mhurhangee/patent-ind-claim-en huggingface dataset:
A silicone composition obtained by mixing component A and component B, comprising a base polymer component, a catalyst, a cross-linking agent and reflective particles, wherein the base polymer component, the catalyst and the cross-linking agent are not mixed simultaneously before use; the base polymer component comprises 100 parts by weight of at least one of α,ω-divinyl polydimethyl siloxane and vinyldimethylsiloxy capped polydimethylmethylvinylsiloxane, 5-15 parts by weight of a hydrogenated epoxy resin- or cycloaliphatic epoxy resin-modified polymethylvinylsiloxane terminated with a hydroxyl group, and 10-20 parts by weight of a siloxane resin having at least two Si-Vi bonds, wherein the siloxane resin has a vinyl content of 0.5-1.5 wt.%; and the cross-linking agent is a polyorganosiloxane having at least two Si-H bonds, wherein the component A comprises: 45-55 parts by weight of at least one of α,ω-divinyl polydimethyl siloxane and vinyldimethylsiloxy capped polydimethylmethylvinylsiloxane; 2.5-7.5 parts by weight of the hydrogenated epoxy resin- or cycloaliphatic epoxy resin-modified polymethylvinylsiloxane terminated with a hydroxyl group; 5-10 parts by weight of the siloxane resin having at least two Si-Vi bonds, wherein the siloxane resin has a vinyl content of 0.5-1.5 wt.%; 0.015-0.075 parts by weight of the catalyst; and 1.5-5 parts by weight of the reflective particles; and the component B comprises: 45-55 parts by weight of at least one of α,ω-divinyl polydimethyl siloxane and vinyldimethylsiloxy capped polydimethylmethylvinylsiloxane; 2.5-7.5 parts by weight of the hydrogenated epoxy resin- or cycloaliphatic epoxy resin-modified polymethylvinylsiloxane terminated with a hydroxyl group; 5-10 parts by weight of the siloxane resin having at least two Si-Vi bonds, wherein the siloxane resin has a vinyl content of 0.5-1.5 wt.%; 0.75-10 parts by weight of the polyorganosiloxane cross-linking agent having at least two Si-H bonds; and 1.5-5 parts by weight of the reflective particles. 45-55 parts by weight of at least one of α,ω-divinyl polydimethyl siloxane and vinyldimethylsiloxy capped polydimethylmethylvinylsiloxane; 2.5-7.5 parts by weight of the hydrogenated epoxy resin- or cycloaliphatic epoxy resin-modified polymethylvinylsiloxane terminated with a hydroxyl group; 5-10 parts by weight of the siloxane resin having at least two Si-Vi bonds, wherein the siloxane resin has a vinyl content of 0.5-1.5 wt.%; 0.015-0.075 parts by weight of the catalyst; and 1.5-5 parts by weight of the reflective particles; and 45-55 parts by weight of at least one of α,ω-divinyl polydimethyl siloxane and vinyldimethylsiloxy capped polydimethylmethylvinylsiloxane; 2.5-7.5 parts by weight of the hydrogenated epoxy resin- or cycloaliphatic epoxy resin-modified polymethylvinylsiloxane terminated with a hydroxyl group; 5-10 parts by weight of the siloxane resin having at least two Si-Vi bonds, wherein the siloxane resin has a vinyl content of 0.5-1.5 wt.%; 0.75-10 parts by weight of the polyorganosiloxane cross-linking agent having at least two Si-H bonds; and 1.5-5 parts by weight of the reflective particles.
A computer implemented method for identifying vehicle performance, the method comprising - maintaining a database with clustered reference data based on first vehicle data from one or more first vehicles, in which each cluster in the clustered reference data is associated with a cluster significant parameter being a cluster threshold indicative of the association of the corresponding cluster, - collecting second vehicle data from one or more second vehicles different to the one or more first vehicles, - determining an associated significant parameter of the second vehicle data corresponding to the cluster significant parameter, - comparing the second vehicle data and associated significant parameter with the clustered reference data and cluster thresholds, - identifying the second vehicle data with regards to the clusters of the clustered reference data by means of the associated significant parameter and the cluster threshold, and in response of not being able to identify the second vehicle data with regards to a cluster of the clustered reference data, define the second vehicle data as an outlier, wherein the second vehicle data belongs to more than one cluster, - identifying vehicle performance being at least one of vehicle usage patterns, wear patterns, premature failure indicators and quality problems, based on the combination of cluster identification and determined outlier of the second vehicle data. - maintaining a database with clustered reference data based on first vehicle data from one or more first vehicles, in which each cluster in the clustered reference data is associated with a cluster significant parameter being a cluster threshold indicative of the association of the corresponding cluster, - collecting second vehicle data from one or more second vehicles different to the one or more first vehicles, - determining an associated significant parameter of the second vehicle data corresponding to the cluster significant parameter, - comparing the second vehicle data and associated significant parameter with the clustered reference data and cluster thresholds, - identifying the second vehicle data with regards to the clusters of the clustered reference data by means of the associated significant parameter and the cluster threshold, and in response of not being able to identify the second vehicle data with regards to a cluster of the clustered reference data, define the second vehicle data as an outlier, wherein the second vehicle data belongs to more than one cluster, - identifying vehicle performance being at least one of vehicle usage patterns, wear patterns, premature failure indicators and quality problems, based on the combination of cluster identification and determined outlier of the second vehicle data.
