mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a driving cabin of a railway vehicle, in particular a tramway, including: - a step for manufacturing a structural frame, defining an area designed to house driving equipment, said structural frame including two side walls on either side each having at least one side opening, - a step for assembling two side windows, each covering a respective one of the side openings, characterized in that it includes, prior to said assembly step, a step for producing two side window supports (28; 30), each assembled with a respective one of the side walls, each side window being attached on a respective one of the side supports (28; 30) during the assembly step. - a step for manufacturing a structural frame, defining an area designed to house driving equipment, said structural frame including two side walls on either side each having at least one side opening, - a step for assembling two side windows, each covering a respective one of the side openings,
A dry, solid fertilizer composition, stable in form and water soluble, comprising: (i) at least one fertilizer component which is solid at ambient temperature; wherein said fertilizer component has a pH of < 4.5 in a 1% aqueous solution (w/w) at room temperature; and (ii) at least one fertilizer component (wB) which is solid at ambient temperature, wherein said fertilizer component (wB) has a pH in the range of > 10 but < 12.5 in a 1% aqueous solution (w/w) at room temperature; wherein (a)the total of the fertilizer component in the composition is at least 5% by weight of the composition; (b) the total of the fertilizer component (wB) in the composition is at least 10% by weight of the composition; and (c)said composition is substantially non-effervescent upon dispersion in water at room temperature, wherein the fertilizer composition has a phosphorus content as wt. % P 2 O 5 up to 60%, nitrogen content as wt. % N of from about 0 to about 46% and potassium content as wt. % K 2 O up to 60%, wherein the fertilizer component (wB) is not a carbonate and the fertilizer composition does not contain potassium hydroxide, and wherein said at least one fertilizer component is urea phosphate, peKacid (KH 5 (PO 4) 2), and/or citric acid, and wherein said at least one fertilizer component (wB) is tripotassium phosphate or tetrapotassium pyrophosphate. (i) at least one fertilizer component which is solid at ambient temperature; wherein said fertilizer component has a pH of < 4.5 in a 1% aqueous solution (w/w) at room temperature; and (ii) at least one fertilizer component (wB) which is solid at ambient temperature, wherein said fertilizer component (wB) has a pH in the range of > 10 but < 12.5 in a 1% aqueous solution (w/w) at room temperature; wherein (a)the total of the fertilizer component in the composition is at least 5% by weight of the composition; (b) the total of the fertilizer component (wB) in the composition is at least 10% by weight of the composition; and (c)said composition is substantially non-effervescent upon dispersion in water at room temperature, (a)the total of the fertilizer component in the composition is at least 5% by weight of the composition; (b) the total of the fertilizer component (wB) in the composition is at least 10% by weight of the composition; and (c)said composition is substantially non-effervescent upon dispersion in water at room temperature,
An apparatus for estimating a depth of discharge, DOD, of a secondary battery including a blended cathode material containing at least first and second cathode materials, wherein the first cathode material reacts with working ions in a higher voltage range than the second cathode material, wherein the kind of cathode material among the first and second cathode material changes in a transition voltage range, comprising: a sensor unit configured to repeatedly measure a voltage of the secondary battery at time intervals when the secondary battery is in an operation state or in an idle state including the transition voltage range known to be the voltage range where the kind of cathode material among the first and second cathode materials reacting with working ions changes; and a control unit configured to receive the repeatedly measured plurality of voltages from the sensor unit, identify an inflection point in a voltage change profile corresponding to the plurality of voltages, estimate a reference voltage, which is to be used for estimating a DOD of the secondary battery, by means of extrapolation from a plurality of voltages measured after the inflection point is identified, and estimate the DOD based on the reference voltage by using a predetermined correlation between reference voltage and DOD. a sensor unit configured to repeatedly measure a voltage of the secondary battery at time intervals when the secondary battery is in an operation state or in an idle state including the transition voltage range known to be the voltage range where the kind of cathode material among the first and second cathode materials reacting with working ions changes; and a control unit configured to receive the repeatedly measured plurality of voltages from the sensor unit, identify an inflection point in a voltage change profile corresponding to the plurality of voltages, estimate a reference voltage, which is to be used for estimating a DOD of the secondary battery, by means of extrapolation from a plurality of voltages measured after the inflection point is identified, and estimate the DOD based on the reference voltage by using a predetermined correlation between reference voltage and DOD.
