mhurhangee/ep-ind-claims huggingface dataset:
A ground effect craft comprising: a ground effect lift surface; a first sponson; a second sponson; characterized in that the ground effect craft further comprises: a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface. a ground effect lift surface; a first sponson; a second sponson; characterized in that the ground effect craft further comprises: a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface. a dynamic seal configured, when there is relative airflow across the ground effect lift surface, to maintain or increase pressure under the ground effect lift surface during movement of at least one of the first sponson or the second sponson; the dynamic seal comprises a seal between the first sponson and the ground effect lift surface and between the second sponson and the ground effect lift surface; wherein the dynamic seal is configured to allow for movement of the sponsons relative to the ground effect lift surface, thereby maintaining the seal to entrap air and generate lift when the first or second sponson deflects relative to the ground effect lift surface.
Catalyst, in particular for preparing phthalic anhydride by gas-phase oxidation of o-xylene and/or naphthalene, comprising an inert support and at least one layer comprising a catalytically active composition containing TiO 2 applied thereto, characterized in that at least part of the TiO 2 used has the following properties: (a) the BET surface area is more than 15 m 2 /g, (b) the primary crystallite size determined by means of X-ray powder diffraction using the Debye-Scherrer formula is more than 210 Angstrom and less than 900 Angstrom, where the D 90 of the TiO 2 used is in the range from 0.5 to 20 μm, the D 50 is 1.5 μm or below and less than 22% of the total pore volume of the TiO 2 used is formed by pores having a radius of more than 400 nm.
A method for unlocking a close-range communication-capable mobile end device by a server, wherein the mobile end device comprises a secure runtime environment and in the method - a close-range communication connection is established between the mobile end device and a terminal and via the close-range communication connection an unambiguous identifier is transferred to the terminal; - a communication connection is established between the terminal and the server, and the unambiguous identifier is transferred via the communication connection to the server; - an unlock code is transferred from the server via the communication connection to the terminal, and - the unlock code is transferred via close-range communication connection into the secure runtime environment of the mobile end device, wherein the close-range communication connection is established contactlessly via a near-field communication, NFC, and/or Bluetooth, wherein an application accesses the unlock code in the secure runtime environment, characterized in that the application having the unlock code is transferred from the server into the secure runtime environment of the mobile end device, wherein the application checks the unlock code and unlocks the end device corresponding to the check result, wherein the application unlocks the end device with regard to a hardware component, wherein upon transferring the unlock code into the secure runtime environment of the mobile end device, the unlock code is entered into the application. - a close-range communication connection is established between the mobile end device and a terminal and via the close-range communication connection an unambiguous identifier is transferred to the terminal; - a communication connection is established between the terminal and the server, and the unambiguous identifier is transferred via the communication connection to the server; - an unlock code is transferred from the server via the communication connection to the terminal, and - the unlock code is transferred via close-range communication connection into the secure runtime environment of the mobile end device, wherein the close-range communication connection is established contactlessly via a near-field communication, NFC, and/or Bluetooth, wherein an application accesses the unlock code in the secure runtime environment,
A set of compositions for ink jet textile printing comprising an ink composition and a coating composition, the ink composition containing a pigment, resin particles, and water, and the coating composition containing resin particles and water, wherein: the resin particles contained in the ink composition contain any of a urethane resin, a polycarbonate resin, a (meth)acrylic resin, and a styrene resin; an amount of the resin particles in the ink composition is from 1 to 5 parts by mass on a solids basis per part by mass of the pigment on a solids basis; a Young's modulus of dried film of the ink composition is from 1 to 25 MPa; a Young's modulus of dried film of the coating composition is 50 MPa or less and higher than the Young's modulus of dried film of the ink composition, the Young's modulus being measured according to the method defined in the description; and the resin particles contained in the ink composition contain a resin having at least one crosslinking group; and the crosslinking group includes a silanol group. the resin particles contained in the ink composition contain any of a urethane resin, a polycarbonate resin, a (meth)acrylic resin, and a styrene resin; an amount of the resin particles in the ink composition is from 1 to 5 parts by mass on a solids basis per part by mass of the pigment on a solids basis; a Young's modulus of dried film of the ink composition is from 1 to 25 MPa; a Young's modulus of dried film of the coating composition is 50 MPa or less and higher than the Young's modulus of dried film of the ink composition, the Young's modulus being measured according to the method defined in the description; and the resin particles contained in the ink composition contain a resin having at least one crosslinking group; and the crosslinking group includes a silanol group.