A method for determining the usable nature of an excavated material comprising the following steps: a) analysis of activation by fast gamma neutrons, X-ray fluorescence spectroscopy analysis or the combination thereof of a first sample of the excavated material to determine the mass concentration of sulphur (S total ) and the mass concentration of chlorine (Cl total ) of the excavated material, b) solid/liquid extraction at a temperature T extraction of 65°C to 200°C of a second sample of the excavated material with a liquid solvent to obtain a mixture comprising a leachate and a solid fraction, and c) chemical analysis, physical analysis or the combination thereof of said leachate to determine the mass concentration of leachable sulphates (SO 4 2- soluble ) and the mass concentration of leachable chlorides (Cl - soluble ) of the excavated material. a) analysis of activation by fast gamma neutrons, X-ray fluorescence spectroscopy analysis or the combination thereof of a first sample of the excavated material to determine the mass concentration of sulphur (S total ) and the mass concentration of chlorine (Cl total ) of the excavated material, b) solid/liquid extraction at a temperature T extraction of 65°C to 200°C of a second sample of the excavated material with a liquid solvent to obtain a mixture comprising a leachate and a solid fraction, and c) chemical analysis, physical analysis or the combination thereof of said leachate to determine the mass concentration of leachable sulphates (SO 4 2- soluble ) and the mass concentration of leachable chlorides (Cl - soluble ) of the excavated material.
Apparatus for establishing absence of pain in a mammal, comprising - a measurement equipment for providing a skin conductance signal measured at an area of the mammal's skin, and - a control unit , configured to perform the steps of: - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal; characterized by that the predetermined reference value is in the range of 0.00 to 0.03 peaks per second. - a measurement equipment for providing a skin conductance signal measured at an area of the mammal's skin, and - a control unit , configured to perform the steps of: - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal; - obtaining a skin conductance signal measured by said measurement equipment at an area of the mammal's skin through a time interval; - detecting peaks in the skin conductance signal through said time interval; - determining a rate of the peaks through the time interval; - comparing the determined rate of peaks with a predetermined reference value; - if the determined rate of peaks is lower than the predetermined reference value, providing an output signal as indicating the state of absence of pain in the mammal;
Modular vehicle comprising a driver station equipped with a seat and a loading plate , and having at least two configurations, namely a first configuration in which the vehicle is intended to be used without a driver and a second configuration in which the vehicle is intended to be used with a driver, said vehicle being characterised in that : • the loading plate comprises several mobile parts comprising articulation members for the articulated mounting of the mobile parts on the vehicle and/or on an adjacent mobile part ; • in the first configuration of the vehicle , the mobile parts are placed in the horizontal position with at least one mobile part covering the inaccessible driver station , and the loading plate , at least partially formed by mobile parts , is a flat surface which occupies more than half of the upper face of the vehicle ; and • in the second configuration of the vehicle , at least one mobile part of the loading plate is deployed upwards in order to free up access to the driver station which is accessible and useable for the driver. • the loading plate comprises several mobile parts comprising articulation members for the articulated mounting of the mobile parts on the vehicle and/or on an adjacent mobile part ; • in the first configuration of the vehicle , the mobile parts are placed in the horizontal position with at least one mobile part covering the inaccessible driver station , and the loading plate , at least partially formed by mobile parts , is a flat surface which occupies more than half of the upper face of the vehicle ; and • in the second configuration of the vehicle , at least one mobile part of the loading plate is deployed upwards in order to free up access to the driver station which is accessible and useable for the driver.
