mhurhangee/patent-ind-claim-en huggingface dataset:
Method for detecting a motor vehicle driving on a verge, at least one measured variable being recorded by means of at least one sensor unit of the motor vehicle , and by means of a computing unit of the motor vehicle : - a first control value relating to a wheel movement of a wheel of the motor vehicle being determined based on the at least one measured variable; - a second control value relating to a vehicle state variable dependent on a speed of the motor vehicle being determined based on the at least one measured variable; - a first confidence value for the verge being driven on being determined based on a comparison of the first control value with a first limit value; - a second confidence value for the verge being driven on being determined based on a comparison of the second control value with a second limit value; characterized in that - the first confidence value and the second confidence value are weighted, using different weighting factors, by means of the computing unit ; and - a total confidence value for the verge being driven on is determined based on the weighted first and the weighted second confidence value. - a first control value relating to a wheel movement of a wheel of the motor vehicle being determined based on the at least one measured variable; - a second control value relating to a vehicle state variable dependent on a speed of the motor vehicle being determined based on the at least one measured variable; - a first confidence value for the verge being driven on being determined based on a comparison of the first control value with a first limit value; - a second confidence value for the verge being driven on being determined based on a comparison of the second control value with a second limit value; characterized in that - the first confidence value and the second confidence value are weighted, using different weighting factors, by means of the computing unit ; and - a total confidence value for the verge being driven on is determined based on the weighted first and the weighted second confidence value.
An assembly of instruments for installing an implant on a bone, the assembly of instruments comprising: a reaming instrument having a first tube configured to be slid onto and along a pin and a reamer having a reamer end configured to ream the bone, characterised in that the assembly comprises a pair of pins configured to be placed in known patient specific positioning relative to the bone, wherein the reaming instrument includes a second tube spaced from the first tube to be aligned with the other of the pins , wherein the reamer is a cannulated reamer comprising a hollow shaft supporting the reamer end and configured to be driven, the hollow shaft concurrently received in the second tube of the reaming instrument and mounted onto the other of the pins , for the reaming instrument to guide movement of the cannulated reamer when reaming the bone. a reaming instrument having a first tube configured to be slid onto and along a pin and a reamer having a reamer end configured to ream the bone, characterised in that the assembly comprises a pair of pins configured to be placed in known patient specific positioning relative to the bone, wherein the reaming instrument includes a second tube spaced from the first tube to be aligned with the other of the pins , wherein the reamer is a cannulated reamer comprising a hollow shaft supporting the reamer end and configured to be driven, the hollow shaft concurrently received in the second tube of the reaming instrument and mounted onto the other of the pins , for the reaming instrument to guide movement of the cannulated reamer when reaming the bone.
Driver assistance module arranged to be secured to a motor vehicle steering wheel, the assistance module comprising a first driver information device, such as the control of a car radio, the assistance module further comprising an infrared radiation source supported by the assistance module and arranged to illuminate the driver, characterized in that the infrared radiation source forms part of a second information device, such as a device for informing the driver about their vigilance, which is separate and different from the first information device.
Rotor for an electric motor, comprising - a force transmission region , which is suitable or is intended for a force-transmitting operative connection to a motor shaft , - a torque transmission region made of fibre composite materials adjoining the force transmission region , - a magnetic connection region , - a region for magnetic field guidance, in which magnets are mounted, wherein the magnetic connection region and the region for magnetic field guidance are arranged on the opposite side of the torque transmission region to the force transmission region , characterised in that the lamination-free magnetic connection region formed by injection moulding comprises a thermoplastic plastics provided with a magnetic or magnetisable filler. - a force transmission region , which is suitable or is intended for a force-transmitting operative connection to a motor shaft , - a torque transmission region made of fibre composite materials adjoining the force transmission region , - a magnetic connection region , - a region for magnetic field guidance, in which magnets are mounted,
An aircraft comprising a system installed on the aircraft, the system comprising: a memory storing static information in one or more optical fibre gratings; three signal sources ; electrical connectors; and, a replaceable unit comprising an interrogator , the interrogator comprising: a light source configured to transmit interrogation light to the memory; a receiver configured to receive light from the memory; and an analyser configured to analyse the light from the memory to obtain the static information, wherein the replaceable unit is removable from the system by breaking one or more optical connections between the memory and the interrogator; wherein the replaceable unit is a Remote Data Concentrator (RDC) connected, via the electrical connectors, to the three signal sources ; and wherein the RDC is configured to acquire data from the signal sources . a memory storing static information in one or more optical fibre gratings; three signal sources ; electrical connectors; and, a replaceable unit comprising an interrogator , the interrogator comprising: a light source configured to transmit interrogation light to the memory; a receiver configured to receive light from the memory; and an analyser configured to analyse the light from the memory to obtain the static information, wherein the replaceable unit is removable from the system by breaking one or more optical connections between the memory and the interrogator; wherein the replaceable unit is a Remote Data Concentrator (RDC) connected, via the electrical connectors, to the three signal sources ; and wherein the RDC is configured to acquire data from the signal sources .
