mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a dose-response curve for an instrument configured to determine an analyte by ligand-binding analysis with a selected assay lot, the method comprising: measuring response values to one or more calibrators using a plurality of source instruments and a plurality of assay lots; generating a core dose-response curve defined by a model including a model parameter, wherein the core dose-response curve includes at least one parameter estimate of the model parameter that fits the model to the response values of the one or more calibrators, wherein the parameter estimate is associated with at least one probability density, and wherein the probability density is a combination of a lot-specific density contribution and an instrument-specific density contribution; receiving, from the instrument, measured response values of one or more calibration adjusters on the instrument using the selected assay lot; generating an instrument-specific, lot-specific dose-response curve using the model, the at least one parameter estimate, the at least one probability density, and the measured response values of the one or more calibration adjusters; and transmitting the instrument-specific, lot-specific dose-response curve to the instrument. measuring response values to one or more calibrators using a plurality of source instruments and a plurality of assay lots; generating a core dose-response curve defined by a model including a model parameter, wherein the core dose-response curve includes at least one parameter estimate of the model parameter that fits the model to the response values of the one or more calibrators, wherein the parameter estimate is associated with at least one probability density, and wherein the probability density is a combination of a lot-specific density contribution and an instrument-specific density contribution; receiving, from the instrument, measured response values of one or more calibration adjusters on the instrument using the selected assay lot; generating an instrument-specific, lot-specific dose-response curve using the model, the at least one parameter estimate, the at least one probability density, and the measured response values of the one or more calibration adjusters; and transmitting the instrument-specific, lot-specific dose-response curve to the instrument.
A method for wireless communication, comprising: receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information indicates first channel access parameters, the first channel access parameters are used for transmitting a first uplink channel, the first indication information is information carried in first Downlink Control Information, DCI, and the first DCI is used for determining transmission of the first uplink channel and a second uplink channel; determining, by the terminal device, that second channel access parameters are used for transmitting the second uplink channel; and transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter; characterized in that transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter comprises: transmitting, by the terminal device, the second uplink channel according to the second channel access parameters in a case that the first uplink channel and the second uplink channel belong to a same uplink burst and a channel access of the first uplink channel is failed; wherein the first uplink channel is a physical uplink shared channel, PUSCH, the second uplink channel is a sounding reference signal, SRS, and the second channel access parameters are preset channel access parameters and a channel access type in the second channel access parameters comprises Type1 channel access. receiving, by a terminal device, first indication information sent by a network device, wherein the first indication information indicates first channel access parameters, the first channel access parameters are used for transmitting a first uplink channel, the first indication information is information carried in first Downlink Control Information, DCI, and the first DCI is used for determining transmission of the first uplink channel and a second uplink channel; determining, by the terminal device, that second channel access parameters are used for transmitting the second uplink channel; and transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter; characterized in that transmitting, by the terminal device, the second uplink channel, according to the second channel access parameter comprises: transmitting, by the terminal device, the second uplink channel according to the second channel access parameters in a case that the first uplink channel and the second uplink channel belong to a same uplink burst and a channel access of the first uplink channel is failed; wherein the first uplink channel is a physical uplink shared channel, PUSCH, the second uplink channel is a sounding reference signal, SRS, and the second channel access parameters are preset channel access parameters and a channel access type in the second channel access parameters comprises Type1 channel access.
