mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for maintaining the alignment of an internal combustion engine, the engine being mounted on its foundation by means of a number of fluid springs (8 1, 8 2,..., 8 6), characterized in • a pressurized fluid supply connected to the fluid springs (8 1, 8 2,..., 8 6) by means of fluid lines, • control valves (28 1, 28 2, 28 3,..., 28 6) arranged in the fluid lines in communication with each fluid spring (8 1, 8 2,..., 8 6), • at least three position sensors (14 1... 14 4) in communication with the engine, • an electronic control unit in communication with the control valves (28 1, 28 2, 28 3,..., 28 6) and the position sensors (14 1... 14 4). • a pressurized fluid supply connected to the fluid springs (8 1, 8 2,..., 8 6) by means of fluid lines, • control valves (28 1, 28 2, 28 3,..., 28 6) arranged in the fluid lines in communication with each fluid spring (8 1, 8 2,..., 8 6), • at least three position sensors (14 1... 14 4) in communication with the engine, • an electronic control unit in communication with the control valves (28 1, 28 2, 28 3,..., 28 6) and the position sensors (14 1... 14 4).
A system comprising: a processor; a memory coupled to the processor; a security agent configured to be operated by the processor to initiate a security agent component as a hypervisor for the system and determine a subset of memory locations in the memory to be intercepted; the security agent component configured to be operated by the processor to set intercepts for memory locations of the determined subset of memory locations; and wherein the security agent component is further configured to set the intercepts by redirecting from the subset of memory locations to different memory locations; wherein the security agent component is further configured to intercept page out requests and prevent paging out of memory pages which include the memory locations that are to be intercepted, or to intercept page in requests in order to update knowledge of memory locations to be intercepted. a processor; a memory coupled to the processor; a security agent configured to be operated by the processor to initiate a security agent component as a hypervisor for the system and determine a subset of memory locations in the memory to be intercepted; the security agent component configured to be operated by the processor to set intercepts for memory locations of the determined subset of memory locations; and wherein the security agent component is further configured to set the intercepts by redirecting from the subset of memory locations to different memory locations; wherein the security agent component is further configured to intercept page out requests and prevent paging out of memory pages which include the memory locations that are to be intercepted, or to intercept page in requests in order to update knowledge of memory locations to be intercepted.
A method for treating organic waste water or organic sludge, the method comprising: a phosphorus separation step, comprising: using MAP particles contained in a first medium, which comprises at least anaerobically treated sludge obtained by anaerobically treating organic waste water or organic sludge, as seed crystals for growing the MAP particles by crystallizing and precipitating a phosphorus component dissolved in the first medium, wherein at least a portion of the MAP particles, which are used as seed crystals, are contained in the anaerobically treated sludge, and separating first medium into grown MAP particles and a MAP depleted sludge (2a1), a pH adjustment step, in which the pH of the MAP depleted sludge (2a1)obtained by the above separation is adjusted to 3.5 to 6.8 to dissolve the MAP particles remaining in the MAP depleted sludge (2a1), thereby obtaining pH-adjusted sludge, a sludge amount reduction step, in which a dewatered cake (3b1) and solid-liquid separation water (3a2) is obtained by concentrating or dewatering the pH-adjusted sludge (A1; A11), and returning a part or the whole of solid-liquid separation water (3a2) obtained by the concentration or dewatering and having a dissolved phosphorus component to the first medium in the phosphorus separation step. a phosphorus separation step, comprising: using MAP particles contained in a first medium, which comprises at least anaerobically treated sludge obtained by anaerobically treating organic waste water or organic sludge, as seed crystals for growing the MAP particles by crystallizing and precipitating a phosphorus component dissolved in the first medium, wherein at least a portion of the MAP particles, which are used as seed crystals, are contained in the anaerobically treated sludge, and separating first medium into grown MAP particles and a MAP depleted sludge (2a1), using MAP particles contained in a first medium, which comprises at least anaerobically treated sludge obtained by anaerobically treating organic waste water or organic sludge, as seed crystals for growing the MAP particles by crystallizing and precipitating a phosphorus component dissolved in the first medium, wherein at least a portion of the MAP particles, which are used as seed crystals, are contained in the anaerobically treated sludge, and separating first medium into grown MAP particles and a MAP depleted sludge (2a1), a pH adjustment step, in which the pH of the MAP depleted sludge (2a1)obtained by the above separation is adjusted to 3.5 to 6.8 to dissolve the MAP particles remaining in the MAP depleted sludge (2a1), thereby obtaining pH-adjusted sludge, a sludge amount reduction step, in which a dewatered cake (3b1) and solid-liquid separation water (3a2) is obtained by concentrating or dewatering the pH-adjusted sludge (A1; A11), and returning a part or the whole of solid-liquid separation water (3a2) obtained by the concentration or dewatering and having a dissolved phosphorus component to the first medium in the phosphorus separation step.