A medical appliance, in particular an apparatus for the extracorporeal blood treatment, with a housing including a door and with a handle mechanism arranged at the door, by means of which the door can be locked with the housing via a locking mechanism, wherein at the handle mechanism, in its part protruding into the housing, a part of the locking mechanism is formed, characterized in that the handle mechanism longitudinally shiftably penetrates the door and at least one form-fit unit is provided, which includes at least one form-fit means and at least one form-fit means counterpart, wherein on locking and/or closing of the door the at least one form-fit means at least partly engages in the at least one form-fit means counterpart.
Device for determining and/or monitoring the respiratory effort of a subject, comprising: - a receiving unit configured to receive a posture signal of the subject, a breathing signal of the subject, and a first electromyography signal of the subject; and - a processing unit configured to determine a second electromyography signal based on the received posture signal and the received breathing signal and to derive the respiratory effort based on the determined second electromyography signal, wherein the processing unit is configured to determine the second electromyography signal by analyzing or interpreting the first electromyography signal using the received posture signal and the received breathing signal based on a correct received posture signal and a correct received breathing signal which are configured to indicate for repeated measurements that the subject has essentially the same position and essentially the same point/interval within the breathing cycle of the subject, respectively. - a receiving unit configured to receive a posture signal of the subject, a breathing signal of the subject, and a first electromyography signal of the subject; and - a processing unit configured to determine a second electromyography signal based on the received posture signal and the received breathing signal and to derive the respiratory effort based on the determined second electromyography signal,
A molded article (Fig. 1, Pos. 1), (Fig. 2, Pos. 2), (Fig 3, Pos. 3), (Fig. 4, Pos. 4), (Fig. 5, Pos. 5, 6), (Fig. 6, Pos. 7), (Fig. 7, Pos. 79) for absorbing, reflecting and damping air sound waves, wherein the molded article comprises plate elements (Fig. 8, Pos. 8, 9, 10, 11, 12, 13, 14, 15, 16, 17,18, 19) which cross one another and comprise connecting slots (Fig. 8, Pos 20, 21, 22), (Fig. 9, Pos. 23, 24), (Fig. 10, Pos. 25) at the crossing points thereof (Fig. 1, Pos. 81), (Fig. 5, Pos. 82), (Fig. 6, Pos. 83), whereby the plate elements are characterized in that the plate elements are put together and as such join together to form a skeletal structure with a plurality of cells (Fig. 1, Pos. 27). (Fig. 2, Pos. 29), (Fig. 3, Pos. 62), (Fig. 4, Pos. 63), (Fig. 5. Pos. 80). (Fig. 6, Pos. 77), (Fig. 7, Pos. 69) of different geometries, and that have different curvatures (Fig. 4, Pos. 37, 38), due to the different geometry of the cells (Fig. 1, Pos. 27), (Fig. 2, Pos. 29), (Fig. 3, Pos. 62), (Fig. 4, Pos. 63), (Fig. 5, Pos. 80), (Fig. 6. Pos. 77), (Fig. 7. Pos. 69) a plurality of different frequency ranges of air sound waves are absorbed, reflected and/or damped, wherein the shape of the molded article as well as the position and bend of the plate elements result from the outline of the plate elements, (Fig. 8, Pos. 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19) and from the position and direction of the connecting slots (Fig. 8, Pos. 20, 21, 22), (Fig. 9, Pos. 23, 24), (Fig. 10. Pos. 25).
A method for sending a short message service, SMS, message, the method characterised by: receiving from a sending network entity, by a destination home network database entity in the destination home network of a target entity, a request message requesting a delivery protocol for the SMS message, wherein the SMS message is transmitted by the sending network entity to the target entity address contained in the request message; and providing, by the destination home network database entity, to the sending network entity, in response to the request message, an indication of at least one SMS message delivery protocol that is determined by the destination home network database entity based on one or more factors related to the target entity. receiving from a sending network entity, by a destination home network database entity in the destination home network of a target entity, a request message requesting a delivery protocol for the SMS message, wherein the SMS message is transmitted by the sending network entity to the target entity address contained in the request message; and providing, by the destination home network database entity, to the sending network entity, in response to the request message, an indication of at least one SMS message delivery protocol that is determined by the destination home network database entity based on one or more factors related to the target entity.
