mhurhangee/ep-ind-claims huggingface dataset:
A disinfection unit of containers or preforms, wherein it comprises a carousel on which there is supported a plurality of disinfection members (8, 108) which are movable between a raised position and a lowered position, wherein said lowered position is configured so as to allow the disinfection members (8, 108) to be introduced into said containers or preforms to be disinfected, wherein each of said disinfection members (8, 108) is connected with a laser source which emits UV-C or VIR radiation, the disinfection member comprises a stem which is vertically movable between a raised position, in which the stem is positioned above the neck of the bottle, and a lowered position, in which a lower portion of the stem is inserted in the bottle, characterised in that the stem comprises: - an upper portion having tubular shape, so as to incorporate therein an optical path of the laser radiation conducted by an optical fiber, the upper portion having a feed-screw outer surface, - a rotatable lower portion, configured so as to insert into the neck of the bottle, and - a bushing or bearing element which is integral with the upper portion and wherein the lower portion is rotatably associated, and wherein the stem encloses therein an optical system which defines the optical path of the radiation generated by the laser source, said optical system comprising, in order: - a collimator; - a first and a second group of cylindrical micro-lenses (121, 122); - a first and a second cylindrical lens (123, 124); - an optical assembly comprising, in order: i) a first concave cylindrical lens, ii) a beam splitter, iii) a second concave cylindrical lens and iv) an optical wedge arranged at the beam splitter, perpendicularly with respect to the first and second concave cylindrical lens (126, 128). - an upper portion having tubular shape, so as to incorporate therein an optical path of the laser radiation conducted by an optical fiber, the upper portion having a feed-screw outer surface, - a rotatable lower portion, configured so as to insert into the neck of the bottle, and - a bushing or bearing element which is integral with the upper portion and wherein the lower portion is rotatably associated, and wherein the stem encloses therein an optical system which defines the optical path of the radiation generated by the laser source, said optical system comprising, in order: - a collimator; - a first and a second group of cylindrical micro-lenses (121, 122); - a first and a second cylindrical lens (123, 124); - a collimator; - a first and a second group of cylindrical micro-lenses (121, 122); - a first and a second cylindrical lens (123, 124); - an optical assembly comprising, in order: i) a first concave cylindrical lens, ii) a beam splitter, iii) a second concave cylindrical lens and iv) an optical wedge arranged at the beam splitter, perpendicularly with respect to the first and second concave cylindrical lens (126, 128).
A multi-phase hydrogen storage alloy, comprising at least a hexagonal Ce 2 Ni 7 phase and a hexagonal Pr 5 Co 19 phase, where the Ce 2 Ni 7 phase abundance is ≥ 30 wt% and the Pr 5 Co 19 phase abundance is ≥ 8 wt%, based on the total alloy and where the alloy comprises a mischmetal where Nd in the mischmetal is < 50 at%, and wherein the alloy further comprises a hexagonal MgZn 2 phase in an abundance of from 0 to 2 wt%, a hexagonal CeNi 3 phase in an abundance of from 1 to 21 wt%, a rhombohedral PuNi 3 phase in an abundance of from 2 to 10 wt%, a rhombohedral Pr 2 Ni 7 phase in an abundance of from 0 to 2 wt%, a rhombohedral Ce 5 Co 19 phase in an abundance of from 3 to 12 wt% and a hexagonal CaCu 5 phase in an abundance of from 0 to 16 wt%, based on the total alloy; wherein the alloy consists of from 17 to 22 at% mischmetal, from 3 to 5 at% Mg, from 63 to 81 at% Ni, from 2 to 6 at% Al and from 0 to 4 at% of one or more elements selected from the group consisting of B, Co, Cu, Fe, Cr, Mn, Zn, Si and Zr. a hexagonal Ce 2 Ni 7 phase and a hexagonal Pr 5 Co 19 phase, where the Ce 2 Ni 7 phase abundance is ≥ 30 wt% and the Pr 5 Co 19 phase abundance is ≥ 8 wt%, based on the total alloy and where the alloy comprises a mischmetal where Nd in the mischmetal is < 50 at%, and wherein the alloy further comprises a hexagonal MgZn 2 phase in an abundance of from 0 to 2 wt%, a hexagonal CeNi 3 phase in an abundance of from 1 to 21 wt%, a rhombohedral PuNi 3 phase in an abundance of from 2 to 10 wt%, a rhombohedral Pr 2 Ni 7 phase in an abundance of from 0 to 2 wt%, a rhombohedral Ce 5 Co 19 phase in an abundance of from 3 to 12 wt% and a hexagonal CaCu 5 phase in an abundance of from 0 to 16 wt%, based on the total alloy; wherein the alloy consists of from 17 to 22 at% mischmetal, from 3 to 5 at% Mg, from 63 to 81 at% Ni, from 2 to 6 at% Al and from 0 to 4 at% of one or more elements selected from the group consisting of B, Co, Cu, Fe, Cr, Mn, Zn, Si and Zr.
