mhurhangee/ep-ind-claims huggingface dataset:
An image projection apparatus comprising: a reflection mirror and a curved mirror disposed in a light path of an projection image; characterised in that the image projection apparatus further comprises: an enclosing unit to enclose the light path of the projection image and having a window for projecting the projection image onto a projection plane; and an air supply unit to supply air into an internal space of the enclosing unit enclosing the light path, wherein pressure of the internal space of the enclosing unit is kept at a positive pressure with respect to an external pressure of the enclosing unit during an image projection operation, and wherein the enclosing unit comprises a top plate including the window, a mirror bracket which retains the reflection mirror and the top plate, a free mirror bracket which retains the curved mirror, and a mirror holder which holds the mirror bracket and the free mirror bracket. a reflection mirror and a curved mirror disposed in a light path of an projection image; characterised in that the image projection apparatus further comprises: an enclosing unit to enclose the light path of the projection image and having a window for projecting the projection image onto a projection plane; and an air supply unit to supply air into an internal space of the enclosing unit enclosing the light path, wherein pressure of the internal space of the enclosing unit is kept at a positive pressure with respect to an external pressure of the enclosing unit during an image projection operation, and wherein the enclosing unit comprises a top plate including the window, a mirror bracket which retains the reflection mirror and the top plate, a free mirror bracket which retains the curved mirror, and a mirror holder which holds the mirror bracket and the free mirror bracket. an enclosing unit to enclose the light path of the projection image and having a window for projecting the projection image onto a projection plane; and an air supply unit to supply air into an internal space of the enclosing unit enclosing the light path, wherein pressure of the internal space of the enclosing unit is kept at a positive pressure with respect to an external pressure of the enclosing unit during an image projection operation, and wherein the enclosing unit comprises a top plate including the window, a mirror bracket which retains the reflection mirror and the top plate, a free mirror bracket which retains the curved mirror, and a mirror holder which holds the mirror bracket and the free mirror bracket.
Method for increasing the guanidine carbonate yield in a combined melamine process and guanidine carbonate treatment process by adding cyanamide and/ or dicyandiamide to a) a melamine mother liquor obtained in the melamine process, and/or b) a guanidine carbonate mother liquor (GCML) obtained in the guanidine carbonate treatment process, and /or c) a mixture of a melamine mother liquor and a guanidine carbonate mother liquor (GCML). a) a melamine mother liquor obtained in the melamine process, and/or b) a guanidine carbonate mother liquor (GCML) obtained in the guanidine carbonate treatment process, and /or c) a mixture of a melamine mother liquor and a guanidine carbonate mother liquor (GCML).
A device for automated screening of congenital heart diseases, said device comprising phonocardiograms recording media, phonocardiograms storage media, output media, a processor and a set of instructions executable by said processor, said set of instruction implementing a method comprising the steps of: - collecting and/or recording a first set of phonocardiograms from a first set of reference healthy patient, and a second set of phonocardiograms from a second set of patients suffering of a heart disease; - determining a frequency band giving rise to a maximal distinction between spectral energies of the said phonocardiograms from the first and the second set of phonocardiograms; - comparing said determined frequency band energy of phonocardiograms of a patient to corresponding frequency band energy of the first and the second set of phonocardiograms to define if said patient suffers of the heart disease wherein the determined frequency band and the corresponding heart disease is one of the following frequency band: a) frequency band comprised between 88 Hz and 96 Hz and the heart disease is ventricular septal defect; b) frequency band comprised between 50 Hz and 60 Hz and the heart disease is tetralogy of fallot; c) frequency band comprised between 15 Hz and 121 Hz and the heart disease is ventricular patent ductus arteriosus; d) frequency band is comprised between 17 Hz and 129 Hz and the heart disease is aortic stenosis; e) frequency band comprised between 16 Hz and 32 Hz and the heart disease is pulmonary valve stenosis. - collecting and/or recording a first set of phonocardiograms from a first set of reference healthy patient, and a second set of phonocardiograms from a second set of patients suffering of a heart disease; - determining a frequency band giving rise to a maximal distinction between spectral energies of the said phonocardiograms from the first and the second set of phonocardiograms; - comparing said determined frequency band energy of phonocardiograms of a patient to corresponding frequency band energy of the first and the second set of phonocardiograms to define if said patient suffers of the heart disease a) frequency band comprised between 88 Hz and 96 Hz and the heart disease is ventricular septal defect; b) frequency band comprised between 50 Hz and 60 Hz and the heart disease is tetralogy of fallot; c) frequency band comprised between 15 Hz and 121 Hz and the heart disease is ventricular patent ductus arteriosus; d) frequency band is comprised between 17 Hz and 129 Hz and the heart disease is aortic stenosis; e) frequency band comprised between 16 Hz and 32 Hz and the heart disease is pulmonary valve stenosis.
