mhurhangee/ep-ind-claims huggingface dataset:
Device for sealing and evacuating or applying gas pressure to in particular a paste-like liquid in a container, the interior of which has a cylindrical inner contour, - having a seal which is arranged on a periphery of the device and adapted to be insertable into the cylindrical inner contour of a container to be peripherally sealing, and which delimits an outer side of the device from an inner side of the device, and - having a connection device which is arranged on the outer side of the device and which is set up for connecting an evacuating pump, and - having an open-cell porous wall of the inner side of the device which is connected by pipe to the connection device, characterised in that the porous wall merges into the pipe connection to the connection device via a transition cavity in the form of ring channels extending into the porous material. - having a seal which is arranged on a periphery of the device and adapted to be insertable into the cylindrical inner contour of a container to be peripherally sealing, and which delimits an outer side of the device from an inner side of the device, and - having a connection device which is arranged on the outer side of the device and which is set up for connecting an evacuating pump, and - having an open-cell porous wall of the inner side of the device which is connected by pipe to the connection device,
An overvoltage protection system for a generator of a power generating system, comprising: a generator control relay controlling a conduction path between a generator control unit and a generator exciter field; a flyback impedance in parallel communication with the generator exciter field, the flyback impedance being configured to dissipate energy from the generator exciter field in response to opening of the conduction path; a gate drive configured to open and close the GCR; and an overvoltage prevention unit in signal communication with the gate drive, the overvoltage prevention unit being configured to monitor a voltage and a current associated with the generator and selectively output a control signal to the gate drive to open and close the conduction path controlled by the GCR in response to the monitored voltage and current, characterized in that the overvoltage prevention unit is configured to output the control signal selective to both whether an overvoltage fault exists and whether an overcurrent fault exists. a generator control relay controlling a conduction path between a generator control unit and a generator exciter field; a flyback impedance in parallel communication with the generator exciter field, the flyback impedance being configured to dissipate energy from the generator exciter field in response to opening of the conduction path; a gate drive configured to open and close the GCR; and an overvoltage prevention unit in signal communication with the gate drive, the overvoltage prevention unit being configured to monitor a voltage and a current associated with the generator and selectively output a control signal to the gate drive to open and close the conduction path controlled by the GCR in response to the monitored voltage and current, characterized in that the overvoltage prevention unit is configured to output the control signal selective to both whether an overvoltage fault exists and whether an overcurrent fault exists.
A central unit operable in a communication system, comprising: means for receiving a neighbor relation message from a base station, the neighbor relation message comprising information being based on the neighbor relation table of the base station, and the neighbor relation message including a rank indicating neighbor eNBs of the base station that are preferable for cooperation; means for generating cluster information based on the neighbor relation message, wherein the cluster information indicates a sub-cluster within a top cluster, wherein the sub-cluster indicate cells within the top cluster that cooperate with each other to perform Cooperative Multipoint CoMP communications; and means for transmitting the cluster information to the base station. means for receiving a neighbor relation message from a base station, the neighbor relation message comprising information being based on the neighbor relation table of the base station, and the neighbor relation message including a rank indicating neighbor eNBs of the base station that are preferable for cooperation; means for generating cluster information based on the neighbor relation message, wherein the cluster information indicates a sub-cluster within a top cluster, wherein the sub-cluster indicate cells within the top cluster that cooperate with each other to perform Cooperative Multipoint CoMP communications; and means for transmitting the cluster information to the base station.
Isolated human NK cells in a cryopreserved state, preloaded prior to freezing with an antibody construct, the antibody construct comprising at least a first binding domain binding to an NK cell receptor antigen on the cell surface of an immunological effector cell, said first binding domain comprises three heavy chain CDRs and three light chain CDRs, and a second binding domain binding to a cell surface antigen on the cell surface of a target cell.
