mhurhangee/patent-ind-claim-en huggingface dataset:
A locking device for a casement of a window, a French window or the like, which can be tilted relative to a frame about a horizontal axis in a tilted position and can be rotated about a vertical axis in a rotational position and can be moved into a closed position in the frame , having a drive rod fitting , with a fitting part on the casement side provided for mounting on the casement and a fitting part on the frame side provided for mounting on the frame , and a bolt , wherein the bolt of one of said fitting parts can be moved into a pocket of the other of said fitting parts and a control device is designed for moving the bolt into the pocket when casement is located in the tilted positon or closed position and for moving the bolt out of the pocket when casement is located in the rotational position, wherein the bolt can be displaced in the provided mounting position parallel to the horizontal axis and the pocket is arranged in the other of said fitting parts to accommodate the free end of the bolt with its plane orthogonal to the provided horizontal axis and the bolt is movable in the mounted state by means of the control device in dependence on the position of the casement relative to the frame , whereby the control of the locking device takes place independently of the drive rod fitting , characterized in that a pivotable control lever is supported on the longitudinally displaceable bolt and that a pivot lever is mounted on the fitting part guiding the bolt and that the control lever and the pivot lever are arranged to form a toggle lever.
Method of operating of an iron making installation, the method comprising the steps of: a. Drying waste material using a drying gas, the drying gas comprising an exhaust gas from a sinter plant, b. Roasting the dried waste material using a roasting gas, so as to produce coal and a roasting exhaust gas. c. Using the coal as raw material into an iron making process d. recycling at least a part of the roasting exhaust gas to the sinter plant. a. Drying waste material using a drying gas, the drying gas comprising an exhaust gas from a sinter plant, b. Roasting the dried waste material using a roasting gas, so as to produce coal and a roasting exhaust gas. c. Using the coal as raw material into an iron making process d. recycling at least a part of the roasting exhaust gas to the sinter plant.
A pharmaceutical formulation comprising: a therapeutically effective amount of a bispecific protein comprising a soluble T cell receptor (TCR) and an scFV; a surfactant; a bulking agent; and a stabiliser, wherein the w/w ratio of surfactant to protein is in the range of 0.75:1 to 1.5:1, the ratio of stabiliser to bulking agent is greater than 1:1, the surfactant is polysorbate 20, the bulking agent is mannitol, the stabiliser is sucrose and/or trehalose, and the bispecific protein is present at a concentration of less than 1 mg/ml. a therapeutically effective amount of a bispecific protein comprising a soluble T cell receptor (TCR) and an scFV; a surfactant; a bulking agent; and a stabiliser,
A computer-implemented method to relight a video, the method comprising: receiving a plurality of frames of the video, wherein each frame includes depth data and color data for a plurality of pixels; segmenting each frame based on the depth data to classify each pixel as a foreground pixel or a background pixel; setting depth value of each background pixel to a fixed depth value; applying a Gaussian filter to smooth depth values of the plurality of pixels; calculating surface normals based on the depth values of the plurality of pixels; characterized in : creating a three-dimensional, 3D, mesh based on the depth values of the plurality of pixels and the surface normals; and rendering a relighted frame by adding a virtual light based on the 3D mesh and the color data. receiving a plurality of frames of the video, wherein each frame includes depth data and color data for a plurality of pixels; segmenting each frame based on the depth data to classify each pixel as a foreground pixel or a background pixel; setting depth value of each background pixel to a fixed depth value; applying a Gaussian filter to smooth depth values of the plurality of pixels; calculating surface normals based on the depth values of the plurality of pixels; characterized in : creating a three-dimensional, 3D, mesh based on the depth values of the plurality of pixels and the surface normals; and rendering a relighted frame by adding a virtual light based on the 3D mesh and the color data. creating a three-dimensional, 3D, mesh based on the depth values of the plurality of pixels and the surface normals; and rendering a relighted frame by adding a virtual light based on the 3D mesh and the color data.
A system, comprising: a sensor configured to detect a physical characteristic of a tubular string moving past the sensor and generate a signal indicative of the physical characteristic; and a processing device configured to: process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value . a sensor configured to detect a physical characteristic of a tubular string moving past the sensor and generate a signal indicative of the physical characteristic; and a processing device configured to: process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value . process the signal indicative of the physical characteristic to generate a processed signal; determine whether the processed signal is indicative of a deviation of the tubular string by comparison of the processed signal with one or more predetermined values for a feature set consistent with the physical characteristic and by determining whether a result of the comparison meets or exceeds a predetermined threshold value; and generate output data comprising position information and time information each related to the deviation of the tubular string, wherein the output data is utilized to automatically position a tripping apparatus at a location of the deviation on the tubular string when the result of the comparison meets or exceeds the predetermined threshold value .