A bleached tobacco raw material comprising less than 4 weight-% fermentable carbohydrates, calculated on the dry total weight of the bleached tobacco raw material, wherein the bleached tobacco raw material comprises less than 5.0 μg/kg of B(a)P (Benzo(a)pyrene); and one or more, but not all of: less than 7.0 mg/kg of nitrite; less than 2.0 mg/kg of a combined amount of NNN (N-nitrosonornicotine) and NNK ((4- methylnitrosamino)-1-(3-pyridyl)-1-butanone); less than 10.0 μg/kg of NDMA (N-Nitrosodimethylamine); less than 1.0 mg/kg of Cd; less than 2.0 mg/kg of Pb; less than 0.5 mg/kg of As; less than 3.0 mg/kg of Ni; and less than 4.5 mg/kg of Cr; calculated on the dry total weight of the bleached tobacco raw material. less than 7.0 mg/kg of nitrite; less than 2.0 mg/kg of a combined amount of NNN (N-nitrosonornicotine) and NNK ((4- methylnitrosamino)-1-(3-pyridyl)-1-butanone); less than 10.0 μg/kg of NDMA (N-Nitrosodimethylamine); less than 1.0 mg/kg of Cd; less than 2.0 mg/kg of Pb; less than 0.5 mg/kg of As; less than 3.0 mg/kg of Ni; and less than 4.5 mg/kg of Cr; calculated on the dry total weight of the bleached tobacco raw material.
A catheter device for the minimally invasive implantation of a vascular implant, in particular for interventional catheter-assisted aortic valve implantation, comprising - an outer catheter tube having a distal end and a proximal end, and - an inner catheter tube guided therein at a radial distance in a manner displaceable relative thereto, - a roller arrangement in the radial gap between the inner and outer catheter tube (6, 9), characterised in that said roller arrangement has rolling elements distributed over one or more delimited length portions (10.1, 10.2) of the catheter device, the outer catheter tube being supported in a rolling manner via its inner face on said rolling elements and the inner catheter tube being supported in a rolling manner via its outer face on said rolling elements, wherein the rolling elements are barbell-shaped or diabolo-shaped and are oriented with their rolling axis transverse to the longitudinal axis of the catheter, wherein the periphery of the weight-plate-shaped roller portions arranged at the end forms the rolling surface for the outer catheter tube and the connection region between the weight-plate-shaped roller portions forms the rolling surface for the inner catheter tube. - an outer catheter tube having a distal end and a proximal end, and - an inner catheter tube guided therein at a radial distance in a manner displaceable relative thereto, - a roller arrangement in the radial gap between the inner and outer catheter tube (6, 9),
A method of selecting for a VLAN a communication path from a source node to a destination node through a network comprising a plurality of Equal-Hop, Equal-Cost, EHEC. contiguous communication paths, the method comprising - determining lowest cost paths from the plurality of EHEC contiguous communication paths, - determining V mod N, wherein N is the number of the lowest cost paths in the plurality of EHEC paths and V is a group identifier corresponding to the VLAN - comparing the result to indices on a path selection table that associates a unique index with each of the plurality of communication paths, and - selecting the path associated with an index equal to the result. - determining lowest cost paths from the plurality of EHEC contiguous communication paths, - determining V mod N, wherein N is the number of the lowest cost paths in the plurality of EHEC paths and V is a group identifier corresponding to the VLAN - comparing the result to indices on a path selection table that associates a unique index with each of the plurality of communication paths, and - selecting the path associated with an index equal to the result.
