mhurhangee/ep-ind-claims huggingface dataset:
A tape cassette comprising: a generally rectangular box-like housing having a top wall, a bottom wall, and a side wall defining a periphery of the housing, the side wall including two wall portions disposed adjacent to each other and in mutually orthogonal directions; a first cavity extending from the bottom wall and disposed between the periphery and a tape containing area defined within the periphery, in the vicinity of or at a first corner portion of the generally rectangular box-like housing; a second cavity continuously extending upwards from an opening provided in the bottom wall and disposed between the periphery and the tape containing area, in the vicinity of or at a second corner portion of the housing, the second corner portion being at a diagonal position with respect to the first corner portion in a plan view and being formed by the two wall portions of the side wall; and a print medium tape (55, 59) wound around a cylindrical tape spool and mounted within the housing in the tape containing area, the tape spool being disposed on a straight line connecting the first cavity and the second cavity characterized in that the second cavity includes an internal wall forming a shaft hole connecting the opening and another opening provided in the top wall. a generally rectangular box-like housing having a top wall, a bottom wall, and a side wall defining a periphery of the housing, the side wall including two wall portions disposed adjacent to each other and in mutually orthogonal directions; a first cavity extending from the bottom wall and disposed between the periphery and a tape containing area defined within the periphery, in the vicinity of or at a first corner portion of the generally rectangular box-like housing; a second cavity continuously extending upwards from an opening provided in the bottom wall and disposed between the periphery and the tape containing area, in the vicinity of or at a second corner portion of the housing, the second corner portion being at a diagonal position with respect to the first corner portion in a plan view and being formed by the two wall portions of the side wall; and a print medium tape (55, 59) wound around a cylindrical tape spool and mounted within the housing in the tape containing area, the tape spool being disposed on a straight line connecting the first cavity and the second cavity characterized in that
Dianxianning for use in the treatment or prevention of Alzheimer's disease, characterized in that the Dianxianning consists of Valeriana Jatamansi, Rhizoma Acori Tatarinowii, Ramulus Uncariae cum Uncis, Semen Pharbitidis, Semen Euphorbiae, Radix et Rhizoma Valerianae, Rhizoma et Radix Nardostachys, and menthol crystal.
Method for determining the heartbeat of a person by means of a pulse measuring device, which comprises a first light source for emitting light waves with a first wavelength (λ 1), a second light source for emitting light waves with a second wavelength (λ 2), and a photodetector for sensing the light reflected by the tissues of the skin and the blood vessels and for providing measurement signals to a microcontroller unit, the first and second wavelengths being different and determined so that the light waves with the first wavelength are sensitive to the pulse beat and to the movement of a person, and so that the light waves with the second wavelength are sensitive to movement of a person, the method comprising the steps of: - generating light waves with the first wavelength (λ 1) and the second wavelength (λ 2) by means of the first and second light sources, and transmitting them in the direction of the skin of the person, - detecting the light waves with the first and second wavelengths which are reflected by the tissues of the skin and the blood vessels in order to provide electrical measurement signals, characterised in that the method further comprises the steps of: - calculating at least one non-coherent power spectrum on the basis of a spectral coherence function γ which takes into account the dependence between the measurement signals relating to the first wavelength and to the second wavelength by the formula S NC = (1-γ 2)· S AA, where S AA is the average Fourier power spectrum of the measurement signals relating to the first wavelength of the sensed light waves and where γ 2 is between 0 and 1, and - determining the heartbeat of the person by means of the non-coherent power spectrum. - generating light waves with the first wavelength (λ 1) and the second wavelength (λ 2) by means of the first and second light sources, and transmitting them in the direction of the skin of the person, - detecting the light waves with the first and second wavelengths which are reflected by the tissues of the skin and the blood vessels in order to provide electrical measurement signals, - calculating at least one non-coherent power spectrum on the basis of a spectral coherence function γ which takes into account the dependence between the measurement signals relating to the first wavelength and to the second wavelength by the formula S NC = (1-γ 2)· S AA, where S AA is the average Fourier power spectrum of the measurement signals relating to the first wavelength of the sensed light waves and where γ 2 is between 0 and 1, and - determining the heartbeat of the person by means of the non-coherent power spectrum.
