mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula wherein A is selected from the group consisting of N and CH; T is selected from the group consisting of N, C-H, C-C 1-4 -alkyl, C-CHF 2, C-CF 3 and C-OCH 3; R 1 is selected from the group consisting of C 1-3 -alkyl; R 2 is selected from the group consisting of a fused or spiro bicyclic ring system consisting of 1 N atom and 5 to 6 C atoms as ring members, wherein the ring system is attached via the N atom to the monocyclic heteroaromatic ring in formula and wherein the ring system is optionally substituted with one substituent selected from the group consisting of F, C 1-3 -alkyl, CF 3' CN, HO-C 1-3 -alkyl- and C 1-3 -alkyloxy- and wherein the ring system is optionally additionally substituted with one substituent selected from the group consisting of F and CH 3; and R 3 is selected from the group consisting of H, CH 3, CHF 2 or CF 3, or a salt thereof. A is selected from the group consisting of N and CH; T is selected from the group consisting of N, C-H, C-C 1-4 -alkyl, C-CHF 2, C-CF 3 and C-OCH 3; R 1 is selected from the group consisting of C 1-3 -alkyl; R 2 is selected from the group consisting of a fused or spiro bicyclic ring system consisting of 1 N atom and 5 to 6 C atoms as ring members, wherein the ring system is attached via the N atom to the monocyclic heteroaromatic ring in formula and wherein the ring system is optionally substituted with one substituent selected from the group consisting of F, C 1-3 -alkyl, CF 3' CN, HO-C 1-3 -alkyl- and C 1-3 -alkyloxy- and wherein the ring system is optionally additionally substituted with one substituent selected from the group consisting of F and CH 3; and R 3 is selected from the group consisting of H, CH 3, CHF 2 or CF 3, or a salt thereof.
Device for supporting a fan for cooling a fluid flowing around a cooling circuit of a motor vehicle, the said device comprising a frame provided with an orifice intended to receive a blower wheel rotationally driven around an axis of rotation so as to generate a ventilation flow, a support housing for a drive motor for the said blower wheel, and a plurality of support arms extending across the said orifice so as to connect the said support housing to the said frame, the cross-sectional profile of the said support arms along a tangential plane having a pitch angle variable between the blade bottom end of said arms, situated in the region of the said support housing, and the blade top end of said arms, situated at the point where they are attached to the said frame, the pitch angle of the said arms progressing in a first direction between the said blade bottom end and a first point situated on the span of the said support arm and, in an opposite direction, between a second point situated radially beyond the said first point on the span of the said support arm and the said blade top end, called change-over points for the direction of progression of the pitch angle, the said supporting device being characterized in that the profile of the support arm is oriented substantially along a radial plane at its bottom end, the profile of the support arm at its bottom end having a pitch angle greater than 70° relative to the axis of rotation of the said blower wheel.
An internet service node configured to provide a desired set of service policies to each of a plurality of subscribers, the internet service node comprising: means for identifying a plurality of processing rules which provides at least one service policy corresponding to at least one subscriber; means for receiving data at said internet service node as an edge device of an access network; means configured to determine for all of the received data, a specific subscriber to whom the received data relates; means for configuring the internet service node with the plurality of processing rules corresponding to the determined subscriber; and means for applying at the internet service node the plurality of processing rules corresponding to the determined specific subscriber. means for identifying a plurality of processing rules which provides at least one service policy corresponding to at least one subscriber; means for receiving data at said internet service node as an edge device of an access network; means configured to determine for all of the received data, a specific subscriber to whom the received data relates; means for configuring the internet service node with the plurality of processing rules corresponding to the determined subscriber; and means for applying at the internet service node the plurality of processing rules corresponding to the determined specific subscriber.