A voiceprint recognition method, comprising: extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a feedforward sequence memory, FSMN, model, or a hidden layer based on a cFSMN model, the cFSMN model being a compact FSMN model. extracting a first spectral feature from speaker audio; inputting the speaker audio to a memory deep neural network, DNN, and extracting a bottleneck feature from a bottleneck layer of the memory DNN, the memory DNN including at least one temporal recurrent layer and the bottleneck layer, an output of the at least one temporal recurrent layer being connected to the bottleneck layer, and the number of dimensions of the bottleneck layer being less than the number of dimensions of any other hidden layer in the memory DNN; forming an acoustic feature of the speaker audio based on the first spectral feature and the bottleneck feature; extracting an identity authentication vector corresponding to the speaker audio based on the acoustic feature; and performing speaker recognition by using a classification model and based on the identity authentication vector, wherein the at least one temporal recurrent layer comprises a hidden layer based on a feedforward sequence memory, FSMN, model, or a hidden layer based on a cFSMN model, the cFSMN model being a compact FSMN model.
Steering device for an agricultural vehicle, with a vehicle axle which is suspended in a swing-mounted and/or sprung manner, and with an actuating device for driver-side influencing of a steering lock (δ) which can be set at steerable wheels (18, 20) of the vehicle axle, and with means for the active limitation of a swing angle (α) and/or suspension travel (s) occurring at the vehicle axle, characterized in that a control unit actuates the means in accordance with a full steering lock (δ max) which is to be expected at the steerable wheels (18, 20) due to the route.
A method for developing a diagnostic test for a particular disease, the method comprising the steps of: on a collected sample from each of multiple subjects in a patient group and a control group, wherein the patient group comprises subjects who have the same disease and the control group comprises subjects who are healthy; amplifying and sequencing the immune repertoire of each subject in each of the two groups to identify each unique CDR3 sequence present in the samples and to determine the frequency of occurrence of each unique CDR3 sequence; identifying CDR3 sequences that are shared between at least two subjects in each of the control group and the patient group; ranking the CDR3 sequences by order of frequency of occurrence; identifying the Linklets from each group; and identifying the Linklets that are associated to a statistically significant degree with the patient group to provide a disease signature. on a collected sample from each of multiple subjects in a patient group and a control group, wherein the patient group comprises subjects who have the same disease and the control group comprises subjects who are healthy; amplifying and sequencing the immune repertoire of each subject in each of the two groups to identify each unique CDR3 sequence present in the samples and to determine the frequency of occurrence of each unique CDR3 sequence; identifying CDR3 sequences that are shared between at least two subjects in each of the control group and the patient group; ranking the CDR3 sequences by order of frequency of occurrence; identifying the Linklets from each group; and identifying the Linklets that are associated to a statistically significant degree with the patient group to provide a disease signature.
Water heating appliance for domestic installations, provided with a connector for connection to a gas supply mains outlet and with further connectors (12, 13) for connection to delivery and return connections of a hydraulic circuit of the heating plant, wherein said water heating appliance consists of a boiler structured as a base-mounted built-in kitchen appliance and comprises a cooking hob on top, said cooking hob forming part of a built-in structure of the water heating appliance, characterized in that said cooking hob can be raised at an angle, being hinged with a rear edge of said structure, in order to allow the installation and maintenance of the boiler.
