mhurhangee/ep-ind-claims huggingface dataset:
A respiratory component measurement system comprising: a breathing circuit, one end of which is adapted to be coupled to a ventilator or a pressure/flow generating element, and another end is adapted to be coupled to an airway of a patient; an airway adapter adapted to be coupled in series with breathing circuit and in fluid communication with an airway of a patient; a sensor element (21, 22, 23, 24, 25) in physical communication with the airway adapter, wherein the sensor element is adapted to detect an orientation related characteristic of the airway adapter, and a respiratory component sensor adapted to be disposed on the airway adapter so as to measure a characteristic associated with a flow of gas through the airway adapter, characterised in that the sensor element is further adapted to detect any force or motion imparted on the airway adapter. a breathing circuit, one end of which is adapted to be coupled to a ventilator or a pressure/flow generating element, and another end is adapted to be coupled to an airway of a patient; an airway adapter adapted to be coupled in series with breathing circuit and in fluid communication with an airway of a patient; a sensor element (21, 22, 23, 24, 25) in physical communication with the airway adapter, wherein the sensor element is adapted to detect an orientation related characteristic of the airway adapter, and a respiratory component sensor adapted to be disposed on the airway adapter so as to measure a characteristic associated with a flow of gas through the airway adapter, characterised in that the sensor element is further adapted to detect any force or motion imparted on the airway adapter.
A wakeup method for a touch terminal, characterized in that the wakeup method for the touch terminal comprises: step A: scanning a touch screen in a standby state, determining whether a vibration signal satisfying a predetermined characteristic condition and used for prompting a wakeup of the touch terminal is detected at the same time when a touch action is detected to be present on the touch screen; step B: if the vibration signal satisfying the predetermined characteristic condition and used for prompting the wakeup of the touch terminal is detected at the same time, then waking the touch terminal up. step A: scanning a touch screen in a standby state, determining whether a vibration signal satisfying a predetermined characteristic condition and used for prompting a wakeup of the touch terminal is detected at the same time when a touch action is detected to be present on the touch screen; step B: if the vibration signal satisfying the predetermined characteristic condition and used for prompting the wakeup of the touch terminal is detected at the same time, then waking the touch terminal up.
A process for producing a lactam, comprising: reacting a cyclic ketone and hydroxylamine to give an oxime; and conducting Beckmann rearrangement of the oxime using a Beckmann rearrangement catalyst to give a lactam, wherein the rearrangement catalyst is a compound having the following moiety: -Z-X wherein Z denotes a P, N, S, B or Si atom, X denotes a halogen atom, and Z is bound to, in addition to X, one or two or more atoms or groups, or an aromatic-ring-containing compound meeting all of the following conditions (i) to (iii); (i) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least one carbon atom which contains a halogen atom as a leaving group, (ii) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least three of either or both heteroatoms and carbon atoms having an electron-withdrawing group, and (iii) two of the heteroatoms and/or carbon atoms having an electron-withdrawing group are at the ortho- or para-position to the carbon atom having a halogen atom as a leaving group; wherein the lactam is laurolactam, the cyclic ketone is cyclododecanone and the oxime is cyclododecanone oxime, characterized in that the process comprises a step of purifying one or more of compounds selected from the group consisting of the cyclic ketone, the oxime and the lactam by hydrogenation, and the produced lactam comprises double-bond-containing impurities in 15 ppm by weight or less. reacting a cyclic ketone and hydroxylamine to give an oxime; and conducting Beckmann rearrangement of the oxime using a Beckmann rearrangement catalyst to give a lactam, wherein the rearrangement catalyst is a compound having the following moiety: -Z-X wherein Z denotes a P, N, S, B or Si atom, X denotes a halogen atom, and Z is bound to, in addition to X, one or two or more atoms or groups, or an aromatic-ring-containing compound meeting all of the following conditions (i) to (iii); (i) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least one carbon atom which contains a halogen atom as a leaving group, (ii) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least three of either or both heteroatoms and carbon atoms having an electron-withdrawing group, and (iii) two of the heteroatoms and/or carbon atoms having an electron-withdrawing group are at the ortho- or para-position to the carbon atom having a halogen atom as a leaving group; (i) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least one carbon atom which contains a halogen atom as a leaving group, (ii) the aromatic-ring-containing compound contains, as an aromatic-ring member, at least three of either or both heteroatoms and carbon atoms having an electron-withdrawing group, and (iii) two of the heteroatoms and/or carbon atoms having an electron-withdrawing group are at the ortho- or para-position to the carbon atom having a halogen atom as a leaving group;
A method for wireless communications by a user equipment, LTE, comprising: receiving control signaling configuring the LTE with a plurality of component carriers for communicating with a network device and a semi-persistent resource allocation of a resource for each component carrier of the plurality of component carriers; identifying an availability indicator that indicates availability of the resource of the semi-persistent resource allocation on each component carrier of the plurality of component carriers, wherein the availability indicator indicates a number of time intervals within a time window for which the availability indicator is valid; and communicating a data transmission via at least a subset of the plurality of component carriers based at least in part on the availability indicator. receiving control signaling configuring the LTE with a plurality of component carriers for communicating with a network device and a semi-persistent resource allocation of a resource for each component carrier of the plurality of component carriers; identifying an availability indicator that indicates availability of the resource of the semi-persistent resource allocation on each component carrier of the plurality of component carriers, wherein the availability indicator indicates a number of time intervals within a time window for which the availability indicator is valid; and communicating a data transmission via at least a subset of the plurality of component carriers based at least in part on the availability indicator.
