mhurhangee/ep-ind-claims huggingface dataset:
A support and construction frame device or support and construction frame post including a profile made of composite material comprising a core constituting a spacer and at least one part called fastening part (21; 25) perpendicular to the part constituting the spacer, the device further including at least one hollow tube open at its two ends, secured to the profile at the part constituting the spacer, said hollow tube constituting a reservation means for pouring concrete, the composite material consisting of at least one matrix of a plastic, thermoplastic or thermosetting material, and reinforcing fibres, particularly of glass, basalt, or even of plant origin, characterised in that the core of the profile includes, at its two opposite upper and lower ends, a lower and upper rectangular recess, each recess extending over a length in the longitudinal direction of the profile, and over a width corresponding for example to half the width (L') of the core, these recesses (7, 7') defining protruding parts of the profile relative to the hollow tube.
A pharmaceutical composition which comprises (i) as active ingredient an antibody or an antigen binding fragment thereof, (ii) carnosine and/or diglycine and (iii) optionally aprotinin, or a fragment, or an analog thereof having at least 70% similarity to SEQ ID NO:1, wherein said analog or fragment of aprotinin acts as an enzyme inhibitor; and wherein the antibody is stabilized in the presence of intestinal fluid by reducing degradation of the antibody in the ileum and/or colon. (i) as active ingredient an antibody or an antigen binding fragment thereof, (ii) carnosine and/or diglycine and (iii) optionally aprotinin, or a fragment, or an analog thereof having at least 70% similarity to SEQ ID NO:1, wherein said analog or fragment of aprotinin acts as an enzyme inhibitor;
A cluster system comprising: a plurality of nodes each comprising at least one processor and memory coupled to the at least one processor; a network topology manager, NTM, configured to discover network topology metadata regarding the nodes of the cluster system, wherein the network topology metadata is configured to identify each node of the cluster system, relationships between the nodes, and network latency between each node and every other node, and subnet information associated with the nodes; a geo-site physical configuration manager, GPCM, via which the cluster system is configured to identify a plurality of geo-site objects that each indicate a subset of physical resources of the cluster system that is physically located at a corresponding geo-site (610, 620, 630), by: grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and a geo-site virtual configuration manager, GVCM, via which the cluster system is configured to place, based on the identified geo-site objects, a workload of a client on a node of a geo-site object of the plurality of geo-site objects corresponding to a geo-site at which the client is located. a plurality of nodes each comprising at least one processor and memory coupled to the at least one processor; a network topology manager, NTM, configured to discover network topology metadata regarding the nodes of the cluster system, wherein the network topology metadata is configured to identify each node of the cluster system, relationships between the nodes, and network latency between each node and every other node, and subnet information associated with the nodes; a geo-site physical configuration manager, GPCM, via which the cluster system is configured to identify a plurality of geo-site objects that each indicate a subset of physical resources of the cluster system that is physically located at a corresponding geo-site (610, 620, 630), by: grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and grouping all nodes that share a same subnet into a same proposed geo-site according to the subnet information in the network topology metadata obtained by the NTM; and recording the new proposed geo-sites as geo-site physical metadata corresponding to the identified plurality of geo-site objects; and a geo-site virtual configuration manager, GVCM, via which the cluster system is configured to place, based on the identified geo-site objects, a workload of a client on a node of a geo-site object of the plurality of geo-site objects corresponding to a geo-site at which the client is located.
