mhurhangee/ep-ind-claims huggingface dataset:
A N/OFQ peptide analogue having general formula Xaa 1 -ψ-Gly 2 -Gly 3 -Xbb 4 -Thr 5 -Gly 6 -Aib 7 -Arg 8 -Lys 9 -Ser 10 -Ala 11 -Arg 12 -Lys 13 Arg 14 -Lys 15 -Asn-Gln-NH2 wherein: when Xaa 1 is Phe, ψ represents the bond between the first two amino acid residues and is CO-NH, Xbb 4 is pFPhe where "p" indicates the para- position in the phenyl ring of Phe; or when Xaa 1 is Phe, ψ is CH 2 -NH, Xbb 4 is pFPhe; or when Xaa 1 is N-benzyl-glycine (Nphe), ψ is CO-NH, and Xbb 4 is Phe. when Xaa 1 is Phe, ψ represents the bond between the first two amino acid residues and is CO-NH, Xbb 4 is pFPhe where "p" indicates the para- position in the phenyl ring of Phe; or when Xaa 1 is Phe, ψ is CH 2 -NH, Xbb 4 is pFPhe; or when Xaa 1 is N-benzyl-glycine (Nphe), ψ is CO-NH, and Xbb 4 is Phe.
An assembly for selectively contacting one or more regions of a label to a curved surface of a moving container, the assembly comprising: a moveable frame, the frame including at least one frame member (852, 854, 856) pivotally moveable about a pivot axis; a wiper member engaged to the frame member (852, 854, 856) and moveable therewith,; a cam follower affixed to the frame and moveable therewith; wherein movement of the cam follower corresponds to movement of a container and label to be contacted by the wiping element, whereby the wiping element selectively contacts the label to the moving container; characterized in that the wiper member includes a flexible blade to which a wiping element for contacting and wiping a label is attached. a moveable frame, the frame including at least one frame member (852, 854, 856) pivotally moveable about a pivot axis; a wiper member engaged to the frame member (852, 854, 856) and moveable therewith,; a cam follower affixed to the frame and moveable therewith; wherein movement of the cam follower corresponds to movement of a container and label to be contacted by the wiping element, whereby the wiping element selectively contacts the label to the moving container; characterized in that the wiper member includes a flexible blade to which a wiping element for contacting and wiping a label is attached.
A laundry machine having a drying function, the laundry machine comprising: a tub (100, 120) to hold water therein during a washing cycle, the tub (100, 120) having a hot air inlet and a hot air outlet to allow in and discharge hot air, the hot air outlet being formed at a side portion of the upper portion of the circumferential surface of the tub (100, 120); a drum (300, 320, 340) rotatably placed in the tub (100, 120); a duct connecting the hot air inlet and the hot air outlet in fluid communication to provide a passage for the hot air to flow to the tub (100, 120); a heater and a fan provided in the duct to generate hot air; a filter for filtering foreign substances in the hot air discharged from the tub (100, 120); a filter cleaner for supplying cleaning water to the filter; and a valve for controlling a time of supplying cleaning water to the filter, wherein the tub (100, 120) provides a space where the hot air condenses, wherein a condensing plate is provided along the inner circumferential surface of the tub (100, 120) below the hot air outlet so that water contained in the hot air is condensed in contact with the condensing plate before the hot air is discharged through the hot air outlet, characterized in that wherein a cooling water passage is formed by a groove in the condensing plate, the groove projecting towards the inner surface of the tub (100, 120), wherein the cooling water passage is formed between the inner surface of the tub (100, 120) and the condensing plate so that cooling water flows in a zigzag shape. a tub (100, 120) to hold water therein during a washing cycle, the tub (100, 120) having a hot air inlet and a hot air outlet to allow in and discharge hot air, the hot air outlet being formed at a side portion of the upper portion of the circumferential surface of the tub (100, 120); a drum (300, 320, 340) rotatably placed in the tub (100, 120); a duct connecting the hot air inlet and the hot air outlet in fluid communication to provide a passage for the hot air to flow to the tub (100, 120); a heater and a fan provided in the duct to generate hot air; a filter for filtering foreign substances in the hot air discharged from the tub (100, 120); a filter cleaner for supplying cleaning water to the filter; and a valve for controlling a time of supplying cleaning water to the filter, wherein the tub (100, 120) provides a space where the hot air condenses, wherein a condensing plate is provided along the inner circumferential surface of the tub (100, 120) below the hot air outlet so that water contained in the hot air is condensed in contact with the condensing plate before the hot air is discharged through the hot air outlet, characterized in that wherein a cooling water passage is formed by a groove in the condensing plate, the groove projecting towards the inner surface of the tub (100, 120), wherein the cooling water passage is formed between the inner surface of the tub (100, 120) and the condensing plate so that cooling water flows in a zigzag shape.
