mhurhangee/patent-ind-claim-en huggingface dataset:
A processing system comprising: a machine tool that includes a measuring unit (PB) outputting measurement information (IM) for calculating a shape of a processing object; a control unit that is configured to generate positional information (MC) related to a position of the measuring unit at a time of measuring the processing object and to output the generated positional information and a generation period signal (TPS) indicating a period during which the positional information is generated; an acquisition unit that is configured to acquire the positional information and the generation period signal which have been output; an acquisition interval calculation unit that is configured to calculate a statistical value (ITV) indicating an interval between acquisition periods regarding a plurality of the generation period signals acquired by the acquisition unit; an estimation unit that is configured to estimate the period during which the positional information is generated on the basis of the statistical value calculated by the acquisition interval calculation unit; and a shape calculation unit that is configured to calculate the shape of the processing object on the basis of the measurement information, the positional information, and the period estimated by the estimation unit. a machine tool that includes a measuring unit (PB) outputting measurement information (IM) for calculating a shape of a processing object; a control unit that is configured to generate positional information (MC) related to a position of the measuring unit at a time of measuring the processing object and to output the generated positional information and a generation period signal (TPS) indicating a period during which the positional information is generated; an acquisition unit that is configured to acquire the positional information and the generation period signal which have been output; an acquisition interval calculation unit that is configured to calculate a statistical value (ITV) indicating an interval between acquisition periods regarding a plurality of the generation period signals acquired by the acquisition unit; an estimation unit that is configured to estimate the period during which the positional information is generated on the basis of the statistical value calculated by the acquisition interval calculation unit; and a shape calculation unit that is configured to calculate the shape of the processing object on the basis of the measurement information, the positional information, and the period estimated by the estimation unit.
Portable support for hoist or traction tools, comprising: - a base , adapted to be rigidly and removably fastened on a support surface , and - a column , which is fastened at a third end (2.1) to a first surface (1.1) of the base , where the column is configured in such a way that a hoist or traction tool can be coupled to it, wherein it comprises a flexible perimeter rim fastened and extended from a second surface (1.2) of the base , in such a way that, in use, said flexible perimeter rim is arranged between the base and the support surface forming a closed space ; and a vacuum generating means in fluid communication with the closed space by means of a vacuum line or pipe that is connected to a perforation (1.3) of the base , such that, a vacuum generated by the vacuum generating means produces the rigid fastening of the base to the support surface , wherein the third end (2.1) of the column is fastened to the first surface (1.1) of the base by means of plates longitudinally fastened to the base , where the plates are arranged parallel to each other and extended perpendicular to a longitudinal plane of the base , such that the column is adapted to fit between the plates and be fastened to said plates through removable fastening means that are adapted to pass through first (2.11) and third holes (10.1) of the third end (2.1) of the column and of the plates respectively; the hoist or traction tool is a flexible element; characterised in that the plates comprise respective rows of fourth holes (10.2), a return pulley is arranged between two facing fourth holes (10.2) of the respective plates or, wherein the column is arranged parallel with respect to the base , a directing element is arranged between two facing fourth holes (10.2) of the respective plates , so that a position of the return pulley or the directing element can be varied with respect to the base , the hoist or traction tool passes between the return pulley and the base towards the outside of the support or passes over the directing element to change its direction. - a base , adapted to be rigidly and removably fastened on a support surface , and - a column , which is fastened at a third end (2.1) to a first surface (1.1) of the base , where the column is configured in such a way that a hoist or traction tool can be coupled to it,
A rinsing line for discharging a rinsing fluid from a medical-technical functional device rinsed by means of the rinsing fluid, - wherein, on the one hand, the rinsing line is connected or provided for its connection with a portion of the medical-technical functional device ; characterized in that on the other hand, the rinsing line is connected with a fluid supply device for introducing a medical fluid into the medical-technical functional device , the fluid supply device being or comprising a two-lumen connecting portion for simultaneously guiding two fluids. - wherein, on the one hand, the rinsing line is connected or provided for its connection with a portion of the medical-technical functional device ; characterized in that on the other hand, the rinsing line is connected with a fluid supply device for introducing a medical fluid into the medical-technical functional device , the fluid supply device being or comprising a two-lumen connecting portion for simultaneously guiding two fluids.
