mhurhangee/ep-ind-claims huggingface dataset:
An electrospray source comprising: an inlet for receiving a liquid flow from a liquid chromatography column; a waste outlet for directing a first portion of the liquid flow to a pressurized waste reservoir; and an electrospray ionization outlet configured to generate ions from a second portion of the liquid flow, wherein a flow rate of the second portion of the liquid flow is substantially determined by a pressure of the pressurized waste reservoir, means adapted to adjust the pressure of the pressurized waste reservoir to control the flow rate of the second portion of the liquid flow to the electrospray ionization outlet. an inlet for receiving a liquid flow from a liquid chromatography column; a waste outlet for directing a first portion of the liquid flow to a pressurized waste reservoir; and an electrospray ionization outlet configured to generate ions from a second portion of the liquid flow, wherein a flow rate of the second portion of the liquid flow is substantially determined by a pressure of the pressurized waste reservoir, means adapted to adjust the pressure of the pressurized waste reservoir to control the flow rate of the second portion of the liquid flow to the electrospray ionization outlet.
A method for managing a network (10, 12, 16) at a network controller, the network comprising network elements that forward data flows in the network, the method comprising: (a) maintaining a view of a network state of the network (10, 12, 16); (b) detecting a change in the network (10, 12, 16); and (c) automatically modifying the view of the network state based on the detected change, characterized by: the method further including providing a programmatic interface arranged to allow access to the view of the network state by one or more management applications, in the step (a), the maintained view of the network state comprises: (i) a current state recorded in terms of bindings between high-level names of hosts on the network (10, 12, 16) and low-level network addresses of the hosts, and (ii) current locations of the hosts on the network (10, 12, 16); in the step (b), the detecting a change in the network (10, 12, 16) comprises detecting whether hosts have joined or left the network (10, 12, 16) by tracking the locations of the hosts on the network (10, 12, 16), which is determined by the physical port to which it is attached and the addresses allocated to the host; in the step (c), the automatic modification to the view of the network state is based upon the determination of the hosts joining or leaving the network; and the method further including providing the modified view of the network state to the one or more management applications. (a) maintaining a view of a network state of the network (10, 12, 16); (b) detecting a change in the network (10, 12, 16); and (c) automatically modifying the view of the network state based on the detected change, the method further including providing a programmatic interface arranged to allow access to the view of the network state by one or more management applications, in the step (a), the maintained view of the network state comprises: (i) a current state recorded in terms of bindings between high-level names of hosts on the network (10, 12, 16) and low-level network addresses of the hosts, and (ii) current locations of the hosts on the network (10, 12, 16); (i) a current state recorded in terms of bindings between high-level names of hosts on the network (10, 12, 16) and low-level network addresses of the hosts, and (ii) current locations of the hosts on the network (10, 12, 16); in the step (b), the detecting a change in the network (10, 12, 16) comprises detecting whether hosts have joined or left the network (10, 12, 16) by tracking the locations of the hosts on the network (10, 12, 16), which is determined by the physical port to which it is attached and the addresses allocated to the host; in the step (c), the automatic modification to the view of the network state is based upon the determination of the hosts joining or leaving the network; and the method further including providing the modified view of the network state to the one or more management applications.
An aircraft comprising: a cabin; an aircraft galley, the aircraft galley comprising an aircraft galley network; an oven, said oven being situated in the aircraft galley, the oven comprising: an air inlet; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor (210, 210') provided downstream of the air inlet, said at least one sensor (210, 210') configured to determine a gas composition of the air flow, wherein the at least one sensor (210, 210') is configured to send a signal to the aircraft galley network in order to alert of a hazardous event. a cabin; an aircraft galley, the aircraft galley comprising an aircraft galley network; an oven, said oven being situated in the aircraft galley, the oven comprising: an air inlet; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor (210, 210') provided downstream of the air inlet, said at least one sensor (210, 210') configured to determine a gas composition of the air flow, wherein the at least one sensor (210, 210') is configured to send a signal to the aircraft galley network in order to alert of a hazardous event. an air inlet; a cooling fan configured to draw air from the cabin through said air inlet to generate an air flow; at least one sensor (210, 210') provided downstream of the air inlet, said at least one sensor (210, 210') configured to determine a gas composition of the air flow, wherein the at least one sensor (210, 210') is configured to send a signal to the aircraft galley network in order to alert of a hazardous event.
