mhurhangee/patent-ind-claim-en huggingface dataset:
A method for interactive image editing by an electronic device, comprising: detecting at least one facial feature location in an image of a face; generating , based on the at least one facial feature location, an image mesh that comprises at least one horizontal line and at least one vertical line, and at least one vertex corresponding to the at least one facial feature location; obtaining at least one gesture input from a user via a touch screen or a motion sensing device; determining at least one editing action based on the at least one user input, wherein the editing action provides a pixel map that maps an image vertex pixel, at a vertex of the image mesh that corresponds to a detected facial feature, from a first location in the image, to a second location in an edited image, based on shifting information provided by the editing action for the vertex of the image mesh; and generating the edited image based on the image mesh, the at least one editing action and the image. detecting at least one facial feature location in an image of a face; generating , based on the at least one facial feature location, an image mesh that comprises at least one horizontal line and at least one vertical line, and at least one vertex corresponding to the at least one facial feature location; obtaining at least one gesture input from a user via a touch screen or a motion sensing device; determining at least one editing action based on the at least one user input, wherein the editing action provides a pixel map that maps an image vertex pixel, at a vertex of the image mesh that corresponds to a detected facial feature, from a first location in the image, to a second location in an edited image, based on shifting information provided by the editing action for the vertex of the image mesh; and generating the edited image based on the image mesh, the at least one editing action and the image.
Process for the continuous preparation of polypropylene in a reactor from propylene and optionally ethylene and/or at least one other α-olefin monomer, wherein the reactor comprises a fluidized bed, an expanded section located at or near the top of the reactor, a distribution plate located at the lower part of the reactor and an inlet for a recycle stream located under the distribution plate; wherein the process comprises: - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate; - feeding the propylene and the optional at least one other α-olefin monomer to the reactor; - withdrawing the polypropylene from the reactor; - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are compressed using a compressor and cooled using a heat exchanger, resulting in a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream wherein an alkane being iso-butane is added to the reactor and wherein the molar composition of the components in the recycle stream is chosen such that the dew temperature of the recycle stream at the reactor pressure is 0.10°C - 0.2°C below the temperature of the reactor and wherein the amount of iso-butane is chosen such that the molar composition in the recycle stream of the total of iso-butane is at least 2 mol% and at most 5 mol%. - feeding a polymerization catalyst to the fluidized bed in the area above the distribution plate; - feeding the propylene and the optional at least one other α-olefin monomer to the reactor; - withdrawing the polypropylene from the reactor; - circulating fluids from the top of the reactor to the bottom of the reactor, wherein the circulating fluids are compressed using a compressor and cooled using a heat exchanger, resulting in a cooled recycle stream comprising liquid, and wherein the cooled recycle stream is introduced into the reactor using the inlet for the recycle stream wherein an alkane being iso-butane is added to the reactor and
A method for monitoring the effect of an environmental factor on the proteome or parts thereof of a cell, the method comprising the steps of: (a) selecting introns to be targeted in the genome of a cell; (b) identifying guide RNA (gRNA) sequences suitable for inserting a tag in the selected introns in the genome of the cell; (c) cloning identified gRNA sequences and tag sequence into vectors; (d) contacting a population of the cell with said vectors of (c) to integrate the tag of (b) into selected introns; (e) exposing cell population to environmental factor; and (f) monitoring the effect of the environmental factor on the proteome based on the detection of the tag prior to exposure of the cell population to the environmental factor and subsequent to exposure of the cell population to the environmental factor wherein in step (c) the identified gRNA sequences are cloned into a transduction vector and the tag sequence is cloned into a minicircle DNA. (a) selecting introns to be targeted in the genome of a cell; (b) identifying guide RNA (gRNA) sequences suitable for inserting a tag in the selected introns in the genome of the cell; (c) cloning identified gRNA sequences and tag sequence into vectors; (d) contacting a population of the cell with said vectors of (c) to integrate the tag of (b) into selected introns; (e) exposing cell population to environmental factor; and (f) monitoring the effect of the environmental factor on the proteome based on the detection of the tag prior to exposure of the cell population to the environmental factor and subsequent to exposure of the cell population to the environmental factor
