mhurhangee/ep-ind-claims huggingface dataset:
An aerosol provision device comprising: a first section for containing an aerosolisable substance from which a flow of aerosol can be generated; and a second section for containing a material; wherein, in use, a flow of aerosol generated from aerosolisable substance in the first section flows through material in the second section before being inhaled by a user; and wherein the first section and the second section are located in a side-by-side arrangement in the device and wherein the first section is a cartridge which is releasably connectable to the aerosol provision device, wherein the first section and the second section are located such that a side of the first section is substantially co-located with a side of the second section and said sides are substantially parallel to a longitudinal axis of the device. a first section for containing an aerosolisable substance from which a flow of aerosol can be generated; and a second section for containing a material; wherein, in use, a flow of aerosol generated from aerosolisable substance in the first section flows through material in the second section before being inhaled by a user; and wherein the first section and the second section are located in a side-by-side arrangement in the device and wherein the first section is a cartridge which is releasably connectable to the aerosol provision device, wherein the first section and the second section are located such that a side of the first section is substantially co-located with a side of the second section and said sides are substantially parallel to a longitudinal axis of the device.
Method for moving to a reference feed position of a label tape with respect to a dispensing edge of a container labeller, wherein the label tape is pulled back beyond the reference feed position by being wound back onto its supply roller and is then conveyed in the normal feed direction to the reference feed position and stopped there, and wherein the label tape is first stored out of a loop buffer disposed between a supply roller and dispensing edge until a lower adjustment limit of the buffer size is reached and is then pulled back between the loop buffer and the dispensing edge.
A process for investment casting a germanium-containing silver alloy, said casting comprising patterns attached to a tree, said process comprising: melting a silver-copper germanium alloy comprising either (a) apart from impurities 93-95.5 wt% silver, 0.7-1.2 wt% germanium, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper, said alloy being free of added zinc or (b) 95.84-96 wt% silver, 0.7-1.2 wt% germanium, optionally 0.2-1.0 wt% zinc, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper; pouring the molten alloy into a hydraulically set investment based on a gypsum binder, and allowing the investment and alloy to cool; and recovering a casting having a clean silvery appearance when removed from the investment, substantially crack free and substantially free of shrinkage porosity. melting a silver-copper germanium alloy comprising either (a) apart from impurities 93-95.5 wt% silver, 0.7-1.2 wt% germanium, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper, said alloy being free of added zinc or (b) 95.84-96 wt% silver, 0.7-1.2 wt% germanium, optionally 0.2-1.0 wt% zinc, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper; (a) apart from impurities 93-95.5 wt% silver, 0.7-1.2 wt% germanium, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper, said alloy being free of added zinc or (b) 95.84-96 wt% silver, 0.7-1.2 wt% germanium, optionally 0.2-1.0 wt% zinc, 0.05-0.08 wt% silicon and boron in an amount effective to impart grain refinement, the balance copper; pouring the molten alloy into a hydraulically set investment based on a gypsum binder, and allowing the investment and alloy to cool; and recovering a casting having a clean silvery appearance when removed from the investment, substantially crack free and substantially free of shrinkage porosity.
A detection method for a vehicle of the automobile type and comprising a front hood having a normal state in which it is totally closed in order to travel and a camera coupled to an upper portion of a windshield and acquiring images toward the front of said vehicle,the method comprising a first step in which a field of view of said camera is determined in each acquired image the method comprising a first step in which a field of view of said camera is determined in each acquired image, and then each determined field of view is compared with a reference field of view, determined in a reference image acquired when said front hood was in said normal state, and characterized in that the method comprises a second step in which, in the event of determination of at least one field of view difference, said front hood is considered not to be in its normal state, and an alarm is generated in order to warn a driver of said vehicle.
An apparatus for adapting an existing water fountain having a water supply line and an existing bubbler assembly for dispensing water to a filtered water fountain comprising: an adapter base in fluid communication with said water supply line; a housing assembly having a first end and a second end, wherein the housing assembly is shaped to engage said adapter base at the second end; a bubbler head assembly for dispensing water, wherein the bubbler head assembly is secured to said housing assembly proximate the second end; a filter cartridge assembly disposed within said housing assembly and in fluid communication with said adapter base and said bubbler head assembly, and a pressure cap removably secured to the first end of said housing assembly, whereby said filter cartridge assembly is engaged and secured by said pressure cap. an adapter base in fluid communication with said water supply line; a housing assembly having a first end and a second end, wherein the housing assembly is shaped to engage said adapter base at the second end; a bubbler head assembly for dispensing water, wherein the bubbler head assembly is secured to said housing assembly proximate the second end; a filter cartridge assembly disposed within said housing assembly and in fluid communication with said adapter base and said bubbler head assembly, and a pressure cap removably secured to the first end of said housing assembly, whereby said filter cartridge assembly is engaged and secured by said pressure cap.
