mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine comprising a drive train including a generator placed upwind the wind rotor which is directly driven by said wind rotor, a tower and a supporting frame mounted on the tower, wherein: a) the wind rotor, comprising a rotor hub and at least one blade, is supported by a non-rotating main shaft attached to the supporting frame by means of at least one bearing; b) the generator rotor is rigidly attached to the rotor hub and the generator stator is rigidly attached to the main shaft; characterized in that said main shaft Is a hollow shaft that includes one or more internal transporting devices (61, 71) placed along an inner surface of the hollow shaft for facilitating the replacements of generator parts and/or the transport of persons. a) the wind rotor, comprising a rotor hub and at least one blade, is supported by a non-rotating main shaft attached to the supporting frame by means of at least one bearing; b) the generator rotor is rigidly attached to the rotor hub and the generator stator is rigidly attached to the main shaft; characterized in that said main shaft Is a hollow shaft that includes one or more internal transporting devices (61, 71) placed along an inner surface of the hollow shaft for facilitating the replacements of generator parts and/or the transport of persons.
Method for provision of a medical image data set of a patient by means of an X-ray tube of a computed tomography system with the following steps, - Determination of multiple X-ray tube current profiles of the X-ray tube in a control unit of the computed tomography system, wherein the multiple X-ray tube current profiles comprise a first X-ray tube current profile and a second X-ray tube current profile, form a measurement protocol for imaging measurement in the computed tomography system and satisfy a loading limit of the X-ray tube while taking into consideration a functional reference parameter, - Collection of first raw data of the patient according to the first X-ray tube current profile by means of the X-ray tube, wherein a functional parameter of the patient is recorded and wherein at least one X-ray tube current profile parameter of the first X-ray tube current profile is adapted during the collection of the first raw data according to the functional parameter, - Adaptation of the second X-ray tube current profile in the control unit in such a way that, as a function of the at least one adapted X-ray tube current profile parameter, the second X-ray tube current profile satisfies the loading limit of the X-ray tube, - Collection by means of the X-ray tube of second raw data of the patient according to the second adapted X-ray tube current profile, - Reconstruction of the medical image data set of the imaging measurement on the basis of the first raw data and the second raw data and - Provision of the medical image data set of the patient. - Determination of multiple X-ray tube current profiles of the X-ray tube in a control unit of the computed tomography system, wherein the multiple X-ray tube current profiles comprise a first X-ray tube current profile and a second X-ray tube current profile, form a measurement protocol for imaging measurement in the computed tomography system and satisfy a loading limit of the X-ray tube while taking into consideration a functional reference parameter, - Collection of first raw data of the patient according to the first X-ray tube current profile by means of the X-ray tube, wherein a functional parameter of the patient is recorded and wherein at least one X-ray tube current profile parameter of the first X-ray tube current profile is adapted during the collection of the first raw data according to the functional parameter, - Adaptation of the second X-ray tube current profile in the control unit in such a way that, as a function of the at least one adapted X-ray tube current profile parameter, the second X-ray tube current profile satisfies the loading limit of the X-ray tube, - Collection by means of the X-ray tube of second raw data of the patient according to the second adapted X-ray tube current profile, - Reconstruction of the medical image data set of the imaging measurement on the basis of the first raw data and the second raw data and - Provision of the medical image data set of the patient.
A method of making a confectionery shell comprising the steps of: a) dipping a chilled mould member into a reservoir of liquid confectionery substance having a first composition, b) removing the chilled mould member from the reservoir, there being a layer of confectionery substance of the first composition retained on the surface of the mould member, characterised by: c) depositing in a mould cavity a shot of liquid confectionery substance having a second composition, d) pressing the liquid confectionery substance of the second composition into the mould cavity using the chilled mould member with its retained layer of confectionery substance of the first composition to form a layered shell having an inner layer formed from the first composition of confectionery substance and an outer layer formed from the second composition of confectionery substance, e) removing the chilled mould member from the mould cavity. a) dipping a chilled mould member into a reservoir of liquid confectionery substance having a first composition, b) removing the chilled mould member from the reservoir, there being a layer of confectionery substance of the first composition retained on the surface of the mould member, characterised by: c) depositing in a mould cavity a shot of liquid confectionery substance having a second composition, d) pressing the liquid confectionery substance of the second composition into the mould cavity using the chilled mould member with its retained layer of confectionery substance of the first composition to form a layered shell having an inner layer formed from the first composition of confectionery substance and an outer layer formed from the second composition of confectionery substance, e) removing the chilled mould member from the mould cavity.
