mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a security document comprising a fibrous substrate, the method comprising: (a) providing a precursor security document comprising a plurality of joined pages, at least one of the pages comprising a fibrous substrate formed by deposition of fibres onto a porous support, the fibrous substrate comprising a first integral feature formed during the formation of the fibrous substrate, the first integral feature being a window feature comprising: an aperture through at least a portion of the thickness of the fibrous substrate, through which an insert incorporated within the fibrous substrate is exposed, and/or an aperture through the full thickness of the fibrous substrate; (b) detecting from the fibrous substrate the location of the window feature on the fibrous substrate; and (c) applying a security feature to the fibrous substrate and/or the insert at a position referenced to the detected location of the window feature, such that the security feature and the window feature are registered to one another. (a) providing a precursor security document comprising a plurality of joined pages, at least one of the pages comprising a fibrous substrate formed by deposition of fibres onto a porous support, the fibrous substrate comprising a first integral feature formed during the formation of the fibrous substrate, the first integral feature being a window feature comprising: an aperture through at least a portion of the thickness of the fibrous substrate, through which an insert incorporated within the fibrous substrate is exposed, and/or an aperture through the full thickness of the fibrous substrate; (b) detecting from the fibrous substrate the location of the window feature on the fibrous substrate; and (c) applying a security feature to the fibrous substrate and/or the insert at a position referenced to the detected location of the window feature, such that the security feature and the window feature are registered to one another.
Wireless communication system comprising a cellular access network connected to a cellular network core, said cellular access network comprising base stations called cellular base stations adapted to exchange data with terminals on physical channels called coordinated access channels, each cellular base station serving a geographical area, all of the geographical areas served by said cellular base stations forming a geographical region (Rg), characterised in that the wireless communication system comprises base stations called random access base stations serving the geographical region served by the cellular access network, each random access base station being adapted to receive data emitted by terminals on a permanent physical channel, i.e. existing continuously, without interruption in time, called random access channel, the permanent physical random access channels of said random access base stations using one same radio resource throughout the geographical region and allowing a terminal to emit a random access message at any time without the need for time synchronization between the terminal and a random access base station.
A supply device for a roll medium comprising: a holding unit configured to support a shaft of a roll medium to hold the roll medium, and to be drawn from a supply device main body in an upstream direction, when a drawing direction is set as upstream and a storage direction is set as downstream; and characterized by further comprising: a guide member configured to be pressed in a direction toward the shaft from below to come into contact with the roll medium held by the holding unit, and be displaced in accordance with a change in an outer diameter of the roll medium by rotating with a first rotational movement shaft on the downstream side as a fulcrum, wherein the guide member is configured to include an arm portion and a swing portion, the arm portion has one end disposed downstream of the first rotational movement shaft, the swing portion is provided at a side of another end of the arm portion, the swing portion includes a first roller configured to come into contact with the roll medium in a process of storing the holding unit, and at least one second roller (34, 35) configured to come into contact with the roll medium in the stored holding unit, and the first roller of the guide member comes into contact with an outer periphery of the roll medium when the holding unit, in a drawn-out state, is stored in the supply device main body, and the guide member is caused to be retracted downward from a travel path of the holding unit against a force pressing upward from below. a guide member configured to be pressed in a direction toward the shaft from below to come into contact with the roll medium held by the holding unit, and be displaced in accordance with a change in an outer diameter of the roll medium by rotating with a first rotational movement shaft on the downstream side as a fulcrum, wherein the guide member is configured to include an arm portion and a swing portion, the arm portion has one end disposed downstream of the first rotational movement shaft, the swing portion is provided at a side of another end of the arm portion, the swing portion includes a first roller configured to come into contact with the roll medium in a process of storing the holding unit, and at least one second roller (34, 35) configured to come into contact with the roll medium in the stored holding unit, and the first roller of the guide member comes into contact with an outer periphery of the roll medium when the holding unit, in a drawn-out state, is stored in the supply device main body, and the guide member is caused to be retracted downward from a travel path of the holding unit against a force pressing upward from below.
A pan support, comprising at least one energy collection hood being used for preventing energy radiation to the outside from the flame of a burner and reducing the occurrence of the cooling effect, wherein the energy collection hood is detachably disposed on the pan support, wherein the pan support further comprises at least two support claws being designed for supporting a cooker, wherein the support claws are disposed with a recess portion in a direction towards a burner, and wherein the recess portion is used for the energy collection hood to be placed in, characterized in that at least one of the support claws is detachably or movably disposed on the pan support, wherein in this way, the energy collection hood can be conveniently removed from the pan support.
