mhurhangee/patent-ind-claim-en huggingface dataset:
Method of detecting symptoms of peritonitis, wherein the method comprises the following steps: - taking a photo of a drainage solution and/or of a catheter exit site using a smartphone and/or inputting at least one query parameter which is input by a patient through the input zone of a smartphone; and, - detecting symptoms of a peritontitis by evaluating the photo and the query parameter, wherein the photograph is a photo of a hose for conducting a drainage solution, and the photograph is taken by means of scattered light measurement; characterized in that : a region of the hose photographed via the smartphone is protected from light, or shaded, by means of an lightproof hose cover , and the photograph is taken by calculating in an averaged manner a brightness value in particular over the total pixel range or over a part of the total pixel range of the camera of the smartphone . - taking a photo of a drainage solution and/or of a catheter exit site using a smartphone and/or inputting at least one query parameter which is input by a patient through the input zone of a smartphone; and, - detecting symptoms of a peritontitis by evaluating the photo and the query parameter, wherein a region of the hose photographed via the smartphone is protected from light, or shaded, by means of an lightproof hose cover , and the photograph is taken by calculating in an averaged manner a brightness value in particular over the total pixel range or over a part of the total pixel range of the camera of the smartphone .
A washer for a secondary battery comprising a polymer film layer ; and a adhesion layer formed on one side of the polymer film layer , wherein the adhesion layer comprises an adhesive component and an indicator component, wherein the indicator component experiences color change upon contact with an electrolyte, and wherein the polymer film layer is made of a transparent material or a semitransparent material so that the color change of the indicator component may be observed with naked eyes from outside.
A method for use in a station, STA, the method comprising: receiving, by the STA configured to maintain a first Network Allocation Vector, NAV, and a second NAV, a Contention Free-End, CF-End, frame; resetting, on a condition that the CF-End frame is received from another STA in a first Basic Service Set, BSS, with which the STA is associated, the first NAV; and resetting, on a condition that the CF-End frame is received from another STA in a second BSS that is different than the first BSS with which the STA is associated, the second NAV. receiving, by the STA configured to maintain a first Network Allocation Vector, NAV, and a second NAV, a Contention Free-End, CF-End, frame; resetting, on a condition that the CF-End frame is received from another STA in a first Basic Service Set, BSS, with which the STA is associated, the first NAV; and resetting, on a condition that the CF-End frame is received from another STA in a second BSS that is different than the first BSS with which the STA is associated, the second NAV.
A hair dyeing accessory , comprising: a sheet portion to be pasted on a glove ; a projection that includes a shaft standing on a surface of the sheet portion , and an expanded part that is positioned at the distal end of the shaft , and has a larger diameter than the shaft , the expanded part and the shaft being separately configured and an end part of the projection being configured to come into contact with a scalp ; characterized by a member that is a cloth that is fitted to the shaft , which member includes a reservoir space for retaining the dyeing agent , is to be positioned closer to the glove than to an end part of the projection , and does not disturb contact of the end part of the projection with the scalp , or characterized by a member that is fitted to the shaft , which member includes a reservoir space for retaining the dyeing agent around the projection , includes a distal end positioned closer to a root of the projection than to an end part of the projection , and does not disturb contact of the end part of the projection with the scalp , wherein the expanded part is a stopper preventing the member from being dropped off. a sheet portion to be pasted on a glove ; a projection that includes a shaft standing on a surface of the sheet portion , and an expanded part that is positioned at the distal end of the shaft , and has a larger diameter than the shaft , the expanded part and the shaft being separately configured and an end part of the projection being configured to come into contact with a scalp ; characterized by a member that is a cloth that is fitted to the shaft , which member includes a reservoir space for retaining the dyeing agent , is to be positioned closer to the glove than to an end part of the projection , and does not disturb contact of the end part of the projection with the scalp , or characterized by a member that is fitted to the shaft , which member includes a reservoir space for retaining the dyeing agent around the projection , includes a distal end positioned closer to a root of the projection than to an end part of the projection , and does not disturb contact of the end part of the projection with the scalp , wherein the expanded part is a stopper preventing the member from being dropped off.