Spray nozzle for production of a urea fertilizer granules and/or urea-sulfur fertilizer granules at least comprising a conveying channel and an atomizing gas channel, characterized in that the conveying channel has at least one separating pin which is designed as a single land or individually or multiply crossing lands, and the atomizing gas channel has at least one swirl element comprising fixed elements which are mounted in the atomizing gas channel, wherein the conveying channel and the atomizing gas channel are planar to one another and form a common exit opening and wherein the atomizing gas channel surrounds the conveying channel.
A porous glass manufacturable by heat-treating a borosilicate glass body, which is formed from a plurality of components, at a first temperature to effect phase separation; heat-treating the glass body, which has been heat-treated at the first temperature, at a second temperature, higher than the first temperature, to effect phase separation; and bringing the glass body, which has been heat-treated at the second temperature, into contact with an aqueous solution, wherein the total time of the heat treatment time at the first temperature and the heat treatment time at the second temperature is 7 hours or more, and the total time of the heat treatment time at the second temperature is smaller than the total time of the heat-treat time at the first temperature, characterized by comprising a skeleton diameter X of 10 nm or more and 100 nm or less, and a porosity Y of more than 0.16X percent/nm + 32.4 percent and 60 percent or less. heat-treating a borosilicate glass body, which is formed from a plurality of components, at a first temperature to effect phase separation; heat-treating the glass body, which has been heat-treated at the first temperature, at a second temperature, higher than the first temperature, to effect phase separation; and bringing the glass body, which has been heat-treated at the second temperature, into contact with an aqueous solution, wherein the total time of the heat treatment time at the first temperature and the heat treatment time at the second temperature is 7 hours or more, and the total time of the heat treatment time at the second temperature is smaller than the total time of the heat-treat time at the first temperature, characterized by comprising a skeleton diameter X of 10 nm or more and 100 nm or less, and a porosity Y of more than 0.16X percent/nm + 32.4 percent and 60 percent or less.
An aerosol suction device comprising a power supply unit, said power supply unit comprising: a power supply capable of discharging to a load for generating an aerosol from an aerosol source; a controller that includes a liquid detector and is configured to control the power supply; a housing configured to house the power supply and the controller; and a plurality of electrostatic capacitance sensors, wherein the liquid detector is configured to diagnose, based on outputs of the plurality of electrostatic capacitance sensors, at least one of leakage of a liquid inside the housing and entering of a liquid into the housing. a power supply capable of discharging to a load for generating an aerosol from an aerosol source; a controller that includes a liquid detector and is configured to control the power supply; a housing configured to house the power supply and the controller; and a plurality of electrostatic capacitance sensors, wherein the liquid detector is configured to diagnose, based on outputs of the plurality of electrostatic capacitance sensors, at least one of leakage of a liquid inside the housing and entering of a liquid into the housing.
A control panel for a domestic appliance comprising: - at least one basic panel, and - the control panel comprises at least one control element, - at least one control element formed as a flexible tongue connected to the basic panel, said at least one control element being correspondable with at least one pair of electric contact elements, arranged behind the basic panel, so that the pair of the electric contact elements contacts by pressing against a front side of the corresponding control element, and at least one elastic sealing member, characterized in that the at least one elastic sealing member encloses circumferentially the proximal free sides and a distal free side of the least one control element in a manner to form a continuous smooth surface of a front side of the control panel. - at least one basic panel, and - the control panel comprises at least one control element, - at least one control element formed as a flexible tongue connected to the basic panel, said at least one control element being correspondable with at least one pair of electric contact elements, arranged behind the basic panel, so that the pair of the electric contact elements contacts by pressing against a front side of the corresponding control element, and at least one elastic sealing member, characterized in that the at least one elastic sealing member encloses circumferentially the proximal free sides and a distal free side of the least one control element in a manner to form a continuous smooth surface of a front side of the control panel.
