mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for drawing a histogram for an image of a dynamic video, wherein the method comprises the following steps: acquiring the luminance data of the pixels of the image of the dynamic video, wherein the luminance data ranges from a first luminance data (Xmin) to a second luminance data (Xmax); characterized in that, when drawing statistical bars of the histogram, expanding a luminance range of the luminance data, by luminance-level stretching, to obtain an expanded luminance range of the statistical bars covering along x-axis of the histogram; counting a frequency (Pmin) of the first luminance data (Xmin) and a frequency (Pmax) of the second luminance data (Xmax); performing frequency statistics processing on the expanded luminance range to obtain the frequencies (P1, P2,... PN) of N statistical bars; and removing the frequency (Pmin) of the first luminance data (Xmin) from the frequency of the first statistical bar, and removing the frequency (Pmax) of the second luminance data (Xmax) from the frequency of the last statistical bar, to obtain the histogram, wherein, in addition to the statistical bars, the histogram further includes separately the frequency (Pmin) of the first luminance data (Xmin) and the frequency (Pmax) of the second luminance data (Xmax). acquiring the luminance data of the pixels of the image of the dynamic video, wherein the luminance data ranges from a first luminance data (Xmin) to a second luminance data (Xmax); characterized in that, when drawing statistical bars of the histogram, expanding a luminance range of the luminance data, by luminance-level stretching, to obtain an expanded luminance range of the statistical bars covering along x-axis of the histogram; counting a frequency (Pmin) of the first luminance data (Xmin) and a frequency (Pmax) of the second luminance data (Xmax); performing frequency statistics processing on the expanded luminance range to obtain the frequencies (P1, P2,... PN) of N statistical bars; and removing the frequency (Pmin) of the first luminance data (Xmin) from the frequency of the first statistical bar, and removing the frequency (Pmax) of the second luminance data (Xmax) from the frequency of the last statistical bar, to obtain the histogram, wherein, in addition to the statistical bars, the histogram further includes separately the frequency (Pmin) of the first luminance data (Xmin) and the frequency (Pmax) of the second luminance data (Xmax).
A method for a base station, BS, the method comprising the steps of: transmitting, on a number of downlink channels, a downlink signal to a subscriber station (220, 225) using downlink parameters that are determined based at least on uplink channel quality information; and characterized by receiving, from the subscriber station (220, 225), an uplink message including feedback information corresponding to the downlink signal, wherein the feedback information is only for a subset of channels of the number of downlink channels, wherein a number of channels in the subset of channels is less than the number of downlink channels. transmitting, on a number of downlink channels, a downlink signal to a subscriber station (220, 225) using downlink parameters that are determined based at least on uplink channel quality information; and characterized by receiving, from the subscriber station (220, 225), an uplink message including feedback information corresponding to the downlink signal, wherein the feedback information is only for a subset of channels of the number of downlink channels, wherein a number of channels in the subset of channels is less than the number of downlink channels.
An antimicrobial composition based on plant essential oils, comprising: at least two plant essential oils as a major component having anti-microbial effectiveness, characterised in that a first essential oil is oregano oil and a second essential oil is cinnamon oil; and an antimicrobial enhancing effective amount of an enhancer selected from the group consisting of polyethyleneimine, paramethoxyphenyl ethylmethylamine or a polyphosphate enhancer. at least two plant essential oils as a major component having anti-microbial effectiveness, characterised in that a first essential oil is oregano oil and a second essential oil is cinnamon oil; and an antimicrobial enhancing effective amount of an enhancer selected from the group consisting of polyethyleneimine, paramethoxyphenyl ethylmethylamine or a polyphosphate enhancer.