Apparatus for performing eye treatments, comprising: a first imaging device which is configured for generating first image data for an eye to be treated, while the eye is in an undeformed state; a second imaging device which is configured for generating second image data for the eye while the eye is in a deformed state; a laser apparatus which is configured for providing pulsed laser radiation; the apparatus being characterised by further comprising: a control device which is configured for: - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern. a first imaging device which is configured for generating first image data for an eye to be treated, while the eye is in an undeformed state; a second imaging device which is configured for generating second image data for the eye while the eye is in a deformed state; a laser apparatus which is configured for providing pulsed laser radiation; the apparatus being characterised by further comprising: a control device which is configured for: - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern. - determining, based on the first image data, position information of a reference feature of the eye in relation to a given corneal point; - locating the given corneal point, based on the second image data; - aligning a pulse firing pattern for laser radiation pulses of the laser apparatus, based on a position of the located given corneal point in a coordinate system of the laser apparatus and the determined position information; and - controlling the laser apparatus for delivering laser radiation pulses according to the aligned pulse firing pattern.
A formulation of polymeric mixtures for the production of cross-linked expanded PVC foams, of the type comprising PVC, isocyanates, anhydrides and one or more nucleating agents, characterized in that said anhydrides are liquid at the room temperature, in that said nucleating agents consist of porous nucleating materials and in the absence of diazocompounds, said nucleating agent consisting of porous zeolite, composed of aluminosilicates of the type: xMO • ySiO 2 · zAl 2 O 3 wherein: x = 0 - 0.5 y = 0 - 0.5 z = 0.5 - 1 M = Na, K, Ca, NH 4,: Fe, or a combination of said zeolite with porous sodium bicarbonate. x = 0 - 0.5 y = 0 - 0.5 z = 0.5 - 1 M = Na, K, Ca, NH 4,: Fe, or a combination of said zeolite with porous sodium bicarbonate.
A screw pump comprising: a pump housing (143, 243); and a rotor set disposed within the pump housing (143, 243), the rotor set including a power rotor (120, 220) and an idler rotor (122, 124) having radially intermeshing threaded portions (126, 128, 130), the power rotor (120, 220) including a balance piston (142, 242) enclosed by the pump housing (143, 243), wherein a radial clearance between an entire circumference of the balance piston (142, 242) and the pump housing (143, 243) is in a range between 1 micron and 200 microns; wherein the power rotor (120, 220) is provided with a tapered bearing surface configured to define a wedge-shaped, radial gap axially intermediate the power rotor (120, 220) and the idler rotor (122, 124); further comprising a thrust disc (155, 255) extending radially from the power rotor (120, 220) into an annular groove (157, 158) in the idler rotor (122, 124), wherein the annular groove (157, 158) is bounded by a downstream face of the threaded portion of the idler rotor (122, 124) and an upstream face of a flanged end (154, 156) of the idler rotor (122, 124), and wherein a downstream face (167, 267) of the thrust disc (155, 255) is tapered for defining the wedge-shaped, radial gap axially intermediate the power rotor (120, 220) and the idler rotor (122, 124). a pump housing (143, 243); and a rotor set disposed within the pump housing (143, 243), the rotor set including a power rotor (120, 220) and an idler rotor (122, 124) having radially intermeshing threaded portions (126, 128, 130), the power rotor (120, 220) including a balance piston (142, 242) enclosed by the pump housing (143, 243), wherein a radial clearance between an entire circumference of the balance piston (142, 242) and the pump housing (143, 243) is in a range between 1 micron and 200 microns; wherein the power rotor (120, 220) is provided with a tapered bearing surface configured to define a wedge-shaped, radial gap axially intermediate the power rotor (120, 220) and the idler rotor (122, 124); further comprising a thrust disc (155, 255) extending radially from the power rotor (120, 220) into an annular groove (157, 158) in the idler rotor (122, 124), wherein the annular groove (157, 158) is bounded by a downstream face of the threaded portion of the idler rotor (122, 124) and an upstream face of a flanged end (154, 156) of the idler rotor (122, 124), and wherein a downstream face (167, 267) of the thrust disc (155, 255) is tapered for defining the wedge-shaped, radial gap axially intermediate the power rotor (120, 220) and the idler rotor (122, 124).