A method of preparing a nanoparticle comprising: providing a targeting agent; protecting functional groups of said targeting agent; providing a functionalized poly(ethylene glycol) polymer; reacting the functionalized poly(ethylene glycol) polymer with the protected targeting agent (PRO-TA) to form a targeting agent-PEG polymer complex; conjugating the targeting agent-PEG polymer complex with a second polymer to form a targeting agent-PEG polymer-second polymer complex; and mixing the targeting agent-PEG polymer-second polymer complex with a second polymer and a therapeutic agent to form a nanoparticle. providing a targeting agent; protecting functional groups of said targeting agent; providing a functionalized poly(ethylene glycol) polymer; reacting the functionalized poly(ethylene glycol) polymer with the protected targeting agent (PRO-TA) to form a targeting agent-PEG polymer complex; conjugating the targeting agent-PEG polymer complex with a second polymer to form a targeting agent-PEG polymer-second polymer complex; and mixing the targeting agent-PEG polymer-second polymer complex with a second polymer and a therapeutic agent to form a nanoparticle.
A method for controlling a dimmable electronic ballast (704,706,708) for a fluorescent lamp using pulse density modulation, wherein the fluorescent lamp comprises first and second filaments, wherein a filament capacitor couples together the first and second filaments of the fluorescent lamp and wherein the first filament is coupled to an inductor and the second filament is coupled to a DC blocking capacitor forming a series connected circuit, said method comprising the steps of: generating a high frequency control signal fed to said electronic ballast through said inductor for a first time period, wherein the high frequency is above a resonant frequency of the series connected circuit; generating a low frequency control signal fed to said electronic ballast through said inductor for a second time period, wherein the low frequency is approximately at a resonant frequency of the series connected circuit; and generating no frequency for a third time period; wherein the first, second and third time periods are within a modulation frame time period and the modulation frame time period repeats continuously. generating a high frequency control signal fed to said electronic ballast through said inductor for a first time period, wherein the high frequency is above a resonant frequency of the series connected circuit; generating a low frequency control signal fed to said electronic ballast through said inductor for a second time period, wherein the low frequency is approximately at a resonant frequency of the series connected circuit; and generating no frequency for a third time period; wherein the first, second and third time periods are within a modulation frame time period and the modulation frame time period repeats continuously.
A process for producing olive oil comprising the step of adding enzymes to olive paste and incubating the obtained mixture, wherein the enzymes comprise a polygalacturonase, a pectin methyl esterase, a pectin lyase, an arabinofuranosidase, a cellulase, a xylanase, a rhamnogalacturonase and a mannanase.
A method of providing a capability service to a user terminal (T1, T2, T3) in a communications system, the method comprising providing a feature identifier related to a service capability of the user terminal (T1, T2, T3), characterized by the method comprising determining, on the basis of the feature identifier, whether or not a first user terminal (T1, T2, T3) is capable of utilizing a more advanced service level service than indicated by the feature identifier; wherein if the first user terminal (T1, T2, T3) is capable of utilizing a more advanced service level service than indicated by the feature identifier, the method comprises providing an updated feature identifier in order to indicate the more advanced service level service capability of the first user terminal (T1, T2, T3); and storing, in a core network node (IMS, DB), information on the updated feature identifier of the first user terminal.
Single-dose pack for transdermal therapeutic systems or sheet-like forms of administration in the form of a peel-open sealed-edge bag, comprising two packaging-material elements located one above the other, of which at least one packaging-material element consists of a tear-resistant packaging material with a low tear-propagation resistance, wherein the two packaging-material elements (11, 12) are connected to one another to form a sealed-edge bag by a continuous sealing seam leading around the contents and, at one end of the sealed-edge bag, they have a lug which projects beyond the sealed edge, wherein at least one of the packaging-material elements (11, 12) has a structure for tearing the packaging material in that region of the lugs in which the lugs are not sealed to one another, and wherein the structure for tearing the packaging material is not in contact with the periphery of the pack, characterized in that the lugs are essentially half the width of the sealed-edge bag and, at their end which is directed away from the sealed edge, have a sealing region, at which they are connected to one another.
A method for producing mesh, especially reinforcements for concrete elements, from elongate members (1,2) such as wire, rebar or other material of prismatic cross section according to which a series of longitudinal members are provided upon which one or more transverse members are deposited and welded to the longitudinal members, characterized in that by means of more than one deposition welding heads the transverse members and the longitudinal members are welded together at preselected spots based on a program.
Method for producing a ceramic sanitary article, more particularly a washbasin or washstand, wherein a plaster casting mould or a pressure casting mould is used to produce, from a ceramic composition, a cast green body, which is subsequently fired in a firing to form a fired body, wherein the fired body after the firing is subjected to material-removing working only by milling or grinding on one or more visible faces until it has a desired dimension in relation to its length, width, height and/or edge radii, after which the worked body is glazed at least on the worked visible face or faces and is fired a further time in order to fire the glaze.
