mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-body aerospace apparatus (10; 210) comprising: a first aerospace body (12; 212); at least two second aerospace bodies (14; 214); wherein, for each second aerospace body, the multi-body aerospace apparatus comprises an attachment member (16; 216) attaching the second aerospace body (14; 214) adjacent to the first aerospace body (12; 212) with a gap (20; 220) disposed between the first aerospace body (12; 212) and the second aerospace body (14; 214); characterised in that , for each second aerospace body, the multi-body aerospace apparatus further comprises: a flow separation member (18; 218) attached to the first aerospace body (12; 212) and extending in a direction away from the first aerospace body and partway into the gap, wherein the flow separation member comprises a curved member extending partway around a perimeter of the first aerospace body; is larger in length than the attachment member and covers the entire length of the attachment member. a first aerospace body (12; 212); at least two second aerospace bodies (14; 214); wherein, for each second aerospace body, the multi-body aerospace apparatus comprises an attachment member (16; 216) attaching the second aerospace body (14; 214) adjacent to the first aerospace body (12; 212) with a gap (20; 220) disposed between the first aerospace body (12; 212) and the second aerospace body (14; 214); characterised in that , for each second aerospace body, the multi-body aerospace apparatus further comprises: a flow separation member (18; 218) attached to the first aerospace body (12; 212) and extending in a direction away from the first aerospace body and partway into the gap, wherein the flow separation member comprises a curved member extending partway around a perimeter of the first aerospace body; is larger in length than the attachment member and covers the entire length of the attachment member. a flow separation member (18; 218) attached to the first aerospace body (12; 212) and extending in a direction away from the first aerospace body and partway into the gap, wherein the flow separation member comprises a curved member extending partway around a perimeter of the first aerospace body; is larger in length than the attachment member and covers the entire length of the attachment member.
A method for producing a security assessment of at least one portion of a content processing pipeline including a plurality of processing nodes, the method comprising: inserting a synthesized test image into a content stream as a test image, the synthesized test image being configured to activate one or more neurons of a malicious neural network; providing the content stream including the synthesized test image as an input stream to a first processing node of the plurality of processing nodes of the content processing pipeline; receiving an output stream from one of the first processing node or a second processing node of the plurality of processing nodes of the content processing pipeline, the output stream including a post-processed test image; comparing the post-processed test image in the received output stream with an expected image corresponding to the synthesized test image; and validating at least the one portion of the content processing pipeline as secure when the post-processed test image in the received output stream matches the expected image. inserting a synthesized test image into a content stream as a test image, the synthesized test image being configured to activate one or more neurons of a malicious neural network; providing the content stream including the synthesized test image as an input stream to a first processing node of the plurality of processing nodes of the content processing pipeline; receiving an output stream from one of the first processing node or a second processing node of the plurality of processing nodes of the content processing pipeline, the output stream including a post-processed test image; comparing the post-processed test image in the received output stream with an expected image corresponding to the synthesized test image; and validating at least the one portion of the content processing pipeline as secure when the post-processed test image in the received output stream matches the expected image.
Torque sensor device for sensing a torque which is applied to a shaft, in particular for sensing a torque which is applied to a steering shaft of a motor vehicle, wherein the torque sensor device has a transmitter apparatus with a transmitter element and a first receiver apparatus with at least one first magnetic sensor , wherein the first receiver apparatus is designed to receive a signal which is emitted by the transmitter apparatus and transmitted along a signal path to the first receiver apparatus , wherein the torque which is applied to the shaft can be determined on the basis of the signal received by the first receiver apparatus , and the torque sensor device has at least one further receiver apparatus with at least one further magnetic sensor , wherein the further receiver apparatus is designed to carry out at least partial sensing of a magnetic interference field which acts on the torque sensor device and is present in the surroundings of the torque sensor device , wherein at least the further magnetic sensor of the further receiver apparatus , preferably all the magnetic sensors of the further receiver apparatus is/are arranged outside a magnetically effective volume through which the magnetic flux flows during the transmission of the magnetic flux from the transmitter apparatus to the first receiver apparatus , characterized in that the torque sensor device has at least one flux conductor for bundling magnetic flux of at least one interference field in the surroundings of the torque sensor device and for passing on the bundled magnetic flux of the interference field to the further receiver apparatus , in particular to the at least one further magnetic sensor .
