mhurhangee/ep-ind-claims huggingface dataset:
A gasket for arrangement between a cylinder block and cylinder head of an internal combustion engine, the gasket being characterized by: a single lubricant hole through which lubricant is supplied to the cylinder head, a high pressure bead producing a high sealing pressure and extending around the lubricant hole; and a low pressure bead producing a low sealing pressure and extending around the high pressure bead and at least partially extending around a hollow portion, which is in communication with a lubricant reservoir of the engine, when the gasket is arranged between the cylinder block and the cylinder head, wherein the single lubricant hole is formed in a corner of the gasket at a side facing toward the hollow portion. a single lubricant hole through which lubricant is supplied to the cylinder head, a high pressure bead producing a high sealing pressure and extending around the lubricant hole; and a low pressure bead producing a low sealing pressure and extending around the high pressure bead and at least partially extending around a hollow portion, which is in communication with a lubricant reservoir of the engine, when the gasket is arranged between the cylinder block and the cylinder head, wherein the single lubricant hole is formed in a corner of the gasket at a side facing toward the hollow portion.
A laryngeal pacing system for a recipient patient with impaired breathing, the system comprising: a laryngeal pacemaker configured for external placement on skin of a patient at a sternum location and configured to produce respiration stimulation signals; an implantable stimulation electrode configured for delivering the respiration stimulation signals from the laryngeal pacemaker to adjacent target neural tissue for vocal fold abduction during respiration of the recipient patient; a triaxial accelerometer configured to produce a body motion signal for the laryngeal pacemaker reflecting energy expenditure of the recipient patient; a respiration sensor comprising a flexible skin-transferrable printed tattoo electrode having a tetrapolar configuration for impedance pneumography measurement to produce a sensed respiration signal for the laryngeal pacemaker; wherein the respiration sensor is configured for transfer and release by guided placement from a sensor applicator to a fixed skin location at the angulus sterni of the recipient patient; and wherein the laryngeal pacemaker is configured to interpret the body motion signal and the sensed respiration signal to make a real time determination of respiratory phase and frequency for adaptively adjusting the respiration stimulation signals accordingly. a laryngeal pacemaker configured for external placement on skin of a patient at a sternum location and configured to produce respiration stimulation signals; an implantable stimulation electrode configured for delivering the respiration stimulation signals from the laryngeal pacemaker to adjacent target neural tissue for vocal fold abduction during respiration of the recipient patient; a triaxial accelerometer configured to produce a body motion signal for the laryngeal pacemaker reflecting energy expenditure of the recipient patient; a respiration sensor comprising a flexible skin-transferrable printed tattoo electrode having a tetrapolar configuration for impedance pneumography measurement to produce a sensed respiration signal for the laryngeal pacemaker; wherein the respiration sensor is configured for transfer and release by guided placement from a sensor applicator to a fixed skin location at the angulus sterni of the recipient patient; and wherein the laryngeal pacemaker is configured to interpret the body motion signal and the sensed respiration signal to make a real time determination of respiratory phase and frequency for adaptively adjusting the respiration stimulation signals accordingly.
A method for producing a printed circuit board, comprising: an alkali treatment step of bringing a surface of an insulating layer for a printed circuit board into contact with an aqueous alkali solution, and a conductor layer forming step of forming a conductor layer on at least a part of the surface of the insulating layer that has undergone the alkali treatment step, wherein the insulating layer comprises a resin composition comprising a thermosetting resin, a silane compound having a (meth)acrylic skeleton and a hydrolyzable group or a hydroxy group, and an inorganic filler. an alkali treatment step of bringing a surface of an insulating layer for a printed circuit board into contact with an aqueous alkali solution, and a conductor layer forming step of forming a conductor layer on at least a part of the surface of the insulating layer that has undergone the alkali treatment step, wherein the insulating layer comprises a resin composition comprising a thermosetting resin, a silane compound having a (meth)acrylic skeleton and a hydrolyzable group or a hydroxy group, and an inorganic filler.