Inorganic fibers comprising the following composition, SiO 2, MgO and CaO being main components: SiO 2: 73.6 wt% to 85.9 wt% MgO: 9.0 wt% to 15.0 wt% CaO: 5.1 wt% to 12.4 wt% Al 2 O 3: 0 wt% or more and less than 2.3 wt% Fe 2 O 3: 0 wt% to 0.50 wt% SrO: less than 0.1 wt% alkali metal oxide: more than 0.01 mol% and less than 0.20 mol%. SiO 2: 73.6 wt% to 85.9 wt% MgO: 9.0 wt% to 15.0 wt% CaO: 5.1 wt% to 12.4 wt% Al 2 O 3: 0 wt% or more and less than 2.3 wt% Fe 2 O 3: 0 wt% to 0.50 wt% SrO: less than 0.1 wt% alkali metal oxide: more than 0.01 mol% and less than 0.20 mol%.
Method of measure for a test of an aircraft turbine engine part comprising the following steps: (i) furnish: - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; (ii) position said sensors (11; 12; 13) in distinct locations in order to measure a same physical magnitude influenced at least partially by said part at these different locations; (iii) analogically synchronise, and by using the analogical electronic device for pre-processing analogical signals (61, 71; 62, 72; 63, 73) from said sensors (11; 12; 13), so as to replace these signals (61, 71; 62, 72; 63, 73) in a same referential; (iv) process, by using the electronic device for processing signals (61, 71; 62, 72; 63, 73) synchronised in the previous step to deduce at least one information related to said physical magnitude and one test information from said part. (i) furnish: - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; - said part; - sensors (11; 12; 13) for measuring a same physical magnitude, and capable of furnishing analogical signals corresponding to said same physical magnitude; - an analogical electronic pre-processing device coupled with said sensors (11; 12; 13) to pre-process the signals from said sensors (11; 12; 13); and - an electronic processing device coupled with said electronic pre-processing device to deduce at least one information related to the said physical magnitude; (ii) position said sensors (11; 12; 13) in distinct locations in order to measure a same physical magnitude influenced at least partially by said part at these different locations; (iii) analogically synchronise, and by using the analogical electronic device for pre-processing analogical signals (61, 71; 62, 72; 63, 73) from said sensors (11; 12; 13), so as to replace these signals (61, 71; 62, 72; 63, 73) in a same referential; (iv) process, by using the electronic device for processing signals (61, 71; 62, 72; 63, 73) synchronised in the previous step to deduce at least one information related to said physical magnitude and one test information from said part.
A preformed dental composite crown being characterized by its shape and chemical composition, the shape being characterized as follows: for molars and premolars having an occlusal top surface and depending buccal, mesial, distal and lingual, respectively palatinal side surfaces, for anterior teeth and incisors having a distal top surface and depending labial, mesial, distal and lingual, respectively palatinal side surfaces, the side surfaces being connected to each other and forming a crown cervix, the wall thickness of the crown at the crown cervix being lower than 0.6 mm; at least two of opposing depending side surfaces having a concave shape; the chemical composition of the material the preformed dental composite crown is made of being a hardened composition comprising the following components: nano-filler(s) in an amount from 20 to 70 wt.%, resin matrix in an amount from 20 to 75 wt.%, wt.% with respect to the weight of the chemical composition, the resin matrix comprising urethane(meth)acrylate(s) and (meth)acrylate(s) not comprising a urethane moiety. for molars and premolars having an occlusal top surface and depending buccal, mesial, distal and lingual, respectively palatinal side surfaces, for anterior teeth and incisors having a distal top surface and depending labial, mesial, distal and lingual, respectively palatinal side surfaces, the side surfaces being connected to each other and forming a crown cervix, the wall thickness of the crown at the crown cervix being lower than 0.6 mm; at least two of opposing depending side surfaces having a concave shape; nano-filler(s) in an amount from 20 to 70 wt.%, resin matrix in an amount from 20 to 75 wt.%, wt.% with respect to the weight of the chemical composition, the resin matrix comprising urethane(meth)acrylate(s) and (meth)acrylate(s) not comprising a urethane moiety.