A method for preparing uniform, spherical polymeric beads comprising i) providing a monomer phase wherein the monomer phase comprises a hydrophilic, polymerizable monomer; wherein the hydrophilic, polymerizable monomer is water soluble; ii) providing a continuous phase wherein the continuous phase is an aqueous phase and further comprises a water soluble acrylic monomer; wherein the ratio of the concentration of the water soluble acrylic monomer in the aqueous phase to the concentration of the water soluble acrylic monomer that would be present in the aqueous phase if the aqueous phase were saturated with the water soluble acrylic monomer is 0.5 to 1.0; iii) feeding the monomer phase into a first portion of a column at a rate such that the monomer phase is forced through the first portion of the column into a second portion of the column comprising the continuous phase to form a jet; iv) vibratorily exciting the jet at a frequency which breaks the jet into droplets; and v) polymerizing the droplets in suspension to form uniform, spherical polymeric beads; wherein "water soluble" means a solubility greater than or equal to 2 wt% as determined by the mass concentration at saturation measured at 20°C; wherein "hydrophilic" means having a thermodynamically favorable tendency to interact with water; wherein "uniform" means that the polymeric beads exhibit a particle size distribution having a coefficient of variance of less than 0.1 wherein step ii) is performed by using a jet forming means in intimate contact with the monomer phase and the continuous liquid phase such that the monomer phase is capable of flowing as a jet having laminar flow characteristics through into the continuous phase. i) providing a monomer phase wherein the monomer phase comprises a hydrophilic, polymerizable monomer; wherein the hydrophilic, polymerizable monomer is water soluble; ii) providing a continuous phase wherein the continuous phase is an aqueous phase and further comprises a water soluble acrylic monomer; wherein the ratio of the concentration of the water soluble acrylic monomer in the aqueous phase to the concentration of the water soluble acrylic monomer that would be present in the aqueous phase if the aqueous phase were saturated with the water soluble acrylic monomer is 0.5 to 1.0; iii) feeding the monomer phase into a first portion of a column at a rate such that the monomer phase is forced through the first portion of the column into a second portion of the column comprising the continuous phase to form a jet; iv) vibratorily exciting the jet at a frequency which breaks the jet into droplets; and v) polymerizing the droplets in suspension to form uniform, spherical polymeric beads;
An administration mechanism for a medicament delivery device, comprising: a linearly displaceable medicament delivery member cover, an actuator sleeve, an actuator configured to be received by the actuator sleeve, wherein the medicament delivery member cover is configured to axially displace the actuator sleeve from an initial position to a distally displaced position thereby displacing the actuator sleeve relative to the actuator, a rotator having a guide structure and configured to be received by the actuator, a plunger holder configured to be received by and engage with the rotator, which rotator and plunger holder are configured to be proximally biased, and a plunger rod configured to be received by and engage with the plunger holder in the initial position of the actuator sleeve, which plunger rod is configured to be proximally biased, wherein the actuator is configured to engage with the plunger holder in the initial position of the actuator sleeve, thereby preventing the plunger holder from proximal displacement relative to the actuator, wherein the actuator is configured to be released from engagement with the plunger holder by displacement of the actuator sleeve towards the distally displaced position, thereby enabling proximal displacement of the plunger holder, the plunger rod and the rotator relative to the actuator, whereby the actuator is configured to engage with the guide structure of the rotator and to rotate the rotator relative to the plunger holder, releasing the plunger rod from the plunger holder. a linearly displaceable medicament delivery member cover, an actuator sleeve, an actuator configured to be received by the actuator sleeve, wherein the medicament delivery member cover is configured to axially displace the actuator sleeve from an initial position to a distally displaced position thereby displacing the actuator sleeve relative to the actuator, a rotator having a guide structure and configured to be received by the actuator, a plunger holder configured to be received by and engage with the rotator, which rotator and plunger holder are configured to be proximally biased, and a plunger rod configured to be received by and engage with the plunger holder in the initial position of the actuator sleeve, which plunger rod is configured to be proximally biased, wherein the actuator is configured to engage with the plunger holder in the initial position of the actuator sleeve, thereby preventing the plunger holder from proximal displacement relative to the actuator, wherein the actuator is configured to be released from engagement with the plunger holder by displacement of the actuator sleeve towards the distally displaced position, thereby enabling proximal displacement of the plunger holder, the plunger rod and the rotator relative to the actuator, whereby the actuator is configured to engage with the guide structure of the rotator and to rotate the rotator relative to the plunger holder, releasing the plunger rod from the plunger holder.
Device for damping the vibration of a frequency ω 0 in the frame structure of a propeller aircraft, said device having a number of passive vibration absorbers that are fastened to the frames, said vibration absorbers comprising in each case at least one mass element that can vibrate and is held by way of a resilient elastic member and an attenuator, said mass element having a resonance frequency ω, characterised in that the vibration absorbers in each case are attached by way of a lever arm on one side in an asymmetrical manner to the frames, wherein the resonance ratio ω/ω 0 between the resonance frequency ω of the vibration absorber and the frequency ω 0 that is to be damped is between 1,1 and 1,3 or the reciprocol ratio.