A method for dynamic resource adjustment based on network sharing, comprising: determining , by a management network element, a first P-GW to be re-allocated and adjustment type information of the first P-GW, and obtaining an identity of a participant Mobile Network Operator, PMNO, corresponding to the first P-GW; obtaining , by the management network element according to the obtained identity of the PMNO and a stored correspondence between an identity of a PMNO and a P-GW, resource information of a P-GW corresponding to the PMNO; and adjusting , by the management network element according to the adjustment type information of the first P-GW and the resource information of the P-GW corresponding to the PMNO and based on that a sum of throughput upper limits of P-GWs corresponding to the PMNO is equal to a total throughput value of the PMNO, a throughput upper limit configured for the first P-GW and a throughput upper limit configured for another P-GW corresponding to the PMNO, so as to satisfy a throughput required by the first P-GW, wherein the throughput upper limit configured for a P-GW is set according to a throughput that can be carried at a guaranteed bit rate. determining , by a management network element, a first P-GW to be re-allocated and adjustment type information of the first P-GW, and obtaining an identity of a participant Mobile Network Operator, PMNO, corresponding to the first P-GW; obtaining , by the management network element according to the obtained identity of the PMNO and a stored correspondence between an identity of a PMNO and a P-GW, resource information of a P-GW corresponding to the PMNO; and adjusting , by the management network element according to the adjustment type information of the first P-GW and the resource information of the P-GW corresponding to the PMNO and based on that a sum of throughput upper limits of P-GWs corresponding to the PMNO is equal to a total throughput value of the PMNO, a throughput upper limit configured for the first P-GW and a throughput upper limit configured for another P-GW corresponding to the PMNO, so as to satisfy a throughput required by the first P-GW, wherein the throughput upper limit configured for a P-GW is set according to a throughput that can be carried at a guaranteed bit rate.
A washware carrier for an automatic cleaning and/or disinfecting machine in particular for receiving bed pans, stool containers, urine bottles, and/or similar items to be washed, with a wire arrangement which serves to be loaded with washware , and a holding-down element arranged above the wire arrangement in the vertical direction of the washware carrier and in operative connection with the wire arrangement , the wire arrangement and the holding-down element forming a washware receptacle therebetween, characterized in that the vertical distance between the wire arrangement and the holding-down element is designed to be adjustable.
Bottle divider from a moulded pulp material, the bottle divider comprising: - a number of bottle receiving compartments ; and - bottle positioning elements configured for maintaining the bottle that is placed in one of the compartments in a desired position, wherein the bottle positioning elements comprise bottle neck positioners configured for engaging the bottle neck, wherein the moulded pulp material comprising an amount of non-wood biomass material of plant origin, wherein the moulded pulp comprises at least 10 wt.% non-wood lignocellulosic biomass, wherein the moulded pulp material comprises an amount of a surface roughness reducing agent, wherein the surface roughness reducing agent comprises a biodegradable aliphatic polyester. - a number of bottle receiving compartments ; and - bottle positioning elements configured for maintaining the bottle that is placed in one of the compartments in a desired position, wherein the bottle positioning elements comprise bottle neck positioners configured for engaging the bottle neck,
A method comprising: prior to receiving a user command to play audio content, retrieving, by a single playback device of one of a bonded zone and a zone group comprising at least a second playback device, audio content and storing the audio content in memory on the single playback device , wherein the single playback device is a first playback device; and distributing, by the first playback device , to the at least one second playback device of the zone group or bonded zone, the audio content when a presence or approach of a user toward a playback device of one of a bonded zone and a zone group comprising a first and at least a second playback device; and playing back, by the first playback device, the retrieved audio content in synchrony with the at least one second playback device of the one of the bonded zone or zone group in response to receiving a command to render audio content. prior to receiving a user command to play audio content, retrieving, by a single playback device of one of a bonded zone and a zone group comprising at least a second playback device, audio content and storing the audio content in memory on the single playback device , wherein the single playback device is a first playback device; and distributing, by the first playback device , to the at least one second playback device of the zone group or bonded zone, the audio content when a presence or approach of a user toward a playback device of one of a bonded zone and a zone group comprising a first and at least a second playback device; and playing back, by the first playback device, the retrieved audio content in synchrony with the at least one second playback device of the one of the bonded zone or zone group in response to receiving a command to render audio content.
A sickle guard counter-knife insert comprising a pair of counter-knives , each counter-knife defining a channel for an operable sickle bar between mutually-coupled upper and lower portions, characterised by the counter-knives being connected together by a crossbar , wherein the counter-knives and crossbar are formed together as an integral unit.
Heating device with: - a base rail , which has a bearing surface for a supporting plate , - at least one supporting plate which is or can be arranged on the base rail , and which has a base body extended along a longitudinal axis, wherein the base body has end edges spaced apart from each other along the longitudinal axis, - a bearing arranged on the supporting plate for supporting the supporting plate on the base rail , - a counter bearing arranged on the base rail for supporting the bearing of the supporting plate , - a support part which is or can be arranged on the base rail , wherein the support part has a bearing surface for the supporting plate , against which the supporting plate supports itself with a predetermined inclination relative to the base rail in the state when being supported by on the base rail . - a base rail , which has a bearing surface for a supporting plate , - at least one supporting plate which is or can be arranged on the base rail , and which has a base body extended along a longitudinal axis, wherein the base body has end edges spaced apart from each other along the longitudinal axis, - a bearing arranged on the supporting plate for supporting the supporting plate on the base rail , - a counter bearing arranged on the base rail for supporting the bearing of the supporting plate , - a support part which is or can be arranged on the base rail , wherein the support part has a bearing surface for the supporting plate , against which the supporting plate supports itself with a predetermined inclination relative to the base rail in the state when being supported by on the base rail .