A method for calibrating at least one sensor and for conditioning of a cooling lubricant emulsion for machine tools (110, 110'), wherein a cooling lubricant emulsion is provided in a tank (60, 60') and where the cooling lubricant emulsion is withdrawn from the tank (60, 60'), at least one parameter of the cooling lubricant emulsion is determined using at least one sensor (41, 42, 43) and the cooling lubricant emulsion is returned at least partly to the tank (60, 60'), characterized in that the method additionally comprises: calibrating the at least one sensor (41, 42, 43) by rinsing the at least one sensor (41, 42, 43) and carrying out a measurement with fresh cooling lubricant emulsion containing a defined ratio of a concentrate to water, wherein the concentration of the cooling lubricant emulsion in the tank (60, 60') is measured, a required refilling concentration is calculated, and the fresh cooling lubricant emulsion is provided with the calculated refilling concentration, wherein the fresh cooling lubricant emulsion is obtained by feeding water and/or concentrate using a volumetric pump and/or by measuring a fed amount of water and/or concentrate and regulating a feed pump depending on the measured fed amount, and wherein the cooling lubricant emulsion in the tank (60, 60') is conditioned by refilling with the provided cooling lubricant emulsion. calibrating the at least one sensor (41, 42, 43) by rinsing the at least one sensor (41, 42, 43) and carrying out a measurement with fresh cooling lubricant emulsion containing a defined ratio of a concentrate to water, wherein the concentration of the cooling lubricant emulsion in the tank (60, 60') is measured, a required refilling concentration is calculated, and the fresh cooling lubricant emulsion is provided with the calculated refilling concentration, wherein the fresh cooling lubricant emulsion is obtained by feeding water and/or concentrate using a volumetric pump and/or by measuring a fed amount of water and/or concentrate and regulating a feed pump depending on the measured fed amount, and wherein the cooling lubricant emulsion in the tank (60, 60') is conditioned by refilling with the provided cooling lubricant emulsion.
Safety rail for installation in vehicles, whereby, the safety rail is formed as a minimum of one profile and features numerous, adjacent, identically formed recesses in its upper surface in the direction of the safety rail, which each have multiple undercuts and the safety rail features a solid area on each of its two longitudinal sides, whereby, the safety rail can only be attached to one of the surfaces below by its solid area, whereby, attachment items such as screws, bolts or similar, are provided in order to attach the safety rail and whereby, the safety rail is designed so that the attachment items do not protrude over the upper surface of the safety rail or their longitudinal sides characterized in that, the safety rail is formed as a parallel, profile pair which, between them, forms the recesses and which features no floor.
A device for securing a dangerous area with a light curtain, comprising a number of transmitter-receiver pairs forming beam axes, each with a transmitter emitting light beams and a receiver receiving light beams, and an evaluation unit, in which a safety signal can be generated if at least one beam axis is interrupted, and having a muting control unit by means of which the light curtain can be muted in such a way that, during a muting time interval predetermined by a muting timer, a permissible object (7a, 7b) can pass through the light curtain without the latter generating the safety signal, characterized in that control means are provided by means of which a control signal can be generated by means of which the muting timer is stopped and by means of which a blanking pattern is initiated in the light curtain, which indicates the current status for all beam axes, whether these are interrupted or not, and in that subsequently a safety signal is generated in the light curtain if a deviation from the blanking pattern is registered for at least one beam axis.
Auxetic bi-stable structure, comprising: - an auxetic curved shell movable between a first stable position and a second stable position from a concave to a convex shape, and - a rigid element wherein at least part of the surface the auxetic curved shell is joined to the rigid element such that the curved shell is movable with respect to said rigid element between said first and second stable positions, wherein the auxetic curved shell and the rigid element are joined such that the rigid element is configured to restrict the movement of the part of the surface of the auxetic curved shell joined to it in one direction or in two directions or in two directions and in a momentum perpendicular to said two directions in a Cartesian coordinate system. - an auxetic curved shell movable between a first stable position and a second stable position from a concave to a convex shape, and - a rigid element wherein at least part of the surface the auxetic curved shell is joined to the rigid element such that the curved shell is movable with respect to said rigid element between said first and second stable positions,
A control unit for a rechargeable power tool comprising a direct current motor that is adapted to be rotated by electric power supplied from a direct current power source (6, 18) and to drive a tool output shaft, the control unit comprising a duty ratio setting unit adapted to set a driving duty ratio for PWM controlling the direct current motor of the rechargeable power tool based on a rotation speed set by a speed setting unit (9, 10) operated by a user, a drive unit adapted to rotate the direct current motor in accordance with the driving duty ratio set by the duty ratio setting unit, an operation amount detecting unit (11, 13, 14) adapted to detect at least one type of operation amount which directly or indirectly indicates an operation state of the rechargeable power tool excluding a current value of the direct current motor when the direct current motor is rotated by the driving unit, an abnormality determining unit adapted to compare the operation amount detected by the operation amount detecting unit (11, 13, 14) and a determination threshold set based on the operation amount to thereby determine whether or not the operation state of the rechargeable power tool is abnormal, and a determination threshold setting unit adapted to set the determination threshold in a continuous or stepwise manner in accordance with the driving duty ratio set by the duty ratio setting unit, wherein the direct current power source (6, 18) is a rechargeable battery, the operation amount detecting unit (11, 13, 14) is adapted to detect the voltage of the rechargeable battery as one operation amount, the determination threshold setting unit is adapted to set a voltage threshold as a determination threshold and to set the voltage threshold to a lower value as the rotation speed set by the speed setting unit is larger, and the abnormality determining unit is adapted to determine that the operation state of the rechargeable power tool is abnormal in case that the voltage of the rechargeable battery detected by the operation amount detecting unit (11, 13, 14) is lower than the voltage threshold.
