mhurhangee/ep-ind-claims huggingface dataset:
A process for washing a substrate fabric consisting a. providing a laundry detergent composition in powder form including a surfactant and a granulated foam control agent comprising an antifoam supported on a particulate carrier, wherein the antifoam comprises (a) a hydrophobic fluid organopolysiloxane containing phenyl groups bonded to silicon; said hydrophobic fluid organopolysiloxane having a surface tension of at least 27 mN/m and less than 40 mN/m when measured by drop the shape method at 25°C, and (b) a finely divided solid at 100°C hydrophobic filler dispersed in the hydrophobic fluid; b. washing the substrate in an aqueous medium with the detergent composition such that the detergent is applied to the substrate during the washing step, wherein the concentration of the surfactant in the aqueous medium during the washing step is above a critical micelle concentration whereby the antifoam does not affect foaming during the washing step; and c. rinsing the substrate with the applied detergent composition with water, wherein the concentration of the surfactant in the rinse water from the rinsing step is below the critical micelle concentration whereby foaming during the rinsing step is inhibited, and wherein the washing step and the rinsing step occur in hand washing applications. a. providing a laundry detergent composition in powder form including a surfactant and a granulated foam control agent comprising an antifoam supported on a particulate carrier, wherein the antifoam comprises (a) a hydrophobic fluid organopolysiloxane containing phenyl groups bonded to silicon; said hydrophobic fluid organopolysiloxane having a surface tension of at least 27 mN/m and less than 40 mN/m when measured by drop the shape method at 25°C, and (b) a finely divided solid at 100°C hydrophobic filler dispersed in the hydrophobic fluid; b. washing the substrate in an aqueous medium with the detergent composition such that the detergent is applied to the substrate during the washing step, wherein the concentration of the surfactant in the aqueous medium during the washing step is above a critical micelle concentration whereby the antifoam does not affect foaming during the washing step; and c. rinsing the substrate with the applied detergent composition with water, wherein the concentration of the surfactant in the rinse water from the rinsing step is below the critical micelle concentration whereby foaming during the rinsing step is inhibited, and wherein the washing step and the rinsing step occur in hand washing applications.
A sensor comprising: a sensor plate; a base piece; and a first sensor membrane and a second sensor membrane, each having a side of positive electrical polarity and a side of negative electrical polarity; wherein each one of the first sensor membrane and the second sensor membrane is mounted between the sensor plate and the base piece while allowing movement of the sensor plate in relation to the base piece; and the first sensor membrane and the second sensor membrane are mounted such that their respective sides of positive electrical polarity face each other or face away from each other. a sensor plate; a base piece; and a first sensor membrane and a second sensor membrane, each having a side of positive electrical polarity and a side of negative electrical polarity; wherein each one of the first sensor membrane and the second sensor membrane is mounted between the sensor plate and the base piece while allowing movement of the sensor plate in relation to the base piece; and the first sensor membrane and the second sensor membrane are mounted such that their respective sides of positive electrical polarity face each other or face away from each other.
A planar inverted-F antenna implantable in a living body, comprising: a first substrate made of a dielectric material; a grounding electrode disposed on a first surface of the first substrate; an emitting electrode (12, 12', 12") disposed to be opposite to the grounding electrode so as to sandwich the first substrate, the emitting electrode (12, 12', 12") being in the form of an S-shape, and having a short-circuiting point short-circuited to the grounding electrode at an edge portion thereof, a feed point at which power is fed and which is located away from the short-circuiting point by a distance at which the characteristic impedance of the planar inverted-F antenna for electric waves with a certain design wavelength has a certain value; a second substrate disposed to cover the entire emitting electrode (12, 12', 12") together with the first substrate, and made of a dielectric material; and an insulating material layer disposed to cover the entire grounding electrode together with the first substrate and insulating a living body in which the planar inverted-F antenna is implanted from the grounding electrode, wherein the dielectric constant of the insulating material layer is lower than the dielectric constants of the first substrate and the second substrate. a first substrate made of a dielectric material; a grounding electrode disposed on a first surface of the first substrate; an emitting electrode (12, 12', 12") disposed to be opposite to the grounding electrode so as to sandwich the first substrate, the emitting electrode (12, 12', 12") being in the form of an S-shape, and having a short-circuiting point short-circuited to the grounding electrode at an edge portion thereof, a feed point at which power is fed and which is located away from the short-circuiting point by a distance at which the characteristic impedance of the planar inverted-F antenna for electric waves with a certain design wavelength has a certain value; a second substrate disposed to cover the entire emitting electrode (12, 12', 12") together with the first substrate, and made of a dielectric material; and an insulating material layer disposed to cover the entire grounding electrode together with the first substrate and insulating a living body in which the planar inverted-F antenna is implanted from the grounding electrode, wherein the dielectric constant of the insulating material layer is lower than the dielectric constants of the first substrate and the second substrate.