Circuit system including; a battery management system, a first switch unit which in a first state conductively connects a first energy source to the battery management system and opens in a second state to disconnect the energy supply of the battery management system from the first energy source, a second switch unit, which in a first state conductively connects a second energy source to the battery management system and opens in a second state to disconnect the energy supply of the battery management system from the second energy source, and a controller which controls the first switch unit and the second switch unit, the battery management system including at least one unit of battery-cell electronics configured to be supplied with energy by the first energy source, and a monitoring unit configured to be supplied with energy by the second energy source, characterized in that the controller is configured to control the first switch unit and the second switch unit such that the following applies: when the second switch unit is in the second state, the first switch unit will also be in the second state.
A semi-controllable device driving apparatus, comprising a first capacitor and a semiconductor switch, wherein the first capacitor and the semiconductor switch compose a voltage detection switch; the semiconductor switch comprising a semiconductor device with three ends, a voltage signal obtained across two poles of the semi-controllable device (SCR1, TR1) that needs to be driven being applied to a control end of the semiconductor device with three ends via the first capacitor; and one of the remaining two ends other than the control end of the semiconductor device for receiving a driving signal for the semi-controllable device (SCR1, TR1) and the other one of the remaining two ends other than the control end of the semiconductor device being connected to a trigger of the semi-controllable device (SCR1, TR1) in such a manner that the semiconductor device is connected, in series, in a path receiving the driving signal for the semi-controllable device (SCR1, TR1); the semiconductor device being turned on when a potential difference between the two poles of the semi-controllable device (SCR1, TR1) is not greater than an on-state voltage of the semi-controllable device (SCR1, TR1); and the semiconductor device being turned off due to a high-impedance state of the first capacitor when the semi-controllable device (SCR1, TR1) is on.
Touchscreen device for use in an industrial automation system, comprising at least one touchscreen as well as a touchscreen controller, wherein in the touchscreen device operating actions of a user are able to be captured by means of at least two diverse functional principles for identifying a touch instance, wherein a first functional principle is implemented solely in a first subregion of the touchscreen and a second functional principle is implemented solely in a second subregion of the touchscreen, wherein an operating action for triggering or executing an operating function which can be executed by the touchscreen device is defined such that the operating function is only triggered or executed when at least one particular field within the first subregion and a particular field within the second subregion are touched simultaneously, wherein a resistive or inductive functional principle for capturing touch instances is implemented in the first subregion and wherein the second subregion surrounds the first subregion.