Method for assigning useful data from useful data blocks of a bus data packet to different sensor transmission apparatuses (200.x), a bus control apparatus being connected to a data bus of a vehicle, which data bus is designed to transmit bus data packets between a plurality of sensor transmission apparatuses (200.x) and the bus control apparatus, the bus data packets comprising at least one signalling field and the useful data field with at least two useful data blocks, the useful data from a plurality of sensors being able to be integrated in a useful data field of a single bus data packet, and the method having the following steps of: reading in a bus data packet; determining an assignment rule on the basis of an action list, the action list containing a plurality of combinations of one of a plurality of possible operating states for each sensor transmission apparatus (200.x) using the data bus, the assignment rule representing a relationship between a length of the useful data field and the current operating state of each of the sensor transmission apparatuses (200.x); and interpreting the useful data in the bus data packet and assigning the useful data in the useful data blocks to the different sensor transmission apparatuses (200.x), the interpreting and assigning step taking into account the fact that the useful data field has a different length for different combinations of the operating states of the sensor transmission apparatuses (200.x) according to the assignment rule. reading in a bus data packet; determining an assignment rule on the basis of an action list, the action list containing a plurality of combinations of one of a plurality of possible operating states for each sensor transmission apparatus (200.x) using the data bus, the assignment rule representing a relationship between a length of the useful data field and the current operating state of each of the sensor transmission apparatuses (200.x); and interpreting the useful data in the bus data packet and assigning the useful data in the useful data blocks to the different sensor transmission apparatuses (200.x), the interpreting and assigning step taking into account the fact that the useful data field has a different length for different combinations of the operating states of the sensor transmission apparatuses (200.x) according to the assignment rule.
Adjustable camshaft for the valve gear of an internal combustion engine, which camshaft having an outer shaft, on which at least one first cam is arranged which is connected fixedly to said outer shaft so as to rotate with it, and having an inner shaft which extends through the outer shaft and to which at least one second cam is connected fixedly so as to rotate with it and is mounted rotatably on the outer shaft, and it being possible for oil to be conducted from a gap between the outer shaft and the inner shaft through an oil duct in the outer shaft into the region between the second cam and the outer shaft, characterized in that the second cam is sealed at least partially against the outer shaft by means of two sealing elements, the two sealing elements sealing the region between the second cam and the outer shaft toward both axial edge sides, the sealing elements being seated on the inner side in the adjustable second cam or in the outer side of the outer shaft and a plain bearing face being enclosed between the sealing elements.
A sintered product exhibiting a relative density of greater than 97% and composed of: - more than 92% by weight of silicon carbide, - between 0.5% and 8% by weight of an amorphous secondary phase comprising the elements O, Si and one or two elements chosen from Al and Y, - less than 2% of other elements, present in said product in the form of an additional phase or of unavoidable impurities, in which the silicon carbide is present in the form of crystalline grains and in which said secondary phase is amorphous and located essentially at the boundaries of the silicon carbide grains. - more than 92% by weight of silicon carbide, - between 0.5% and 8% by weight of an amorphous secondary phase comprising the elements O, Si and one or two elements chosen from Al and Y, - less than 2% of other elements, present in said product in the form of an additional phase or of unavoidable impurities,
Method of displaying information in a vehicle, - wherein at least a first object (14.1) for reproducing information is displayed graphically on a display surface, and wherein the first object (14.1) is assigned to a first topic, - wherein a second object (14.2, 14.3) is displayed at least partially adjacent to the first object (14.1) for reproducing information associated with a second topic, - wherein a change of topic from the first topic to the second topic on the display surface is detected, and - wherein, depending on whether a topic change has been detected, the second object (14.2, 14.3) for the reproduction of information is graphically displayed fully on the display surface, characterized in that - the first object (14.1) comprises a plurality of first widget objects (7.1 - 7.6), wherein the first widget objects (7.1 - 7.6) are associated with the first topic, and - the second object (14.2, 14.3) comprises a plurality of second widget objects (7.1 - 7.6), wherein the second widget objects (7.1 - 7.6) are assigned to the second topic, and wherein the first topic corresponds to a first operating mode of the vehicle, while the second topic corresponds to a second operating mode of the vehicle, - wherein, whether the vehicle has changed from the first to the second operating mode is determined, and - if the operating mode has changed, the topic change is automatically effected. - wherein at least a first object (14.1) for reproducing information is displayed graphically on a display surface, and wherein the first object (14.1) is assigned to a first topic, - wherein a second object (14.2, 14.3) is displayed at least partially adjacent to the first object (14.1) for reproducing information associated with a second topic, - wherein a change of topic from the first topic to the second topic on the display surface is detected, and - wherein, depending on whether a topic change has been detected, the second object (14.2, 14.3) for the reproduction of information is graphically displayed fully on the display surface, - the first object (14.1) comprises a plurality of first widget objects (7.1 - 7.6), wherein the first widget objects (7.1 - 7.6) are associated with the first topic, and - the second object (14.2, 14.3) comprises a plurality of second widget objects (7.1 - 7.6), wherein the second widget objects (7.1 - 7.6) are assigned to the second topic, and wherein the first topic corresponds to a first operating mode of the vehicle, while the second topic corresponds to a second operating mode of the vehicle, - wherein, whether the vehicle has changed from the first to the second operating mode is determined, and - if the operating mode has changed, the topic change is automatically effected.
