mhurhangee/ep-ind-claims huggingface dataset:
Use of a liquid detergent composition for removing oil from a hard surface, the liquid detergent composition comprising the following component (a), 0% by mass or more and less than 3% by mass of the following component (b), the following component (c) and water, wherein a mass ratio of component (b)/[component (a)+component (b)+component (c)] is 0.3 or less: <Component (a)> a sulfosuccinate or a salt thereof represented by the following general formula: wherein R 1a and R 2a are each independently a hydrocarbon group having 5 or more and 18 or less carbon atoms; A 1 and A 2 are each independently an alkylene group having 2 or more and 4 or less carbon atoms; x and y are each independently an average number of added moles, and are each 0; and M 1 is a hydrogen atom or a cation; <Component (b)> an anionic surfactant having a hydrocarbon group with 8 or more and 21 or less carbon atoms and a sulfate group or a sulfonate group, excluding compounds belonging to the component (a); and <Component (c)> one or more amphoteric surfactants selected from sulfobetaines and carbobetaines. <Component (a)> a sulfosuccinate or a salt thereof represented by the following general formula: wherein R 1a and R 2a are each independently a hydrocarbon group having 5 or more and 18 or less carbon atoms; A 1 and A 2 are each independently an alkylene group having 2 or more and 4 or less carbon atoms; x and y are each independently an average number of added moles, and are each 0; and M 1 is a hydrogen atom or a cation; a sulfosuccinate or a salt thereof represented by the following general formula: wherein R 1a and R 2a are each independently a hydrocarbon group having 5 or more and 18 or less carbon atoms; A 1 and A 2 are each independently an alkylene group having 2 or more and 4 or less carbon atoms; x and y are each independently an average number of added moles, and are each 0; and M 1 is a hydrogen atom or a cation; <Component (b)> an anionic surfactant having a hydrocarbon group with 8 or more and 21 or less carbon atoms and a sulfate group or a sulfonate group, excluding compounds belonging to the component (a); and <Component (c)> one or more amphoteric surfactants selected from sulfobetaines and carbobetaines.
A portable roadway warning device comprising one or more rumble strips, each rumble strip comprising at least two modular strip sections, each of the strip sections being made of a polymeric material having top and bottom surfaces (2, 3) and end edges (6, 7) and side edges (4, 5), at least one of the end edges of each of the strip sections has a plurality of aligned alternating notches (21, 21', 21") and tabs, and connecting links hingedly connecting the tabs at one of the end edges of one of the strip sections to respective aligned tabs at one of the end edges of another of the strip sections; characterised in that the tabs at at least one of the end edges of each of the strip sections have aligned lateral through holes axially inwardly spaced from the respective end edges, and each of the connecting links comprises two laterally spaced rods extending through the respective through holes in the aligned tabs at the one end edges of the strip sections, the rods having opposite ends extending outwardly beyond respective ends of the through holes, and a pair of link plates (33, 34) attached to respective opposite ends of the two rods to maintain a desired lateral spacing between the two rods that is slightly greater than the spacing between the through holes in the respective aligned tabs when the one end edges of the strip sections are in substantial parallel alignment with one another.
A method of constructing an exterior wall membrane around a stack, comprising: surrounding with a membrane member an exterior side of first steel members that are arranged around the stack to support the stack, or second steel members that are arranged on the first steel members, and then fixing the membrane member exterior edge and, if required, an appropriate position of the membrane member other than the membrane member exterior edge; drawing the exterior edge from outside to inside by means of a drawing member; and fixing the exterior edge drawn in the drawing member; characterized in that the step of fixing the exterior edge drawn in the drawing member is performed by means of a fixing tool including: a pair of pipe members attached in a protruding manner to a tip portion of the first steel members or the second steel members with a predetermined interval; locking tools that lock the exterior edges of the membrane members that are drawn by turning around the peripheral surfaces of the pipe members; and tension rods that fix the fixing tools to the membrane fixing member. surrounding with a membrane member an exterior side of first steel members that are arranged around the stack to support the stack, or second steel members that are arranged on the first steel members, and then fixing the membrane member exterior edge and, if required, an appropriate position of the membrane member other than the membrane member exterior edge; drawing the exterior edge from outside to inside by means of a drawing member; and fixing the exterior edge drawn in the drawing member; characterized in that the step of fixing the exterior edge drawn in the drawing member is performed by means of a fixing tool including: a pair of pipe members attached in a protruding manner to a tip portion of the first steel members or the second steel members with a predetermined interval; locking tools that lock the exterior edges of the membrane members that are drawn by turning around the peripheral surfaces of the pipe members; and tension rods that fix the fixing tools to the membrane fixing member. a pair of pipe members attached in a protruding manner to a tip portion of the first steel members or the second steel members with a predetermined interval; locking tools that lock the exterior edges of the membrane members that are drawn by turning around the peripheral surfaces of the pipe members; and tension rods that fix the fixing tools to the membrane fixing member.
