mhurhangee/ep-ind-claims huggingface dataset:
Method for multiple transition monitoring using a liquid chromatography mass spectrometry device, the method comprises the following steps: a) determining at least one data set from at least one data base, the data set comprising at least one reference measurement of at least one transition of at least one analyte with the liquid chromatography mass spectrometry device; b) determining at least one reference peak information of the transition of the analyte using an initial setting of a measurement window, wherein the measurement window is defined by a time frame of retention times; c) determining an actual setting of the measurement window considering the reference peak information, wherein the determining comprises adjusting the time frame, wherein the actual setting is a setting of the measurement window determined by considering the reference peak information determined in step b); d) measuring the transition of the analyte with the liquid chromatography mass spectrometry device and determining a measured peak information of the transition of the analyte using the actual setting of the measurement window, said method being characterized in that in step a) a mean value and/or a moving average of a plurality of preceding measurements is used as reference measurement. a) determining at least one data set from at least one data base, the data set comprising at least one reference measurement of at least one transition of at least one analyte with the liquid chromatography mass spectrometry device; b) determining at least one reference peak information of the transition of the analyte using an initial setting of a measurement window, wherein the measurement window is defined by a time frame of retention times; c) determining an actual setting of the measurement window considering the reference peak information, wherein the determining comprises adjusting the time frame, wherein the actual setting is a setting of the measurement window determined by considering the reference peak information determined in step b); d) measuring the transition of the analyte with the liquid chromatography mass spectrometry device and determining a measured peak information of the transition of the analyte using the actual setting of the measurement window,
A converter circuit with short-circuit protection comprising a plurality of phase legs having a series connection of normally-on switches, the phase legs being connected between positive and negative voltage rails of a DC voltage link, a DC link capacitor, AC voltage connection points formed of the connection points between the normally-on switches, characterised in that the converter circuit further comprises at least one phase-to-phase short-circuit protection circuit comprising a parallel connection of a resistive component and a controllable switch, the phase-to-phase short-circuit protection circuit comprising first and second terminals and the first terminal being connected to an AC voltage connection point and the second terminal forming an input or an output of the converter circuit, and a phase leg short-circuit protection circuit comprising a controllable switch connected in series with the DC link capacitor, the series connection of the controllable switch and the DC link capacitor being connected between the positive and negative voltage rails of the DC voltage link, wherein in case of lack of control of the normally-on switches the controllable switch of the at least one phase-to-phase short-circuit protection circuit and the controllable switch of the phase leg short-circuit protection circuit are adapted to be controlled to a non-conductive state, and wherein the circuit further comprises a charging circuit for charging the DC link capacitor and thereby also for the auxiliary power supply used for powering the driver circuits needed for the operation of the normally-on components, the charging circuit comprising a series connection of a diode and a resistive component, the charging circuit being connected between the second terminal of the phase-to-phase short-circuit protection circuit forming an input of the converter circuit and the connection point between the phase leg short-circuit protection circuit and the DC link capacitor.
A method for transferring an alerting phase session with a customized alerting tone in an IP multimedia subsystem, IMS, comprising: when transfer from a packet switch, PS, network to a circuit switch, CS, network occurs in the alerting phase session in which the customized alerting tone is played in a way of early session, a mobile switching center, MSC, initiating a first session transfer of a media negotiation dialog between a calling user's equipment, UE and a called UE to complete an update of a session description protocol, SDP, negotiation of the media negotiation dialog between the calling UE and the called UE(414 or 514); and the MSC or a customized alerting tones application server, CAT AS, initiating a second session transfer of a customized alerting tone session to complete an update of a SDP negotiation of the customized alerting tone session(522 or 419). when transfer from a packet switch, PS, network to a circuit switch, CS, network occurs in the alerting phase session in which the customized alerting tone is played in a way of early session, a mobile switching center, MSC, initiating a first session transfer of a media negotiation dialog between a calling user's equipment, UE and a called UE to complete an update of a session description protocol, SDP, negotiation of the media negotiation dialog between the calling UE and the called UE(414 or 514); and the MSC or a customized alerting tones application server, CAT AS, initiating a second session transfer of a customized alerting tone session to complete an update of a SDP negotiation of the customized alerting tone session(522 or 419).