Device for measuring elevations on the surface of a rotary body embodied as a cylinder , roller , sleeve , or plate for a printing machine , the device comprising a first motor for rotating the rotary body about an axis of rotation and a measuring device , characterized in that to take touch-free measurements, said measuring device comprises at least one radiation source and at least one area scan camera , in that the radiation source generates a light curtain as emitted light, in that the contour of the rotary body generates a shade, and in that the area scan camera receives the emitted light without the shade created by the contour. in that to take touch-free measurements, said measuring device comprises at least one radiation source and at least one area scan camera , in that the radiation source generates a light curtain as emitted light, in that the contour of the rotary body generates a shade, and in that the area scan camera receives the emitted light without the shade created by the contour.
A biocompatible polymer of formula (I), wherein R 1 is C 1 -C 20 straight chain or branched alkyl; R 2 is C 1 -C 20 straight chain or branched alkyl; n is an integer from 5 to 1000; and m is an integer from 1 to 10. wherein R 1 is C 1 -C 20 straight chain or branched alkyl; R 2 is C 1 -C 20 straight chain or branched alkyl; n is an integer from 5 to 1000; and m is an integer from 1 to 10.
A turbomachine blade , comprising: a blade root (101; 401); a plurality of feather seal slots on a lateral portion of the blade root, the plurality of feather seal slots comprising two leg slots (109a, 109b; 409a, 409b), each leg slot extending radially with respect to the blade root, and a cross member slot (107; 407) extending axially with respect to the blade root, wherein the cross member slot is in proximity to a radial outward end of each of the leg slots; and an airfoil portion extending radially from the blade root; characterised in that : the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof. a blade root (101; 401); a plurality of feather seal slots on a lateral portion of the blade root, the plurality of feather seal slots comprising two leg slots (109a, 109b; 409a, 409b), each leg slot extending radially with respect to the blade root, and a cross member slot (107; 407) extending axially with respect to the blade root, wherein the cross member slot is in proximity to a radial outward end of each of the leg slots; and an airfoil portion extending radially from the blade root; characterised in that : the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof. the blade root has a dove-tail slot defined therein; the plurality of feather seal slots being defined to straddle the dove tail slot; and the cross member slot is separate from each of the leg slots, wherein one of the leg slots is a forward leg slot (109a; 409a) and the other is an aft leg slot (109b; 409b) such that the forward leg slot is positioned axially forward of the aft leg slot and wherein each leg slot has a variable thickness such that the thickness of the leg slot in the axial direction increases from a radially inward end to the radially outward end thereof.
An apparatus for providing instillation therapy to a tissue site, the apparatus comprising: a sensor configured to determine a pressure proximate a tissue site ; a fluid reservoir ; a valve fluidly coupled to the fluid reservoir; a flow meter fluidly coupled to the valve downstream of the valve; and a controller communicatively coupled to the sensor, the valve, and the flow meter, the controller configured to operate in a training mode, determine a pressure profile of a reduced-pressure source fluidly coupled to the tissue site in response to the training mode; and operate the valve in response to the pressure profile to deliver fluid. a sensor configured to determine a pressure proximate a tissue site ; a fluid reservoir ; a valve fluidly coupled to the fluid reservoir; a flow meter fluidly coupled to the valve downstream of the valve; and a controller communicatively coupled to the sensor, the valve, and the flow meter, the controller configured to operate in a training mode, determine a pressure profile of a reduced-pressure source fluidly coupled to the tissue site in response to the training mode; and operate the valve in response to the pressure profile to deliver fluid.
A furnace for thermally cracking a feed selected from the group consisting of C 2-4 alkanes, and naphtha, comprising in the furnace radiant section one or more process coils comprising one or more passes, having the external surface augmented with protuberances, each of said protuberances having: i) a height from 3 to 15% of the coil outer diameter; ii) a contact surface with the coil which area is 0.1%-10% of the coil external cross section area; iii) a geometrical shape which has a relatively large external surface containing a relatively small volume selected from a tetrahedron, a pyramid, a cone, a section of a sphere which is a hemisphere or less, and a section of an ellipsoid. i) a height from 3 to 15% of the coil outer diameter; ii) a contact surface with the coil which area is 0.1%-10% of the coil external cross section area; iii) a geometrical shape which has a relatively large external surface containing a relatively small volume selected from a tetrahedron, a pyramid, a cone, a section of a sphere which is a hemisphere or less, and a section of an ellipsoid.