Animal feed supplement comprising 10 to 100 weight% of an inorganic nitrate compound, for use in the prophylactic and/or therapeutic treatment of Post-parturient Dysgalactia Syndrome in a lactating and/or gestating non-human monogastric mammal, thereby lowering the risk of Post-parturient Dysgalactia Syndrome.
Fusion protein comprising a single-chain variable fragment antibody domain (scFv), a hinge, a transmembrane domain, an intracellular hCD28 signalling domain and an intracellular hCD3ζ (hCD3 zeta) signalling domain forming a chimeric antigen receptor having specificity for HLA-A*02 (CAR-A*02) or having specificity for SLA-01*0401 (CAR-SLA-01*0401) for use in the treatment of HvG disease in a patient, characterized by the single-chain variable fragment antibody domain (scFv) having an amino acid sequence which is selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 12 or SEQ ID NO: 16 to SEQ ID NO: 19.
Device for the end cutoff of a motorised drive device of a winding shaft of a roller shutter, having a sensor for detecting torque changes resulting from loads and/or load change processes acting on the winding shaft or the drive device, wherein the sensor is formed as a mechanical switching element which has two interacting components (2, 3), of which the angular position relative to each other, based on a common longitudinal axis, is changeable, wherein, depending on the relative angular position, different switching states of the switching element can be represented, wherein the two components (2, 3) are arranged concentrically around the longitudinal axis, and the first component, formed as a connecting part, is rotatable by the angle ± α relative to the second component, formed as a switch housing, wherein the first component has an actuating element, with which two switches (4, 13) of the switching element can be actuated, wherein a spring element arranged under preload in a receptacle of the switching element is provided, and wherein stop means (14, 15) for the first component are formed at the ends of the spring element, characterized in that the first switch can be actuated by the first component in a first angular position of the two components (2, 3) relative to each other and, as a result, effects an end cutoff of the motorised drive device in a first end position of a roller shutter shell of the roller shutter, while the second switch can be actuated by the first component in a second angular position of the two components (2, 3) relative to each other and, as a result, effects an end cutoff of the motorised drive device in a second end position of the roller shutter shell of the roller shutter.
Water fitting (10; 110) for carrying out a hygiene flushing in a water installation with a water supply, comprising (a) a fitting housing (18; 118) with an inlet connection (20; 120, 135) for connecting the water fitting (10; 110) to the water installation and an outlet connection (22; 122) for connecting to a water consumer, a tap or a further water installation at the fitting housing (18; 118); (b) a shut-off valve and a drain outlet (24; 124) which is adapted to be shut off with the shut-off valve for draining water from the water installation; wherein (c) the shut-off valve is provided outside the flow path between the inlet connection (20; 120, 135) and the outlet connection (22; 122) upstream of the drain outlet (24; 124), whereby water can flow from the inlet connection (20; 120, 135) to the outlet connection (22; 122) regardless of the state of the shut-off valve, characterized in that (d) a second inlet connection is provided at the fitting housing in addition to the first inlet connection, the second inlet connection having a different orientation than the orientation of the first inlet connection and one of the two inlet connections (120, 135) is releasably closed with a plug. (a) a fitting housing (18; 118) with an inlet connection (20; 120, 135) for connecting the water fitting (10; 110) to the water installation and an outlet connection (22; 122) for connecting to a water consumer, a tap or a further water installation at the fitting housing (18; 118); (b) a shut-off valve and a drain outlet (24; 124) which is adapted to be shut off with the shut-off valve for draining water from the water installation; wherein (c) the shut-off valve is provided outside the flow path between the inlet connection (20; 120, 135) and the outlet connection (22; 122) upstream of the drain outlet (24; 124), whereby water can flow from the inlet connection (20; 120, 135) to the outlet connection (22; 122) regardless of the state of the shut-off valve, characterized in that (d) a second inlet connection is provided at the fitting housing in addition to the first inlet connection, the second inlet connection having a different orientation than the orientation of the first inlet connection and one of the two inlet connections (120, 135) is releasably closed with a plug.