A compact portable oxyhydrogen generator, comprising a housing, an end cover fastened on an upper end of the housing for discharging gas, and a bottom cover fastened at an lower end of the housing, the compact portable oxyhydrogen generator being characterised in that : a battery module for supplying power, an electrolytic cell module for generating hydrogen/oxygen mixture, a water filtration cell for filtering moisture, and a multi-stage filter baffle for further filtering the gas are sequentially arranged in the housing from bottom to top, and in that flame retardant core is provided between the filter baffle at the top layer and a gas outlet provided in the end cover, and the multi-stage filter baffle is provided according to requirements of a gas filtering index. the compact portable oxyhydrogen generator being characterised in that : a battery module for supplying power, an electrolytic cell module for generating hydrogen/oxygen mixture, a water filtration cell for filtering moisture, and a multi-stage filter baffle for further filtering the gas are sequentially arranged in the housing from bottom to top, and in that flame retardant core is provided between the filter baffle at the top layer and a gas outlet provided in the end cover, and the multi-stage filter baffle is provided according to requirements of a gas filtering index.
A neutral grounding resistor monitor assembly , comprising: a sense resistor circuit , a neutral grounding resistor having a ground end and a non-ground end, the sense resistor circuit having an output, arranged to connect to the non-ground end of the neutral grounding resistor ; an injection signal generator , arranged to connect to the non-ground end of the neutral grounding resistor , the injection signal generator being arranged to generate an alternating current signal; and an injection capacitor, the injection capacitor comprising a first electrode coupled to receive a signal from the injection signal generator, and a second electrode, arranged to connect to the non-ground end of the neutral grounding resistor , wherein the injection capacitor comprises: a printed circuit board body; a first conductive trace, disposed on a first surface of the printed circuit board body, and covering a majority of the first surface; and a second conductive trace, disposed on a second surface of the printed circuit board body, and covering a majority of the second surface, opposite the first surface. a sense resistor circuit , a neutral grounding resistor having a ground end and a non-ground end, the sense resistor circuit having an output, arranged to connect to the non-ground end of the neutral grounding resistor ; an injection signal generator , arranged to connect to the non-ground end of the neutral grounding resistor , the injection signal generator being arranged to generate an alternating current signal; and an injection capacitor, the injection capacitor comprising a first electrode coupled to receive a signal from the injection signal generator, and a second electrode, arranged to connect to the non-ground end of the neutral grounding resistor , wherein the injection capacitor comprises: a printed circuit board body; a first conductive trace, disposed on a first surface of the printed circuit board body, and covering a majority of the first surface; and a second conductive trace, disposed on a second surface of the printed circuit board body, and covering a majority of the second surface, opposite the first surface.
An electronic device, comprising: a front camera ; a rear camera ; a touch display screen disposed at the same side of the electronic device as the front camera; and a controller configured, in a self-portrait mode, to: control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, wherein the cue is a reduced size preview image comprising at least part of said one of the acquired images, and wherein the controller is further configured to control the touch display screen to display the reduced size preview image at a second scale in a partial region of the touch display screen proximate to a lens of the front camera , wherein said first scale is larger than said second scale and said first region is larger than said partial region, and wherein the controller is further configured, in the self-portrait mode, to capture and store an image acquired from the front camera automatically when the pre-set time in the timer mode lapses. a front camera ; a rear camera ; a touch display screen disposed at the same side of the electronic device as the front camera; and a controller configured, in a self-portrait mode, to: control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, control the front camera to acquire images, control the touch display screen to display a preview image at a first scale in a first region of the display, the preview image comprising at least part of one of the acquired images, and provide, for a pre-set time while in a timer mode, a cue together with the displayed preview image, to a user to induce the user to look towards the front camera, wherein the cue is a reduced size preview image comprising at least part of said one of the acquired images, and wherein the controller is further configured to control the touch display screen to display the reduced size preview image at a second scale in a partial region of the touch display screen proximate to a lens of the front camera , wherein said first scale is larger than said second scale and said first region is larger than said partial region, and wherein the controller is further configured, in the self-portrait mode, to capture and store an image acquired from the front camera automatically when the pre-set time in the timer mode lapses.
