mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine comprising at least one turbine blade and a lightning protection system, the turbine blade extending in a longitudinal direction parallel to a longitudinal axis and having a tip end and a root end, wherein the wind turbine comprises - at least one communication device located within the wind turbine; - at least one antenna connected to the communication device; - at least one signal-carrying structure for transferring a signal between the communication device and the at least one antenna; at least one waveguide interconnecting the communication device and the signal-carrying structure, said waveguide being a hollow conducting structure, suitable for acting as a transmission line for electromagnetic waves of radio frequency and acting as a high pass filter attenuating most of the electromagnetic energy below a cut-off frequency, such as lightning current; - at least one lightning receptor; - at least one lightning down conductor connected to the lightning receptor for conducting lightning current to the root end of the blade for connection to a ground plane; wherein the signal-carrying structure and the lightning down conductor are short-circuited at one or more locations within the blade and wherein the waveguide is used for preventing lightning current conducted by the signal-carrying structure from entering the communication device. - at least one communication device located within the wind turbine; - at least one antenna connected to the communication device; - at least one signal-carrying structure for transferring a signal between the communication device and the at least one antenna; - at least one lightning receptor; - at least one lightning down conductor connected to the lightning receptor for conducting lightning current to the root end of the blade for connection to a ground plane;
A submarine optical communication system control device comprising: a light intensity distribution determination device (2, 122, 222, 322) configured to determine an optimum distribution of signal light intensity of an optical path for each allocated frequency; a light intensity distribution measuring device (3, 27, 37) configured to measure a light intensity distribution of an optical path after transmission through a submarine cable transmission line (13, 23, 33); an equalization setting calculation unit (4, 160) configured to calculate a gain equalization setting for compensating for a difference between an optimum distribution in the light intensity distribution determination device (2, 122, 222, 322) and a measured distribution in the light intensity distribution measuring device (3, 27, 37); and a variable gain equalizer (5, 153) configured to compensate for a light intensity distribution of an optical path to the optimum distribution, based on the gain equalization setting in the equalization setting calculation unit (4, 160), wherein the light intensity distribution measuring device (3, 27, 37) includes: a light intensity measuring device configured to measure the light intensity distribution of an input signal light; and a variable element configured to change a frequency interval of the signal light, and the variable element is configured to change the frequency interval by one of a change of the transmission band due to a temperature change, a selection of diffracted light of a grating element, and a selection of a liquid crystal on a silicon, LCOS, based wavelength. a light intensity distribution determination device (2, 122, 222, 322) configured to determine an optimum distribution of signal light intensity of an optical path for each allocated frequency; a light intensity distribution measuring device (3, 27, 37) configured to measure a light intensity distribution of an optical path after transmission through a submarine cable transmission line (13, 23, 33); an equalization setting calculation unit (4, 160) configured to calculate a gain equalization setting for compensating for a difference between an optimum distribution in the light intensity distribution determination device (2, 122, 222, 322) and a measured distribution in the light intensity distribution measuring device (3, 27, 37); and a variable gain equalizer (5, 153) configured to compensate for a light intensity distribution of an optical path to the optimum distribution, based on the gain equalization setting in the equalization setting calculation unit (4, 160), wherein the light intensity distribution measuring device (3, 27, 37) includes: a light intensity measuring device configured to measure the light intensity distribution of an input signal light; and a variable element configured to change a frequency interval of the signal light, and the variable element is configured to change the frequency interval by one of a change of the transmission band due to a temperature change, a selection of diffracted light of a grating element, and a selection of a liquid crystal on a silicon, LCOS, based wavelength.
An electrolyser comprising an electrolytic cell, characterised in that said electrolytic cell comprises: - a case which forms an electrolytic chamber, arranged at the centre of said case; - a first electrode or anode, arranged on a first side of said case; - a second electrode or cathode, arranged on a second side of said case, opposite to said first side; - a first magnetic field generator, arranged between said cathode and said electrolytic chamber; - a second magnetic field generator, arranged between said anode and said electrolytic chamber, with inverse magnetic field orientation with respect to said first magnetic field generator; and - a current generator for feeding said magnetic field generators and for regulating the voltage at the ends of said anode and of said cathode. - a case which forms an electrolytic chamber, arranged at the centre of said case; - a first electrode or anode, arranged on a first side of said case; - a second electrode or cathode, arranged on a second side of said case, opposite to said first side; - a first magnetic field generator, arranged between said cathode and said electrolytic chamber; - a second magnetic field generator, arranged between said anode and said electrolytic chamber, with inverse magnetic field orientation with respect to said first magnetic field generator; and - a current generator for feeding said magnetic field generators and for regulating the voltage at the ends of said anode and of said cathode.