A therapeutic formulation comprising: an aqueous solution; semi-fluorinated block copolymers having a hydrophilic block and a fluorophilic block; a fluorinated anesthetic compound; and a stabilizing additive wherein said stabilizing additive is a perhalogenated fluorocarbon; wherein said formulation is a nanoemulsion comprising a continuous phase and a dispersed phase, wherein said continuous phase comprises said aqueous solution and said dispersed phase comprises said semi-fluorinated block copolymers, said fluorinated anesthetic compound and said stabilizing additive; wherein said fluorinated anesthetic compound is greater than or equal to 5 % by volume of said therapeutic formulation, said perhalogenated fluorocarbon is 1 % to 20 % by volume of said therapeutic formulation; and said semi-fluorinated block copolymers have a concentration selected over the range of 1 mg ml -1 to 45 mg ml -1. an aqueous solution; semi-fluorinated block copolymers having a hydrophilic block and a fluorophilic block; a fluorinated anesthetic compound; and a stabilizing additive wherein said stabilizing additive is a perhalogenated fluorocarbon;
A machine for dispensing hot drinks comprising: - a device for dispensing hot drink with at least one hot drink dispensing nozzle, - a drip tray, arranged under the dispensing nozzle, - a control circuit, - a detection device which generates and transmits to the control circuit a high level signal when a liquid filling the drip tray reaches a high level, characterized in that the detection device generates and transmits to the control circuit an intermediate level signal when the liquid filling the drip tray reaches an intermediate level, and in that the control circuit comprises an alert device to alert a user that the liquid is at the intermediate level. - a device for dispensing hot drink with at least one hot drink dispensing nozzle, - a drip tray, arranged under the dispensing nozzle, - a control circuit, - a detection device which generates and transmits to the control circuit a high level signal when a liquid filling the drip tray reaches a high level,
An automatic cleaning pig launcher for wastewater pipelines (3a, 3b), comprising: - a valve housing comprising flanges for installation in a wastewater pipeline (3a, 3b), wherein the valve housing comprises at least one wastewater inlet and at least one wastewater outlet, and a feed opening for cleaning pigs, and - a rotatable feed valve installed in the valve housing for receiving and feeding cleaning pigs into the pipeline (3a, 3b), wherein the cleaning pig launcher further comprises: - a cleaning pig magazine installed on the valve housing, adapted to storing and positioning a number of cleaning pigs so that the stored cleaning pigs can be successively launched into the wastewater pipeline (3a, 3b) via the feed valve without opening the magazine, characterized in that the valve housing comprises a drain valve for draining wastewater in the valve housing when the feed valve is in a position for receiving a cleaning pig. - a valve housing comprising flanges for installation in a wastewater pipeline (3a, 3b), wherein the valve housing comprises at least one wastewater inlet and at least one wastewater outlet, and a feed opening for cleaning pigs, and - a rotatable feed valve installed in the valve housing for receiving and feeding cleaning pigs into the pipeline (3a, 3b), wherein the cleaning pig launcher further comprises: - a cleaning pig magazine installed on the valve housing, adapted to storing and positioning a number of cleaning pigs so that the stored cleaning pigs can be successively launched into the wastewater pipeline (3a, 3b) via the feed valve without opening the magazine,
A method of manufacturing a pressurized aerosol canister comprising a composition, the composition comprising a liquid comprising a propellant, the propellant comprising one or more of HFA-134a and HFA-227; one or more pharmaceutical active agents dissolved or dispersed in the liquid; and one or more nylon pellets; and water, wherein at least some of the water is adsorbed on or absorbed within the one or more nylon pellets; the method comprising soaking the one or more nylon pellets in water to form one or more water soaked pellets, optionally removing water from the surface of the one or more water soaked pellets, and forming the aerosol composition. a liquid comprising a propellant, the propellant comprising one or more of HFA-134a and HFA-227; one or more pharmaceutical active agents dissolved or dispersed in the liquid; and one or more nylon pellets; and water, wherein at least some of the water is adsorbed on or absorbed within the one or more nylon pellets; the method comprising soaking the one or more nylon pellets in water to form one or more water soaked pellets, optionally removing water from the surface of the one or more water soaked pellets, and forming the aerosol composition.