A multidirectional balloon tipped catheter system for conducting His bundle sensing and pacing, comprising: a multidirectional catheter body having a proximal end and a distal end and including a plurality of curls and flexion points for multidirectional deflections, wherein the catheter body includes a plurality of lumens comprising: a pacing lead lumen including an exit port at the distal end; and at least one balloon lumen including a balloon port near the distal end; an anchor balloon mounted to near the distal end of the catheter body , wherein the anchor balloon is in fluid communication with the balloon port and wherein the anchor balloon overhangs the distal end of the catheter body by a predetermined distance when the anchor balloon is inflated; one or more mapping electrodes mounted to a distal end portion of the catheter body, wherein the one or more mapping electrodes are configured to sense His bundle potential, wherein the anchor balloon is configured to expose the one or more mapping electrodes mounted to the distal end portion when the anchor balloon is deflated; and a pacing lead placed in the pacing lead lumen , wherein the pacing lead is configured to protrude beyond the distal end of the catheter body when the pacing lead is in use. a pacing lead lumen including an exit port at the distal end; and at least one balloon lumen including a balloon port near the distal end; an anchor balloon mounted to near the distal end of the catheter body , wherein the anchor balloon is in fluid communication with the balloon port and wherein the anchor balloon overhangs the distal end of the catheter body by a predetermined distance when the anchor balloon is inflated; one or more mapping electrodes mounted to a distal end portion of the catheter body, wherein the one or more mapping electrodes are configured to sense His bundle potential, wherein the anchor balloon is configured to expose the one or more mapping electrodes mounted to the distal end portion when the anchor balloon is deflated; and a pacing lead placed in the pacing lead lumen , wherein the pacing lead is configured to protrude beyond the distal end of the catheter body when the pacing lead is in use.
An upper die replacing method of a leading end of a punch in a bending press machine that bends a steel plate on dies by a pair of dies and a punch vertically moving between the dies, wherein carry-in of the upper die to just below the punch and carry-out of the upper die from just below the punch are performed by mounting the upper die on an upper die carriage capable of moving between the pair of dies in a longitudinal direction of the punch, and characterized in that the carry-in of the upper die carriage to just below the punch and the carry-out from just below the punch are performed using an open steel pipe carrying-out device disposed in the press machine. wherein carry-in of the upper die to just below the punch and carry-out of the upper die from just below the punch are performed by mounting the upper die on an upper die carriage capable of moving between the pair of dies in a longitudinal direction of the punch, and characterized in that the carry-in of the upper die carriage to just below the punch and the carry-out from just below the punch are performed using an open steel pipe carrying-out device disposed in the press machine.
An unlocking method, wherein the method is applied to an electronic device; the electronic device comprises a first screen and a second screen that are formed in a screen-folded state, wherein the first screen is an inner screen, the second screen is an outer screen, the first screen has an associated first collection component, and the second screen has an associated second collection component; and the method comprises: obtaining an unlocking intention; invoking, in response to the unlocking intention, the second collection component to collect identity information of a user, and identifying an identity of the user based on the identity information collected by the second collection component; and unlocking the first screen if the identity of the user is valid and the electronic device meets a condition for using the first screen; characterized in that before unlocking the first screen, the method further comprises invoking the first collection component to collect identity information of the user if the identity of the user cannot be identified based on the identity information collected by the second collection component, and identifying the identity of the user based on the identity information collected by the first collection component. obtaining an unlocking intention; invoking, in response to the unlocking intention, the second collection component to collect identity information of a user, and identifying an identity of the user based on the identity information collected by the second collection component; and unlocking the first screen if the identity of the user is valid and the electronic device meets a condition for using the first screen; characterized in that before unlocking the first screen, the method further comprises invoking the first collection component to collect identity information of the user if the identity of the user cannot be identified based on the identity information collected by the second collection component, and identifying the identity of the user based on the identity information collected by the first collection component.