Connection-separation device for separating satellites from launchers or from satellite dispensers comprising: - a plurality of circumferentially aligned clamps which can be coupled on their inner face on rings of the separable elements constituting the union interface between the two separable elements, and - a release mechanism connecting two of the clamps through one of the ends of said clamps , wherein the two clamps connected by the release mechanism comprise a protrusion protruding from their outer faces at the end opposite the end connecting with the release mechanism , and in that the rest of the clamps comprise a protrusion protruding from their outer faces at each of their ends adjacent the adjacent clamps , so that each pair of clamps (2, 2; 2, 2') adjacent and not connected to one another by the release mechanism are connected to one another by connecting means connecting said protrusions . - a plurality of circumferentially aligned clamps which can be coupled on their inner face on rings of the separable elements constituting the union interface between the two separable elements, and - a release mechanism connecting two of the clamps through one of the ends of said clamps , wherein the two clamps connected by the release mechanism comprise a protrusion protruding from their outer faces at the end opposite the end connecting with the release mechanism , and in that the rest of the clamps comprise a protrusion protruding from their outer faces at each of their ends adjacent the adjacent clamps , so that each pair of clamps (2, 2; 2, 2') adjacent and not connected to one another by the release mechanism are connected to one another by connecting means connecting said protrusions .
A windshield wiper system "WWS" , comprising: a brushless direct current "BLDC" motor ; a wiper arm and blade ; a gearbox converter operably interposed between the BLDC motor and the wiper arm and blade ; a current sensor operably interposed between the smart motor drive and the BLDC motor ; a strain gauge operably interposed between the gearbox converter and the wiper arm and blade ; and a smart motor drive coupled to the BLDC motor and comprising a failure diagnostic system, FDS, which is receptive of readings from the current sensor and the strain gauge , and configured to determine a WWS failure condition based on the readings from the current sensor indicating nominal, zeroed, trip, under- or over-current conditions cross-referenced with the readings from the strain gauge indicating nominal, zeroed, low-, high- or very high-torque conditions and to operate the BLDC motor according to the determination, wherein: nominal current with nominal or zeroed torque indicates normal or rotor shaft shear operations, respectively, over-current with nominal, high or very high torque indicates bearing failure, or a dry, dusty or icy windshield or a heavily iced windshield, respectively, trip current with zeroed torque indicates a gearbox jam, trip current with very high torque indicates a bird strike or an arm lock, zero current with zeroed torque indicates an output shaft shear, zero current with low torque indicates arm breakage or blade loss, and under-current with zeroed or low torque indicates gear teeth shear or blade rubber tear, respectively. a brushless direct current "BLDC" motor ; a wiper arm and blade ; a gearbox converter operably interposed between the BLDC motor and the wiper arm and blade ; a current sensor operably interposed between the smart motor drive and the BLDC motor ; a strain gauge operably interposed between the gearbox converter and the wiper arm and blade ; and a smart motor drive coupled to the BLDC motor and comprising a failure diagnostic system, FDS, which is receptive of readings from the current sensor and the strain gauge , and configured to determine a WWS failure condition based on the readings from the current sensor indicating nominal, zeroed, trip, under- or over-current conditions cross-referenced with the readings from the strain gauge indicating nominal, zeroed, low-, high- or very high-torque conditions and to operate the BLDC motor according to the determination, nominal current with nominal or zeroed torque indicates normal or rotor shaft shear operations, respectively, over-current with nominal, high or very high torque indicates bearing failure, or a dry, dusty or icy windshield or a heavily iced windshield, respectively, trip current with zeroed torque indicates a gearbox jam, trip current with very high torque indicates a bird strike or an arm lock, zero current with zeroed torque indicates an output shaft shear, zero current with low torque indicates arm breakage or blade loss, and under-current with zeroed or low torque indicates gear teeth shear or blade rubber tear, respectively.