A process for the purification of a glycoprotein comprising subjecting a liquid containing said glycoprotein to the steps of: a) reverse phase chromatography, b) size exclusion chromatography, and c) hydrophobic interaction chromatography; wherein the steps are performed in the sequence of reverse phase chromatography, size exclusion chromatography, and hydrophobic interaction chromatography. a) reverse phase chromatography, b) size exclusion chromatography, and c) hydrophobic interaction chromatography;
A process for removing sulfur from yarn comprising the steps of: a) contacting never-dried polymeric yarn with an aqueous base, said polymer comprising imidazole groups and said polymer comprising sulfur atoms characterized as being in the form of sulfate anions; b) contacting the yarn with an aqueous acid solution of pH 5 or lower; and c) rinsing the yarn. a) contacting never-dried polymeric yarn with an aqueous base, said polymer comprising imidazole groups and said polymer comprising sulfur atoms characterized as being in the form of sulfate anions; b) contacting the yarn with an aqueous acid solution of pH 5 or lower; and c) rinsing the yarn.
A plate-shaped laminated element comprising: - at least a first and a second substrate (1.1, 1.2), which are joined together, at least indirectly, by surface bonding by means of a layer of adhesive, - at least one support element associated with the first substrate (1.1) in order to fasten the laminated element to an infrastructure, and - active position fastening of the second substrate, at least in the event of failure of the bonded joint, characterized in that the position fastening (7, 8, 9) is active only between the first and second substrates and is placed a certain distance from the edge of said substrates. - at least a first and a second substrate (1.1, 1.2), which are joined together, at least indirectly, by surface bonding by means of a layer of adhesive, - at least one support element associated with the first substrate (1.1) in order to fasten the laminated element to an infrastructure, and - active position fastening of the second substrate, at least in the event of failure of the bonded joint, characterized in that the position fastening (7, 8, 9) is active only between the first and second substrates and is placed a certain distance from the edge of said substrates.
A method for producing powders for inhalation, comprising: a first mixing step of stirring a first active ingredient and a carrier in a presence of a first milling medium by means of a stirring device, and mixing the first active ingredient and the carrier while deagglomerating the first active ingredient to obtain a mixture of the carrier and the deagglomerated first active ingredient, wherein the stirring device is a three-dimensional mixer; and a second mixing step of adding fine powders to the mixture obtained in the first mixing step, and stirring and mixing the mixture and the fine powders in a presence of a second milling medium by means of a stirring device, wherein the stirring device is a three-dimensional mixer. a first mixing step of stirring a first active ingredient and a carrier in a presence of a first milling medium by means of a stirring device, and mixing the first active ingredient and the carrier while deagglomerating the first active ingredient to obtain a mixture of the carrier and the deagglomerated first active ingredient, wherein the stirring device is a three-dimensional mixer; and a second mixing step of adding fine powders to the mixture obtained in the first mixing step, and stirring and mixing the mixture and the fine powders in a presence of a second milling medium by means of a stirring device, wherein the stirring device is a three-dimensional mixer.
Control device for controlling at least one actuator (26, 28, 30) for moving a mobile element (12, 16, 18) of a seat in a vehicle, comprising a measuring device (38, 40) for determining at least one reference parameter relating to a passenger supported by said seat and/or relating to the state of said vehicle, characterized in that it further comprises power-limiting means for defining a maximum limit for the power generated by said actuator (26, 28, 30) in accordance with said reference parameter.