A method for constructing a genetically modified semi-cloned mouse animal, comprising: combining an androgenetic haploid embryonic stem cell (AG-haESC) in which H19 DMR and IG-DMR are both knocked out with an oocyte to obtain a semi-cloned embryo, and incubating the semi-cloned embryo to obtain a semi-cloned mouse animal, wherein the AG-haESC is derived from a mouse; wherein one or more target genes of interest in the AG-haESC in which H19 DMR and IG-DMR are both knocked out are modified.
An upper for an article of footwear, the upper comprising: a knitted component with a first zone , the first zone being at least partially formed with a first yarn and a second yarn ; the first yarn being a monofilament yarn; and the second yarn having a tenacity of at least 5 grams per denier (g/D), wherein the first yarn and the second yarn are adjacent at least at one location within the first zone, and wherein the first yarn and the second yarn include at least one continuous strand, characterized in that the first zone is at least partially formed with a third yarn , the third yarn including a thermoplastic polymer material, and the thermoplastic polymer material of the third yarn is fused such that it forms a bond between the first yarn and the second yarn within the first zone . a knitted component with a first zone , the first zone being at least partially formed with a first yarn and a second yarn ; the first yarn being a monofilament yarn; and the second yarn having a tenacity of at least 5 grams per denier (g/D), wherein the first yarn and the second yarn are adjacent at least at one location within the first zone, and wherein the first yarn and the second yarn include at least one continuous strand, characterized in that the first zone is at least partially formed with a third yarn , the third yarn including a thermoplastic polymer material, and the thermoplastic polymer material of the third yarn is fused such that it forms a bond between the first yarn and the second yarn within the first zone .
A clothes treating system comprising: a first housing ; a second housing disposed on a top of the first housing ; a front cover covering at least a portion of a front surface of the first housing and at least a portion of a front surface of the second housing ; and characterized by a fixing bracket configured to be connected to the first housing and the second housing to couple the first housing to the second housing , and configured to be connected to an upper portion of the front cover . a first housing ; a second housing disposed on a top of the first housing ; a front cover covering at least a portion of a front surface of the first housing and at least a portion of a front surface of the second housing ; and characterized by a fixing bracket configured to be connected to the first housing and the second housing to couple the first housing to the second housing , and configured to be connected to an upper portion of the front cover .
A drinking apparatus for an animal, comprising: a basin for holding water; a capacitive touch sensor comprising a sense electrode disposed underneath the basin ; and a processor coupled to the capacitive touch sensor and configured to determine a capacitance value of capacitance coupled to the sense electrode , wherein the processor is configured to detect touching by an animal of the water held by the basin , said detection based on detecting a change of the capacitance to a capacitance value that exceeds a detection threshold relative to a reference capacitance value, wherein the processor is configured to determine the reference capacitance value based on an average of earlier capacitance values sensed by the capacitive touch sensor . a basin for holding water; a capacitive touch sensor comprising a sense electrode disposed underneath the basin ; and a processor coupled to the capacitive touch sensor and configured to determine a capacitance value of capacitance coupled to the sense electrode , wherein the processor is configured to detect touching by an animal of the water held by the basin , said detection based on detecting a change of the capacitance to a capacitance value that exceeds a detection threshold relative to a reference capacitance value, wherein the processor is configured to determine the reference capacitance value based on an average of earlier capacitance values sensed by the capacitive touch sensor .
A clay plaster comprising clay and optionally aggregates in the form of sand, organic and/or mineral fillers, characterized in that it comprises clay in an amount of more than 40% by weight, preferably more than 60% by weight, and more preferably more than 80% by weight, and most preferably 100% by weight of content based on the clay plaster dry matter, wherein the clay is in a powder form having grain size of up to 1.5 mm and granular form having grain size larger than 1.5 mm up to grain size not exceeding the thickness of the layer of clay plaster applied to the substrate, whereby the amount of clay powder does not exceed 80% by weight of the granular clay and optionally comprises a mineral and/or organic filler in an amount of not more than 60% by weight, as well as possible modifying additives, additives increasing the adhesion to the substrate, additives delaying the time of granular clay soaking, retention additives and/or pigments, wherein the amount of additives is not more than 10% by weight based on the clay plaster dry matter.
