mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a lactase preparation comprising a. using mutagenesis conditions or recombinant genetic manipulation techniques on a culture which produces arylsulfatase such that part of the culture is modified to form an arylsulfatase deficient host cell, in which the parent host cell comprises one or more nucleotide sequences encoding arylsulfatase and the mutant host cell produces less arylsulfatase activity than the parent cell when cultured under the same conditions; and isolating the host cell; b. cultivating said host cell in a nutrient medium, under conditions conductive to expression of the lactase and expressing the lactase in said host cell; and c. recovering the lactase from the nutrient medium or from the host cell. a. using mutagenesis conditions or recombinant genetic manipulation techniques on a culture which produces arylsulfatase such that part of the culture is modified to form an arylsulfatase deficient host cell, in which the parent host cell comprises one or more nucleotide sequences encoding arylsulfatase and the mutant host cell produces less arylsulfatase activity than the parent cell when cultured under the same conditions; and isolating the host cell; b. cultivating said host cell in a nutrient medium, under conditions conductive to expression of the lactase and expressing the lactase in said host cell; and c. recovering the lactase from the nutrient medium or from the host cell.
A switch control panel for a motor vehicle, with a actuating surface for manual action by means of an element, and with a sensor interacting with the actuating surface in such a manner that the sensor generates a signal when the element approaches the actuating surface and/or when the element contacts the actuating surface and/or when the element applies pressure to the actuating surface, wherein the signal is used to switch on and/or trigger a function in the manner of a switch signal, wherein the signal controls an actuator for the generation of a haptics for the switch control panel, wherein the actuator is an electromagnet, and wherein upon activation of the actuator the armature of the electromagnet is moved by the current feed of the coil of the electromagnet, characterized in that a haptics- and/or acoustics-generating element operatively connected to the actuating surface is provided, that the signal controls an actuator for actuating the haptics- and/or acoustics-generating element, and that the haptics- and/or acoustics-generating element consists of a bracket fastened to the actuating surface or a fork fastened to the actuating surface, wherein upon activation of the electromagnet the armature of the electromagnet pulls on the bracket or the fork and/or strikes on the bracket or on the fork, or that the haptics- and/or acoustics-generating element comprises an adapter longitudinally displaceable by the armature of the electromagnet upon activation of the electromagnet and a lever hinged with the one end of the adapter as well as acting with the other end on the actuating surface.
Simulation apparatus with a rotating LiDAR light measurement system having LiDAR light transducer and a LiDAR light reception sensor, wherein the LiDAR light reception sensor rotates through 360° about a shaft, characterized in that a light transmitter strip is present in the plane of the LiDAR light reception sensor in the reception region of the LiDAR light reception sensor and a further light transmitter strip is present next to the light transmitter strip in a light strip cylinder, wherein the LiDAR light measurement system is arranged within the light strip cylinder, wherein a LiDAR light signal from the LiDAR light transducer is activated by a photodetector, an amplifier, a comparator, a retardation member, an LED driver and a LED or a laser diode driver and a laser diode in a first light transmitter (15.1, 15.2, 15.3) of the first light transmitter strip and/or a further light transmitter of the further light transmitter strip.
Laser protection device for purposes of shielding at least one laser light source with flexible cladding parts (1, 1', 1", 1'") of flat design, wherein the cladding parts (1, 1', 1", 1'"), at least in sections, consist of laser light-impermeable material, and the cladding parts (1, 1′, 1ʺ, 1′′′), at least in sections, enclose a space, and with at least one frame holding at least one cladding part (1, 1', 1", 1'"), characterised in that, at least one cladding part (1, 1', 1", 1"') forms a cover section of the laser protection device, in that, at least one tensioning device is associated with the cladding part (1, 1', 1", 1"') forming the cover section, in that, the tensioning device has at least one tensioning means, which engages with the frame, and can be tensioned with respect to the frame, in that, the tensioning device has, as tensioning means, at least one rail, to which the cladding part (1, 1', 1", 1"') forming the cover section is attached with one of its side edges, in that, the rail is designed at least in two parts, wherein a first part of the rail is connected to the frame, and the longitudinal side of the cladding part (1, 1', 1", 1"') forming the cover section is attached to a second part of the rail, wherein the second part of the rail can be folded towards the first part of the rail, and in that, the cladding part (1, 1′, 1ʺ, 1′′′) forming the cover section has, on at least one of its side edges, a piping section, with which the cladding part (1, 1′, 1ʺ, 1′′′) is drawn into a piping section guide of the rail. at least one cladding part (1, 1', 1", 1"') forms a cover section of the laser protection device, in that, at least one tensioning device is associated with the cladding part (1, 1', 1", 1"') forming the cover section, in that, the tensioning device has at least one tensioning means, which engages with the frame, and can be tensioned with respect to the frame, in that, the tensioning device has, as tensioning means, at least one rail, to which the cladding part (1, 1', 1", 1"') forming the cover section is attached with one of its side edges, in that, the rail is designed at least in two parts, wherein a first part of the rail is connected to the frame, and the longitudinal side of the cladding part (1, 1', 1", 1"') forming the cover section is attached to a second part of the rail, wherein the second part of the rail can be folded towards the first part of the rail, and in that, the cladding part (1, 1′, 1ʺ, 1′′′) forming the cover section has, on at least one of its side edges, a piping section, with which the cladding part (1, 1′, 1ʺ, 1′′′) is drawn into a piping section guide of the rail.
