mhurhangee/ep-ind-claims huggingface dataset:
An image sensor comprising a plurality of pixels divided in elementary groups of 5x5 pixels, each elementary group consisting of a plurality of adjacent pixels arranged in a matrix, in rows and columns, each row and each column of each elementary group including exactly: - a first visible image pixel predominantly sensitive to red light; - a second visible image pixel predominantly sensitive to blue light; - two third luminance pixels (G, W); the sensor being characterized in that each row and each column of the elementary group includes exactly: - a fourth depth image pixel. - a first visible image pixel predominantly sensitive to red light; - a second visible image pixel predominantly sensitive to blue light; - two third luminance pixels (G, W); - a fourth depth image pixel.
A liquid discharge apparatus comprising: a liquid discharge head including a plurality of electrodes arranged in parallel; a common electrode positioned to face the liquid discharge head; and control means for controlling a voltage to be applied to each of the plurality of electrodes to control the plurality of electrodes as a discharging electrode, which is to discharge a liquid, or as a non-discharging electrode, which is to discharge no liquid, characterized in that the control means is configured to adjust a value of the voltage to be applied to the electrode that is to be driven as the non-discharging electrode, based on the voltage to be applied to the electrode adjacent to the electrode that is to be driven as the non-discharging electrode. a liquid discharge head including a plurality of electrodes arranged in parallel; a common electrode positioned to face the liquid discharge head; and control means for controlling a voltage to be applied to each of the plurality of electrodes to control the plurality of electrodes as a discharging electrode, which is to discharge a liquid, or as a non-discharging electrode, which is to discharge no liquid, characterized in that the control means is configured to adjust a value of the voltage to be applied to the electrode that is to be driven as the non-discharging electrode, based on the voltage to be applied to the electrode adjacent to the electrode that is to be driven as the non-discharging electrode.
An apparatus comprising: a memory; and a processor coupled to the memory, the processor configured to: generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object. a memory; and a processor coupled to the memory, the processor configured to: generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object. generate a user interface, the user interface including one or more virtual objects for authenticating a user; detect a user input; change, in response to the detected user input, a configuration of the one or more virtual objects, the configuration including at least a color of a particular virtual object of the one or more virtual objects; and monitor, whilst the user interface has the changed configuration, a mannerism of the user of the apparatus, the mannerism affected by the change in configuration of the one or more virtual objects, wherein monitoring the mannerism comprises monitoring a pupil color of the user to verify whether a real-life user is operating the user interface by determining whether the reflection color from the pupil matches the color of the at least one virtual object.
A method for processing an image in Bayer format, comprising: performing a binning process in a horizontal and/or vertical direction on an image which is to be processed (S11 and S14), so that an arrangement mode of pixels in a processed image after binning is the same with that in the image to be processed, wherein the binning process comprises: determining a position of an output pixel (S12 and S15); and characterized by further comprising: selecting, from the image to be processed, a plurality of pixels which have the same color component with that of the output pixel, and calculating a weighted average of the plurality of pixels, so as to obtain a pixel value of the output pixel (S13 and S16), wherein the plurality of pixels are selected from particular positions, the position of the output pixel is a weighted average of the positions of the plurality of pixels, so that the weighted average of the plurality of pixels can be calculated, and the greater the distance between one of the plurality of pixels and the output pixel, the less the weighted value of the one of the plurality of pixels.
A controlling method by an induction heating device, comprising: between a high-power working coil and a low-power working coil among a first working coil and a second working coil, acquiring a temperature value of the high-power working coil, when an absolute value of a difference between a first final driving frequency of the first working coil and a second final driving frequency of the second working coil is equal to or greater than a predetermined noise avoidance value, and when a final driving frequency of the low-power working coil differs from a target frequency of the low-power working coil; determining whether the temperature value satisfies a predetermined output change condition; setting a required power value of the high-power working coil to a predetermined minimum power value when the temperature value satisfies the output change condition; and determining the first final driving frequency of the first working coil and the second final driving frequency of the second working coil again based on the required power value of the high-power working coil set to the predetermined minimum value. between a high-power working coil and a low-power working coil among a first working coil and a second working coil, acquiring a temperature value of the high-power working coil, when an absolute value of a difference between a first final driving frequency of the first working coil and a second final driving frequency of the second working coil is equal to or greater than a predetermined noise avoidance value, and when a final driving frequency of the low-power working coil differs from a target frequency of the low-power working coil; determining whether the temperature value satisfies a predetermined output change condition; setting a required power value of the high-power working coil to a predetermined minimum power value when the temperature value satisfies the output change condition; and determining the first final driving frequency of the first working coil and the second final driving frequency of the second working coil again based on the required power value of the high-power working coil set to the predetermined minimum value.
