mhurhangee/ep-ind-claims huggingface dataset:
An air purifier suitable for purification of air in an indoor environment of a building wherein the air is to be purified, comprising • a body; • an air inlet opening provided on the body; • a fan which enables the air to be directed through the air inlet opening into the body; • an air outlet opening which enables the air purified in the body to be released out of the body; • a CO 2 absorbing unit into which the air is sucked; • a base dosing unit which supplies a base solution into the CO 2 absorbing unit; • an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit; • a control unit which supplies the base solution and the acid solution to the CO 2 absorbing unit in this order; • a CO 2 tube enabling the CO 2 absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified; • an electrodialysis unit wherein the salt created in the CO 2 absorbing unit is resolved back to acid and base, characterized by • a condenser and • a water electrolysis unit wherein the water received from the condenser is electrolyzed, comprising an anode receptacle and a cathode receptacle, which are suitable to be positioned outside the environment wherein the air is to be purified and which can be mounted as an additional module. • a body; • an air inlet opening provided on the body; • a fan which enables the air to be directed through the air inlet opening into the body; • an air outlet opening which enables the air purified in the body to be released out of the body; • a CO 2 absorbing unit into which the air is sucked; • a base dosing unit which supplies a base solution into the CO 2 absorbing unit; • an acid dosing unit which supplies an acid solution into the CO 2 absorbing unit; • a control unit which supplies the base solution and the acid solution to the CO 2 absorbing unit in this order; • a CO 2 tube enabling the CO 2 absorbed in the CO 2 absorbing unit to be discharged to outside the environment wherein the air is to be purified; • an electrodialysis unit wherein the salt created in the CO 2 absorbing unit is resolved back to acid and base, • a condenser and • a water electrolysis unit wherein the water received from the condenser is electrolyzed, comprising an anode receptacle and a cathode receptacle,
A hand tool having a housing and a rotor rotatably supported in the housing, the rotor being coupled to a tool receptacle in a manner fixed against relative rotation; having a valve that is arranged for controlling a delivery of a pressure fluid driving the rotor; a brake, which is arranged for braking the rotor; and having an actuating element, which is arranged for actuating the valve and the brake in a coordinated fashion such that the brake brakes the rotor in a closing position of the valve, which position interrupts the delivery of the pressure fluid, the actuating element being a rotatable control bush, which is arranged for controlling the brake and the delivery of pressure fluid in a coordinated fashion such that the valve is opened parallel to a release of the brake, characterized in that a rotary brake adjustment angle characteristic of the control bush, in a first rotary angle range, in the vicinity of the closing position of the control bush, extends more steeply than in a second rotary angle range, located farther away from the closing position.
An image-guided system, comprising: a probe operable to generate a plurality of image volumes (13i, 13j) of an anatomical object, each image volume (13i, 13j) being a distinct subset of a baseline image volume of the anatomical object; an imaging device operable to generate imaging data indicative of the image volumes (13i, 13j) of the anatomical object; a position sensor attached to the probe; and a tracking device operable to generate tracking data representative of a tracking of the position sensor within a coordinate system; characterized by a registration device responsive to the imaging data and the tracking data for executing a validation testing of a calibration matrix associated with a spatial relationship between the image volumes (13i, 13j) and the position sensor, wherein the validation testing includes a testing of an absolute differential between an image based volume motion (VM IB) and a tracking based volume motion (VM TB) relative to a calibration threshold, wherein the image based volume motion (VM IB) represents an image motion of the image volumes (13i, 13j) within the coordinate system derived from imaging data, and wherein the tracking based volume motion (VM TB) represents a tracking motion of the image volumes (13i, 13j) within the coordinate system derived from tracking data. a probe operable to generate a plurality of image volumes (13i, 13j) of an anatomical object, each image volume (13i, 13j) being a distinct subset of a baseline image volume of the anatomical object; an imaging device operable to generate imaging data indicative of the image volumes (13i, 13j) of the anatomical object; a position sensor attached to the probe; and a tracking device operable to generate tracking data representative of a tracking of the position sensor within a coordinate system; characterized by a registration device responsive to the imaging data and the tracking data for executing a validation testing of a calibration matrix associated with a spatial relationship between the image volumes (13i, 13j) and the position sensor, wherein the validation testing includes a testing of an absolute differential between an image based volume motion (VM IB) and a tracking based volume motion (VM TB) relative to a calibration threshold, wherein the image based volume motion (VM IB) represents an image motion of the image volumes (13i, 13j) within the coordinate system derived from imaging data, and wherein the tracking based volume motion (VM TB) represents a tracking motion of the image volumes (13i, 13j) within the coordinate system derived from tracking data.