A face mask comprising: a body portion including a plurality of exterior pleats configured to elongate in a first direction towards a chin of a wearer of the face mask, the body portion having an outer surface and an inner surface; and an inner portion , characterized in that , said inner portion includes a plurality of interior pleats connected between an upper edge of the body portion and a sealing surface , the inner portion configured to elongate in a second direction towards a nose of the wearer at an acute angle from the first direction, wherein the sealing surface simultaneously contacts cheeks and the nose of the wearer in response to the elongation in the second direction. a body portion including a plurality of exterior pleats configured to elongate in a first direction towards a chin of a wearer of the face mask, the body portion having an outer surface and an inner surface; and an inner portion , characterized in that , said inner portion includes a plurality of interior pleats connected between an upper edge of the body portion and a sealing surface , the inner portion configured to elongate in a second direction towards a nose of the wearer at an acute angle from the first direction, wherein the sealing surface simultaneously contacts cheeks and the nose of the wearer in response to the elongation in the second direction.
Method for multi-cathode PVD coating of substrates, comprising the following steps: (a) pre-treatment of the substrate surface by high-power impulse magnetron cathode sputtering (HIPIMS), (b) coating by means of unbalanced magnetron cathode sputtering (UBM), (c) coating by means of HIPIMS, and (d) repetition of steps (b) and (c) one or more times. (a) pre-treatment of the substrate surface by high-power impulse magnetron cathode sputtering (HIPIMS), (b) coating by means of unbalanced magnetron cathode sputtering (UBM), (c) coating by means of HIPIMS, and (d) repetition of steps (b) and (c) one or more times.
An integrated circuit used in a drive circuit that is configured to output a drive signal (COM) for driving a capacitive load, the integrated circuit comprising: a modulation circuit that is configured to modulate a base drive signal (aA) that is a basis of the drive signal to output a modulation signal (Ms); a switching circuit that is configured to output an amplification control signal (Hgd, Lgd) according to the modulation signal; and a constant voltage output circuit that is configured to output a DC voltage signal based on the output of the modulation circuit, wherein the constant voltage output circuit and the modulation circuit are electrically coupled to each other, and wherein at least a part of the constant voltage output circuit is located between the modulation circuit and the switching circuit. a modulation circuit that is configured to modulate a base drive signal (aA) that is a basis of the drive signal to output a modulation signal (Ms); a switching circuit that is configured to output an amplification control signal (Hgd, Lgd) according to the modulation signal; and a constant voltage output circuit that is configured to output a DC voltage signal based on the output of the modulation circuit, wherein the constant voltage output circuit and the modulation circuit are electrically coupled to each other, and wherein at least a part of the constant voltage output circuit is located between the modulation circuit and the switching circuit.
A device for marking a moulded form with patterning comprising: a marking module locatable in a mould ; a phase change actuator containing a phase change material in the marking module, and a heating element for heating the phase change material wherein the heating element comprises a vertical heating element , wherein the vertical heating element envelops the phase change material. a marking module locatable in a mould ; a phase change actuator containing a phase change material in the marking module, and a heating element for heating the phase change material wherein the heating element comprises a vertical heating element , wherein the vertical heating element envelops the phase change material.
A protein for intracellular delivery, the protein comprising, linked in sequence from the N-terminus thereof: - an in vitro stabilization protein that is a ubiquitin (Ub), a Ub-like protein selected from the group consisting of Nedd8, SUMO-1, SUMO-2, NUB1, PIC1, UBL3, UBL5, and ISG15, or transferrin, - a membrane translocation sequence domain, - a biologically active molecule that is a polypeptide, - a nucleus-cytoplasm signal domain, and - an in vivo stabilization protein that is a serum albumin binding peptide. - an in vitro stabilization protein that is a ubiquitin (Ub), a Ub-like protein selected from the group consisting of Nedd8, SUMO-1, SUMO-2, NUB1, PIC1, UBL3, UBL5, and ISG15, or transferrin, - a membrane translocation sequence domain, - a biologically active molecule that is a polypeptide, - a nucleus-cytoplasm signal domain, and - an in vivo stabilization protein that is a serum albumin binding peptide.
