mhurhangee/ep-ind-claims huggingface dataset:
A resin composition comprising: a polyolefin; a carbon fiber; a resin containing at least one of an amide bond and an imide bond; and a compatibilizer, wherein the resin containing at least one of an amide bond and an imide bond forms a coating layer around the carbon fiber, a thickness of the coating layer is from 50 nm to 700 nm, and the compatibilizer forms a layer between the coating layer and the polyolefin, characterized in that a content of the compatibilizer is from 1% by weight to 15% by weight with respect to the weight of the carbon fiber. a polyolefin; a carbon fiber; a resin containing at least one of an amide bond and an imide bond; and a compatibilizer, wherein the resin containing at least one of an amide bond and an imide bond forms a coating layer around the carbon fiber, a thickness of the coating layer is from 50 nm to 700 nm, and the compatibilizer forms a layer between the coating layer and the polyolefin, characterized in that a content of the compatibilizer is from 1% by weight to 15% by weight with respect to the weight of the carbon fiber.
A physical quantity measuring device comprising; a chip package; and a casing; characterized in that the chip package is molded from a polymeric resin and includes a first measuring unit measuring a first physical quantity of a gas to be measured taken from a main passage, a second measuring unit measuring a second physical quantity of the gas to be measured taken from the main passage, and a signal processing unit being connected to the first and second measuring units (41, 42), the signal processing unit processing signals transmitted from at least the first and second measuring units (41, 42), the chip package being configured to dispose the signal processing unit between the first and second measuring units (41, 42), the casing fixedly stores the chip package, and including a first bypass passage allowing the gas to be measured taken from the main passage, to flow in the first measuring unit, and a second bypass passage allowing the gas to be measured taken from the main passage, to flow in the second measuring unit, and the casing having a cooling unit allowing the gas to be measured from the main passage to flow between the first measuring unit and the second measuring unit, and cooling the signal processing unit.
An isolated fly-buck converter provided for converting an input voltage (V in) to an output voltage (V S) and comprising: - on a primary side, a primary winding (X 1) and a non-isolated buck (C P) connected in series, and a pair of switches (Q 1, Q 2), wherein the switches are switchable between a forward phase, in which the primary winding and the non-isolated buck are connected to the input voltage, and a fly-buck phase, in which the primary winding and the non-isolated buck are disconnected from the input voltage and are connected to one another in a closed circuit; and - on a secondary side, a secondary winding (X 2) coupled to the primary winding, and a first capacitive element (C S) connected over the secondary winding and a first rectifying element (D 1) connected to the secondary winding to prevent current from being flown through the secondary winding during the forward phase, wherein the output voltage is achieved as the voltage over the first capacitive element, characterized in that the isolated fly-buck converter comprises: - on the secondary side, a supplementary circuitry by aid of which the input voltage can be measured on the secondary side, the supplementary circuitry comprising a second capacitive element (C F) and a second rectifying element connected in series, wherein the supplementary circuitry is connected over the second wiring such that the second rectifying element prevents current from being flown through the supplementary circuitry during the fly-buck phase, wherein a voltage (V sense), which is a sum of the voltage (V F) over the second capacitive element and the output voltage (V S), is indicative of the input voltage. - on a primary side, a primary winding (X 1) and a non-isolated buck (C P) connected in series, and a pair of switches (Q 1, Q 2), wherein the switches are switchable between a forward phase, in which the primary winding and the non-isolated buck are connected to the input voltage, and a fly-buck phase, in which the primary winding and the non-isolated buck are disconnected from the input voltage and are connected to one another in a closed circuit; and - on a secondary side, a secondary winding (X 2) coupled to the primary winding, and a first capacitive element (C S) connected over the secondary winding and a first rectifying element (D 1) connected to the secondary winding to prevent current from being flown through the secondary winding during the forward phase, wherein the output voltage is achieved as the voltage over the first capacitive element, - on the secondary side, a supplementary circuitry by aid of which the input voltage can be measured on the secondary side, the supplementary circuitry comprising a second capacitive element (C F) and a second rectifying element connected in series, wherein the supplementary circuitry is connected over the second wiring such that the second rectifying element prevents current from being flown through the supplementary circuitry during the fly-buck phase, wherein a voltage (V sense), which is a sum of the voltage (V F) over the second capacitive element and the output voltage (V S), is indicative of the input voltage.