A method for identifying a cancer patient for treatment with ixazomib citrate, MLN2238 or a boronate ester thereof, wherein the patient has a solid tumor selected from the group consisting of a lung tumor and a colon tumor, the method comprising the steps of: a) measuring at least one characteristic of at least one marker associated with at least one marker gene in a patient sample comprising tumor cells, wherein the at least one characteristic is selected from the group consisting of size, sequence, composition, activity and amount, and wherein at least one marker gene is v-Ki-ras2 Kirsten rat sarcoma viral oncogene homolog (KRAS); b) identifying whether the at least one characteristic measured in step a) is informative for outcome of treatment with the compound; and c) identifying the patient for treatment with the ixazomib citrate, MLN2238 or a boronate ester thereof if the informative characteristic indicates that the tumor cells comprise wild type KRAS. a) measuring at least one characteristic of at least one marker associated with at least one marker gene in a patient sample comprising tumor cells, wherein the at least one characteristic is selected from the group consisting of size, sequence, composition, activity and amount, and wherein at least one marker gene is v-Ki-ras2 Kirsten rat sarcoma viral oncogene homolog (KRAS); b) identifying whether the at least one characteristic measured in step a) is informative for outcome of treatment with the compound; and c) identifying the patient for treatment with the ixazomib citrate, MLN2238 or a boronate ester thereof if the informative characteristic indicates that the tumor cells comprise wild type KRAS.
A thermostat valve characterized by: a substantially cylindrical valve housing formed as a single integrated unit out of a synthetic resin material and having an annular body, with a valve seat formed on a rim of an opening in one end of the annular body and a frame attached to the annular body by a plurality of legs extending axially from an outer edge of an opposite end of the annular body; a disk-shaped valve stem disposed in one end of the valve housing and movable along an axial direction of the valve stem so as to be selectively seated against the valve seat; spring means that biases the valve stem in a valve closing direction to seat the valve stem against the valve seat; a spring seat disposed at an opposite end of the spring means away from the valve stem side, the spring seat locked and held in place by hooks at tips of locking arms extending from the valve housing; characterised by a thermo-element, fixedly mounted to an element guide provided in the frame of the valve housing, that moves the valve stem in a valve opening direction in response to fluid temperature, wherein an annular step is formed at a portion of the valve housing adjacent to the rim of the opening in the one end of the valve housing, the annular step having a top portion of a certain predetermined width, the top portion of the annular step forming the valve seat against which the valve stem is contactable as a plane. a substantially cylindrical valve housing formed as a single integrated unit out of a synthetic resin material and having an annular body, with a valve seat formed on a rim of an opening in one end of the annular body and a frame attached to the annular body by a plurality of legs extending axially from an outer edge of an opposite end of the annular body; a disk-shaped valve stem disposed in one end of the valve housing and movable along an axial direction of the valve stem so as to be selectively seated against the valve seat; spring means that biases the valve stem in a valve closing direction to seat the valve stem against the valve seat; a spring seat disposed at an opposite end of the spring means away from the valve stem side, the spring seat locked and held in place by hooks at tips of locking arms extending from the valve housing; characterised by a thermo-element, fixedly mounted to an element guide provided in the frame of the valve housing, that moves the valve stem in a valve opening direction in response to fluid temperature, wherein an annular step is formed at a portion of the valve housing adjacent to the rim of the opening in the one end of the valve housing, the annular step having a top portion of a certain predetermined width, the top portion of the annular step forming the valve seat against which the valve stem is contactable as a plane.