A wall building system, comprising a plurality of building blocks and a plurality of locking members; wherein each of the building blocks having: an inner face member spaced from an outer face member, the inner face member and outer face member having a perimeter, each of the face members (14,16) having a groove formed along the perimeter of the face members (14,16); and a core member spanning the space between and connecting the inner face member to the outer face member; characterized in that said building blocks are assembled in a dry-built layered pattern, each groove of said building blocks is continuous around each respective perimeter, and in that said locking members are fabricated from steel and are disposed in each of the grooves to interlock the building blocks. an inner face member spaced from an outer face member, the inner face member and outer face member having a perimeter, each of the face members (14,16) having a groove formed along the perimeter of the face members (14,16); and a core member spanning the space between and connecting the inner face member to the outer face member; characterized in that said building blocks are assembled in a dry-built layered pattern, each groove of said building blocks is continuous around each respective perimeter, and in that said locking members are fabricated from steel and are disposed in each of the grooves to interlock the building blocks.
Method for authenticating an optically variable security element, in particular a diffractive security element, said method having the steps: a) capturing an image sequence having at least one individual image of the security element by means of a sensor, in particular of a hand-held device, preferably a smartphone, tablet or PDA; b) verifying whether at least one predefined item of optical information is present in at least one individual image of the image sequence, wherein the image sequence comprises a plurality of individual images of the security element, in particular comprises more than 2 individual images of the security element, wherein it is verified using at least two individual images of the image sequence whether the security element comprises an optically variable structure, characterised in that, in step b), it is initially verified whether a predefined object is present in at least one individual image of the image sequence, wherein, when verifying whether the at least one predefined item of optical information of the optically variable security element is present, the contour of the predefined object is determined from at least one individual image of the image sequence, and wherein at least one partial region of the individual image, which is positioned in a predefined position relative to the contour of a predefined object and which comprises at least one pixel and/or at least one group of pixels of the individual image, is selected and at least one property of the at least one pixel and/or of the at least one group of pixels of the at least one selected partial region is compared with a corresponding setpoint value. a) capturing an image sequence having at least one individual image of the security element by means of a sensor, in particular of a hand-held device, preferably a smartphone, tablet or PDA; b) verifying whether at least one predefined item of optical information is present in at least one individual image of the image sequence, wherein the image sequence comprises a plurality of individual images of the security element, in particular comprises more than 2 individual images of the security element, wherein it is verified using at least two individual images of the image sequence whether the security element comprises an optically variable structure, characterised in that, in step b), it is initially verified whether a predefined object is present in at least one individual image of the image sequence, wherein, when verifying whether the at least one predefined item of optical information of the optically variable security element is present, the contour of the predefined object is determined from at least one individual image of the image sequence, and wherein at least one partial region of the individual image, which is positioned in a predefined position relative to the contour of a predefined object and which comprises at least one pixel and/or at least one group of pixels of the individual image, is selected and at least one property of the at least one pixel and/or of the at least one group of pixels of the at least one selected partial region is compared with a corresponding setpoint value.