A nucleotide-based nanoswitch system for detecting one or more targets in a sample, the system comprising a set of two or more oligonucleotide probes configured to provide a target binding-induced structural change of one or more of the oligonucleotide probes by a proximity-based hybridization reaction triggered by an increase in local concentration of the two or more oligonucleotide probes, wherein, upon contact of said oligonucleotide probes with the one or more targets, hybridization between hybridization sequences of said probes occurs, thereby producing a detectable change in a signal from one of the probes when the one or more of the oligonucleotide probes are contacted by the one or more targets, wherein said one or more targets are protein analytes, in particular an antibody or a protein antigen, wherein said probes comprise: a first probe containing a target binding moiety and a hybridization sequence; a second probe containing a second target binding moiety and at least a hybridization sequence configured to form a duplex with the hybridization sequence of the first probe, said second probe further comprising a first signaling moiety and a second signaling moiety, wherein the first signaling moiety comprises an electrochemical reporter and the second signaling moiety comprises an electrode. a first probe containing a target binding moiety and a hybridization sequence; a second probe containing a second target binding moiety and at least a hybridization sequence configured to form a duplex with the hybridization sequence of the first probe, said second probe further comprising a first signaling moiety and a second signaling moiety, wherein the first signaling moiety comprises an electrochemical reporter and the second signaling moiety comprises an electrode.
A composition comprising a combination of at least two different albumin-binding prodrugs, wherein one of said at least two different albumin-binding prodrugs is the 6-maleimidocaproyl(hydrazone) derivative of doxorubicin (DOXO-EMCH), and wherein one of the at least two different albumin-binding prodrugs is the methotrexate derivative EMC-D-Ala-Phe-Lys-Lys(γ-MTX)-OH, wherein EMC = 6-maleimidocaproic acid,.
A process for the production of methanol from synthesis gas via an equilibrium reaction proceeding at elevated temperatures under elevated pressure according to the synthesis reactions CO + 2H 2 <-> CH 3 OH + heat CO 2 + 3H 2 <-> CH 3 OH + H 2 O + heat CO + H 2 O <-> CO 2 + H 2 + heat in the presence of a catalyst, said process being conducted in a methanol pre-converter within an operational window, said operational window being - defined by the area below a linear curve of the partial pressure of carbon monoxide vs. the boiling water temperature for water temperatures from 210 to 270°C, where the partial pressure of carbon monoxide increases from 20 kg/cm 2 at 210°C to 32.5 kg/cm 2 at 270°C, and - divided into two areas by an estimated by-product curve of the partial pressure of carbon monoxide vs. the boiling water temperature, said areas leading to the production of methanol of different product qualities. - defined by the area below a linear curve of the partial pressure of carbon monoxide vs. the boiling water temperature for water temperatures from 210 to 270°C, where the partial pressure of carbon monoxide increases from 20 kg/cm 2 at 210°C to 32.5 kg/cm 2 at 270°C, and - divided into two areas by an estimated by-product curve of the partial pressure of carbon monoxide vs. the boiling water temperature, said areas leading to the production of methanol of different product qualities.
A linear stapler comprising: a support base having a proximal end and a distal end; a trigger located at the proximal end of the support base; an end effector located at the distal end of the support base, fired by the trigger and including a cartridge, the cartridge comprising a cartridge body including a spent cartridge indicator, said linear stapler being characterized in that the spent cartridge indicator comprises an indicator window formed in the cartridge body and an indicator feature formed on a staple driver for driving staples in the cartridge, such that after the cartridge is fired, the indicator window displays the indicator feature. a support base having a proximal end and a distal end; a trigger located at the proximal end of the support base; an end effector located at the distal end of the support base, fired by the trigger and including a cartridge, the cartridge comprising a cartridge body including a spent cartridge indicator, said linear stapler being characterized in that the spent cartridge indicator comprises an indicator window formed in the cartridge body and an indicator feature formed on a staple driver for driving staples in the cartridge, such that after the cartridge is fired, the indicator window displays the indicator feature.