A method for hydrolysing a fatty acid from a triglyceride that contains at least one C4 - C8 fatty acid in an emulsion or colloidal dispersion comprising milk fat, comprising subjecting the triglyceride to patatin derived from potato ( Solanum tuberosum) in the presence of water, wherein the patatin hydrolyses a C4 - C8 fatty acid.
Electronic weighing device comprising: - a reception tray to hold a load to be weighed, - at least one weight sensor designed to output at least one signal representative of the load applied on the reception tray, and - a user control interface designed to receive instructions from a user, characterised in that the user control interface comprises a touch interface comprising means of recognition of touch commands arranged to determine at least one displacement of a contact between two points on the surface of the touch interface so as to control a function of the apparatus, and in that said at least one weight sensor is designed to output at least one signal representative of the applied load and of the load application position on the reception tray, and in that the touch command recognition means are capable of determining at least the displacement of the contact between the two points on the surface of the touch interface as a function of data supplied by said at least one weight sensor. - a reception tray to hold a load to be weighed, - at least one weight sensor designed to output at least one signal representative of the load applied on the reception tray, and - a user control interface designed to receive instructions from a user,
A process for manufacturing 2-isobutyl-6-(3-(methylamino)azetidin-1-yl)pyrimidin-4-amine of Formula: said process comprising the following steps: (a) reacting 6-chloro-2-isobutylpyrimidin-4-amine of Formula: with a N-protected N-methylazetidin-3-amine of Formula: wherein R P is a protecting group selected from Carbobenzyloxy (Cbz), p-Methoxybenzyl carbonyl (Moz), tert-Butyloxycarbonyl (Boc), 9-Fluorenylmethyloxycarbonyl (Fmoc) and 2,2,2-Trichloroethoxycarbonyl (Troc); in an organic solvent being dimethylsulfoxide; in the presence of a base being potassium carbonate; at a temperature ranging from 85 to 125°C; the initial molar ratio between said compound of Formula and said compound of Formula ranging from 0.85 to 1.25; so as to obtain an intermediate protected compound of Formula: and (b) performing a N-deprotection of said compound of Formula; so as to obtain said compound of Formula. (a) reacting 6-chloro-2-isobutylpyrimidin-4-amine of Formula: with a N-protected N-methylazetidin-3-amine of Formula: wherein R P is a protecting group selected from Carbobenzyloxy (Cbz), p-Methoxybenzyl carbonyl (Moz), tert-Butyloxycarbonyl (Boc), 9-Fluorenylmethyloxycarbonyl (Fmoc) and 2,2,2-Trichloroethoxycarbonyl (Troc); in an organic solvent being dimethylsulfoxide; in the presence of a base being potassium carbonate; at a temperature ranging from 85 to 125°C; the initial molar ratio between said compound of Formula and said compound of Formula ranging from 0.85 to 1.25; so as to obtain an intermediate protected compound of Formula: and in an organic solvent being dimethylsulfoxide; in the presence of a base being potassium carbonate; at a temperature ranging from 85 to 125°C; the initial molar ratio between said compound of Formula and said compound of Formula ranging from 0.85 to 1.25; (b) performing a N-deprotection of said compound of Formula; so as to obtain said compound of Formula.