A device for monitoring a hydrant comprising a hydrant unit arrangeable at this hydrant with an electronic controller comprising the following: a) an energy storage means, b) a microcontroller which is operable in a sleep mode with minimal power consumption where essentially only the state of an interrupt input is monitored, and which is set into a normal operating mode by a signal at this interrupt input, c) a sensor arrangement having at least one activation sensor which is arrangeable on a movable part of the hydrant in such way that its state is changed by the movement of this hydrant part when the hydrant is set in operation, and d) a communication device, wherein the activation sensor is connected to the interrupt input of the microcontroller such that the microcontroller is transferred from the sleep mode to the normal operating mode by a signal from the activation sensor and in that the electronic controller comprises at least one stored reference pattern for comparing measured values from the activation sensor and further sensors (21a, 21b) of the sensor arrangement for the purpose of identifying when the hydrant is set in operation, characterized in that the reference pattern comprises values or sequences of values which correspond to those of the sensor or sensors which occur during the movement of the hydrant part when the hydrant is put into operation. a) an energy storage means, b) a microcontroller which is operable in a sleep mode with minimal power consumption where essentially only the state of an interrupt input is monitored, and which is set into a normal operating mode by a signal at this interrupt input, c) a sensor arrangement having at least one activation sensor which is arrangeable on a movable part of the hydrant in such way that its state is changed by the movement of this hydrant part when the hydrant is set in operation, and d) a communication device,
A system for mounting a secondary, rigid panel within a window frame of an existing window in a building, the system comprising: a rigid panel having an edge; an elongated, deformable bulb having: a resilient portion, a base section, an extension extending from the base section, and including an aperture through the extension, and a crosspiece coupled to a distal end of the extension, the crosspiece including a pair of shoulders at opposite ends of the crosspiece, each shoulder protruding laterally beyond the extension extending from the base section; and an elongated carrier configured to receive at least a portion of the edge of the panel within a panel gap of the carrier, the carrier having a receiving slot opposite the panel gap, the receiving slot having a neck laterally narrower than an interior cavity of the receiving slot, the receiving slot configured to securely receive the crosspiece of the bulb and to confine the shoulders of the crosspiece, characterized in that an elongated support rod is inserted through the aperture. a rigid panel having an edge; an elongated, deformable bulb having: a resilient portion, a base section, an extension extending from the base section, and including an aperture through the extension, and a crosspiece coupled to a distal end of the extension, the crosspiece including a pair of shoulders at opposite ends of the crosspiece, each shoulder protruding laterally beyond the extension extending from the base section; and a resilient portion, a base section, an extension extending from the base section, and including an aperture through the extension, and a crosspiece coupled to a distal end of the extension, the crosspiece including a pair of shoulders at opposite ends of the crosspiece, each shoulder protruding laterally beyond the extension extending from the base section; and an elongated carrier configured to receive at least a portion of the edge of the panel within a panel gap of the carrier, the carrier having a receiving slot opposite the panel gap, the receiving slot having a neck laterally narrower than an interior cavity of the receiving slot, the receiving slot configured to securely receive the crosspiece of the bulb and to confine the shoulders of the crosspiece, characterized in that an elongated support rod is inserted through the aperture.