A method for use by a device to distinguish between a first charging port, namely a Charging Downstream Port, CDP, and a second charging port, namely a Dedicated Charging Port, DCP, of a Universal Serial Bus, USB, the method comprising: detecting that the device is attached to a charging port; and determining whether the charging port is the CDP, or the DCP without causing a host to be able to detect the device if the charging port is the CDP; wherein the first charging port is capable of supporting data communications between a host and the device and the second charging port is incapable of supporting data communications with the device; wherein the device includes a first switch connected between a positive data line and a voltage source, a second switch connected between the positive data line and a current source, a third switch connected between a negative data line and a comparison circuit, a fourth switch connected between the voltage source and the negative data line, a fifth switch connected between the current source and the negative data line, and a sixth switch connected between the positive data line and the comparison circuit. detecting that the device is attached to a charging port; and determining whether the charging port is the CDP, or the DCP without causing a host to be able to detect the device if the charging port is the CDP; wherein the first charging port is capable of supporting data communications between a host and the device and the second charging port is incapable of supporting data communications with the device; wherein the device includes a first switch connected between a positive data line and a voltage source, a second switch connected between the positive data line and a current source, a third switch connected between a negative data line and a comparison circuit, a fourth switch connected between the voltage source and the negative data line, a fifth switch connected between the current source and the negative data line, and a sixth switch connected between the positive data line and the comparison circuit.
A system for assuring a safe working condition of a dry gas seal, associated with a pump or compressor, during standstill operating conditions, the system comprising: a controllable valve connected to a chamber between a primary seal and a secondary seal of said dry gas seal, said valve associated with a vent to a flare-safe area; a compressor configured for boosting the pressure of an intermediate buffer gas injected into said chamber; and characterized by a barrier fluid pressure detector for determining when barrier fluid pressure drops below a preconfigured lower limit and when said pump or compressor, at said standstill operating condition is pressurized at a settle-out pressure; and by a control system configured for operating said controllable valve and said compressor based on said barrier fluid pressure.
A safety belt height adjustment device for the redirecting fitting of a vehicle safety belt comprising a stationary guide rail and a sliding plate displaceably and lockably guided and captively held therein, at which the redirecting fitting is to be fitted, the guide rail comprising latching windows in a bottom, in which a bolt arranged at the plate can engage in a locking manner or can be brought out of engagement for displacing the plate, activating means for displacing the bolt from the locking position into the release position and spring means being provided, by means of which the bolt is pressed into the locking position, the activating means including an activating lever rotatably held at the upper portion of the plate and a trigger lever to be operated thereby and rotatably supported at the upper portion, and the trigger lever being positively coupled to the bolt, and the bolt being displaceably guided in the plate in an exclusively linear manner transversely to the longitudinal extension of the rail, characterized by that the trigger lever engages in a fork-type manner laterally around the bolt, thus the bolt being embraced in a positive-locking manner, and each fork leg receives a guide element of the bolt.
A screen assembly comprising: a core having an edge and first and second opposite side surfaces (8, 10); a retainer coupled to said edge of said core and extending outwardly from said core, said retainer comprising first and second limbs (30, 32) having respective edge portions (36, 38) defining a mouth, said first and second limbs (30, 32) defining an interior cavity therebetween, and said first and second limbs (30, 32) defining respective exterior surfaces (40, 42); and first and second cover portions (46, 48) each having an edge (70, 72), said first cover portion overlying said first side of said core and said exterior surface of said first limb, said second cover portion overlying said second side of said core and said exterior surface of said second limb, said first and second cover portions (46, 48) wrapping around said edge portions (36, 38) of said first and second limbs (30, 32) being disposed through said mouth such that said edges (70, 72) of said first and second cover portions (46, 48) are disposed in said interior cavity, wherein said first and second limbs (30, 32) retain said first and second cover portions (46, 48) therebetween, characterised in that said first and second limbs (30, 32) are resilient limbs, wherein said edge portions (36, 38) of said first and second limbs (30, 32) are movable toward and away from each other between a retention configuration and an insertion configuration, wherein said first and second limbs (30, 32) are biased toward said retention configuration. a core having an edge and first and second opposite side surfaces (8, 10); a retainer coupled to said edge of said core and extending outwardly from said core, said retainer comprising first and second limbs (30, 32) having respective edge portions (36, 38) defining a mouth, said first and second limbs (30, 32) defining an interior cavity therebetween, and said first and second limbs (30, 32) defining respective exterior surfaces (40, 42); and first and second cover portions (46, 48) each having an edge (70, 72), said first cover portion overlying said first side of said core and said exterior surface of said first limb, said second cover portion overlying said second side of said core and said exterior surface of said second limb, said first and second cover portions (46, 48) wrapping around said edge portions (36, 38) of said first and second limbs (30, 32) being disposed through said mouth such that said edges (70, 72) of said first and second cover portions (46, 48) are disposed in said interior cavity, wherein said first and second limbs (30, 32) retain said first and second cover portions (46, 48) therebetween,
A method for terminating a location process in a Long Term Evolution LTE system, characterized in that: receiving, by a Mobile Management Entity MME, a request for terminating a location process for a User Equipment UE from the UE or an Evolved-NodeB eNB for currently serving the UE; after the MME receives the request for terminating a location process for a UE, sending (311, 509), by the MME, a location service terminating request to a Serving Mobile Location Center SMLC configured to manage and configure location; and after the SMLC receives the location service terminating request, sending (312, 411, 510, 609), by the SMLC, an instruction for terminating the location process to a network element that performs the location process. receiving, by a Mobile Management Entity MME, a request for terminating a location process for a User Equipment UE from the UE or an Evolved-NodeB eNB for currently serving the UE; after the MME receives the request for terminating a location process for a UE, sending (311, 509), by the MME, a location service terminating request to a Serving Mobile Location Center SMLC configured to manage and configure location; and after the SMLC receives the location service terminating request, sending (312, 411, 510, 609), by the SMLC, an instruction for terminating the location process to a network element that performs the location process.