A device for intraoperative repair of a damaged portion of a body vessel, the body vessel having a vessel wall defining a lumen and including a tunica intima, a tunica media, and a tunica adventitia, comprising: a tubular conduit having a wall (12, 112) defining a lumen (16, 116) about a longitudinal axis between a first axial end and a second axial end; and a first connector (100A, 120A) and a second connector (100A, 120A) disposed at the respective first (17, 117) and second (18, 118) axial ends of the tubular conduit, each of the first and second connectors having a first portion engageable with a luminal wall of the tubular conduit and a second portion engageable with a luminal wall of said body vessel, each connector second portion comprising a plurality of microbarbs extending radially therefrom and disposed along a circumference of the second portion, characterised in that the microbarbs each comprising a tip region having a surface generally parallel to the longitudinal axis. a tubular conduit having a wall (12, 112) defining a lumen (16, 116) about a longitudinal axis between a first axial end and a second axial end; and a first connector (100A, 120A) and a second connector (100A, 120A) disposed at the respective first (17, 117) and second (18, 118) axial ends of the tubular conduit, each of the first and second connectors having a first portion engageable with a luminal wall of the tubular conduit and a second portion engageable with a luminal wall of said body vessel, each connector second portion comprising a plurality of microbarbs extending radially therefrom and disposed along a circumference of the second portion, characterised in that the microbarbs each comprising a tip region having a surface generally parallel to the longitudinal axis.
A refrigeration oil composition containing a polyol ester oil and a hydrofluorocarbon-based refrigerant, characterized in that the polyol ester oil is a product of esterification of - an alcohol ingredient containing pentaerythritol and dipentaerythritol, and - a fatty acid ingredient being a mixture of: at least one of 2-methylbutanoic acid and 2-methylpentanoic acid; and at least one of 2-ethylhexanoic acid and 3,5,5-trimethylhexanoic acid, the at least one of 2-methylbutanoic acid and 2-methylpentanoic acid in the fatty acid ingredient accounts of at least 20% by mole of the total amount of the fatty acid ingredient, the hydrofluorocarbon-based refrigerant comprises at least one member selected from R-32, R-410A, HFO-1234yf, and HFO-1234ze, and the polyol ester oil is soluble with the hydrofluorocarbon-based refrigerant so that the refrigeration oil composition has a low-temperature-side two-layer separation temperature and a high-temperature-side two-layer separation temperature, with respect to separation from the hydrofluorocarbon-based refrigerant as measured at an oil content of 20% by weight, of +20°C or lower and +35°C or higher, respectively. characterized in that the polyol ester oil is a product of esterification of - an alcohol ingredient containing pentaerythritol and dipentaerythritol, and - a fatty acid ingredient being a mixture of: at least one of 2-methylbutanoic acid and 2-methylpentanoic acid; and at least one of 2-ethylhexanoic acid and 3,5,5-trimethylhexanoic acid, - an alcohol ingredient containing pentaerythritol and dipentaerythritol, and - a fatty acid ingredient being a mixture of: at least one of 2-methylbutanoic acid and 2-methylpentanoic acid; and at least one of 2-ethylhexanoic acid and 3,5,5-trimethylhexanoic acid, the at least one of 2-methylbutanoic acid and 2-methylpentanoic acid in the fatty acid ingredient accounts of at least 20% by mole of the total amount of the fatty acid ingredient, the hydrofluorocarbon-based refrigerant comprises at least one member selected from R-32, R-410A, HFO-1234yf, and HFO-1234ze, and the polyol ester oil is soluble with the hydrofluorocarbon-based refrigerant so that the refrigeration oil composition has a low-temperature-side two-layer separation temperature and a high-temperature-side two-layer separation temperature, with respect to separation from the hydrofluorocarbon-based refrigerant as measured at an oil content of 20% by weight, of +20°C or lower and +35°C or higher, respectively.