An evacuation device for a suction pipe , comprising - a housing with a chamber for attaching to a suction pipe , an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection , - a first valve with a first valve seat at the through opening , a first closing member for closing the first valve seat , and and a float in the chamber , which is connected to the first closing member , so that the floating float closes the first valve , - a second valve , formed as a check valve, between the through opening and the evacuation connection , wherein the second valve opens in a flow direction from the chamber to the evacuation connection , - wherein the second valve comprises a second valve seat at the through opening and a second closing member , formed as a ball, for closing the second valve seat , characterized in that the first closing member comprises an extension , which, in the closed state of the first valve , penetrates in the through opening and thereby presses the second closing member out of the second valve seat . - a housing with a chamber for attaching to a suction pipe , an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection , a chamber for attaching to a suction pipe , an evacuation connection for an evacuation pipe and a through opening between the chamber and the evacuation connection , - a first valve with a first valve seat at the through opening , a first closing member for closing the first valve seat , and and a float in the chamber , which is connected to the first closing member , so that the floating float closes the first valve , a first valve seat at the through opening , a first closing member for closing the first valve seat , and and a float in the chamber , which is connected to the first closing member , so that the floating float closes the first valve , - a second valve , formed as a check valve, between the through opening and the evacuation connection , wherein the second valve opens in a flow direction from the chamber to the evacuation connection , - wherein the second valve comprises a second valve seat at the through opening and a second closing member , formed as a ball, for closing the second valve seat , characterized in that the first closing member comprises an extension , which, in the closed state of the first valve , penetrates in the through opening and thereby presses the second closing member out of the second valve seat .
Method for processing silicon substrates, in particular monocrystalline silicon wafers , wherein the silicon substrates are transported while lying flat along a horizontal transport path and etching solution for texturing the surface is applied or sprayed on at least from above by means of nozzles or the like, wherein etching solution is applied from above several times in succession onto the upper side of the silicon substrates, remains there and reacts with the silicon substrate, characterized in that the etching solution contains an additive from the group consisting of alcohol, surfactant, glycol in a proportion of less than 1 wt%, and wherein more and more additive is added to the etching solution as the etching progresses in time, or in a throughput direction, for an increasing proportion of additive.
A method for providing collision protection in an aircraft , the method comprising: receiving a sensor input from a sensor positioned on the aircraft and operatively coupled with a processor , wherein the sensor is configured to identify obstacle within a field of view; receiving a pilot command stream from a pilot; identifying an obstacle within the field of view based at least in part on said sensor input; determining a region from a plurality of regions within the field of view in which the obstacle is positioned, wherein the region is determined based at least in part on the sensor input; setting a control input as a function of the region determined in the determining step; inputting the control inputs to a proportional-derivative (PD) controller to generate control data; generating, via the processor , a control command stream as a function of the control data; comparing, via the processor , the control command stream to the pilot command stream to determine whether the pilot command stream from the pilot is safe; and communicating the control command stream to a flight controller of the aircraft in lieu of the pilot command stream when the pilot command stream from the pilot is determined not to be safe. receiving a sensor input from a sensor positioned on the aircraft and operatively coupled with a processor , wherein the sensor is configured to identify obstacle within a field of view; receiving a pilot command stream from a pilot; identifying an obstacle within the field of view based at least in part on said sensor input; determining a region from a plurality of regions within the field of view in which the obstacle is positioned, wherein the region is determined based at least in part on the sensor input; setting a control input as a function of the region determined in the determining step; inputting the control inputs to a proportional-derivative (PD) controller to generate control data; generating, via the processor , a control command stream as a function of the control data; comparing, via the processor , the control command stream to the pilot command stream to determine whether the pilot command stream from the pilot is safe; and communicating the control command stream to a flight controller of the aircraft in lieu of the pilot command stream when the pilot command stream from the pilot is determined not to be safe.