Method for determining the internal resistance of battery cells or of battery modules (107, 108) of a battery which has a battery module string with a plurality of series-connected battery modules (107, 108) which are each designed to be selectively switchable into a connected state, in which a respective battery module (107, 108) contributes to an output voltage of the battery module string, or into a disconnected state, in which the respective battery module (107, 108) is decoupled from the battery module string, by means of control signals, characterized by the steps of: a) measuring a voltage of a battery module (107, 108) or at least one battery cell of a battery module (107, 108) at a first time, at which the battery module n (107, 108) is not connected to the battery module string, b) connecting the battery module (107, 108) to the battery module string, with the result that a change in the voltage of the battery module (107, 108) or of the at least one battery cell occurs owing to a current flowing through the battery module (107, 108), c) measuring the voltage of the battery module (107, 108) or the voltage of the at least one battery cell at a second time, at which the battery module (107, 108) has been connected to the battery module string for a predefined or selected time interval, and d) calculating a resistance value for the internal resistance of the battery module (107, 108) or for the at least one battery cell of the battery module (107, 108) on the basis of a difference between the voltage measured at the first time and the voltage measured at the second time and of the current value of the current flowing through the battery module (107, 108). a) measuring a voltage of a battery module (107, 108) or at least one battery cell of a battery module (107, 108) at a first time, at which the battery module n (107, 108) is not connected to the battery module string, b) connecting the battery module (107, 108) to the battery module string, with the result that a change in the voltage of the battery module (107, 108) or of the at least one battery cell occurs owing to a current flowing through the battery module (107, 108), c) measuring the voltage of the battery module (107, 108) or the voltage of the at least one battery cell at a second time, at which the battery module (107, 108) has been connected to the battery module string for a predefined or selected time interval, and d) calculating a resistance value for the internal resistance of the battery module (107, 108) or for the at least one battery cell of the battery module (107, 108) on the basis of a difference between the voltage measured at the first time and the voltage measured at the second time and of the current value of the current flowing through the battery module (107, 108).
Vehicle track-module apparatus including a module frame, a drive wheel rotatable with respect to the frame, leading and trailing ground-engaging wheels (18, 20) and a bogie assembly having a bogie mount and at least one ground-engaging bogie wheel (56, 60, 64) rotatable with respect thereto between the leading and trailing ground-engaging wheels (18, 20), and an endless track extending around the wheels and driven by the drive wheel, the vehicle track-module apparatus characterized in that it further comprises • a leading suspension arm rotatably attached to the frame at a leading arm axis and extending forwardly to a leading-arm distal end at which a leading-wheel assembly is rotatably attached and rearwardly to a rearward suspension end; • a trailing suspension arm rotatably attached to the frame at a trailing arm axis and extending rearwardly to a trailing-arm distal end at which a trailing-wheel assembly is rotatably attached and forwardly to a forward suspension end; and • leading and trailing suspension elements (68, 70) rotatably attached to and extending from the rearward and forward suspension ends (32, 40), respectively, to rearward and forward rotatable bogie-mount connections (92, 94), respectively. • a leading suspension arm rotatably attached to the frame at a leading arm axis and extending forwardly to a leading-arm distal end at which a leading-wheel assembly is rotatably attached and rearwardly to a rearward suspension end; • a trailing suspension arm rotatably attached to the frame at a trailing arm axis and extending rearwardly to a trailing-arm distal end at which a trailing-wheel assembly is rotatably attached and forwardly to a forward suspension end; and • leading and trailing suspension elements (68, 70) rotatably attached to and extending from the rearward and forward suspension ends (32, 40), respectively, to rearward and forward rotatable bogie-mount connections (92, 94), respectively.
A method for producing an object by additive manufacturing, the method comprising the steps of: a) supplying building material; and b) fusing the building material using a light beam; wherein steps a) and b) are carried out so as to progressively produce the object out of the fused building material; wherein in step b), the beam is projected onto the building material so as to produce a primary spot on the building material, the beam being repetitively scanned in two dimensions in accordance with a first scanning pattern so as to establish an effective spot on the building material, said effective spot having a two-dimensional energy distribution, and wherein said effective spot is displaced in relation to the object being produced to progressively produce the object by fusing the building material; and wherein the two-dimensional energy distribution of the effective spot is dynamically adapted during displacement of the effective spot in relation to the object being produced. a) supplying building material; and b) fusing the building material using a light beam; wherein steps a) and b) are carried out so as to progressively produce the object out of the fused building material; wherein in step b), the beam is projected onto the building material so as to produce a primary spot on the building material, the beam being repetitively scanned in two dimensions in accordance with a first scanning pattern so as to establish an effective spot on the building material, said effective spot having a two-dimensional energy distribution, and wherein said effective spot is displaced in relation to the object being produced to progressively produce the object by fusing the building material; and wherein the two-dimensional energy distribution of the effective spot is dynamically adapted during displacement of the effective spot in relation to the object being produced.