A digitally controlled oscillator comprising a filtering digital to analogue converter, DAC, component and a voltage controlled oscillator, VCO, component comprising at least one control terminal arranged to receive a control voltage output by the DAC component; wherein the DAC component comprises a voltage generation component arranged to generate the control voltage and at least one configurable capacitive load component to which the control voltage is applied such that a filtering bandwidth of the DAC component is configurable by way of the at least one configurable capacitive load component , wherein the at least one configurable capacitive load component comprises: a decouplable capacitance comprising a first terminal coupled to a reference voltage node, a coupling switch coupled in series with the decouplable capacitance between an output node of the voltage generation component and a second terminal of the decouplable capacitance , and a discharge switch coupled in parallel with the decouplable capacitance; wherein the coupling switch is controllable via a first control signal to selectively couple the output node of the voltage generation component to the second terminal of the decouplable capacitance and the at least one control terminal of the VCO component, and the discharge switch is controllable via a second control signal to selectively create a discharge path between the first and second terminals of the decouplable capacitance; wherein the digitally controlled oscillator is arranged to generate a chirp signal, wherein during a chirp phase of the chirp signal, the at least one configurable capacitive load component is configured to reduce the filtering bandwidth of the DAC component; and wherein during a reset phase of the chirp signal, the at least one configurable capacitive load component is configured to increase the filtering bandwidth of the DAC component. a decouplable capacitance comprising a first terminal coupled to a reference voltage node, a coupling switch coupled in series with the decouplable capacitance between an output node of the voltage generation component and a second terminal of the decouplable capacitance , and a discharge switch coupled in parallel with the decouplable capacitance; wherein the coupling switch is controllable via a first control signal to selectively couple the output node of the voltage generation component to the second terminal of the decouplable capacitance and the at least one control terminal of the VCO component, and the discharge switch is controllable via a second control signal to selectively create a discharge path between the first and second terminals of the decouplable capacitance; wherein the digitally controlled oscillator is arranged to generate a chirp signal, wherein during a chirp phase of the chirp signal, the at least one configurable capacitive load component is configured to reduce the filtering bandwidth of the DAC component; and wherein during a reset phase of the chirp signal, the at least one configurable capacitive load component is configured to increase the filtering bandwidth of the DAC component.
An acoustic transducer comprising: an acoustic transducing unit which is cylindrical and configured to be formed to have an inner diameter almost the same as an inner diameter of an ear canal of a person and to have an expanding and contracting action, wherein the acoustic transducing unit is formed of a cylindrical sheet-shaped flexible device having an expanding and contracting action according to an electric signal, wherein metal layers are disposed on both surfaces of the sheet-shaped flexible device , wherein, when the electric signal is applied between the metal layers , the area of the sheet-shaped flexible device is enlarged or reduced according to a polarity of the electric signal, wherein the sheet-shaped flexible device expands and contracts in a radial direction, wherein an acoustic material is inserted into the sheet-shaped flexible device so that the cylinder of the sheet-shaped flexible device is closed, and wherein the acoustic material is movable in a longitudinal direction of the cylinder of the sheet-shaped flexible device ; and a part configured to be inserted into an ear canal, provided at at least one end of the acoustic transducing unit. an acoustic transducing unit which is cylindrical and configured to be formed to have an inner diameter almost the same as an inner diameter of an ear canal of a person and to have an expanding and contracting action, wherein the acoustic transducing unit is formed of a cylindrical sheet-shaped flexible device having an expanding and contracting action according to an electric signal, wherein metal layers are disposed on both surfaces of the sheet-shaped flexible device , wherein, when the electric signal is applied between the metal layers , the area of the sheet-shaped flexible device is enlarged or reduced according to a polarity of the electric signal, wherein the sheet-shaped flexible device expands and contracts in a radial direction, wherein an acoustic material is inserted into the sheet-shaped flexible device so that the cylinder of the sheet-shaped flexible device is closed, and wherein the acoustic material is movable in a longitudinal direction of the cylinder of the sheet-shaped flexible device ; and a part configured to be inserted into an ear canal, provided at at least one end of the acoustic transducing unit.
Filling element , in particular for material and/or heat exchange columns through which a gas and/or liquid flow passes, having an outer structure , two mutually averted main extension surfaces of the filling element being formed by the outer structure , and having an inner structure formed between the two main extension surfaces , the inner structure having at least one inner guide profile , the inner guide profile being inclined at an angle to the main extension surfaces , the outer structure being formed by outer rods , a plurality of these outer rods extending between the two main extension surfaces , the outer structure having a first circumferential outer rod and a second circumferential outer rod , the first circumferential outer rod enclosing the one main extension surface and the second circumferential outer rod enclosing the other main extension surface circumferentially, the outer rods extending between the two main extension surfaces connecting the first circumferential outer rod to the second circumferential outer rod , characterized in that the outer structure has a plurality of subregions projecting outwards in an edge region of the one main extension surface and in an edge region of the other main extension surface , the first circumferential outer rod having an alternating course and the second circumferential outer rod having an alternating course, an outer rod connecting one of the subregions projecting in the edge region of the one main extension surface to one of the subregions projecting in the edge region of the other main extension surface .
