mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device, comprising: a lens which faces an imaging object ; and an imaging element which is disposed on another side of the lens opposite to the imaging object to have a vignetting area (4a~4g) located outside an image circle which is a range where incident light coming in through the lens forms an image, characterised by : an image processing unit configured to perform a correction process on a captured image of the imaging object , to correct an optical distortion in the image from the lens , wherein the image processing unit is configured to calculate a displacement quantity between the lens and the imaging element with respect to initial positions of the lens and the imaging element by calculating a position on the imaging element of an optical axis of the lens on the basis of a shape of the vignetting area (4a~4g) with respect to an initial relative position between the lens and the imaging element and the shape of the vignetting area (4a~4g) with respect to a displaced position which results from displacement in the relative position between the lens and the imaging element , and to apply the calculated displacement quantity to said correction process. a lens which faces an imaging object ; and an imaging element which is disposed on another side of the lens opposite to the imaging object to have a vignetting area (4a~4g) located outside an image circle which is a range where incident light coming in through the lens forms an image, characterised by : an image processing unit configured to perform a correction process on a captured image of the imaging object , to correct an optical distortion in the image from the lens , wherein the image processing unit is configured to calculate a displacement quantity between the lens and the imaging element with respect to initial positions of the lens and the imaging element by calculating a position on the imaging element of an optical axis of the lens on the basis of a shape of the vignetting area (4a~4g) with respect to an initial relative position between the lens and the imaging element and the shape of the vignetting area (4a~4g) with respect to a displaced position which results from displacement in the relative position between the lens and the imaging element , and to apply the calculated displacement quantity to said correction process. an image processing unit configured to perform a correction process on a captured image of the imaging object , to correct an optical distortion in the image from the lens , wherein the image processing unit is configured to calculate a displacement quantity between the lens and the imaging element with respect to initial positions of the lens and the imaging element by calculating a position on the imaging element of an optical axis of the lens on the basis of a shape of the vignetting area (4a~4g) with respect to an initial relative position between the lens and the imaging element and the shape of the vignetting area (4a~4g) with respect to a displaced position which results from displacement in the relative position between the lens and the imaging element , and to apply the calculated displacement quantity to said correction process.
Composite component - with flat reinforced precast concrete parts , in particular precast ceiling concrete parts , and - with a steel beam with connecting means , - wherein the largest grain of the concrete of the precast concrete part has a size of at least 8.0 mm, - wherein the textile reinforcement completely transfers the tensile forces acting on the precast concrete part and - wherein the composite component is secured by force closure by means of joint sealing , characterized in - that the reinforcement is designed as textile reinforcement , - that parts of the textile reinforcement protrude at the end faces of the precast concrete elements and encompass the connecting means , - that the parts of the textile reinforcement are designed as additional textile fibre structures which are at least partially inserted into the textile reinforcement or at least partially connected to the textile reinforcement , and - that the additional textile fibre structures are formed as loops. - with flat reinforced precast concrete parts , in particular precast ceiling concrete parts , and - with a steel beam with connecting means , - wherein the largest grain of the concrete of the precast concrete part has a size of at least 8.0 mm, - wherein the textile reinforcement completely transfers the tensile forces acting on the precast concrete part and - wherein the composite component is secured by force closure by means of joint sealing , - that the reinforcement is designed as textile reinforcement , - that parts of the textile reinforcement protrude at the end faces of the precast concrete elements and encompass the connecting means , - that the parts of the textile reinforcement are designed as additional textile fibre structures which are at least partially inserted into the textile reinforcement or at least partially connected to the textile reinforcement , and - that the additional textile fibre structures are formed as loops.
A method for operating, in an aircraft , a display system that comprises a control unit and at least a first and a second screen that are installed in a cockpit of the aircraft , comprising: using the control unit to monitor the at least first and second screens and control display of the flight relevant information on the at least first and second screens in a first mode and in a second mode, wherein in the first mode the first and second screens are operational; if failure of the first screen occurs , detecting occurrence of the failure of the first screen with the control unit ; in response to detecting occurrence of the failure of the first screen , entering the second mode with the control unit ; characterized by : in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen during the predetermined period of time, using the control unit to command display of a message on the second screen that suggests displaying the critical flight relevant information on the second screen . using the control unit to monitor the at least first and second screens and control display of the flight relevant information on the at least first and second screens in a first mode and in a second mode, wherein in the first mode the first and second screens are operational; if failure of the first screen occurs , detecting occurrence of the failure of the first screen with the control unit ; in response to detecting occurrence of the failure of the first screen , entering the second mode with the control unit ; characterized by : in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen during the predetermined period of time, using the control unit to command display of a message on the second screen that suggests displaying the critical flight relevant information on the second screen . in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen during the predetermined period of time, using the control unit to command display of a message on the second screen that suggests displaying the critical flight relevant information on the second screen .