An apparatus, comprising: a rotary valve having a flow control member; a dual-acting actuator operatively coupled to the rotary valve, the dual-acting actuator having first and second ports (114, 116) arranged to receive a pressurized control fluid to change a position of the dual-acting actuator; a valve controller operatively coupled to the dual-acting actuator and configured to control the pressurized control fluid in response to a position of the rotary valve, the valve controller comprising a control fluid inlet adapted to be coupled to a source of the pressurized control fluid, a first control fluid outlet coupled to the control fluid inlet, and a second control fluid outlet coupled to the control fluid inlet; characterized in that the apparatus further comprises a pressure limiter operatively coupled to the first control fluid outlet of the valve controller and fluidly coupled to the first port of the actuator to reduce a defined maximum pressure of the pressurized control fluid when the pressurized control fluid exits the pressure limiter and is then provided to the first port of the actuator to reduce maximum seating force of the flow control member when the rotary valve is in a closed position, wherein the maximum pressure of the pressurized control fluid when provided to the second port provides a maximum opening force of the flow control member, the maximum opening force being greater than the maximum seating force. a rotary valve having a flow control member; a dual-acting actuator operatively coupled to the rotary valve, the dual-acting actuator having first and second ports (114, 116) arranged to receive a pressurized control fluid to change a position of the dual-acting actuator; a valve controller operatively coupled to the dual-acting actuator and configured to control the pressurized control fluid in response to a position of the rotary valve, the valve controller comprising a control fluid inlet adapted to be coupled to a source of the pressurized control fluid, a first control fluid outlet coupled to the control fluid inlet, and a second control fluid outlet coupled to the control fluid inlet; characterized in that the apparatus further comprises a pressure limiter operatively coupled to the first control fluid outlet of the valve controller and fluidly coupled to the first port of the actuator to reduce a defined maximum pressure of the pressurized control fluid when the pressurized control fluid exits the pressure limiter and is then provided to the first port of the actuator to reduce maximum seating force of the flow control member when the rotary valve is in a closed position, wherein the maximum pressure of the pressurized control fluid when provided to the second port provides a maximum opening force of the flow control member, the maximum opening force being greater than the maximum seating force.
An elongate foot engagement element for a flip-flop footwear article, said foot engagement element having an outer surface with a transfer pattern applied thereto, said foot engagement element comprising: two elongate portions (102, 104) each having a first surface (103, 105) for engagement with at least the upper surface (107, 109) of the foot of a user, and a second surface opposed to the first surface, and wherein the two elongate portions (102, 104) have a first end each of which converge at a first end of the foot engagement element, and wherein the elongate portions (102, 104) diverge at a second end thereof; wherein said foot engagement element is formed from an elastic polymeric or rubberized material having elastic properties and is deformable and flexurally resilient so as to return to an initial state upon being flexed, wherein the foot engagement element is a shape-formed element having been formed in the shape of the foot engagement element and has said elastic properties; and wherein the transfer pattern is a hydrographics immersion pattern covering the entire foot engagement element. two elongate portions (102, 104) each having a first surface (103, 105) for engagement with at least the upper surface (107, 109) of the foot of a user, and a second surface opposed to the first surface, and wherein the two elongate portions (102, 104) have a first end each of which converge at a first end of the foot engagement element, and wherein the elongate portions (102, 104) diverge at a second end thereof; wherein said foot engagement element is formed from an elastic polymeric or rubberized material having elastic properties and is deformable and flexurally resilient so as to return to an initial state upon being flexed, wherein the foot engagement element is a shape-formed element having been formed in the shape of the foot engagement element and has said elastic properties; and wherein the transfer pattern is a hydrographics immersion pattern covering the entire foot engagement element.
Process for extraction using liquid or supercritical CO 2 as extraction medium, using which at least one substance component is dissolved out of a mixture of substances, wherein the CO 2 flows through the mixture of substances in the extraction container, characterized in that the mixture of substances is pulverulent particles and the mixture of substances is mixed with a porous item as additive, in such a manner that the CO 2 flows through the mixture during the extraction, wherein the mixture of porous additive and mixture of substances, on account of the added porous additive, in contrast to the mixture of substances alone, is free-flowing, and the free-flowing mixture of the porous additive and mixture of substances is fed to the extraction container.