A process for producing coarse count and tridimensional crimped multifilament BCF yarns, comprising the following steps: - arranging polyamide 6.6 as starting material (step 100); - drying said polyamide 6.6 with nitrogen (step 101); - extruding said polyamide 6.6, thus obtaining filaments (step 102); - immediately downstream the extrusion, cooling in water the filaments obtained in the previous step 102 at a predetermined temperature ranging between 17°C and 50°C and for a predetermined time ranging between 0.5 seconds and 0.8 seconds, thus obtaining coarse count multifilament BCF yarns (step 103); - subjecting to a non-mechanical treatment with a mixture of air and steam said coarse count multifilament BCF yarns obtained in the previous step 103, wherein the amounts of air and steam are in a predetermined ratio between them ranging between 30:70 by volume and 60:40 by volume, thus obtaining coarse count and tridimensional crimped multifilament BCF yarns (step 104). - arranging polyamide 6.6 as starting material (step 100); - drying said polyamide 6.6 with nitrogen (step 101); - extruding said polyamide 6.6, thus obtaining filaments (step 102); - immediately downstream the extrusion, cooling in water the filaments obtained in the previous step 102 at a predetermined temperature ranging between 17°C and 50°C and for a predetermined time ranging between 0.5 seconds and 0.8 seconds, thus obtaining coarse count multifilament BCF yarns (step 103); - subjecting to a non-mechanical treatment with a mixture of air and steam said coarse count multifilament BCF yarns obtained in the previous step 103, wherein the amounts of air and steam are in a predetermined ratio between them ranging between 30:70 by volume and 60:40 by volume, thus obtaining coarse count and tridimensional crimped multifilament BCF yarns (step 104).
An Enterococcus faecalis strain devoid of prophages, characterized in that it is the Enterococcus faecalis 1854wph strain deposited in the PCM as B/00075.
A nacelle with an acoustic-attenuating wall panel , comprising: a radiused portion (172 or 174) of an inner wall panel of the nacelle , the nacelle including a bifurcated fan duct defined by the inner wall panel and an outer wall , the inner wall panel extending between generally radially opposite sides of the outer wall ; the radiused portion including an airflow surface having a concave configuration being exposed to an airflow ; the radiused portion comprising an acoustic attenuating section, wherein the radiused portion (172 or 174) comprises a honeycomb sandwich structure having a pair of face sheets and a honeycomb core interposed between the face sheets; the honeycomb core including a plurality of cells oriented perpendicular to the face sheets, the honeycomb core having a core thickness ; and the airflow surface is provided by an airflow face sheet having an inner radius , the inner radius being formed at an inner radius/core thickness ratio of no less than approximately 2:1, wherein the radiused portion airflow surface has a porous configuration including a plurality of holes for facilitating fluid coupling of the cells to the airflow . a radiused portion (172 or 174) of an inner wall panel of the nacelle , the nacelle including a bifurcated fan duct defined by the inner wall panel and an outer wall , the inner wall panel extending between generally radially opposite sides of the outer wall ; the radiused portion including an airflow surface having a concave configuration being exposed to an airflow ; the radiused portion comprising an acoustic attenuating section, wherein the radiused portion (172 or 174) comprises a honeycomb sandwich structure having a pair of face sheets and a honeycomb core interposed between the face sheets; the honeycomb core including a plurality of cells oriented perpendicular to the face sheets, the honeycomb core having a core thickness ; and the airflow surface is provided by an airflow face sheet having an inner radius , the inner radius being formed at an inner radius/core thickness ratio of no less than approximately 2:1, wherein the radiused portion airflow surface has a porous configuration including a plurality of holes for facilitating fluid coupling of the cells to the airflow .
A method for laying and/or fixing a covering material, such as a fibre web or plastic film, on a cultivated area and over a cultivation medium, where the cover material is laid by machine from a magazine and in a direction of movement by a a device adapted for the purpose, characterised in that the rolled- up covering material is arranged on a at least one carrying unit , said at least on carrying unit is arranged on the side of a vehicle towing the apparatus or where the at least one carrying unit is arranged on the side of the apparatus , and wherein the film during laying extends partly in the direction of movement and partly in a direction which is substantially perpendicular to the direction of movement and towards the area to be covered away from the apparatus and in a distance to the centre line of the apparatus so as to align a first longitudinal edge of the cover material relative to a first grooving share and a first press wheel of the apparatus when seen in relation to the direction of movement, whereby the cover material during laying is fixed in cultivation medium along only the first longitudinal edge and followed by a subsequent fixation of the opposite longitudinal edge of the cover material.