Method for estimating the severity of conditions of use of a tyre installed on a vehicle, the method comprising the following steps: • a step of measuring the speed of the vehicle and the load of the vehicle, • a step of evaluating, as a function of the measurements performed, the power of the internal heat dissipations of the tyre, • a step of determining, as a function of this power, the internal temperature of the tyre, characterised in that a step of recording the number of wheel revolutions performed and/or the time spent in conditions of use corresponding to a given temperature interval. • a step of measuring the speed of the vehicle and the load of the vehicle, • a step of evaluating, as a function of the measurements performed, the power of the internal heat dissipations of the tyre, • a step of determining, as a function of this power, the internal temperature of the tyre, characterised in that a step of recording the number of wheel revolutions performed and/or the time spent in conditions of use corresponding to a given temperature interval.
A device for forming a toroidal coil, comprising a guide component including channels for receiving portions of a wire that form turns of said toroidal coil when being arranged around a toroidal magnetic core , said channels being defined on a face of said guide component to be arranged opposite an outer face of said toroidal magnetic core , said guide component has an annular shape with an annular inner wall demarcating a central space for accommodating the toroidal magnetic core , and comprising a plurality of channels arranged transversely, from base to base of the annular guide component , distributed throughout said annular inner wall separated from one another in accordance with a predetermined order, characterized in that said central space is demarcated by interstitial portions between channels of said inner wall and the inner wall has a diameter larger than the outer diameter of the toroidal magnetic core ; and the annular guide component comprises projections at least at one end of part of interstitial portions for supporting the toroidal magnetic core by one of its larger faces or bases , wherein the annular guide component comprises two annular guide half-components (P1, P2) that can be coupled to one another at two of their respective coupling bases (P1a, P2b), and said coupling bases (P1a, P2b) comprise respective complementary coupling configurations. said central space is demarcated by interstitial portions between channels of said inner wall and the inner wall has a diameter larger than the outer diameter of the toroidal magnetic core ; and the annular guide component comprises projections at least at one end of part of interstitial portions for supporting the toroidal magnetic core by one of its larger faces or bases ,
A docking bumper which can be fastened on a vehicle, it comprises: an elastic element consisting of an elastomeric material parallelepiped having means for fastening on the vehicle, - a shell fastened on the elastic element ensuring a protection of the latter, the elastic element receiving a posterior plate for fastening to the vehicle, the posterior plate comprising a circular opening , and an anterior plate for fastening the shell , characterized in that the elastic element has a recess arranged in the central portion of the elastic element in the extension of the opening of the posterior plate , in which a pin , which is linked to the shell by a fastening to the anterior plate , is engaged to limit an amplitude of deformation of the elastic element , the pin being configured to bear against the posterior plate and at least one well . an elastic element consisting of an elastomeric material parallelepiped having means for fastening on the vehicle, - a shell fastened on the elastic element ensuring a protection of the latter, the elastic element receiving a posterior plate for fastening to the vehicle, the posterior plate comprising a circular opening , and an anterior plate for fastening the shell , characterized in that the elastic element has a recess arranged in the central portion of the elastic element in the extension of the opening of the posterior plate , in which a pin , which is linked to the shell by a fastening to the anterior plate , is engaged to limit an amplitude of deformation of the elastic element , the pin being configured to bear against the posterior plate and at least one well .
