mhurhangee/ep-ind-claims huggingface dataset:
A machine-readable non-transitory storage medium comprising instructions executable by a processor to histogram compress an input image, the input image having a color spectrum, by: selecting a histogram compression end point pair from a list of histogram compression end point pairs related to a target color space range, each end point pair including a low value and a high value between which pixel colors in the input image are linearly compressed, wherein the selection is based on the application of the histogram compression end point pairs to the pixels within the input image with color values within a reduced color space, the reduced color space indicating a set of color values outside the target color space and affected by histogram compression to reach the target color space range, and based on a prioritization rule which prioritizes for selection either (a) histogram compression end point pairs affecting more color values in the set of color values which are at a low value end of the color spectrum than are at a high value end of the color spectrum or (b) histogram compression end point pairs affecting more color values in the set of color values which are at the high value end of the color spectrum than are at the low value end of the color spectrum; and applying the selected histogram compression end point pair to the input image to histogram compress the input image. selecting a histogram compression end point pair from a list of histogram compression end point pairs related to a target color space range, each end point pair including a low value and a high value between which pixel colors in the input image are linearly compressed, wherein the selection is based on the application of the histogram compression end point pairs to the pixels within the input image with color values within a reduced color space, the reduced color space indicating a set of color values outside the target color space and affected by histogram compression to reach the target color space range, and based on a prioritization rule which prioritizes for selection either (a) histogram compression end point pairs affecting more color values in the set of color values which are at a low value end of the color spectrum than are at a high value end of the color spectrum or (b) histogram compression end point pairs affecting more color values in the set of color values which are at the high value end of the color spectrum than are at the low value end of the color spectrum; and applying the selected histogram compression end point pair to the input image to histogram compress the input image.
A digital video camera: a lens and an image sensor, the image sensor capturing light propagating through the lens and representing a scene, and the image sensor producing image data of the scene; and a microphone configured to capture first audio and produce first audio data; wherein the digital video camera is configured to: receive the first audio data, receive second audio data from a remotely located wireless connection-enabled microphone, receive the image data, process the first audio data using a first audio codec to produce first compressed audio data, process the second audio data using a second audio codec to produce second compressed audio data, wherein the digital video camera separately processes the first audio data using the first audio codec and the second audio data using the second audio codec, process the image data using a video codec to produce compressed video data, generate a video file that includes the first compressed audio data as a first audio track, the second compressed audio data as a second audio track, and the compressed video data as a video track, and store the video file in a local data store (560, 580). a lens and an image sensor, the image sensor capturing light propagating through the lens and representing a scene, and the image sensor producing image data of the scene; and a microphone configured to capture first audio and produce first audio data; wherein the digital video camera is configured to: receive the first audio data, receive second audio data from a remotely located wireless connection-enabled microphone, receive the image data, process the first audio data using a first audio codec to produce first compressed audio data, process the second audio data using a second audio codec to produce second compressed audio data, wherein the digital video camera separately processes the first audio data using the first audio codec and the second audio data using the second audio codec, process the image data using a video codec to produce compressed video data, generate a video file that includes the first compressed audio data as a first audio track, the second compressed audio data as a second audio track, and the compressed video data as a video track, and store the video file in a local data store (560, 580). receive the first audio data, receive second audio data from a remotely located wireless connection-enabled microphone, receive the image data, process the first audio data using a first audio codec to produce first compressed audio data, process the second audio data using a second audio codec to produce second compressed audio data, wherein the digital video camera separately processes the first audio data using the first audio codec and the second audio data using the second audio codec, process the image data using a video codec to produce compressed video data, generate a video file that includes the first compressed audio data as a first audio track, the second compressed audio data as a second audio track, and the compressed video data as a video track, and store the video file in a local data store (560, 580).
Implant for the prevention or treatment of a hernia formed in the abdominal wall in the proximity of a stoma of an organ, comprising a layer of a porous structure, said porous structure comprising a first surface intended to be placed facing the abdominal wall after implantation and a second surface opposite the first surface, this second surface being intended to be placed facing the abdominal cavity after implantation, the second surface intended to face the abdominal cavity being covered by a first film of anti-adhesive material, characterized in that said porous structure comprises a first part intended to be in contact with the stoma organ and having a first thickness E1, and a second part having a second thickness E2 greater than said first thickness E1, said first part being covered, on its surface intended to face the abdominal wall, by a second film of anti-adhesive material, the surface of the second part intended to be placed facing the abdominal wall being not covered by a film of anti-adhesive material and remaining open to cell colonization at the time of implantation.