A light fixture comprising: • a casing; • a support assembly configured to support and move the casing and to enable the casing to rotate about a first axis and about a second axis (TILT), which is orthogonal to the first axis; • at least one light source assembly housed inside the casing and configured to generate visible light beams of different colours; the light fixture being characterized by comprising a control device configured to control the position of the casing via the adjustment of the support assembly and to control the colour of the beam emitted by the light source assembly based on the position or the movement imparted to the casing or based on a parameter correlated to the position or the movement imparted to the casing; wherein the control device is configured to control the colour of the beam emitted by the light source assembly based on the position signals or the movement signals imparted to the support assembly. • a casing; • a support assembly configured to support and move the casing and to enable the casing to rotate about a first axis and about a second axis (TILT), which is orthogonal to the first axis; • at least one light source assembly housed inside the casing and configured to generate visible light beams of different colours;
An antibody for use in a method of treatment and/or prevention of abnormal plasma lipid concentrations in an animal, wherein said antibody is an antagonist and said antibody is capable of binding to a receptor of Sortilin thus inhibiting the activity of said Sortilin receptor.
A nerve interface electrode comprising: a plurality of fibers configured for insertion between fascicles of a nerve, wherein each of the plurality of fibers comprises: a conductive wire; a nonconductive sheath substantially surrounding the conductive wire; and a conducting region of the wire that is exposed by an opening in the nonconductive sheath, wherein the conducting region is configured to be exposed to an interior of the nerve and each fiber is coated with a layer of polymer material, characterized in that the polymer is a nanocomposite material configured to switch from a high strength or tensile modulus state to a low strength or tensile modulus state upon introduction of the fibers into the nerve. a plurality of fibers configured for insertion between fascicles of a nerve, wherein each of the plurality of fibers comprises: a conductive wire; a nonconductive sheath substantially surrounding the conductive wire; and a conducting region of the wire that is exposed by an opening in the nonconductive sheath, wherein the conducting region is configured to be exposed to an interior of the nerve and each fiber is coated with a layer of polymer material, a conductive wire; a nonconductive sheath substantially surrounding the conductive wire; and a conducting region of the wire that is exposed by an opening in the nonconductive sheath, wherein the conducting region is configured to be exposed to an interior of the nerve and each fiber is coated with a layer of polymer material, characterized in that the polymer is a nanocomposite material configured to switch from a high strength or tensile modulus state to a low strength or tensile modulus state upon introduction of the fibers into the nerve.
Individual chain wheel for a bicycle front crank arrangement for engaging in a drive chain, said individual chain wheel comprising a multiplicity of teeth (12, 14) formed on a circumference of the chain wheel and having a first and a second group of teeth, wherein the teeth of the second group of teeth are arranged in an alternating manner between the teeth of the first group of teeth, wherein each tooth (12, 14) has a load flank via which force is transmitted between an adjacent chain pulley of the drive chain and the respective tooth (12, 14), and wherein each tooth of the first group of teeth has at least one profiling with an opening in the vicinity of the flank, in which a portion of an inner link plate of the drive chain, which portion protrudes beyond the chain pulley of the drive chain, engages, wherein the load flank and the profiling of at least one tooth of the first group of teeth are geometrically designed and arranged with respect to each other in such a manner that, even in the event of wear-involving stressing of the load flank as a consequence of the transmission of force via the chain pulleys of the drive chain during operation of the individual chain wheel, an unobstructed disengagement of the respective chain pulley of the drive chain adjacent to the load flank and of the tooth is ensured, characterized in that the opening in the vicinity of the flank is formed asymmetrically and is set back in a more pronounced manner in relation to the load flank of a tooth, which is under consideration, of the first group of teeth, as viewed in the circumferential direction, than in relation to a counterload flank on the rear side of a closest tooth, as viewed in the circumferential direction, of the first group of teeth.
Removal device for removing gas bubbles and/or dirt particles from a liquid in a liquid conduit system, the removal device comprising a housing having an entry and an exit and an inner space which is defined by the housing, wherein in the inner space a number of plates are provided which extend substantially transverse to a main flow direction, wherein the plates define a straight, main ongoing flow channel which extends between the entry and the exit, and wherein the plates define branch flow channels which branch off from the straight, main channel, and which end in at least one quiet zone (44; 48), and wherein at least one plate defines a return flow channel for a return flow which flows from the at least one quiet zone (44; 48) and merges with the straight, main flow at a downstream merge point, wherein a constricted opening is provided in the straight, main flow channel downstream of the entrances to the branch flow channels for creating a pressure build-up in the straight, main flow channel upstream of the constricted opening, in order to urge a part of the main flow into the branch flow channels, wherein the constricted opening has a surface area which is smaller than the surface area of the straight, main flow channel. wherein a constricted opening is provided in the straight, main flow channel downstream of the entrances to the branch flow channels for creating a pressure build-up in the straight, main flow channel upstream of the constricted opening, in order to urge a part of the main flow into the branch flow channels, wherein the constricted opening has a surface area which is smaller than the surface area of the straight, main flow channel.
