mhurhangee/patent-ind-claim-en huggingface dataset:
Insulating material , in particular for sound and/or thermal insulation, comprising - a plurality of leather fibers , preferably made of finished leather, - wherein each leather fiber has a connecting region and a free region , - a binding agent , by means of which only the connecting regions of the leather fibers are connected to one another, characterized in that - the insulating material has a proportion of 40 wt.% to 95 wt.% of leather fibers , - wherein the binding agent is a polycaprolactone or is based on a variant of a polycaprolactone and/or wherein a base of the binding agent is a carboxylic acid ester or a fruit acid. - a plurality of leather fibers , preferably made of finished leather, - wherein each leather fiber has a connecting region and a free region , - a binding agent , by means of which only the connecting regions of the leather fibers are connected to one another, characterized in that - the insulating material has a proportion of 40 wt.% to 95 wt.% of leather fibers , - wherein the binding agent is a polycaprolactone or is based on a variant of a polycaprolactone and/or wherein a base of the binding agent is a carboxylic acid ester or a fruit acid.
A method, comprising: - providing a laminar support member for electrical user elements (L), the laminar support member having opposed first and second surfaces and at least one opening therethrough with an electrically-conductive formation at the periphery of said opening at the first surface of the laminar support member , - advancing an electrical wire (C, C1, C2) through said opening from the second surface to the first surface of the laminar support member , the electrical wire (C, C1, C2) advanced into said opening having a distal portion protruding from the laminar support member at the first surface thereof, - coupling with said distal portion of the electrical wire (C, C1, C2) an electrically-conductive retain member , the retain member dimensioned to counter extraction of the electrical wire (C, C1, C2) from the opening , and - establishing electrical contact of the retain member and the electrically-conductive formation , characterized in that the method comprises arranging an electrically-insulating tubular member (C24; 100A) around the electrical wire (C, C1, C2) at at least one location out of: - the second surface of the laminar support member , and/or - the inner surface of said opening . - providing a laminar support member for electrical user elements (L), the laminar support member having opposed first and second surfaces and at least one opening therethrough with an electrically-conductive formation at the periphery of said opening at the first surface of the laminar support member , - advancing an electrical wire (C, C1, C2) through said opening from the second surface to the first surface of the laminar support member , the electrical wire (C, C1, C2) advanced into said opening having a distal portion protruding from the laminar support member at the first surface thereof, - coupling with said distal portion of the electrical wire (C, C1, C2) an electrically-conductive retain member , the retain member dimensioned to counter extraction of the electrical wire (C, C1, C2) from the opening , and - establishing electrical contact of the retain member and the electrically-conductive formation , - the second surface of the laminar support member , and/or - the inner surface of said opening .
An apparatus for providing vehicular environment information, the apparatus comprising: - at least one input unit ; - at least one environment display monitor ; - at least one sensor ; and - a processing unit ; wherein, the at least one environment display monitor is configured to provide information to a driver of a vehicle; wherein, the at least one sensor is configured to acquire vehicular environment data that is external to the vehicle; wherein, the at least one sensor is configured to provide the vehicular environment data to the processing unit; wherein, the at least one input unit is configured to acquire driver intention data; wherein, the at least one input unit is configured to provide the driver intention data to the processing unit ; wherein, the processing unit is configured to determine vehicular environment information, wherein the determination of the vehicular environment information comprises utilisation of the vehicular environment data and utilisation of the driver intention data, and wherein the vehicular environment information comprises information relating to a region around the vehicle; and wherein, the processing unit is configured to provide at least a portion of a frame around the environment display monitor on the basis of the vehicular environment information, and wherein a position of the region around the vehicle is correlated with a position of the portion of frame around the environment display monitor. - at least one input unit ; - at least one environment display monitor ; - at least one sensor ; and - a processing unit ; wherein, the at least one environment display monitor is configured to provide information to a driver of a vehicle; wherein, the at least one sensor is configured to acquire vehicular environment data that is external to the vehicle; wherein, the at least one sensor is configured to provide the vehicular environment data to the processing unit; wherein, the at least one input unit is configured to acquire driver intention data; wherein, the at least one input unit is configured to provide the driver intention data to the processing unit ; wherein, the processing unit is configured to determine vehicular environment information, wherein the determination of the vehicular environment information comprises utilisation of the vehicular environment data and utilisation of the driver intention data, and wherein the vehicular environment information comprises information relating to a region around the vehicle; and wherein, the processing unit is configured to provide at least a portion of a frame around the environment display monitor on the basis of the vehicular environment information, and wherein a position of the region around the vehicle is correlated with a position of the portion of frame around the environment display monitor.