A sprung floor (01, 06), comprising a sprung beam (03, 08) which is capable of being mounted on an underfloor and comprising at least one floor panel (02, 07, 28) which is mounted on the sprung beam (03, 08) in a sprung manner, said sprung beam (03, 08) having chord planks (04, 05, 09, 10) which are arranged in a cross shape to each other and the upper side of the floor panel (02, 07, 28) realising a stage area which is suitable for dancing, characterised in that at least one support panel (13, 27) which, by means of at least one actuator (14, 21), is adjustable between a rest position and a support position is arranged under the floor panel (02, 07, 28), said support panel (13, 27) not being in contact with the floor panel (02, 07, 28) in the rest position and the surface of said support panel (13, 27) coming into contact with the underside of the floor panel (02, 07, 28) and supporting the floor panel (02, 07, 28) from below in the support position.
A method for producing a butter-like dairy spread comprising at least butter, edible vegetable fat, and a taste ingredient, such as a milk constituent, characterized in that the edible vegetable fat has a solid fat content of 10-45% at 20°C, said edible vegetable fat is mixed with at least butter and said taste ingredient at a temperature below 22°C during the production of said butter-like dairy spread, where the mixing of the butter with vegetable fat and taste ingredient is at a temperature below 22°C.
A control device that outputs a plurality of pulses from a plurality of ports (ch1-ch18), wherein each pulse of the plurality of pulses has the same cycle, wherein each pulse of the plurality of pulses has a duty cycle set independently, the control device comprising: a timer for counting time; a schedule creation section configured to create a schedule in which on-timing and off-timing of the plurality of pulses are designated; a pulse output section configured to turn on and off the pulses in accordance with the schedule; and characterized by the schedule creation section being configured to create the schedule such that the on-timings and the off-timings of the plurality of pulses are respectively not close to each other, based on the set duty cycle and the cycle of the pulses, wherein the on-timings or the off-timings of two of the plurality of pulses are close to each other when a difference in the on-timings or off-timings of the two of the plurality of pulses is less than a predetermined time; a setting section configured to set, in the timer for counting time, time, from a time point where the timer finishes counting a time already set, to on-timing or off-timing of a pulse to be first turned on or off after the time point, in accordance with the schedule, wherein the pulse output section is configured to turn on or off the pulse when the timer finishes counting the set time. a timer for counting time; a schedule creation section configured to create a schedule in which on-timing and off-timing of the plurality of pulses are designated; a pulse output section configured to turn on and off the pulses in accordance with the schedule; and characterized by the schedule creation section being configured to create the schedule such that the on-timings and the off-timings of the plurality of pulses are respectively not close to each other, based on the set duty cycle and the cycle of the pulses, wherein the on-timings or the off-timings of two of the plurality of pulses are close to each other when a difference in the on-timings or off-timings of the two of the plurality of pulses is less than a predetermined time; a setting section configured to set, in the timer for counting time, time, from a time point where the timer finishes counting a time already set, to on-timing or off-timing of a pulse to be first turned on or off after the time point, in accordance with the schedule, wherein the pulse output section is configured to turn on or off the pulse when the timer finishes counting the set time.
A method of automated preparation of a sample material for a chemical or compositional analysis, comprising arranging the sample material in a receptacle, storing the sample inside the receptacle in a conditioning cabinet, and grinding the sample material by way of a mill apparatus, wherein the mill apparatus comprises an extraction container, at least one grinding element provided in the extraction container and an agitator adapted to move the at least one grinding element relative to the extraction container when the sample material is placed in the extraction container, characterized by further comprising placing the sample material together with the receptacle in the extraction container, and grinding the receptacle together with the sample material by agitating the extraction container. arranging the sample material in a receptacle, storing the sample inside the receptacle in a conditioning cabinet, and grinding the sample material by way of a mill apparatus, wherein the mill apparatus comprises an extraction container, at least one grinding element provided in the extraction container and an agitator adapted to move the at least one grinding element relative to the extraction container when the sample material is placed in the extraction container, characterized by further comprising placing the sample material together with the receptacle in the extraction container, and grinding the receptacle together with the sample material by agitating the extraction container.