Procedure for monitoring and/or measuring a medium, which is at least temporarily two-phase, and flows through a pipe, wherein said medium has a first phase, particularly gaseous, with a first density and a second phase, particularly liquid, with a second density that is different to the first density, using a bluff body projecting into the flowing medium and a first vortex sensor particularly located downstream or inside the bluff body, wherein said procedure comprises the following steps: - Generation of Karman vortices in the flowing medium at least in the area of the vortex sensor using the bluff body, wherein the vortices are shed by the bluff body at a vortex shedding frequency (ω v) that depends on a current flow velocity of the flowing medium; - At least a sub-volume of the second phase of the flowing medium is allowed to flow along a tube wall in the area of the vortex sensor; - Use of the vortex sensor to record periodic pressure variations caused by the Karman vortices in the flowing medium, for the purpose of generating a measuring signal corresponding to the pressure variations; - Selection, from the measuring signal, of a useful signal component that has a, particularly narrow, frequency band containing the vortex shedding frequency (ω v), particularly with a relative bandwidth that is less than 50% of the current vortex shedding frequency, wherein the current vortex shedding frequency corresponds to the center frequency of the frequency bandwidth; and - Detection of the presence of the second phase of the flowing medium; characterized in that the presence of the second phase of the flowing medium is detected using the useful signal component selected from the measuring signal on the basis of a kurtosis of the useful signal component, particularly also on the basis of a standard deviation of an amplitude curve of the useful signal component. - Generation of Karman vortices in the flowing medium at least in the area of the vortex sensor using the bluff body, wherein the vortices are shed by the bluff body at a vortex shedding frequency (ω v) that depends on a current flow velocity of the flowing medium; - At least a sub-volume of the second phase of the flowing medium is allowed to flow along a tube wall in the area of the vortex sensor; - Use of the vortex sensor to record periodic pressure variations caused by the Karman vortices in the flowing medium, for the purpose of generating a measuring signal corresponding to the pressure variations; - Selection, from the measuring signal, of a useful signal component that has a, particularly narrow, frequency band containing the vortex shedding frequency (ω v), particularly with a relative bandwidth that is less than 50% of the current vortex shedding frequency, wherein the current vortex shedding frequency corresponds to the center frequency of the frequency bandwidth; and - Detection of the presence of the second phase of the flowing medium;
A method for recovering metal from waste electronic substrates, comprising the processes of: a melting process to form a glass phase and a metal phase by melting waste electronic substrates and a glass together, the metal phase being derived from metal contained in at least one of the waste electronic substrates and the glass; a metal recovering process to separate and recover the metal phase from the glass phase; and an acid extraction process to allow the glass phase to come in contact with an acid solution; wherein: the glass phase comprises a first phase having silica as the main component and a second phase having higher solubility than the first phase with respect to the acid solution; and the second phase is dissolved in the acid solution together with a residual metal contained in the second phase, and the acid solution having the residual metal dissolved therein is recovered in the acid extraction process. a melting process to form a glass phase and a metal phase by melting waste electronic substrates and a glass together, the metal phase being derived from metal contained in at least one of the waste electronic substrates and the glass; a metal recovering process to separate and recover the metal phase from the glass phase; and an acid extraction process to allow the glass phase to come in contact with an acid solution; wherein: the glass phase comprises a first phase having silica as the main component and a second phase having higher solubility than the first phase with respect to the acid solution; and the second phase is dissolved in the acid solution together with a residual metal contained in the second phase, and the acid solution having the residual metal dissolved therein is recovered in the acid extraction process. the glass phase comprises a first phase having silica as the main component and a second phase having higher solubility than the first phase with respect to the acid solution; and the second phase is dissolved in the acid solution together with a residual metal contained in the second phase, and the acid solution having the residual metal dissolved therein is recovered in the acid extraction process.
A conditional access apparatus provided with a filtering means for receiving encrypted media data to output said media data, and for receiving encrypted key information, and, when said key information meets a predetermined filter condition, outputting said key information, a key information decrypting means (2,3) for setting said filter condition to said filtering means, and for decrypting the key information outputted from said filtering means, and a media data decrypting means for decrypting the media data outputted from said filtering means by using the key information decrypted by said key information decrypting means (2,3), characterized in that said conditional access apparatus comprises: a key information informing means (5,6) for receiving a filter condition sent by another conditional access apparatus which is information that identifies the other conditional access apparatus to set said received filter condition to said filtering means, and for, when key information meeting said filter condition sent by the other conditional access apparatus is outputted from said filtering means, informing said key information to the other conditional access apparatus when the conditional access apparatus is able to carry out communications with the other conditional access apparatus; and a key information acquiring means for informing the filter condition set to said filtering means by said key information decrypting means (2,3) to the other conditional access apparatus, and for acquiring key information meeting said filter condition from the other conditional access apparatus, wherein said encrypted key information is individual information EMM. a key information informing means (5,6) for receiving a filter condition sent by another conditional access apparatus which is information that identifies the other conditional access apparatus to set said received filter condition to said filtering means, and for, when key information meeting said filter condition sent by the other conditional access apparatus is outputted from said filtering means, informing said key information to the other conditional access apparatus when the conditional access apparatus is able to carry out communications with the other conditional access apparatus; and a key information acquiring means for informing the filter condition set to said filtering means by said key information decrypting means (2,3) to the other conditional access apparatus, and for acquiring key information meeting said filter condition from the other conditional access apparatus, wherein said encrypted key information is individual information EMM.