A compound of the formula, a tautomer thereof or a pharmaceutically acceptable salt thereof: wherein, the ring A is selected from G is selected from L is each of R 1 is independently selected from H, a halogen, OH, NH 2, and the group, optionally substituted by 1 to 3 R 2, consisting of: a C 1-6 alkyl or heteroalkyl, a 3- to 6-membered cycloalkyl or heterocycloalkyl, a C 1-6 alkyl or heteroalkyl substituted by a 3- to 6-membered cycloalkyl or heterocycloalkyl, and, a C 1-6 alkyl or heteroalkyl substituted by a 5- to 6-membered aryl or heteroaryl; R 2 is selected from a halogen, OH, NH 2, Me, CF 3, OMe and OCF 3; when L is R 1 is optionally connected to G to form a spiro ring; or wherein the compound is the ring A is selected from G is selected from L is each of R 1 is independently selected from H, a halogen, OH, NH 2, and the group, optionally substituted by 1 to 3 R 2, consisting of: a C 1-6 alkyl or heteroalkyl, a 3- to 6-membered cycloalkyl or heterocycloalkyl, a C 1-6 alkyl or heteroalkyl substituted by a 3- to 6-membered cycloalkyl or heterocycloalkyl, and, a C 1-6 alkyl or heteroalkyl substituted by a 5- to 6-membered aryl or heteroaryl; R 2 is selected from a halogen, OH, NH 2, Me, CF 3, OMe and OCF 3; when L is R 1 is optionally connected to G to form a spiro ring; or wherein the compound is
A method comprising: transmitting a first message comprising a first request for an internet-of things initial registration from a remote unit (102, 402, 502), wherein the first message comprises a discovery indication indicating that the remote unit (102, 402, 502) is attempting to discover a PLMN configured for use by the remote unit (102, 402, 502) and a public key, or certificate, of an encryption key pair to authenticate the remote unit; receiving a second message comprising a list of networks configured for use by the remote unit (102, 402, 502), wherein the second message is received in response to transmitting the first message; and transmitting a third message comprising a second request for an internet-of-things initial registration from the remote unit (102, 402, 502), wherein the second request comprises an indication of a PLMN selected from the list of networks configured for use by the remote unit (102, 402, 502); wherein the first message and the third message each comprise a respective public key, or respective certificate, of a respective encryption key pair corresponding to the remote unit (102, 402, 502), and the respective public key or respective certificate is used to encrypt data transmitted to the remote unit (102, 402, 502) or authenticate the remote unit. transmitting a first message comprising a first request for an internet-of things initial registration from a remote unit (102, 402, 502), wherein the first message comprises a discovery indication indicating that the remote unit (102, 402, 502) is attempting to discover a PLMN configured for use by the remote unit (102, 402, 502) and a public key, or certificate, of an encryption key pair to authenticate the remote unit; receiving a second message comprising a list of networks configured for use by the remote unit (102, 402, 502), wherein the second message is received in response to transmitting the first message; and transmitting a third message comprising a second request for an internet-of-things initial registration from the remote unit (102, 402, 502), wherein the second request comprises an indication of a PLMN selected from the list of networks configured for use by the remote unit (102, 402, 502); wherein the first message and the third message each comprise a respective public key, or respective certificate, of a respective encryption key pair corresponding to the remote unit (102, 402, 502), and the respective public key or respective certificate is used to encrypt data transmitted to the remote unit (102, 402, 502) or authenticate the remote unit.
