mhurhangee/ep-ind-claims huggingface dataset:
A warning system for a working machine (100, 300, 400), the working machine comprising a movable load unit arrangement, said warning system comprising an illumination arrangement arranged to illuminate an area externally of said working machine; wherein the warning system further comprises a load unit position prediction means arranged to determine a position of said load unit arrangement at a future point in time, said illumination arrangement being arranged to illuminate the area on the basis of the determined future position of the load unit arrangement, wherein the illumination arrangement is arranged to illuminate a ground surface, said illuminated ground surface having an area corresponding to a vertical projection of a swept area formed by the movement of the load unit arrangement from a present position towards the determined future position characterized in that the load unit position prediction means is connectable to an operator command module which is arranged to receive a command from an operator of the working machine, wherein the load unit position prediction means is adapted to receive a control signal from the operator command module, said control signal being indicative of a moving operation and the future position of said load unit arrangement. wherein the warning system further comprises a load unit position prediction means arranged to determine a position of said load unit arrangement at a future point in time, said illumination arrangement being arranged to illuminate the area on the basis of the determined future position of the load unit arrangement, wherein the illumination arrangement is arranged to illuminate a ground surface, said illuminated ground surface having an area corresponding to a vertical projection of a swept area formed by the movement of the load unit arrangement from a present position towards the determined future position characterized in that the load unit position prediction means is connectable to an operator command module which is arranged to receive a command from an operator of the working machine, wherein the load unit position prediction means is adapted to receive a control signal from the operator command module, said control signal being indicative of a moving operation and the future position of said load unit arrangement.
A composition for forming a silicon-containing resist underlayer film, comprising at least: a thermally crosslinkable polysiloxane (Sx); characterised in that it further comprises one or more kinds of a quaternary ammonium salt shown by the following formulae where Me represents a methyl group, Et represents an ethyl group, and Ph represents a phenyl group a thermally crosslinkable polysiloxane (Sx); characterised in that it further comprises one or more kinds of a quaternary ammonium salt shown by the following formulae where Me represents a methyl group, Et represents an ethyl group, and Ph represents a phenyl group
A process to increase the storage time of liquid raw food to allow for an increased storage time of liquid raw food, thereby making it possible to eliminate fluctuations between supply and the continuous processing of such food, decreasing the microbial load in liquid food and, at the same time, if so desired, it further allows for reducing the enzyme content in said liquid, characterized by gasifying the liquid food and then giving an instantaneous decompression, the process being conducted under temperatures ranging from 6° C to 50° C and by the fact that the process comprises three sequential steps: a. the first step is to gasify the liquid food, under temperatures ranging from 6° C and 50° C, compressing it with nitrogen or with a nitrogen and carbon dioxide mixture, the mixture being nitrogen with a carbon dioxide content between 1 % to 10% by volume, under pressures ranging from 250 bar to 500 bar; b. the second step consists of leaving the so gasified liquid to rest in tanks, under a given pressure between 250 bar and 500 bar for at least 300 seconds; and c. the third step consists of pouring this liquid, now as a mist, a state that is accomplished using a 60° dispersion angle misting nozzle, onto both the central and upper portion of a cone-shaped decompression tank, with its base turned upside down; part of the gases that break free from the liquid being treated recirculate inside this tank as they are driven by a turbine that aspirates them through the upper portion of the tank in order to inject them tangentially on the vertex of the internal cone. a. the first step is to gasify the liquid food, under temperatures ranging from 6° C and 50° C, compressing it with nitrogen or with a nitrogen and carbon dioxide mixture, the mixture being nitrogen with a carbon dioxide content between 1 % to 10% by volume, under pressures ranging from 250 bar to 500 bar; b. the second step consists of leaving the so gasified liquid to rest in tanks, under a given pressure between 250 bar and 500 bar for at least 300 seconds; and c. the third step consists of pouring this liquid, now as a mist, a state that is accomplished using a 60° dispersion angle misting nozzle, onto both the central and upper portion of a cone-shaped decompression tank, with its base turned upside down; part of the gases that break free from the liquid being treated recirculate inside this tank as they are driven by a turbine that aspirates them through the upper portion of the tank in order to inject them tangentially on the vertex of the internal cone.