A lead-through means for cables or pipes comprising an outer frame having at least one sealing module surrounding a cable or a pipe and arranged inside the frame, which sealing module is divided in longitudinal direction and is built up with peelable sheets for adaptation of its duct area to the actual cable or pipe and which sealing module is intended to fill out the opening of the frame together with at least one expansion unit, by means of which the sealing module and possible one or more further adjacent sealing modules are compressible in such a way that a sealing is achieved, characterized in that the sealing module has a dividing cut for division into two halves (1', 1"), which cut runs obliquely in relation to the longitudinal direction of the sealing module or the longitudinal axis of its duct and which dividing cut has an inclination depending on the thickness of the peelable sheets, whereby at an adaptation of the sealing module to the actual cable or pipe one of the module halves may be turned 180° during a first stage to achieve a conical duct through the sealing module at the same time as an oblique gap is formed between the module halves (1', 1''), where after the module may be adapted to the actual cable or pipe until the module halves (1', 1") reach each other at the narrow end of the gap and which one half during a second stage may be turned back 180°, whereby an even gap having the correct measurements is obtained together with a complete sealing against the cable or pipe going through the sealing module and the frame after activation of the expansion unit.
A screw comprising: a longitudinal body having a first end and a second end; a head portion for receiving a driving force, the head portion adjacent the first end of the body; wherein the longitudinal body comprises: a primary thread helically extending between the first end and the second end; and an auxiliary thread separated from the primary thread, and helically extending from the first end at least partially towards the second end, wherein the crest height of the auxiliary thread is less than 50% of the crest height of the primary thread. a longitudinal body having a first end and a second end; a head portion for receiving a driving force, the head portion adjacent the first end of the body; wherein the longitudinal body comprises: a primary thread helically extending between the first end and the second end; and an auxiliary thread separated from the primary thread, and helically extending from the first end at least partially towards the second end, wherein the crest height of the auxiliary thread is less than 50% of the crest height of the primary thread. a primary thread helically extending between the first end and the second end; and an auxiliary thread separated from the primary thread, and helically extending from the first end at least partially towards the second end, wherein the crest height of the auxiliary thread is less than 50% of the crest height of the primary thread.
An indicator device for detecting a change in atmospheric conditions, the indicator device comprising an indicator section and a barrier section adjacent thereto, said indicator section comprising: an indicator material; a substrate material; and a first adhesive layer; the indicator material and the substrate material being incorporated into one or more layers; wherein the indicator material displays different visible properties in different atmospheric conditions, and wherein the barrier section provides a semi-permeable seal configured to allow controlled flow to the indicator of an atmospheric agent that effects a change in visible properties of the indicator material; wherein the indicator material is a carbon dioxide sensitive material, and wherein the atmospheric agent is carbon dioxide; and wherein the indicator material is incorporated into a discrete indicator layer and the substrate material is incorporated into a discrete substrate layer, separate to the indicator layer, or wherein the indicator material and the substrate material are incorporated into the same layer so-forming a combined indicator and substrate layer, the indicator material being dispersed within the substrate material or vice versa; characterised in that when the indicator material is incorporated into a discrete indicator layer and the substrate material is incorporated into a discrete substrate layer, the first adhesive layer is larger in width than the indicator layer in at least one axis such that the adhesive layer caps the indicator layer by covering a first side of the indicator layer and by covering one or more edges of the indicator layer, and when the indicator material and the substrate material are incorporated into the same layer so-forming a combined indicator and substrate layer, the first adhesive layer is larger in width than the combined indicator and substrate layer in at least one axis such that the adhesive layer caps the combined indicator and substrate layer by covering a first side of the combined indicator and substrate layer and by covering one or more edges of the combined indicator and substrate layer.
A self-drilling screw with a coating of at least two different solid lubricants, wherein the first lubricant is a thermoplastic or a wax and the second solid lubricant is at least one further thermoplastic.