An apparatus comprising: a pressure sensor supported on a top surface of a substrate within a sensor housing, wherein the substrate defines an aperture; and one or more metallic barriers disposed on a bottom surface of the substrate circumferentially about the aperture, at least some of the one or more metallic barriers being at least partially coated with a solder mask, wherein the one or more metallic barriers are configured to solder the substrate of the pressure sensor to a receiving circuit board, wherein the one or more metallic barriers comprises a first metallic barrier circumferentially disposed about the aperture and a second metallic barrier circumferentially disposed about the first metallic barrier, wherein the first metallic barrier is at least partially coated with the solder mask (122, 124), characterized in that the second metallic barrier forms a pressure seal between the substrate and the receiving circuit board, the second metallic barrier being uncoated by any of the solder mask. a pressure sensor supported on a top surface of a substrate within a sensor housing, wherein the substrate defines an aperture; and one or more metallic barriers disposed on a bottom surface of the substrate circumferentially about the aperture, at least some of the one or more metallic barriers being at least partially coated with a solder mask, wherein the one or more metallic barriers are configured to solder the substrate of the pressure sensor to a receiving circuit board, wherein the one or more metallic barriers comprises a first metallic barrier circumferentially disposed about the aperture and a second metallic barrier circumferentially disposed about the first metallic barrier, wherein the first metallic barrier is at least partially coated with the solder mask (122, 124), characterized in that the second metallic barrier forms a pressure seal between the substrate and the receiving circuit board, the second metallic barrier being uncoated by any of the solder mask. wherein the one or more metallic barriers are configured to solder the substrate of the pressure sensor to a receiving circuit board, wherein the one or more metallic barriers comprises a first metallic barrier circumferentially disposed about the aperture and a second metallic barrier circumferentially disposed about the first metallic barrier, wherein the first metallic barrier is at least partially coated with the solder mask (122, 124), characterized in that the second metallic barrier forms a pressure seal between the substrate and the receiving circuit board, the second metallic barrier being uncoated by any of the solder mask.
A method of imaging electromagnetic radiation in the form of fluorescent emission signals emitted from a microfluidic device having a plurality of reaction sites onto a detector via an optical path between the microfluidic device and the detector, the optical path having a first multi-element optical train and a second multi-element optical train, the method comprising: thermally cycling the plurality of reaction sites of the device with a thermal controller; illuminating the device using an illumination system that transmits electromagnetic radiation along a portion of the optical path to the device; reducing chromatic aberration associated with fluorescent emission signals by means of an optical filter device located between the first multi-element optical train and the second multi-element optical train, the optical filter device containing zero-power doublets (226; 230) associated with respective filters (224; 228) and correcting chromatic aberration at the wavelengths passed by said filters; capturing at the detector a fluorescence image of a determined number of reaction sites simultaneously while maintaining a temperature of the determined number of reaction sites at a desired temperature; and collecting multiples images of the device, wherein collecting multiple images comprises: collecting at least a first image at a first wavelength; and collecting at least a second image at a second wavelength different than the first wavelength. thermally cycling the plurality of reaction sites of the device with a thermal controller; illuminating the device using an illumination system that transmits electromagnetic radiation along a portion of the optical path to the device; reducing chromatic aberration associated with fluorescent emission signals by means of an optical filter device located between the first multi-element optical train and the second multi-element optical train, the optical filter device containing zero-power doublets (226; 230) associated with respective filters (224; 228) and correcting chromatic aberration at the wavelengths passed by said filters; capturing at the detector a fluorescence image of a determined number of reaction sites simultaneously while maintaining a temperature of the determined number of reaction sites at a desired temperature; and collecting multiples images of the device, wherein collecting multiple images comprises: collecting at least a first image at a first wavelength; and collecting at least a second image at a second wavelength different than the first wavelength. collecting at least a first image at a first wavelength; and collecting at least a second image at a second wavelength different than the first wavelength.