An appliance for the production of dairy products comprising a hollow body and a closing cover delimiting with said hollow body a housing compartment, a containment tank arranged with an axis extending vertically in said compartment, electric heating means positioned inside said compartment, at least one first temperature sensor (7a, 7b) positioned inside said compartment, an electronic control board of said electric heating means, one first and at least one second stackable container (9a, 9b) for processing dairy products and having drainage openings (12a, 12b) in said containers (9a, 9b) which differ in shape and size, the appliance further having first forced positioning means of said containers (9a, 9b) in said tank at a first axial position combined with at least a first angular position around said vertical axis and second forced positioning means of said containers in said tank at a second axial position combined with at least a second angular position around said vertical axis, wherein said second axial position is different from said first axial position and said first angular position is different from said second angular position.
Multi-function housing with a medical measuring device removably arranged therein with integrated sensor technology, which has a housing body and a movable lid, the housing body being closable by means of the lid, wherein the measuring device has measuring electrodes for bioimpedance or ECG measurements, and the multi-function housing has an integrated circuit and has at least one interface which enables interaction between the environment and the measuring device, wherein the at least one interface is designed as a charging interface, characterized in that means are provided on the lid in order to detect whether the multi-function housing is closed, and that charging of the measuring device is only possible when the multi-function housing is closed. wherein the measuring device has measuring electrodes for bioimpedance or ECG measurements, and the multi-function housing has an integrated circuit and has at least one interface which enables interaction between the environment and the measuring device, wherein the at least one interface is designed as a charging interface, characterized in that means are provided on the lid in order to detect whether the multi-function housing is closed, and that charging of the measuring device is only possible when the multi-function housing is closed.
A method of applying a protective film (10, 410) to a device (60, 460), comprising: providing a protective film (10, 410) comprising a polyurethane sheet, which comprises a polycaprolactone based aliphatic thermoplastic urethane, and an adhesive layer (30, 430) covered by a backing (20, 420), wherein the adhesive layer (30, 430) is disposed on a first major surface (40, 440) of the protective film (10, 410); removing at least a portion of the backing (20, 420) to expose an adhesive area (30, 430); contacting the exposed adhesive area (30, 430) to a surface portion (50, 450) of an electronic device (60, 460); and applying a pressure to a second major surface (90, 490) of the protective film (10, 410) to press the exposed adhesive layer (30, 430) against the surface portion (50, 450) of the electronic device (60, 460), wherein the method is performed without the application of any liquid to the device (60, 460) or the film (10, 410). providing a protective film (10, 410) comprising a polyurethane sheet, which comprises a polycaprolactone based aliphatic thermoplastic urethane, and an adhesive layer (30, 430) covered by a backing (20, 420), wherein the adhesive layer (30, 430) is disposed on a first major surface (40, 440) of the protective film (10, 410); removing at least a portion of the backing (20, 420) to expose an adhesive area (30, 430); contacting the exposed adhesive area (30, 430) to a surface portion (50, 450) of an electronic device (60, 460); and applying a pressure to a second major surface (90, 490) of the protective film (10, 410) to press the exposed adhesive layer (30, 430) against the surface portion (50, 450) of the electronic device (60, 460),
A method for cultivating ovine IgG positive B-cells, characterized in that the method comprises the following step: cultivating ovine IgG positive B-cells in the presence of phorbol myristate acetate, wherein the B-cells were obtained from peripheral blood mononuclear cells or the pool of B-cells is enriched from peripheral blood mononuclear cells. cultivating ovine IgG positive B-cells in the presence of phorbol myristate acetate, wherein the B-cells were obtained from peripheral blood mononuclear cells or the pool of B-cells is enriched from peripheral blood mononuclear cells.