A stereoscopic display apparatus comprising means for producing a display image, the means for producing a display image having laterally separated picture elements in a first plane, and optical directory means comprising a group of optical directory elements each of which comprises a lenticular lens which is associated with a group of picture elements, the picture elements each comprising a single colour sub-pixel and being arranged in columns, wherein the columns each have a center line in a first direction, the optical directory means overlying the picture elements in the first plane for directing the outputs of the picture elements in mutually different angular directions and each optical directiory means is slanted with respect to the first direction, the central axes of the optical directory elements and the center lines at their crossing at least for a part of the display defining crossing points, the positions of the crossing points at a particular center line being determined by position-numbers denoting the positions relative to a first crossing point at said center line in units of the pitch of the picture elements in the first direction, each said position-number being the sum of a positive or negative integer number and a fractional position-number, having a value larger than or equal to zero and smaller than one, characterised in that all crossing points along said particular center line are distributed in a number of k sets, each set having a unique fractional position number in the range 0, 1/k, 2/k,... (k-1)/k for k > 1, the contribution of the different sets to the total number of position-numbers for said center line being substantially equal, such that the relative positions of the crossing points in the first direction are distributed into a number k of sets, each set characterised by the same fractional position number.
A computing system comprising: a machine learning, ML, classifier, the ML classifier having been trained using a plurality of characteristic files (616, 622, 628) corresponding to different software applications (614, 620, 626) to classify the different software applications among a plurality of predetermined categories (618, 624, 630) defining an application provider, application name and/or release version of the application; the ML classifier being configured to: receive a request for classification of a discovered application (600, 704), the request including a characteristic file selected from within a directory corresponding to the discovered application, the request being received from a discovery application that initiates discovery of software applications installed on computing devices within a managed network, generates a configuration item for the discovered application, selects the characteristic file from within the directory corresponding to the discovered application, transmits the request for classification of the discovered application to the ML classifier, and modifies the configuration item to include the classification of the application by the ML classifier; in response to receiving the request, classify the discovered application based on the characteristic file; and transmit, to the discovery application, data indicating the classification of the discovered application for the discovery application to use to modify the configuration item to include the classification; wherein the characteristic file is a configuration file of the discovered application that defines a plurality of parameters according to which the discovered application is configured to operate. receive a request for classification of a discovered application (600, 704), the request including a characteristic file selected from within a directory corresponding to the discovered application, the request being received from a discovery application that initiates discovery of software applications installed on computing devices within a managed network, generates a configuration item for the discovered application, selects the characteristic file from within the directory corresponding to the discovered application, transmits the request for classification of the discovered application to the ML classifier, and modifies the configuration item to include the classification of the application by the ML classifier; in response to receiving the request, classify the discovered application based on the characteristic file; and transmit, to the discovery application, data indicating the classification of the discovered application for the discovery application to use to modify the configuration item to include the classification; wherein the characteristic file is a configuration file of the discovered application that defines a plurality of parameters according to which the discovered application is configured to operate.
An air conditioner controlling system comprising: a plurality of controlled air conditioners; characterised by: a main controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to an upper rank group corresponding to the main controlling air conditioner; and a sub-controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to a first lower rank group, wherein the upper rank group includes one or more lower rank groups, and, from among the one or more lower rank groups, the first lower rank group corresponds to the sub-controlling air conditioner. a plurality of controlled air conditioners; characterised by: a main controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to an upper rank group corresponding to the main controlling air conditioner; and a sub-controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to a first lower rank group, wherein the upper rank group includes one or more lower rank groups, and, from among the one or more lower rank groups, the first lower rank group corresponds to the sub-controlling air conditioner. a main controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to an upper rank group corresponding to the main controlling air conditioner; and a sub-controlling air conditioner having control authority over, from among the plurality of controlled air conditioners, one or more controlled air conditioners that belong to a first lower rank group, wherein the upper rank group includes one or more lower rank groups, and, from among the one or more lower rank groups, the first lower rank group corresponds to the sub-controlling air conditioner.