System for radiolocation of a transport vehicle (101, 201) for containers (105, 106, 202) within a working area of a container terminal for handling containers, having a local radiolocation system (107, 214) comprising a plurality of active terrestrially arranged location markers (107c, 215c) transmitting position data, antennas (107a, 107b, 215a, 215b) receiving the position data, at least one receiver (107d, 215d) receiving the position data and with at least one transport vehicle (101, 201) with at least one of the antennas (107a, 107b, 215a, 215b) with receiver (107d, 215d) and a navigation computer (108, 221) converting the position data into driving instructions for the transport vehicle, wherein the transport vehicle is a straddle carrier for containers (105, 106) or a tractor for and/or with a trailer with a loading area for containers delimited by guide elements, characterized in that at least two of the antennas (107a, 107b, 215a, 215b) are arranged on the transport vehicle (101, 201), which each separately receive the position data sent by the position markers (107c, 215c), the at least two antennas (107a, 107b, 215a, 215b) being spaced apart from one another and the navigation computer determining not only the position of the transport vehicle (101, 201) but also the orientation of the transport vehicle (101, 201), 215b) are spaced apart, and the navigation computer (108, 221) determines both the position of the transport vehicle (101, 201) and the orientation of the transport vehicle (101, 201) from the position data of the at least two antennas (107a, 107b, 215a, 215b).
Active ingredient combinations comprising (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and at least one active insecticidal or nematicidal ingredient selected from the group consisting of at least one further active ingredient selected from the group consisting of Bacillus amyloliquefaciens strain FZB 42 (II-19). (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and at least one active insecticidal or nematicidal ingredient selected from the group consisting of at least one further active ingredient selected from the group consisting of Bacillus amyloliquefaciens strain FZB 42 (II-19).
A method of identifying at least one cell from a plurality of cells introduced into a flow system, the method comprising: introducing a first flow into an input channel in the flow system, said first flow containing the plurality of cells; introducing additional flows of buffer solution into two output channels (302, 303) in the flow system, said output channels (302, 303) being disposed on either side of said input channel; identifying selected cells from the plurality of cells, using an imaging illumination source to illuminate said plurality of cells and a detector operable to detect at least one of polarized light back-scattering from said plurality of cells or fluorescent light produced by said plurality of cells and a computer programmed to analyse spectral data from the detector to identify the selected cells; emitting a light beam from a laser to damage or kill the selected cells from the plurality of cells; and diverting cells from the plurality of cells into one of the two output channels or to allow them to remain in the flow of the input channel. introducing a first flow into an input channel in the flow system, said first flow containing the plurality of cells; introducing additional flows of buffer solution into two output channels (302, 303) in the flow system, said output channels (302, 303) being disposed on either side of said input channel; identifying selected cells from the plurality of cells, using an imaging illumination source to illuminate said plurality of cells and a detector operable to detect at least one of polarized light back-scattering from said plurality of cells or fluorescent light produced by said plurality of cells and a computer programmed to analyse spectral data from the detector to identify the selected cells; emitting a light beam from a laser to damage or kill the selected cells from the plurality of cells; and diverting cells from the plurality of cells into one of the two output channels or to allow them to remain in the flow of the input channel.
Distributor boom for an agricultural distribution machine, having a plurality of boom portions that are able to be folded in with respect to one another in a transporting position and are able to be folded out in a working position, and having, on each side of the distributor boom, deflecting joints formed, by means of a plurality of joint devices, from two complementary joint elements that are movable apart, and end portions that are arranged so as to be deflectable about at least one axis with respect to a holding apparatus, generating an elastic spring force, and/or spring device in a forward and/or rearward direction with respect to the direction of travel and/or an upward direction when striking obstacles, wherein the holding apparatus and/or spring device is arranged between the respective end portion of the boom and the respective adjacent internal boom portion and holds the respective end portions in a deflectable manner with respect to the internal boom portions, wherein the deflecting joints are formed, at least in the working position, in each case by a plurality of joint devices in at least two planes that are arranged in a spaced-apart manner one above the other at least approximately parallel to the ground, and the end portions (7, 8) of the boom are, as a result, coupled to the respective adjacent internal boom portion (5, 6), characterized in that the deflecting joints are each formed by a total of at least four joint devices.