A computer program product comprising a non-transitory computer-readable storage medium configured to store a computer readable program comprising instructions configured to, when executed by a computing device, cause the computing device to: receive input of a reference image including a reference lesion area, and a target image including a target lesion area; and determine a similarity between the reference lesion area and the target lesion area by applying an advantage weighted value to a pixel included in a first area of the target lesion area, the advantage weighted value increasing as the pixel of the first area gets closer to a center of the reference lesion area, and by applying a penalty weighted value to a pixel included in a second area of the target lesion area, the penalty weighted value increasing as the pixel of the second area gets farther from the reference lesion area. receive input of a reference image including a reference lesion area, and a target image including a target lesion area; and determine a similarity between the reference lesion area and the target lesion area by applying an advantage weighted value to a pixel included in a first area of the target lesion area, the advantage weighted value increasing as the pixel of the first area gets closer to a center of the reference lesion area, and by applying a penalty weighted value to a pixel included in a second area of the target lesion area, the penalty weighted value increasing as the pixel of the second area gets farther from the reference lesion area.
An apparatus for use in delivering a cooled liquid from a liquid-containing package (116, 118) to the vasculature of a subject in need thereof, comprising: a. a portable unit adapted to contain at least one liquid-containing package (116, 118) comprising a dispensing port for discharging the liquid therethrough, wherein the portable unit or the liquid containing package (116, 118) is adapted to receive a line for delivering the liquid to the subject, wherein the portable unit comprises a pressurizer (122, 124) adapted to be in pressure communication with the package (116, 118) to cause a set pressure to be incident in the package, wherein the liquid is caused to flow out of the package upon activation of a valve; and b. a fixed base unit, including: i. a power supply system; and ii. a means for cooling the liquid-containing package (116, 118) when contained by the portable unit; the portable unit being attachable and detachable to the fixed base unit. a. a portable unit adapted to contain at least one liquid-containing package (116, 118) comprising a dispensing port for discharging the liquid therethrough, wherein the portable unit or the liquid containing package (116, 118) is adapted to receive a line for delivering the liquid to the subject, wherein the portable unit comprises a pressurizer (122, 124) adapted to be in pressure communication with the package (116, 118) to cause a set pressure to be incident in the package, wherein the liquid is caused to flow out of the package upon activation of a valve; and b. a fixed base unit, including: i. a power supply system; and ii. a means for cooling the liquid-containing package (116, 118) when contained by the portable unit; the portable unit being attachable and detachable to the fixed base unit. i. a power supply system; and ii. a means for cooling the liquid-containing package (116, 118) when contained by the portable unit;
A method for receiving downlink control information, DCI, comprising: monitoring, by a terminal, DCI sent by a base station on n activated Bandwidth Parts, BWPs, configured by the base station, where n is an integer greater than 1; characterized by the method further comprising: after the terminal monitors first DCI sent by the base station on a first activated BWP among the n activated BWPs, determining, by the terminal according to monitoring indication information in the first DCI, a second activated BWP that needs to be monitored continuously from the n activated BWPs, wherein the first DCI is DCI firstly monitored by the terminal from one of the n activated BWPs and the monitoring indication information comprises an identifier of the second activated BWP; and monitoring, by the terminal, DCI sent by the base station on the second activated BWP continuously, and stopping monitoring DCI sent by the base station on other activated BWPs other than the second activated BWP. monitoring, by a terminal, DCI sent by a base station on n activated Bandwidth Parts, BWPs, configured by the base station, where n is an integer greater than 1; characterized by the method further comprising: after the terminal monitors first DCI sent by the base station on a first activated BWP among the n activated BWPs, determining, by the terminal according to monitoring indication information in the first DCI, a second activated BWP that needs to be monitored continuously from the n activated BWPs, wherein the first DCI is DCI firstly monitored by the terminal from one of the n activated BWPs and the monitoring indication information comprises an identifier of the second activated BWP; and monitoring, by the terminal, DCI sent by the base station on the second activated BWP continuously, and stopping monitoring DCI sent by the base station on other activated BWPs other than the second activated BWP. after the terminal monitors first DCI sent by the base station on a first activated BWP among the n activated BWPs, determining, by the terminal according to monitoring indication information in the first DCI, a second activated BWP that needs to be monitored continuously from the n activated BWPs, wherein the first DCI is DCI firstly monitored by the terminal from one of the n activated BWPs and the monitoring indication information comprises an identifier of the second activated BWP; and monitoring, by the terminal, DCI sent by the base station on the second activated BWP continuously, and stopping monitoring DCI sent by the base station on other activated BWPs other than the second activated BWP.