Drain pump for water-conducting household appliances for draining and/or recirculating the working liquid, equipped with connection nozzles on the suction side and on the pressure side and with a suction pipe , characterised in that the suction pipe in the pump has a continuous venting channel lying above and the connection nozzle on the suction side can be connected via an upwardly inclined discharge hose of the household appliance.
A vehicle having a first configuration for road use and a second configuration for air use, comprising: road wheels ; a first steering control input for directional control of road wheels when in contact with the ground; a traction drive propulsion unit for driving road wheels when in contact with the ground; a traction drive power control input ; a second steering control input for operation of control surfaces for the aerodynamic directional control of the vehicle; an aerodynamic thrust propulsion unit for driving the vehicle through the air; and a thrust power control input ; wherein, when the vehicle is in the second configuration and the wheels are in contact with the ground, the thrust power control input is operable to control power to the aerodynamic thrust propulsion unit and to the traction drive propulsion unit to accelerate the vehicle; and both the first steering control input and the second steering control input are operable to control the direction of travel of the vehicle. road wheels ; a first steering control input for directional control of road wheels when in contact with the ground; a traction drive propulsion unit for driving road wheels when in contact with the ground; a traction drive power control input ; a second steering control input for operation of control surfaces for the aerodynamic directional control of the vehicle; an aerodynamic thrust propulsion unit for driving the vehicle through the air; and a thrust power control input ; wherein, when the vehicle is in the second configuration and the wheels are in contact with the ground, the thrust power control input is operable to control power to the aerodynamic thrust propulsion unit and to the traction drive propulsion unit to accelerate the vehicle; and both the first steering control input and the second steering control input are operable to control the direction of travel of the vehicle.
Fold-out support leg for a mobile container (W) with a pivot leg , a support tube and a guiding groove adapted for guiding a bolt connected to the mobile container (W), characterised in that the guiding groove is arranged in the support tube and has two segments of different lengths parallel to a longitudinal axis (L) of the support tube , which are connected by at least one oblique intermediate segment, both ends of the guiding groove being directed in the direction of the pivot leg , so that a lateral movement of the support leg brings the support leg from the storage position to the support position.
A garment , comprising: a garment cloth (C) that covers at least a portion of a body of a wearer; an opening formed in the garment cloth (C); a mount hole in which a ventilator is mounted; and an air outlet that discharges air introduced by the ventilator mounted in the mount hole , characterized by an absorber which is disposed around the opening on an inner side of the garment and which is more absorbent than the garment cloth (C). a garment cloth (C) that covers at least a portion of a body of a wearer; an opening formed in the garment cloth (C); a mount hole in which a ventilator is mounted; and an air outlet that discharges air introduced by the ventilator mounted in the mount hole , characterized by an absorber which is disposed around the opening on an inner side of the garment and which is more absorbent than the garment cloth (C).