A compression apparatus comprising first and second sets of contact elements , each set of contact elements comprising a plurality of contact elements movable along a respective endless path having a linear path section , the contact elements in each set being in spaced relation one with respect to another, the contact elements in each set being disposed transversely to the direction of movement along the path, the two linear path sections being in opposed relation to receive a tubular structure therebetween, the contact elements in the first and second sets being movable along the linear path sections in coordinated sequence with respective contact elements being in registration in pairs to compress the tubular structure at spaced intervals along a portion of the length of the tubular structure , the respective contact elements of each pair defining a compression zone therebetween for application of a localised pressing action on the tubular structure at the respective compression zone to compress the tubular structure , characterised in that there is provided a mechanical registration means for causing the respective pairs of opposed contact elements to be maintained in registration with each other while moving along the opposed path sections .
A pasty two-component polymethacrylate bone cement, comprising a pasty component A, containing AI at least one methacrylate monomer that can be distilled and is subject to radical polymerisation; AII at least one polymer that is soluble in Al; AIII at least one AI-insoluble particulate polymer with a particle size of at most 500 μm; AIV at least one radical stabiliser; and AV at least one accelerator from the group of the aromatic amines; and a pasty component B, only containing BI dibenzoyl peroxide; BII at least one substance that is not subject to radical polymerisation and is liquid at room temperature, in which the solubility of dibenzoyl peroxide at room temperature is less than 5.0% by weight, whereby, after mixing pasty component A with pasty component B, the weight fraction of liquid substance BII in the self-curing cement dough thus formed is less than 2.0% by weight. AI at least one methacrylate monomer that can be distilled and is subject to radical polymerisation; AII at least one polymer that is soluble in Al; AIII at least one AI-insoluble particulate polymer with a particle size of at most 500 μm; AIV at least one radical stabiliser; and AV at least one accelerator from the group of the aromatic amines; BI dibenzoyl peroxide; BII at least one substance that is not subject to radical polymerisation and is liquid at room temperature, in which the solubility of dibenzoyl peroxide at room temperature is less than 5.0% by weight,
Unlocking device with an actuator , by means of which a safety cover of a maintenance opening can be released for opening, and with a safety circuit , by means of which the actuator can be activated, wherein the safety circuit comprises at least one first switching contact and one second switching contact , wherein the first switching contact and the second switching contact are arranged in series in the safety circuit , and thus the actuator in the closed state of the first and the second switching contacts can be connected by way of the safety circuit to an energy source (V), wherein the first switching contact can be switched by means of a control unit , characterised in that , the control unit is provided for the purpose of making an authorisation request, before the switching of the first switching contact .
A therapeutically-effective amount of oritavancin or a salt thereof for use in a method of treating bacteremia and osteomyelitis in a subject, comprising administering the therapeutically-effective amount of oritavancin or the salt thereof to a subject having bacteremia and osteomyelitis, thereby treating bacteremia and osteomyelitis in a subject.
Commercial vehicle tire of radial design with a tread with circumferential grooves formed to a profile depth, which divide the tread into at least two profile ribs running in the central region of the tread with profile blocks separated from one another by transverse grooves and into shoulder-side profile ribs, wherein at least one of the circumferential grooves adjoining a central profile rib has, in cross section, a radially outer sipe-like narrow section and a channel adjoining this in the interior of the tread which is configured to be wider than the sipe-like narrow section and which is delimited by two channel walls and a channel bottom forming the groove bottom, and wherein this circumferential groove is interrupted in its course by entry points of transverse grooves , characterized in that , opposite the entry points, a projection is formed locally in each case on the channel wall located opposite the entry points of the transverse grooves .