An image processing apparatus for applying to a color image a pattern corresponding to a color of the color image, the apparatus comprising: a pattern determination section that determines a hatch pattern having a foreground and a background each of which serves as a pattern in accordance with a color of a pixel in the color image; a color value determination section that determines a color value of a color material to be assigned to each of the foreground and the background in the determined hatch pattern in accordance with the color of the pixel in the color image; and an image processing section that replaces the color of the pixel in the color image with a color value of a color material of a corresponding pixel in the determined hatch pattern, wherein the color values of the color materials of the foreground and the background in the hatch pattern are different, and the color value determination section determines the color value of the color material per unit area in the hatch pattern determined by the pattern determination section such that a value as an attribute of the color of the corresponding pixel in the color image is maintained, wherein the value is a brightness; characterized in that the pattern determination section is configured to determine an adhesion density of the color material such that the adhesion densities of the color materials of the foreground and the background in the hatch pattern are different. a pattern determination section that determines a hatch pattern having a foreground and a background each of which serves as a pattern in accordance with a color of a pixel in the color image; a color value determination section that determines a color value of a color material to be assigned to each of the foreground and the background in the determined hatch pattern in accordance with the color of the pixel in the color image; and an image processing section that replaces the color of the pixel in the color image with a color value of a color material of a corresponding pixel in the determined hatch pattern, wherein the color values of the color materials of the foreground and the background in the hatch pattern are different, and the color value determination section determines the color value of the color material per unit area in the hatch pattern determined by the pattern determination section such that a value as an attribute of the color of the corresponding pixel in the color image is maintained, wherein the value is a brightness; characterized in that the pattern determination section is configured to determine an adhesion density of the color material such that the adhesion densities of the color materials of the foreground and the background in the hatch pattern are different.
A solid emulsified cosmetic comprising: 4 to 18% by mass of a high refractive index silicone oil with a refractive index of 1.45 or higher at 25°C, a (dimethicone/phenyl vinyl dimethicone)crosspolymer, a hydrophobic or hydrophobically-treated powder, wherein the hydrophobic or hydrophobically-treated powder includes a silicone-treated powder and wherein a mean major-axis length of a primary particle of the hydrophobic or hydrophobically-treated powder is 0.05 to 0.2 μm, and a wax, wherein a combination ratio: is 1:9 to 3:7. 4 to 18% by mass of a high refractive index silicone oil with a refractive index of 1.45 or higher at 25°C, a (dimethicone/phenyl vinyl dimethicone)crosspolymer, a hydrophobic or hydrophobically-treated powder, wherein the hydrophobic or hydrophobically-treated powder includes a silicone-treated powder and wherein a mean major-axis length of a primary particle of the hydrophobic or hydrophobically-treated powder is 0.05 to 0.2 μm, and a wax,
A vehicle comprising: an engine; an engine room; and an air intake device comprising an intake duct configured to introduce air in the engine room into a combustion chamber of the engine, and a heat storage cover provided in the engine room, which covers the engine from above and at least partially surrounds a periphery of the engine to internally store, through a medium of air, heat dissipated from the engine and block at least a part of upward heat dissipation, wherein the intake duct comprises an air inlet for introducing, into the combustion chamber, high temperature air obtained by the heat storage cover blocking the upward heat dissipation, the engine room is provided as a recess having an opening on an upper side and configured to accommodate the engine and peripherals of the engine, the opening on the upper side is blocked by a bonnet, the intake duct includes an outside air introduction duct portion configured to introduce outside air which is air outside the engine room and an inside air introduction duct portion configured to introduce air inside the engine room, and is a composite duct in which both duct portions (41, 42) are connected to one downstream duct portion, characterized in that the air inlet provided at an upstream end of the inside air introduction duct portion is open upward and has a horizontally long rectangular shape, and a part of the inside air inlet is covered with the outside air introduction duct portion from a top with a gap. an engine; an engine room; and an air intake device comprising an intake duct configured to introduce air in the engine room into a combustion chamber of the engine, and a heat storage cover provided in the engine room, which covers the engine from above and at least partially surrounds a periphery of the engine to internally store, through a medium of air, heat dissipated from the engine and block at least a part of upward heat dissipation, wherein the intake duct comprises an air inlet for introducing, into the combustion chamber, high temperature air obtained by the heat storage cover blocking the upward heat dissipation, the engine room is provided as a recess having an opening on an upper side and configured to accommodate the engine and peripherals of the engine, the opening on the upper side is blocked by a bonnet, the intake duct includes an outside air introduction duct portion configured to introduce outside air which is air outside the engine room and an inside air introduction duct portion configured to introduce air inside the engine room, and is a composite duct in which both duct portions (41, 42) are connected to one downstream duct portion, characterized in that the air inlet provided at an upstream end of the inside air introduction duct portion is open upward and has a horizontally long rectangular shape, and a part of the inside air inlet is covered with the outside air introduction duct portion from a top with a gap.