A suspension polymerization method for preparing a vinyl chloride-based polymer, the method comprising: 1) adding vinyl chloride-based monomers, a polymerization initiator and polymerization water into a reactor; 2) raising the internal temperature of the reactor up to an initial target polymerization temperature, wherein the initial target polymerization temperature is an isothermal polymerization temperature or higher according to an average polymerization degree, wherein when the average polymerization of 1,000 is targeted, the isothermal polymerization temperature is within a range of 56-58°C, and wherein when the average polymerization of 1,000 is targeted, the initial target polymerization temperature is within a range of 59-64°C; and 3) lowering the temperature with a constant rate of lowering temperature until a polymerization reaction is completed when the internal temperature of the reactor reaches the initial target polymerization temperature, wherein the cooling rate is 0.02-0.2 °C/min. 1) adding vinyl chloride-based monomers, a polymerization initiator and polymerization water into a reactor; 2) raising the internal temperature of the reactor up to an initial target polymerization temperature, wherein the initial target polymerization temperature is an isothermal polymerization temperature or higher according to an average polymerization degree, wherein when the average polymerization of 1,000 is targeted, the isothermal polymerization temperature is within a range of 56-58°C, and wherein when the average polymerization of 1,000 is targeted, the initial target polymerization temperature is within a range of 59-64°C; and 3) lowering the temperature with a constant rate of lowering temperature until a polymerization reaction is completed when the internal temperature of the reactor reaches the initial target polymerization temperature, wherein the cooling rate is 0.02-0.2 °C/min.
Device for the liquid phase elimination of pollutants from a fluid, comprising an enclosure provided with a succession of filters arranged in series along the path travelled by said fluid within said enclosure, the device comprising, sequentially, at least a first filter comprising a bed of soda lime and/or active charcoal, a second filter comprising activated alumina and a third filter comprising a molecular sieve in which the diameter of the voids is between 4 and 5 ångströms.
A method comprising: detecting, at a detection module, an indicator corresponding to a suspicious software component, wherein the indicator is detected based on monitored network data of a network system and based on a plurality of network behavior profiles, wherein the plurality of network behavior profiles correspond to a plurality of suspicious software components, and wherein a first network behavior profile of the plurality of network behavior profiles includes a first ordered sequence of network actions associated with a first suspicious software component of the plurality of suspicious software components; generating a first rating associated with the indicator based on weighting information; generating a second rating associated with another indicator based on the weighting information; combining the first rating and the second rating to generate a total rating for a particular internet protocol address associated with a device that corresponds to the monitored network data; after determining that the total rating satisfies a threshold value, determining, at an identification module, whether the particular combination of the indicators corresponds to a particular one of the plurality of network behavior profiles to identify a software component included in the device corresponding to the indicators; and generating output data in response to a determination that the particular combination of the indicators corresponds to the particular network behavior profile of the plurality of network behavior profiles. detecting, at a detection module, an indicator corresponding to a suspicious software component, wherein the indicator is detected based on monitored network data of a network system and based on a plurality of network behavior profiles, wherein the plurality of network behavior profiles correspond to a plurality of suspicious software components, and wherein a first network behavior profile of the plurality of network behavior profiles includes a first ordered sequence of network actions associated with a first suspicious software component of the plurality of suspicious software components; generating a first rating associated with the indicator based on weighting information; generating a second rating associated with another indicator based on the weighting information; combining the first rating and the second rating to generate a total rating for a particular internet protocol address associated with a device that corresponds to the monitored network data; after determining that the total rating satisfies a threshold value, determining, at an identification module, whether the particular combination of the indicators corresponds to a particular one of the plurality of network behavior profiles to identify a software component included in the device corresponding to the indicators; and generating output data in response to a determination that the particular combination of the indicators corresponds to the particular network behavior profile of the plurality of network behavior profiles.