An image processing apparatus comprising a data transform processing unit operable to perform a pixel transform in respect of a centre pixel at the centre of an nxn two-dimensional pixel array which is either a 5 x 5 or a 7 x 7 two-dimensional pixel array by analyzing the n x n two-dimensional pixel array, where white pixels are arranged in a checkered manner and pixels of a plurality of other colors functioning as color information components are arranged at other pixel positions so as to form an RGBW pattern composed of RGB pixels and W pixels, wherein the data transform processing unit further includes: an edge detection unit operable to generate edge information including an edge direction and intensity information corresponding to the centre pixel of the n x n two-dimensional pixel array by analyzing the n x n two-dimensional pixel array; a texture detection unit operable to generate texture information indicating a texture ratio corresponding to respective pixels by analyzing the n x n two-dimensional pixel array; a parameter calculation unit (204, 205, 207, 208) operable to calculate parameters for transforming the RGBW pattern into an RGB pattern and operable to generate parameters equivalent to interpolation pixel values calculated through an interpolation processing in which an applied pixel position is changed in accordance with the edge direction corresponding to the centre pixel; and a blend processing unit operable to receive as inputs the parameters calculated by the parameter calculation unit, the edge information, and the texture information, operable to change a blend ratio of the parameters calculated by the parameter calculation unit in accordance with the edge information and the texture information corresponding to the centre pixel, and operable to execute the blend processing to decide the transform pixel value for the centre pixel. an edge detection unit operable to generate edge information including an edge direction and intensity information corresponding to the centre pixel of the n x n two-dimensional pixel array by analyzing the n x n two-dimensional pixel array; a texture detection unit operable to generate texture information indicating a texture ratio corresponding to respective pixels by analyzing the n x n two-dimensional pixel array; a parameter calculation unit (204, 205, 207, 208) operable to calculate parameters for transforming the RGBW pattern into an RGB pattern and operable to generate parameters equivalent to interpolation pixel values calculated through an interpolation processing in which an applied pixel position is changed in accordance with the edge direction corresponding to the centre pixel; and a blend processing unit operable to receive as inputs the parameters calculated by the parameter calculation unit, the edge information, and the texture information, operable to change a blend ratio of the parameters calculated by the parameter calculation unit in accordance with the edge information and the texture information corresponding to the centre pixel, and operable to execute the blend processing to decide the transform pixel value for the centre pixel.
A hand applicator of encapsulated liquids for their even distribution on surfaces, said applicator including an upper side, a capsule of a liquid, an evenly perforated dissector, and a working side, wherein: said upper side includes an impermeable membrane; said capsule is placed between said impermeable membrane and said dissector; said working side includes an absorber and covers the outside of said dissector; said upper side, dissector, and working side are fixed together along the edge of said applicator; and whereby a manual compression of said applicator causes said capsule to open and release said liquid, which flows through said dissector and evenly infuses said working side; wherein said dissector is semi-rigid concave and contains said capsule.
Apparatus for determining functional lung characteristics of a patient comprising an electrical impedance tomography imaging device adapted to record the impedance distribution within a plane of the thorax of the patient, the EIT imaging device including a control and analysis unit for performing the impedance measurement and deriving the impedance distribution within the plane of the thorax (EIT image), wherein the control and analysis unit is further arranged to automatically perform the following steps: - determining a global impedance change, defined as the impedance change with respect to an earlier measured reference impedance distribution integrated over the electrode plane, and recording the global impedance change curve as a function of time, - performing breath detection in order to identify a breathing cycle, characterized in that the control and analysis unit is further arranged to automatically perform the following steps - subdividing each breathing cycle to define a plurality of intratidal intervals, - subdividing an EIT image from each interval into a plurality of regions of interest and for each interval calculating for each region of interest the ratio of the integrated impedance change within this region of interest to the global impedance change of this EIT image, and - for each intratidal interval presenting indications of the ratios determined for the regions of interest to provide an intratidal gas distribution representation for each interval. - determining a global impedance change, defined as the impedance change with respect to an earlier measured reference impedance distribution integrated over the electrode plane, and recording the global impedance change curve as a function of time, - performing breath detection in order to identify a breathing cycle, - subdividing each breathing cycle to define a plurality of intratidal intervals, - subdividing an EIT image from each interval into a plurality of regions of interest and for each interval calculating for each region of interest the ratio of the integrated impedance change within this region of interest to the global impedance change of this EIT image, and - for each intratidal interval presenting indications of the ratios determined for the regions of interest to provide an intratidal gas distribution representation for each interval.
Component (1, 1', 1", 1"', 1"') with a functional element (2, 2', 2", 2"', 2"", 2""') consisting of an elastomeric material, in which a readable and/or writable data carrier is embedded, the data carrier being provided with a casing, characterized in that the hardness of the casing is greater than the hardness of the functional element (2, 2', 2"', 2"", 2""') but less than the hardness of the data carrier.