An organic resin particle comprising a first resin having at least: (i) a repeating unit selected from the group consisting of a vinyl amine and an allyl amine; (ii) an oxalyl amide crosslinking unit -NHCOCONH--, wherein the dashed lines represent the covalent bond to the polymer residue of the first resin; and (iii) a repeating unit according to general formula I or general formula II wherein X represents O or NH n represents 0 or 1 R 1 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with the proviso that R 1 contains at least six carbon atoms. wherein Y represents O or NH n represents 0 or 1 R 2 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with the proviso that R 2 contains at least six carbon atoms. X represents O or NH n represents 0 or 1 R 1 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with the proviso that R 1 contains at least six carbon atoms. wherein Y represents O or NH n represents 0 or 1 R 2 is selected from the group consisting of a substituted or unsubstituted alkyl group, a substituted or unsubstituted alkenyl group, a substituted or unsubstituted alkynyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted alkaryl group and a substituted or unsubstituted aryl or heteroaryl group with the proviso that R 2 contains at least six carbon atoms.
A device for electrically regulating the temperature of containers , in particular items of crockery for presenting food, on plate-shaped substrates , in particular table tops, wherein a transmitter coil is connected to the substrate and a receiver coil is connected to at least one bottom part of a container such that the two coils cooperate by means of inductive coupling for the electromagnetic transmission of energy to a heat-exchanging element to heat or cool the container , wherein a magnetic alternating field is generated by the transmitter coil by means of an oscillator and an alternating voltage is induced in the receiver coil , said alternating voltage being supplied via a rectifier as DC voltage to the heat exchanging element , characterized in that the energy transmission from the transmitter coil to the receiver coil takes place wirelessly over a short distance at a transmission frequency of over 100 KHz with a transmitted electrical power of between 5 and 80 watts by means of inductive coupling and in that the positioning of the container on the substrate takes place by means of magnetic detection, by arranging magnets in the bottom part of the container and in the substrate , in each case in the vicinity of the contact surfaces thereof which face one another. characterized in that the energy transmission from the transmitter coil to the receiver coil takes place wirelessly over a short distance at a transmission frequency of over 100 KHz with a transmitted electrical power of between 5 and 80 watts by means of inductive coupling and in that the positioning of the container on the substrate takes place by means of magnetic detection, by arranging magnets in the bottom part of the container and in the substrate , in each case in the vicinity of the contact surfaces thereof which face one another.
A collector for collecting particles in air, said collector comprising: a substrate , which is transparent to allow imaging of the particles through the substrate, wherein a collector side of the substrate comprises a recess area and a protection area surrounding the recess area ; an adhesive layer arranged in the recess area on the collector side of the substrate , said adhesive layer being formed by a transparent adhesive material; a protection element , which is configured to protect the adhesive layer before collection of particles , wherein the protection element is arranged in contact with the protection area of the collector side of the substrate covering the recess area such that the protection element is physically spaced from an adhesive surface of the adhesive layer ; wherein the collector is configured to allow release of protection of the adhesive layer by the protection element to expose the adhesive surface of the adhesive layer to ambient air for collecting particles on the adhesive surface ; and wherein the collector is further configured for presenting a transparent particle sample carrier having a smooth top surface and a smooth bottom surface for preventing light from being diffusely scattered by the transparent particle sample carrier . a substrate , which is transparent to allow imaging of the particles through the substrate, wherein a collector side of the substrate comprises a recess area and a protection area surrounding the recess area ; an adhesive layer arranged in the recess area on the collector side of the substrate , said adhesive layer being formed by a transparent adhesive material; a protection element , which is configured to protect the adhesive layer before collection of particles , wherein the protection element is arranged in contact with the protection area of the collector side of the substrate covering the recess area such that the protection element is physically spaced from an adhesive surface of the adhesive layer ; wherein the collector is configured to allow release of protection of the adhesive layer by the protection element to expose the adhesive surface of the adhesive layer to ambient air for collecting particles on the adhesive surface ; and wherein the collector is further configured for presenting a transparent particle sample carrier having a smooth top surface and a smooth bottom surface for preventing light from being diffusely scattered by the transparent particle sample carrier .