Motor vehicle door latch comprising a locking mechanism (1, 2) that substantially consists of a catch and a pawl, and comprising a latch holder (6, 7) interacting with the locking mechanism (1, 2), which is introduced into the locking mechanism (1, 2) in order to achieve the closed position and rests on a load arm of the catch in the closed position of the locking mechanism (1, 2), the load arm being provided with a force deflection contour (9, 10) for the latch holder (6, 7), which changes a force direction acting on the load arm from the latch holder (6, 7) at least in the event of an excessive impact of the latch holder (6, 7), characterized in that the force deflection contour (9, 10) is provided with a lug which interacts with the latch holder (6, 7) when the catch is moved in the opening direction, the lug changing its force vector (F 1) acting on the catch in the direction of a movement direction of the latch holder (6, 7), namely in the closing direction of the latch holder (6, 7) (force vector F 2) when the latch holder (6, 7) rests against the load arm. the force deflection contour (9, 10) is provided with a lug which interacts with the latch holder (6, 7) when the catch is moved in the opening direction, the lug changing its force vector (F 1) acting on the catch in the direction of a movement direction of the latch holder (6, 7), namely in the closing direction of the latch holder (6, 7) (force vector F 2) when the latch holder (6, 7) rests against the load arm.
A method for converting an alcohol to a hydrocarbon, the method comprising contacting said alcohol, as a component of an aqueous solution in a concentration of no more than 20%, with a metal-loaded zeolite catalyst at a temperature of at least 100°C and up to 550°C, wherein said alcohol can be produced by a fermentation process and is selected from ethanol, butanol, isobutanol, or a combination thereof, said metal includes vanadium, and said metal-loaded zeolite catalyst is catalytically active for converting said alcohol to said hydrocarbon.
An in-line connector (60, 70, 74, 100) comprising a seal element (12, 80) and a conductive contact element, both being annular in shape, attached in an in-line configuration, a canted coil spring in contact with the conductive contact element, and a common bore common to the bore of the seal element (12, 80) and the bore of the conductive contact element; characterized in that: the seal element comprises a seal groove (50, 76, 78) comprising a cavity having a spring energizer located therein; the cavity has a groove opening covered by a contact extension of the conductive contact element; the spring energizer exerts a biasing force against the seal element (12, 80) towards the common bore. the seal element comprises a seal groove (50, 76, 78) comprising a cavity having a spring energizer located therein; the cavity has a groove opening covered by a contact extension of the conductive contact element; the spring energizer exerts a biasing force against the seal element (12, 80) towards the common bore.
A composition comprising a bifidobacteria for use in reducing the risk of exacerbation of chronic respiratory diseases in a subject affected by a virus infection, by modulating the immune system in the subject by affecting viral action and/or viral effects in said subject, wherein affecting viral action and/or viral effects in said subject includes inhibiting virus replication and/or alleviation of inflammation caused by the virus infection, wherein said bifidobacteria is bifidobacterium lactis BL-04, wherein modulation of the immune system involves reducing biomarker levels in the subject, wherein the respiratory disease is asthma and wherein said virus is rhinovirus.
A substance of the general formula for use as antibacterial and/or antifungal drug, wherein - X is a methylene or a carbonyl group; - R 1, R 2 and R 3 are each selected from the group consisting of hydrogen, an alkyl group having a chain length of 1 - 4 carbon atoms, an alkoxy group with a chain length of 1 - 3 carbon atoms, and a halogen; - R 4 and R 5 are each selected from the group consisting of hydrogen and an alkyl group with a chain length of 1 - 4 carbon atoms; and - n = 3 to 6. - X is a methylene or a carbonyl group; - R 1, R 2 and R 3 are each selected from the group consisting of hydrogen, an alkyl group having a chain length of 1 - 4 carbon atoms, an alkoxy group with a chain length of 1 - 3 carbon atoms, and a halogen; - R 4 and R 5 are each selected from the group consisting of hydrogen and an alkyl group with a chain length of 1 - 4 carbon atoms; and - n = 3 to 6.