Method for operating a heat pump system, the heat pump system, comprising a heat pump, at least one heating element (121,122), a heat storage element (13, 23), a control element, and a heat medium circuit, connecting the heat pump, the at least one heating element (121,122), and the heat storage element (13, 23), wherein the control element determines a current performance of the heat pump, compares the current performance to a stored performance, and chooses an operating mode of the heat pump and an operating mode of the heat storage element (13, 23) according to a result of the comparing of the current performance to the stored performance, and wherein the control element stores the current performance as a new stored performance if the current performance differs from the stored performance by an amount larger than a predetermined threshold. the heat pump system, comprising a heat pump, at least one heating element (121,122), a heat storage element (13, 23), a control element, and a heat medium circuit, connecting the heat pump, the at least one heating element (121,122), and the heat storage element (13, 23), wherein the control element determines a current performance of the heat pump, compares the current performance to a stored performance, and chooses an operating mode of the heat pump and an operating mode of the heat storage element (13, 23) according to a result of the comparing of the current performance to the stored performance, and wherein the control element stores the current performance as a new stored performance if the current performance differs from the stored performance by an amount larger than a predetermined threshold.
Method of protection against damage caused by foreign objects, FODs, in a mounting area or maintenance area, such that a protection zone is defined around an aircraft or part of it on which work is being carried out, and outside the said zone, identification labels are made available to the operators, adapted to be physically associated with objects likely to be handled by the operators inside the zone, said labels also being adapted to be read by detecting and reading means when these objects enter the zone and when they leave it and such that the identifiers read on these labels when objects enter and leave are automatically processed to detect whether an object has been forgotten in the protection zone and, if necessary, to generate an alarm when an object that has entered is not removed. such that a protection zone is defined around an aircraft or part of it on which work is being carried out, and outside the said zone, identification labels are made available to the operators, adapted to be physically associated with objects likely to be handled by the operators inside the zone, said labels also being adapted to be read by detecting and reading means when these objects enter the zone and when they leave it and such that the identifiers read on these labels when objects enter and leave are automatically processed to detect whether an object has been forgotten in the protection zone and, if necessary, to generate an alarm when an object that has entered is not removed.
An apparatus, comprising a plurality of semiconductor dice (110a-110d), wherein: at least some of the plurality of semiconductor dice are stacked and coupled by vias (120a-120c; 302, 304); and at least one of the plurality of semiconductor dice includes a plurality of drivers corresponding to a single via of the plurality of vias, wherein the plurality of drivers are selectable to operate individually or in parallel to drive a signal through the single via; wherein one driver of the plurality of drivers is configured to be always enabled when in operation, and an additional driver of the plurality of drivers is configured to be optionally selected, wherein the plurality of drivers are configured such that multiple of said drivers are selected when needed to drive said signal in large number of semiconductor dice in the stack of said semiconductor dice, and configured such that fewer of said drivers are selected when needed to drive said signal in smaller number of semiconductor dice in the stack of said semiconductor dice. at least some of the plurality of semiconductor dice are stacked and coupled by vias (120a-120c; 302, 304); and at least one of the plurality of semiconductor dice includes a plurality of drivers corresponding to a single via of the plurality of vias, wherein the plurality of drivers are selectable to operate individually or in parallel to drive a signal through the single via; wherein one driver of the plurality of drivers is configured to be always enabled when in operation, and an additional driver of the plurality of drivers is configured to be optionally selected, wherein the plurality of drivers are configured such that multiple of said drivers are selected when needed to drive said signal in large number of semiconductor dice in the stack of said semiconductor dice, and configured such that fewer of said drivers are selected when needed to drive said signal in smaller number of semiconductor dice in the stack of said semiconductor dice.
A container, comprising: a container base, the container base comprising a growth medium in which one or more plants can be grown; a container lid that is coupled to the container base; a cutting member for cutting through the one or more plants, wherein the cutting member can be actuated prior to or during an action of at least substantially breaking the coupling between the container lid and the container base, characterized in that the cutting member comprises a cutting wire having a first end thereof fixedly connected to the container lid or the container base, said cutting member being arranged in a loop substantially surrounding said one or more plants. a container base, the container base comprising a growth medium in which one or more plants can be grown; a container lid that is coupled to the container base; a cutting member for cutting through the one or more plants, wherein the cutting member can be actuated prior to or during an action of at least substantially breaking the coupling between the container lid and the container base, characterized in that the cutting member comprises a cutting wire having a first end thereof fixedly connected to the container lid or the container base, said cutting member being arranged in a loop substantially surrounding said one or more plants.