A water filter material comprising: a laminated sheet, which comprises: a nanofiber layer formed from a nanofiber having a single fiber average diameter of 10 to 1000 nm, the nanofiber layer meeting all the following conditions to: the nanofiber layer has a basis weight of 0.1 to 10 g/m 2, the nanofiber is a continuous long fiber, and the nanofiber is formed by electro-spinning from a spinning solution containing at least 10% by mass of an ethylene-vinyl alcohol copolymer having an ethylene content of 3 to 70 mol% and a saponification degree of more than 80%, said copolymer is obtained by saponifying an ethylene-vinyl acetate copolymer. and a base material comprising a nonwoven or woven fabric comprising a hydrophilic fiber having a single fiber average diameter of not less than 1μm, the nanofiber layer and the base material being laminated on each other. a nanofiber layer formed from a nanofiber having a single fiber average diameter of 10 to 1000 nm, the nanofiber layer meeting all the following conditions to: the nanofiber layer has a basis weight of 0.1 to 10 g/m 2, the nanofiber is a continuous long fiber, and the nanofiber is formed by electro-spinning from a spinning solution containing at least 10% by mass of an ethylene-vinyl alcohol copolymer having an ethylene content of 3 to 70 mol% and a saponification degree of more than 80%, said copolymer is obtained by saponifying an ethylene-vinyl acetate copolymer. and the nanofiber layer has a basis weight of 0.1 to 10 g/m 2, the nanofiber is a continuous long fiber, and the nanofiber is formed by electro-spinning from a spinning solution containing at least 10% by mass of an ethylene-vinyl alcohol copolymer having an ethylene content of 3 to 70 mol% and a saponification degree of more than 80%, said copolymer is obtained by saponifying an ethylene-vinyl acetate copolymer. and a base material comprising a nonwoven or woven fabric comprising a hydrophilic fiber having a single fiber average diameter of not less than 1μm, the nanofiber layer and the base material being laminated on each other.
A method for controlling a power-shift transmission comprising: receiving a request for a desired engine speed; adjusting an engine speed and pressure provided to one or more clutch packs (71, 72, 73) as a function of an accelerator position in response to the request; and maintaining a constant rate of vehicle travel speed independent of load by simultaneously slipping two or more clutch packs (71, 72, 73) associated with opposing directions or the same direction of vehicle travel while increasing the engine speed up to the desired engine speed, according to a programmed response associated with a change in the engine speed. receiving a request for a desired engine speed; adjusting an engine speed and pressure provided to one or more clutch packs (71, 72, 73) as a function of an accelerator position in response to the request; and maintaining a constant rate of vehicle travel speed independent of load by simultaneously slipping two or more clutch packs (71, 72, 73) associated with opposing directions or the same direction of vehicle travel while increasing the engine speed up to the desired engine speed, according to a programmed response associated with a change in the engine speed.
Method for improving the barrier properties of composite gas cylinders for the storage of gas, by wrapping a composite gas cylinder, comprising an inner liner made of polyolefin and an outer fibre-reinforced, pressure supporting layer, with a plastic film comprising a barrier material in a winding process followed by subsequent heat treatment.
Device for the treatment of container closures, preferably for disinfecting container closures in a beverage filling plant, comprising a transport plate rotatable about a vertical rotational axis for transporting the container closures and a spiral-shaped closure guide, arranged above the transport plate, for the lateral guidance of the container closures, wherein the closure guide has a ceiling guide for guiding the container closures from above, characterised in that the ceiling guide has a spiral-shaped flat guide sheet which is fastened to a holder which is height-adjustable in the direction of the rotational axis. the closure guide has a ceiling guide for guiding the container closures from above, characterised in that the ceiling guide has a spiral-shaped flat guide sheet which is fastened to a holder which is height-adjustable in the direction of the rotational axis.