A method of preparing a whitened tobacco material, comprising: (i) extracting a tobacco material with a first extraction solution to provide a tobacco solids material and a tobacco extract; (ii) cooking the tobacco solids material in an alkaline cooking liquid comprising sodium sulfide and having a pH of greater than 11 to form a tobacco pulp; (iii) treating the tobacco pulp with an acid to lower the pH of the tobacco pulp and provide a neutralized tobacco pulp; (iv) extracting the neutralized tobacco pulp with a second extraction solution comprising at least one chelating agent to provide an extracted tobacco pulp; and (v) bleaching the extracted tobacco pulp with a bleaching solution to provide a whitened tobacco material. (i) extracting a tobacco material with a first extraction solution to provide a tobacco solids material and a tobacco extract; (ii) cooking the tobacco solids material in an alkaline cooking liquid comprising sodium sulfide and having a pH of greater than 11 to form a tobacco pulp; (iii) treating the tobacco pulp with an acid to lower the pH of the tobacco pulp and provide a neutralized tobacco pulp; (iv) extracting the neutralized tobacco pulp with a second extraction solution comprising at least one chelating agent to provide an extracted tobacco pulp; and (v) bleaching the extracted tobacco pulp with a bleaching solution to provide a whitened tobacco material.
A control device configured to synchronize a second axis (32, 42) with a first axis, wherein the first axis (32, 42) and the second axis each refer to a shaft respectively, the control device comprising: a processor configured to use position information for the first axis to compute a position command for the second axis (32, 42), and to correct the position command when outputting the position command to the second axis (32, 42) to compensate for a delay caused by the transmission of the position command from the control device to the second axis (32, 42), and a response delay time on the second axis (32, 42), the control device being characterized in that when the speed of the second axis (32, 42) based on the position command is greater than the maximum speed of the second axis (32, 42), the processor is further configured to set the position command based on the maximum speed, and, taking into account travel of the second axis (32, 42) at the maximum speed, forward the remaining travel distance to a subsequent correction. a processor configured to use position information for the first axis to compute a position command for the second axis (32, 42), and to correct the position command when outputting the position command to the second axis (32, 42) to compensate for a delay caused by the transmission of the position command from the control device to the second axis (32, 42), and a response delay time on the second axis (32, 42), the control device being characterized in that when the speed of the second axis (32, 42) based on the position command is greater than the maximum speed of the second axis (32, 42), the processor is further configured to set the position command based on the maximum speed, and, taking into account travel of the second axis (32, 42) at the maximum speed, forward the remaining travel distance to a subsequent correction.
Measuring system for nuclear magnetic measuring devices having a controller, a signal generator for generating and outputting electric excitation signals and a signal processor with an input stage and a signal conditioner following the input stage in the signal path of the signal processor for processing the electrical measuring signals effected by the excitation signals and being received at the input of the input stage, wherein interfering signals also effected by the excitation signals and not occurring simultaneously with the measuring signals can be received at the input of the input stage, the signal swing of the measuring signal being less than the signal swing of the interfering signal and the controller determining the instants of time of outputting of the excitation signals, wherein a switch is arranged in the signal path of the signal processor between the output of the input stage and the input of the signal conditioner, the switch being switchable to a first switching state I and a second switching state II by the controller, the signal at the output of the input stage being led to the input of the signal conditioner in the first switching state I, and the signal at the output of the input stage not being led to the input of the signal conditioner in the second switching state II, wherein the controller is designed to switch the switch in the first switching state I only in the periods of time, in which there are no interfering signals at the input of the input stage, and that the dynamic range of the input of the signal conditioner is adapted to the voltage swing of the measuring signals characterized in that the switch is a single pole changeover switch with a middle terminal, a first terminal and a second terminal, the middle terminal being connected to the input of the signal conditioner, the first terminal being connected to the output of the input stage for leading the signal at the output of the input stage to the input of the signal conditioner in the first switching state I and the second terminal being connected via an ohmic mirror resistor to a constant potential for connecting the input of the signal conditioner to the mirror resistor in the second switching state II.
A locating element detection method, comprising: obtaining (S101, S201, S301) a circular-scanning stitched image around a vehicle; detecting (S202, S302) the circular-scanning stitched image by using a pre-trained deep neural network model to determine information of the at least one locating element existing on the ground around the vehicle, and performing semantic segmentation on each pixel on the circular-scanning stitched image to determine the semantic type and location information of each pixel on the circular-scanning stitched image, wherein the locating element is an element for locating the vehicle, wherein the information of the locating element comprises at least a type and location information of the locating element, and a type and location information of a key point on the locating element, wherein the key point is predetermined before model training for representing a feature point on the locating element; matching the type of the key point and the semantic type of the pixel at a same location by combining the location information of the key point and the location information of each pixel on the circular-scanning stitched image; and correcting the location information of the key point on the locating element according to a matching result and a preset fusion strategy. obtaining (S101, S201, S301) a circular-scanning stitched image around a vehicle; detecting (S202, S302) the circular-scanning stitched image by using a pre-trained deep neural network model to determine information of the at least one locating element existing on the ground around the vehicle, and performing semantic segmentation on each pixel on the circular-scanning stitched image to determine the semantic type and location information of each pixel on the circular-scanning stitched image, wherein the locating element is an element for locating the vehicle, wherein the information of the locating element comprises at least a type and location information of the locating element, and a type and location information of a key point on the locating element, wherein the key point is predetermined before model training for representing a feature point on the locating element; matching the type of the key point and the semantic type of the pixel at a same location by combining the location information of the key point and the location information of each pixel on the circular-scanning stitched image; and correcting the location information of the key point on the locating element according to a matching result and a preset fusion strategy.
