mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic use, as an agent for preventing and/or treating greasy skin or greasy-prone skin and/or an associated aesthetic skin disorder, of an effective amount of at least one compound represented by either of the general formulae (Ia) and (Ib): in which: - R 1 represents H or a group -C R 8, with R 8 being a linear or branched, saturated or unsaturated C 1 -C 4 alkyl, or being a phenyl; - R 2 represents H; a linear or branched, saturated or unsaturated C 1 -C 12 alkyl group; or a group chosen from: in which R 3, R 4, R 5, R 6 and R 7 represent, independently of each other, H; -NO 2 -OH; -OR 8; -CN; Br; Cl; I; F; -CF 3; a linear or branched, saturated or unsaturated C 1 -C 4 alkyl; a phenyl; -OC -R 8; -O-Ph-X with X representing H, -OH, -NO 2, a fluorine, a linear or branched, saturated or unsaturated C 1 -C 4 alkyl or alkoxy; R 8 being as defined previously, - R and R', which may be identical or different, represent H or a linear or branched C 1 -C 4 alkyl, or a physiologically acceptable salt thereof. - R 1 represents H or a group -C R 8, with R 8 being a linear or branched, saturated or unsaturated C 1 -C 4 alkyl, or being a phenyl; - R 2 represents H; a linear or branched, saturated or unsaturated C 1 -C 12 alkyl group; or a group chosen from: in which R 3, R 4, R 5, R 6 and R 7 represent, independently of each other, H; -NO 2 -OH; -OR 8; -CN; Br; Cl; I; F; -CF 3; a linear or branched, saturated or unsaturated C 1 -C 4 alkyl; a phenyl; -OC -R 8; -O-Ph-X with X representing H, -OH, -NO 2, a fluorine, a linear or branched, saturated or unsaturated C 1 -C 4 alkyl or alkoxy; R 8 being as defined previously, - R and R', which may be identical or different, represent H or a linear or branched C 1 -C 4 alkyl,
Computer-implemented method of forming a folding carton, comprising selecting, through a client such as an app or Web browser, an item to be accommodated by the carton, based on dimensions of the item, designing a template, and manufacturing blanks (11, 12, 13) for the carton according to the template, characterized in that based on given targets such as material requirements, packing effort, shipping charges, or reported integrity of the carton or item, the template is, by means of artificial intelligence, gradually optimized the blanks are manufactured from rectangular sheets of corrugated fiberboard, and the sheets are printed, folded or scored, and cut by a single machine, said machine being program-controlled based on the template, using a plotter language such as HP-GL/2 or DMPL. selecting, through a client such as an app or Web browser, an item to be accommodated by the carton, based on dimensions of the item, designing a template, and manufacturing blanks (11, 12, 13) for the carton according to the template, characterized in that based on given targets such as material requirements, packing effort, shipping charges, or reported integrity of the carton or item, the template is, by means of artificial intelligence, gradually optimized the blanks are manufactured from rectangular sheets of corrugated fiberboard, and the sheets are printed, folded or scored, and cut by a single machine, said machine being program-controlled based on the template, using a plotter language such as HP-GL/2 or DMPL.
Method for actuating an electrical drive, which is designed as a linear motor for a cooling fan in the radiator region of an internal combustion engine of a motor vehicle, by means of an actuation module which actuates the circuit breakers, which are electrically connected to an electronics printed circuit board, by means of a duty ratio Tv, comprising the following method steps a) setting the instantaneous duty ratio Tv, which drives the circuit breakers of the electrical drive, on the actuation module in accordance with a PWM signal which represents a prespecified setpoint value which is dependent on a temperature of the internal combustion engine, and b) when a first limit temperature θ 1 of the electronics printed circuit board, which actuates the circuit breakers, is reached, the instantaneous duty ratio Tv is changed to a modified, maximum duty ratio Tv' which effects continuous actuation of the electrical drive, and wherein the power loss from electronics components of the electronics printed circuit board drops, and wherein, owing to the set higher rotation speed of the electrical drive, an increased air flow is generated which allows improved heat dissipation from the electronics printed circuit board on account of convection, and c) when a second limit temperature θ 2, which is higher than the first limit temperature θ 1, is reached, the instantaneous duty ratio Tv is returned to a modified, minimum duty ratio Tv' = 0. a) setting the instantaneous duty ratio Tv, which drives the circuit breakers of the electrical drive, on the actuation module in accordance with a PWM signal which represents a prespecified setpoint value which is dependent on a temperature of the internal combustion engine, and b) when a first limit temperature θ 1 of the electronics printed circuit board, which actuates the circuit breakers, is reached, the instantaneous duty ratio Tv is changed to a modified, maximum duty ratio Tv' which effects continuous actuation of the electrical drive, and wherein the power loss from electronics components of the electronics printed circuit board drops, and wherein, owing to the set higher rotation speed of the electrical drive, an increased air flow is generated which allows improved heat dissipation from the electronics printed circuit board on account of convection, and c) when a second limit temperature θ 2, which is higher than the first limit temperature θ 1, is reached, the instantaneous duty ratio Tv is returned to a modified, minimum duty ratio Tv' = 0.