A method for testing a brake system of a vehicle, wherein simulation results are used for adapting a test on a test stand, characterised in that a flow simulation model of the vehicle is created from geometric data of the vehicle, and a flow simulation model of the test stand is created, and based on the flow simulation model of the vehicle a simulation result for the vehicle is calculated with at least one input variable of the vehicle with respect to thermal behavior of the brake system of the vehicle, and a change (Δ) of at least one input variable for the test stand in the flow simulation model of the test stand is performed until a simulation result for the test stand of the flow simulation model of the test stand is achieved, which simulation result corresponds essentially to the simulation result for the vehicle, and in that the at least one input variable for the test stand is set as at least one input variable for a test in the test stand and the test is thus carried out.
A prefabricated building wall panel configured to be connected to a lateral side of a prefabricated building structure for forming a part of a building such that said panel forms a wall of said part of a building; wherein said panel is planar and comprises at least one integrated engagement means (61, 89) for later engagement with said prefabricated building structure by means of a connecting device (70, 80); wherein said building structure is a prefabricated module or another prefabricated building element, said engagement means comprising a recess (61, 89) extending into a core of said panel, said core being arranged adjacent to at least one insulating layer; wherein said panel is constructed as a load-bearing structure and wherein said core is a wooden load-bearing element which extends in a central plane parallel to the central plane of the panel and which comprises cross-laminated timber; characterized in that the panel further comprises pre-installed technical installations (47, 49) including electric cables or hollow guides for electric cables; and in that the upper and lower edges of the panel each has a wooden batten (44a, 44b) which projects outside the panel on opposite sides thereof, said battens (44a, 44b) being configured to be received in a recess at a joint between two slabs of said part of the building, the panel being configured to be fixed to the slabs at said joint by means of fastening screws (56, 58) going through the battens (44a, 44b) of the panel and into said slabs.
Method for making a hollow metal object, said method comprising the following steps: - preparing a supporting element comprising at least an outer layer of an electrically conductive material; - a step of depositing a layer of a covering material suited to obtain said metal object on said supporting element through an electrochemical process; - a step in which said supporting element is emptied, after said step of deposition of a layer of covering material on said supporting element through an electrochemical process; characterized in that said method further comprises: - a further step of depositing a layer of a second conductive material on said supporting element through an electrochemical process in order to realize a smooth, shiny and electrically conductive surface, said further step of depositing a layer of a second conductive material being performed before said step of depositing a layer of a covering material; - a step of emptying out said second conductive material, after said step of emptying said supporting element. - preparing a supporting element comprising at least an outer layer of an electrically conductive material; - a step of depositing a layer of a covering material suited to obtain said metal object on said supporting element through an electrochemical process; - a step in which said supporting element is emptied, after said step of deposition of a layer of covering material on said supporting element through an electrochemical process; - a further step of depositing a layer of a second conductive material on said supporting element through an electrochemical process in order to realize a smooth, shiny and electrically conductive surface, said further step of depositing a layer of a second conductive material being performed before said step of depositing a layer of a covering material; - a step of emptying out said second conductive material, after said step of emptying said supporting element.
A negative electrode active material containing a negative electrode active material particle; the negative electrode active material particle comprising a silicon compound particle containing a silicon compound represented by a general formula of SiO x where 0.5 ≤ x ≤ 1.6, wherein the silicon compound particle contains a Li compound, and the negative electrode active material particle contains at least one kind of salt selected from salts of polyacrylic acid and salts of carboxymethyl cellulose, together with a metal salt containing at least one kind of metal selected from Mg and AI, wherein the at least one kind of salt selected from the salts of polyacrylic acid and the salts of carboxymethyl cellulose is an ammonium salt. the negative electrode active material particle comprising a silicon compound particle containing a silicon compound represented by a general formula of SiO x where 0.5 ≤ x ≤ 1.6, wherein the silicon compound particle contains a Li compound, and the negative electrode active material particle contains at least one kind of salt selected from salts of polyacrylic acid and salts of carboxymethyl cellulose, together with a metal salt containing at least one kind of metal selected from Mg and AI, wherein the at least one kind of salt selected from the salts of polyacrylic acid and the salts of carboxymethyl cellulose is an ammonium salt.