A method of reporting channel state information in a wireless communication system, comprising: selecting a Mt×R precoding matrix in a codebook in accordance with a rank indicating a number of layers, where Mt denotes a number of antenna ports and R denotes the rank, the codebook including K Mt×R matrices, where K≥1, each Mt×R matrix being defined based on two element matrices having a first element matrix and a second element matrix and two weights having a first weight for the first element matrix and a second weight for the second element matrix, wherein each of the first element matrix and the second element matrix is selected from within a codebook for Nt antenna ports, where Nt=Mt/2; and reporting a precoding matrix indicator indicating the selected Mt×R precoding matrix to a base station. selecting a Mt×R precoding matrix in a codebook in accordance with a rank indicating a number of layers, where Mt denotes a number of antenna ports and R denotes the rank, the codebook including K Mt×R matrices, where K≥1, each Mt×R matrix being defined based on two element matrices having a first element matrix and a second element matrix and two weights having a first weight for the first element matrix and a second weight for the second element matrix, wherein each of the first element matrix and the second element matrix is selected from within a codebook for Nt antenna ports, where Nt=Mt/2; and reporting a precoding matrix indicator indicating the selected Mt×R precoding matrix to a base station.
A component assembly comprising: a structure defining a receiving cavity for a component, said structure including a locking cavity for a locking device; the locking device having a pair of elongate arms extending along a main axis and arranged in facing relationship, and an elastically deformable bridge connecting said arms; wherein said bridge divides said locking device into: a locking portion, on one side of said bridge, in which the arms are configured to positively engage with respective locking elements in the locking cavity, thereby defining a locked position, and an engaging portion, on the opposite side of said bridge, in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity, when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths. a structure defining a receiving cavity for a component, said structure including a locking cavity for a locking device; the locking device having a pair of elongate arms extending along a main axis and arranged in facing relationship, and an elastically deformable bridge connecting said arms; wherein said bridge divides said locking device into: a locking portion, on one side of said bridge, in which the arms are configured to positively engage with respective locking elements in the locking cavity, thereby defining a locked position, and an engaging portion, on the opposite side of said bridge, in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity, when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths. a locking portion, on one side of said bridge, in which the arms are configured to positively engage with respective locking elements in the locking cavity, thereby defining a locked position, and an engaging portion, on the opposite side of said bridge, in which the arms are provided with means adapted to engage with the component to maintain the latter in its receiving cavity, when said locking device is in said locked position characterized in that arm portions in the locking portion are each provided on their outer face with a plurality of hooks along the main axis that cooperate with the respective locking element in the locking cavity to define a plurality of locked positions at increasing depths.
An event detection apparatus for a cellular communication system supporting a plurality of remote stations, the apparatus comprising: means for receiving video upload activity indications on an event detection server that is coupled and interfaced with a core network, the video upload activity indications being received from core network elements that detect uploads of video clips from remote stations of the cellular communication system, each video upload activity indication comprising an indication of a video upload from a remote station of the cellular communication system and a remote station location indication for the remote station; means for determining a current video upload activity level for a geographic area in response to the video upload activity indications; and generating means for generating an event indication in response to the video upload activity indications meeting a set of criteria, wherein the set of criteria include a first requirement that the current video upload activity level exceeds a threshold, and a second requirement that only video uploads to a video sharing application be considered in generating the event indication, the event indication comprising an event location indication generated in response to the remote station location indications. means for receiving video upload activity indications on an event detection server that is coupled and interfaced with a core network, the video upload activity indications being received from core network elements that detect uploads of video clips from remote stations of the cellular communication system, each video upload activity indication comprising an indication of a video upload from a remote station of the cellular communication system and a remote station location indication for the remote station; means for determining a current video upload activity level for a geographic area in response to the video upload activity indications; and generating means for generating an event indication in response to the video upload activity indications meeting a set of criteria, wherein the set of criteria include a first requirement that the current video upload activity level exceeds a threshold, and a second requirement that only video uploads to a video sharing application be considered in generating the event indication, the event indication comprising an event location indication generated in response to the remote station location indications.