Electric plug-in connecting system having at least one contact device and an electric plug-in connector for electrically connecting the electric plug-in connector with the contact device, and having a coding system to avoid unintentional contacts, wherein the coding system comprises at least three coding devices (5, 6, 7) independent of one another for coding, characterized in that the coding system comprises a coding profile device as the coding device which comprises at least one coding socket and at least one exchangeable coding profile at the contact device and at the plug-in connector, wherein the coding profiles can be plugged into the coding sockets of the contact device and of the electric plug-in connector in different orientations.
A glass substrate with an antifouling layer, comprising: a glass substrate which has a pair of principal surfaces facing to each other, a cohesive layer provided on the side of one principal surface of the glass substrate; and an antifouling layer provided on a surface of the cohesive layer, wherein the cohesive layer has a layer, the layer is in contact with the antifouling layer, contains mainly a silicon oxide, and contains carbon atoms at a concentration of 5 × 10 18 atoms/cm 3 to 5 × 10 19 atoms/cm 3. a glass substrate which has a pair of principal surfaces facing to each other, a cohesive layer provided on the side of one principal surface of the glass substrate; and an antifouling layer provided on a surface of the cohesive layer, wherein the cohesive layer has a layer, the layer is in contact with the antifouling layer, contains mainly a silicon oxide, and contains carbon atoms at a concentration of 5 × 10 18 atoms/cm 3 to 5 × 10 19 atoms/cm 3.
Transcription unit constituted by a polynucleotide comprising the following regulatory elements: - the hCMVie virus enhancer, said enhancer having the nucleotide sequence SEQ ID NO: 1, and - the promoter region of Cyclin-Dependent Kinase 9, said promoter region having the nucleotide sequence SEQ ID NO: 2. - the hCMVie virus enhancer, said enhancer having the nucleotide sequence SEQ ID NO: 1, and - the promoter region of Cyclin-Dependent Kinase 9, said promoter region having the nucleotide sequence SEQ ID NO: 2.
A method of lowering the internal vibrational energy of ions in an ion trap of a mass spectrometer to reduce uncontrolled fragmentation, said mass spectrometer having an ion source, an ion trap and a detector region, wherein said method includes the steps of: producing precursor ions in the ion source whilst maintaining the pressure in the ion source below about 10 -5 mbar; pulsing gas into the ion trap whilst continuously pumping gas from the ion trap to provide, in a trapping region of the ion trap, a transient elevated pressure having a peak pressure of more than 10 -2 mbar and externally injecting the said precursor ions from the ion source into the ion trap; and ejecting ions from the ion trap into the detector region whilst maintaining the pressure in the detector region below about 10 -5 mbar, wherein the time taken to reach peak pressure in the trapping region of the ion trap is less than 5ms after initiation of the gas pulse, and wherein the width of the gas pulse at 25% of the peak pressure is no more than 15 ms, and wherein the method includes the step of coordinating the production of ions and the gas pulse so that ions enter the ion trap when the pressure within the trapping region of the ion trap is greater than 10 -2 mbar. producing precursor ions in the ion source whilst maintaining the pressure in the ion source below about 10 -5 mbar; pulsing gas into the ion trap whilst continuously pumping gas from the ion trap to provide, in a trapping region of the ion trap, a transient elevated pressure having a peak pressure of more than 10 -2 mbar and externally injecting the said precursor ions from the ion source into the ion trap; and ejecting ions from the ion trap into the detector region whilst maintaining the pressure in the detector region below about 10 -5 mbar,
A wearable display apparatus, comprising: a support structure for supporting a display above a wearer's head; and a weight-bearing torso support for supporting the support structure, the torso support being arranged to extend around the wearer's torso below the level of the wearer's arms; wherein the support structure comprises: a yoke arranged to sit on the wearer's shoulders; and at least one support member (8a, 8b) extending from the display to the wearer's shoulders and from there to the torso support, said support member (8a, 8b) bearing on the yoke upon the wearer's shoulders to distribute the weight of the apparatus between the yoke and the torso support; wherein the yoke is U-shaped in plan view and comprises shoulder portions (12a, 12b) joined by a rear portion that extends behind the wearer's neck. a support structure for supporting a display above a wearer's head; and a weight-bearing torso support for supporting the support structure, the torso support being arranged to extend around the wearer's torso below the level of the wearer's arms; wherein the support structure comprises: a yoke arranged to sit on the wearer's shoulders; and at least one support member (8a, 8b) extending from the display to the wearer's shoulders and from there to the torso support, said support member (8a, 8b) bearing on the yoke upon the wearer's shoulders to distribute the weight of the apparatus between the yoke and the torso support; wherein the yoke is U-shaped in plan view and comprises shoulder portions (12a, 12b) joined by a rear portion that extends behind the wearer's neck. a yoke arranged to sit on the wearer's shoulders; and at least one support member (8a, 8b) extending from the display to the wearer's shoulders and from there to the torso support, said support member (8a, 8b) bearing on the yoke upon the wearer's shoulders to distribute the weight of the apparatus between the yoke and the torso support; wherein the yoke is U-shaped in plan view and comprises shoulder portions (12a, 12b) joined by a rear portion that extends behind the wearer's neck.