A pharmaceutically acceptable composition of (i) spheroid particles comprising: (a) 30-70 weight percent of -N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-4-(dimethylamino)but-2-enamide or a pharmaceutically acceptable salt thereof; (b) 20-30 weight percent of one or more fillers; and (c) 5-15 weight percent of one or more wetting agents, said spheroid particles comprising 70-83 weight percent of the total composition; (ii) a sub-coating applied to said spheroid particles further comprising 1-4 weight percent of one or more pharmaceutically acceptable cellulose based polymers and (iii) 16-30 weight percent of one or more pharmaceutically acceptable polymers as an enteric coating applied to said sub-coating, said coating components (ii) and (iii) comprising 17-30 weight percent of the total composition. (i) spheroid particles comprising: (a) 30-70 weight percent of -N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-4-(dimethylamino)but-2-enamide or a pharmaceutically acceptable salt thereof; (b) 20-30 weight percent of one or more fillers; and (c) 5-15 weight percent of one or more wetting agents, said spheroid particles comprising 70-83 weight percent of the total composition; (a) 30-70 weight percent of -N-(4-(3-chloro-4-(pyridin-2-ylmethoxy)phenylamino)-3-cyano-7-ethoxyquinolin-6-yl)-4-(dimethylamino)but-2-enamide or a pharmaceutically acceptable salt thereof; (b) 20-30 weight percent of one or more fillers; and (c) 5-15 weight percent of one or more wetting agents, (ii) a sub-coating applied to said spheroid particles further comprising 1-4 weight percent of one or more pharmaceutically acceptable cellulose based polymers and (iii) 16-30 weight percent of one or more pharmaceutically acceptable polymers as an enteric coating applied to said sub-coating,
A process for the preparation of compounds of formula IVa in which Y is selected from hydroxyl or protected hydroxyl group, halogen, amino or alkylamino group, amido or substituted amido group, or phthalimide group, wherein: protected hydroxyl means a hydroxyl group suitably protected with a protecting group; alkylamino means an amino group substituted with one or two of the same or different alkyl groups; amido means -NHCOX wherein X is selected from an alkyl, alkoxy, alkoxyalkyl or alkylamino group; substituted amido means -N COX, wherein X is defined as above and Z is alkyl; comprising the following steps: a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above. protected hydroxyl means a hydroxyl group suitably protected with a protecting group; alkylamino means an amino group substituted with one or two of the same or different alkyl groups; amido means -NHCOX wherein X is selected from an alkyl, alkoxy, alkoxyalkyl or alkylamino group; substituted amido means -N COX, wherein X is defined as above and Z is alkyl; comprising the following steps: a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above. a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above.
A user equipment in a network for transmitting a phase noise tracking reference signal, PNT-RS, together with a data transmission, the user equipment comprising a transceiver, a processor, and a memory, the user equipment configured to: determine, for a data transmission, a mapping from a demodulation reference signal, DMRS, to a PNT-RS; generate a value for a PNT-RS in a second resource element of a subcarrier using a demodulation reference signal, DMRS, of a first, different, resource element in the subcarrier, wherein the DMRS is assigned to an orthogonal frequency division multiplexing, OFDM, symbol, and wherein the first resource element is the resource element intersecting the subcarrier for the PNT-RS and the OFDM symbol for the DMRS; and transmit the data transmission using the DMRS and the PNT-RS. determine, for a data transmission, a mapping from a demodulation reference signal, DMRS, to a PNT-RS; generate a value for a PNT-RS in a second resource element of a subcarrier using a demodulation reference signal, DMRS, of a first, different, resource element in the subcarrier, wherein the DMRS is assigned to an orthogonal frequency division multiplexing, OFDM, symbol, and wherein the first resource element is the resource element intersecting the subcarrier for the PNT-RS and the OFDM symbol for the DMRS; and transmit the data transmission using the DMRS and the PNT-RS.