A method for chemically adhering a diene rubber to a piezoelectric polymer, the method comprising the steps of: a) providing a piezoelectric polymer having at least one surface, wherein the piezoelectric polymer is selected from the group of polyvinylidene fluoride (PVDF) polymer or co-polymers, b) providing a rubber component having at least one surface and comprising a sulfur cross-linkable rubber composition, c) introducing oxygen-containing functional groups on the at least one surface of the piezoelectric polymer, d) reacting the oxygen-containing functional groups with a compound comprising thiocyanate groups, and e) contacting the surface of the piezoelectric polymer obtained of step d) with the surface of the rubber component, and cross-linking. a) providing a piezoelectric polymer having at least one surface, wherein the piezoelectric polymer is selected from the group of polyvinylidene fluoride (PVDF) polymer or co-polymers, b) providing a rubber component having at least one surface and comprising a sulfur cross-linkable rubber composition, c) introducing oxygen-containing functional groups on the at least one surface of the piezoelectric polymer, d) reacting the oxygen-containing functional groups with a compound comprising thiocyanate groups, and e) contacting the surface of the piezoelectric polymer obtained of step d) with the surface of the rubber component, and cross-linking.
A device for adjusting height of a prefabricated package box based on ware filling therein and for closing the box, wherein the box comprises a forehand made ware filling to a certain height and the box comprises a wall, the thickness of which is not less than 2 mm, wherein the device comprises: - a supporting means,, placeable inside the box and mountable against the box wall and being adjustable of its height position, - a work tool mounted outside the box said box having a bottom, wherein said work piece being arranged to make horizontally directed folding tracks with regard to the bottom of the box in the outer surface of the box, - cutting means for cutting open the corners of the box, and - devices for turning the flaps (13, 14) formed in the upper edge of the box and for mounting a cover onto the box, characterized in that the device further comprises a measuring device for detecting the filling height of the box, and that the work tool for making folding tracks in the outer surface of the box is a cutting work tool, which can cut from the outer surface of the box to an adjusted depth resulting in penetrating continuous cutting lines. - a supporting means,, placeable inside the box and mountable against the box wall and being adjustable of its height position, - a work tool mounted outside the box said box having a bottom, wherein said work piece being arranged to make horizontally directed folding tracks with regard to the bottom of the box in the outer surface of the box, - cutting means for cutting open the corners of the box, and - devices for turning the flaps (13, 14) formed in the upper edge of the box and for mounting a cover onto the box,
An adhesive comprising an amorphous carbon dispersed in a cyanate ester resin, wherein said amorphous carbon comprises carbon black that has been mechanically processed to an average particle size of less than 30 nm.
A data processing apparatus comprising: a reception unit adapted to receive: a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and an output unit adapted to output the GSE packet or the PDU if the signaling indicates that the GSE packet is of the GSE-Lite type. a reception unit adapted to receive: a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and a generic stream encapsulation, GSE, packet of a GSE-Lite type having a data field containing a protocol data unit, PDU, whose maximum size is restricted to a limit size that is 4,096 bytes or less, and a signaling in an open systems interconnection, OSI, data link layer or in a lower OSI layer indicating whether the GSE packet is of the GSE-Lite type; and an output unit adapted to output the GSE packet or the PDU if the signaling indicates that the GSE packet is of the GSE-Lite type.