A hair conditioner composition comprising a) from 0.15% to 16% of a moisture control material or mixtures of moisture control materials by weight of the composition, wherein the moisture control material is a mixture of salicylic acid, isostearyl isostearate, and 2-hexyl decanol, wherein the total amount of moisture control materials or mixtures of moisture control materials ranges from 0.15% to 16% by weight of the composition; b) from 0.1% to 12% of one or more silicone materials by weight of the composition, wherein at least one of the silicone materials is curable or cross-linkable upon the application of the conditioner on the hair or during hair drying, wherein the silicone material is curable or cross-linkable and is a curable amine functional silicone, wherein the curable amine functional silicone is a self-curable or self-cross-linkable silicone comprising an emulsion of Amodimethicone / Morpholinomethyl Silsesquioxane Copolymer, wherein the total amount of silicone materials wherein at least one of the silicone materials is curable or cross-linkable upon the application of the conditioner on the hair or during hair drying ranges from 0.1% to 12% by weight of the composition; c) from 70% to 98% of an aqueous carrier by weight of the composition. a) from 0.15% to 16% of a moisture control material or mixtures of moisture control materials by weight of the composition, wherein the moisture control material is a mixture of salicylic acid, isostearyl isostearate, and 2-hexyl decanol, wherein the total amount of moisture control materials or mixtures of moisture control materials ranges from 0.15% to 16% by weight of the composition; b) from 0.1% to 12% of one or more silicone materials by weight of the composition, wherein at least one of the silicone materials is curable or cross-linkable upon the application of the conditioner on the hair or during hair drying, wherein the silicone material is curable or cross-linkable and is a curable amine functional silicone, wherein the curable amine functional silicone is a self-curable or self-cross-linkable silicone comprising an emulsion of Amodimethicone / Morpholinomethyl Silsesquioxane Copolymer, wherein the total amount of silicone materials wherein at least one of the silicone materials is curable or cross-linkable upon the application of the conditioner on the hair or during hair drying ranges from 0.1% to 12% by weight of the composition; c) from 70% to 98% of an aqueous carrier by weight of the composition.
Sealing system, comprising: a sealing device (20; 30) for sealing adjacent machine parts, in particular moulding tool parts, characterised in that the sealing system has a light-emitting device which is arranged in such a way that the light-emitting device can illuminate a section of the sealing device (20; 30) .
Device for forming having - at least one spindle which can be driven in a rotating manner by a rotary drive , - a clamping means which is arranged on the spindle and designed to receive and clamp a workpiece on the spindle , and - at least one forming roller which can be fed axially and/or radially relative to the workpiece in order to carry out a spinning or flow-forming process, - wherein the spindle and the clamping means are combined to a unit which is adjustable transversely to the axis of rotation , and - the unit is adjustable between a forming position, in which the spinning or flow-forming process is carried out, and a set-up position for setting up, characterized in that a first changing unit with a first spindle and a first clamping means and at least one second changing unit with a second spindle and a second clamping means are provided and in that the first changing unit and the at least one second changing unit are alternately adjustable between the forming position and the set-up position. - at least one spindle which can be driven in a rotating manner by a rotary drive , - a clamping means which is arranged on the spindle and designed to receive and clamp a workpiece on the spindle , and - at least one forming roller which can be fed axially and/or radially relative to the workpiece in order to carry out a spinning or flow-forming process, - wherein the spindle and the clamping means are combined to a unit which is adjustable transversely to the axis of rotation , and - the unit is adjustable between a forming position, in which the spinning or flow-forming process is carried out, and a set-up position for setting up,
A base wireless device that transmits and receives signals to and from at least one remote wireless device in a transmission/reception period, comprising: a selection unit configured to select either signal transmission or standby in the transmission/reception period; characterized in that the base wireless device further comprises a transmission processing unit configured to perform a transmission process of transmitting a signal to the at least one remote wireless device in the transmission/reception period in a case that the selection unit selects the signal transmission, and to stand by without performing the transmission process in the transmission/reception period in a case that the selection unit selects the standby, wherein the selection unit selects either the signal transmission or the standby in a current transmission/reception period in accordance with a predetermined rule in a case that the signal transmission was selected in a previous transmission/reception period, and selects the signal transmission in the current transmission/reception period in a case that the standby was selected in the previous transmission/reception period. a selection unit configured to select either signal transmission or standby in the transmission/reception period; characterized in that the base wireless device further comprises a transmission processing unit configured to perform a transmission process of transmitting a signal to the at least one remote wireless device in the transmission/reception period in a case that the selection unit selects the signal transmission, and to stand by without performing the transmission process in the transmission/reception period in a case that the selection unit selects the standby, wherein the selection unit selects either the signal transmission or the standby in a current transmission/reception period in accordance with a predetermined rule in a case that the signal transmission was selected in a previous transmission/reception period, and selects the signal transmission in the current transmission/reception period in a case that the standby was selected in the previous transmission/reception period.