A connected cluster of smart devices , each smart device including a controller and at least one functional unit , each functional unit is either an information unit that obtains useful information or an active unit that controllably performs an action, the connected cluster programmed to cooperate according to a cluster cooperation program , the cluster cooperation program for calculating target states of active units according to current states of functional units , the connected cluster comprising: • at least one information device (106A...), each information device for reporting a current state of at least one information unit ; and • at least two active devices (108A...), each active device for controlling at least one active unit included in the active device, characterized by : each active device further including: ▪ a communication unit included in the active device for: (i) receiving the cluster cooperation program from a programming device , and (ii) receiving from smart devices of the connected cluster current states of functional units , ▪ a memory included in the active device for storing the cluster cooperation program (1256/1510) received via the communication unit , and ▪ a processor included in the active device (108A...) and programmed to autonomously: (i) calculate a target state of each active unit controlled by the active device (108A...) according to the cluster cooperation program (1256/1510) stored in the memory and at least one current state of a functional unit received via the communication unit , and (ii) control each active unit controlled by the active device (108A...) for operating according to the calculated target state. • at least one information device (106A...), each information device for reporting a current state of at least one information unit ; and • at least two active devices (108A...), each active device for controlling at least one active unit included in the active device, ▪ a communication unit included in the active device for: (i) receiving the cluster cooperation program from a programming device , and (ii) receiving from smart devices of the connected cluster current states of functional units , ▪ a memory included in the active device for storing the cluster cooperation program (1256/1510) received via the communication unit , and ▪ a processor included in the active device (108A...) and programmed to autonomously: (i) calculate a target state of each active unit controlled by the active device (108A...) according to the cluster cooperation program (1256/1510) stored in the memory and at least one current state of a functional unit received via the communication unit , and (ii) control each active unit controlled by the active device (108A...) for operating according to the calculated target state.
Method of making a food grade powder providing controlled release of an aroma, the method comprising; heating a solution comprising a first biopolymer capable of forming a thermoreversible elastic gel upon cooling to 25 °C or above, a second biopolymer capable of forming a glassy matrix upon drying, and the aroma, wherein the first biopolymer is kappa carrageenan, and wherein the second biopolymer is gelatin; cooling the heated solution such that the temperature of the solution passes through the gelation temperature of the first biopolymer, but not the gelation temperature of the second biopolymer, to form a hydrogel co-gel in which the aroma is encapsulated; immersing the hydrogel co-gel in a composition comprising a metal cation before drying, wherein the cation is capable of forming a complex with the first biopolymer to induce gelation, and wherein the metal cation is potassium; and drying the hydrogel co-gel and forming into the food grade powder. heating a solution comprising a first biopolymer capable of forming a thermoreversible elastic gel upon cooling to 25 °C or above, a second biopolymer capable of forming a glassy matrix upon drying, and the aroma, wherein the first biopolymer is kappa carrageenan, and wherein the second biopolymer is gelatin; cooling the heated solution such that the temperature of the solution passes through the gelation temperature of the first biopolymer, but not the gelation temperature of the second biopolymer, to form a hydrogel co-gel in which the aroma is encapsulated; immersing the hydrogel co-gel in a composition comprising a metal cation before drying, wherein the cation is capable of forming a complex with the first biopolymer to induce gelation, and wherein the metal cation is potassium; and drying the hydrogel co-gel and forming into the food grade powder.
A method for determining the health status of a test individual, the method comprising the steps of : a. providing from said test individual a biological sample comprising cell free nucleic acids (cfna), b. determining within at least the autosomes, the genome wide distribution of said cfna of said test individual over genomic locations of predetermined regions, c. providing a set of genome wide reference distributions of cfna from a plurality of biological samples of reference individuals, wherein the plurality of reference individuals comprises reference individuals with a disease and healthy reference individuals, d. clustering reference distributions of cfna of a plurality of reference individuals in a test specific reference distribution, wherein the test specific reference distribution is generated by combining the distributions of cfna reference samples which have the highest similarity to the distribution of cfna of the test sample. e. determining based on the similarity of the distribution of cfna of the test individual with the identified reference distribution that the test individual has the health status of the reference individual. a. providing from said test individual a biological sample comprising cell free nucleic acids (cfna), b. determining within at least the autosomes, the genome wide distribution of said cfna of said test individual over genomic locations of predetermined regions, c. providing a set of genome wide reference distributions of cfna from a plurality of biological samples of reference individuals, wherein the plurality of reference individuals comprises reference individuals with a disease and healthy reference individuals, d. clustering reference distributions of cfna of a plurality of reference individuals in a test specific reference distribution, wherein the test specific reference distribution is generated by combining the distributions of cfna reference samples which have the highest similarity to the distribution of cfna of the test sample. e. determining based on the similarity of the distribution of cfna of the test individual with the identified reference distribution that the test individual has the health status of the reference individual.