A receiver device for receiving signals picked up by a satellite antenna, the receiver device comprising both a front-end circuit for connecting to a universal head mounted on the satellite antenna and also a digital circuit for connecting to destination equipment, the front-end circuit and the digital circuit being electrically isolated from each other by isolation means, the front-end circuit having a first electrical ground (Ml), an input port arranged to receive input signals (S_e) coming from the universal head, a universal head power supply component, and an output module of a switch mode power supply for the universal head power supply component, the digital circuit having a second electrical ground, an output port, reception components arranged to acquire the input signals, to transform them into output signals, and to apply the output signals to the output port, an input module of the switch mode power supply, and a control component arranged to produce control signals for the universal head power supply component.
An in vitro method for the prognosis of patients for progression of a cancer, which method comprises the following steps: a) quantifying, in a tumor tissue sample from said patient, at least two biological markers indicative of the status of the adaptive immune response of said patient against cancer; and b) comparing the value obtained at step a) for said at least two biological markers with a predetermined reference value for the same biological markers; which predetermined reference value is correlated with a specific prognosis of progression of said cancer, wherein said at least two biological markers comprise PDCD1LG1 and CXCL9. a) quantifying, in a tumor tissue sample from said patient, at least two biological markers indicative of the status of the adaptive immune response of said patient against cancer; and b) comparing the value obtained at step a) for said at least two biological markers with a predetermined reference value for the same biological markers; which predetermined reference value is correlated with a specific prognosis of progression of said cancer, wherein said at least two biological markers comprise PDCD1LG1 and CXCL9.
A material removal unit for a printhead, the unit comprising: a pass-through opening provided under an ejection opening of the printhead and configured such that an ejected droplet can pass through the pass-through opening essentially without being affected; at least one conduit forming channel configured to form a conduit; wherein the conduit is communicatively connecting an area surrounding the ejection opening with a connection point configured to remove excess material from the area surrounding the ejection opening; wherein the conduit has at least one conduit opening close to the pass-through opening and is configured to transport the material to the connection point, wherein an anti-stiction coating is provided in the conduit and/or the area surrounding the ejection opening; characterised in that the anti-stiction coated area is configured to creating an anisotropic ratchet conveyor on the bottom and/or top of the conduit; and wherein the conduit is configured to support the ratchet conveyor directed towards the at least one conduit opening by vibrations of the printhead produced as a byproduct of the actuation of the internal mechanism of the printhead. a pass-through opening provided under an ejection opening of the printhead and configured such that an ejected droplet can pass through the pass-through opening essentially without being affected; at least one conduit forming channel configured to form a conduit; wherein the conduit is communicatively connecting an area surrounding the ejection opening with a connection point configured to remove excess material from the area surrounding the ejection opening; wherein the conduit has at least one conduit opening close to the pass-through opening and is configured to transport the material to the connection point, wherein an anti-stiction coating is provided in the conduit and/or the area surrounding the ejection opening; characterised in that the anti-stiction coated area is configured to creating an anisotropic ratchet conveyor on the bottom and/or top of the conduit; and wherein the conduit is configured to support the ratchet conveyor directed towards the at least one conduit opening by vibrations of the printhead produced as a byproduct of the actuation of the internal mechanism of the printhead.
Dock leveller for fitting in a pit of a building floor, having a loading platform, which can be fitted in a pivotable manner on the building floor and covers the pit, having a horizontally displaceable advancement deck, which extends the loading platform in the loading state, and having a hydraulic apparatus, which moves the advancement deck, wherein a swing-action lip is fitted on a front edge of the advancement deck, characterized in that the swing-action lip can be moved from a vertical, rest position into a horizontal, loading position, and a rest-state bearing is provided beneath the swing-action lip, the swing-action lip being supported on said rest-state bearing in the rest state, in addition to the rest-state bearing of the swing-action lip, a supporting bearing is formed on the advancement deck, said supporting bearing supporting the advancement deck and/or the loading platform in the rest state and comprising a support, which is fitted on the advancement deck, and a bearing means, which is retained in the pit, and the bearing means is designed in the form of a transverse carrier, and a stop is provided on the bearing means, directly on the support, said stop preventing uncontrolled movement of the advancement deck out of the rest position, wherein the stop is designed in the form of a stopper plate fitted on the transverse carrier.
Floor threshold, in particular for a sliding door or a sliding window, having a base profile and a covering profile, wherein there are arranged between the base profile and the covering profile a plurality of insert support components which are orientated transversely relative to the longitudinal direction of the floor threshold and which support the covering profile, and wherein at least two insert support components are connected to each other, characterised in that the at least two insert support components are connected to each other before being inserted in the base profile.
A negative electrode active material, comprising a core and a coating layer covering a surface of the core, wherein the core comprises artificial graphite, the coating layer comprises amorphous carbon, and the negative electrode active material has a particle size uniformity of from 0.25 to 0.45, measured according to the method in the description.