A fusion protein comprising a HIV-1 transactivator of transcription domain, a functional human mitochondrial protein and a human mitochondria targeting sequence situated between said TAT domain and said functional human mitochondrial protein and wherein said human MTS is heterologous to said functional human mitochondrial protein, and wherein said functional human mitochondrial protein is frataxin.
Generator for a wind turbine, in particular a direct drive wind turbine, the generator comprising a rotor assembly which is rotatable around a rotary axis, and a stator assembly, wherein the rotor assembly and the stator assembly are arranged with respect to each other such that a gap exists between the rotor assembly and the stator assembly, so that the rotor assembly is rotatable with respect to the stator assembly, wherein the stator assembly has a surface facing the gap and the rotor assembly, characterized in that the stator assembly comprises a thermal insulation layer applied onto the surface for reducing an exchange of thermal energy between the rotor assembly and the stator assembly.
Flow meter for recording a fluid flow with a main flow pipe for directing a fluid flow with a by-pass device (7; 20; 30; 52) which has a primary inflow tap (7a; 20a; 30a; 52a) and a primary outflow tap (7b; 20b; 30b; 52b) which are both connected to the main flow pipe, with flow restricting means (2; 10a, 10b; 32a, 32b; 50, 51) which are arranged in the main flow pipe between the primary inflow tap (7a; 20a; 30a; 52a) and the primary outflow tap (7b; 20b; 30b; 52b) of the by-pass device (7; 20; 30; 52) and reduce the cross section of the main flow pipe through which a flow can pass, wherein the flow restricting means (2; 10a, 10b; 32a, 32b; 50, 51) are configured in one part or in multiple parts between an inflow end side directed upstream and an outflow end side directed downwards so that the by-pass device completely overlaps the flow restricting means, wherein a first flow sensor (6; 27) is connected to the by-pass device (7; 20; 30; 52), characterised in that the by-pass device (7; 20; 30; 52) has at least one first secondary tap (7c; 20c; 30;) wherein the first secondary tap (7c; 20c; 30c;) between the primary inflow tap (7a; 20a; 30a; 52a) and the primary outflow tap (7b; 20b; 30b; 52b) and between the inflow end side and the outflow end side of the flow restricting means (2; 10a, 10b; 32a, 32b; 50, 51) is connected to the main flow pipe, wherein the by-pass device (7; 20; 30; 52) is designed with a single, contiguous by-pass channel so that the first secondary tap (7c; 20c; 30c; 52c) connects the contiguous by-pass channel at a third position between the primary inflow tap (7a; 20a; 30a; 52a) and the primary outflow tap (7b; 20b; 30b; 52b) with the main flow pipe, wherein a second flow sensor is connected to the by-pass device (7; 20; 30; 52), wherein the first and the second flow sensor are connected to the by-pass device (7; 20; 30; 52) between the primary taps and the first secondary tap (7c; 20c; 30c;), wherein the first flow sensor (6; 27) is connected in a first section of the contiguous by-pass channel to the by-pass device (7; 20; 30; 52) which extends from the primary inflow tap (7a; 20a; 30a; 52a) to the first secondary tap (7c; 20c; 30c; 52c) or wherein the first flow sensor is arranged in the secondary tap and wherein the second flow sensor is connected to the by-pass device (7; 20; 30; 52) in a second section of the contiguous channel which extends from the first secondary tap (7c; 20c; 30c; 52c) to the primary outflow tap (7b; 20b; 30b; 52b).
An isolated CRISPR from Prevotella and Francisella 1 (Cpfl) protein from Acidaminococcus sp. BV3L6 (AsCpfl), comprising a sequence that is at least 80% identical to the amino acid sequence of SEQ ID NO:2 with a mutation at position E174R of SEQ ID NO:2.