Circuit for operating a lamp unit which can be operated with alternating current, having a control circuit for receiving a leading-edge signal of a dimmer of a power amplifier , an output of the power amplifier being connected to the lamp unit for driving the lamp unit in accordance with the leading-edge signal, which control circuit comprises the following components: - A dimmer input for connection to the dimmer , a lamp output for connection to the lamp unit as well as a resistor interposed between the dimmer input and the lamp output , - A comparator to compare a measuring voltage at the resistor with a comparator voltage, wherein one output of the comparator is linked to the power amplifier , in order to activate the power amplifier depending on the result of the comparison, characterized by the fact that the control circuit additionally - comprises a control unit , adapted to determine, by tapping the output voltage of the comparator, whether the power amplifier has been activated by the comparator , and to maintain the activation of the power amplifier independent of the measuring voltage up until a release time determined based on the leading-edge signal which is before an expected zero crossing of the measuring voltage. - A dimmer input for connection to the dimmer , a lamp output for connection to the lamp unit as well as a resistor interposed between the dimmer input and the lamp output , - A comparator to compare a measuring voltage at the resistor with a comparator voltage, wherein one output of the comparator is linked to the power amplifier , in order to activate the power amplifier depending on the result of the comparison, characterized by the fact that the control circuit additionally - comprises a control unit , adapted to determine, by tapping the output voltage of the comparator, whether the power amplifier has been activated by the comparator , and to maintain the activation of the power amplifier independent of the measuring voltage up until a release time determined based on the leading-edge signal which is before an expected zero crossing of the measuring voltage.
An inspecting device which takes a semiconductor device or a photo device as an inspecting target , the device comprising: an irradiation part for irradiating said inspecting target with each of pulsed pump light (LP13) and pulsed probe light (LP11) having the same pulse period; a detection part for detecting an electromagnetic wave (LT1) emitted from said inspecting target in accordance with the irradiation with said pulsed probe light (LP11); and a delay part for measurement for delaying the time of arrival of said pulsed probe light (LP11) at said inspecting target relatively to said pulsed pump light (LP13), characterized in that said irradiation part is provided with a scanning mechanism to scan with said pulsed probe light (LP11) a wide range (R11) which is wider than an irradiated range being irradiated with said pulsed pump light (LP13) in said inspecting target , wherein said detection part is provided with a detector for receiving pulsed light for detection (LP21) having the same pulse period as said pulsed probe light (LP11), to detect an electromagnetic wave (LT1) generated in accordance with the irradiation with said pulsed probe light (LP11), and wherein said inspecting device further includes a delay part for detection for delaying the time of arrival of said pulsed light for detection (LP21) at said detector relatively to the time of arrival of said electromagnetic wave (LT1) at said detector . an irradiation part for irradiating said inspecting target with each of pulsed pump light (LP13) and pulsed probe light (LP11) having the same pulse period; a detection part for detecting an electromagnetic wave (LT1) emitted from said inspecting target in accordance with the irradiation with said pulsed probe light (LP11); and a delay part for measurement for delaying the time of arrival of said pulsed probe light (LP11) at said inspecting target relatively to said pulsed pump light (LP13), characterized in that said irradiation part is provided with a scanning mechanism to scan with said pulsed probe light (LP11) a wide range (R11) which is wider than an irradiated range being irradiated with said pulsed pump light (LP13) in said inspecting target , wherein said detection part is provided with a detector for receiving pulsed light for detection (LP21) having the same pulse period as said pulsed probe light (LP11), to detect an electromagnetic wave (LT1) generated in accordance with the irradiation with said pulsed probe light (LP11), and wherein said inspecting device further includes a delay part for detection for delaying the time of arrival of said pulsed light for detection (LP21) at said detector relatively to the time of arrival of said electromagnetic wave (LT1) at said detector .