Method for operating a washing machine comprising a suds container for receiving water, a rib-free drum, which is rotatably mounted in the suds container, for receiving laundry, a motor for driving the drum, and an open-loop or closed-loop control device, the method having a pre-ironing phase (Vb) for pre-ironing of the laundry located in the drum, during which phase steam is conducted into the drum and the drum is moved by means of the motor into a right-left pendulum motion, the pendulum rhythm of which is controlled in an open-loop or closed-loop manner by means of the open-loop or closed-loop control device in such a way that the drum is at least intermittently untouched by the laundry; characterised in that the open-loop or closed-loop control device controls the pendulum rhythm in an open-loop or closed-loop manner in such a way that the pendulum rhythm varies depending on a time period.
A method of modifying a target DNA, the method comprising contacting the target DNA with a complex comprising: (a) a Cas9 polypeptide; and (b) a DNA-targeting RNA comprising: (i) a DNA-targeting segment comprising a nucleotide sequence that is complementary to a sequence in the target DNA, and (ii) a protein-binding segment that interacts with the Cas9 polypeptide, wherein the protein-binding segment comprises two complementary stretches of nucleotides that hybridize to form a double stranded RNA (dsRNA) duplex, wherein the target DNA is present in a single-cell eukaryotic organism, an animal cell, or a plant cell, wherein said modifying is cleavage of the target DNA, wherein: said contacting is in vitro or in a cell ex vivo; and/or said method is not a method for treatment of the human or animal body by therapy. (a) a Cas9 polypeptide; and (b) a DNA-targeting RNA comprising: (i) a DNA-targeting segment comprising a nucleotide sequence that is complementary to a sequence in the target DNA, and (ii) a protein-binding segment that interacts with the Cas9 polypeptide, wherein the protein-binding segment comprises two complementary stretches of nucleotides that hybridize to form a double stranded RNA (dsRNA) duplex, wherein the target DNA is present in a single-cell eukaryotic organism, an animal cell, or a plant cell, wherein said modifying is cleavage of the target DNA, wherein: said contacting is in vitro or in a cell ex vivo; and/or said method is not a method for treatment of the human or animal body by therapy. (i) a DNA-targeting segment comprising a nucleotide sequence that is complementary to a sequence in the target DNA, and (ii) a protein-binding segment that interacts with the Cas9 polypeptide, wherein the protein-binding segment comprises two complementary stretches of nucleotides that hybridize to form a double stranded RNA (dsRNA) duplex, said contacting is in vitro or in a cell ex vivo; and/or said method is not a method for treatment of the human or animal body by therapy.
A method of searching-by-number in a communication device (100; 200) comprising: determining in the device whether a digit or a wildcard has been entered in the device by a user after each entry forming at least a portion of a complete telephone number until a first digit is entered by the user; searching (308; 314) any telephone numbers stored in the device (100; 200) to form a first match list including any stored telephone numbers matching the sequence of digits or wildcards entered by the user in response to the user entering the first digit, wherein each wildcard is a placeholder and matches any digit in the stored telephone numbers corresponding to a position of each wildcard in the sequence of digits or wildcards; and determining in the device whether another digit or another wildcard has been entered in the device by the user after each additional entry forming at least another portion of the complete telephone number until another digit is entered by the user in response to the user not selecting any telephone numbers in the first match list; searching the first match list to form a second match list including any telephone numbers matching a current sequence of digits or wildcards entered by the user in response to a last entry by the user being a digit; and displaying at least one of the first match list or the second match list. determining in the device whether a digit or a wildcard has been entered in the device by a user after each entry forming at least a portion of a complete telephone number until a first digit is entered by the user; searching (308; 314) any telephone numbers stored in the device (100; 200) to form a first match list including any stored telephone numbers matching the sequence of digits or wildcards entered by the user in response to the user entering the first digit, wherein each wildcard is a placeholder and matches any digit in the stored telephone numbers corresponding to a position of each wildcard in the sequence of digits or wildcards; and determining in the device whether another digit or another wildcard has been entered in the device by the user after each additional entry forming at least another portion of the complete telephone number until another digit is entered by the user in response to the user not selecting any telephone numbers in the first match list; searching the first match list to form a second match list including any telephone numbers matching a current sequence of digits or wildcards entered by the user in response to a last entry by the user being a digit; and displaying at least one of the first match list or the second match list.