A method, performed at a first wireless node, for determining a channel occupancy time, COT, of the first wireless node on a radio channel, the method comprising: - obtaining (S102) a radio condition parameter indicative of a condition of the radio channel; and - determining (S104) the channel occupancy time based on the radio condition parameter; wherein the radio condition parameter comprises a COT sharing parameter in the case where the radio condition parameter is obtained based on COT sharing with one or more additional wireless nodes. - obtaining (S102) a radio condition parameter indicative of a condition of the radio channel; and - determining (S104) the channel occupancy time based on the radio condition parameter; wherein the radio condition parameter comprises a COT sharing parameter in the case where the radio condition parameter is obtained based on COT sharing with one or more additional wireless nodes.
Drainage tray for collecting condensate from a heat pump , the heat pump being of a type adapted to be mounted on a support , the support being of a type mountable to at least one supporting structure configured to carry the weight of the heat pump and the support , wherein the tray comprises a peripheral edge portion defining a central recessed tray portion configured to collect condensate, wherein the tray further comprises a condensate outlet configured for removing the condensate from the tray , characterised in that the tray is configured to be arranged between an underside of the heat pump and the support , and wherein the tray further comprises at least two lateral recessed portions on the opposite side of the tray in relation to the central recessed portion , said lateral recessed portions adapted to be essentially corresponding to supporting members on the support , such that the tray is supportable by the contact between the at least two lateral recessed portions and the support . wherein the tray comprises a peripheral edge portion defining a central recessed tray portion configured to collect condensate, wherein the tray further comprises a condensate outlet configured for removing the condensate from the tray , characterised in that the tray is configured to be arranged between an underside of the heat pump and the support , and wherein the tray further comprises at least two lateral recessed portions on the opposite side of the tray in relation to the central recessed portion , said lateral recessed portions adapted to be essentially corresponding to supporting members on the support , such that the tray is supportable by the contact between the at least two lateral recessed portions and the support .
A product consisting of leaven or the like, living, having a percentage of dry material by weight of less than 90%, characterised in that the product is contained in an atmosphere of nitrogen of purity greater than 97%, preferably between 99 and 100%, by volume in a package made of a gas barrier material and closed with a gas tight seal.
A method for adjusting a bearing assembly pivot offset, the bearing assembly having a plurality of pads and an adjustable offset pad insert mounted within one of the plurality of pads , the method comprising: dismounting the adjustable offset pad insert from the pad ; rotating the adjustable offset pad insert 180 degrees from its initial position; and mounting the adjustable offset pad insert with the pad in an orientation that is 180 degrees from its initial pre-rotation position; wherein the length of the adjustable offset pad insert is greater than the width of the adjustable offset pad insert which is greater than the height of the adjustable offset pad insert , the adjustable offset pad insert comprising: a substantially flat bottom surface , wherein the substantially flat bottom surface forms the length and width of the adjustable offset pad insert , a top surface, wherein the top surface is parallel to the substantially flat bottom surface ; and a spherical seat formed in the top surface, wherein the spherical seat is substantially centered along an axis running the width of the adjustable offset pad insert and offset along an axis running the length of the adjustable offset pad insert . dismounting the adjustable offset pad insert from the pad ; rotating the adjustable offset pad insert 180 degrees from its initial position; and mounting the adjustable offset pad insert with the pad in an orientation that is 180 degrees from its initial pre-rotation position; wherein the length of the adjustable offset pad insert is greater than the width of the adjustable offset pad insert which is greater than the height of the adjustable offset pad insert , the adjustable offset pad insert comprising: a substantially flat bottom surface , wherein the substantially flat bottom surface forms the length and width of the adjustable offset pad insert , a top surface, wherein the top surface is parallel to the substantially flat bottom surface ; and a spherical seat formed in the top surface, wherein the spherical seat is substantially centered along an axis running the width of the adjustable offset pad insert and offset along an axis running the length of the adjustable offset pad insert . a substantially flat bottom surface , wherein the substantially flat bottom surface forms the length and width of the adjustable offset pad insert , a top surface, wherein the top surface is parallel to the substantially flat bottom surface ; and a spherical seat formed in the top surface, wherein the spherical seat is substantially centered along an axis running the width of the adjustable offset pad insert and offset along an axis running the length of the adjustable offset pad insert .