An inhaler for oral delivery of medication, the inhaler comprising: an actuation detector (130, 212) configured to provide an actuation signal in response to release of the medication from the inhaler; an accelerometer (140, 208) configured to measure an orientation of the inhaler, and a processor (150, 210) coupled to the actuation detector (130, 212) and the accelerometer (140, 208), characterized in that the processor (150, 210) is configured with processor-executable instructions to: determine an activation duration based on a total period in which the medication is released, wherein the total period is identified based on the actuation signal; determine an improper usage duration, wherein the improper usage duration is a period during the activation duration in which the orientation of the inhaler deviates from a preferred orientation by an amount that exceeds a predetermined proper orientation threshold; and determine a quality of use of the inhaler based on a difference between the actuation duration and the improper usage duration. an actuation detector (130, 212) configured to provide an actuation signal in response to release of the medication from the inhaler; an accelerometer (140, 208) configured to measure an orientation of the inhaler, and a processor (150, 210) coupled to the actuation detector (130, 212) and the accelerometer (140, 208), characterized in that the processor (150, 210) is configured with processor-executable instructions to: determine an activation duration based on a total period in which the medication is released, wherein the total period is identified based on the actuation signal; determine an improper usage duration, wherein the improper usage duration is a period during the activation duration in which the orientation of the inhaler deviates from a preferred orientation by an amount that exceeds a predetermined proper orientation threshold; and determine a quality of use of the inhaler based on a difference between the actuation duration and the improper usage duration. determine an activation duration based on a total period in which the medication is released, wherein the total period is identified based on the actuation signal; determine an improper usage duration, wherein the improper usage duration is a period during the activation duration in which the orientation of the inhaler deviates from a preferred orientation by an amount that exceeds a predetermined proper orientation threshold; and determine a quality of use of the inhaler based on a difference between the actuation duration and the improper usage duration.
An apparatus for compressing a material, the apparatus comprising: a plurality of levers; a plurality of jaws, wherein each jaw is attached to a lever, and wherein each jaw has a compression surface having an area; and a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface; characterised in that: each lever has a lever longitudinal axis, wherein the compression surface is parallel to the lever longitudinal axis. a plurality of levers; a plurality of jaws, wherein each jaw is attached to a lever, and wherein each jaw has a compression surface having an area; and a compressing mechanism configured to move each lever in a non-linear motion such that the area of a compression surface exposed to the material decreases with the inward movement of that compression surface; each lever has a lever longitudinal axis, wherein the compression surface is parallel to the lever longitudinal axis.
A pipeline assembly line, the assembly line comprising an apparatus designed to selectively couple to the pipeline and perform a specific operation on the pipeline; a hoisting device designed to selectively support the apparatus; and a connecting device designed to connect the apparatus to the hoisting device, and to support the apparatus, the connecting device comprising a coupling mechanism having a first portion designed to couple integrally to the apparatus; a second portion designed to be connected to the hoisting device and selectively releasable from the first portion in a given direction as a function of the relative position of, and the force exchanged between, the apparatus and the hoisting device; and a safety lock between the first and second portions (16, 17) that is selectively activated on the basis of the relative position of, and the force exchanged between, the apparatus and the hoisting device in a direction crosswise to the given direction.
An aerial work platform, comprising: - a working platform comprising a floor and a guardrail; - a lifting mechanism for moving the working platform in height; - a control panel for controlling the lifting mechanism; and - a protection device for protecting an operator on board the working platform from being crushed against at least one of the guardrail and the control panel; characterized in that the protection device comprises: - a bar (90; 190) mounted on the working platform so as to be adjacent to a section of the guardrail; and - a mounting system (75, 76) provided for removably mounting the control panel thereto so that the control panel can be moved and used by the operator at different locations of the working platform, the mounting system (75, 76) being further provided for removably mounting the control panel thereto so as to hold it in place on board the working platform in a predefined mounting position which is adjacent to said section of the guardrail and adjacent to the bar (90; 190), wherein: - the bar (90; 190) is configured and mounted on the working platform such that, when the control panel is mounted to the mounting system, the bar is held in a holding position in the vicinity of at least one of the control panel and said section of the guardrail with the possibility to move towards the control panel, respectively towards said section of the guardrail, and - the protection device further comprises at least one sensor for detecting whether the bar (90; 190) is pushed towards the control panel or towards said section of the guardrail respectively. - a working platform comprising a floor and a guardrail; - a lifting mechanism for moving the working platform in height; - a control panel for controlling the lifting mechanism; and - a protection device for protecting an operator on board the working platform from being crushed against at least one of the guardrail and the control panel; - a bar (90; 190) mounted on the working platform so as to be adjacent to a section of the guardrail; and - a mounting system (75, 76) provided for removably mounting the control panel thereto so that the control panel can be moved and used by the operator at different locations of the working platform, the mounting system (75, 76) being further provided for removably mounting the control panel thereto so as to hold it in place on board the working platform in a predefined mounting position which is adjacent to said section of the guardrail and adjacent to the bar (90; 190), - the bar (90; 190) is configured and mounted on the working platform such that, when the control panel is mounted to the mounting system, the bar is held in a holding position in the vicinity of at least one of the control panel and said section of the guardrail with the possibility to move towards the control panel, respectively towards said section of the guardrail, and - the protection device further comprises at least one sensor for detecting whether the bar (90; 190) is pushed towards the control panel or towards said section of the guardrail respectively.