mhurhangee/patent-ind-claim-en huggingface dataset:
System for analyzing water and for treating drinking and/or process water and/or swimming pool water, in which water parameters are metrologically monitored and are kept within a predetermined range by the metered addition of suitable chemical additives and/or by measures for separating particulate water constituents, the system comprising - a housing , through which a portion of a water-carrying pipeline is guided, which, when the system is in use, is connected to pipeline portions of the piping of the drinking and/or process water and/or swimming pool water to be treated, said pipeline portions being located outside the housing, and which also accommodates - a transducer for analytically measuring one or more predetermined parameters of the water flowing through the water-carrying pipeline , - a control unit to which the measured parameters of the water are supplied in data form, and which, on the basis of the determined analytical data, effects the metered addition of one or more aqueous conditioning solutions from storage containers arranged in the housing into the water in the pipeline and/or initiates a measure for mechanically separating particulate water constituents, - wherein the control unit processes the operating data of the water conditioning system and, by means of remote data transmission, transmits the data to an external maintenance station from where it can be controlled and managed, characterized in that the housing is a closed housing secured against unauthorized access, in that the walls of the housing are thermally insulating, and in that the internal space of the housing is air-conditioned by being temperature-controlled and/or having a controlled humidity content. - a housing , through which a portion of a water-carrying pipeline is guided, which, when the system is in use, is connected to pipeline portions of the piping of the drinking and/or process water and/or swimming pool water to be treated, said pipeline portions being located outside the housing, and which also accommodates - a transducer for analytically measuring one or more predetermined parameters of the water flowing through the water-carrying pipeline , - a control unit to which the measured parameters of the water are supplied in data form, and which, on the basis of the determined analytical data, effects the metered addition of one or more aqueous conditioning solutions from storage containers arranged in the housing into the water in the pipeline and/or initiates a measure for mechanically separating particulate water constituents, - wherein the control unit processes the operating data of the water conditioning system and, by means of remote data transmission, transmits the data to an external maintenance station from where it can be controlled and managed,
A sensor wire retention device comprising: a bobbin tube , wherein the bobbin tube defines a hollow interior configured to receive a probe assembly inserted therein; one or more coil elements wrapped around at least a portion of the bobbin tube ; one or more washers attached around the bobbin tube , wherein each of the one or more washers defines one or more wire notches ; a wire harness comprising one or more wires, wherein each of the one or more wires of the wire harness are disposed along the bobbin tube and the one or more coil elements , and wherein each of the one or more wires of the wire harness are positioned within the one or more wire notches of the one or more washers and configured to be communicably coupled with the probe assembly inserted in the bobbin tube ; and a return shield element disposed around the wires located within the one or more wire notches of the one or more washers , and comprising two, semi-cylindrical halves that each extend around a portion of the bobbin tube corresponding to the one or more wire notches , wherein the return shield element is configured to compress the one or more wires of the wire harness between the one or more washers and the return shield element so as to reduce strain experienced by the wires. a bobbin tube , wherein the bobbin tube defines a hollow interior configured to receive a probe assembly inserted therein; one or more coil elements wrapped around at least a portion of the bobbin tube ; one or more washers attached around the bobbin tube , wherein each of the one or more washers defines one or more wire notches ; a wire harness comprising one or more wires, wherein each of the one or more wires of the wire harness are disposed along the bobbin tube and the one or more coil elements , and wherein each of the one or more wires of the wire harness are positioned within the one or more wire notches of the one or more washers and configured to be communicably coupled with the probe assembly inserted in the bobbin tube ; and a return shield element disposed around the wires located within the one or more wire notches of the one or more washers , and comprising two, semi-cylindrical halves that each extend around a portion of the bobbin tube corresponding to the one or more wire notches , wherein the return shield element is configured to compress the one or more wires of the wire harness between the one or more washers and the return shield element so as to reduce strain experienced by the wires.