A computer-implemented method to evaluate the characteristics of a geobody in a hydrocarbon reservoir model, the method comprising: detecting , via a geobody evaluation engine, entry of one or more model filters defined using one or more characteristics of a desired geobody, wherein the one or more model filters relate to rock physics or mechanical rock properties, minimum cell connectivity count, and cell connection geometry; generating a plurality of first generation geobodies based upon at least one of the filters; calculating a connectivity score for each first generation geobody using a modified Euler Characteristic, wherein the modified Euler characteristic expresses a number of connected components of a well-defined porous medium based on the detected one or more model filters; ranking the first generation geobodies in relation to one another based on their connectivity scores, wherein the value of the modified Euler Characteristic for each first generation geobody is dependent on at least one of the one or more filters; and determining optimally connected geobodies based on the ranked first generation geobodies, wherein the optimal connection permits the transport of fluids within conduits existing in saturated subsurface porous media; realizing the optimally connected geobodies in an earth model to simulate downhole operations. detecting , via a geobody evaluation engine, entry of one or more model filters defined using one or more characteristics of a desired geobody, wherein the one or more model filters relate to rock physics or mechanical rock properties, minimum cell connectivity count, and cell connection geometry; generating a plurality of first generation geobodies based upon at least one of the filters; calculating a connectivity score for each first generation geobody using a modified Euler Characteristic, wherein the modified Euler characteristic expresses a number of connected components of a well-defined porous medium based on the detected one or more model filters; ranking the first generation geobodies in relation to one another based on their connectivity scores, wherein the value of the modified Euler Characteristic for each first generation geobody is dependent on at least one of the one or more filters; and determining optimally connected geobodies based on the ranked first generation geobodies, wherein the optimal connection permits the transport of fluids within conduits existing in saturated subsurface porous media; realizing the optimally connected geobodies in an earth model to simulate downhole operations.
Ophthalmological laser therapy system comprising: - an equipment base , - an equipment head , - a laser device that contains a laser source, a first laser therapy optical unit and a laser pivot arm with a second laser therapy optical unit and a laser exit aperture , wherein - the equipment head is displaceable on the equipment base in an xy-plane by means of a translational movement and - the laser pivot arm is fastened to the equipment head in a manner pivotable about a first axis , preferably a horizontal first axis, characterized in that the laser pivot arm is encompassed by a pivot arm housing , which is fastened in a separately pivotable manner on the equipment head in coaxial fashion relative to the laser pivot arm . - an equipment base , - an equipment head , - a laser device that contains a laser source, a first laser therapy optical unit and a laser pivot arm with a second laser therapy optical unit and a laser exit aperture , wherein - the equipment head is displaceable on the equipment base in an xy-plane by means of a translational movement and - the laser pivot arm is fastened to the equipment head in a manner pivotable about a first axis , preferably a horizontal first axis, characterized in that the laser pivot arm is encompassed by a pivot arm housing , which is fastened in a separately pivotable manner on the equipment head in coaxial fashion relative to the laser pivot arm .
A refrigerator comprising: a cabinet having a storage compartment for storing food therein; a sensor mounted in the cabinet to sense information related to an internal state of the refrigerator, wherein the sensor is configured to transmit the sensed information to a control unit of the refrigerator; a first converting unit for converting the sensed information sensed by the sensor into data to be transmitted through a light source ; the light source configured to flicker according to the data converted by the first converting unit ; a camera for successively capturing images of the light source ; and a second converting unit configured to compare the images successively captured by the camera for converting information related to the flickering of the light source captured by the camera into data related to the sensor ; and the control unit configured to use the data converted by the second converting unit to control the operation of the refrigerator; wherein the sensor , the first converting unit and the light source are connected to each other via wire; wherein the camera and the second converting unit are connected to each other via wire; and wherein the camera and the light source are spaced apart from each other in the storage compartment and are not connected to each other via wire. a cabinet having a storage compartment for storing food therein; a sensor mounted in the cabinet to sense information related to an internal state of the refrigerator, wherein the sensor is configured to transmit the sensed information to a control unit of the refrigerator; a first converting unit for converting the sensed information sensed by the sensor into data to be transmitted through a light source ; the light source configured to flicker according to the data converted by the first converting unit ; a camera for successively capturing images of the light source ; and a second converting unit configured to compare the images successively captured by the camera for converting information related to the flickering of the light source captured by the camera into data related to the sensor ; and the control unit configured to use the data converted by the second converting unit to control the operation of the refrigerator; wherein the sensor , the first converting unit and the light source are connected to each other via wire; wherein the camera and the second converting unit are connected to each other via wire; and wherein the camera and the light source are spaced apart from each other in the storage compartment and are not connected to each other via wire.