Method for reducing the particle emissions of a combustion engine during a cold start of the combustion engine, comprising the following steps: - determining a combustion chamber temperature (T BR) of the combustion engine and of an ambient temperature (T UMG) - turning over the combustion engine via a starter if the combustion chamber temperature (T BR) is below a first threshold temperature (Tsi) and the ambient temperature (T UMG) is below a second threshold temperature (T S2), wherein - the air in the combustion chambers is compressed and heated, wherein - the heat is transferred to the combustion chamber walls of the combustion chambers of the combustion engine, and wherein - the injection of fuel into the combustion chambers of the combustion engine is prevented in this operating situation as long as the combustion chamber temperature (T BR) is below the first threshold temperature (Tsi), and - activating the injection of fuel into the preheated combustion chambers if a defined time interval has elapsed, a certain number of engine revolutions has been reached, or the combustion chamber has reached a defined minimum temperature (T min), characterized in that a throttle valve in the intake duct of the combustion engine is fully opened when the method is implemented. - determining a combustion chamber temperature (T BR) of the combustion engine and of an ambient temperature (T UMG) - turning over the combustion engine via a starter if the combustion chamber temperature (T BR) is below a first threshold temperature (Tsi) and the ambient temperature (T UMG) is below a second threshold temperature (T S2), wherein - the air in the combustion chambers is compressed and heated, wherein - the heat is transferred to the combustion chamber walls of the combustion chambers of the combustion engine, and wherein - the injection of fuel into the combustion chambers of the combustion engine is prevented in this operating situation as long as the combustion chamber temperature (T BR) is below the first threshold temperature (Tsi), and - activating the injection of fuel into the preheated combustion chambers if a defined time interval has elapsed, a certain number of engine revolutions has been reached, or the combustion chamber has reached a defined minimum temperature (T min), characterized in that a throttle valve in the intake duct of the combustion engine is fully opened when the method is implemented.
Cosmetic preparation comprising a) hydroxypropyl methylcellulose and b) xanthan gum, wherein the preparation is free from polyacrylates, carbomers and polyvinylpyrrolidones, characterized in that the ratio by weight of hydroxypropyl methylcellulose to xanthan gum in the preparation is from 1:2 to 2:7. a) hydroxypropyl methylcellulose and b) xanthan gum,
A method for producing synthetic quartz glass, comprising the steps of: providing a liquid SiO 2 feedstock material, which contains more than 60% by wt. of the polyalkylsiloxane D4, vaporizing the liquid SiO 2 feedstock material into a gaseous SiO 2 feedstock vapor, converting the SiO 2 feedstock vapor into SiO 2 particles, depositing the SiO 2 particles on a deposition surface while forming a SiO 2 soot body, vitrifying the SiO 2 soot body while forming the synthetic quartz glass, characterized in that the liquid SiO 2 feedstock material contains at least one additional component of the polyalkylsiloxane hexamethylcyclotrisiloxane D3 with a weight fraction mD3 and an additional component of the polyalkylsiloxane decamethylcyclopentasiloxane D5 with a weight fraction mD5 in a weight ratio mD3/mD5 in a range between 0.01 and 1, and the liquid SiO 2 feedstock material provided is vaporized while maintaining the weight ratio mD3/mD5 and at at least 99% by wt. into the gaseous SiO 2 feedstock vapor. providing a liquid SiO 2 feedstock material, which contains more than 60% by wt. of the polyalkylsiloxane D4, vaporizing the liquid SiO 2 feedstock material into a gaseous SiO 2 feedstock vapor, converting the SiO 2 feedstock vapor into SiO 2 particles, depositing the SiO 2 particles on a deposition surface while forming a SiO 2 soot body, vitrifying the SiO 2 soot body while forming the synthetic quartz glass,
Method for measuring intrinsic geometric quantities in an anatomical system, based on two geometrically calibrated stereoscopic two-dimensional images of a patient's anatomical system, comprising (a) receiving location data comprising a plurality of sets of two-dimensional coordinates, each set of two-dimensional coordinates comprising a first pair (x A, y A) of two-dimensional coordinates corresponding to a first point on one of said two stereoscopic images and a second pair (x B, y B) of two-dimensional coordinates corresponding to a second point on the other of said two stereoscopic images, (b) using geometric calibration data, determining at least one three-dimensional geometric primitive () defined by at least a portion of the location data received in step (a), (c) computing based on at least one three-dimensional geometric primitive determined in step (b) an intrinsic geometric quantity value (G 3D) in the anatomical system, wherein in step (c), at least one geometric quantity value is computed in at least one plane, based on at least one projection onto said at least one plane of at least one three-dimensional geometric primitive determined in step (b), said plane being defined based on location data received in step (a), wherein a three-dimensional geometric primitive is a sphere, a line, a cylinder, a cone, or a block, and wherein the geometric quantity is an angle or an area. (a) receiving location data comprising a plurality of sets of two-dimensional coordinates, each set of two-dimensional coordinates comprising a first pair (x A, y A) of two-dimensional coordinates corresponding to a first point on one of said two stereoscopic images and a second pair (x B, y B) of two-dimensional coordinates corresponding to a second point on the other of said two stereoscopic images, (b) using geometric calibration data, determining at least one three-dimensional geometric primitive () defined by at least a portion of the location data received in step (a), (c) computing based on at least one three-dimensional geometric primitive determined in step (b) an intrinsic geometric quantity value (G 3D) in the anatomical system, wherein in step (c), at least one geometric quantity value is computed in at least one plane, based on at least one projection onto said at least one plane of at least one three-dimensional geometric primitive determined in step (b), said plane being defined based on location data received in step (a), wherein a three-dimensional geometric primitive is a sphere, a line, a cylinder, a cone, or a block, and wherein the geometric quantity is an angle or an area.