A method of plug and abandonment (P&A) of a well, wherein said method comprises deploying a cast-in-place P&A plug into a well to be plugged and thereby plugging said well, said P&A plug comprising two materials, a first material being an expansion metal below a second material being an adhesion resin, wherein said P&A plug has greater integrity, under wellbore conditions, than a rock-to-rock plug of equal length with either said first material alone or said second material alone.
Method for determining a load error correction factor for a rail vehicle, comprising: receiving load pressure values of a load pressure sensor apparatus of the rail vehicle; ascertaining a first actual mass value of the rail vehicle based on the load pressure values of the load pressure sensor apparatus of the rail vehicle; receiving acceleration values of an acceleration procedure and receiving force values of a drive of the rail vehicle; ascertaining a second actual mass value of the rail vehicle based on the acceleration values and the force values of the rail vehicle; and ascertaining the load error correction factor based on a ratio between the first actual mass value and the second actual mass value. receiving load pressure values of a load pressure sensor apparatus of the rail vehicle; ascertaining a first actual mass value of the rail vehicle based on the load pressure values of the load pressure sensor apparatus of the rail vehicle; receiving acceleration values of an acceleration procedure and receiving force values of a drive of the rail vehicle; ascertaining a second actual mass value of the rail vehicle based on the acceleration values and the force values of the rail vehicle; and ascertaining the load error correction factor based on a ratio between the first actual mass value and the second actual mass value.
A method for security inspection, for performing security inspection on a train with a scanning device comprising an accelerator and a detector, comprising: according to a first signal for determining whether the train has come, after it is confirmed that the train is a cargo train, controlling the scanning device to enter an enabled state; according to a second signal for determining whether the train has reached a position where beam warming up can be performed, if the accelerator is not in a beam warm-up state, causing the accelerator to enter the beam warm-up state, wherein in the warm-up state, the accelerator is controlled to impose a high voltage, so that a beam emitting frequency of the accelerator is increased to a frequency matched with a moving speed of the train, and an electron gun of the accelerator is not imposed with a high voltage; in the beam warm-up state, when the train is automatically identified by a system and manually confirmed again as a cargo train, maintaining the beam warm-up state; according to a third signal for determining whether a part of the train which cannot be scanned has reached the entrance of the scanning channel, decreasing the beam emitting frequency of the accelerator; and according to a fourth signal for determining whether the part of the train which cannot be scanned has left the center of the beam of the scanning device, restoring the beam emitting frequency of the accelerator, and controlling the accelerator to emit beams. according to a first signal for determining whether the train has come, after it is confirmed that the train is a cargo train, controlling the scanning device to enter an enabled state; according to a second signal for determining whether the train has reached a position where beam warming up can be performed, if the accelerator is not in a beam warm-up state, causing the accelerator to enter the beam warm-up state, wherein in the warm-up state, the accelerator is controlled to impose a high voltage, so that a beam emitting frequency of the accelerator is increased to a frequency matched with a moving speed of the train, and an electron gun of the accelerator is not imposed with a high voltage; in the beam warm-up state, when the train is automatically identified by a system and manually confirmed again as a cargo train, maintaining the beam warm-up state; according to a third signal for determining whether a part of the train which cannot be scanned has reached the entrance of the scanning channel, decreasing the beam emitting frequency of the accelerator; and according to a fourth signal for determining whether the part of the train which cannot be scanned has left the center of the beam of the scanning device, restoring the beam emitting frequency of the accelerator, and controlling the accelerator to emit beams.
A method of projecting a template on a workpiece; comprising the steps of: providing a measurement system for determining a location of a workpiece, a laser projector for projecting a laser template on the workpiece and a computer; using the measurement system for determining a physical location of first and second features (24, 26) having geometric significance for accurate manufacturing of the workpiece in a three-dimensional coordinate system and using the computer for comparing the physical location of the first and the second features (24, 26) with a theoretical location of the first and the second features (24, 26) of a computer model of the workpiece; using the computer for optimizing a location of the projection of the template onto the workpiece relative to the first and the second features (24, 26) by aligning the physical location of the first and the second features (24, 26) as determined with the theoretical location of the first and the second features (24, 26) from the computer model of the workpiece, wherein the first and second features (24, 26) are assigned a hierarchy of importance so that the computer aligns a most important feature as a primary alignment and a second most important feature as a secondary alignment; and projecting the template onto the workpiece based upon the optimized location of the projection for directing work to be performed on the workpiece. providing a measurement system for determining a location of a workpiece, a laser projector for projecting a laser template on the workpiece and a computer; using the measurement system for determining a physical location of first and second features (24, 26) having geometric significance for accurate manufacturing of the workpiece in a three-dimensional coordinate system and using the computer for comparing the physical location of the first and the second features (24, 26) with a theoretical location of the first and the second features (24, 26) of a computer model of the workpiece; using the computer for optimizing a location of the projection of the template onto the workpiece relative to the first and the second features (24, 26) by aligning the physical location of the first and the second features (24, 26) as determined with the theoretical location of the first and the second features (24, 26) from the computer model of the workpiece, wherein the first and second features (24, 26) are assigned a hierarchy of importance so that the computer aligns a most important feature as a primary alignment and a second most important feature as a secondary alignment; and projecting the template onto the workpiece based upon the optimized location of the projection for directing work to be performed on the workpiece.