Dredging system of a conduit, or a section of it, accessible through at least a first and a second inspection channel or access passage, which connect and delimit this section of conduit to the surface, such a system comprising: • machines (M1, M2) for positioning a respective winch (A1, A2) along each inspection channel on the junction between each inspection channel and said conduit, • said machines being arranged on the surface above the section of the conduit, • each winch being connected with a cable (C1, C2) which at its free end is connected with a sediment collection container sliding along the section of duct through these winches and which collects the sediments, • these machines (M1, M2) comprising means for moving the winches along the inspection channel and positioning them on the bottom of it substantially at the same level as the section of duct to be dredged, characterised in that the sediment collection container is shaped like a slide or like a bucket provided with a mouth for the collection during the dragging of the sediments and a closed bottom to form a "bag". • machines (M1, M2) for positioning a respective winch (A1, A2) along each inspection channel on the junction between each inspection channel and said conduit, • said machines being arranged on the surface above the section of the conduit, • each winch being connected with a cable (C1, C2) which at its free end is connected with a sediment collection container sliding along the section of duct through these winches and which collects the sediments, • these machines (M1, M2) comprising means for moving the winches along the inspection channel and positioning them on the bottom of it substantially at the same level as the section of duct to be dredged,
Method for generating a predetermined light distribution on a roadway by means of a motor vehicle headlamp, wherein at least one modulated laser beam is directed via at least one beam deflection means (51, 52) onto a light converter, and the luminous image produced on the light converter is directed onto the roadway, wherein the laser beams of a first group of at least two laser light sources (11, 12, 13) are directed via the beam deflection means (51, 52) onto the light converter to generate a first group of at least two substantially horizontal light bands (61, 62, 63) positioned one above the other, characterised in that the laser beams of a further, second group of at least two laser light sources (14, 15, 16) are directed via the beam deflection means (51, 52) onto the light converter to generate a second group of at least two substantially horizontal light bands (64, 65, 66) positioned one above the other, wherein light bands (61, 62, 63) of the first group and light bands (64, 65, 66) of the second group overlap one another on the light converter.
An apparatus comprising a substrate and a washcoat: the washcoat in contact with said substrate, said washcoat including an ozone reacting component that is cobalt oxide and a non-catalytic component that is aluminium oxide, wherein the washcoat is prepared by mixing, applying, and calcining a slurry of a metal oxide precursor that is boehmite, cobalt carbonate and a silicone-containing binder to the substrate; and a hydrocarbon converting catalyst, that is platinum, impregnated into said washcoat wherein a weight ratio of said hydrocarbon converting catalyst to said ozone reacting component is between 1:5 and 1:100. the washcoat in contact with said substrate, said washcoat including an ozone reacting component that is cobalt oxide and a non-catalytic component that is aluminium oxide, wherein the washcoat is prepared by mixing, applying, and calcining a slurry of a metal oxide precursor that is boehmite, cobalt carbonate and a silicone-containing binder to the substrate; and a hydrocarbon converting catalyst, that is platinum, impregnated into said washcoat wherein a weight ratio of said hydrocarbon converting catalyst to said ozone reacting component is between 1:5 and 1:100.
Electrical battery comprising a casing and a set of energy-generating cells, - said battery comprises at least one longitudinal arrangement (3, 4) formed by at least certain of said cells, the cells of said arrangement being pressed against one another while being held secured together by a compression means (5, 6) exerting on said cells a compression along or substantially along the longitudinal axis of the arrangement, - said longitudinal arrangement (3, 4) being attached to said casing by means of said compression means (5, 6), which is at least partly attached to said casing by attachment members and in that - said battery comprises a cooling system, this cooling system comprising at least one electrically insulating and thermally conductive layer which thermally connects at least the cells of said at least one longitudinal arrangement with one and the same thermal-dissipation surface (12, 14) placed in said casing or formed by at least one of the walls of said casing in order to ensure a uniform discharge of the thermal energy generated by each of the cells of said arrangement to said dissipation surface, characterized in that said layer or at least one of said electrically insulating and thermally conductive layers consisting of a thermal gel. - said battery comprises at least one longitudinal arrangement (3, 4) formed by at least certain of said cells, the cells of said arrangement being pressed against one another while being held secured together by a compression means (5, 6) exerting on said cells a compression along or substantially along the longitudinal axis of the arrangement, - said longitudinal arrangement (3, 4) being attached to said casing by means of said compression means (5, 6), which is at least partly attached to said casing by attachment members and in that - said battery comprises a cooling system, this cooling system comprising at least one electrically insulating and thermally conductive layer which thermally connects at least the cells of said at least one longitudinal arrangement with one and the same thermal-dissipation surface (12, 14) placed in said casing or formed by at least one of the walls of said casing in order to ensure a uniform discharge of the thermal energy generated by each of the cells of said arrangement to said dissipation surface, characterized in that said layer or at least one of said electrically insulating and thermally conductive layers consisting of a thermal gel.