An apparatus for digital printing on closing components for containers, comprising: - a conveyor line for said closing components; - a digital printing station, arranged along said conveyor line and comprising a digital printing device aimed at executing a graphic and/or text reproduction on each of said closing components; - at least one position sensor, arranged upstream of the digital printing station, provided for detecting the position of at least one metallic closing component passing along said conveyor line; - a command and control unit, to which said position sensor is connected so as to provide information about the position of the closing components situated on said conveyor line and acting on said digital printing device to activate said digital printing device at a predetermined times, which depends on said detected position; the apparatus being characterized in that it further comprises: - a loading container aimed at containing a plurality of closing components for said containers; - a withdrawing device for withdrawing said closing components from said loading container, aimed at taking said closing components from said loading container and placing them along said conveyor line; - a user interface device, configured to allow the user to interact with said command and control unit in order to select and/or modify an image to be printed, according to which said command and control unit sends control instructions to said digital printing device to reproduce the selected and/or modified image on said closing components. - a conveyor line for said closing components; - a digital printing station, arranged along said conveyor line and comprising a digital printing device aimed at executing a graphic and/or text reproduction on each of said closing components; - at least one position sensor, arranged upstream of the digital printing station, provided for detecting the position of at least one metallic closing component passing along said conveyor line; - a command and control unit, to which said position sensor is connected so as to provide information about the position of the closing components situated on said conveyor line and acting on said digital printing device to activate said digital printing device at a predetermined times, which depends on said detected position; - a loading container aimed at containing a plurality of closing components for said containers; - a withdrawing device for withdrawing said closing components from said loading container, aimed at taking said closing components from said loading container and placing them along said conveyor line; - a user interface device, configured to allow the user to interact with said command and control unit in order to select and/or modify an image to be printed, according to which said command and control unit sends control instructions to said digital printing device to reproduce the selected and/or modified image on said closing components.
An isolated peptide consisting of 15 to 18 amino acids and comprising the amino acid sequence of SEQ ID NO: 1, wherein the peptide activates T-cells when presented by antigen presenting cells expressing HLA-DR1, antigen presenting cells expressing DR4, antigen presenting cells expressing DR7, antigen presenting cells expressing DR8, antigen presenting cells expressing DR11, antigen presenting cells expressing DR12, antigen presenting cells expressing DR13, antigen presenting cells expressing DR14, and antigen presenting cells expressing DR15.
Device for detecting a break and/or an anomaly in a connection between a charging terminal and an electric vehicle, the connection comprising at least a control link, an earthing link and power supply pins, the control link making it possible to signal a post-insertion, the detection device comprising: - a microcontroller configured to measure the voltage on the control link and to control the closing or opening of a first switch in order to authorize or not authorize the supply of electrical energy by the power supply pins, characterized in that the detection device comprises: - an electronic circuit (CMP1, CMP2, INT, NOR) which is distinct from the microcontroller, for measuring the voltage on the control link and to control the closing or opening of a second switch in order to authorize or not authorize the supply of electrical energy by the power supply pins, said first switch and second switch being connected in series. - a microcontroller configured to measure the voltage on the control link and to control the closing or opening of a first switch in order to authorize or not authorize the supply of electrical energy by the power supply pins, characterized in that the detection device comprises: - an electronic circuit (CMP1, CMP2, INT, NOR) which is distinct from the microcontroller, for measuring the voltage on the control link and to control the closing or opening of a second switch in order to authorize or not authorize the supply of electrical energy by the power supply pins, said first switch and second switch being connected in series.
A computer-implemented automated method of matching objects from imaging techniques with breast imaging by: subjecting the breastto compression, obtaining a first image of an object along a first axis using a first imaging technique, subsequently obtaining a second image of the object along a second axis using a second imaging technique; selecting one or more pixels from the first image and designating them as reference pixels; obtaining density measurements of the breast, modelling a geometric change of the object during compression of the breast, and performing an automated comparison between corresponding regions of the first and second images, wherein the geometric change and density measurements are used to establish a search boundary within which an automated system seeks a matching object in the second image so as to locate the matching object in the second image, and thereby match the matching object with the object in the first image.