Payment system for at least one online shop, comprising: - an identification device for recording at least one identification number of a shopper system, wherein the identification device provides a program which can be executed on the shopper system to record the at least one identification number, the identification number comprising a hardware identification number, the hardware identification number comprising at least part of a MAC address and/or a processor identification number and/or a controller identification number and/or a hard disk identification number and/or an IP address; - an interface device for receiving and confirming direct debit orders from the at least one online shop, wherein the debit orders comprise information relating to a debit amount to be paid to the online shop; - a memory device for storing the direct debit orders in conjunction with the associated identification numbers; - a processing device which is configured to monitor the total payable of the debit amounts in relation to the identification number and to request a user of the shopper system to register after a predetermined time interval and/or on exceeding a predetermined value of the total payable, in order to settle at least part of the total payable. - an identification device for recording at least one identification number of a shopper system, wherein the identification device provides a program which can be executed on the shopper system to record the at least one identification number, the identification number comprising a hardware identification number, the hardware identification number comprising at least part of a MAC address and/or a processor identification number and/or a controller identification number and/or a hard disk identification number and/or an IP address; - an interface device for receiving and confirming direct debit orders from the at least one online shop, wherein the debit orders comprise information relating to a debit amount to be paid to the online shop; - a memory device for storing the direct debit orders in conjunction with the associated identification numbers; - a processing device which is configured to monitor the total payable of the debit amounts in relation to the identification number and to request a user of the shopper system to register after a predetermined time interval and/or on exceeding a predetermined value of the total payable, in order to settle at least part of the total payable.
A medical device comprising: a substrate layer; an adhesive layer, which is formed on at least a portion of the substrate layer, including a hydrophilic copolymer including a structural unit derived from a polymerizable monomer having a sulfobetaine structure, a structural unit derived from a polymerizable monomer having at least one group selected from the group consisting of a sulfonic acid group (-SO 3 H), a sulfuric acid group (-OSO 3 H), a sulfurous acid group (-OSO 2 H), and groups of salts thereof, and a structural unit derived from a polymerizable monomer having a photoreactive group; and a surface lubricious layer, which is formed on at least a portion of the adhesive layer, including a hydrophilic polymer which can be dissolved at a proportion of 0.01 g/100 g solvent or more, in a solvent capable of dissolving or swelling the hydrophilic copolymer at 23 °C, wherein the solvent is water, a lower alcohol, or a mixed solvent of water and lower alcohol, a lower alcohol being an alcohol having 1 to 3 carbon atoms. a substrate layer; an adhesive layer, which is formed on at least a portion of the substrate layer, including a hydrophilic copolymer including a structural unit derived from a polymerizable monomer having a sulfobetaine structure, a structural unit derived from a polymerizable monomer having at least one group selected from the group consisting of a sulfonic acid group (-SO 3 H), a sulfuric acid group (-OSO 3 H), a sulfurous acid group (-OSO 2 H), and groups of salts thereof, and a structural unit derived from a polymerizable monomer having a photoreactive group; and a surface lubricious layer, which is formed on at least a portion of the adhesive layer, including a hydrophilic polymer which can be dissolved at a proportion of 0.01 g/100 g solvent or more, in a solvent capable of dissolving or swelling the hydrophilic copolymer at 23 °C, wherein the solvent is water, a lower alcohol, or a mixed solvent of water and lower alcohol, a lower alcohol being an alcohol having 1 to 3 carbon atoms.
An apparatus (100, 200) for estimating a voltage of a secondary battery which includes a cathode comprising a first cathode material and a second cathode material with different operating voltage ranges, an anode comprising an anode material and a separator for separating the cathode from the anode, the apparatus comprising: a control unit configured to estimate a voltage of a secondary battery during charging or discharging of the secondary battery based on a circuit model comprising a first cathode material circuit having a circuit element whose voltage changes according to State Of Charge of the first cathode material varying with a current flowing through the first cathode material circuit, a second cathode material circuit connected to the first cathode material circuit in parallel and having a circuit element whose voltage changes according to SOC of the second cathode material varying with a current flowing through the second cathode material circuit, and an anode material circuit connected to the first and second cathode material circuits (221, 222) in series and having a circuit element whose voltage changes according to SOC of the anode material varying with a current flowing through the anode material circuit. a control unit configured to estimate a voltage of a secondary battery during charging or discharging of the secondary battery based on a circuit model comprising a first cathode material circuit having a circuit element whose voltage changes according to State Of Charge of the first cathode material varying with a current flowing through the first cathode material circuit, a second cathode material circuit connected to the first cathode material circuit in parallel and having a circuit element whose voltage changes according to SOC of the second cathode material varying with a current flowing through the second cathode material circuit, and an anode material circuit connected to the first and second cathode material circuits (221, 222) in series and having a circuit element whose voltage changes according to SOC of the anode material varying with a current flowing through the anode material circuit.