A method of measuring an analyte of interest present in a fluid sample, the method comprising: applying the fluid sample to an assay test strip, wherein the assay test strip comprises: a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; uncoupling the complex from the flow path; flowing the fluid sample and the complex in the flow path to the capture zone; binding the complex to the immobilized capture agent in the capture zone; and detecting a signal from the complex bound to the immobilized capture agent in the capture zone, wherein the detected signal is correlated to a measurement of a concentration of analyte of interest in the fluid sample. applying the fluid sample to an assay test strip, wherein the assay test strip comprises: a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; a flow path configured to receive a fluid sample; a sample receiving zone coupled to the flow path; a capture zone coupled to the flow path downstream of the sample receiving zone and comprising an immobilized capture agent specific to an analyte of interest; and a complex coupled to the flow path and configured to flow in the flow path to the capture zone in the presence of the fluid sample, the complex comprising a label, an antibody or a fragment of an antibody that specifically binds the analyte of interest, and the analyte of interest; uncoupling the complex from the flow path; flowing the fluid sample and the complex in the flow path to the capture zone; binding the complex to the immobilized capture agent in the capture zone; and detecting a signal from the complex bound to the immobilized capture agent in the capture zone, wherein the detected signal is correlated to a measurement of a concentration of analyte of interest in the fluid sample.
A fan shroud for a vehicle comprising: • a main wall , • at least one window arranged for an air passage, this window being formed on the main wall , • a flap associated with this window arranged to close or open this window , • at least one reinforcing rib arranged to mechanically reinforce an area of the main wall adjacent to the window , and wherein the rib extends over the window and connects to two sides of the window , characterized in that the rib has an arcuate shape so that the distance between the plane of the window and the rib is variable. • a main wall , • at least one window arranged for an air passage, this window being formed on the main wall , • a flap associated with this window arranged to close or open this window , • at least one reinforcing rib arranged to mechanically reinforce an area of the main wall adjacent to the window , and wherein the rib extends over the window and connects to two sides of the window , characterized in that the rib has an arcuate shape so that the distance between the plane of the window and the rib is variable.
A plug used for piercing a billet, comprising: a plug body ; a body coating provided on a surface of the plug body and containing iron and iron oxides; and a surface-layer coating provided on the body coating and containing iron and iron oxides, wherein the surface-layer coating has a porosity lower than that of a region of the body coating adjacent to the surface-layer coating , the region having a thickness equal to that of the surface-layer coating , the body coating has an iron content which decreases and an iron oxide content which increases from the plug body toward the surface layer coating , characterized in that the surface-layer coating has an iron content higher than the region of the body coating adjacent to the surface-layer coating and having a thickness equal to that of the surface-layer coating . a plug body ; a body coating provided on a surface of the plug body and containing iron and iron oxides; and a surface-layer coating provided on the body coating and containing iron and iron oxides, wherein the surface-layer coating has a porosity lower than that of a region of the body coating adjacent to the surface-layer coating , the region having a thickness equal to that of the surface-layer coating , the body coating has an iron content which decreases and an iron oxide content which increases from the plug body toward the surface layer coating , characterized in that the surface-layer coating has an iron content higher than the region of the body coating adjacent to the surface-layer coating and having a thickness equal to that of the surface-layer coating .
A hydraulic system which is configured as a closed circuit system, wherein the hydraulic system comprises at least one hydraulic motor assembly and a hydraulic fluid reservoir hydraulically coupled to this hydraulic motor assembly , wherein a deaeration device for deaerating a hydraulic fluid is associated with the at least one hydraulic motor assembly , wherein the deaeration device has a suction means configured as a Venturi nozzle in order to aspirate the hydraulic fluid of the at least one hydraulic motor assembly , wherein the suction means removes hydraulic fluid from the at least one hydraulic motor assembly integrated into at least one motor housing through a return line into the hydraulic fluid reservoir by means of a partial vacuum (Δp), characterized in that a supply of pre-pressurized scavenging oil of the at least one hydraulic motor assembly is provided through a branch line as the working medium of the suction means , wherein a pilot-controlled pressure limiting valve is disposed in the branch line and is connected to the motor housing by a signal line , wherein the partial vacuum (Δp) in the motor housing serves to control the pressure limiting valve .