A drop-on-demand ink jet printing apparatus for printing inks comprising water or a volatile solvent onto a continuous web substrate , the printing apparatus comprising: a print head , a chamber having an inlet for the continuous web substrate and an outlet for the printed continuous web substrate, and means for feeding the continuous web substrate through the chamber inlet into the chamber, past the print head and out of the chamber outlet, wherein a reservoir of water or solvent is provided within the chamber for generating water or solvent vapour by evaporation from the water or solvent in the reservoir, and in that the chamber is suitable for retaining water or solvent vapour in the vicinity of the print head. a print head , a chamber having an inlet for the continuous web substrate and an outlet for the printed continuous web substrate, and means for feeding the continuous web substrate through the chamber inlet into the chamber, past the print head and out of the chamber outlet, wherein a reservoir of water or solvent is provided within the chamber for generating water or solvent vapour by evaporation from the water or solvent in the reservoir, and in that the chamber is suitable for retaining water or solvent vapour in the vicinity of the print head.
A support construction for conditioned furniture such as a ventilated bed , the support construction comprising: - a shell structure including an opening providing access to a plenum chamber defined by the shell structure ; and - an upholstery support supported by the shell structure and arranged to support an upholstered item, such as a mattress , above the opening ; - a conditioning unit arranged to condition air and provide conditioned air to the upholstered item ; - a rigid base frame connected to the shell structure , at least partially surrounded by the shell structure , and arranged to support the shell structure ; and - a leg module extending from the rigid base frame and arranged to support the rigid base frame ; characterized in that the shell structure comprises an outer shell and an inner shell , and wherein the rigid base frame is positioned in-between the outer shell and the inner shell . - a shell structure including an opening providing access to a plenum chamber defined by the shell structure ; and - an upholstery support supported by the shell structure and arranged to support an upholstered item, such as a mattress , above the opening ; - a conditioning unit arranged to condition air and provide conditioned air to the upholstered item ; - a rigid base frame connected to the shell structure , at least partially surrounded by the shell structure , and arranged to support the shell structure ; and - a leg module extending from the rigid base frame and arranged to support the rigid base frame ;
A component which is configured to switch an electrical signal, the component comprising: - an insulating substrate bearing a semiconductor chip which ensures switching of the signal; - a sole plate on which the substrate is secured, the sole plate being configured to discharge heat emitted during switching of the component (30; T+, T-); - a conductive plane (50; 50+, 50-) positioned between the sole plate and the insulating substrate , the conductive plane (50; 50+, 50-) being electrically insulated against the sole plate , characterised in that it further comprises: - a specific component (R, L+, L-) with an impedance of at least 1 Ohm and/or an inductance of at least 1 μH, by means of which the conductive plane (50; 50+, 50-) is connected to a reference voltage (14+, 14-; 60). - an insulating substrate bearing a semiconductor chip which ensures switching of the signal; - a sole plate on which the substrate is secured, the sole plate being configured to discharge heat emitted during switching of the component (30; T+, T-); - a conductive plane (50; 50+, 50-) positioned between the sole plate and the insulating substrate , the conductive plane (50; 50+, 50-) being electrically insulated against the sole plate , - a specific component (R, L+, L-) with an impedance of at least 1 Ohm and/or an inductance of at least 1 μH, by means of which the conductive plane (50; 50+, 50-) is connected to a reference voltage (14+, 14-; 60).
A blank from which a dental prosthesis can be formed, the blank comprising: • a main body portion , the main body portion having an axis of elongation , a first end and a second end ; • a registration portion at the first end , for aligning, in use, the dental prosthesis in a precise position and/or orientation on an implant; and • an attachment portion at the second end , the attachment portion including a first bore having an attachment axis defined by the first bore wherein the attachment axis is at an angle to the axis of elongation so that the axis of elongation of the blank is at an angle to the holder axis and wherein the attachment axis is at right angles to the axis of elongation . • a main body portion , the main body portion having an axis of elongation , a first end and a second end ; • a registration portion at the first end , for aligning, in use, the dental prosthesis in a precise position and/or orientation on an implant; and • an attachment portion at the second end , the attachment portion including a first bore having an attachment axis defined by the first bore