A copper alloy sheet material, having a composition comprising, in mass%, Ti: 1.0 to 5.0%, Al: 0.5 to 3.0%, Ag: 0 to 0.3%, B: 0 to 0.3%, Be: 0 to 0.15%, Co: 0 to 1.0%, Cr: 0 to 1.0%, Fe: 0 to 1.0%, Mg: 0 to 0.5%, Mn: 0 to 1.5%, Nb: 0 to 0.5%, Ni: 0 to 1.0%, P: 0 to 0.2%, Si: 0 to 0.5%, Sn: 0 to 1.5%, V: 0 to 1.0%, Zn: 0 to 2.0%, Zr: 0 to 1.0%, and S: 0 to 0.2%, the total content of Ag, B, Be, Co, Cr, Fe, Mg, Mn, Nb, Ni, P, Si, Sn, V, Zn, Zr, and S among the elements being 3.0% or less, optionally 3.0 mass% or less of rare earth elements in total, and balance of Cu, with unavoidable impurities, wherein in an observation plane parallel to a sheet surface, a maximum width of a grain boundary reaction type precipitate existing region, which is defined by the longest distance among the distances from an arbitrary point on an outline of a grain boundary reaction type precipitate existing region composed of a group of adjacent layered particles to an outline on the crystal grain side facing the outline across a layered particle in a scanning electron microscope, in short SEM, image of an observation plane parallel to the sheet surface, is 1000 nm or less, a kernel average misorientation, in short KAM, value measured on a randomly selected buffed and ion milled observation region at an observation magnification of 500 times is 3.0° or less when a boundary with a crystal orientation difference of 15° or more in the measurement with a step size of 0.1 μm by electron backscatter diffraction, in short EBSD, of the observation plane parallel to the sheet surface is regarded as a crystal grain boundary, and a tensile strength in a rolling direction measured by a tensile test in accordance with JIS Z 2241 with the number of tests n = 3 is 850 MPa or more.
A nickel plating bath for plating a semi-bright nickel deposit on a substrate, the nickel plating bath comprising: a) nickel ions; b) a soluble salt of salicylic acid, and c) at least one diol selected from the group consisting of hexyne diol, butyne diol and combinations of the foregoing, wherein the nickel plating bath is substantially free of coumarin, substantially free of aldehydes and has a pH from 4.1 to 5.0. a) nickel ions; b) a soluble salt of salicylic acid, and c) at least one diol selected from the group consisting of hexyne diol, butyne diol and combinations of the foregoing,
A method performed by a User Equipment, UE, for handling a Scheduling Request, SR, configuration in a wireless communications network, wherein the UE is configured with a plurality of SR configurations associated with any of: a respective logical channel and a respective radio bearer, the method comprising: when an event where the UE has reached its given maximum transmission attempts for one or more of the plurality of SR configurations occurs, configuring the UE with an action to be performed, which action relates to how to handle the plurality of SR configurations associated with any of: the respective logical channel and the respective radio bearer, wherein the configuring is based on any one out of a priority order between SR configurations, a coverage threshold for SR configurations to meet, and other indicators on the SR load for each SR configuration, and wherein the action further comprises choosing another SR configuration than the SR configuration that has reached its given maximum transmission attempts by using a Medium Access Control, MAC, Control Element, CE, comprising a bitmap field indicating which SR configurations are relevant for configuration.
A method to restart at least an electrically actuated valve in at least a cylinder of an internal combustion engine, the method comprising: detecting an error in the desired trajectory of said electrically actuated valve during a combustion cycle of said engine; and returning said electrically actuated valve to said desired trajectory after detecting said error, characterized in that the method further comprises commanding said valve to a predetermined position when said error exceeds a predetermined amount. detecting an error in the desired trajectory of said electrically actuated valve during a combustion cycle of said engine; and returning said electrically actuated valve to said desired trajectory after detecting said error, characterized in that the method further comprises commanding said valve to a predetermined position when said error exceeds a predetermined amount.
Circuit arrangement comprising an inverter connected to at least one string (12, 14) with a positive pole and a negative pole, wherein a string (12, 14) is to be understood as a partial generator or a module chain of a solar module, wherein at least one of the at least one string (12, 14) comprises a measuring device (22, 24) and a controllable switch (34, 36, 38, 40) provided in it, wherein the at least one controllable switch (34, 36, 38, 40) can be actuated by the inverter, each pole of the inverter being associated to a switch (34, 36, 38, 40), characterized in that the positive pole of the string is connected to a first pole of the inverter via a first switch and the negative pole of the string is connected to a second pole of the inverter via a second switch.