A method of capturing a screen, comprising: monitoring screen changes on a first display system and inserting screen change information into a queue; reading the screen change information from the queue; and maintaining a dirty region, said dirty region being a data structure representing areas of the screen which have been changed by drawing operations, characterised in that the information inserted into the queue comprises serialised data packets, the screen change information includes a first type of screen change information comprising packets describing areas of the screen that have been modified and a second type of screen change information comprising packets containing instructions for reproducing drawing operations; and wherein areas affected by the first type of screen change information are added to the dirty region and areas affected by the second type of screen change information are subtracted from the dirty region. monitoring screen changes on a first display system and inserting screen change information into a queue; reading the screen change information from the queue; and maintaining a dirty region, said dirty region being a data structure representing areas of the screen which have been changed by drawing operations,
A chemiluminescence immune analytical method, comprising the following steps of: mixing a sample to be detected suspected of containing a target molecule to be detected with a reagent required for a chemiluminescence immune reaction to react so as to form a mixture to be detected; initiating the mixture to be detected for t times successively to generate chemiluminescence, and recording a signal value of the chemiluminescence for n times, wherein a signal value of the chemiluminescence recorded at the n th time is marked as RLUn; selecting any two signal values from n-time recorded signal values of the chemiluminescence, marking the two signal values respectively as RLUm and RLUk, and marking a growth rate from RLUm to RLUk as A; plotting a standard curve based on a growth rate A' from RLUm' to RLUk' in any two reactions at step and step with respect to a series of standard substances with known concentrations containing the target molecule to be detected; and comparing the growth rate A obtained at step with the standard curve obtained at step to determine a concentration of the target molecule to be detected, wherein t, n, m, and k are all natural numbers larger than 0, and k<m≤n≤t, n≥2. mixing a sample to be detected suspected of containing a target molecule to be detected with a reagent required for a chemiluminescence immune reaction to react so as to form a mixture to be detected; initiating the mixture to be detected for t times successively to generate chemiluminescence, and recording a signal value of the chemiluminescence for n times, wherein a signal value of the chemiluminescence recorded at the n th time is marked as RLUn; selecting any two signal values from n-time recorded signal values of the chemiluminescence, marking the two signal values respectively as RLUm and RLUk, and marking a growth rate from RLUm to RLUk as A; plotting a standard curve based on a growth rate A' from RLUm' to RLUk' in any two reactions at step and step with respect to a series of standard substances with known concentrations containing the target molecule to be detected; and comparing the growth rate A obtained at step with the standard curve obtained at step to determine a concentration of the target molecule to be detected,
A sports shoe, comprising a smooth shoestring and a lace-blocking loop placed at the top of the lacing zone of the sports shoe, characterized in that the lace-blocking loop comprises a seat (3; 13) on which is located a first loop member (1; 11) with a sliding zone (4; 14) for receiving and facilitating sliding of a lace, and a second blocking member (2; 12) having a blocking surface (8; 18) intended for cooperating with the lace so as to prevent sliding thereof in a loosening direction, and to allow sliding thereof in a tightening direction, and characterized in that the lace-blocking loop comprises a gap at the top adapted for completely releasing the lace in a direction substantially perpendicular to the seat (3; 13) of the lace-blocking loop, and in that the loop member comprises a flange at the top thereof preventing the lace in a blocking configuration from escaping vertically to the seat.
An anti-predation device for a fish pond having a plurality of posts to be distributed uniformly around the basin and anchored in the surrounding ground, said posts being able to bear, on the one hand, a horizontal protection extending above said basin and having a plurality of parallel monofilaments tensioned on a frame connected to said posts and, on the other hand, a lateral protection including at least one vertical net suspended on said frame around the periphery of the horizontal protection and extending from the horizontal protection to the surface of the ground, characterized in that it includes means for adjusting the horizontality and the height of said frame.
A system for controlling a vehicle drivetrain, comprising: a rotating E-machine operatively connected to the vehicle drivetrain; an angular position sensor operatively connected to the rotating E-machine and producing a sensor output signal; characterized by a sensor digital converter operatively connected to the angular position sensor, the sensor digital converter receiving said sensor output signal and producing a converter output signal; and a controller operatively connected to the sensor digital converter; wherein the controller operates the E-machine at a first angular speed; wherein the controller compensates for a first error in the converter output signal, said first error due to the angular position sensor; wherein the controller further compensates for a second error in the converter output signal, the second error due to the sensor digital converter; and wherein: (a) the first error due to the angular position sensor comprises: (i) a sensor position error which is independent of speed; and/or (ii) a sensor speed error which is proportionally dependent on speed; and/or (b) the second error due to the sensor digital converter is dependent on speed and does not vary proportionally with speed. a rotating E-machine operatively connected to the vehicle drivetrain; an angular position sensor operatively connected to the rotating E-machine and producing a sensor output signal; characterized by a sensor digital converter operatively connected to the angular position sensor, the sensor digital converter receiving said sensor output signal and producing a converter output signal; and a controller operatively connected to the sensor digital converter; wherein the controller operates the E-machine at a first angular speed; wherein the controller compensates for a first error in the converter output signal, said first error due to the angular position sensor; wherein the controller further compensates for a second error in the converter output signal, the second error due to the sensor digital converter; and wherein: (a) the first error due to the angular position sensor comprises: (i) a sensor position error which is independent of speed; and/or (ii) a sensor speed error which is proportionally dependent on speed; and/or (b) the second error due to the sensor digital converter is dependent on speed and does not vary proportionally with speed. (a) the first error due to the angular position sensor comprises: (i) a sensor position error which is independent of speed; and/or (ii) a sensor speed error which is proportionally dependent on speed; and/or (b) the second error due to the sensor digital converter is dependent on speed and does not vary proportionally with speed.