A multi-layer armature for a moving armature receiver comprising: - a first armature layer comprising a first surface and a second armature layer comprising a second surface positioned adjacently to, and facing, the first surface, wherein each of the first and second armature layers (413, 415) comprises first, second and third substantially parallel leg portions mechanically and magnetically coupled to each other through a shared coupling leg, wherein the second leg portion is a flat elongate leg positioned in-between the first and third leg portions, and wherein each of the first and second armature layers (413, 415) comprises a pair of bent upwardly or downwardly extending flaps (420, 421), respectively, whereby the flaps (420, 421) form part of the first and third leg portions; - a displacement region configured to provide relative displacement between the first and second armature layers in a direction parallel to the first and second surfaces, wherein the displacement region extends throughout an entire area of the first and second facing surfaces or is confined, with an intermediate layer, to the second leg portion. - a first armature layer comprising a first surface and a second armature layer comprising a second surface positioned adjacently to, and facing, the first surface, - a displacement region configured to provide relative displacement between the first and second armature layers in a direction parallel to the first and second surfaces, wherein the displacement region extends throughout an entire area of the first and second facing surfaces or is confined, with an intermediate layer, to the second leg portion.
Ship, in particular cruise ship, comprising at least one opening made on a fixed structure of the ship and an openable covering for covering said opening, said openable covering comprising in turn at least one group of covering portions (11,21,31,41), arranged at different heights the one to the other so that they can be superimposed at least partially the one on the other, said portions being mobile with respect to said fixed structure and to each other so as to be spatially distributed with respect to the opening in a plurality of different configurations, characterised in that each covering portion has a hinging extremity (12,22,32,42), in correspondence to which it is rotationally connected to the fixed structure of the ship, and a support extremity, by means of which it goes in mobile support on the structure wherein the opening is made.
An apparatus for producing acetic acid, said apparatus comprising: (a) a reactor for carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) a flasher apparatus coupled to the reactor and adapted to receive a stream of the reaction mixture and separate it into (i) a liquid recycle stream, and (ii) a crude product stream containing acetic acid; (c) a light ends column coupled to the flasher, which is configured to separate low boiling components from the crude product stream, and generate a purified product stream, the light ends column having a distillation zone with an upper portion, a lower portion and a central portion, the central portion of the distillation zone having a product sidedraw; (d) a first condenser for condensing overhead vapor from the upper portion of the distillation zone of the light ends column and communicating therewith, the first condenser being further adapted for returning at least a portion of the condensed overhead vapor as liquid reflux to the distillation zone of the light ends column; (e) a second condenser adapted for condensing vapor from the central portion of the distillation zone of the light ends column and communicating therewith; and (f) a dehydrating column coupled to the light ends column for receiving and further purifying the purified product stream. (a) a reactor for carbonylating methanol or its reactive derivatives in the presence of water, a catalyst selected from rhodium catalysts, iridium catalysts and mixtures thereof, and a methyl iodide promoter to form an acetic acid reaction mixture in a reactor; (b) a flasher apparatus coupled to the reactor and adapted to receive a stream of the reaction mixture and separate it into (i) a liquid recycle stream, and (ii) a crude product stream containing acetic acid; (c) a light ends column coupled to the flasher, which is configured to separate low boiling components from the crude product stream, and generate a purified product stream, the light ends column having a distillation zone with an upper portion, a lower portion and a central portion, the central portion of the distillation zone having a product sidedraw; (d) a first condenser for condensing overhead vapor from the upper portion of the distillation zone of the light ends column and communicating therewith, the first condenser being further adapted for returning at least a portion of the condensed overhead vapor as liquid reflux to the distillation zone of the light ends column; (e) a second condenser adapted for condensing vapor from the central portion of the distillation zone of the light ends column and communicating therewith; and (f) a dehydrating column coupled to the light ends column for receiving and further purifying the purified product stream.
Railway vehicle car comprising an aerodynamic braking device, the car extending in a longitudinal direction and rising in an elevation direction perpendicular to the longitudinal direction, the car having a driver's cabin which is situated at a first longitudinal end of the car and is delimited in the elevation direction by an upper portion, the aerodynamic braking device comprising at least one air-deflecting fairing mounted on the upper portion of the driver's cabin, the car being characterised in that the air-deflecting fairing comprises walls delimiting an interior volume and an access opening to the interior volume, one of the walls forming a frontal surface oriented towards the interior volume and towards the first longitudinal end, the air-deflecting fairing further comprising a flap covering the access opening, the flap being movable relative to said air-deflecting fairing between an open position in which the frontal surface of the air-deflecting fairing is exposed in order to create an aerodynamic drag when braking is desired and a closed position in which the frontal surface is concealed in order to reduce the drag when braking is not desired.