A tire comprising a first circumferential main groove and a second circumferential main groove in a tread surface , wherein a resonator is formed in an intermediate land portion partitioned between the first circumferential main groove and the second circumferential main groove , the resonator comprises an auxiliary groove whose both ends terminate within the intermediate land portion , the resonator further comprises a branch groove extending so as to connect between the auxiliary groove and the first circumferential main groove , the branch groove having a smaller groove cross-sectional area than the auxiliary groove , characterised in that groove depths D1 of the first and second circumferential main grooves are 50% or less of groove widths W2 of the first and second circumferential main grooves , respectively, a groove depth D3 of the auxiliary groove of the resonator is 70% or more of the groove depth D1 of the first circumferential main groove , and a pitch P1 between the branch grooves of the resonators in a tire circumferential direction is 2.5 to 5.0 times a groove depth D2 of the branch groove . a resonator is formed in an intermediate land portion partitioned between the first circumferential main groove and the second circumferential main groove , the resonator comprises an auxiliary groove whose both ends terminate within the intermediate land portion , the resonator further comprises a branch groove extending so as to connect between the auxiliary groove and the first circumferential main groove , the branch groove having a smaller groove cross-sectional area than the auxiliary groove , characterised in that groove depths D1 of the first and second circumferential main grooves are 50% or less of groove widths W2 of the first and second circumferential main grooves , respectively, a groove depth D3 of the auxiliary groove of the resonator is 70% or more of the groove depth D1 of the first circumferential main groove , and a pitch P1 between the branch grooves of the resonators in a tire circumferential direction is 2.5 to 5.0 times a groove depth D2 of the branch groove .
A power generation system comprising a plurality of power generation units which are provided in parallel to an external power system , wherein each of the power generation units comprises: an expander configured to be rotated by a working medium; a power generator configured to generate power through the rotation of the expander ; a rectifier configured to rectify the power generated by the power generator and output the rectified power to the external power system ; a medium distribution system configured to pump the working medium into the expander ; a relay configured to connect and disconnect power between the power generator and the external power system; an operating unit configured to be operated when maintenance of the power generation unit starts; a sensor configured to detect an operation of the operating unit to send a detection signal to a relay driving unit , a relay driving unit configured to switch the relay so as to interrupt power between the power generator and the external power system, based on the detection signal from the sensor . an expander configured to be rotated by a working medium; a power generator configured to generate power through the rotation of the expander ; a rectifier configured to rectify the power generated by the power generator and output the rectified power to the external power system ; a medium distribution system configured to pump the working medium into the expander ; a relay configured to connect and disconnect power between the power generator and the external power system; an operating unit configured to be operated when maintenance of the power generation unit starts; a sensor configured to detect an operation of the operating unit to send a detection signal to a relay driving unit , a relay driving unit configured to switch the relay so as to interrupt power between the power generator and the external power system, based on the detection signal from the sensor .
Verification device (1.4) for a vehicle-to-X, V2X, communication apparatus , designed to verify received V2X messages, characterized in that the verification device (1.4) is configured to determine a number of received V2X messages to be verified on the basis of a determined temperature value of the V2X communication apparatus and to verify the determined number of received V2X messages to be verified.
A pneumatic tire , comprising: two circumferential main grooves disposed in a region on one side of a tire equatorial plane (CL) as a boundary; and a land portion defined by the two circumferential main grooves , the land portion including a circumferential narrow groove extending in a tire circumferential direction and a plurality of sets of a first lug groove and a second lug groove that extend in a tire lateral direction through the circumferential narrow groove ; the first lug groove including an end portion that opens to an edge portion on one side of the land portion and another end portion that terminates within the land portion ; the second lug groove including an end portion that opens to another edge portion of the land portion and another end portion that terminates within the land portion ; and the first lug groove and the second lug groove being alternately disposed in the tire circumferential direction, characterized in that the first lug groove and the second lug groove are inclined in opposite directions to each other with respect to the tire circumferential direction. two circumferential main grooves disposed in a region on one side of a tire equatorial plane (CL) as a boundary; and a land portion defined by the two circumferential main grooves , the land portion including a circumferential narrow groove extending in a tire circumferential direction and a plurality of sets of a first lug groove and a second lug groove that extend in a tire lateral direction through the circumferential narrow groove ; the first lug groove including an end portion that opens to an edge portion on one side of the land portion and another end portion that terminates within the land portion ; the second lug groove including an end portion that opens to another edge portion of the land portion and another end portion that terminates within the land portion ; and the first lug groove and the second lug groove being alternately disposed in the tire circumferential direction, characterized in that the first lug groove and the second lug groove are inclined in opposite directions to each other with respect to the tire circumferential direction.
