.2) as a function of the vehicle setpoint deceleration value (z_soll), - reading in a sustained-action brake actual torque signal of the sustained-action brake and determining an initial signal,
A filtering apparatus for an air conditioner comprising: an air filter for removing dust from air passing through a heat exchanger; a suction nozzle for sucking dust adhering to the air filter; a suction device connected to the suction nozzle and having an air outlet port to discharge there from air sucked by the suction nozzle; and a dust collecting device (13, 27, 31) disposed at least upstream or downstream of the suction device for collecting the dust sucked by the suction nozzle; characterized in that the sittering apparatus further comprises selective means (22, 26) for selectively switching a mode between a first mode which utilizes the dust collecting device (13, 27, 31) so as to collect dust and discharge from the air outlet port the air sucked by the saction nozzle and removed from dust and a second mode which does not utilize the dust collecting device (13, 27, 31) so as to discharge from the air outlet port the dust sucked by the saction nozzle. an air filter for removing dust from air passing through a heat exchanger; a suction nozzle for sucking dust adhering to the air filter; a suction device connected to the suction nozzle and having an air outlet port to discharge there from air sucked by the suction nozzle; and a dust collecting device (13, 27, 31) disposed at least upstream or downstream of the suction device for collecting the dust sucked by the suction nozzle; characterized in that the sittering apparatus further comprises selective means (22, 26) for selectively switching a mode between a first mode which utilizes the dust collecting device (13, 27, 31) so as to collect dust and discharge from the air outlet port the air sucked by the saction nozzle and removed from dust and a second mode which does not utilize the dust collecting device (13, 27, 31) so as to discharge from the air outlet port the dust sucked by the saction nozzle.
An automatic medical lubricant dispenser comprising: an elongated top component comprising at its front end a dispensing component, the dispensing component comprising a dispensing valve for dispensing medical lubricant, a sensor for detecting the proximity of a user's hand to the dispensing valve and thereby activating a signal which causes the dispenser to deliver medical lubricant through the dispensing valve, a base for supporting the dispenser on a flat surface, and a middle component connecting the top component to the base, wherein the front portion of the top component extends away from the middle of the front portion of the middle component at least 10 cm. an elongated top component comprising at its front end a dispensing component, the dispensing component comprising a dispensing valve for dispensing medical lubricant, a sensor for detecting the proximity of a user's hand to the dispensing valve and thereby activating a signal which causes the dispenser to deliver medical lubricant through the dispensing valve, a base for supporting the dispenser on a flat surface, and a middle component connecting the top component to the base, wherein the front portion of the top component extends away from the middle of the front portion of the middle component at least 10 cm.
Method for producing an optically variable security element, wherein - a carrier is provided whose surface extent defines a z-axis perpendicular thereto, - in a surface region, a transparent embossing varnish layer is applied to the carrier, - at least a first, lower relief structure and a second, higher relief structure are embossed into the embossing varnish layer, the structures in z-direction being disposed at different height levels relative to the sheetlike carrier, - the at least two relief structures (24, 34) are provided with a non-metal coating composed of a non-metallic material, and - the non-metal coating is lifted selectively from the second, higher relief structure, characterized in that the relief structures (24, 34) are formed by micromirror arrangements with directed micromirrors. - a carrier is provided whose surface extent defines a z-axis perpendicular thereto, - in a surface region, a transparent embossing varnish layer is applied to the carrier, - at least a first, lower relief structure and a second, higher relief structure are embossed into the embossing varnish layer, the structures in z-direction being disposed at different height levels relative to the sheetlike carrier, - the at least two relief structures (24, 34) are provided with a non-metal coating composed of a non-metallic material, and - the non-metal coating is lifted selectively from the second, higher relief structure,
Composite glass pane at least comprising a first glass pane, a second glass pane, an intermediate layer arranged therebetween, which comprises at least one cover layer (3,4) based on at least one thermoplastic polymer, and a border seal, wherein - the first glass pane is arranged with an offset B relative to the second glass pane, wherein a first pane edge of the first glass pane is set back with respect to a second pane edge of the second glass pane, wherein the offset B is 0.1 mm to 1 mm, - the intermediate layer is cut back along at least one edge (a) of the composite glass pane by a border distance A, - the border seal is arranged in a border gap, which is delimited by the first glass pane, the second glass pane, and the intermediate layer, and - the border seal contains a polymer fusible with the polymer of the cover layers (3,4), wherein the border seal ends with the pane edges (17,18) of the glass panes (1,2) and extends over the entire border distance A and also partially over the region of the offset B, wherein the border seal has an angle of inclination from the first pane edge to the second pane edge,.and wherein the border seal is introduced into the border gap by extrusion. - the first glass pane is arranged with an offset B relative to the second glass pane, wherein a first pane edge of the first glass pane is set back with respect to a second pane edge of the second glass pane, wherein the offset B is 0.1 mm to 1 mm, - the intermediate layer is cut back along at least one edge (a) of the composite glass pane by a border distance A, - the border seal is arranged in a border gap, which is delimited by the first glass pane, the second glass pane, and the intermediate layer, and - the border seal contains a polymer fusible with the polymer of the cover layers (3,4), wherein the border seal ends with the pane edges (17,18) of the glass panes (1,2) and extends over the entire border distance A and also partially over the region of the offset B, wherein the border seal has an angle of inclination from the first pane edge to the second pane edge,.and wherein the border seal is introduced into the border gap by extrusion.