An integrating sphere for a spectrometer, comprising: a) an integrating spherical body with a light entrance window for allowing light emitted from a sample to enter an inner space of the integrating spherical body; b) a first detector attached to the integrating spherical body on an outside of a first detection window provided at one of two points of intersection of the integrating spherical body and a Z-axis passing through a center of the integrating spherical body in a direction orthogonal to an X-axis passing through the light entrance window and the center, wherein both the X-axis and the Z-axis are orthogonal to a Y-axis passing through the center; c) a second detector attached to the integrating spherical body on an outside of a second detection window provided at another one of the two points of intersection; and d) a third detector attached to the integrating spherical body on an outside of a third detection window provided on the integrating spherical body and on the X-Z-plane in such a manner that an area of the X-Y-plane seen by the third detector coincides with an area of the X-Y-plane seen by the first detector or an area of the X-Y-plane seen by the second detector . a) an integrating spherical body with a light entrance window for allowing light emitted from a sample to enter an inner space of the integrating spherical body; b) a first detector attached to the integrating spherical body on an outside of a first detection window provided at one of two points of intersection of the integrating spherical body and a Z-axis passing through a center of the integrating spherical body in a direction orthogonal to an X-axis passing through the light entrance window and the center, wherein both the X-axis and the Z-axis are orthogonal to a Y-axis passing through the center; c) a second detector attached to the integrating spherical body on an outside of a second detection window provided at another one of the two points of intersection; and d) a third detector attached to the integrating spherical body on an outside of a third detection window provided on the integrating spherical body and on the X-Z-plane in such a manner that an area of the X-Y-plane seen by the third detector coincides with an area of the X-Y-plane seen by the first detector or an area of the X-Y-plane seen by the second detector .
Ciclopirox or a pharmaceutically acceptable salt or solvate thereof for use in the treatment and/or prevention of congenital erythropoietic porphyria (CEP).
An implant comprising an enossal area and provided with an inorganic coating , wherein the coating is selected from the group consisting of ceramic, glass ceramic, glass which at least partially covers the enossal area , and the coating facilitates the ongrowth of the implant within the bone, characterized in that said inorganic coating can be removed chemically under physiological conditions by contact with liquids occurring in the oral cavity.
Arrangement for a high-voltage circuit breaker, having at least one movable electric contact piece of an interrupter unit , wherein the at least one movable contact piece is arranged on a switch rod , and the switch rod is movably mounted between the outer region and the inner region of the housing of the interrupter unit , with an exclusively linear control of the switch rod characterized in that the linear control of the switch rod comprises an anti-twist mechanism, having a body which is movable in a groove , which is rigidly connected to the switch rod .
Method for the automated transport of weaving accessories, in which a device is provided which has at least one rail and at least one rail carrier , in which the at least one rail carrier bears the weight of the at least one rail , on which weaving accessories can be arranged so as to be displaceable in the longitudinal direction of the rail , characterized by displacing the at least one rail carrier in the longitudinal direction of the rail relative to the at least one rail in order to be able to displace weaving accessories arranged on the rail along the longitudinal direction of the rail .
A needle assembly for use in association with a suturing device having a movable needle holder arm, comprising: a) a needle including a needle tip with a sharp end and a circumferential capture groove adjacent the sharp end, and a straight, tubular needle body having a first end adjacent the needle tip, a second end opposite the needle tip, a side wall extending between the first and second ends, and an axis extending between the first and second ends, the second end provided with a retaining structure into which the needle holder arm can be received so that the needle body can be removably retained on the needle holder arm; and b) a length of first suture having a first end, a second end, and an opening for receiving a second suture there through, wherein at least the first end of the first suture is fixed within the needle body, the first suture extending out of the side wall of the needle body at a transverse orientation relative to the axis, characterised in that : the opening is defined within a latch mechanism fixed at the second end of the first suture . a) a needle including a needle tip with a sharp end and a circumferential capture groove adjacent the sharp end, and a straight, tubular needle body having a first end adjacent the needle tip, a second end opposite the needle tip, a side wall extending between the first and second ends, and an axis extending between the first and second ends, the second end provided with a retaining structure into which the needle holder arm can be received so that the needle body can be removably retained on the needle holder arm; and b) a length of first suture having a first end, a second end, and an opening for receiving a second suture there through, wherein at least the first end of the first suture is fixed within the needle body, the first suture extending out of the side wall of the needle body at a transverse orientation relative to the axis, the opening is defined within a latch mechanism fixed at the second end of the first suture .