A toothed coupling for connecting two shaft sections, comprising a shaft-hub-connector, wherein the shaft-hub connector comprises: - a first connection part, - a catch element, which is associated to the first connection part in an axially displaceably manner, however, torque-proof, - wherein the catch element includes radial toothed elements for forming an axially displaceable toothing with the first connection part, characterized in that - the radial toothed elements are configured as an internal ring gear integrally formed with the catch element, which internal ring gear forms a circular arc toothing with radial toothed counter-elements of the first connection part, and wherein the catch element additionally includes axial toothed elements of a spur gearing for the engagement into a counter-toothing of a second connection part. - a first connection part, - a catch element, which is associated to the first connection part in an axially displaceably manner, however, torque-proof, - wherein the catch element includes radial toothed elements for forming an axially displaceable toothing with the first connection part, - the radial toothed elements are configured as an internal ring gear integrally formed with the catch element, which internal ring gear forms a circular arc toothing with radial toothed counter-elements of the first connection part, and wherein the catch element additionally includes axial toothed elements of a spur gearing for the engagement into a counter-toothing of a second connection part.
Prosthesis socket for receiving an amputation stump of an extremity, with connecting means for a distal prosthesis device, the prosthesis socket comprising at least one shell (10; 11, 12), which has a curved, open cross section and of which the shell ends, in the applied state, at least partially overlap each other, and at least one tensioning means (14, 15) being arranged on the shell (10; 11, 12), which tensioning means (14, 15) acts in the circumferential direction and tensions the shell ends relative to each other, wherein the shell (10; 11, 12) is made from a dimensionally stable plastic with areas of different elasticity, wherein the shell (10; 11, 12) has at least one connecting means for the distal prosthesis device, characterized in that the center of rotation of the connecting means is arranged in the area of the greater trochanter.
A holster for receiving a handgun having a handgun body, a handgrip, a slide, and a trigger guard, the holster comprising: a holster body having a plurality of unitary holster wall portions defining a handgun receiving cavity, a rearward opening to the cavity and a forward opening to the cavity, the holster body having a handgun receiving and withdrawal axis, a proximal wall portion of the holster body having a handgun retention mechanism (106, 106, 174, 104) thereon including a thumb button (180, 107) for releasing a bolstered handgun; characterized in that the holster body comprises an inner layer and an outer layer formed of different polymers with one of the inner layer and outer layer being overmolded onto the other of the inner layer and outer layer, the inner layer formed of a polymer that is softer than the outer layer. a holster body having a plurality of unitary holster wall portions defining a handgun receiving cavity, a rearward opening to the cavity and a forward opening to the cavity, the holster body having a handgun receiving and withdrawal axis, a proximal wall portion of the holster body having a handgun retention mechanism (106, 106, 174, 104) thereon including a thumb button (180, 107) for releasing a bolstered handgun; characterized in that the holster body comprises an inner layer and an outer layer formed of different polymers with one of the inner layer and outer layer being overmolded onto the other of the inner layer and outer layer, the inner layer formed of a polymer that is softer than the outer layer.
A method of binding a token key to an account, the method comprising: a webpage sending a binding request message carrying an account to a server, so that the server generates a certification link and a first token key corresponding to the account; the webpage acquiring the certification link and the first token key from the server, and generating and displaying display information according to the certification link and the first token key, so that by scanning the displayed display information a mobile terminal obtains encrypted information according to the first token key and sends an access request message carrying the certification link and the encrypted information to the server and the server receiving the access request message and sending the encrypted information to the webpage; the webpage acquiring the encrypted information, and obtaining a second token key according to the encrypted information; and the webpage sending a binding success message to the server after determining the second token key is consistent with the first token key, and the server binding the first token key to the account. a webpage sending a binding request message carrying an account to a server, so that the server generates a certification link and a first token key corresponding to the account; the webpage acquiring the certification link and the first token key from the server, and generating and displaying display information according to the certification link and the first token key, so that by scanning the displayed display information a mobile terminal obtains encrypted information according to the first token key and sends an access request message carrying the certification link and the encrypted information to the server and the server receiving the access request message and sending the encrypted information to the webpage; the webpage acquiring the encrypted information, and obtaining a second token key according to the encrypted information; and the webpage sending a binding success message to the server after determining the second token key is consistent with the first token key, and the server binding the first token key to the account.