Device for connecting a wiper blade to a wiper arm, with the following features: - a connecting element can be arranged in an articulated manner on first articulation means of the wiper blade, - the connecting element bears second articulation means which correspond to the first articulation means, - the connecting element bears at least first and second supporting surfaces (54, 56) which correspond to at least first and second counter-supporting surfaces (60, 66) of the wiper arm, - the at least one first supporting surface is oriented at an angle alpha differing from 0° with respect to the at least second supporting surface, - the connecting element bears first and second latching means (68, 72) which correspond to first and second counter-latching means (76, 78) of the wiper arm, - at least one first latching means and/or first counter-latching means are/is deflectable, - at least one second latching means and/or one second counter-latching means are/is deflectable, - the direction of deflection of the first latching means and/or first counter-latching means is at an angle beta of 90° with respect to the direction of deflection of the second latching means and/or counter-latching means. - a connecting element can be arranged in an articulated manner on first articulation means of the wiper blade, - the connecting element bears second articulation means which correspond to the first articulation means, - the connecting element bears at least first and second supporting surfaces (54, 56) which correspond to at least first and second counter-supporting surfaces (60, 66) of the wiper arm, - the at least one first supporting surface is oriented at an angle alpha differing from 0° with respect to the at least second supporting surface, - the connecting element bears first and second latching means (68, 72) which correspond to first and second counter-latching means (76, 78) of the wiper arm, - at least one first latching means and/or first counter-latching means are/is deflectable, - at least one second latching means and/or one second counter-latching means are/is deflectable, - the direction of deflection of the first latching means and/or first counter-latching means is at an angle beta of 90° with respect to the direction of deflection of the second latching means and/or counter-latching means.
Method for determining the abrasion resistance of at least one wear layer arranged on a support plate comprising the steps of recording at least one NIR spectrum of the wear layer arranged on the at least one support plate before the curing of the at least one wear layer with the support plate by using at least one NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, particularly preferably between 900 nm and 1700 nm; determining the abrasion resistance of the at least one wear layer by comparison of the NIR spectrum determined for the abrasion resistance to be determined of the at least one wear layer with at least one NIR spectrum determined for at least one reference specimen of the at least one wear layer with known abrasion resistance by means of a multivariate data analysis, wherein the at least one NIR spectrum with a known abrasion resistance of the at least one wear layer that is determined for the at least one reference specimen was determined in advance before the curing by using the same NIR detector in a wavelength range between 500 nm and 2500 nm, preferably between 700 nm and 2000 nm, particularly preferably between 900 nm and 1700 nm.
A capacitive based sensor for measuring a received force, the sensor comprising: a first capacitive plate; a force responsive deflectable plate located below the first capacitive plate and including a deflectable main portion configured to resiliently move in response to a received force; a second capacitive plate located below the force responsive deflectable plate; wherein the first capacitive plate and the force responsive deflectable plate form a first capacitor, and the second capacitive plate and the force responsive deflectable plate form a second capacitor, and the capacitance of the first capacitor and the second capacitor change inversely as a result of movement of the main portion between the first and second capacitive plates (105, 115) characterised in that in a no load position the force deflectable plate is offset to be closer to the first capacitive plate than to the second capacitive plate. a first capacitive plate; a force responsive deflectable plate located below the first capacitive plate and including a deflectable main portion configured to resiliently move in response to a received force; a second capacitive plate located below the force responsive deflectable plate; wherein the first capacitive plate and the force responsive deflectable plate form a first capacitor, and the second capacitive plate and the force responsive deflectable plate form a second capacitor, and the capacitance of the first capacitor and the second capacitor change inversely as a result of movement of the main portion between the first and second capacitive plates (105, 115) characterised in that in a no load position the force deflectable plate is offset to be closer to the first capacitive plate than to the second capacitive plate.