An active noise reduction, ANR, earphone, comprising: a housing comprising a front cavity and an exit that is fluidly coupled to the front cavity; an acoustic driver configured to deliver acoustic energy into the front cavity of the housing; a nozzle coupled to the housing and configured to direct acoustic energy from the housing exit to a nozzle exit opening; a microphone located in the nozzle; and a compliant sealing structure coupled to the nozzle and configured to couple the earphone to an ear of a user, wherein the nozzle comprises a nozzle wall and an interior nozzle acoustic volume, and wherein the microphone is embedded in the nozzle wall such that substantially no portion of the microphone protrudes into the interior nozzle acoustic volume. a housing comprising a front cavity and an exit that is fluidly coupled to the front cavity; an acoustic driver configured to deliver acoustic energy into the front cavity of the housing; a nozzle coupled to the housing and configured to direct acoustic energy from the housing exit to a nozzle exit opening; a microphone located in the nozzle; and a compliant sealing structure coupled to the nozzle and configured to couple the earphone to an ear of a user, wherein the nozzle comprises a nozzle wall and an interior nozzle acoustic volume, and wherein the microphone is embedded in the nozzle wall such that substantially no portion of the microphone protrudes into the interior nozzle acoustic volume.
A display apparatus comprising: a substrate; a 1-1 light-emitting device, PX1-1, and a 1-2 light-emitting device, PX1-2, over the substrate and each comprising a first emission layer and a first charge generation layer; a second light-emitting device, PX2, adjacent to the 1-1 light-emitting device, PX1-1, and comprising a second emission layer comprising a material that emits light of a color different from that of the first emission layer and a second charge generation layer spaced apart from the first charge generation layer; and a pixel-defining layer comprising an opening, OP, exposing a center portion of a pixel electrode of each of the 1-1 light-emitting device, PX1-1, the 1-2 light-emitting device, PX1-2, and the second light-emitting device, PX2, wherein an upper surface of the pixel-defining layer between the 1-1 light-emitting device, PX1-1, and the 1-2 light-emitting device, PX1-2, comprises a first groove, H1, concave toward the substrate, wherein the first charge generation layer is cut off at the first groove, H1; and wherein the first groove, H1, has an inverted tapered shape in a cross-sectional view. a substrate; a 1-1 light-emitting device, PX1-1, and a 1-2 light-emitting device, PX1-2, over the substrate and each comprising a first emission layer and a first charge generation layer; a second light-emitting device, PX2, adjacent to the 1-1 light-emitting device, PX1-1, and comprising a second emission layer comprising a material that emits light of a color different from that of the first emission layer and a second charge generation layer spaced apart from the first charge generation layer; and a pixel-defining layer comprising an opening, OP, exposing a center portion of a pixel electrode of each of the 1-1 light-emitting device, PX1-1, the 1-2 light-emitting device, PX1-2, and the second light-emitting device, PX2, wherein an upper surface of the pixel-defining layer between the 1-1 light-emitting device, PX1-1, and the 1-2 light-emitting device, PX1-2, comprises a first groove, H1, concave toward the substrate, wherein the first charge generation layer is cut off at the first groove, H1; and wherein the first groove, H1, has an inverted tapered shape in a cross-sectional view.
A method of operating a power tool having a motor and a controller, the method comprising: receiving a position of a variable-speed input mechanism mounted on the power tool; determining a target speed of the motor corresponding to the position of the variable-speed input mechanism; determining an underspeed threshold corresponding to the target speed; determining a rotational speed of the motor; and interrupting a supply of power to the motor if the rotational speed of the motor is less than the underspeed threshold for a predetermined period of time, characterized in that the method further comprises the step of utilizing a timer that is incremented every time the rotational speed of the motor is less than the underspeed threshold, wherein the timer is reset every time a change in the position of the variable-speed input mechanism is detected. receiving a position of a variable-speed input mechanism mounted on the power tool; determining a target speed of the motor corresponding to the position of the variable-speed input mechanism; determining an underspeed threshold corresponding to the target speed; determining a rotational speed of the motor; and interrupting a supply of power to the motor if the rotational speed of the motor is less than the underspeed threshold for a predetermined period of time, characterized in that the method further comprises the step of utilizing a timer that is incremented every time the rotational speed of the motor is less than the underspeed threshold, wherein the timer is reset every time a change in the position of the variable-speed input mechanism is detected.
A method for generating pluripotent cells, the method comprising subjecting somatic differentiated cells to an effective amount of mechanical stimulation and chemical stress, the chemical stress comprising adenosine triphosphate and a low pH, wherein the effective amount of ATP is exposure to an ATP concentration of between 1 mM and 50 mM for at least one minute, the low pH is a pH of from 4.5 to 6.0.