A device for amplifying a multi-wavelength laser beam, the device comprising: a. a solid active laser medium having at least two plane faces among: a front face suitable for receiving the beam to be amplified each time said beam passes through the active laser medium, and a reflecting rear face, the front face being inclined with respect to the rear face at a non-zero inclination (β), the rear face being suitable for being cooled, the beam received on the front face during the first pass being called the incident beam (F I), the beam reflected by the rear face and refracted by the front face during the nth pass being called the nth useful beam (F Un), and b. a first optical return unit arranged along the path of the first useful beam (F U1), the first optical return unit being configured for returning the first useful beam (F U1) to the front face for a second pass through the active laser medium so that the sub-beams of each wavelength, forming the second useful beam (F U2), are parallel to each other at the end of the second pass. a. a solid active laser medium having at least two plane faces among: a front face suitable for receiving the beam to be amplified each time said beam passes through the active laser medium, and a reflecting rear face, the front face being inclined with respect to the rear face at a non-zero inclination (β), the rear face being suitable for being cooled, the beam received on the front face during the first pass being called the incident beam (F I), the beam reflected by the rear face and refracted by the front face during the nth pass being called the nth useful beam (F Un), and b. a first optical return unit arranged along the path of the first useful beam (F U1), the first optical return unit being configured for returning the first useful beam (F U1) to the front face for a second pass through the active laser medium so that the sub-beams of each wavelength, forming the second useful beam (F U2), are parallel to each other at the end of the second pass.
Device for replenishing an electrode, which has a sensitive length section, of a metallurgical furnace, particularly a furnace for resistance operation, with a furnace lid, comprising: a first, upper clamping ring and a second, lower clamping ring, wherein the clamping rings (4, 5) can, for holding the electrode, be clamped around this and, for freeing the electrode, released therefrom, adjusting cylinders (6, 7) for moving the first clamping ring relative to the second clamping ring through a compensating stroke and for moving the electrode relative to the furnace lid, and a control device for activating the first and second clamping rings (4, 5) and the adjusting cylinders (6, 7), characterised in that the control device is so programmed that the compensating stroke for the adjusting cylinders (6, 7) for movement of the first clamping ring relative to the second clamping ring is variable and automatically settable so that re-clamping of the first clamping ring around the electrode after achieving the compensating stroke takes place exclusively adjacent to the sensitive length section of the electrode and not within this length section. a first, upper clamping ring and a second, lower clamping ring, wherein the clamping rings (4, 5) can, for holding the electrode, be clamped around this and, for freeing the electrode, released therefrom, adjusting cylinders (6, 7) for moving the first clamping ring relative to the second clamping ring through a compensating stroke and for moving the electrode relative to the furnace lid, and a control device for activating the first and second clamping rings (4, 5) and the adjusting cylinders (6, 7), characterised in that the control device is so programmed that the compensating stroke for the adjusting cylinders (6, 7) for movement of the first clamping ring relative to the second clamping ring is variable and automatically settable so that re-clamping of the first clamping ring around the electrode after achieving the compensating stroke takes place exclusively adjacent to the sensitive length section of the electrode and not within this length section.
A polypeptide for use in a method of treating anemia in a subject in need thereof, the method comprising administering to the subject a polypeptide comprising an amino acid sequence that is at least 90% identical to the sequence of amino acids 29-109 of SEQ ID NO: 1, wherein the polypeptide comprises a glutamic acid or an aspartic acid at the position corresponding to position 79 of SEQ ID NO: 1, wherein the polypeptide binds to GDF11 and/or myostatin, wherein the polypeptide is administered parenterally.
A lens comprising: a pre-final lens that forms a majority of a final volume of the lens, the pre-final lens being made of a moldable material that experiences shrinkage during curing, and a top layer formed directly atop the pre-final lens, wherein a combination of the pre-final lens and the top layer conforms to, or closely approximates, a desired final lens shape, and wherein an optical index of refraction of the top layer is similar to an index of refraction of the pre-final lens, characterized in that, the pre-final lens forms 95% to 99% of a volume of the lens, and/or wherein the pre-final lens has dimensional measurements that are up to 10 micrometres less than an entire final lens shape comprising the pre-final lens and the top layer and wherein the top layer backfills the shrinkage of the pre-final lens. a pre-final lens that forms a majority of a final volume of the lens, the pre-final lens being made of a moldable material that experiences shrinkage during curing, and a top layer formed directly atop the pre-final lens, wherein a combination of the pre-final lens and the top layer conforms to, or closely approximates, a desired final lens shape, and wherein an optical index of refraction of the top layer is similar to an index of refraction of the pre-final lens, characterized in that,