A method of signing video data, the method comprising: obtaining video data representing a video sequence; obtaining a bitstring not extracted from the video data; providing a salt based on the bitstring; generating (116.1) a first fingerprint by hashing a) a combination of the salt and a first portion of the video data, or b) a combination of the salt and a hash of a first portion of the video data; providing a signature of the video data, which includes the first fingerprint, characterized in that the salt is provided by hashing the bitstring, in that the salt and the first fingerprint are generated using different hash functions, and in that the method further comprises: sharing, over a private communication path, a definition of the hash function for generating the salt with a recipient of the signed video data. obtaining video data representing a video sequence; obtaining a bitstring not extracted from the video data; providing a salt based on the bitstring; generating (116.1) a first fingerprint by hashing a) a combination of the salt and a first portion of the video data, or b) a combination of the salt and a hash of a first portion of the video data; a) a combination of the salt and a first portion of the video data, or b) a combination of the salt and a hash of a first portion of the video data; providing a signature of the video data, which includes the first fingerprint, characterized in that the salt is provided by hashing the bitstring, in that the salt and the first fingerprint are generated using different hash functions, and in that the method further comprises: sharing, over a private communication path, a definition of the hash function for generating the salt with a recipient of the signed video data.
A method of monitoring an operation of detection of an analyte in a liquid sample using a measuring cell, the measuring cell comprising a working electrode for excitation of electrochemiluminescence in the liquid sample, a light source for coupling light into a transport path, and an optical detector for detecting the excited electrochemiluminescence, and the coupled light, the excitation and detection being performed in an electrochemiluminescence measurement cycle, the measurement cycle comprising transporting the liquid sample via a transport path to the working electrode using a support liquid, the method comprising: - coupling light of the light source into the transport path during part of the measurement cycle, the transport path and any liquid contained in the transport path forming a light guide between the light source and the optical detector 126 - turning off the light source the detection of the excited electrochemiluminescence, - detecting the coupled light by the optical detector, - analyzing the detected light regarding the presence of a gas bubble in the transport path, and, in case of the presence of a gas bubble, analyzing the detected light regarding a property of the gas bubble, - providing a measurement state in case the result of the analysis deviates from a target state regarding the presence of a gas bubble in the transport path, the measurement state indicating a deviation of the property from a reference property by a predefined threshold, the property being selected from anyone of: a time duration for which the gas bubble is detected, a time point at which the gas bubble is detected, an intensity of the detected coupled light. - coupling light of the light source into the transport path during part of the measurement cycle, the transport path and any liquid contained in the transport path forming a light guide between the light source and the optical detector 126 - turning off the light source the detection of the excited electrochemiluminescence, - detecting the coupled light by the optical detector, - analyzing the detected light regarding the presence of a gas bubble in the transport path, and, in case of the presence of a gas bubble, analyzing the detected light regarding a property of the gas bubble, - providing a measurement state in case the result of the analysis deviates from a target state regarding the presence of a gas bubble in the transport path, the measurement state indicating a deviation of the property from a reference property by a predefined threshold, the property being selected from anyone of: a time duration for which the gas bubble is detected, a time point at which the gas bubble is detected, an intensity of the detected coupled light.
Method for protecting workers and/or equipment from errant vehicles and/or rerouting traffic on a road surface, using a series of connected barrier modules, each barrier module provided with at least one drive unit, characterized in that the series of barrier modules are supported on the road surface by their drive units only, at least during such use as a temporary traffic barrier.
A cementitious composition suitable to form mortars or concretes comprising glass as an addition to mitigate the alkali-aggregate reaction, characterized in that said glass is obtained by grinding a glass to pulverization of the particles to an average diameter ranging from 10 to 200 micron, and subsequent washing with water, wherein the glass after grinding and washing with water has a ratio A between the specific surface SS BET, determined by absorption of nitrogen on the surface of the glass, expressed in m 2 /g, and the laser specific surface Sv, determined by laser diffractometry, expressed in m 2 /cm 3, by the density, ρ, determined with a helium pycnometer, expressed in g/cm 3, defined as activation parameter A = SS BET [m 2 /g] / Sv [m 2 /cm 3]. ρ [g/cm 3], in a range from 1.9 to 4.0.