An L-profile shaped element for covering an edge of a terrace structure wherein - the L-profile shaped element is formed as a monolithic piece, - the L-profile shaped element is formed from a composite material, which contains fiber-based components and plastic-based components and which is used as a starting material, - the L-profile shaped element includes a first leg and a second leg, the dimensions of the L-profile shaped element being length width and thickness of the first leg and the second leg, characterized in that - the first leg and the second leg are arranged to have substantially the same thicknesses, - joint parts are fitted to the edges in the thickness direction of the first leg and of the second leg, - the joint parts function in the same manner in the interior as well as exterior of the L-profile shaped element, regardless which way around the element has been turned, - the joint parts are of a groove-type structure, - the L-profile shaped element are arranged to be joined from the thicknesswise end of at least one of the first leg and the second leg, which is at the same time the lengthwise face of the L-profile shaped element, to at least one plank-like additional element of substantially the same thickness, which is adapted to be connected to said L-profile shaped element by means of the joint parts. - the L-profile shaped element is formed as a monolithic piece, - the L-profile shaped element is formed from a composite material, which contains fiber-based components and plastic-based components and which is used as a starting material, - the L-profile shaped element includes a first leg and a second leg, the dimensions of the L-profile shaped element being length width and thickness of the first leg and the second leg, - the first leg and the second leg are arranged to have substantially the same thicknesses, - joint parts are fitted to the edges in the thickness direction of the first leg and of the second leg, - the joint parts function in the same manner in the interior as well as exterior of the L-profile shaped element, regardless which way around the element has been turned, - the joint parts are of a groove-type structure, - the L-profile shaped element are arranged to be joined from the thicknesswise end of at least one of the first leg and the second leg, which is at the same time the lengthwise face of the L-profile shaped element, to at least one plank-like additional element of substantially the same thickness, which is adapted to be connected to said L-profile shaped element by means of the joint parts.
A filter element (104, 404) comprising: a first endplate; a second endplate (110, 410) (110, 410); filter media positioned between the first endplate and the second endplate (110, 410); and a dual lip seal member (102, 402) coupled to the second endplate (110, 410) the dual lip seal member (102, 402) comprising a first protrusion that extends radially outward around an outer surface of the dual lip seal member (102, 402), a second protrusion that extends radially outward around the outer surface of the dual lip seal member (102, 402), and a center portion disposed between the first protrusion and the second protrusion, the dual lip seal member (102, 402) configured to prevent fluid from exiting through a drain when the filter element (104, 404) is in an installed position within a housing (106, 406) and to permit residual fluid to exit through the drain when the filter element (104, 404) is displaced from the installed position, characterised in that the dual lip seal member is disposed entirely on an outer radially-facing surface of the second endplate (110,410). a first endplate; a second endplate (110, 410) (110, 410); filter media positioned between the first endplate and the second endplate (110, 410); and a dual lip seal member (102, 402) coupled to the second endplate (110, 410) the dual lip seal member (102, 402) comprising a first protrusion that extends radially outward around an outer surface of the dual lip seal member (102, 402), a second protrusion that extends radially outward around the outer surface of the dual lip seal member (102, 402), and a center portion disposed between the first protrusion and the second protrusion, the dual lip seal member (102, 402) configured to prevent fluid from exiting through a drain when the filter element (104, 404) is in an installed position within a housing (106, 406) and to permit residual fluid to exit through the drain when the filter element (104, 404) is displaced from the installed position, characterised in that the dual lip seal member is disposed entirely on an outer radially-facing surface of the second endplate (110,410).
Dosage-dispensing device (110, 10) which serves to dispense measured quantities of powdery substances, comprising a base unit (120, 20) and at least one receiving unit (130, 30), wherein at least one source unit is installed in the receiving unit (130, 30), and further comprising at least one actuator (150, 50) acting on the receiving unit (130, 30), wherein the receiving unit (130, 30) is pivotally mounted with rotational mobility relative to the base unit (120, 20) and the actuator is designed to generate repeated bidirectional pivoting movements of the receiving unit (130, 30), characterized in that the source unit comprises a source container and a dispensing head, wherein the dispensing head is designed so that it can be opened and closed and thus serves to control the outflow of dosage material from source container, wherein at least one connector unit (140, 40) is arranged between the base unit (120, 20) and the receiving unit (130, 30), wherein the receiving unit (130, 30) is pivotally supported on the connector unit (140, 40) with rotational mobility about a pivoting axis, wherein the connector unit (140, 40) is slidably supported with translatory mobility relative to the base unit (120, 20), and wherein the actuator (50, 160) is designed to generate repeated bidirectional translatory movements of the connector unit (140, 40), whereby the receiving unit (130, 30) can be subjected to repeated bidirectional pivoting movements and, superimposed on the latter, repeated bidirectional translatory movements.