A fluid cooling device as a structural unit with a drive motor which drives a rotatable fan impeller , and with a storage tank with a filling opening as well as a fill-level indicator , from which at least one fluid can be conveyed into a hydraulic working circuit, wherein in the hydraulic working circuit the fluid is heated and cooled via a heat exchanger of the fluid cooling device , preferably can be returned again to the storage tank , characterised in that the structural unit is made as a turning assembly, in which the filling opening for fluid and the fill-level indicator are arranged on the storage tank such that the indicator can be used or read in a first, vertical installation direction (X, Y) of the structural unit and in a second installation direction (Y, X) of the structural unit which is provided at a right angle to the first installation direction (X, Y), and that the filling opening and the fill-level indicator are arranged in a corner region of the storage tank .
A method for determining a thermal diagnosis through the measurement of an inside temperature (Ti) of a building , the method including the following successive steps: a) selection of an initial thermal model, establishing, by means of a set of parameters, a theoretical relationship between said inside temperature and a set of influencing factors (Fi) of said inside temperature; b) determination of a set of actual values of said inside temperature and of said influencing factors; c) optimization of the parameters of the initial thermal model through the analysis, by means of an analysis method, of said set of actual values, optionally filtered by means of a filter; d) depending on an assessment function, modification of said initial thermal model and return to step c) or resumption at step e); e) use of the obtained thermal model to carry out a thermal diagnosis, in which method, at step d), the modification of the initial thermal model results from a comparison of the initial thermal model with one or several thermal model(s) available in thermal models libraries to which characteristics of the reference building are associated. a) selection of an initial thermal model, establishing, by means of a set of parameters, a theoretical relationship between said inside temperature and a set of influencing factors (Fi) of said inside temperature; b) determination of a set of actual values of said inside temperature and of said influencing factors; c) optimization of the parameters of the initial thermal model through the analysis, by means of an analysis method, of said set of actual values, optionally filtered by means of a filter; d) depending on an assessment function, modification of said initial thermal model and return to step c) or resumption at step e); e) use of the obtained thermal model to carry out a thermal diagnosis, in which method, at step d), the modification of the initial thermal model results from a comparison of the initial thermal model with one or several thermal model(s) available in thermal models libraries to which characteristics of the reference building are associated.
A rolling bearing comprising a plurality of rolling elements disposed between an inner raceway and an outer raceway , and a retainer made of a resin composition, and configured to retain circumferential distances between the rolling elements , wherein the retainer has a plurality of pockets each receiving a respective one of the rolling elements , and a circumferential pocket gap (δ) is defined between each of the pockets and a corresponding one of the rolling elements , characterized in that the sum of the pocket gaps (δ) is smaller than the elongation at break of the resin composition.
A vessel comprising electric connectors configured to receive one or more direct voltages from a shore-side electric power system, characterized in that the vessel comprises one or more controllable direct voltage converters and a control system configured to control the one or more controllable direct voltage converters to convert the one or more direct voltages to one or more direct voltages suitable for the vessel.
Apparatus for application of a viscous material onto a workpiece, especially for application of an adhesive or sealing compound onto a motor-vehicle body structural part, with an application nozzle having a material outlet opening and with a nozzle carrier , which carries the application nozzle and on which the application nozzle is fastened detachably, wherein an application duct extends through the nozzle carrier and the application nozzle up to the material outlet opening , wherein the nozzle carrier and the application nozzle respectively have a connecting part , wherein a first connecting part is inserted into a second connecting part and is annularly surrounded by this, and wherein the connecting parts are limitedly movable relative to one another out of a basic position against the restoring force of an elastic restoring element , characterized in that the connecting parts are fastened detachably to one another by means of at least two connecting pins , wherein each connecting pin passes through both connecting parts at least partly and, transverse to its longitudinal extent, is disposed immovably in one of the connecting parts and in limitedly movable manner in the other connecting part .