An adjustment and locking means of a ventilation device, by the aid of which means a damper plate of the ventilation device is adjusted, the adjustment and locking means comprising a slide and an elongated groove, whereby the damper plate is connected by the aid of a wire to the slide, which is arranged into the elongated groove in a manner that allows it to be moved, and which adjustment and locking means also comprises a setting means, by the aid of which the slide, and therefore also the wire, is moved and the desired position is locked, characterized in that the outer surface of the body of the adjustment and locking means comprises threads (15, 16), into which the protrusion or protrusions on the inner surface of the setting means can be screwed, and in that a part of the thread extends to only a part of the outer rim of the body of the adjustment and locking means.
An observation method comprising: an application step of applying a first magnetic field, which is generated by applying a pulse current to a coil or applying currents with a plurality of frequencies to the coil in order, to an object; a detection step of detecting a second magnetic field generated by applying the first magnetic field to the object; and a calculation step of calculating a distribution of a magnetic field source m in the second magnetic field, wherein the magnetic field source m satisfies the following (Equation A), 1 σ ∇ σ × j c = − m x y z ωμ H 0 t z where, σ is a conductivity of the object, ω is an angular frequency of a frequency in a plurality of frequency components, which are obtained by performing Fourier transform on the pulse current, or the currents of the plurality of frequencies, μ is a magnetic permeability of the object, H 0 is the first magnetic field, j e is a current density of an eddy current generated in a direction in which the first magnetic field is canceled, t is a time, z is a coordinate in a depth direction of the object, and x and y are respectively coordinates in two orthogonal directions in a plane perpendicular to the depth direction. an application step of applying a first magnetic field, which is generated by applying a pulse current to a coil or applying currents with a plurality of frequencies to the coil in order, to an object; a detection step of detecting a second magnetic field generated by applying the first magnetic field to the object; and a calculation step of calculating a distribution of a magnetic field source m in the second magnetic field, wherein the magnetic field source m satisfies the following (Equation A), 1 σ ∇ σ × j c = − m x y z ωμ H 0 t z where, σ is a conductivity of the object, ω is an angular frequency of a frequency in a plurality of frequency components, which are obtained by performing Fourier transform on the pulse current, or the currents of the plurality of frequencies, μ is a magnetic permeability of the object, H 0 is the first magnetic field, j e is a current density of an eddy current generated in a direction in which the first magnetic field is canceled, t is a time, z is a coordinate in a depth direction of the object, and x and y are respectively coordinates in two orthogonal directions in a plane perpendicular to the depth direction.
An apparatus comprising a natural gas engine and an exhaust system comprising an oxidation catalyst for treating an exhaust gas produced by a natural gas engine, which oxidation catalyst comprising a catalytic material disposed on a substrate, which catalytic material comprising a molecular sieve and a combination of platinum (Pt) and palladium (Pd) supported on the molecular sieve, wherein the molecular sieve has a framework comprising silicon, oxygen, optionally germanium and one or more heteroatom T-atoms (tetrahedrally coordinated atoms), wherein the heteroatom T-atoms are not silicon, not germanium and not oxygen, the framework having a content of heteroatom T-atoms of ≤ 0.20 mol%.
A wind turbine generator comprising an electrical generator, a dump load unit for dissipating power from the electrical generator and for damping electrical grid oscillations, a wind turbine power controller and a damping controller both arranged to control wind turbine components based on a damping reference signal, - the damping reference signal being a combined signal, and comprising a first reference signal and an oscillating second reference signal, - said wind turbine power controller is arranged to control the power from the electrical generator according to the first reference signal in order to avoid excitation of mechanical vibrations in the electrical generator, and - said damping controller is arranged to control the dump load unit to dissipate power from the electrical generator according to the oscillating second reference signal in order to dampen electrical grid oscillations. - the damping reference signal being a combined signal, and comprising a first reference signal and an oscillating second reference signal, - said wind turbine power controller is arranged to control the power from the electrical generator according to the first reference signal in order to avoid excitation of mechanical vibrations in the electrical generator, and - said damping controller is arranged to control the dump load unit to dissipate power from the electrical generator according to the oscillating second reference signal in order to dampen electrical grid oscillations.