A soluble material for three-dimensional modeling that is used as a material of a support material for supporting a three-dimensional object when the three-dimensional object is manufactured by a 3D printer of a fused deposition modeling system, wherein the soluble material for three-dimensional modeling comprises a copolymer α having a vinyl monomer unit A that has a hydrophilic group, and having a vinyl monomer unit B that has a group interacting with the hydrophilic group and is other than the vinyl monomer unit A, the vinyl monomer unit A in the copolymer α has a content of the hydrophilic group of 0.3 to 3.0 mmol/g, and wherein the hydrophilic group is a sulfonate group and wherein the content of hydrophilic group is determined according to the method mentioned in the specification. wherein the soluble material for three-dimensional modeling comprises a copolymer α having a vinyl monomer unit A that has a hydrophilic group, and having a vinyl monomer unit B that has a group interacting with the hydrophilic group and is other than the vinyl monomer unit A, the vinyl monomer unit A in the copolymer α has a content of the hydrophilic group of 0.3 to 3.0 mmol/g, and wherein the hydrophilic group is a sulfonate group and wherein the content of hydrophilic group is determined according to the method mentioned in the specification.
A method for reducing bioburden in a processed food having a porous surface and a coating deposited on the surface of the processed food wherein the coating comprises one or more ingredients which is susceptible to degradation by oxidation selected from the group consisting of fats, oils, enzymes, antibodies, immunoglobulins, cytokines, epigenetic agents, vitamins, probiotic microorganisms, amino acids, bacteriophages, the method comprising: providing a processed food having a porous surface; and treating the processed food having the coating with cold plasma generated from atmospheric gas under conditions sufficient to effect at least a 1 log reduction in the bioburden in the processed food, wherein the treatment is carried out at atmospheric pressure plus or minus 10%. providing a processed food having a porous surface; and treating the processed food having the coating with cold plasma generated from atmospheric gas under conditions sufficient to effect at least a 1 log reduction in the bioburden in the processed food, wherein the treatment is carried out at atmospheric pressure plus or minus 10%.
A spindle-bearing device (1; 101) for supporting a spindle with a housing sleeve (3; 103) for holding a neck bearing unit (6; 106) and a footstep bearing unit (2; 102), in the case of which the footstep bearing unit (2; 102) comprises a bearing bush element (11; 111), within which both a spindle axial bearing element (12; 112) for supporting the spindle axially and a spindle radial bearing element (13; 113) for radially supporting the spindle are arranged together, and wherein the bearing bush element (11; 111) of the footstep bearing unit (2; 102) is arranged axially pre-tensioned in relation to the neck bearing unit (6; 106) within the housing sleeve (3; 103), wherein the bearing bush element (11; 111) is impinged by a first spring element (30; 130), that is disposed between the base area (8; 108) of the housing sleeve (3; 103) and the bearing bush element (11; 111), characterised in that the bearing bush element (11; 111) of the footstep bearing unit (2; 102) is impinged for axial pre-tensioning in relation to the neck bearing unit (6; 106) through both the first spring element (30; 130), which may in particular be a bolting pressure spring element (31; 131), and a second spring element (22; 122), in particular a elastically deformable elastomer body element, which is located between the bearing bush element (11; 111) and the neck bearing unit (6; 106).
Polymer composition containing a. at least one transparent thermoplastic synthetic material; b. caesium tungstate as inorganic IR absorber; and c. at least one phosphine-based stabiliser. a. at least one transparent thermoplastic synthetic material; b. caesium tungstate as inorganic IR absorber; and c. at least one phosphine-based stabiliser.
A method of transmitting data applied to a user equipment, UE, the method comprising: transmitting, by the UE, duplicated transmission data to different radio link control, RLC, entities respectively when a network side configures or activates a packet duplication mode for one bearer; transmitting, by one of the different RLC entities, the transmission data through one of logical channels to a master medium access control, MAC entity and transmitting, by each of the others of the different RLC entities, the transmission data through a different one of the logical channels to a different one of one or more secondary MAC entities; and transmitting, by the master MAC entity and the one or more secondary MAC entities, the transmission data to the network side through different carriers. transmitting, by the UE, duplicated transmission data to different radio link control, RLC, entities respectively when a network side configures or activates a packet duplication mode for one bearer; transmitting, by one of the different RLC entities, the transmission data through one of logical channels to a master medium access control, MAC entity and transmitting, by each of the others of the different RLC entities, the transmission data through a different one of the logical channels to a different one of one or more secondary MAC entities; and transmitting, by the master MAC entity and the one or more secondary MAC entities, the transmission data to the network side through different carriers.