A valve frame, comprising: a first frame member including a leaflet connection region, where a distal end of the first frame member defines a distal cross-sectional area and a proximal end of the first frame member defines a proximal cross-sectional area larger than the distal cross-sectional area; a second frame member having a distal end connected to the proximal end of the first frame member, where the distal end of the second frame member and the proximal end of the first frame member define a circular proximal cross-sectional area; and a third frame member connected to a middle portion of the first frame member, where a proximal end of the third frame member defines a circular proximal cross-sectional area approximately equal to the circular proximal cross-sectional area defined by the distal end of the second frame member and the proximal end of the first frame member. a first frame member including a leaflet connection region, where a distal end of the first frame member defines a distal cross-sectional area and a proximal end of the first frame member defines a proximal cross-sectional area larger than the distal cross-sectional area; a second frame member having a distal end connected to the proximal end of the first frame member, where the distal end of the second frame member and the proximal end of the first frame member define a circular proximal cross-sectional area; and a third frame member connected to a middle portion of the first frame member, where a proximal end of the third frame member defines a circular proximal cross-sectional area approximately equal to the circular proximal cross-sectional area defined by the distal end of the second frame member and the proximal end of the first frame member.
A bobbin structure of an armature of a three-phase motor having 6N and 1N coils per phase, N being a natural number, the bobbin structure comprising: a main pole (la) into which a winding bobbin around which a coil is wound is inserted; and an auxiliary pole (lb) into which an empty bobbin around which the coil is not wound is inserted, wherein the main pole and the auxiliary pole are alternately placed in a circumferential direction with respect to a rotation axis, and a contact portion where the empty bobbin and the winding bobbin are in contact with each other is formed on each of a radial outer peripheral side and a radial inner peripheral side of the slot formed between the main pole and the auxiliary pole. a main pole (la) into which a winding bobbin around which a coil is wound is inserted; and an auxiliary pole (lb) into which an empty bobbin around which the coil is not wound is inserted, wherein the main pole and the auxiliary pole are alternately placed in a circumferential direction with respect to a rotation axis, and a contact portion where the empty bobbin and the winding bobbin are in contact with each other is formed on each of a radial outer peripheral side and a radial inner peripheral side of the slot formed between the main pole and the auxiliary pole.
A hopper for a packer machine to pack smoking articles; the hopper comprises: an upper part and a lower part, both delimited at the front and at the rear by respective fixed vertical walls; one single upper inlet arranged at the upper part and from which the smoking articles enter the hopper; at least one lower outlet mouth, which is arranged at the lower part, is designed to form at least one group of smoking articles and is divided, on the inside, by a plurality of walls defining small channels within which the smoking articles are arranged in substantially vertical stacks; and two and only two independent channels, which are arranged at the upper part, both originate from the single upper inlet, lead into the lower outlet mouth, and are distinct and separate from one another; the hopper is characterized in that the two channels are parallel to one another and arranged side by side along their entire extension. an upper part and a lower part, both delimited at the front and at the rear by respective fixed vertical walls; one single upper inlet arranged at the upper part and from which the smoking articles enter the hopper; at least one lower outlet mouth, which is arranged at the lower part, is designed to form at least one group of smoking articles and is divided, on the inside, by a plurality of walls defining small channels within which the smoking articles are arranged in substantially vertical stacks; and two and only two independent channels, which are arranged at the upper part, both originate from the single upper inlet, lead into the lower outlet mouth, and are distinct and separate from one another; the hopper is characterized in that the two channels are parallel to one another and arranged side by side along their entire extension.
A power manager integrated circuit comprising: a buck controller to produce a first regulated power supply; a first pin coupled to a first power domain of an integrated circuit and responsive to the buck controller to provide the first regulated power supply to the first power domain; a second pin coupled to a second power domain of the integrated circuit to provide a second regulated power supply derived from the first regulated power supply to the second power domain; and a head controller to determine an operating mode and to selectively reduce or disable current flow to the second pin when the operating mode comprises a low power mode, wherein the head controller comprises: a logic (112, 132) to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin, the low drop out regulator responsive to the logic (112, 132) to selectively reduce current flow to the second pin. a buck controller to produce a first regulated power supply; a first pin coupled to a first power domain of an integrated circuit and responsive to the buck controller to provide the first regulated power supply to the first power domain; a second pin coupled to a second power domain of the integrated circuit to provide a second regulated power supply derived from the first regulated power supply to the second power domain; and a head controller to determine an operating mode and to selectively reduce or disable current flow to the second pin when the operating mode comprises a low power mode, wherein the head controller comprises: a logic (112, 132) to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin, the low drop out regulator responsive to the logic (112, 132) to selectively reduce current flow to the second pin. a logic (112, 132) to determine the operating mode and to provide at least one control signal; and a low drop out regulator including an input coupled to the first pin and an output coupled to the second pin, the low drop out regulator responsive to the logic (112, 132) to selectively reduce current flow to the second pin.