mhurhangee/patent-ind-claim-en huggingface dataset:
A parking arrangement with parking places (P) for vehicles and with an automatic vehicle detection (VDS) system which comprises a central computer system and at each of at least a number of parking places at least one wirelessly operating parking sensor module PS for determining the presence or absence of a vehicle in the respective parking place (P), which parking sensor module (PS) comprises at least one vehicle sensor (S), which in operation provides measuring values (e1-e11) which are representative of the presence or absence of a vehicle, characterized by calibration means (SOM) for determining the quiescent value, representing the absence of a vehicle, of the measuring values (e1-e11) of the at least one vehicle sensor (S), which calibration means (SOM) are configured, by a self-organizing map method, known as such, to divide the measuring values (e1-e11) provided by a vehicle sensor (S) into clusters (C1-C4) of mutually close values, wherein the cluster having the largest number of measuring values (e1-e11) is selected as representative of the quiescent value of the measuring values at the respective parking place (P), and wherein after each new measuring value (e1-e11) which is added to the largest cluster, said cluster having the largest number of measuring values, an adjusted quiescent value is determined, and wherein a measuring value (e1-e11) which differs from the quiescent value by more than a predetermined threshold value indicates that a vehicle is situated in the parking place (P) and wherein a measuring value is added to a cluster if the distance between the measuring value and the center of the cluster is smaller than a predetermined threshold value and wherein a new center of the cluster is determined taking the newly added measuring value to the cluster into account.
Method for producing a sliding shoe of a hydrostatic positive displacement machine , in particular an axial piston machine, which sliding shoe can be fastened in an articulated manner to a pressure-loaded piston and supports the piston on a stroke-generating running surface , wherein the sliding shoe consists of a steel main body and a brass plate which interacts with the running surface and is joined to the steel main body of the sliding shoe , characterized in that the steel main body is welded by means of capacitor discharge welding to the brass plate only locally, wherein at least one welding projection (40; 41; 42; 43) in the form of a circular projection is produced on the steel main body in the region of contact with the brass plate , and wherein the brass plate consists of a titanium-free copper-zinc alloy.
A polycarbonate diol, obtained by reacting (i) at least one of diols selected from isosorbide, isomannide and isoidide, (ii) a diol having 1 to 15 carbons which may contain hetero atom and which is other than isosorbide, isomannide and isoidide, and (iii) a diester carbonate, by use of a transesterification catalyst, wherein, the transesterification catalyst is either a compound using a metal of Group 1 or a compound using a metal of Group 2 on the periodic table; and the amount of the transesterification catalyst contained in the polycarbonate diol is 100 ppm or less as the weight ratio of the metal; the polycarbonate diol has a content of a repeating unit of the following formula (A) of 10 mass % or more: the polycarbonate diol has a number average molecular weight of 500 or more and 5,000 or less; and the average number of hydroxyl groups per molecule in the polycarbonate diol is 1.8 or more and 2.2 or less. the transesterification catalyst is either a compound using a metal of Group 1 or a compound using a metal of Group 2 on the periodic table; and the amount of the transesterification catalyst contained in the polycarbonate diol is 100 ppm or less as the weight ratio of the metal; the polycarbonate diol has a content of a repeating unit of the following formula (A) of 10 mass % or more: the polycarbonate diol has a number average molecular weight of 500 or more and 5,000 or less; and the average number of hydroxyl groups per molecule in the polycarbonate diol is 1.8 or more and 2.2 or less.
A method for measuring blood flow comprising the following steps: - generating a modulated magnetic field (M) that is a pilot tone signal by a generator coil , - recording response signals (S1, S2) of the modulated magnetic field (M) from an object (O) with an RF reception system , wherein the response signals (S1, S2) are measured by at least two RF antennae of the RF reception system , - separating a flow component of the recorded response signals (S1, S2) from those signal components resulting from movements of the object (O), wherein a flow movement is differentiated from other disturbing influences by a specific frequency and signal profile. - generating a modulated magnetic field (M) that is a pilot tone signal by a generator coil , - recording response signals (S1, S2) of the modulated magnetic field (M) from an object (O) with an RF reception system , wherein the response signals (S1, S2) are measured by at least two RF antennae of the RF reception system , - separating a flow component of the recorded response signals (S1, S2) from those signal components resulting from movements of the object (O), wherein a flow movement is differentiated from other disturbing influences by a specific frequency and signal profile.