A method for driver assistance for a first vehicle (100, 100'), the method comprising the steps of: - monitoring, using a detection arrangement provided with the first vehicle, a predefined area surrounding the first vehicle; - identifying a road condition (302, 304) ahead of the first vehicle and within the predefined area, the road condition fulfilling a predetermined risk criteria; - identifying a second vehicle initiating a maneuver for overtaking the first vehicle; - determining a collision risk level for the first and/or second vehicle during the overtaking maneuver, and - requesting, if the collision risk level is above a predetermined threshold, an automatic modification of a driving behavior of the first and/or second vehicle for reducing the collision risk level below the predetermined threshold, wherein the step of identifying the second vehicle performing the overtaking maneuver comprises the steps of: - calculating a possible travel trajectory for the second vehicle based on at least one of a position and speed of the second vehicle, and - correlating road geometry data, a travel trajectory provided for the first vehicle and the possible travel trajectory for the second vehicle for determining if the possible travel trajectory for the second vehicle gives the collision risk level to be above the predetermined threshold. - monitoring, using a detection arrangement provided with the first vehicle, a predefined area surrounding the first vehicle; - identifying a road condition (302, 304) ahead of the first vehicle and within the predefined area, the road condition fulfilling a predetermined risk criteria; - identifying a second vehicle initiating a maneuver for overtaking the first vehicle; - determining a collision risk level for the first and/or second vehicle during the overtaking maneuver, and - requesting, if the collision risk level is above a predetermined threshold, an automatic modification of a driving behavior of the first and/or second vehicle for reducing the collision risk level below the predetermined threshold, - calculating a possible travel trajectory for the second vehicle based on at least one of a position and speed of the second vehicle, and - correlating road geometry data, a travel trajectory provided for the first vehicle and the possible travel trajectory for the second vehicle for determining if the possible travel trajectory for the second vehicle gives the collision risk level to be above the predetermined threshold.
Fire resistance device intended to be placed between an upstream end of a mounting strut of a double-flow aircraft turbomachine, and a connecting cowling equipping this turbomachine, said connecting cowling being intended to connect an upstream ring radially delimiting towards the outside a portion of an inter-flow compartment, to an arm that extends radially across a secondary flow of the turbomachine, characterised in that the device comprises: - a contact structure comprising a first contacting lip, preferably having a C-shaped section, and defining a first contact end extending along a first line, preferably a curved line, the contact structure also comprising, at one of the longitudinal ends of the first contacting lip, an end section one of the ends of which is open and is in the continuation of the first lip, and the other end of which is blocked; - a support portion; and - a second contacting lip supported by the support portion via a junction area that supports the end section of the contact structure, the second contacting lip having a second contact end extending along a second line different from the first line, the second contacting lip having at one of its ends a blocking portion protruding according to the second line, the blocking portion being located at a distance from and facing the blocked end of the end section. - a contact structure comprising a first contacting lip, preferably having a C-shaped section, and defining a first contact end extending along a first line, preferably a curved line, the contact structure also comprising, at one of the longitudinal ends of the first contacting lip, an end section one of the ends of which is open and is in the continuation of the first lip, and the other end of which is blocked; - a support portion; and - a second contacting lip supported by the support portion via a junction area that supports the end section of the contact structure, the second contacting lip having a second contact end extending along a second line different from the first line, the second contacting lip having at one of its ends a blocking portion protruding according to the second line, the blocking portion being located at a distance from and facing the blocked end of the end section.
An air valve for modulating bleed air from the compressor section of a turbine engine, the air valve comprising: a housing defining an inlet and first and second outlets (28, 30), wherein a flow path extends through the housing and between the inlet and first and second outlets; a metering element disposed within the housing and within the flow path, the metering element including a first flow port, and a second flow port, the metering element having a side wall with a curved outer periphery, the first and second flow ports extending through the side wall; and a first and a second shoe (62, 64) disposed on either side of the metering element, the first shoe operable to communicate bleed air received from the first flow port to the first outlet, the second shoe operable to communicate bleed air received from the second flow port to the second outlet; wherein the first port has a width which extends along the curved outer periphery at a first arc length; and wherein the second port has a width which extends along the curved outer periphery at a second arc length smaller than the first arc length. a housing defining an inlet and first and second outlets (28, 30), wherein a flow path extends through the housing and between the inlet and first and second outlets; a metering element disposed within the housing and within the flow path, the metering element including a first flow port, and a second flow port, the metering element having a side wall with a curved outer periphery, the first and second flow ports extending through the side wall; and a first and a second shoe (62, 64) disposed on either side of the metering element, the first shoe operable to communicate bleed air received from the first flow port to the first outlet, the second shoe operable to communicate bleed air received from the second flow port to the second outlet; wherein the first port has a width which extends along the curved outer periphery at a first arc length; and wherein the second port has a width which extends along the curved outer periphery at a second arc length smaller than the first arc length.