A housing for a drug delivery device, comprising: - a first housing component adapted to receive a cartridge at least partially filled with a medicament, - a second housing component adapted to receive a drive mechanism to operably engage with the cartridge for dispensing of a dose of the medicament, - wherein the first housing component comprises an insert portion to be inserted in an axial direction (1, 2) into a corresponding receptacle of the second housing component, and - wherein the insert portion comprises at least one radially outwardly extending first interlock member to positively engage and to rotationally lock with a correspondingly shaped second interlock member of the receptacle, - wherein first and second housing components (12, 14) are mutually assemblable by a snap-fit interconnection, and wherein the interlock members of the first and second housing components are of inseparable or non-detachable type; characterised in that: - the second interlock member comprises a circumferentially extending groove comprising a wave-like undulated structure and wherein the first interlock member comprises a radially outwardly extending rim to mate with the groove. - a first housing component adapted to receive a cartridge at least partially filled with a medicament, - a second housing component adapted to receive a drive mechanism to operably engage with the cartridge for dispensing of a dose of the medicament, - wherein the first housing component comprises an insert portion to be inserted in an axial direction (1, 2) into a corresponding receptacle of the second housing component, and - wherein the insert portion comprises at least one radially outwardly extending first interlock member to positively engage and to rotationally lock with a correspondingly shaped second interlock member of the receptacle, - wherein first and second housing components (12, 14) are mutually assemblable by a snap-fit interconnection, and wherein the interlock members of the first and second housing components are of inseparable or non-detachable type; characterised in that: - the second interlock member comprises a circumferentially extending groove comprising a wave-like undulated structure and wherein the first interlock member comprises a radially outwardly extending rim to mate with the groove. - the second interlock member comprises a circumferentially extending groove comprising a wave-like undulated structure and wherein the first interlock member comprises a radially outwardly extending rim to mate with the groove.
Disc brake, with a brake caliper, in which a rod-shaped cable holder is held in a bore secured against displacement, characterised in that the cable holder is in the form of a plastic component and is held secured against rotation by friction and secured against displacement by interlock.
A garnet single crystal comprising a terbium aluminum garnet single crystal, wherein a portion of the aluminum is at least substituted with scandium, and which is represented by the following general formula: (Tb 3-x-z Sc z M x) (Sc 2-y M y)Al 3 O 12 (wherein, M represents at least one type selected from the group consisting of Tm, Yb and Y, and x, y and z satisfy the following formula: 0 < x + y ≤ 0.30, and 0 ≤ z ≤ 0.30), characterized in that a portion of the aluminum and a portion of the terbium are each further substituted with at least one type selected from the group consisting of thulium, ytterbium and yttrium.
A cooled NMR detection probe arranged to be inserted in the bore of a static magnetic field generator for detecting a magnetic resonance signal emanating from a sample, comprising: a vacuum vessel having a lower portion which is arranged to be located outside the bore and an insertion portion extending from the lower portion, to be inserted in the static magnetic field within said bore; an internal structure mounted in the vacuum vessel and including a detection coil for detecting an NMR signal emanating from the sample and a cooling means thermally connected to the detection coil for cooling the coil; characterised by a holding member for holding the internal structure by connecting it to the sidewall of the vacuum vessel at a position above said lower portion; said holding member including a first end portion connected to the sidewall of the vacuum vessel, a second end portion connected to said internal structure, and an intermediate elongated portion located between the first end portion and the second end portion and extending in the direction of extension of the insertion portion, said elongated portion being made up of a plurality of links which are spaced from each other horizontally and which are deformable such that the internal structure is kept held in case it shrinks during cooling. a vacuum vessel having a lower portion which is arranged to be located outside the bore and an insertion portion extending from the lower portion, to be inserted in the static magnetic field within said bore; an internal structure mounted in the vacuum vessel and including a detection coil for detecting an NMR signal emanating from the sample and a cooling means thermally connected to the detection coil for cooling the coil; a holding member for holding the internal structure by connecting it to the sidewall of the vacuum vessel at a position above said lower portion; said holding member including a first end portion connected to the sidewall of the vacuum vessel, a second end portion connected to said internal structure, and an intermediate elongated portion located between the first end portion and the second end portion and extending in the direction of extension of the insertion portion, said elongated portion being made up of a plurality of links which are spaced from each other horizontally and which are deformable such that the internal structure is kept held in case it shrinks during cooling.
A method for preparing 1-palmitoyl-3-acetylglycerol comprising the steps of: forming a reaction mixture including 1-palmitoyl-3-acetylglycerol represented by the following Formula 1 by reacting 1-palmitoylglycerol represented by the following Formula 2 and an acetylating agent; and separating the 1-palmitoyl-3-acetylglycerol by crystallizing the reaction mixture in a saturated hydrocarbon solvent having 5 to 7 carbon atoms, wherein the compounds of the above formula 1 and 2 are racemic or optically active compounds. forming a reaction mixture including 1-palmitoyl-3-acetylglycerol represented by the following Formula 1 by reacting 1-palmitoylglycerol represented by the following Formula 2 and an acetylating agent; and separating the 1-palmitoyl-3-acetylglycerol by crystallizing the reaction mixture in a saturated hydrocarbon solvent having 5 to 7 carbon atoms, wherein the compounds of the above formula 1 and 2 are racemic or optically active compounds.