Propylene polymer compositions comprising: A) from 70 wt% to 95 wt%, of a random copolymer of propylene with ethylene, containing from 3.5 wt% to 6.5 wt% of ethylene derived units, having a content of fraction soluble in xylene at 25°C comprised between 7.1 wt% and 11.2 wt%; B) from 5 wt% to 35 wt%, of a copolymer of propylene with ethylene, containing from 8.5 wt% to 17.0 wt % of ethylene derived units; the sum A+B being 100; wherein the melt flow rate,MFR (ISO 1133 (230° C, 2.16 kg) ranges from 0.6 g/10 min to 20.2 g/10 min. A) from 70 wt% to 95 wt%, of a random copolymer of propylene with ethylene, containing from 3.5 wt% to 6.5 wt% of ethylene derived units, having a content of fraction soluble in xylene at 25°C comprised between 7.1 wt% and 11.2 wt%; B) from 5 wt% to 35 wt%, of a copolymer of propylene with ethylene, containing from 8.5 wt% to 17.0 wt % of ethylene derived units;
A computer-implemented seismic data processing method for obtaining an image of an explored subsurface formation, the method comprising: obtaining detected data related to waves traveling through the formation; generating modeled data corresponding to the detected data, using a velocity model of the formation; back-propagating residuals representing differences between the modeled data and the detected data; updating the velocity model using a local optimization based on a deconvolution formula employing a backward propagating wavefield and a forward propagating wavefield; and imaging geophysical features of the formation based on the updated velocity model, wherein the deconvolution formula in a common shot domain used to calculate a perturbation of the velocity model is: δν x = ν 0 3 2 πρ ∫ dω i ω 3 ∇ p B ⋅ ∇ p ̅ F + p B ∇ 2 p ̅ F p F p F ̅, where ν 0 is the initial velocity, ρ is density, p F is the forward propagating wavefield from wave source to point x, p B is the backward propagating wavefield from a receiver to point x, p F and p B being based on the velocity model and the bar denoting the complex conjugate, and ω is an angular frequency, and wherein the generating of the model data, the calculating of the differences, the back-propagating of the residuals and the updating of the velocity model are performed iteratively until a predetermined criterion is met. obtaining detected data related to waves traveling through the formation; generating modeled data corresponding to the detected data, using a velocity model of the formation; back-propagating residuals representing differences between the modeled data and the detected data; updating the velocity model using a local optimization based on a deconvolution formula employing a backward propagating wavefield and a forward propagating wavefield; and imaging geophysical features of the formation based on the updated velocity model, wherein the deconvolution formula in a common shot domain used to calculate a perturbation of the velocity model is: δν x = ν 0 3 2 πρ ∫ dω i ω 3 ∇ p B ⋅ ∇ p ̅ F + p B ∇ 2 p ̅ F p F p F ̅, where ν 0 is the initial velocity, ρ is density, p F is the forward propagating wavefield from wave source to point x, p B is the backward propagating wavefield from a receiver to point x, p F and p B being based on the velocity model and the bar denoting the complex conjugate, and ω is an angular frequency, and wherein the generating of the model data, the calculating of the differences, the back-propagating of the residuals and the updating of the velocity model are performed iteratively until a predetermined criterion is met.
Arrangement of a sensor device with at least one sensor for contactless activation of at least one moving part of a vehicle, especially a vehicle hatch, the sensor being arranged on at least one support element on the vehicle, in order to permit detection of an object in at least one detection range adjacent to the vehicle, so that operation of the hatch can be activated via the detection, wherein the sensor is arranged in shape-mated and/or force-fit fashion on support element and wherein that support element has a stretched shape in a width direction and can be arranged in the vehicle, so that the width direction extends across the vehicle width, characterized in that at least one engagement element is designed as a fastening dome, which has a receptacle to accommodate the sensor, wherein the fastening dome is designed for shape-mated arrangement of a clip, which is designed as a mating element for the clamping arrangement of the sensor between the receptacle and clip.