A steering column for a motor vehicle, comprising an actuating unit with a steering spindle which is mounted such that it can be rotated about its longitudinal axis in a casing tube, a support unit which can be connected to the body of the motor vehicle and in which the actuating unit can be accommodated, and an energy absorbing device, which has a transmission element that can be supported on the support unit and an energy absorbing element that is secured to the actuating unit, wherein, in the event of a crash, the transmission element can be moved in the direction of the longitudinal axis relative to the energy absorbing element, with plastic deformation of the energy absorbing element, wherein the energy absorbing element has an elongated hole which is oriented parallel to the longitudinal axis and into which an expansion part of the transmission element that is oversized relative to the width of the elongated hole engages, characterized in that the energy absorbing element is connected to the actuating unit via at least one securing element, which engages in securing recesses (761, 35) of the energy absorbing element and of the casing tube, wherein the energy absorbing element has at least one form-fitting element, which engages in a form-fitting manner in a corresponding form-fitting recess in the casing tube.
A flexural pivot, comprising: a first flexure support member; a second flexure support member rotatably coupled to the first flexure support member for relative rotation about a first axis; a third flexure support member rotatably coupled to the second flexure support member for relative rotation about a second axis; and a plurality of cross blade flexures (140a-d) rotatably coupling the flexure support members to one another, each cross blade flexure comprising first and second flexible blade units that have flexible blades arranged in a cross configuration, the flexible blade units comprising blade supports (143a, 143b) disposed at opposite ends of the flexible blades to facilitate coupling the flexible blade units to the flexure support members, wherein the flexible blade and the blade supports of each flexible blade unit form a monolithic structure, wherein the flexible blades extend perpendicularly from planar surfaces (144a, 144b) of the blade supports. a first flexure support member; a second flexure support member rotatably coupled to the first flexure support member for relative rotation about a first axis; a third flexure support member rotatably coupled to the second flexure support member for relative rotation about a second axis; and a plurality of cross blade flexures (140a-d) rotatably coupling the flexure support members to one another, each cross blade flexure comprising first and second flexible blade units that have flexible blades arranged in a cross configuration, the flexible blade units comprising blade supports (143a, 143b) disposed at opposite ends of the flexible blades to facilitate coupling the flexible blade units to the flexure support members, wherein the flexible blade and the blade supports of each flexible blade unit form a monolithic structure, wherein the flexible blades extend perpendicularly from planar surfaces (144a, 144b) of the blade supports.
Reactor for catalytic, exothermic gas phase reactions by conversion of a feed gas to a product gas having, seen in the flow direction of the feed gas, - an entry zone, - a reaction zone comprising at least one catalyst, wherein the reaction zone fills only part of the reactor cross section, - an exit zone for the product gas, where - a homogeneous gas mixture with respect to its substance composition, which contains at least one oxidant, at least one component to be oxidized and at least one substance which is inert to the substances reacting with one another, is supplied as feed gas to the entry zone, which is an empty space or is a space that contains functional fittings which do not serve for intermixing, by at least one feed line, - the feed line is connected to one or more mixing units for mixing of the oxidant, the component to be oxidized and the inert substance, and - as means for decreasing the transport of heat produced in the reaction zone into the entry zone a device for leading through a cooling medium is provided, wherein the device for leading through a cooling medium is a support, which is flowed through by a cooling medium, for the catalyst, which support separates entry zone and exit zone. - an entry zone, - a reaction zone comprising at least one catalyst, wherein the reaction zone fills only part of the reactor cross section, - an exit zone for the product gas, - a homogeneous gas mixture with respect to its substance composition, which contains at least one oxidant, at least one component to be oxidized and at least one substance which is inert to the substances reacting with one another, is supplied as feed gas to the entry zone, which is an empty space or is a space that contains functional fittings which do not serve for intermixing, by at least one feed line, - the feed line is connected to one or more mixing units for mixing of the oxidant, the component to be oxidized and the inert substance, and - as means for decreasing the transport of heat produced in the reaction zone into the entry zone a device for leading through a cooling medium is provided, wherein the device for leading through a cooling medium is a support, which is flowed through by a cooling medium, for the catalyst, which support separates entry zone and exit zone.