Connection arrangement for releasably connecting two components (18, 20) provided with openings which are oriented towards one another, in which components a pin guided into a sleeve is provided in the opening of one of the components to be connected, the sleeve and pin protruding through the opening of the other component and the pin having at least one recess on the protruding part in which at least one spring end engages when the pin is pushed into a leaf spring which is connected to the other component, the pin being provided with a unlocking member arranged outside the sleeve, and the unlocking member forcing apart the leaf spring to release the connection when the pin is pushed in, characterised in that an emergency opening mechanism is formed by a stop face being attached to the pin in a recess or groove or at a closing head, which stop face forms an angle with the axis of the pin of less than 90°, in particular of less than 60° and more particularly of less than 45°, and in that the leaf spring is formed at the spring end such that the stop face can form an interlocking stop with the spring end of the leaf spring, the angle and the spring force of the leaf spring being selected such that, in the case of a release force acting axially on the pin in the opening direction, which release force exceeds the clamping force of the leaf spring, the leaf spring can be released from the stop face.
An apparatus comprising at least one filter, at least one image sensor and means for: activating the at least one filter wherein the at least one filter is positioned in front of the at least one image sensor and the at least one filter is configured to at least partially filter light such that the at least one filter has a spatial variation of transparency on an analogue scale across an area covered by the at least one filter; detecting an image captured by the at least one image sensor; and using information relating to the spatial variation of transparency of the at least one filter to determine sub-pixel information in the captured image. activating the at least one filter wherein the at least one filter is positioned in front of the at least one image sensor and the at least one filter is configured to at least partially filter light such that the at least one filter has a spatial variation of transparency on an analogue scale across an area covered by the at least one filter; detecting an image captured by the at least one image sensor; and using information relating to the spatial variation of transparency of the at least one filter to determine sub-pixel information in the captured image.
Mounting apparatus for inserting magnets into magnet accommodating portions of a rotor of an electric machine, comprising: - an aligning device configured for accommodating and aligning the magnets, wherein - the aligning device for aligning and accommodating the magnets comprises at least one channel, wherein - a shape of the at least one channel is adapted to a shape of the magnets, wherein - the channel has a channel inlet, which is disposed at an end face of the aligning device and via which the magnets can be fed to the channel, and a channel outlet, which is disposed opposite the channel inlet and is disposed at an end face of the aligning device opposite the end face and via which the magnets can be discharged from the channel, in particular for insertion into the magnet accommodating portions of the rotor, characterized in that - the at least one channel is twisted in itself, in particular in such a way that the channel inlet and the channel outlet, with respect to a plane of the respective end face (36, 38), are aligned differently to each other. - an aligning device configured for accommodating and aligning the magnets, wherein - the aligning device for aligning and accommodating the magnets comprises at least one channel, wherein - a shape of the at least one channel is adapted to a shape of the magnets, wherein - the channel has a channel inlet, which is disposed at an end face of the aligning device and via which the magnets can be fed to the channel, and a channel outlet, which is disposed opposite the channel inlet and is disposed at an end face of the aligning device opposite the end face and via which the magnets can be discharged from the channel, in particular for insertion into the magnet accommodating portions of the rotor, characterized in that - the at least one channel is twisted in itself, in particular in such a way that the channel inlet and the channel outlet, with respect to a plane of the respective end face (36, 38), are aligned differently to each other.
A non-aqueous ink jet ink composition comprising a pigment, a resin, a pigment dispersant, an organic solvent, and an amino group-containing alcohol, characterized in that the content of the amino group-containing alcohol is 0.01 to 3 mass% based on the total amount, the resin contains any of a polyester resin, an acrylic resin and a vinyl chloride resin, and the amino group-containing alcohol is at least one selected from the group consisting of 2-amino-1-butanol, 2-amino-2-methyl-1-propanol, 2-amino-2-methyl-1,3-propanediol, 2-amino-2-ethyl-1,3-propanediol and tris(hydroxymethyl)amino methane.