An autoclave for medical-dental instruments and the like, comprising: a sterilisation chamber, an accumulator, a main channel connecting said sterilisation chamber and accumulator in circuit and bringing them into communication for fluid passage, a pump adapted to move said fluid inside said main channel, characterised in that said accumulator includes a volume of a material consisting of zeolite which has hygroscopic properties resulting from an exothermic reaction and vice versa. a sterilisation chamber, an accumulator, a main channel connecting said sterilisation chamber and accumulator in circuit and bringing them into communication for fluid passage, a pump adapted to move said fluid inside said main channel, characterised in that said accumulator includes a volume of a material consisting of zeolite which has hygroscopic properties resulting from an exothermic reaction and vice versa.
Procedure for building floor coverings, in which, according to same, on the substrate to be covered: a) there is an asphalt aggregate support, flexible in nature, on which b) a continuous structure is placed configured by tiles attached to each other; c) there is also impregnation of thermoplastic liquid resin between the asphalt aggregate support and the continuous structure, characterized in that aforementioned tiles are comprised of a mixture of thermoplastic resins and aggregates selected from different grades, at least one of the thermoplastic resins used being comprised of Methyl Methacrylate Monomer and polyurethane, these tiles being flexible in nature and of scant thickness. a) there is an asphalt aggregate support, flexible in nature, on which b) a continuous structure is placed configured by tiles attached to each other; c) there is also impregnation of thermoplastic liquid resin between the asphalt aggregate support and the continuous structure,
A machine tool comprising: a workpiece spindle for rotation of a workpiece about a workpiece axis; a tool spindle for rotation of a tool about a tool axis; a probe mechanism positioned on a probe spindle, said probe spindle being located about at least one of said workpiece spindle and said tool spindle; said probe spindle being rotatable about the respective axis of rotation of said at least one of said workpiece spindle and said tool spindle, characterized in that said probe spindle is displaceable in the direction of said respective axis of rotation between a retracted position whereby rotation of said probe spindle is prevented, and an advanced position whereby said probe spindle is rotationally locked to and is rotatable with said at least one of said workpiece spindle and said tool spindle. a workpiece spindle for rotation of a workpiece about a workpiece axis; a tool spindle for rotation of a tool about a tool axis; a probe mechanism positioned on a probe spindle, said probe spindle being located about at least one of said workpiece spindle and said tool spindle; said probe spindle being rotatable about the respective axis of rotation of said at least one of said workpiece spindle and said tool spindle, characterized in that said probe spindle is displaceable in the direction of said respective axis of rotation between a retracted position whereby rotation of said probe spindle is prevented, and an advanced position whereby said probe spindle is rotationally locked to and is rotatable with said at least one of said workpiece spindle and said tool spindle.
A method implemented by one or more processors, the method comprising: generating a text representation of audio data capturing a spoken utterance, including an alphanumeric sequence, using an automatic speech recognition, ASR, engine, wherein generating the text representation of the audio data capturing the spoken utterance, including the alphanumeric sequence, using the ASR engine, comprises: determining contextual information for the alphanumeric sequence; selecting, based on the contextual information, one or more contextual finite state transducers for the alphanumeric sequence; generating a set of candidate recognitions of the spoken utterance based on processing the audio data using an ASR model portion of the ASR engine; and generating the text representation of the spoken utterance, wherein the text representation includes the alphanumeric sequence, and wherein generating the text representation is based on the generated set of candidate recognitions and the one or more selected contextual finite state transducers. determining contextual information for the alphanumeric sequence; selecting, based on the contextual information, one or more contextual finite state transducers for the alphanumeric sequence; generating a set of candidate recognitions of the spoken utterance based on processing the audio data using an ASR model portion of the ASR engine; and generating the text representation of the spoken utterance, wherein the text representation includes the alphanumeric sequence, and wherein generating the text representation is based on the generated set of candidate recognitions and the one or more selected contextual finite state transducers.
An antibody or antibody fragment which has at least one antigen binding site of the antibody against G protein-coupled receptor 177 for use in the treatment, alleviation, prevention and/or diagnosis of cancer associated with enhanced Gpr177 expression, wherein the antibody or antibody fragment is an inhibitor of Gpr177 which inhibits the binding of Gpr177 to Wnt and which binds to a section between amino acid 101 to 232 of Gpr177.
An injectable pharmaceutical composition comprising the following components: (a) one or more kinds of peptides selected from a peptide represented by the formula: wherein the bond between Cys and Cys is a disulfide bond, Leu-OH shows that the C-terminal of Leu is a free carboxyl group, and other bond is a peptide bond and salts thereof, (b) trehalose or trehalose hydrate, and (c) a pH adjuster. (a) one or more kinds of peptides selected from a peptide represented by the formula: wherein the bond between Cys and Cys is a disulfide bond, Leu-OH shows that the C-terminal of Leu is a free carboxyl group, and other bond is a peptide bond and salts thereof, (b) trehalose or trehalose hydrate, and (c) a pH adjuster.