Exhaust gas post-treatment system for Diesel cycle engines comprising in succession, according to a direction of circulation of an exhaust gas flow, the following components in succession: - Diesel oxidation catalyst (DOC), - Diesel particulate filter (DPF), - Selective catalytic reduction (SCR) with a relative metering unit (UJ) of urea-based reducing agent (AdBlue ® ), - an abatement device (CoF), the system being characterized in that the abatement device comprises a matrix ceramic defining a closed filter (PF) at least partially loaded with a first loading (ZMS) based on zeolites and a second loading (Nob) based on noble metals, wherein said ceramic matrix has a porosity <45%, a pore diameter <9 microns and a filtering surface between 0.2 and 1 m 2 . - Diesel oxidation catalyst (DOC), - Diesel particulate filter (DPF), - Selective catalytic reduction (SCR) with a relative metering unit (UJ) of urea-based reducing agent (AdBlue ® ), - an abatement device (CoF),
A method for printing an inkjet marking on a surface that cannot be wetted by the ink in liquid form, comprising the following steps: (a) forming at least a first drop of solidified ink E1 on the surface, by ejecting, by means of a printhead, a first drop of liquid ink at a first given ejection velocity V1 and with a first given volume VOL1, and (b) depositing, on at least one portion of said first drop of solidified ink, at least a second drop of ink E2 having a second volume VOL2, by ejecting, by means of a printhead, a second drop of liquid ink at an ejection velocity V2, characterized in that the first velocity V1 is determined to, at step a), flatten said first drop of ink on said surface that cannot be wetted, and to, at step b), give said first drop of solidified ink a contact area with said surface that cannot be wetted equivalent to the contact area obtained at equilibrium for a drop of liquid ink of the same volume VOL1 on a surface that can be wetted, i.e a surface on which the drop of liquid ink forms a static contact angle of less than or equal to 80°, preferably less than or equal to 60°, (a) forming at least a first drop of solidified ink E1 on the surface, by ejecting, by means of a printhead, a first drop of liquid ink at a first given ejection velocity V1 and with a first given volume VOL1, and (b) depositing, on at least one portion of said first drop of solidified ink, at least a second drop of ink E2 having a second volume VOL2, by ejecting, by means of a printhead, a second drop of liquid ink at an ejection velocity V2,
A bearing ball inspection apparatus comprising - a support arrangement realised to support the bearing ball during an inspection procedure; - a probe arrangement comprising a plurality of UT probes arranged about the bearing ball such that ultrasonic waves (W L , W T ) emitted by the UT probes travel through the bearing ball to simultaneously target a common test point (P) at the surface of the bearing ball , the plurality of UT probes comprises a first UT probe held to emit an ultrasonic pulse that enters and exits the bearing ball at the common test point (P) and passes as a longitudinal wave (W L ) through the bearing ball and at least one further UT probe held to emit an ultrasonic pulse that, after refraction, passes as a transverse wave (W T ) through the bearing ball to the common test point (P); and - a displacement means for effecting at least one relative rotational displacement (R 2 , R 11 ) between the bearing ball and the probe arrangement . - a support arrangement realised to support the bearing ball during an inspection procedure; - a probe arrangement comprising a plurality of UT probes arranged about the bearing ball such that ultrasonic waves (W L , W T ) emitted by the UT probes travel through the bearing ball to simultaneously target a common test point (P) at the surface of the bearing ball , the plurality of UT probes comprises a first UT probe held to emit an ultrasonic pulse that enters and exits the bearing ball at the common test point (P) and passes as a longitudinal wave (W L ) through the bearing ball and at least one further UT probe held to emit an ultrasonic pulse that, after refraction, passes as a transverse wave (W T ) through the bearing ball to the common test point (P); and - a displacement means for effecting at least one relative rotational displacement (R 2 , R 11 ) between the bearing ball and the probe arrangement .