Method for transmitting data from a first terminal, called a transmitter terminal (TermE), to a second terminal, called a receiver terminal (TermR), said method comprising a step of obtaining a piece of current time data, said method being characterized in that it comprises: -; - a step of determining a piece of transmission time data as a function of the piece of current time data and at least one predetermined parameter comprising a duration (t) to be added to said piece of current time data to obtain said a piece of transmission time data; - a step of obtaining a piece of data to be encrypted (DaCh) from at least one piece of data to be transmitted (DaTr) and from said at least one piece of transmission time data; - a step of encrypting, by means of an encryption key (KeyC), said preliminarily obtained piece of data to be encrypted (DaCh), this step delivering a piece of encrypted data (DCh); - a step for transmitting said piece of encrypted data (DCh) as a function of said piece of transmission time data comprising putting the transmission on hold until a time substantially close to the piece of transmission time data and upon reaching said time, transmitting said piece of encrypted data (DCh) at a time substantially equal to the time defined by said piece of transmission time data. -; - a step of determining a piece of transmission time data as a function of the piece of current time data and at least one predetermined parameter comprising a duration (t) to be added to said piece of current time data to obtain said a piece of transmission time data; - a step of obtaining a piece of data to be encrypted (DaCh) from at least one piece of data to be transmitted (DaTr) and from said at least one piece of transmission time data; - a step of encrypting, by means of an encryption key (KeyC), said preliminarily obtained piece of data to be encrypted (DaCh), this step delivering a piece of encrypted data (DCh); - a step for transmitting said piece of encrypted data (DCh) as a function of said piece of transmission time data comprising putting the transmission on hold until a time substantially close to the piece of transmission time data and upon reaching said time, transmitting said piece of encrypted data (DCh) at a time substantially equal to the time defined by said piece of transmission time data.
Saddle for horseback riding, characterized in that the distal side of the cantle or the rear end face has a one- or multipiece backpanel attached thereto in a reversibly releasable manner by one or more fastening means
Device for synchronous serial data transmission via a differential data channel and a differential clock channel, having an interface controller with a clock generator and a data controller, and a clock transmission module and a data receiver module, wherein - a transmission clock signal (CLK_S), which comprises a clock pulse sequence with a period duration during a data transmission cycle, is able to be produced by the clock generator, - the transmission clock signal (CLK_S) is supplied to the clock transmission module, which converts said signal to a differential clock signal (C+, C-) for output via the clock channel, - a differential data signal (D+, D-) arriving via the differential data channel is supplied to the data receiver module that converts said signal to a data signal and supplies same to the data controller, - the transmission clock signal (CLK_S) is supplied to the data controller to synchronize the reading-in of the data signal, characterized in that the clock generator is suitably designed, in the case of data transmission cycles in a dynamic operating state, in which the greatest occurring differential voltage of the differential clock signal (C+, C-) is lower than the maximum differential voltage (UDmax) of the clock transmission module, to set the duration of the first clock phase of the first clock period of the clock pulse sequence to be longer than the first clock phase of the following clock periods and shorter than a time duration necessary for reaching the maximum differential voltage (UDmax). - a transmission clock signal (CLK_S), which comprises a clock pulse sequence with a period duration during a data transmission cycle, is able to be produced by the clock generator, - the transmission clock signal (CLK_S) is supplied to the clock transmission module, which converts said signal to a differential clock signal (C+, C-) for output via the clock channel, - a differential data signal (D+, D-) arriving via the differential data channel is supplied to the data receiver module that converts said signal to a data signal and supplies same to the data controller, - the transmission clock signal (CLK_S) is supplied to the data controller to synchronize the reading-in of the data signal,
A method of wireless communication at a base station, comprising: determining multiple antenna ports of a device, wherein the multiple antenna ports comprise each unutilized antenna port and each antenna port that communicates a same signal as another antenna port; generating precoder extensions to sound substantially all available antenna ports of the device, unutilized antenna ports of the device, and/or antennas ports of the device that transmit a duplicate signal based on a precoder; signaling one or more parameters to the device, the one or more parameters being related to sounding the multiple antenna ports; receiving signals from the device over the multiple antenna ports; and estimating one or more channels related to the signals at least in part by removing a precoding from the signals. determining multiple antenna ports of a device, wherein the multiple antenna ports comprise each unutilized antenna port and each antenna port that communicates a same signal as another antenna port; generating precoder extensions to sound substantially all available antenna ports of the device, unutilized antenna ports of the device, and/or antennas ports of the device that transmit a duplicate signal based on a precoder; signaling one or more parameters to the device, the one or more parameters being related to sounding the multiple antenna ports; receiving signals from the device over the multiple antenna ports; and estimating one or more channels related to the signals at least in part by removing a precoding from the signals.