A transparent, stable biocidal composition, said composition comprising: (i) 0.5-35% w/w of zinc pyrithione, (ii) 0.01-20% w/w of C 8 -C 18 quaternary ammonium salt, namely cetylpyridinium chloride, (iii) 0.5-20% w/w organic amines and/or alkanol amine, (iv) 0.5-60% w/w water soluble glycol/polyol/glycol ether/lactam or mixtures thereof, wherein the water soluble glycols/polyol/glycol ethers are selected from propylene glycol, glycerol, sorbitol, PEG 400, polyglycol 500 DME, ethylene glycol monoethyl ether, diethylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol dimethyl ether (diglyme), triethylene glycol dimethyl ether (triglyme), tetraethylene glycol dimethyl ether (tetraglyme) and combinations thereof; lactam is selected from 2-pyrrolidone, N -methyl pyrrolidone (NMP), polyvinylpyrrolidone (PVP) and combinations thereof, (v) 0-10% w/w of a dispersant and/or a rheology modifier and/or a suspending agent, (vi) 0-60% w/w of water. (i) 0.5-35% w/w of zinc pyrithione, (ii) 0.01-20% w/w of C 8 -C 18 quaternary ammonium salt, namely cetylpyridinium chloride, (iii) 0.5-20% w/w organic amines and/or alkanol amine, (iv) 0.5-60% w/w water soluble glycol/polyol/glycol ether/lactam or mixtures thereof, wherein the water soluble glycols/polyol/glycol ethers are selected from propylene glycol, glycerol, sorbitol, PEG 400, polyglycol 500 DME, ethylene glycol monoethyl ether, diethylene glycol monomethyl ether, diethylene glycol monoethyl ether, diethylene glycol dimethyl ether (diglyme), triethylene glycol dimethyl ether (triglyme), tetraethylene glycol dimethyl ether (tetraglyme) and combinations thereof; lactam is selected from 2-pyrrolidone, N -methyl pyrrolidone (NMP), polyvinylpyrrolidone (PVP) and combinations thereof, (v) 0-10% w/w of a dispersant and/or a rheology modifier and/or a suspending agent, (vi) 0-60% w/w of water.
A method, comprising: receiving a pre-rendered media file comprising a plurality of frames; receiving depth data related to the media file, wherein the depth data corresponds to each of the plurality of frames, the depth data being based on an original media file from which the pre-rendered media file is generated, the depth data including mesh data for which an invisible three-dimensional framework is to be rendered, wherein the received mesh data has a level of detail less than original mesh data available for the original media file; creating an invisible three-dimensional ("3D") framework of a first frame of the media file based on the corresponding depth data; and rendering a new first frame in real time to include the pre-rendered first frame, one or more virtual visible 3D objects and the invisible 3D framework. receiving a pre-rendered media file comprising a plurality of frames; receiving depth data related to the media file, wherein the depth data corresponds to each of the plurality of frames, the depth data being based on an original media file from which the pre-rendered media file is generated, the depth data including mesh data for which an invisible three-dimensional framework is to be rendered, wherein the received mesh data has a level of detail less than original mesh data available for the original media file; creating an invisible three-dimensional ("3D") framework of a first frame of the media file based on the corresponding depth data; and rendering a new first frame in real time to include the pre-rendered first frame, one or more virtual visible 3D objects and the invisible 3D framework.
A pond skimmer apparatus for use in removing solid waste from the surface of a body of water and having a floating upper portion , a lower portion including a water inlet , a water outlet , and a suspension that connects the lower portion to the floating upper portion, characterized in that the lower portion further includes a vortex chamber and a horizontally mounted pump , wherein the water inlet, vortex chamber, horizontally mounted pump and water outlet are operatively arranged so that both water and the solid waste from the body enters via the water inlet, forms a vortex in the vortex chamber, and is pumped out of the water outlet.