A method for pairing in a contact center system , the contact center system comprising at least one switch communicatively coupled to a plurality of agents , the method comprising: determining , by at least one processor, a percentile for a contact; determining , by the at least one processor, a percentile for each of the plurality of agents; applying , by the at least one processor, a hybridization function to each of the percentiles of the plurality of agents to adjust the percentile of each of the plurality of agents based on a behavioral pairing strategy for pairing and a performance-based routing strategy for pairing, wherein the hybridization function biases the behavioral pairing strategy for pairing toward the performance-based routing strategy for pairing; comparing , by the at least one processor, a first difference in percentile between the percentile of the contact and the adjusted percentile of a first agent in a first pair with a second difference in percentile between the percentile of the contact and the adjusted percentile of a second agent different from the first agent in a second pair; and selecting , by the at least one processor, the first pair or the second pair for connection based on the comparing. determining , by at least one processor, a percentile for a contact; determining , by the at least one processor, a percentile for each of the plurality of agents; applying , by the at least one processor, a hybridization function to each of the percentiles of the plurality of agents to adjust the percentile of each of the plurality of agents based on a behavioral pairing strategy for pairing and a performance-based routing strategy for pairing, wherein the hybridization function biases the behavioral pairing strategy for pairing toward the performance-based routing strategy for pairing; comparing , by the at least one processor, a first difference in percentile between the percentile of the contact and the adjusted percentile of a first agent in a first pair with a second difference in percentile between the percentile of the contact and the adjusted percentile of a second agent different from the first agent in a second pair; and selecting , by the at least one processor, the first pair or the second pair for connection based on the comparing.
Antimicrobial layer material comprising a layer with a particulate biocidal active ingredient and, on top of that, a plasma-polymeric layer as transport control layer, wherein the transport control layer is depositable or has been deposited in an afterglow PE-CVD method, wherein the substrate is positioned in a parallel plate reactor for a PE-CVD method in such a way that the distance between substrate and plasma electrode is at least thirty times the dark space zone, where the dark space zone is the cathode trap in which the plasma potential drops to the cathode potential.
A marking composition comprising: a condensation polymer which is a reaction product of a diol and a dicarboxylic acid, in an amount from about 10% to about 90% by weight of the composition; one or more fatty acids containing from 10 to 24 carbon atoms, or an ester thereof, in an amount from about 20% to about 80% by weight of the composition; and a colorant, in an amount from about 1% to about 15% by weight of the composition; wherein the polymer has a Shore D hardness value from 35 to 65. a condensation polymer which is a reaction product of a diol and a dicarboxylic acid, in an amount from about 10% to about 90% by weight of the composition; one or more fatty acids containing from 10 to 24 carbon atoms, or an ester thereof, in an amount from about 20% to about 80% by weight of the composition; and a colorant, in an amount from about 1% to about 15% by weight of the composition; wherein the polymer has a Shore D hardness value from 35 to 65.
A computer-implemented method for training a neural network which is General Adversarial Network (GAN) to determine mapping function weightings that are optimized for generating synthesized depth image data from 2-dimensional image data, the method comprising: receiving training data, the training data including at least one set of 2-dimensional image data and corresponding co-registered depth image data; training a first generator of the GAN, with the training data, to develop a set of mapping functions weightings for mapping between sets of 2-dimensional image data and corresponding co-registered depth image data; applying the mapping function weightings, by a second generator of the GAN, to a first set of 2-dimensional image data, to thereby generate synthesized depth data corresponding to the set of 2-dimensional image data; processing the synthesized depth data, by an inverse generator of the GAN, to transform the depth data to a second set of 2-dimensional image data; comparing the first set of 2-dimensional image data to the second set of 2-dimensional image data and generating an error signal based on the comparison; adjusting the set of mapping function weightings based on the error signal; and repeating the applying , processing , comparing and adjusting steps until specified end criterion is satisfied. receiving training data, the training data including at least one set of 2-dimensional image data and corresponding co-registered depth image data; training a first generator of the GAN, with the training data, to develop a set of mapping functions weightings for mapping between sets of 2-dimensional image data and corresponding co-registered depth image data; applying the mapping function weightings, by a second generator of the GAN, to a first set of 2-dimensional image data, to thereby generate synthesized depth data corresponding to the set of 2-dimensional image data; processing the synthesized depth data, by an inverse generator of the GAN, to transform the depth data to a second set of 2-dimensional image data; comparing the first set of 2-dimensional image data to the second set of 2-dimensional image data and generating an error signal based on the comparison; adjusting the set of mapping function weightings based on the error signal; and repeating the applying , processing , comparing and adjusting steps until specified end criterion is satisfied.