A nacelle of a wind turbine generator comprising: a base frame that is separate from and which supports a main bearing housing, in use, the base frame being configured to connect with a lower portion of the main bearing housing; and a nacelle structure that is separate from and which is connected to the base frame at a first connection, wherein that nacelle structure extends away from the base frame and defines at least in part an interior nacelle volume; characterised in that the nacelle structure is connected to the main bearing housing by way of a second connection at a point arranged above a plane of a rotor axis of the main bearing housing. a base frame that is separate from and which supports a main bearing housing, in use, the base frame being configured to connect with a lower portion of the main bearing housing; and a nacelle structure that is separate from and which is connected to the base frame at a first connection, wherein that nacelle structure extends away from the base frame and defines at least in part an interior nacelle volume; characterised in that the nacelle structure is connected to the main bearing housing by way of a second connection at a point arranged above a plane of a rotor axis of the main bearing housing.
A hot press mold for pressing a heated workpiece, thereby molding and quenching the workpiece, the hot press mold comprising a temperature measuring device measuring the temperature of the workpiece while hot press molding, the temperature measuring device characterized by comprising: a thermocouple for measuring the temperature of the workpiece, arranged at the head; a protector disposed between the workpiece and the thermocouple to prevent the direct contact therebetween; a supporter for the thermocouple and the protector; a first elastic member disposed at the supporter, biasing the protector toward the head side; a fixing portion supporting the supporter, used for attaching the temperature measuring device to the mold; and a second elastic member disposed at the fixing member, biasing the supporter toward the head side, wherein the spring constant of the first elastic member is smaller than that of the second elastic member, and wherein when the pressure from the workpiece is added to the protector, the first elastic member contracts faster than the second elastic member. a thermocouple for measuring the temperature of the workpiece, arranged at the head; a protector disposed between the workpiece and the thermocouple to prevent the direct contact therebetween; a supporter for the thermocouple and the protector; a first elastic member disposed at the supporter, biasing the protector toward the head side; a fixing portion supporting the supporter, used for attaching the temperature measuring device to the mold; and a second elastic member disposed at the fixing member, biasing the supporter toward the head side, wherein the spring constant of the first elastic member is smaller than that of the second elastic member, and wherein when the pressure from the workpiece is added to the protector, the first elastic member contracts faster than the second elastic member.
A device for simulating the operation of at least one input unit and/or at least one output unit in a building, comprising - a planning unit arranged to store model information comprising a virtual representation of the building, input-specification information concerning at least one input unit, output-specification information concerning at least one output unit, wherein the respective specification information comprises location information for the at least one input unit and the at least one output unit; - one or more storage units arranged to store action information about at least one action to be executed by the at least one output unit, wherein this action is based on at least one of an input of the at least one input unit and associated predetermined conditions; - an imaging unit arranged to display a graphical representation of the building, based on the model information, as well as of the at least one set of associated input and output units, based on the input- and output-specification information, wherein the device further comprises input means provided for a user to specify at least one action to be simulated, and comprises a simulation unit arranged to simulate the execution of at least one action before the actual installation of said at least one unit is done; and the imaging unit is arranged to graphically display the results of this simulation, such that a user is allowed to try out various options, simulate and visualize for an end user, before the actual installation is done. - a planning unit arranged to store model information comprising a virtual representation of the building, input-specification information concerning at least one input unit, output-specification information concerning at least one output unit, wherein the respective specification information comprises location information for the at least one input unit and the at least one output unit; - one or more storage units arranged to store action information about at least one action to be executed by the at least one output unit, wherein this action is based on at least one of an input of the at least one input unit and associated predetermined conditions; - an imaging unit arranged to display a graphical representation of the building, based on the model information, as well as of the at least one set of associated input and output units, based on the input- and output-specification information,
A dynamic pressure machine, comprising at least two wheel discs, which are connected to a hub and can be rotated about a horizontal shaft axis, and a plurality of elongated paddles, which are arranged on the wheel discs and can be rotated about axes of rotation, which are each arranged parallel to the shaft axis, characterized - in that the axes of rotation of the paddles are located substantially centrally between a hub outer edge and a wheel disc outer edge, - in that, in at least one position of the wheel discs, a paddle sealingly abuts the hub outer edge, - and in that a rotating device is provided, which is configured to rotate or adjust the paddles relative to the wheel discs. - in that the axes of rotation of the paddles are located substantially centrally between a hub outer edge and a wheel disc outer edge, - in that, in at least one position of the wheel discs, a paddle sealingly abuts the hub outer edge, - and in that a rotating device is provided, which is configured to rotate or adjust the paddles relative to the wheel discs.