A method of enabling remote access to a local gateway of a local network from a remote device located outside the local network, comprising the following steps: - configuring capabilities and credentials of the remote device and of the local gateway in an IMS, IP Multimedia Subsystem, core for the remote access, - authorising one or more users for remote access to the local network by adding an IMS identity of each authorised user to an IMS based ACL, Access Control List, - receiving an access request to the local gateway from the remote device over the IMS core, - accepting said access request if a user of the remote device has been authorised for remote access by means of his/her IMS identity in said IMS based ACL, and - establishing a remote access connection, if accepted, using the configured capabilities and credentials of the remote device and the local gateway. - configuring capabilities and credentials of the remote device and of the local gateway in an IMS, IP Multimedia Subsystem, core for the remote access, - authorising one or more users for remote access to the local network by adding an IMS identity of each authorised user to an IMS based ACL, Access Control List, - receiving an access request to the local gateway from the remote device over the IMS core, - accepting said access request if a user of the remote device has been authorised for remote access by means of his/her IMS identity in said IMS based ACL, and - establishing a remote access connection, if accepted, using the configured capabilities and credentials of the remote device and the local gateway.
A tube furnace device for an atomizing furnace, in particular for atomic absorption spectrometry, the tube furnace device comprising a sample carrier means and a bearing means for supporting and forming electrical contact with the sample carrier means, the sample carrier means having a receiving tube forming a tubular receiving space for receiving an analyte, the sample carrier means having two bearing protrusions on the receiving tube for forming a connection with the bearing means, the bearing protrusions extending perpendicularly, preferably orthogonally, in relation to a longitudinal axis of the receiving tube, the tube furnace device further comprising a contact pressure means via which a contact pressure force can be exerted on the bearing protrusions in the direction of a passant line in relation to a circular cross section of the receiving tube, the contact pressure means has two contact pressure elements (22, 23), each contact pressure element being associated with one bearing protrusion, the tube furnace device is made of graphite, wherein the contact pressure elements are arranged on the bearing protrusions in such a manner that the contact pressure force can be exerted perpendicularly, preferably orthogonally, on the bearing protrusions in relation to a longitudinal axis of the bearing protrusions without the contact pressure force or a force component of the contact pressure force being directed at the receiving tube, characterized in that the tube furnace device is made entirely of graphite.
A method for constructing a range of humeral components intended to be introduced into the proximal portion of the humerus during a shoulder reconstruction surgery, the method including the following steps of: - obtaining a set (E VS) of statistical data relating to variables adapted to enable the characterization of the geometry of a humerus proximal portion, from morphometric data (D M) of humerus proximal portions belonging to a representative sample of a population; - determining, from a statistical distribution, a set of sizes composing the range of humeral components; - for each of said sizes, determining a measurement (m iTn-n) for each of the variables, according to the set of statistical data; - for each of said sizes, producing a humeral component according to the measurement of each of the variables corresponding to said size. - obtaining a set (E VS) of statistical data relating to variables adapted to enable the characterization of the geometry of a humerus proximal portion, from morphometric data (D M) of humerus proximal portions belonging to a representative sample of a population; - determining, from a statistical distribution, a set of sizes composing the range of humeral components; - for each of said sizes, determining a measurement (m iTn-n) for each of the variables, according to the set of statistical data; - for each of said sizes, producing a humeral component according to the measurement of each of the variables corresponding to said size.
A floating structure comprising: a main body including leg wells; legs penetrating the leg wells and having cords and racks; at least one jacking unit generating a lifting force to move the legs and the main body in the vertical direction relatively; and a unit installation means coupled with the main body to position the jacking unit in the main body, wherein the unit installation means comprises at least a unit mounting portion to receive the jacking unit and which is positioned in the main body; wherein the unit mounting portion includes: openings in which the leg wells are positioned; first unit accesses penetrating the main deck of the main body; and second unit accesses through which the jacking unit moves. a main body including leg wells; legs penetrating the leg wells and having cords and racks; at least one jacking unit generating a lifting force to move the legs and the main body in the vertical direction relatively; and a unit installation means coupled with the main body to position the jacking unit in the main body, wherein the unit installation means comprises at least a unit mounting portion to receive the jacking unit and which is positioned in the main body; wherein the unit mounting portion includes: openings in which the leg wells are positioned; first unit accesses penetrating the main deck of the main body; and second unit accesses through which the jacking unit moves. openings in which the leg wells are positioned; first unit accesses penetrating the main deck of the main body; and second unit accesses through which the jacking unit moves.