A method, comprising: providing a fuel-fired burner comprising a burner housing having a fuel inlet coupled to a fuel pipe coupled to a burner nozzle secured to a burner mounting plate that has at least one recycle port, a combustion air inlet for receiving combustion air coupled to a combustion air nozzle positioned beginning at an input to a second chamber within the burner housing, the combustion air nozzle having an output spaced apart from a third chamber also within the second chamber, wherein the combustion air nozzle is configured to direct the combustion air into the third chamber, and a jet pump, comprising the combustion air nozzle, second chamber and third chamber, is located entirely inside the burner housing; directing the combustion air using a combustion air fan from the combustion air inlet through the combustion air nozzle; directing fuel through the fuel pipe to the burner nozzle to implement a combustion process that generates a flame originating at the burner nozzle which generates a hot exhaust gas, and operating the jet pump by flowing the combustion air through the combustion air nozzle with a sufficient velocity for creating an impulse that suctions in the hot exhaust gas through the recycle port into the second chamber then into a gas mixing zone extending from an output of the combustion air nozzle to an input end of the third chamber which mixes the hot exhaust gas suctioned in with the combustion air received from the combustion air nozzle. providing a fuel-fired burner comprising a burner housing having a fuel inlet coupled to a fuel pipe coupled to a burner nozzle secured to a burner mounting plate that has at least one recycle port, a combustion air inlet for receiving combustion air coupled to a combustion air nozzle positioned beginning at an input to a second chamber within the burner housing, the combustion air nozzle having an output spaced apart from a third chamber also within the second chamber, wherein the combustion air nozzle is configured to direct the combustion air into the third chamber, and a jet pump, comprising the combustion air nozzle, second chamber and third chamber, is located entirely inside the burner housing; directing the combustion air using a combustion air fan from the combustion air inlet through the combustion air nozzle; directing fuel through the fuel pipe to the burner nozzle to implement a combustion process that generates a flame originating at the burner nozzle which generates a hot exhaust gas, and operating the jet pump by flowing the combustion air through the combustion air nozzle with a sufficient velocity for creating an impulse that suctions in the hot exhaust gas through the recycle port into the second chamber then into a gas mixing zone extending from an output of the combustion air nozzle to an input end of the third chamber which mixes the hot exhaust gas suctioned in with the combustion air received from the combustion air nozzle.
A method of operating an electronic device, comprising: displaying, by a display unit of the electronic device, an image captured by a camera module, wherein the image comprises a first image of a reference object and a second image of a target object, the captured image being displayed in a preview state, and wherein the target object comprises a wearable device; differentiating, by a control unit of the electronic device, the reference object and the target object in the image; recognizing, by the control unit, a reference color of the first image and a background color displayed by the target object; and adjusting, when the reference color and the background color are different, the background color of the second image so as to correspond to the recognized reference color; and requesting using suitable communication means, by the control unit, a setting of the background color of the target object to the wearable device. displaying, by a display unit of the electronic device, an image captured by a camera module, wherein the image comprises a first image of a reference object and a second image of a target object, the captured image being displayed in a preview state, and wherein the target object comprises a wearable device; differentiating, by a control unit of the electronic device, the reference object and the target object in the image; recognizing, by the control unit, a reference color of the first image and a background color displayed by the target object; and adjusting, when the reference color and the background color are different, the background color of the second image so as to correspond to the recognized reference color; and requesting using suitable communication means, by the control unit, a setting of the background color of the target object to the wearable device.
A method executed by a network component for traffic engineering, TE, using link buffer status, the method comprising: obtaining a plurality of inputs from nodes in a network, wherein the inputs include wired link capacities for wired links in the network, wireless link spectral efficiencies, SEs, for wireless links in the network, and wireless access node resources; obtaining buffer status of the wired and wireless links; reserving capacity and resources for the wired and wireless links according to the buffer status; modifying at least one of the plurality of inputs to account for the reserved capacity and resources; providing the modified inputs and unmodified inputs of the plurality of inputs to a TE engine which processes the modified inputs and the unmodified inputs according to a TE algorithm to determine traffic splitting at at least one of the nodes, the wired links, and the wireless links. obtaining a plurality of inputs from nodes in a network, wherein the inputs include wired link capacities for wired links in the network, wireless link spectral efficiencies, SEs, for wireless links in the network, and wireless access node resources; obtaining buffer status of the wired and wireless links; reserving capacity and resources for the wired and wireless links according to the buffer status; modifying at least one of the plurality of inputs to account for the reserved capacity and resources; providing the modified inputs and unmodified inputs of the plurality of inputs to a TE engine which processes the modified inputs and the unmodified inputs according to a TE algorithm to determine traffic splitting at at least one of the nodes, the wired links, and the wireless links.