An injection molding machine, comprising: a motor (160, 210, 350); a motion conversion mechanism (170, 220, 370) which converts a rotary motion of the motor (160, 210, 350) into a linear motion, the motion conversion mechanism being comprised by a motion conversion mechanism assembly; a pressure detector; a pressure detector retainer; and a base (120, 130, 301, 302, 303) to which the motor (160, 210, 350) and the motion conversion mechanism (170, 220, 370) are assembled, characterized in that the base (120, 130, 301, 302, 303) and the pressure detector are spigot-fitted to each other, thus centering and positioning the pressure detector in the front-rear direction of the injection molding machine with respect to an assembly hole, the pressure detector is spigot-fitted to the motion conversion mechanism assembly, thus centering and positioning said motion conversion mechanism assembly in the front-rear direction of the injection molding machine with respect to the assembly hole, the pressure detector is spigot-fitted to the pressure detector retainer, thus centering and positioning said pressure detector retainer in the front-rear direction of the injection molding machine with respect to the assembly hole, and the pressure detector retainer is spigot-fitted to the motor (160, 210, 350), thus centering and positioning said motor (160, 210, 350) in the front-rear direction of the injection molding machine with respect to the assembly hole. a motor (160, 210, 350); a motion conversion mechanism (170, 220, 370) which converts a rotary motion of the motor (160, 210, 350) into a linear motion, the motion conversion mechanism being comprised by a motion conversion mechanism assembly; a pressure detector; a pressure detector retainer; and a base (120, 130, 301, 302, 303) to which the motor (160, 210, 350) and the motion conversion mechanism (170, 220, 370) are assembled, characterized in that the base (120, 130, 301, 302, 303) and the pressure detector are spigot-fitted to each other, thus centering and positioning the pressure detector in the front-rear direction of the injection molding machine with respect to an assembly hole, the pressure detector is spigot-fitted to the motion conversion mechanism assembly, thus centering and positioning said motion conversion mechanism assembly in the front-rear direction of the injection molding machine with respect to the assembly hole, the pressure detector is spigot-fitted to the pressure detector retainer, thus centering and positioning said pressure detector retainer in the front-rear direction of the injection molding machine with respect to the assembly hole, and the pressure detector retainer is spigot-fitted to the motor (160, 210, 350), thus centering and positioning said motor (160, 210, 350) in the front-rear direction of the injection molding machine with respect to the assembly hole.
Exhaust gas turbocharger which has a wastegate system, to which a wastegate flap, a control rod and a wastegate lever which is connected to the control rod via a connecting element belong, wherein the connecting element is a spring element, coercive forces being introduced into the wastegate system by way of a braced installation of the spring element, in such a way that, in the case of an open wastegate flap, the presence of play between a wastegate spindle of the wastegate system and a bush of the wastegate system is precluded, characterized in that the spring element has a first end region, a middle region and a second end region, the first end region making contact with the wastegate lever and the second end region making contact by a contact plate with the control rod.
LED system comprising a sealed internal volume containing a getter composition for Volatile Organic Compounds (VOCs) removal that comprises a zeolite materials combination, wherein one component of said zeolite materials combination is chosen from one or more of Mordenite Framework Inverted, Faujasite 13X, Mordenite, and said zeolite materials combination contains Linde type A zeolites in an amount comprised between 4 wt.% and 25 wt.%, characterized in that, in addition to said getter composition for VOCs removal, a VOCs oxidation compound which is an oxygen releasing composition is present in said sealed internal volume.
Method for authenticating a client device to a server using a secret element known only by the client device, said client device having an authentication token generated by means of a pseudo-homomorphic function and based on said secret element, said method comprising the following steps: - generation, by the client device, of proof of knowledge of the secret element based on a proof generation key masked with a first mask data item (β), said first mask data item being a non-public, random data item known only by the client device and said masked proof generation key being dependent on said secret element, - transmission to the server by the client device, of said generated proof of knowledge of the secret element, - transmission to the server by the client device, of the authentication token masked using the first mask data item (β), - verification by the server of the validity of the masked authentication token received, - verification by the server of the validity of the proof of knowledge by a zero-knowledge proof, proving the knowledge of said secret element by the client device without revealing it. - generation, by the client device, of proof of knowledge of the secret element based on a proof generation key masked with a first mask data item (β), said first mask data item being a non-public, random data item known only by the client device and said masked proof generation key being dependent on said secret element, - transmission to the server by the client device, of said generated proof of knowledge of the secret element, - transmission to the server by the client device, of the authentication token masked using the first mask data item (β), - verification by the server of the validity of the masked authentication token received, - verification by the server of the validity of the proof of knowledge by a zero-knowledge proof, proving the knowledge of said secret element by the client device without revealing it.