Device for shaping a blank made of material in sheet form around a mandrel , to obtain a box or a part of box of polygonal cross section, said blank comprising a continuation of at least three panels (3 to 6), namely two extreme panels on either side of at least one intermediate panel , said panels being connected to one another by parallel folding lines (8 to 10) and provided with side flaps (13, 16a to 16d), connected respectively to said panels by folding lines perpendicular to the folding lines (8 to 10) connecting said panels, the free edge of one of the extreme panels being provided with a tab connected to said extreme panel by a folding line parallel to the folding lines connecting said panels, said blank being glued beforehand in a glue-application workstation , on the one hand on two flaps and on the other hand, on the tab of the extreme panel or in the proximity of the free edge of the extreme panel opposite said tab, the device comprising: - a frame , - a mandrel of polygonal cross section of which the outer cross section corresponds to the inner cross section of the box or part of box to be obtained, - means for wrapping panels and the tab around the mandrel, - means for securing the tab against the free edge of the extreme panel opposite the tab, - means for folding flaps being located on the same side of said panels against a corresponding end face of the mandrel, and - means for securing to one another, the flaps thus folded, characterised in that the means for wrapping the panels (522; 532; 533) and the means for securing the tab are supported by two cradles secured to the frame of the device and arranged on either side of the mandrel , transversally and symmetrically with respect to the direction in which the blank is brought in from the blank from the glue-application workstation. - a frame , - a mandrel of polygonal cross section of which the outer cross section corresponds to the inner cross section of the box or part of box to be obtained, - means for wrapping panels and the tab around the mandrel, - means for securing the tab against the free edge of the extreme panel opposite the tab, - means for folding flaps being located on the same side of said panels against a corresponding end face of the mandrel, and - means for securing to one another, the flaps thus folded,
A manufacturing method for a stabilizer bar for a vehicle, the method comprising: supplying of a metal blank having a first end and a second end ; and bending of the first end by means of a bending device , said bending of the first end comprising the fact of: causing a relative displacement between the bending device and the metal blank ; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, characterized in that the bending device comprises a set of pulleys , and the set of pulleys comprises at least one pair of pulleys which is movable in the first bending plane, the first end being bent in the first bending plane by said at least one pair of pulleys , and in that the bending device comprises at least one movable steerable roller , said force in a direction not comprised in the first bending plane being applied to the first end by said at least one movable steerable roller . supplying of a metal blank having a first end and a second end ; and bending of the first end by means of a bending device , said bending of the first end comprising the fact of: causing a relative displacement between the bending device and the metal blank ; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, causing a relative displacement between the bending device and the metal blank ; and during said relative displacement, bending the first end in a first bending plane and simultaneously applying to the first end a force in a direction not comprised in the first bending plane, so that the first end is curved according to a first space curve devoid of straight segments, characterized in that the bending device comprises a set of pulleys , and the set of pulleys comprises at least one pair of pulleys which is movable in the first bending plane, the first end being bent in the first bending plane by said at least one pair of pulleys , and in that the bending device comprises at least one movable steerable roller , said force in a direction not comprised in the first bending plane being applied to the first end by said at least one movable steerable roller .
A method of analysing a sample comprising sub-micron particles, comprising: determining first information about the size of particles and number of particles in the sample by nanoparticle tracking analysis; determining second information about average particle size of particles in the sample by dynamic light scattering; the method being characterized in that it comprises the following steps: determining from the first information third information representing the contribution of the particles detected by nanoparticle tracking analysis on results obtained by dynamic light scattering; and adjusting the second information using the third information to produce fourth information representing adjusted information on average particle size. determining first information about the size of particles and number of particles in the sample by nanoparticle tracking analysis; determining second information about average particle size of particles in the sample by dynamic light scattering; the method being characterized in that it comprises the following steps: determining from the first information third information representing the contribution of the particles detected by nanoparticle tracking analysis on results obtained by dynamic light scattering; and adjusting the second information using the third information to produce fourth information representing adjusted information on average particle size.