Method for operating a driver assistance system for a track-bound vehicle , in which the driver assistance system is operated as a function of an automatic train control signal generated by means of an automatic train control system , with the following method steps: operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing (K3) a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility , wherein it is determined (KK3) by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left. the driver assistance system is operated as a function of an automatic train control signal generated by means of an automatic train control system , with the following method steps: operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing (K3) a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility , wherein it is determined (KK3) by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left. operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing (K3) a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility , wherein it is determined (KK3) by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left.
Anchorage point comprising an under part , with a screw bolt comprising a screw head for connecting the anchorage point to an object which is to be secured or handled by means of this, and an upper part connected to the under part and rotatable in relation to the under part about the longitudinal axis of the screw bolt , with a connection means for connecting an anchorage means or tension means, said upper part being adjustable in an axial direction in relation to the under part against the resetting force of a resetting spring or a resetting spring assembly, wherein, in a first position, the upper part can be freely rotated in relation to the under part , and in a second position the upper part takes torque closure effect on the screw bolt , wherein the screw head comprises at least one outside rotation contour, and the upper part carries at least one complementary rotation contour, which, as a consequence of an axial displacement of the upper part out of its first position into its second position, can be moved into engagement with the rotation contour of the under part , wherein the under part comprises a bearing body , which in turn comprises two bearing surfaces , spaced apart from one another in the axial direction and facing outwards in the radial direction, on which bearing surfaces the upper part is mounted in the radial direction when in its position of use.
A sensor device comprising: a substrate having a die attached to the substrate , the die including an array of sensors and an array of wells cooperatively disposed over the array of sensors, the array of wells exposed by the substrate ; and a flow cell secured to the substrate and defining a flow space disposed over the die and accessible to the array of wells, wells , the flow cell defining a plurality of separate volumes , each volume of the plurality of separate volumes having an inlet and an outlet , the plurality of separate volumes separated by dividers , the dividers covering a set of wells of the array of wells ; the sensor device being characterized in that an adhesive secures the flow cell to the substrate , wherein the adhesive secures the dividers to the die , the adhesive covering the set of wells . a substrate having a die attached to the substrate , the die including an array of sensors and an array of wells cooperatively disposed over the array of sensors, the array of wells exposed by the substrate ; and a flow cell secured to the substrate and defining a flow space disposed over the die and accessible to the array of wells, wells , the flow cell defining a plurality of separate volumes , each volume of the plurality of separate volumes having an inlet and an outlet , the plurality of separate volumes separated by dividers , the dividers covering a set of wells of the array of wells ; the sensor device being characterized in that an adhesive secures the flow cell to the substrate , wherein the adhesive secures the dividers to the die , the adhesive covering the set of wells .
Harvesting machine having a harvesting attachment and a drive system for driven elements of the harvesting attachment , which drive system has a drive motor and a hydraulic drive train, which is connected between the drive motor and one or more driven elements of the harvesting attachment and has an adjustable hydraulic pump which can be driven by the drive motor , as well as a hydraulic motor , and an electronic control unit which is connected to an actuator for adjusting the hydraulic pump , characterized in that the control unit is connected to a sensor which is configured to generate signals which are correlated to the drive torque of the hydraulic motor , in that data which contain information as to what is the maximum drive torque the harvesting attachment can process can be fed to the control unit by an electronic memory unit of the harvesting attachment or an operator control input device , and in that the control unit can be operated such that in the event of the maximum drive torque being exceeded, said control unit instructs the actuator , on the basis of the signals of the sensor and the data, to lower the pressure in the hydraulic circuit in order to switch off the hydraulic motor .