A method comprising: sampling output in a frequency range of a signal emitted from an active stylus over a stylus sampling window; detecting stylus input based on detecting a gain above a stylus threshold in at least one column and one row of a grid based capacitive sensor; reporting coordinates of the active stylus based on stylus input being detected; detecting touch input from a finger or hand based on detecting a gain between a touch threshold and a stylus threshold; and reporting coordinates of the touch input based on detecting the touch input, characterized by determining that a device including the grid based capacitive sensor is either grounded or ungrounded; and if it has been determined that said device is ungrounded and if the active stylus is present and/or held by the user's finger or hand while emitting a signal, detecting the touch input from the finger or hand based on the output in the stylus frequency range during the stylus sampling window; wherein said sampling is performed simultaneously from both columns and rows of the grid based capacitive sensor; wherein the touch threshold is below the stylus threshold and touch input from a finger or hand is detected based on a gain over the touch threshold and below the stylus threshold over at least two consecutive columns and two consecutive rows of the sensor. sampling output in a frequency range of a signal emitted from an active stylus over a stylus sampling window; detecting stylus input based on detecting a gain above a stylus threshold in at least one column and one row of a grid based capacitive sensor; reporting coordinates of the active stylus based on stylus input being detected; detecting touch input from a finger or hand based on detecting a gain between a touch threshold and a stylus threshold; and reporting coordinates of the touch input based on detecting the touch input, characterized by determining that a device including the grid based capacitive sensor is either grounded or ungrounded; and if it has been determined that said device is ungrounded and if the active stylus is present and/or held by the user's finger or hand while emitting a signal, detecting the touch input from the finger or hand based on the output in the stylus frequency range during the stylus sampling window; wherein said sampling is performed simultaneously from both columns and rows of the grid based capacitive sensor; wherein the touch threshold is below the stylus threshold and touch input from a finger or hand is detected based on a gain over the touch threshold and below the stylus threshold over at least two consecutive columns and two consecutive rows of the sensor.
Vehicle seat with a seat part and with a backrest part for supporting a driver in his/her seated position on the vehicle seat, characterised in that the vehicle seat has an additional driver torso support device for supporting a shoulder region of the driver, which device can be arranged outside the seat part and the backrest part and can be temporarily arranged at least in part in an otherwise vehicle seat-free torso support region in front of the backrest part and laterally and/or above the backrest part in order to provide the driver sitting on the vehicle seat with support, laterally off-centre of the backrest part, at least at the level of his/her shoulder region, when he/she adopts a seated working posture oriented to the side or backwards, the region laterally surrounding the vehicle seat at least not permanently being blocked by the additional driver torso support device, and the additional driver torso support device comprising a backrest extension device which is arranged on the backrest part so as to be movable in translation along a horizontal axis in order to move the additional driver torso support device substantially horizontally from an approximately central initial position into an off-centre additional torso support position.