An adipose tissue composition comprising adipose derived stem cells and unipotent progenitor cells obtained from a first portion of adipose tissue, mixed with a second portion of non-disaggregated adipose tissue for use in the treatment of urinary incontinence, said composition being administered to a urethral region of a patient from which the adipose tissue was removed.
A method for measuring an activated partial thromboplastin time, comprising the steps of: mixing a blood sample, an activator, a phospholipid, and a nickel ion-forming compound to obtain a specimen, wherein said nickel ion-forming compound forms nickel ions in said specimen; and mixing the specimen obtained in step with a calcium salt to prepare a measurement specimen and measuring the activated partial thromboplastin time of the measurement specimen; wherein the activator comprises an ellagic compound, silica, kaolin, diatomaceous earth or any mixture thereof. mixing a blood sample, an activator, a phospholipid, and a nickel ion-forming compound to obtain a specimen, wherein said nickel ion-forming compound forms nickel ions in said specimen; and mixing the specimen obtained in step with a calcium salt to prepare a measurement specimen and measuring the activated partial thromboplastin time of the measurement specimen;
An elevator hoistway door separation preventive structure including hoistway doors having lower portions on which shoes are installed, respectively, and a sill having a groove formed thereon to guide the shoe, comprising: a bracket installed on the side surface of the lower portion of the hoistway door and having a "┘"-shaped stopper formed on the front end thereof; characterized by a stopper bracket attached to the side surface of the sill and having a groove formed thereon to lock the stopper of the bracket; wherein when the hoistway door is closed, the stopper of the bracket is inserted into the groove of the stopper bracket to be in a locked state. a bracket installed on the side surface of the lower portion of the hoistway door and having a "┘"-shaped stopper formed on the front end thereof; characterized by a stopper bracket attached to the side surface of the sill and having a groove formed thereon to lock the stopper of the bracket; wherein when the hoistway door is closed, the stopper of the bracket is inserted into the groove of the stopper bracket to be in a locked state.
A dishwasher comprising a body, a washing tub provided in the body, in which the items to be washed are placed, a door enabling to cut off contact of the washing tub with the outer environment, a panel provided on the upper portion of the door, covering the electronic cards and components, a decorative panel placed on the door so as to cover the door including the panel, and an illumination member provided on the panel, capable of reflecting on the ground the program steps, warnings, and the program parameters selectable by the user, without requiring the user to contact the door, characterized by the door being provided on its front surface with at least one channel extending from below the panel to the ground, enabling the conveyance of the light emitted by the illumination member to the ground by passing between the door and the decorative panel.
A gas turbine engine rotor (60; 160) comprising: a rotor (60; 160) providing therein a cooling cavity, the cooling cavity has a first chamber and a second chamber fluidly connected to one another by a passageway; first and second rotor portions, at least one of the first and second rotor portions being configured to support a blade (62; 162) that is fluidly isolated from the cooling cavity; and a phase change material arranged in the cooling cavity, the phase change material being configured to be arranged in the first chamber in a first state and in the second chamber in a second state, the passageway being configured to carry the phase change material between the second and first chambers once changed between the first and second states; characterised in that: the second chamber is arranged in a bell-shaped portion of the rotor (60; 160). a rotor (60; 160) providing therein a cooling cavity, the cooling cavity has a first chamber and a second chamber fluidly connected to one another by a passageway; first and second rotor portions, at least one of the first and second rotor portions being configured to support a blade (62; 162) that is fluidly isolated from the cooling cavity; and a phase change material arranged in the cooling cavity, the phase change material being configured to be arranged in the first chamber in a first state and in the second chamber in a second state, the passageway being configured to carry the phase change material between the second and first chambers once changed between the first and second states; characterised in that: the second chamber is arranged in a bell-shaped portion of the rotor (60; 160).