A method of providing an external device (4100, 4200, 4300) with information about a task being performed by a user device, wherein the method is performed by using a server, the method comprising: receiving, by the server, information about the task being performed by the user device; identifying, by a wearable device of a user of the user device, a plurality of external devices located near the wearable device; determining, by the server, a first external device to continuously perform the task from among the plurality of external devices based on the information about the task and characteristics information about the plurality external devices; and transmitting, by the server, the information about the task to the first external device, wherein the information about the task performed by the user device comprises information about a type of the task performed by the user device and history information about an external device (4100, 4200, 4300) that performed the task. receiving, by the server, information about the task being performed by the user device; identifying, by a wearable device of a user of the user device, a plurality of external devices located near the wearable device; determining, by the server, a first external device to continuously perform the task from among the plurality of external devices based on the information about the task and characteristics information about the plurality external devices; and transmitting, by the server, the information about the task to the first external device, wherein the information about the task performed by the user device comprises information about a type of the task performed by the user device and history information about an external device (4100, 4200, 4300) that performed the task.
Method for estimating a quantity G inhib quantifying the inhibitory capacity of a molecule on a microorganism of a predetermined type, comprising: - preparing a plurality of samples, each comprising at least one microorganism of said type, a nutrient medium for the microorganism and an initial amount of the molecule per microorganism of said type present in the sample, said initial amount increasing in a range [ Q min, Q max] as a function of a predetermined classification of the samples; - incubating the samples; - for each sample, measuring the growth of the microorganisms in the sample as a function of time for a predetermined incubation time; and - determining the quantity G inhib as a function of the measurements of the growth of the microorganisms in the samples, characterized in that the determination of the quantity G inhib comprises: - for each sample, calculation of a value reflecting the growth of the microorganism of said type based on measurements of growth of the microorganisms in the sample; - classification of the values calculated for the samples as a function of the classification of the samples; and - determination of the quantity G inhib as a function of the variation of the classified values. - preparing a plurality of samples, each comprising at least one microorganism of said type, a nutrient medium for the microorganism and an initial amount of the molecule per microorganism of said type present in the sample, said initial amount increasing in a range [ Q min, Q max] as a function of a predetermined classification of the samples; - incubating the samples; - for each sample, measuring the growth of the microorganisms in the sample as a function of time for a predetermined incubation time; and - determining the quantity G inhib as a function of the measurements of the growth of the microorganisms in the samples, - for each sample, calculation of a value reflecting the growth of the microorganism of said type based on measurements of growth of the microorganisms in the sample; - classification of the values calculated for the samples as a function of the classification of the samples; and - determination of the quantity G inhib as a function of the variation of the classified values.
A method comprising: a network function virtualization, NFV, manager obtaining a plurality of policies for managing a plurality of virtual network function, VNF, instances on a computing platform; and the NFV manager defining at least one VNF instance operating on the computing platform, wherein the at least one VNF instance has a definition comprising a policy indication indicating acceptance, modification, or rejection of at least one of the plurality of policies managed by the NFV manager; wherein the policy indication can be configured through a management interface between the at least one VNF instance and NFV management functions; wherein the at least one VNF instance includes a plurality of policies and corresponding policy indications; and wherein the policy indication indicates a policy priority between a VNF-provided policy and a NFV manager-provided policy if the VNF-provided policy and the NFV manager-provided policy conflict, and wherein the VNF manager follows the policy priority to apply a corresponding policy. a network function virtualization, NFV, manager obtaining a plurality of policies for managing a plurality of virtual network function, VNF, instances on a computing platform; and the NFV manager defining at least one VNF instance operating on the computing platform, wherein the at least one VNF instance has a definition comprising a policy indication indicating acceptance, modification, or rejection of at least one of the plurality of policies managed by the NFV manager; wherein the policy indication can be configured through a management interface between the at least one VNF instance and NFV management functions; wherein the at least one VNF instance includes a plurality of policies and corresponding policy indications; and wherein the policy indication indicates a policy priority between a VNF-provided policy and a NFV manager-provided policy if the VNF-provided policy and the NFV manager-provided policy conflict, and wherein the VNF manager follows the policy priority to apply a corresponding policy.