A power supply system for a self-sufficient building , comprising (a) a renewable energy plant for providing electric energy, (b) an apparatus for the production of methanol by reduction of CO 2 by means of electro-biocatalysis comprising directly heated electrodes for producing methanol using electric energy, (c) a methanol tank for storing methanol, (d) a thermal energy storage for storing and withdrawing thermal energy, (e) a combined heat and power plant optimized to generate heat, delivering electricity as the by-product, for generating thermal and electric energy from methanol, and (f) a rechargeable battery for storing and withdrawing electric energy, and, (g) a thermal heat pump for using waste heat created by the apparatus for the production of methanol for generation of thermal energy, wherein the system is capable of covering both electrical energy and thermal energy needs of the building throughout the year, independent of additional energy sources. (a) a renewable energy plant for providing electric energy, (b) an apparatus for the production of methanol by reduction of CO 2 by means of electro-biocatalysis comprising directly heated electrodes for producing methanol using electric energy, (c) a methanol tank for storing methanol, (d) a thermal energy storage for storing and withdrawing thermal energy, (e) a combined heat and power plant optimized to generate heat, delivering electricity as the by-product, for generating thermal and electric energy from methanol, and (f) a rechargeable battery for storing and withdrawing electric energy, and, (g) a thermal heat pump for using waste heat created by the apparatus for the production of methanol for generation of thermal energy,
A method of providing revocation status of at least one associated credential , comprising: - providing information about a primary credential to check its revocation status, the primary credential being cryptographically independent of the associated credential ; - binding the at least one associated credential to the primary credential , wherein binding the at least one associated credential to the primary credential is independent of the contents of the credentials; and - using the primary credential as a surrogate for the at least one associated credential 502 wherein revocation status of the at least one associated credential tracks revocation status of the primary credential , wherein the associated credential uses a non-revocable authentication mechanism and wherein the associated credential authenticates an integrated circuit card (ICC) that provides the associated credential . - providing information about a primary credential to check its revocation status, the primary credential being cryptographically independent of the associated credential ; - binding the at least one associated credential to the primary credential , wherein binding the at least one associated credential to the primary credential is independent of the contents of the credentials; and - using the primary credential as a surrogate for the at least one associated credential 502 wherein revocation status of the at least one associated credential tracks revocation status of the primary credential , wherein the associated credential uses a non-revocable authentication mechanism and wherein the associated credential authenticates an integrated circuit card (ICC) that provides the associated credential .
System for industrial application including - a machine (M) capable of changing its position and having machine communication means (MCM) for wireless communication and - a controller (C) designed for controlling the machine and having controller communication means (CCM) for wireless communication with the machine communication means (MCM), - wherein the controller (C) is provided to give an instruction to the machine (M) to change its position, thus the new position or movement is known or inherently contained in the instruction so that the movement or new position of the machine can be predicted with the content of the instruction and - as a consequence the controller communication means (CCM) and the machine communication means (MCM) are dynamically aligned to each other due to the available instructions of the controller, - wherein a first table stored in the controller (C) contains alignment values of the controller (C), - wherein a second table stored in the machine (M) contains alignment values of the machine (M) and - wherein the alignment values are alignment values for each position of the machine (M). - a machine (M) capable of changing its position and having machine communication means (MCM) for wireless communication and - a controller (C) designed for controlling the machine and having controller communication means (CCM) for wireless communication with the machine communication means (MCM), - wherein the controller (C) is provided to give an instruction to the machine (M) to change its position, thus the new position or movement is known or inherently contained in the instruction so that the movement or new position of the machine can be predicted with the content of the instruction and - as a consequence the controller communication means (CCM) and the machine communication means (MCM) are dynamically aligned to each other due to the available instructions of the controller, - wherein a first table stored in the controller (C) contains alignment values of the controller (C), - wherein a second table stored in the machine (M) contains alignment values of the machine (M) and - wherein the alignment values are alignment values for each position of the machine (M).