A method for manufacturing radio frequency transceiver devices (2, 2"), characterized in that it comprises: the forming of radio frequency transceiver chips having no antennas; the series connection of the chips, each chip being connected to a neighboring chip by at least two conductive cable elements (41, 42), connected to more than two chips, placed on either side of the chips in the vicinity of their respective lateral edges in a first direction, and the respective lengths of which are selected according to the transmission-reception frequency; each conductive cable element electrically contacting at least one terminal of a chip and at least temporarily mechanically maintaining the chips chained; and the cutting at regular intervals of the series connection to form, for each chip, two strands (41', 42') of an antenna of the device. the forming of radio frequency transceiver chips having no antennas; the series connection of the chips, each chip being connected to a neighboring chip by at least two conductive cable elements (41, 42), connected to more than two chips, placed on either side of the chips in the vicinity of their respective lateral edges in a first direction, and the respective lengths of which are selected according to the transmission-reception frequency; each conductive cable element electrically contacting at least one terminal of a chip and at least temporarily mechanically maintaining the chips chained; and the cutting at regular intervals of the series connection to form, for each chip, two strands (41', 42') of an antenna of the device.
A pharmaceutical composition comprising azelastine, or a pharmaceutically acceptable salt or ester thereof, at a concentration of 0.005% to 5.0% by weight, and one or more pharmaceutically acceptable carriers or excipients, wherein at least one of said pharmaceutically acceptable carriers or excipients is a taste-masking agent that masks the taste of said azelastine or salt or ester thereof such that the sensation of a bitter taste by a patient caused by administration of said pharmaceutical composition to said patient is reduced or eliminated, and wherein said taste-masking agent is sucralose, present at a concentration of from 0.001% to 1% (w/v), preferably from 0.01% to 0.5%, more preferably from 0.05% to 0.15%, wherein said composition further comprises sorbitol, and wherein said composition is formulated for intranasal administration.
Endoscope having an elongate shaft, a housing, which is arranged in the endoscope and which has a fluid-tight embodiment, a sensor, arranged in the shaft, for capturing a physical measurement variable, the sensor being situated outside of the fluid-tight housing, and having a signal line, which extends from the sensor to a coupling point (13, 33) at the fluid-tight housing, characterized in that the coupling point (13, 33) connects the signal line to an interior of the fluid-tight housing and the signal line is connected to an evaluation unit arranged in the interior, the sensor being a pressure sensor.
Process for producing methacrylic acid, comprising: converting a renewable feedstock into a C3-oxygenate, wherein the renewable feedstock is a sugar source and wherein the C3-oxygenate is a compound selected from the group consisting of 1-propanol, monopropylene glycol, monohydroxyacetone, 2-hydroxypropanal, glycerol and dihydroxyacetone; converting the C3-oxygenate into propanoic acid; and reacting the propanoic acid with formaldehyde or a precursor of formaldehyde into methacrylic acid. converting a renewable feedstock into a C3-oxygenate, wherein the renewable feedstock is a sugar source and wherein the C3-oxygenate is a compound selected from the group consisting of 1-propanol, monopropylene glycol, monohydroxyacetone, 2-hydroxypropanal, glycerol and dihydroxyacetone; converting the C3-oxygenate into propanoic acid; and reacting the propanoic acid with formaldehyde or a precursor of formaldehyde into methacrylic acid.
A method to encode data in an OFDM signal intended to be transmitted over a communication channel and formed from a predetermined set of N mutually orthogonal frequencies, the OFDM signal comprising a plurality of sub-carriers carrying modulated data according to a predetermined modulation scheme, each sub-carrier having its own particular frequency and selected from the predetermined set of frequencies, the method being characterized in that it comprises the steps of: - selecting a subset of N-P frequencies in the predetermined set from a symbol belonging to a set of transmissible symbols, each transmissible symbol being encoded by its own particular subset of frequencies, and - selectively generating N-P sub-carriers corresponding to the selected subset of N-P frequencies, the number P being selected from the interval 〚 Pmax − N 5, Pmax + N 5 〛, Pmax being the solution of the equation: Ψ N − P + 1 − Ψ P + 1 = B log 2 2, where Ψ is the digamma function, and B the number of bits per symbol modulated on each sub-carrier by means of the predetermined modulation scheme. - selecting a subset of N-P frequencies in the predetermined set from a symbol belonging to a set of transmissible symbols, each transmissible symbol being encoded by its own particular subset of frequencies, and - selectively generating N-P sub-carriers corresponding to the selected subset of N-P frequencies,