Diagnosis method for an air flowmeter in a supercharged internal-combustion engine that includes at least a low-pressure partial recirculation system for exhaust gases at the intake of the engine, and that may also include a high-pressure partial recirculation system for exhaust gases at the intake of the engine, said method comprising at least one step of interrupting exhaust gas recycling, followed by a main diagnosis step in which: a first air flow rate value (Q HFM ) for air entering the engine is measured by the flowmeter , a second air flow rate value (Qair) is calculated using a filling model of the cylinders of the engine, and the flowmeter is deemed to be in good condition or faulty respectively if the absolute value of the difference between said first value and said second value is less than or greater than a threshold, the method being characterized in that - the method comprises, prior to interruption of exhaust gas recycling, a step in which at least one pre-diagnosis of the flowmeter is carried out, in which a criterion representing the difference between the real air flow rate (Qair) and the air flow rate measured by the flowmeter (Q HFM ) is compared with two thresholds, the pre-diagnosis determining that the flowmeter is in good condition if said difference is less than the lesser of the two thresholds, and that the flowmeter is faulty if said difference is greater than the greater of the two thresholds, said pre-diagnosis reaching no conclusion if said difference is between the two thresholds, - the exhaust gas recirculation interruption step and the main diagnosis step only being implemented if said pre-diagnosis reaches no conclusion. - the method comprises, prior to interruption of exhaust gas recycling, a step in which at least one pre-diagnosis of the flowmeter is carried out, in which a criterion representing the difference between the real air flow rate (Qair) and the air flow rate measured by the flowmeter (Q HFM ) is compared with two thresholds, the pre-diagnosis determining that the flowmeter is in good condition if said difference is less than the lesser of the two thresholds, and that the flowmeter is faulty if said difference is greater than the greater of the two thresholds, said pre-diagnosis reaching no conclusion if said difference is between the two thresholds, - the exhaust gas recirculation interruption step and the main diagnosis step only being implemented if said pre-diagnosis reaches no conclusion.
An organic light-emitting device comprising: a first electrode ; a second electrode facing the first electrode ; m emission units between the first electrode and the second electrode , the m emission units comprising at least one emission layer; and m-1 charge generating layers between two adjacent emission units among the m emission units , each of the m-1 charge generating layers comprising an n-type charge generating layer and a p-type charge generating layer (155"), wherein m is an integer of 2 or more, at least one of the m-1 p-type charge generating layers (155") comprises a first inorganic material, wherein the first inorganic material is a compound comprising a post transition metal and a metalloid, the post transition metal is at least one selected from aluminum (Al), gallium (Ga), indium (In), thallium (TI), tin (Sn), lead (Pb), flerovium (FI), bismuth (Bi), and polonium (Po), the metalloid is at least one selected from boron (B), silicon (Si), germanium (Ge), arsenic (As), antimony (Sb), tellurium (Te), and astatine (At), and at least one of the m-1 n-type charge generating layers includes a metal. a first electrode ; a second electrode facing the first electrode ; m emission units between the first electrode and the second electrode , the m emission units comprising at least one emission layer; and m-1 charge generating layers between two adjacent emission units among the m emission units , each of the m-1 charge generating layers comprising an n-type charge generating layer and a p-type charge generating layer (155"), wherein m is an integer of 2 or more, at least one of the m-1 p-type charge generating layers (155") comprises a first inorganic material, wherein the first inorganic material is a compound comprising a post transition metal and a metalloid, the post transition metal is at least one selected from aluminum (Al), gallium (Ga), indium (In), thallium (TI), tin (Sn), lead (Pb), flerovium (FI), bismuth (Bi), and polonium (Po), the metalloid is at least one selected from boron (B), silicon (Si), germanium (Ge), arsenic (As), antimony (Sb), tellurium (Te), and astatine (At), and at least one of the m-1 n-type charge generating layers includes a metal.
An apparatus, comprising: means for configuring a control channel partitioning pattern for a control channel within a configured time period, wherein the control channel partitioning pattern comprises a cell-specific control channel partitioning pattern and a user-equipment-specific control channel partitioning pattern, wherein a starting position of the time period is configurable, and wherein a length of the time period is configurable; means for indicating a starting subframe as the starting position; and means for communicating with at least one user equipment based on the control channel partitioning pattern, wherein the control channel comprises at least one control region, and the at least one control region comprises at least one subframe in time domain. means for configuring a control channel partitioning pattern for a control channel within a configured time period, wherein the control channel partitioning pattern comprises a cell-specific control channel partitioning pattern and a user-equipment-specific control channel partitioning pattern, wherein a starting position of the time period is configurable, and wherein a length of the time period is configurable; means for indicating a starting subframe as the starting position; and means for communicating with at least one user equipment based on the control channel partitioning pattern, wherein the control channel comprises at least one control region, and the at least one control region comprises at least one subframe in time domain.