A measurement core for measuring nuclear heating in a nuclear reactor, said core extending in a longitudinal direction (X) and having a main plane (XY), said measurement core comprising at least: - a first layer of material, forming a first sample (161, 161', 161", 171); - a first thin layer of electrical insulation disposed on the first sample; - a thin conductive layer forming a heating electrical resistor disposed on the first layer of electrical insulation; - a second thin layer of electrical insulation disposed on the heating electrical resistor; the first thin layer of insulation having dimensions in the main plane matched to those of the first sample; the thin layers of electrical insulation being configured to insulate the heating resistor from the sample and protect said heating resistor; and the first sample preferably having dimensions less than or equal to around fifteen, even around ten, millimetres in the main plane, and/or a thickness less than or equal to 10 millimetres, even more preferably less than or equal to 2 millimetres. - a first layer of material, forming a first sample (161, 161', 161", 171); - a first thin layer of electrical insulation disposed on the first sample; - a thin conductive layer forming a heating electrical resistor disposed on the first layer of electrical insulation; - a second thin layer of electrical insulation disposed on the heating electrical resistor; the first thin layer of insulation having dimensions in the main plane matched to those of the first sample; the thin layers of electrical insulation being configured to insulate the heating resistor from the sample and protect said heating resistor; and the first sample preferably having dimensions less than or equal to around fifteen, even around ten, millimetres in the main plane, and/or a thickness less than or equal to 10 millimetres, even more preferably less than or equal to 2 millimetres.
Hairstyling appliance comprising: - a gripping portion , - a barrel having a longitudinal axis (A) and mounted such that it can move rotatably, relative to the gripping portion , about its longitudinal axis (A), and - a winding element extending longitudinally relative to the barrel and configured to wind a strand of hair around the barrel , the winding element rotating as one with the barrel and comprising a proximal end (11.1) mounted such that it can pivot relative to the barrel , the winding element being movable between a spaced-apart position wherein a distal end (11.2) of the winding element is spaced apart from the barrel to favour the insertion of a strand of hair between the winding element and the barrel and a near position wherein the winding element is near to the barrel to flatten the strand of hair against the barrel , the hairstyling appliance being characterised in that it further comprises a movable guiding element movable between an standby position occupied when the winding element is in the spaced-apart position and wherein a strand of hair can be introduced through the barrel and between the winding element and the barrel and an operating position occupied when the winding element is in the near position, the movable guiding element being moved from the standby position to the operating position when the winding element is moved from the spaced-apart position to the near position and further moving the strand of hair introduced through the barrel so as to position it in a given orientation (Op) relative to the barrel when the movable guiding element is moved from the standby position to the operating position. - a gripping portion , - a barrel having a longitudinal axis (A) and mounted such that it can move rotatably, relative to the gripping portion , about its longitudinal axis (A), and - a winding element extending longitudinally relative to the barrel and configured to wind a strand of hair around the barrel , the winding element rotating as one with the barrel and comprising a proximal end (11.1) mounted such that it can pivot relative to the barrel , the winding element being movable between a spaced-apart position wherein a distal end (11.2) of the winding element is spaced apart from the barrel to favour the insertion of a strand of hair between the winding element and the barrel and a near position wherein the winding element is near to the barrel to flatten the strand of hair against the barrel ,
A method for generating a beam of protons and performing an adjustment of beam currents by: generating a beam of protons from an ion source , the beam of protons having a beam current; directing, via a plurality of beam path modulators, the beam of protons through a plurality of beam current modulators; conducting a plurality of beam current measurements by performing a plurality of beam current adjustments by varying voltages of the beam path modulators; analyzing the plurality of beam current measurements to determine a correspondence between the beam current measurements and the voltages of the beam path modulators; determining a plurality of configurations for the plurality of beam path modulators using the correspondence between the beam current measurements and the voltages of the beam path modulators, for producing a plurality of desired beam currents; and automatically producing the plurality of desired beam currents by adjusting the beam path modulators to conform to the plurality of configurations. generating a beam of protons from an ion source , the beam of protons having a beam current; directing, via a plurality of beam path modulators, the beam of protons through a plurality of beam current modulators; conducting a plurality of beam current measurements by performing a plurality of beam current adjustments by varying voltages of the beam path modulators; analyzing the plurality of beam current measurements to determine a correspondence between the beam current measurements and the voltages of the beam path modulators; determining a plurality of configurations for the plurality of beam path modulators using the correspondence between the beam current measurements and the voltages of the beam path modulators, for producing a plurality of desired beam currents; and automatically producing the plurality of desired beam currents by adjusting the beam path modulators to conform to the plurality of configurations.