A method of producing a pellet , in particular for a catalyst and/or for a static mixer, comprising the method steps: cutting to shape and/or shaping at least one layer of metal foam material into a pellet shape, characterized in that the pellet has a volume of 0.8 mm 3 to 15 cm 3 and the porosity of the pellet is greater than or equal to 70%, with the porosity of the pellet being determined by means of an image analysis with reference to a transverse cross-section of the pellet in that an image of the cross-section is taken and the image surfaces with and without material are put into relationship with one another. cutting to shape and/or shaping at least one layer of metal foam material into a pellet shape, characterized in that the pellet has a volume of 0.8 mm 3 to 15 cm 3 and the porosity of the pellet is greater than or equal to 70%, with the porosity of the pellet being determined by means of an image analysis with reference to a transverse cross-section of the pellet in that an image of the cross-section is taken and the image surfaces with and without material are put into relationship with one another.
Computer-implemented method for classifying whether an optical sensor is obstructed or not comprising the steps of: a. Determining an output ( y ) from a neural network for a provided input ( x ) of the neural network , wherein the input ( x ) is based on an image (S) provided by the optical sensor and wherein the neural network comprises a plurality of convolutional layers comprising a first convolutional layer that performs a 1D-convolution along a vertical axis of a convolution output ( f ) of a preceding convolutional layer ( C n ) and a second convolutional layer that performs a 1 D-convolution along a horizontal axis of the convolution output ( f ) of the preceding convolutional layer and wherein the output ( y ) of the neural network is based on a first convolution output ( co 1 ) of the first convolutional layer and on a second convolution output ( co 2 ) of the second convolutional layer ; b. Determining the classification whether the optical sensor is obstructed or not based on the output ( y ) of the neural network . a. Determining an output ( y ) from a neural network for a provided input ( x ) of the neural network , wherein the input ( x ) is based on an image (S) provided by the optical sensor and wherein the neural network comprises a plurality of convolutional layers comprising a first convolutional layer that performs a 1D-convolution along a vertical axis of a convolution output ( f ) of a preceding convolutional layer ( C n ) and a second convolutional layer that performs a 1 D-convolution along a horizontal axis of the convolution output ( f ) of the preceding convolutional layer and wherein the output ( y ) of the neural network is based on a first convolution output ( co 1 ) of the first convolutional layer and on a second convolution output ( co 2 ) of the second convolutional layer ; b. Determining the classification whether the optical sensor is obstructed or not based on the output ( y ) of the neural network .
A method of separating acetylene from a gas mixture comprising acetylene, the method comprising contacting the gas mixture with a hybrid porous material; wherein the hybrid porous material comprises a three-dimensional lattice of metal species (M) and linker groups; wherein the metal species (M) are linked together in a first and second dimension by first linker groups (L 1 ) and are linked together in a third dimension by second linker groups (L 2 ) to form the three-dimensional lattice; wherein one of L 1 and L 2 is an organic linker group and the other of L 1 and L 2 is an inorganic linker group; and wherein the gas mixture is selected from a gas mixture comprising acetylene and ethylene and/or a gas mixture comprising acetylene and carbon dioxide and/or a gas mixture comprising acetylene, ethylene and carbon dioxide.
A method for determining a heart rate of a subject , comprising the steps of: obtaining temporal sensor data generated by a sensor worn by the subject , the temporal sensor data represented by a plurality of frames of data samples; generating, for each frame of the plurality of frames, a feature vector based on a frequency domain representation of the corresponding data samples of the frame; inputting the feature vectors to a scenario classifier to determine a scenario of a plurality of scenarios for the temporal sensor data, wherein each of the plurality of scenarios corresponds to a different signal-to-noise level; identifying a model from a plurality of trained models based on the determined scenario; inputting the feature vectors to the model to generate a series of heartbeat determinations of the subject for each frame of the plurality of frames, wherein the model comprises a first set of parameters and associated weights that represent likelihoods of heartbeats of the subject as a function of time; and providing the heart rate of the subject determined based on the series of heartbeat determinations. obtaining temporal sensor data generated by a sensor worn by the subject , the temporal sensor data represented by a plurality of frames of data samples; generating, for each frame of the plurality of frames, a feature vector based on a frequency domain representation of the corresponding data samples of the frame; inputting the feature vectors to a scenario classifier to determine a scenario of a plurality of scenarios for the temporal sensor data, wherein each of the plurality of scenarios corresponds to a different signal-to-noise level; identifying a model from a plurality of trained models based on the determined scenario; inputting the feature vectors to the model to generate a series of heartbeat determinations of the subject for each frame of the plurality of frames, wherein the model comprises a first set of parameters and associated weights that represent likelihoods of heartbeats of the subject as a function of time; and providing the heart rate of the subject determined based on the series of heartbeat determinations.