De-jamming station for neutralizing the impact of a jamming signal on a satellite, the de-jamming station being configured to be on the ground, the de-jamming station comprising: - identification means configured to determine parameters of the jamming signal; - processing means configured to generate a replica of the jamming signal; - emission means configured to broadcast the replica of the jamming signal on the uplink of the satellite. - identification means configured to determine parameters of the jamming signal; - processing means configured to generate a replica of the jamming signal; - emission means configured to broadcast the replica of the jamming signal on the uplink of the satellite.
A counterweight comprising: a counterweight frame including a crosshead, characterized by further comprising: a counterweight hitch operably coupled to the counterweight frame, the counterweight hitch including a first sheave channel and a second sheave channel vertically connected by a first upright and a second upright, each of the first sheave channel and second sheave channel includes an interior cavity within which at least one individual sheave assembly is mounted, each individual sheave assembly includes a sheave mounted to an adjacent support such that the sheave is configured to rotate about an axis of rotation, and a bracket connected to the support operably couples the individual sheave assembly within the interior cavity of one of the first sheave channel and the second sheave channel with a fastener, the plurality of individual sheave assemblies being substantially identical and arranged at an angle relative to a central plane of the counterweight frame; wherein the counterweight hitch is coupled to the crosshead of the counterweight frame. a counterweight hitch operably coupled to the counterweight frame, the counterweight hitch including a first sheave channel and a second sheave channel vertically connected by a first upright and a second upright, each of the first sheave channel and second sheave channel includes an interior cavity within which at least one individual sheave assembly is mounted, each individual sheave assembly includes a sheave mounted to an adjacent support such that the sheave is configured to rotate about an axis of rotation, and a bracket connected to the support operably couples the individual sheave assembly within the interior cavity of one of the first sheave channel and the second sheave channel with a fastener, the plurality of individual sheave assemblies being substantially identical and arranged at an angle relative to a central plane of the counterweight frame; wherein the counterweight hitch is coupled to the crosshead of the counterweight frame.
A clip cartridge comprising: a housing including a body having side walls (118, 120) defining a central cavity and a plurality of dividing walls extending across the central cavity, each of the plurality of dividing walls defining a transverse axis and forming a clip recess within the central cavity with an adjacent one of the plurality of dividing walls, and a support member positioned within each of the clip recesses, the support member including a first support surface and a second support surface; a plurality of clips supported within the central cavity of the housing, one of the plurality of clips being supported within each of the clip recesses on the support member, each of the plurality of clips having a first and a second leg (38a, 38b) that are interconnected by a hinge portion; and at least one retainer supported on the housing, the at least one retainer having tabs, each tab extending in a direction transverse to the transverse axis, the tabs being positioned to engage the first and second legs of the plurality of clips to urge the first leg onto the first support surface of a respective support member and to urge the second leg onto the second support surface of a respective support member, characterized by each of the at least one retainer including an H-shaped body having a central portion, wherein the tabs are supported on each end of the central portion. a housing including a body having side walls (118, 120) defining a central cavity and a plurality of dividing walls extending across the central cavity, each of the plurality of dividing walls defining a transverse axis and forming a clip recess within the central cavity with an adjacent one of the plurality of dividing walls, and a support member positioned within each of the clip recesses, the support member including a first support surface and a second support surface; a plurality of clips supported within the central cavity of the housing, one of the plurality of clips being supported within each of the clip recesses on the support member, each of the plurality of clips having a first and a second leg (38a, 38b) that are interconnected by a hinge portion; and at least one retainer supported on the housing, the at least one retainer having tabs, each tab extending in a direction transverse to the transverse axis, the tabs being positioned to engage the first and second legs of the plurality of clips to urge the first leg onto the first support surface of a respective support member and to urge the second leg onto the second support surface of a respective support member, characterized by each of the at least one retainer including an H-shaped body having a central portion, wherein the tabs are supported on each end of the central portion.