A method (400, 500) of identifying nodes in a communications network for use in locating wireless terminals within the communications network based upon reports, from the wireless terminals, of transmissions received from the nodes, the method (400, 500) comprising: prioritising combinations of nodes in which at least three nodes are located around a reference node in a configuration satisfying similarity criteria to an idealised star configuration, wherein the idealised star configuration comprises the at least three nodes evenly angularly distributed around, and at the same distance from, the reference node, wherein, if the combinations of nodes contain N nodes, a minimum number of n reports are identified, where n = (N-1) / (N-3), and wherein, for each of the identified reports and for each pair of nodes in the combinations of nodes, a difference in reported reference time of transmissions from two nodes of a pair is represented as sum of the time required for a wireless signal to travel the difference in distance between a wireless terminal generating the identified report and the two nodes of the pair, and the difference in emission time of the transmissions from the two nodes of the pair. the time required for a wireless signal to travel the difference in distance between a wireless terminal generating the identified report and the two nodes of the pair, and the difference in emission time of the transmissions from the two nodes of the pair.
Antenna system for a georadar, comprising two plate like antenna devices, where said two antenna devices comprise at least one sender antenna and at least one receiver antenna, where said antennas (1,2) in each antenna device comprise monopoles formed by applying to metal surfaces an electrically insulating plate base located on the underside of a layer of a first radar absorbent material, where the top side of said first radar absorbent material layer is covered by a metallic ground plane, said antenna devices are arranged to lay down towards the ground, where said ground planes are not connected electrically to each other characterized in that a second layer of radar absorbent material is arranged on the top side of the ground plane opposite to the first radar absorbent material.
An electromagnetic actuator for a haptic display, the actuator comprising: • a first, movable permanent magnetic element, the first magnetic element comprising a first latching layer facing side, a second latching layer facing side substantially opposite to the first latching layer facing side, and at least one lateral face between the first latching layer facing side and the second latching layer facing side; • a shielding element for shielding laterally the first magnetic element to confine a magnetic field generated by the first magnetic element, the first magnetic element and the shielding element being located concentrically with respect to each other; • a first actuation inductor facing the first latching layer facing side for actuating the first magnetic element and arranged to displace the first magnetic element from a first position, referred to hereinafter as a first latching position, to a second position, referred to hereinafter as a second latching position, or vice versa; • a first latching layer facing the first latching layer facing side and arranged to attract the first magnetic element for obtaining the first latching position of the first magnetic element; and • a second latching layer facing the second latching layer facing side and arranged to attract the first magnetic element for obtaining the second latching position of the first magnetic element, different from the first latching position, the electromagnetic actuator being characterised in that the shielding element is arranged to move together with the first magnetic element when the first magnetic element is actuated. • a first, movable permanent magnetic element, the first magnetic element comprising a first latching layer facing side, a second latching layer facing side substantially opposite to the first latching layer facing side, and at least one lateral face between the first latching layer facing side and the second latching layer facing side; • a shielding element for shielding laterally the first magnetic element to confine a magnetic field generated by the first magnetic element, the first magnetic element and the shielding element being located concentrically with respect to each other; • a first actuation inductor facing the first latching layer facing side for actuating the first magnetic element and arranged to displace the first magnetic element from a first position, referred to hereinafter as a first latching position, to a second position, referred to hereinafter as a second latching position, or vice versa; • a first latching layer facing the first latching layer facing side and arranged to attract the first magnetic element for obtaining the first latching position of the first magnetic element; and • a second latching layer facing the second latching layer facing side and arranged to attract the first magnetic element for obtaining the second latching position of the first magnetic element, different from the first latching position, the electromagnetic actuator being characterised in that the shielding element is arranged to move together with the first magnetic element when the first magnetic element is actuated.
An aqueous composition comprising carbetocin or a pharmaceutically active salt thereof; wherein the composition comprises from 0.05 mg/mL to 0.5 mg/mL carbetocin or a pharmaceutically active salt thereof and the pH of the composition is from 5.2 to 5.65, and wherein the composition further comprises an antioxidant selected from the group consisting of methionine, EDTA, and a combination of methionine and EDTA.
A dressing for providing reduced-pressure therapy, the dressing comprising: a flexible layer configured to be positioned over and to conform to a tissue site, the flexible layer configured to abut the tissue site; and a manifold abutting the flexible layer and having a plurality of flow channels configured to distribute reduced pressure across the manifold; characterised by, the flexible layer having a portion configured to desolidify in the presence of a fluid to form a treatment aperture. a flexible layer configured to be positioned over and to conform to a tissue site, the flexible layer configured to abut the tissue site; and a manifold abutting the flexible layer and having a plurality of flow channels configured to distribute reduced pressure across the manifold; characterised by, the flexible layer having a portion configured to desolidify in the presence of a fluid to form a treatment aperture.