A gas turbine engine comprising: an igniter having an upper flange ; a diffuser case having an opening ; a combustor liner having an opening ; a flexible bellows igniter seal assembly allowing igniter translation without air leakage between the diffuser case and combustor liner , characterised in that the flexible bellows igniter seal assembly has a radially extending flange ; and in that the gas turbine engine further comprises a fastener passing through the upper flange of the igniter , an aperture in the diffuser , and the radially extending flange to force the radially extending flange against a surface of the diffuser . an igniter having an upper flange ; a diffuser case having an opening ; a combustor liner having an opening ; a flexible bellows igniter seal assembly allowing igniter translation without air leakage between the diffuser case and combustor liner ,
Drilling assembly for earth or rock drilling, comprising - an inner rod , which comprises, at its distal end facing the ground , an inner drilling tool for removing ground material, and which can be connected, at its proximal end, to a rotary drive for transmitting a drilling torque, - a tubular outer rod , which surrounds the inner rod and comprises, at its distal end, an annular drill bit for removing ground material, and - an impact unit , which is arranged on the inner rod in the region of the distal end and is configured to exert axially directed impacts on the inner drilling tool , characterized in that - in the region of the distal end, a radial connecting apparatus is arranged and configured between the inner rod and the outer rod , which connecting apparatus allows torque to be transmitted from the rotationally driven inner rod to the drill bit of the outer rod , and - in that a telescopic connecting unit is arranged on the inner rod and is configured to allow torque to be transmitted between the distal end of the inner rod and the proximal end of the inner rod , and to allow axial displacement between the distal end of the inner rod and the proximal end of the inner rod . - an inner rod , which comprises, at its distal end facing the ground , an inner drilling tool for removing ground material, and which can be connected, at its proximal end, to a rotary drive for transmitting a drilling torque, - a tubular outer rod , which surrounds the inner rod and comprises, at its distal end, an annular drill bit for removing ground material, and - an impact unit , which is arranged on the inner rod in the region of the distal end and is configured to exert axially directed impacts on the inner drilling tool , - in the region of the distal end, a radial connecting apparatus is arranged and configured between the inner rod and the outer rod , which connecting apparatus allows torque to be transmitted from the rotationally driven inner rod to the drill bit of the outer rod , and - in that a telescopic connecting unit is arranged on the inner rod and is configured to allow torque to be transmitted between the distal end of the inner rod and the proximal end of the inner rod , and to allow axial displacement between the distal end of the inner rod and the proximal end of the inner rod .
A multilayer film comprising: a first layer that comprises polyethylene and a second layer that comprises polypropylene; and a tie layer; where the tie layer comprises a crystalline block composite and where the tie layer is disposed between the first layer and the second layer; the first layer being disposed on a first surface of the tie layer; the second layer being disposed on a second surface of the tie layer; where the second surface is opposedly disposed to the first surface; where the crystalline block composite comprises a crystalline ethylene based polymer, a crystalline alpha-olefin based polymer and a block copolymer comprising a crystalline ethylene block and a crystalline alpha-olefin block; where the multilayer film has a total thickness of 20 to 130 micrometers. a first layer that comprises polyethylene and a second layer that comprises polypropylene; and a tie layer; where the tie layer comprises a crystalline block composite and where the tie layer is disposed between the first layer and the second layer; the first layer being disposed on a first surface of the tie layer; the second layer being disposed on a second surface of the tie layer; where the second surface is opposedly disposed to the first surface; where the crystalline block composite comprises a crystalline ethylene based polymer, a crystalline alpha-olefin based polymer and a block copolymer comprising a crystalline ethylene block and a crystalline alpha-olefin block; where the multilayer film has a total thickness of 20 to 130 micrometers.