A method of detecting the existence and position of a glass sheet to be heated and to regulate the heating effect of the heating elements in a glass sheet hardening furnace, which furnace comprises a glass heating section, a conveyor to transport the glass sheet to and from the said heating section, and said heating elements by which the glass sheets is heated by radiation and convection wherein an air blast realized by means of a blower and air channels are heated by said elements being positioned in said air channels, and a furnace control system to control the hardening process of the glass sheet, characterized in that the existence and position in the furnace of one or several glass sheets are detected by means of temperature detectors, by means of which the air temperatures in the heating section above the conveyor are measured, whereby the existence and position of the glass sheet in the furnace is indicated by decreasing temperatures measured by the temperature detectors and the heating effect of those separately regulated heating elements which are positioned above the detected temperature decreasing due to the glass sheet, is raised by the furnace control.
A shoe insole sensor comprising: a body including a plurality of recessed regions formed at respective locations corresponding to vertexes of N-polygon, where N is an even number except zero, the body being formed with a nonconductive material; a plurality of first protrusions formed in odd recessed regions of the recessed regions, each of the first protrusions having a first height, each of the first protrusions being formed with a conductive material; and a plurality of second protrusions formed in even recessed regions of the recessed regions, each of the second protrusions having a second height different from the first height, each of the second protrusions being formed with a conductive material. a body including a plurality of recessed regions formed at respective locations corresponding to vertexes of N-polygon, where N is an even number except zero, the body being formed with a nonconductive material; a plurality of first protrusions formed in odd recessed regions of the recessed regions, each of the first protrusions having a first height, each of the first protrusions being formed with a conductive material; and a plurality of second protrusions formed in even recessed regions of the recessed regions, each of the second protrusions having a second height different from the first height, each of the second protrusions being formed with a conductive material.
A method of tattoo removal comprising: providing a plurality of sinusoidal acoustic waves having at least one frequency of at least 1 MHz; propagating at least a portion of the acoustic waves through a shockwave medium disposed in and contained by a shockwave housing, the shockwave medium configured to exhibit nonlinear properties in the presence of the propagated acoustic waves to generate a plurality of shock waves; and delivering at least a portion of said plurality of shock waves to at least one cellular structure comprising at least one region of heterogeneity having an effective density greater than an effective density of the at least one cellular structure; and directing laser light to the at least one cellular structure; wherein continued delivery of said plurality of shock waves that exit the shockwave housing causes rupturing of the at least one cellular structure, wherein the at least one cellular structure comprises tattoo pigment. providing a plurality of sinusoidal acoustic waves having at least one frequency of at least 1 MHz; propagating at least a portion of the acoustic waves through a shockwave medium disposed in and contained by a shockwave housing, the shockwave medium configured to exhibit nonlinear properties in the presence of the propagated acoustic waves to generate a plurality of shock waves; and delivering at least a portion of said plurality of shock waves to at least one cellular structure comprising at least one region of heterogeneity having an effective density greater than an effective density of the at least one cellular structure; and directing laser light to the at least one cellular structure; wherein continued delivery of said plurality of shock waves that exit the shockwave housing causes rupturing of the at least one cellular structure, wherein the at least one cellular structure comprises tattoo pigment.
A neural stimulation device comprising: a microprocessor programmed to: cause a first electrode implanted in a patient to issue a stimulation waveform to the patient's neural tissue, receive a signal from a second electrode implanted in the patient, the signal indicative of a neural response to the stimulation waveform, wherein the neural response comprises compound action potentials evoked in the neural tissue by the stimulation waveform, compare the received signal to a modeled neural response generated using a model of the patient's neural tissue, wherein the model comprises a plurality of modeled neural elements and a weight associated with each of the plurality of modeled neural elements, and wherein the modeled neural response comprises a weighted summation of modeled compound action potentials evoked in the modeled neural elements by the stimulation waveform, and adjust the modeled neural response based on the comparison. cause a first electrode implanted in a patient to issue a stimulation waveform to the patient's neural tissue, receive a signal from a second electrode implanted in the patient, the signal indicative of a neural response to the stimulation waveform, wherein the neural response comprises compound action potentials evoked in the neural tissue by the stimulation waveform, compare the received signal to a modeled neural response generated using a model of the patient's neural tissue, wherein the model comprises a plurality of modeled neural elements and a weight associated with each of the plurality of modeled neural elements, and wherein the modeled neural response comprises a weighted summation of modeled compound action potentials evoked in the modeled neural elements by the stimulation waveform, and adjust the modeled neural response based on the comparison.