A method of modifying an appearance of hair in an image of a head of a subject, the method comprising: providing, as an input to a first trained neural network model, an image of a head of a subject having a region of hair; generating, using the first trained neural network model and based on the image of the head, a hair layer comprising an estimated representation of portions of the image including hair, and a face layer comprising an estimated representation of the head of the subject with the region of hair having been removed; providing, as an input to a second trained neural network model, an indication of a defined hairstyle to be incorporated into the image, and the generated hair layer; generating, using the second trained neural network model, a modified hair layer based on the indication of the defined hairstyle and the generated hair layer; and generating, using a processor, a modified image of the head of the subject by applying the modified hair layer to the generated face layer. providing, as an input to a first trained neural network model, an image of a head of a subject having a region of hair; generating, using the first trained neural network model and based on the image of the head, a hair layer comprising an estimated representation of portions of the image including hair, and a face layer comprising an estimated representation of the head of the subject with the region of hair having been removed; providing, as an input to a second trained neural network model, an indication of a defined hairstyle to be incorporated into the image, and the generated hair layer; generating, using the second trained neural network model, a modified hair layer based on the indication of the defined hairstyle and the generated hair layer; and generating, using a processor, a modified image of the head of the subject by applying the modified hair layer to the generated face layer.
A capacitor charging performance monitoring system of a production machine for monitoring charging performance of a capacitor in an electric circuit installed on a production machine provided in a production line, the system comprising: a charging voltage detecting section configured to detect a charging voltage of the capacitor; a charging time measuring section configured to measure, as a charging time, a time from starting charging to a time when a specified charging complete determination voltage that can be used to determine when the charging voltage of the capacitor has reached full charge is reached based on the charging voltage of the capacitor detected by the charging voltage detecting section; and a charging performance determining section configured to determine whether the capacitor has deteriorated by determining whether the charging time measured by the charging time measuring section is equal to or less than a specified deterioration threshold value, wherein the charging performance determining section is configured to issue a warning upon determining that the capacitor has deteriorated, characterized by a determination threshold setting section configured to set the deterioration determination threshold, wherein the determination threshold setting section is configured to take, as a normal charging time, the charging time measured by the charging time measuring section at a first operation time after installation of the production machine or at a first operation time after replacement of the capacitor, and set the deterioration determination threshold to a time shorter than the normal charging time by a time corresponding to a specified deterioration amount. a charging voltage detecting section configured to detect a charging voltage of the capacitor; a charging time measuring section configured to measure, as a charging time, a time from starting charging to a time when a specified charging complete determination voltage that can be used to determine when the charging voltage of the capacitor has reached full charge is reached based on the charging voltage of the capacitor detected by the charging voltage detecting section; and a charging performance determining section configured to determine whether the capacitor has deteriorated by determining whether the charging time measured by the charging time measuring section is equal to or less than a specified deterioration threshold value, wherein the charging performance determining section is configured to issue a warning upon determining that the capacitor has deteriorated, characterized by a determination threshold setting section configured to set the deterioration determination threshold, wherein the determination threshold setting section is configured to take, as a normal charging time, the charging time measured by the charging time measuring section at a first operation time after installation of the production machine or at a first operation time after replacement of the capacitor, and set the deterioration determination threshold to a time shorter than the normal charging time by a time corresponding to a specified deterioration amount.