Installation intended for producing a female loop portion which comprises: - means for bringing a curtain of filaments (2; 2'; 2") and a film (1; 1'; 1") made of thermoplastic material into mutual contact in a gap between a pressing surface, in particular the surface of a pressing cylinder, and a supporting surface, in particular the surface of a supporting cylinder, - the pressing surface being engraved so as to form thereon raised zones intended to press selectively sections of the filaments against the film, while in the region of the non-raised portions of the pressing surface, sections of the filaments are not pressed against the film; characterized in that - there is provided a heating device to heat the film-filaments assembly leaving the gap, so that, at the exit of the installation, filaments comprise a series of fixating portions and a series of loop portions, the filaments being fixated to the film along the fixating portions while the loop portions are distant from the film so as to form loops, and the area of a cross section of a loop portion of a filament is less than an area of a cross section of a fixating section of said filament. - means for bringing a curtain of filaments (2; 2'; 2") and a film (1; 1'; 1") made of thermoplastic material into mutual contact in a gap between a pressing surface, in particular the surface of a pressing cylinder, and a supporting surface, in particular the surface of a supporting cylinder, - the pressing surface being engraved so as to form thereon raised zones intended to press selectively sections of the filaments against the film, while in the region of the non-raised portions of the pressing surface, sections of the filaments are not pressed against the film; characterized in that - there is provided a heating device to heat the film-filaments assembly leaving the gap, so that, at the exit of the installation, filaments comprise a series of fixating portions and a series of loop portions, the filaments being fixated to the film along the fixating portions while the loop portions are distant from the film so as to form loops, and the area of a cross section of a loop portion of a filament is less than an area of a cross section of a fixating section of said filament.
Electric cable comprising a conductor, at least one insulating layer and an outer sheath, whereby at least one intumescent layer surrounding the conductor over the entire length of the cable is provided, which is integrated into the cable such that it foams up if heated and provides a heat protection for this cable, characterised in that at least one insulating layer surrounding the conductor consisting of a number of wires is provided, whereby the at least one intumescent layer is located between the insulating layer and the outer sheath and is composed of a polymer carrier and distending graphite, and the outer sheath providing a mechanical protection for the cable is produced from such a material and such a thickness that the latter ruptures and/or melts in the event of fire and heated correspondingly so that this intumescent layer can foam up by a multiple of the outside diameter of the cable.
Railway sleeper (10, 100), comprising a base body consisting of or containing thermoplastic material, which base body has reinforcement (14, 16, 18, 20, 114, 116, 118, 120) that extends in the longitudinal direction thereof and has a structure that is enclosed in a form-fitting manner by the thermoplastic material, characterised in that the reinforcing element (14, 16, 18, 20, 114, 116, 118, 120) is rod-shaped and is a solid or hollow rod or a tube element consisting of plastics material and has a toothed structure on the outside, such as a wave structure.
A compound of Formula A (or a pharmaceutically acceptable salt and/or solvate thereof) for use in treating hereditary angioedema on-demand comprising: orally administering the compound of Formula A (or a pharmaceutically acceptable salt and/or solvate thereof) to a patient in need thereof on-demand,
A gas chromatography heating apparatus for heating a gas chromatography column comprising: a first column heating apparatus, comprising: a first substrate; a second substrate comprising silicon; and a first heating element disposed between the first substrate and the second substrate; and a second column heating apparatus comprising: a third substrate; a fourth substrate comprising silicon; and a second heating element disposed between the third substrate and the fourth substrate; wherein a lower side of the second column heating apparatus is arranged opposite a upper side of the first column heating apparatus thereby allowing the gas chromatography column to be disposed above the upper side of the first column heating apparatus and below the lower side of the second column heating apparatus. a first column heating apparatus, comprising: a first substrate; a second substrate comprising silicon; and a first heating element disposed between the first substrate and the second substrate; and a second column heating apparatus comprising: a third substrate; a fourth substrate comprising silicon; and a second heating element disposed between the third substrate and the fourth substrate; wherein a lower side of the second column heating apparatus is arranged opposite a upper side of the first column heating apparatus thereby allowing the gas chromatography column to be disposed above the upper side of the first column heating apparatus and below the lower side of the second column heating apparatus.
Water-conditioning agent, characterized in that said agent is in the form of a compact which has a content of polysuccinimide of 50 to 95% by weight in combination with N,N'-bisstearoylethylenediamine.